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<meta name="author" content="Kumaran Baskaran" />
<meta name="date" content="2016-11-08" />
<title>RBMRB : A package to download and visualize BMRB data in R</title>
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e0orJEKwPfZwm3YPqwixhUMOndis6MhbmfvLBKjC8sKKIZKbJk8L11oNkCQzCgvjhyyEiQSuJcgCQSG4Mocfgc0Hkwcjal1UNgP0CBPikYqBIk9tONv4kLtBswH07vUCjEaHiFGlLf8MgXKzSgjp2HolRRccAOh0ILHz9qlGgIFkwAnzHJRjWFhlA7ROwINyB5HFj59PRZHFor6voq7l23EPNRwdWhgawqbivLSjRA4htEYUFkjESu67icTg5S0aW1sOkCiIysfJ9UnIWevOOLGpepcBxy1wEhd2WI3AZg7sr9WBmHWyasxMcvY%2FiOmsLtHSWNUWEGk9hScMPShasUA1AcHOtRZlqMeQ0OzYS9vQvYUjOLrzP07BUAFikcJNMi7gIxEw4pL1G54TcmmmoAQ5s7TGWErJZ2Io4yQ0ljRYhL8H5e62oDtLF8aDpnIvZ5R3GWJyAugdiiJW9hQAVTsnCBHhwu7rkBlBX6r3b7ejEY0k5GGeyKv66v%2B6dg7mcJTrWHbtMywbedYqCQ0FPwoytmSWsL8WTtChZCKKzEF7vP6De4x2BJkkniMgSdWhbeBSLtJZR9CTHetK1xb34AYIJ37OegYIoPVbXgJ%2FqDQK%2BbfCtxQRVKQu77WzOoM6SGL7MaZwCGJVk46aImai9fmam%2BWpHG%2B0BtQPWUgZ7RIAlPq6lkECUhZQ2gqWkMYKcYMYaIc4gYCDFHYa2d1nzp3%2BJ1eCBay8IYZ0wQRKGAqvCuZ%2FUgbQPyllosq%2BXtfKIZOzmeJqRazpmmoP%2F76YfkjzV2NlXTDSBYB04SVlNQsFTbGPk1t%2FI4Jktu0XSgifO2ozFOiwd%2F0SssJDn0dn4xqk4GDTTKX73%2FwQyBLdqgJ%2BWx6AQaba3BA9CKEzjtQYIfAsiYamapq80LAamYjinlKXUkxdpIDk0puXUEYzSalfRibAeDAKpNiqQ0FTwoxuGYzRnisyTotdVTclis1LHRQCy%2FqqL8oUaQzWRxilq5Mi0IJGtMY02cGLD69vGjkj3p6pGePKI8bkBv5evq8SjjyU04vJR2cQXQwSJyoinDsUJHCQ50jrFTT7yRdbdYQMB3MYCb6uBzJ9ewhXYPAIZSXfeEQBZZ3GPN3Nbhh%2FwkvAJLXnQMdi5NYYZ5GHE400GS5rXkOZSQsdZgIbzRnF9ueLnsfQ47wHAsirITnTlkCcuWWIUhJSbpM3wWhXNHvt2xUsKKMpdBSbJnBMcihkoDqAd1Zml%2FR4yrzow1Q2A5G%2Bkzo%2FRhRxQS2lCSDRV8LlYLBOOoo1bF4jwJAwKMK1tWLHlu9i0j4Ig8qVm6wE1DxXwAwQwsaBWUg2pOOol2dHxyt6npwJEdLDDVYyRc2D0HbcbLUJQj8gPevQBUBOUHXPrsAPBERICpnYESeu2OHotpXQxRGlCCtLdIsu23MhZVEoJg8Qumj%2FUMMc34IBqTKLDTp76WzL%2FdMjCxK7MjhiGjeYAC%2Fkj%2FjY%2FRde7hpSM1xChrog6yZ7OWTuD56xBJnGFE%2BpT2ElSyCnJcwVzCjkqeNLfMEJqKW0G7OFIp0G%2B9mh50I9o8k1tpCY0xYqFNIALgIfc2me4n1bmJnRZ89oepgLPT0NTMLNZsvSCZAc3TXaNB07vail36%2FdBySis4m9%2FDR8izaLJW6bWCkVgm5T%2Bius3ZXq4xI%2BGnbveLbdRwF2mNtsrE0JjYc1AXknCOrLSu7Te%2Fr4dPYMCl5qtiHNTn%2BTPbh1jCBHH%2BdMJNhwNgs3nT%2BOhQoQ0vYif56BMG6WowAcHR3DjQolxLzyVekHj00PBAaW7IIAF1EF%2BuRIWyXjQMAs2chdpaKPNaB%2BkSezYt0%2BCA04sOg5vx8Fr7Ofa9sUv87h7SLAUFSzbetCCZ9pmyLt6l6%2FTzoA1%2FZBG9bIUVHLAbi%2FkdBFgYGyGwRQGBpkqCEg2ah9UD6EedEcEL3j4y0BQQCiExEnocA3SZboh%2Bepgd3YsOkHskZwPuQ5OoyA0fTA5AXrHcUOQF%2BzkJHIA7PwCDk1gGVmGUZSSoPhNf%2BTklauz98QofOlCIQ%2FtCD4dosHYPqtPCXB3agggQQIqQJsSkB%2Bqn0rkQ1toJjON%2FOtCIB9RYv3PqRA4C4U68ZMlZn6BdgEvi2ziU%2BTQ6NIw3ej%2BAtDwMGEZk7e2IjxUWKdAxyaw9OCwSmeADTPPleyk6UhGDNXQb%2B%2BW6Uk4q6F7%2Frg6WVTo82IoCxSIsFDrav4EPHphD3u4hR53WKVvYZUwNCCeM4PMBWzK%2BEfIthZOkuAwPo5C5jgoZgn6dUdvx5rIDmd58cXXdKNfw3l%2BwM2UjgrDJeQHhbD7HW2QDoZMCujgIUkk5Fg8VCsdyjOtnGRx8wgKRPZN5dR0zPUyfGZFVihbFRniXZFOZGKPnEQzU3AnD1KfR6weHW2XS6KbPJxUkOTZsAB9vTVp3Le1F8q5l%2BDMcLiIq78jxAImD2pGFw0VHfRatScGlK6SMu8leTmhUSMy8Uhdd6xBiH3Gdman4tjQGLboJfqz6fL2WKHTmrfsKZRYX6BTDjDldKMosaSTLdQS7oDisJNqAUhw1PfTlnacCO8vl8706Km1FROgLDmudzxg%2BEWTiArtHgLsRrAXYWdB0NmToNCJdKm0KWycZQqb%2BMw76Qy29iQ5up%2FX7oyw8QZ75kP5F6iJAJz6KCmqxz8fEa%2FxnsMYcIO%2FvEkGRuMckhr4rIeLrKaXnmIzlNLxbFspOphkcnJdnz%2FChp%2FVlpj2P7jJQmQRwGnltkTV5dbF9fE3%2FfxoSqTROgq9wFUlbuYzYcasE0ouzBo%2BdDCDzxKAfhbAZYxQiHrLzV2iVexnDX%2FQnT1fsT%2Fxuhu1ui5qIytgbGmRoQkeQooO8eJNNZsf0iALur8QxZFH0nCMnjerYQqG1pIfjyVZWxhVRznmmfLG00BcBWJE6hzQWRyFknuJnXuk8A5FRDCulwrWASSNoBtR%2BCtGdkPwYN2o7DOw%2FVGlCZPusRBFXODQdUM5zeHDIVuAJBLqbO%2Ff9Qua%2BpDqEPk230Sob9lEZ8BHiCorjVghuI0lI4JDgHGRDD%2FprQ84B1pVGkIpVUAHCG%2Biz3Bn3qm2AVrYcYWhock4jso5%2BJ7HfHVj4WMIQdGctq3psBCVVzupQOEioBGA2Bk%2BUILT7%2BVoX5mdxxA5fS42gISQVi%2FHTzrgMxu0fY6hE1ocUwwbsbWcezrY2n6S8%2F6cxXkOH4prpmPuFoikTzY7T85C4T2XYlbxLglSv2uLCgFv8Quk%2FwdesUdWPeHYIH0R729JIisN9Apdd4eB10aqwXrPt%2BSu9mA8k8n1sjMwnfsfF2j3jMUzXepSHmZ%2FBfqXvzgUNQQWOXO8YEuFBh4QTYCkOAPxywpYu1VxiDyJmKVcmJPGWk%2Fgc3Pov02StyYDahwmzw3E1gYC9wkupyWfDqDSUMpCTH5e5N8B%2F%2FlHiMuIkTNw4USHrJU67bjXGqNav6PBuQSoqTxc8avHoGmvqNtXzIaoyMIQIiiUHIM64cXieouplhNYln7qgc4wBVAYR104kO%2BCvKqsg4yIUlFNThVUAKZxZt1XA34h3TCUUiXVkZ0w8Hh2R0Z5L0b4LZvPd%2Fp1gi%2F07h8qfwHrByuSxglc9cI4QIg2oqvC%2Fqm0i7tjPLTgDhoWTAKDO2ONW5oe%2B%2FeKB9vZB8K6C25yCZ9RFVMnb6NRdRjyVK57CHHSkJBfnM2%2Fj4ODUwRkqrtBBCrDsDpt8jhZdXoy%2F1BCqw3sSGhgGGy0a5Jw6BP%2FTExoCmNFYjZl248A0osgPyGEmRA%2BfAsqPVaNAfytu0vuQJ7rk3J4kTDTR2AlCHJ5cls26opZM4w3jMULh2YXKpcqGBtuleAlOZnaZGbD6DHzMd6i2oFeJ8z9XYmalg1Szd%2FocZDc1C7Y6vcALJz2lYnTXiWEr2wawtoR4g3jvWUU2Ngjd1cewtFzEvM1NiHZPeLlIXFbBPawxNgMwwAlyNSuGF3zizVeOoC9bag1qRAQKQE%2FEZBWC2J8mnXAN2aTBboZ7HewnObE8CwROudZHmUM5oZ%2FUgd%2FJZQK8lvAm43uDRAbyW8gZ%2BZGq0EVerVGUKUSm%2FIdn8AQHdR4m7bue88WBwft9mSCeMOt1ncBwziOmJYI2ZR7ewNMPiCugmSsE4EyQ%2BQATJG6qORMGd4snEzc6B4shPIo4G1T7PgSm8PY5eUkPdF8JZ0VBtadbHXoJgnEhZQaODPj2gpODKJY5Yp4DOsLBFxWbvXN755KWylJm%2BoOd4zEL9Hpubuy2gyyfxh8oEfFutnYWdfB8PdESLWYvSqbElP9qo3u6KTmkhoacDauMNNjj0oy40DFV7Ql0aZj77xfGl7TJNHnIwgqOkenruYYNo6h724%2BzUQ7%2BvkCpZB%2BpGA562hYQiDxHVWOq0oDQl%2FQsoiY%2BcuI7iWq%2FZIBtHcXJ7kks%2Bh2fCNUPA82BzjnqktNts%2BRLdk1VSu%2BtqEn7QZCCsvEqk6FkfiOYkrsw092J8jsfIuEKypNjLxrKA9kiA19mxBD2suxQKCzwXGws7kEJvlhUiV9tArLIdZW0IORcxEzdzKmjtFhsjKy%2F44XYXdI5noQoRcvjZ1RMPACRqYg2V1%2BOwOepcOknRLLFdYgTkT5UApt%2FJhLM3jeFYprZV%2BZow2g8fP%2BU68hkKFWJj2yBbKqsrp25xkZX1DAjUw52IMYWaOhab8Kp05VrdNftqwRrymWF4OQSjbdfzmRZirK8FMJELEgER2PHjEAN9pGfLhCUiTJFbd5LBkOBMaxLr%2FA1SY9dXFz4RjzoU9ExfJCmx%2FI9FKEGT3n2cmzl2X42L3Jh%2BAbQq6sA%2BSs1kitoa4TAYgKHaoybHUDJ51oETdeI%2F9ThSmjWGkyLi5QAGWhL0BG1UsTyRGRJOldKBrYJeB8ljLJHfATWTEQBXBDnQexOHTB%2BUn44zExFE4vLytcu5NwpWrUxO%2F0ZICUGM7hGABXym0V6ZvDST0E370St9MIWQOTWngeoQHUTdCJUP04spMBMS8LSker9cReVQkULFDIZDFPrhTzBl6sed9wcZQTbL%2BBDqMyaN3RJPh%2Fanbx%2BIv%2BqgQdAa3M9Z5JmvYlh4qop%2BHo1F1W5gbOE9YKLgAnWytXElU4G8GtW47lhgFE6gaSs%2Bgs37sFvi0PPVvA5dnCBgILTwoKd%2F%2BDoL9F6inlM7H4rOTzD79KJgKlZO%2FZgt22UsKhrAaXU5ZcLrAglTVKJEmNJvORGN1vqrcfSMizfpsgbIe9zno%2BgBoKVXgIL%2FVI8dB1O5o%2FR3Suez%2FgD7M781ShjKpIIORM%2FnxG%2BjjhhgPwsn2IoXsPGPqYHXA63zJ07M2GPEykQwJBYLK808qYxuIew4frk52nhCsnCYmXiR6CuapvE1IwRB4%2FQftDbEn%2BAucIr1oxrLabRj9q4ae0%2BfXkHnteAJwXRbVkR0mctVSwEbqhJiMSZUp9DNbEDMmjX22m3ABpkrPQQTP3S1sib5pD2VRKRd%2BeNAjLYyT0hGrdjWJZy24OYXRoWQAIhGBZRxuBFMjjZQhpgrWo8SiFYbojcHO8V5DyscJpLTHyx9Fimassyo5U6WNtquUMYgccaHY5amgR3PQzq3ToNM5ABnoB9kuxsebqmYZm0R9qxJbFXCQ1UPyFIbxoUraTJFDpCk0Wk9GaYJKz%2F6oHwEP0Q14lMtlddQsOAU9zlYdMVHiT7RQP3XCmWYDcHCGbVRHGnHuwzScA0BaSBOGkz3lM8CArjrBsyEoV6Ys4qgDK3ykQQPZ3hCRGNXQTNNXbEb6tDiTDLKOyMzRhCFT%2BmAUmiYbV3YQVqFVp9dorv%2BTsLeCykS2b5yyu8AV7IS9cxcL8z4Kfwp%2BxJyYLv1OsxQCZwTB4a8BZ%2F5EdxTBJthApqyfd9u3ifr%2FWILTqq5VqgwMT9SOxbSGWLQJUUWCVi4k9tho9nEsbUh7U6NUsLmkYFXOhZ0kmamaJLRNJzSj%2Fqn4Mso6zb6iLLBXoaZ6AqeWCjHQm2lztnejYYM2eubnpBdKVLORZhudH3JF1waBJKA9%2BW8EhMj3Kzf0L4vi4k6RoHh3Z5YgmSZmk6ns4fjScjAoL8GoOECgqgYEBYUGFVO4FUv4%2FYtowhEmTs0vrvlD%2FCrisnoBNDAcUi%2FteY7OctFlmARQzjOItrrlKuPO6E2Ox93L4O%2F4DcgV%2FdZ7qR3VBwVQxP1GCieA4RIpweYJ5FoYrHxqRBdJjnqbsikA2Ictbb8vE1GYIo9dacK0REgDX4smy6GAkxlH1yCGGsk%2BtgiDhNKuKu3yNrMdxafmKTF632F8Vx4BNK57GvlFisrkjN9WDAtjsWA0ENT2e2nETUb%2Fn7qwhvGnrHuf5bX6Vh%2Fn3xffU3PeHdR%2BFA92i6ufT3AlyAREoNDh6chiMWTvjKjHDeRhOa9YkOQRq1vQXEMppAQVwHCuIcV2g5rBn6GmZZpTR7vnSD6ZmhdSl176gqKTXu5E%2BYbfL0adwNtHP7dT7t7b46DVZIkzaRJOM%2BS6KcrzYVg%2BT3wSRFRQashjfU18NutrKa%2F7PXbtuJvpIjbgPeqd%2BpjmRw6YKpnANFSQcpzTZgpSNJ6J7uiagAbir%2F8tNXJ%2FOsOnRh6iuIexxrmkIneAgz8QoLmiaJ8sLQrELVK2yn3wOHp57BAZJhDZjTBzyoRAuuZ4eoxHruY1pSb7qq79cIeAdOwin4GdgMeIMHeG%2BFZWYaiUQQyC5b50zKjYw97dFjAeY2I4Bnl105Iku1y0lMA1ZHolLx19uZnRdILcXKlZGQx%2FGdEqSsMRU1BIrFqRcV1qQOOHyxOLXEGcbRtAEsuAC2V4K3p5mFJ22IDWaEkk9ttf5Izb2LkD1MnrSwztXmmD%2FQi%2FEmVEFBfiKGmftsPwVaIoZanlKndMZsIBOskFYpDOq3QUs9aSbAAtL5Dbokus2G4%2FasthNMK5UQKCOhU97oaOYNGsTah%2BjfCKsZnTRn5TbhFX8ghg8CBYt%2FBjeYYYUrtUZ5jVij%2Fop7V5SsbA4mYTOwZ46hqdpbB6Qvq3AS2HHNkC15pTDIcDNGsMPXaBidXYPHc6PJAkRh29Vx8KcgX46LoUQBhRM%2B3SW6Opll%2FwgxxsPgKJKzr5QCmwkUxNbeg6Wj34SUnEzOemSuvS2OetRCO8Tyy%2BQbSKVJcqkia%2BGvDefFwMOmgnD7h81TUtMn%2BmRpyJJ349HhAnoWFTejhpYTL9G8N2nVg1qkXBeoS9Nw2fB27t7trm7d%2FQK7Cr4uoCeOQ7%2F8JfKT77KiDzLImESHw%2F0wf73QeHu74hxv7uihi4fTX%2BXEwAyQG3264dwv17aJ5N335Vt9sdrAXhPOAv8JFvzqyYXwfx8WYJaef1gMl98JRFyl5Mv5Uo%2FoVH5ww5OzLFsiTPDns7fS6EURSSWd%2F92BxMYQ8sBaH%2Bj%2BwthQPdVgDGpTfi%2BJQIWMD8xKqULliRH01rTeyF8x8q%2FGBEEEBrAJMPf25UQwi0b8tmqRXY7kIvNkzrkvRWLnxoGYEJsz8u4oOyMp8cHyaybb1HdMCaLApUE%2B%2F7xLIZGP6H9xuSEXp1zLIdjk5nBaMuV%2FyTDRRP8Y2ww5RO6d2D94o%2B6ucWIqUAvgHIHXhZsmDhjVLczmZ3ca0Cb3PpKwt2UtHVQ0BgFJsqqTsnzZPlKahRUkEu4qmkJt%2Bkqdae76ViWe3STan69yaF9%2BfESD2lcQshLHWVu4ovItXxO69bqC5p1nZLvI8NdQB9s9UNaJGlQ5mG947ipdDA0eTIw%2FA1zEdjWquIsQXXGIVEH0thC5M%2BW9pZe7IhAVnPJkYCCXN5a32HjN6nsvokEqRS44tGIs7s2LVTvcrHAF%2BRVmI8L4HUYk4x%2B67AxSMJKqCg8zrGOgvK9kNMdDrNiUtSWuHFpC8%2Fp5qIQrEo%2FH%2B1l%2F0cAwQ2nKmpWxKcMIuHY44Y6DlkpO48tRuUGBWT0FyHwSKO72Ud%2BtJUfdaZ4CWNijzZtlRa8%2BCkmO%2FEwHYfPZFU%2FhzjFWH7vnzHRMo%2BaF9u8qHSAiEkA2HjoNQPEwHsDKOt6hOoK3Ce%2F%2B%2F9boMWDa44I6FrQhdgS7OnNaSzwxWKZMcyHi6LN4WC6sSj0qm2PSOGBTvDs%2FGWJS6SwEN%2FULwpb4LQo9fYjUfSXRwZkynUazlSpvX9e%2BG2zor8l%2BYaMxSEomDdLHGcD6YVQPegTaA74H8%2BV4WvJkFUrjMLGLlvSZQWvi8%2FQA7yzQ8GPno%2F%2F5SJHRP%2FOqKObPCo81s%2F%2B6WgLqykYpGAgQZhVDEBPXWgU%2FWzFZjKUhSFInufPRiMAUULC6T11yL45ZrRoB4DzOyJShKXaAJIBS9wzLYIoCEcJKQW8GVCx4fihqJ6mshBUXSw3wWVj3grrHQlGNGhIDNNzsxQ3M%2BGWn6ASobIWC%2BLbYOC6UpahVO13Zs2zOzZC8z7FmA05JhUGyBsF4tsG0drcggIFzgg%2Fkpf3%2BCnAXKiMgIE8Jk%2FMhpkc8DUJEUzDSnWlQFme3d0sHZDrg7LavtsEX3cHwjCYA17pMTfx8Ajw9hHscN67hyo%2BRJQ4458RmPywXykkVcW688oVUrQhahpPRvTWPnuI0B%2BSkQu7dCyvLRyFYlC1LG1gRCIvn3rwQeINzZQC2KXq31FaR9UmVV2QeGVqBHjmE%2BVMd3b1fhCynD0pQNhCG6%2FWCDbKPyE7NRQzL3BzQAJ0g09aUzcQA6mUp9iZFK6Sbp%2FYbHjo%2B%2B7%2FWj8S4YNa%2BZdqAw1hDrKWFXv9%2BzaXpf8ZTDSbiqsxnwN%2FCzK5tPkOr4tRh2kY3Bn9JtalbIOI4b3F7F1vPQMfoDcdxMS8CW9m%2FNCW%2FHILTUVWQIPiD0j1A6bo8vsv6P1hCESl2abrSJWDrq5sSzUpwoxaCU9FtJyYH4QFMxDBpkkBR6kn0LMPO%2B5EJ7Z6bCiRoPedRZ%2FP0SSdii7ZnPAtVwwHUidcdyspwncz5uq6vvm4IEDbJVLUFCn%2FLvIHfooUBTkFO130FC7CmmcrKdgDJcid9mvVzsDSibOoXtIf9k6ABle3PmIxejodc4aob0QKS432srrCMndbfD454q52V01G4q913mC5HOsTzWF4h2No1av1VbcUgWAqyoZl%2B11PoFYnNv2HwAODeNRkHj%2B8SF1fcvVBu6MrehHAZK1Gm69ICcTKizykHgGFx7QdowTVAsYEF2tVc0Z6wLryz2FI1sc5By2znJAAmINndoJiB4sfPdPrTC8RnkW7KRCwxC6YvXg5ahMlQuMpoCSXjOlBy0Kij%2BbsCYPbGp8BdCBiLmLSAkEQRaieWo1SYvZIKJGj9Ur%2FeWHjiB7SOVdqMAVmpBvfRiebsFjger7DC%2B8kRFGtNrTrnnGD2GAJb8rQCWkUPYHhwXsjNBSkE6lGWUj5QNhK0DMNM2l%2BkXRZ0KLZaGsFSIdQz%2FHXDxf3%2FTE30%2BDgBKWGWdxElyLccJfEpjsnszECNoDGZpdwdRgCixeg9L4EPhH%2BRptvRMVRaahu4cySjS3P5wxAUCPkmn%2BrhyASpmiTaiDeggaIxYBmtLZDDhiWIJaBgzfCsAGUF1Q1SFZYyXDt9skCaxJsxK2Ms65dmdp5WAZyxik%2FzbrTQk5KmgxCg%2Ff45L0jywebOWUYFJQAJia7XzCV0x89rpp%2Ff3AVWhSPyTanqmik2SkD8A3Ml4NhIGLAjBXtPShwKYfi2eXtrDuKLk4QlSyTw1ftXgwqA2jUuopDl%2B5tfUWZNwBpEPXghzbBggYCw%2Fdhy0ntds2yeHCDKkF%2FYxQjNIL%2FF%2F37jLPHCKBO9ibwYCmuxImIo0ijV2Wbg3kSN2psoe8IsABv3RNFaF9uMyCtCYtqcD%2BqNOhwMlfARQUdJ2tUX%2BMNJqOwIciWalZsmEjt07tfa8ma4cji9sqz%2BQ9hWfmMoKEbIHPOQORbhQRHIsrTYlnVTNvcq1imqmmPDdVDkJgRcTgB8Sb6epCQVmFZe%2BjGDiNJQLWnfx%2BdrTKYjm0G8yH0ZAGMWzEJhUEQ4Maimgf%2Fbkvo8PLVBsZl152y5S8%2BHRDfZIMCbYZ1WDp4yrdchOJw8k6R%2B%2F2pHmydK4NIK2PHdFPHtoLmHxRDwLFb7eB%2BM4zNZcB9NrAgjVyzLM7xyYSY13ykWfIEEd2n5%2FiYp3ZdrCf7fL%2Ben%2BsIJu2W7E30MrAgZBD1rAAbZHPgeAMtKCg3NpSpYQUDWJu9bT3V7tOKv%2BNRiJc8JAKqqgCA%2FPNRBR7ChpiEulyQApMK1AyqcWnpSOmYh6yLiWkGJ2mklCSPIqN7UypWj3dGi5MvsHQ87MrB4VFgypJaFriaHivwcHIpmyi5LhNqtem4q0n8awM19Qk8BOS0EsqGscuuydYsIGsbT5GHnERUiMpKJl4ON7qjB4fEqlGN%2FhCky89232UQCiaeWpDYCJINXjT6xl4Gc7DxRCtgV0i1ma4RgWLsNtnEBRQFqZggCLiuyEydmFd7WlogpkCw5G1x4ft2psm3KAREwVwr1Gzl6RT7FDAqpVal34ewVm3VH4qn5mjGj%2BbYL1NgfLNeXDwtmYSpwzbruDKpTjOdgiIHDVQSb5%2FzBgSMbHLkxWWgghIh9QTFSDILixVwg0Eg1puooBiHAt7DzwJ7m8i8%2Fi%2BjHvKf0QDnnHVkVTIqMvIQImOrzCJwhSR7qYB5gSwL6aWL9hERHCZc4G2%2BJrpgHNB8eCCmcIWIQ6rSdyPCyftXkDlErUkHafHRlkOIjxGbAktz75bnh50dU7YHk%2BMz7wwstg6RFZb%2BTZuSOx1qqP5C66c0mptQmzIC2dlpte7vZrauAMm%2F7RfBYkGtXWGiaWTtwvAQiq2oD4YixPLXE2khB2FRaNRDTk%2B9sZ6K74Ia9VntCpN4BhJGJMT4Z5c5FhSepRCRWmBXqx%2BwhVZC4me4saDs2iNqXMuCl6iAZflH8fscC1sTsy4PHeC%2BXYuqMBMUun5YezKbRKmEPwuK%2BCLzijPEQgfhahQswBBLfg%2FGBgBiI4QwAqzJkkyYAWtjzSg2ILgMAgqxYfwERRo3zruBL9WOryUArSD8sQOcD7fvIODJxKFS615KFPsb68USBEPPj1orNzFY2xoTtNBVTyzBhPbhFH0PI5AtlJBl2aSgNPYzxYLw7XTDBDinmVoENwiGzmngrMo8OmnRP0Z0i0Zrln9DDFcnmOoBZjABaQIbPOJYZGqX%2BRCMlDDbElcjaROLDoualmUIQ88Kekk3iM4OQrADcxi3rJguS4MOIBIgKgXrjd1WkbCdqxJk%2F4efRIFsavZA7KvvJQqp3Iid5Z0NFc5aiMRzGN3vrpBzaMy4JYde3wr96PjN90AYOIbyp6T4zj8LoE66OGcX1Ef4Z3KoWLAUF4BTg7ug%2FAbkG5UNQXAMkQezujSHeir2uTThgd3gpyzDrbnEdDRH2W7U6PeRvBX1ZFMP5RM%2BZu6UUZZD8hDPHldVWntTCNk7To8IeOW9yn2wx0gmurwqC60AOde4r3ETi5pVMSDK8wxhoGAoEX9NLWHIR33VbrbMveii2jAJlrxwytTHbWNu8Y4N8vCCyZjAX%2FpcsfwXbLze2%2BD%2Bu33OGBoJyAAL3jn3RuEcdp5If8O%2Ba4NKWvxOTyDltG0IWoHhwVGe7dKkCWFT%2B%2Btm%2BhaBCikRUUMrMhYKZJKYoVuv%2FbsJzO8DwfVIInQq3g3BYypiz8baogH3r3GwqCwFtZnz4xMjAVOYnyOi5HWbFA8n0qz1OjSpHWFzpQOpvkNETZBGpxN8ybhtqV%2FDMUxd9uFZmBfKXMCn%2FSqkWJyKPnT6lq%2B4zBZni6fYRByJn6OK%2BOgPBGRAJluwGSk4wxjOOzyce%2FPKODwRlsgrVkdcsEiYrqYdXo0Er2GXi2GQZd0tNJT6c9pK1EEJG1zgDJBoTVuCXGAU8BKTvCO%2FcEQ1Wjk3Zzuy90JX4m3O5IlxVFhYkSUwuQB2up7jhvkm%2BbddRQu5F9s0XftGEJ9JSuSk%2BZachCbdU45fEqbugzTIUokwoAKvpUQF%2FCvLbWW5BNQFqFkJg2f30E%2F48StNe5QwBg8zz3YAJ82FZoXBxXSv4QDooDo79NixyglO9AembuBcx5Re3CwOKTHebOPhkmFC7wNaWtoBhFuV4AkEuJ0J%2B1pT0tLkvFVZaNzfhs%2FKd3%2BA9YsImlO4XK4vpCo%2FelHQi%2F9gkFg07xxnuXLt21unCIpDV%2BbbRxb7FC6nWYTsMFF8%2B1LUg4JFjVt3vqbuhHmDKbgQ4e%2BRGizRiO8ky05LQGMdL2IKLSNar0kNG7lHJMaXr5mLdG3nykgj6vB%2FKVijd1ARWkFEf3yiUw1v%2FWaQivVUpIDdSNrrKbjO5NPnxz6qTTGgYg03HgPhDrCFyYZTi3XQw3HXCva39mpLNFtz8AiEhxAJHpWX13gCTAwgm9YTvMeiqetdNQv6IU0hH0G%2BZManTqDLPjyrOse7WiiwOJCG%2BJ0pZYULhN8NILulmYYvmVcV2MjAfA39sGKqGdjpiPo86fecg65UPyXDIAOyOkCx5NQsLeD4gGVjTVDwOHWkbbBW0GeNjDkcSOn2Nq4cEssP54t9D749A7M1AIOBl0Fi0sSO5v3P7LCBrM6ZwFY6kp2FX6AcbGUdybnfChHPyu6WlRZ2Fwv9YM0RMI7kISRgR8HpQSJJOyTfXj%2F6gQKuihPtiUtlCQVPohUgzfezTg8o1b3n9pNZeco1QucaoXe40Fa5JYhqdTspFmxGtW9h5ezLFZs3j%2FN46f%2BS2rjYNC2JySXrnSAFhvAkz9a5L3pza8eYKHNoPrvBRESpxYPJdKVUxBE39nJ1chrAFpy4MMkf0qKgYALctGg1DQI1kIymyeS2AJNT4X240d3IFQb%2F0jQbaHJ2YRK8A%2Bls6WMhWmpCXYG5jqapGs5%2FeOJErxi2%2F2KWVHiPellTgh%2FfNl%2F2KYPKb7DUcAg%2BmCOPQFCiU9Mq%2FWLcU1xxC8aLePFZZlE%2BPCLzf7ey46INWRw2kcXySR9FDgByXzfxiNKwDFbUSMMhALPFSedyjEVM5442GZ4hTrsAEvZxIieSHGSgkwFh%2FnFNdrrFD4tBH4Il7fW6ur4J8Xaz7RW9jgtuPEXQsYk7gcMs2neu3zJwTyUerHKSh1iTBkj2YJh1SSOZL5pLuQbFFAvyO4k1Hxg2h99MTC6cTUkbONQIAnEfGsGkNFWRbuRyyaEZInM5pij73EA9rPIUfU4XoqQpHT9THZkW%2BoKFLvpyvTBMM69tN1Ydwv1LIEhHsC%2BueVG%2Bw%2BkyCPsvV3erRikcscHjZCkccx6VrBkBRusTDDd8847GA7p2Ucy0y0HdSRN6YIBciYa4vuXcAZbQAuSEmzw%2BH%2FAuOx%2BaH%2BtBL88H57D0MsqyiZxhOEQkF%2F8DR1d2hSPMj%2FsNOa5rxcUnBgH8ictv2J%2Bcb4BA4v3MCShdZ2vtK30vAwkobnEWh7rsSyhmos3WC93Gn9C4nnAd%2FPjMMtQfyDNZsOPd6XcAsnBE%2FmRHtHEyJMzJfZFLE9OvQa0i9kUmToJ0ZxknTgdl%2FXPV8xoh0K7wNHHsnBdvFH3sv52lU7UFteseLG%2FVanIvcwycVA7%2BBE1Ulyb20BvwUWZcMTKhaCcmY3ROpvonVMV4N7yBXTL7IDtHzQ4CCcqF66LjF3xUqgErKzolLyCG6Kb7irP%2FMVTCCwGRxfrPGpMMGvPLgJ881PHMNMIO09T5ig7AzZTX%2F5PLlwnJLDAPfuHynSGhV4tPqR3gJ4kg4c06c%2FF1AcjGytKm2Yb5jwMotF7vro4YDLWlnMIpmPg36NgAZsGA0W1spfLSue4xxat0Gdwd0lqDBOgIaMANykwwDKejt5YaNtJYIkrSgu0KjIg0pznY0SCd1qlC6R19g97UrWDoYJGlrvCE05J%2F5wkjpkre727p5PTRX5FGrSBIfJqhJE%2FIS876PaHFkx9pGTH3oaY3jJRvLX9Iy3Edoar7cFvJqyUlOhAEiOSAyYgVEGkzHdug%2BoRHIEOXAExMiTSKU9A6nmRC8mp8iYhwWdP2U%2F5EkFAdPrZw03YA3gSyNUtMZeh7dDCu8pF5x0VORCTgKp07ehy7NZqKTpIC4UJJ89lnboyAfy5OyXzXtuDRbtAFjZRSyGFTpFrXwkpjSLIQIG3N0Vj4BtzK3wdlkBJrO18MNsgseR4BysJilI0wI6ZahLhBFA0XBmV8d4LUzEcNVb0xbLjLTETYN8OEVqNxkt10W614dd1FlFFVTIgB7%2FBQQp1sWlNolpIu4ekxUTBV7NmxOFKEBmmN%2BnA7pvF78%2FRII5ZHA09OAiE%2F66MF6HQ%2BqVEJCHxwymukkNvzqHEh52dULPbVasfQMgTDyBZzx4007YiKdBuUauQOt27Gmy8ISclPmEUCIcuLbkb1mzQSqIa3iE0PJh7UMYQbkpe%2BhXjTJKdldyt2mVPwywoODGJtBV1lJTgMsuSQBlDMwhEKIfrvsxGQjHPCEfNfMAY2oxvyKcKPUbQySkKG6tj9AQyEW3Q5rpaDJ5Sns9ScLKeizPRbvWYAw4bXkrZdmB7CQopCH8NAmqbuciZChHN8lVGaDbCnmddnqO1PQ4ieMYfcSiBE5zzMz%2BJV%2F4eyzrzTEShvqSGzgWimkNxLvUj86iAwcZuIkqdB0VaIB7wncLRmzHkiUQpPBIXbDDLHBlq7vp9xwuC9AiNkIptAYlG7Biyuk8ILdynuUM1cHWJgeB%2BK3wBP%2FineogxkvBNNQ4AkW0hvpBOQGFfeptF2YTR75MexYDUy7Q%2F9uocGsx41O4IZhViw%2F2FvAEuGO5g2kyXBUijAggWM08bRhXg5ijgMwDJy40QeY%2FcQpUDZiIzmvskQpO5G1zyGZA8WByjIQU4jRoFJt56behxtHUUE%2Fom7Rj2psYXGmq3llVOCgGYKNMo4pzwntITtapDqjvQtqpjaJwjHmDzSVGLxMt12gEXAdLi%2FcaHSM3FPRGRf7dB7YC%2BcD2ho6oL2zGDCkjlf%2FDFoQVl8GS%2F56wur3rdV6ggtzZW60MRB3g%2BU1W8o8cvqIpMkctiGVMzXUFI7FacFLrgtdz4mTEr4aRAaQ2AFQaNeG7GX0yOJgMRYFziXdJf24kg%2FgBQIZMG%2FYcPEllRTVNoDYR6oSJ8wQNLuihfw81UpiKPm714bZX1KYjcXJdfclCUOOpvTxr9AAJevTY4HK%2FG7F3mUc3GOAKqh60zM0v34v%2BELyhJZqhkaMA8UMMOU90f8RKEJFj7EqepBVwsRiLbwMo1J2zrE2UYJnsgIAscDmjPjnzI8a719Wxp757wqmSJBjXowhc46QN4RwKIxqEE6E5218OeK7RfcpGjWG1jD7qND%2B%2FGTk6M56Ig4yMsU6LUW1EWE%2BfIYycVV1thldSlbP6ltdC01y3KUfkobkt2q01YYMmxpKRvh1Z48uNKzP%2FIoRIZ%2FF6buOymSnW8gICitpJjKWBscSb9JJKaWkvEkqinAJ2kowKoqkqZftRqfRQlLtKoqvTRDi2vg%2FRrPD%2Fd3a09J8JhGZlEkOM6znTsoMCsuvTmywxTCDhw5dd0GJOHCMPbsj3QLkTE3MInsZsimDQ3HkvthT7U9VA4s6G07sID0FW4SHJmRGwCl%2BMu4xf0ezqeXD2PtPDnwMPo86sbwDV%2B9PWcgFcARUVYm3hrFQrHcgMElFGbSM2A1zUYA3baWfheJp2AINmTJLuoyYD%2FOwA4a6V0ChBN97E8YtDBerUECv0u0TlxR5yhJCXvJxgyM73Bb6pyq0jTFJDZ4p1Am1SA6sh8nADd1hAcGBMfq4d%2FUfwnmBqe0Jun1n1LzrgKuZMAnxA3NtCN7Klf4BH%2B14B7ibBmgt0TGUafVzI4uKlpF7v8NmgNjg90D6QE3tbx8AjSAC%2BOA1YJvclyPKgT27QpIEgVYpbPYGBsnyCNrGz9XUsCHkW1QAHgL2STZk12QGqmvAB0NFteERkvBIH7INDsNW9KKaAYyDMdBEMzJiWaJHZALqDxQDWRntumSDPcplyFiI1oDpT8wbwe01AHhW6%2BvAUUBoGhY3CT2tgwehdPqU%2F4Q7ZLYvhRl%2FogOvR9O2%2BwkkPKW5vCTjD2fHRYXONCoIl4Jh1bZY0ZE1O94mMGn%2FdFSWBWzQ%2FVYk%2BGezi46RgiDv3EshoTmMSlioUK6MQEN8qeyK6FRninyX8ZPeUWjjbMJChn0n%2FyJvrq5bh5UcCAcBYSafTFg7p0jDgrXo2QWLb3WpSOET%2FHh4oSadBTvyDo10IufLzxiMLAnbZ1vcUmj3w7BQuIXjEZXifwukVxrGa9j%2BDXfpi12m1RbzYLg9J2wFergEwOxFyD0%2FJstNK06ZN2XdZSGWxcJODpQHOq4iKqjqkJUmPu1VczL5xTGUfCgLEYyNBCCbMBFT%2FcUP6pE%2FmujnHsSDeWxMbhrNilS5MyYR0nJyzanWXBeVcEQrRIhQeJA6Xt4f2eQESNeLwmC10WJVHqwx8SSyrtAAjpGjidcj1E2FYN0LObUcFQhafUKTiGmHWRHGsFCB%2BHEXgrzJEB5bp0QiF8ZHh11nFX8AboTD0PS4O1LqF8XBks2MpjsQnwKHF6HgaKCVLJtcr0XjqFMRGfKv8tmmykhLRzu%2BvqQ02%2BKpJBjaLt9ye1Ab%2BBbEBhy4EVdIJDrL2naV0o4wU8YZ2Lq04FG1mWCKC%2BUwkXOoAjneU%2FxHplMQo2cXUlrVNqJYczgYlaOEczVCs%2FOCgkyvLmTmdaBJc1iBLuKwmr6qtRnhowngsDxhzKFAi02tf8bmET8BO27ovJKF1plJwm3b0JpMh38%2BxsrXXg7U74QUM8ZCIMOpXujHntKdaRtsgyEZl5MClMVMMMZkZLNxH9%2Bb8fH6%2Bb8Lev30A9TuEVj9CqAdmwAAHBPbfOBFEATAPZ2CS0OH1Pj%2F0Q7PFUcC8hDrxESWdfgFRm%2B7vvWbkEppHB4T%2F1ApWnlTIqQwjcPl0VgS1yHSmD0OdsCVST8CQVwuiew1Y%2Bg3QGFjNMzwRB2DSsAk26cmA8lp2wIU4p93AUBiUHFGOxOajAqD7Gm6NezNDjYzwLOaSXRBYcWipTSONHjUDXCY4mMI8XoVCR%2FRrs%2FJLKXgEx%2BqkmeDlFOD1%2FyTQNDClRuiUyKYCllfMiQiyFkmuTz2vLsBNyRW%2Bxz%2B5FElFxWB28VjYIGZ0Yd%2B5wIjkcoMaggxswbT0pCmckRAErbRlIlcOGdBo4djTNO8FAgQ%2BlT6vPS60BwTRSUAM3ddkEAZiwtEyArrkiDRnS7LJ%2B2hwbzd2YDQagSgACpsovmjil5wfPuXq3GuH0CyE7FK3M4FgRaFoIkaodORrPx1%2BJpI9psyNYIFuJogZa0%2F1AhOWdlHQxdAgbwacsHqPZo8u%2FngAH2GmaTdhYnBfSDbBfh8CHq6Bx5bttP2%2BRdM%2BMAaYaZ0Y%2FADkbNCZuAyAVQa2OcXOeICmDn9Q%2FeFkDeFQg5MgHEDXq%2FtVjj%2Bjtd26nhaaolWxs1ixSUgOBwrDhRIGOLyOVk2%2FBc0UxvseQCO2pQ2i%2BKrfhu%2FWeBovNb5dJxQtJRUDv2mCwYVpNl2efQM9xQHnK0JwLYt%2FU0Wf%2BphiA4uw8G91slC832pmOTCAoZXohg1fewCZqLBhkOUBofBWpMPsqg7XEXgPfAlDo2U5WXjtFdS87PIqClCK5nW6adCeXPkUiTGx0emOIDQqw1yFYGHEVx20xKjJVYe0O8iLmnQr3FA9nSIQilUKtJ4ZAdcTm7%2BExseJauyqo30hs%2B1qSW211A1SFAOUgDlCGq7eTIcMAeyZkV1SQJ4j%2Fe1Smbq4HcjqgFbLAGLyKxlMDMgZavK5NAYH19Olz3la%2FQCTiVelFnU6O%2FGCvykqS%2FwZJDhKN9gBtSOp%2F1SP5VRgJcoVj%2Bkmf2wBgv4gjrgARBWiURYx8xENV3bEVUAAWWD3dYDKAIWk5opaCFCMR5ZjJExiCAw7gYiSZ2rkyTce4eNMY3lfGn%2B8p6%2BvBckGlKEXnA6Eota69OxDO9oOsJoy28BXOR0UoXNRaJD5ceKdlWMJlOFzDdZNpc05tkMGQtqeNF2lttZqNco1VtwXgRstLSQ6tSPChgqtGV5h2DcDReIQadaNRR6AsAYKL5gSFsCJMgfsaZ7DpKh8mg8Wz8V7H%2BgDnLuMxaWEIUPevIbClgap4dqmVWSrPgVYCzAoZHIa5z2Ocx1D%2FGvDOEqMOKLrMefWIbSWHZ6jbgA8qVBhYNHpx0P%2BjAgN5TB3haSifDcApp6yymEi6Ij%2FGsEpDYUgcHATJUYDUAmC1SCkJ4cuZXSAP2DEpQsGUjQmKJfJOvlC2x%2FpChkOyLW7KEoMYc5FDC4v2FGqSoRWiLsbPCiyg1U5yiHZVm1XLkHMMZL11%2Fyxyw0UnGig3MFdZklN5FI%2FqiT65T%2BjOXOdO7XbgWurOAZR6Cv9uu1cm5LjkXX4xi6mWn5r5NjBS0gTliHhMZI2WNqSiSphEtiCAwnafS11JhseDGHYQ5%2BbqWiAYiAv6Jsf79%2FVUs4cIl%2Bn6%2BWOjcgB%2F2l5TreoAV2717JzZbQIR0W1cl%2FdEqCy5kJ3ZSIHuU0vBoHooEpiHeQWVkkkOqRX27eD1FWw4BfO9CJDdKoSogQi3hAAwsPRFrN5RbX7bqLdBJ9JYMohWrgJKHSjVl1sy2xAG0E3sNyO0oCbSGOxCNBRRXTXenYKuwAoDLfnDcQaCwehUOIDiHAu5m5hMpKeKM4sIo3vxACakIxKoH2YWF2QM84e6F5C5hJU4g8uxuFOlAYnqtwxmHyNEawLW%2FPhoawJDrGAP0JYWHgAVUByo%2FbGdiv2T2EMg8gsS14%2FrAdzlOYazFE7w4OzxeKiWdm3nSOnQRRKXSlVo8HEAbBfyJMKqoq%2BSCcTSx5NDtbFwNlh8VhjGGDu7JG5%2FTAGAvniQSSUog0pNzTim8Owc6QTuSKSTXlQqwV3eiEnklS3LeSXYPXGK2VgeZBqNcHG6tZHvA3vTINhV0ELuQdp3t1y9%2BogD8Kk%2FW7QoRN1UWPqM4%2BxdygkFDPLoTaumKReKiLWoPHOfY54m3qPx4c%2B4pgY3MRKKbljG8w4wvz8pxk3AqKsy4GMAkAtmRjRMsCxbb4Q2Ds0Ia9ci8cMT6DmsJG00XaHCIS%2Bo3F8YVVeikw13w%2BOEDaCYYhC0ZE54kA4jpjruBr5STWeqQG6M74HHL6TZ3lXrd99ZX%2B%2B7LhNatQaZosuxEf5yRA15S9gPeHskBIq3Gcw81AGb9%2FO53DYi%2F5CsQ51EmEh8Rkg4vOciClpy4d04eYsfr6fyQkBmtD%2BP8sNh6e%2BXYHJXT%2FlkXxT4KXU5F2sGxYyzfniMMQkb9OjDN2C8tRRgTyL7GwozH14PrEUZc6oz05Emne3Ts5EG7WolDmU8OB1LDG3VrpQxp%2BpT0KYV5dGtknU64JhabdqcVQbGZiAxQAnvN1u70y1AnmvOSPgLI6uB4AuDGhmAu3ATkJSw7OtS%2F2ToPjqkaq62%2F7WFG8advGlRRqxB9diP07JrXowKR9tpRa%2BjGJ91zxNTT1h8I2PcSfoUPtd7NejVoH03EUcqSBuFZPkMZhegHyo2ZAITovmm3zAIdGFWxoNNORiMRShgwdYwFzkPw5PA4a5MIIQpmq%2Bnsp3YMuXt%2FGkXxLx%2FP6%2BZJS0lFyz4MunC3eWSGE8xlCQrKvhKUPXr0hjpAN9ZK4PfEDrPMfMbGNWcHDzjA7ngMxTPnT7GMHar%2BgMQQ3NwHCv4zH4BIMYvzsdiERi6gebRmerTsVwZJTRsL8dkZgxgRxmpbgRcud%2BYlCIRpPwHShlUSwuipZnx9QCsEWziVazdDeKSYU5CF7UVPAhLer3CgJOQXl%2Fzh575R5rsrmRnKAzq4POFdgbYBuEviM4%2BLVC15ssLNFghbTtHWerS1hDt5s4qkLUha%2FqpZXhWh1C6lTQAqCNQnaDjS7UGFBC6wTu8yFnKJnExCnAs3Ok9yj5KpfZESQ4lTy5pTGTnkAUpxI%2ByjEldJfSo4y0QhG4i4IwkRFGcjWY8%2BEzgYYJUK7BXQksLxAww%2FYYWBMhJILB9e8ePEJ4OP7z%2B4%2FwOQDl64iOYDp26DaONPxpKtBxq%2FaTzRGarm3VkPYTLJKx6Z%2FMw2YbBGseJhPMwhhNswrIkyvV2BYzrvZbxLpKwcWJhYmFtVZ%2BlPEq91FzVp1HlQY1bZVLqeNR9SAUn6n0E28k%2FUuGkNpP1DBI5ch%2FEehZfjUQ9aE41NhETExoPT2gGQz0IhWJbEOvTQ4wgcXCHHFBhewYUiFHuhRSAUVmEHeCRQHQkXGFwkAgyzREJCVN7TRnTon36Zw3tPhx4EALwNdwDv%2BJ41YSP4B2CQqz0EFgARZ4ESgBHQgROwAVn9GTI%2BHYexTUevLUeta4%2FDqKrbMVS%2BYqb8hUwYCrlgKtmAq1YCrFgKrd4qpXiqZcKn1oqdWipjYKpWwVPVYqW6xUpVipKqFR3QKjagVEtAqHpxUMTitsnFaJOKx2cVhswq35RVpyiq9lFVNIKnOQVMkgqtYxVNxiqQjFS7GKlSIVIsQqPIhUWwioigFQ%2B%2BKkN8VHr49HDw9Ebo9EDo9DTo9Crg9BDg9%2FWx7gWx7YWwlobYrOGxWPNisAaAHEyALpkAVDIAeWAArsABVXACYuAD5cAF6wAKFQAQqgAbVAAsoAAlQAUaYAfkwAvogBWQACOgAD9AAHSAAKT4GUdMiOvFngBTwCn2AZ7Dv6B6k%2F90B8%2ByRnkV144AIBoAMTQATGgAjNAA4YABgwABZgB%2FmQCwyAVlwCguASlwCEuAQFwB4uAMlwBYuAJlQAUVAAhUD2KgdpUDaJgaRMDFJgX5MC1JgWJEAokQCWRAHxEAWkQBMRADpEAMkQAYROAEecC484DRpwBDTnwNOdw05tjTmiNOYwtswhYFwLA7BYG4LA2BYGOLAwRYFuLAsxYFQJAohIEyJAMwkAwiQC0JAJgkAeiQBkJAFokAPCQA0JABwcD4Dgc4cDdDgaYcDIDgYgUC6CgWgUClCgUYUAVBQBOFAEYMALgwAgDA9QYAdIn8AZzeBB2L5EcWrenUT1KXienEsuJJ7x5U8XlTjc1NVzUyXFTGb1LlpUtWlTDIjqwE4LsagowoCi2gJLKAkpoBgJQNpAIhNqaEoneI6kiiqQ6Go%2Fn6j0cS%2Ba2gEU8gIHJ%2BBwfgZX4GL%2BBd%2FgW34FZ%2BBS%2FgUH4FN6BTegTvoEv6BJegRnYEF2A79gOvYDl2BdEjCkqkGtwXp0LNToIskOTXzh%2FF062yJ7AAAAEDAWAAABWhJ%2BKPEIJgBFxMVP7w2QJBGHASQnOBKXKFIdUK4igKA9IEaYJg%29%3Bsrc%3Aurl%28data%3Aapplication%2Fvnd%2Ems%2Dfontobject%3Bbase64%2Cn04AAEFNAAACAAIABAAAAAAABQAAAAAAAAABAJABAAAEAExQAAAAAAAAAAIAAAAAAAAAAAEAAAAAAAAAJxJ%2FLAAAAAAAAAAAAAAAAAAAAAAAACgARwBMAFkAUABIAEkAQwBPAE4AUwAgAEgAYQBsAGYAbABpAG4AZwBzAAAADgBSAGUAZwB1AGwAYQByAAAAeABWAGUAcgBzAGkAbwBuACAAMQAuADAAMAA5ADsAUABTACAAMAAwADEALgAwADAAOQA7AGgAbwB0AGMAbwBuAHYAIAAxAC4AMAAuADcAMAA7AG0AYQBrAGUAbwB0AGYALgBsAGkAYgAyAC4ANQAuADUAOAAzADIAOQAAADgARwBMAFkAUABIAEkAQwBPAE4AUwAgAEgAYQBsAGYAbABpAG4AZwBzACAAUgBlAGcAdQBsAGEAcgAAAAAAQlNHUAAAAAAAAAAAAAAAAAAAAAADAKncAE0TAE0ZAEbuFM3pjM%2FSEdmjKHUbyow8ATBE40IvWA3vTu8LiABDQ%2BpexwUMcm1SMnNryctQSiI1K5ZnbOlXKmnVV5YvRe6RnNMFNCOs1KNVpn6yZhCJkRtVRNzEufeIq7HgSrcx4S8h%2Fv4vnrrKc6oCNxmSk2uKlZQHBii6iKFoH0746ThvkO1kJHlxjrkxs%2BLWORaDQBEtiYJIR5IB9Bi1UyL4Rmr0BNigNkMzlKQmnofBHviqVzUxwdMb3NdCn69hy%2BpRYVKGVS%2F1tnsqv4LL7wCCPZZAZPT4aCShHjHJVNuXbmMrY5LeQaGnvAkXlVrJgKRAUdFjrWEah9XebPeQMj7KS7DIBAFt8ycgC5PLGUOHSE3ErGZCiViNLL5ZARfywnCoZaKQCu6NuFX42AEeKtKUGnr%2FCm2Cy8tpFhBPMW5Fxi4Qm4TkDWh4IWFDClhU2hRWosUWqcKLlgyXB%2BlSHaWaHiWlBAR8SeSgSPCQxdVQgzUixWKSTrIQEbU94viDctkvX%2BVSjJuUmV8L4CXShI11esnp0pjWNZIyxKHS4wVQ2ime1P4RnhvGw0aDN1OLAXGERsB7buFpFGGBAre4QEQR0HOIO5oYH305G%2BKspT%2FFupEGGafCCwxSe6ZUa%2B073rXHnNdVXE6eWvibUS27XtRzkH838mYLMBmYysZTM0EM3A1fbpCBYFccN1B%2FEnCYu%2FTgCGmr7bMh8GfYL%2BBfcLvB0gRagC09w9elfldaIy%2FhNCBLRgBgtCC7jAF63wLSMAfbfAlEggYU0bUA7ACCJmTDpEmJtI78w4%2FBO7dN7JR7J7ZvbYaUbaILSQsRBiF3HGk5fEg6p9unwLvn98r%2BvnsV%2B372uf1xBLq4qU%2F45fTuqaAP%2BpssmCCCTF0mhEow8ZXZOS8D7Q85JsxZ%2BAzok7B7O%2Ff6J8AzYBySZQB%2FQHYUSA%2BEeQhEWiS6AIQzgcsDiER4MjgMBAWDV4AgQ3g1eBgIdweCQmCjJEMkJ%2BPKRWyFHHmg1Wi%2F6xzUgA0LREoKJChwnQa9B%2B5RQZRB3IlBlkAnxyQNaANwHMowzlYSMCBgnbpzvqpl0iTJNCQidDI9ZrSYNIRBhHtUa5YHMHxyGEik9hDE0AKj72AbTCaxtHPUaKZdAZSnQTyjGqGLsmBStCejApUhg4uBMU6mATujEl%2BKdDPbI6Ag4vLr%2BhjY6lbjBeoLKnZl0UZgRX8gTySOeynZVz1wOq7e1hFGYIq%2BMhrGxDLak0PrwYzSXtcuyhXEhwOYofiW%2BEcI%2Fjw8P6IY6ed%2BetAbuqKp5QIapT77LnAe505lMuqL79a0ut4rWexzFttsOsLDy7zvtQzcq3U1qabe7tB0wHWVXji%2BzDbo8x8HyIRUbXnwUcklFv51fvTymiV%2BMXLSmGH9d9%2BaXpD5X6lao41anWGig7IwIdnoBY2ht%2FpO9mClLo4NdXHAsefqWUKlXJkbqPOFhMoR4aiA1BXqhRNbB2Xwi%2B7u%2FjpAoOpKJ0UX24EsrzMfHXViakCNcKjBxuQX8BO0ZqjJ3xXzf%2B61t2VXOSgJ8xu65QKgtN6FibPmPYsXbJRHHqbgATcSZxBqGiDiU4NNNsYBsKD0MIP%2FOfKnlk%2FLkaid%2FO2NbKeuQrwOB2Gq3YHyr6ALgzym5wIBnsdC1ZkoBFZSQXChZvlesPqvK2c5oHHT3Q65jYpNxnQcGF0EHbvYqoFw60WNlXIHQF2HQB7zD6lWjZ9rVqUKBXUT6hrkZOle0RFYII0V5ZYGl1JAP0Ud1fZZMvSomBzJ710j4Me8mjQDwEre5Uv2wQfk1ifDwb5ksuJQQ3xt423lbuQjvoIQByQrNDh1JxGFkOdlJvu%2FgFtuW0wR4cgd%2BZKesSV7QkNE2kw6AV4hoIuC02LGmTomyf8PiO6CZzOTLTPQ%2BHW06H%2Btx%2BbQ8LmDYg1pTFrp2oJXgkZTyeRJZM0C8aE2LpFrNVDuhARsN543%2FFV6klQ6Tv1OoZGXLv0igKrl%2FCmJxRmX7JJbJ998VSIPQRyDBICzl4JJlYHbdql30NvYcOuZ7a10uWRrgoieOdgIm4rlq6vNOQBuqESLbXG5lzdJGHw2m0sDYmODXbYGTfSTGRKpssTO95fothJCjUGQgEL4yKoGAF%2F0SrpUDNn8CBgBcSDQByAeNkCXp4S4Ro2Xh4OeaGRgR66PVOsU8bc6TR5%2FxTcn4IVMLOkXSWiXxkZQCbvKfmoAvQaKjO3EDKwkwqHChCDEM5loQRPd5ACBki1TjF772oaQhQbQ5C0lcWXPFOzrfsDGUXGrpxasbG4iab6eByaQkQfm0VFlP0ZsDkvvqCL6QXMUwCjdMx1ZOyKhTJ7a1GWAdOUcJ8RSejxNVyGs31OKMyRyBVoZFjqIkmKlLQ5eHMeEL4MkUf23cQ%2F1SgRCJ1dk4UdBT7OoyuNgLs0oCd8RnrEIb6QdMxT2QjD4zMrJkfgx5aDMcA4orsTtKCqWb%2FVeyceqa5OGSmB28YwH4rFbkQaLoUN8OQQYnD3w2eXpI4ScQfbCUZiJ4yMOIKLyyTc7BQ4uXUw6Ee6%2FxM%2B4Y67ngNBknxIPwuppgIhFcwJyr6EIj%2BLzNj%2FmfR2vhhRlx0BILZoAYruF0caWQ7YxO66UmeguDREAFHYuC7HJviRgVO6ruJH59h%2FC%2FPkgSle8xNzZJULLWq9JMDTE2fjGE146a1Us6PZDGYle6ldWRqn%2FpdpgHKNGrGIdkRK%2BKPETT9nKT6kLyDI8xd9A1FgWmXWRAIHwZ37WyZHOVyCadJEmMVz0MadMjDrPho%2BEIochkVC2xgGiwwsQ6DMv2P7UXqT4x7CdcYGId2BJQQa85EQKmCmwcRejQ9Bm4oATENFPkxPXILHpMPUyWTI5rjNOsIlmEeMbcOCEqInpXACYQ9DDxmFo9vcmsDblcMtg4tqBerNngkIKaFJmrQAPnq1dEzsMXcwjcHdfdCibcAxxA%2Bq%2Fj9m3LM%2FO7WJka4tSidVCjsvo2lQ%2F2ewyoYyXwAYyr2PlRoR5MpgVmSUIrM3PQxXPbgjBOaDQFIyFMJvx3Pc5RSYj12ySVF9fwFPQu2e2KWVoL9q3Ayv3IzpGHUdvdPdrNUdicjsTQ2ISy7QU3DrEytIjvbzJnAkmANXjAFERA0MUoPF3%2F5KFmW14bBNOhwircYgMqoDpUMcDtCmBE82QM2YtdjVLB4kBuKho%2FbcwQdeboqfQartuU3CsCf%2BcXkgYAqp%2F0Ee3RorAZt0AvvOCSI4JICIlGlsV0bsSid%2FNIEALAAzb6HAgyWHBps6xAOwkJIGcB82CxRQq4sJf3FzA70A%2BTRqcqjEMETCoez3mkPcpnoALs0ugJY8kQwrC%2BJE5ik3w9rzrvDRjAQnqgEVvdGrNwlanR0SOKWzxOJOvLJhcd8Cl4AshACUkv9czdMkJCVQSQhp6kp7StAlpVRpK0t0SW6LHeBJnE2QchB5Ccu8kxRghZXGIgZIiSj7gEKMJDClcnX6hgoqJMwiQDigIXg3ioFLCgDgjPtYHYpsF5EiA4kcnN18MZtOrY866dEQAb0FB34OGKHGZQjwW%2FWDHA60cYFaI%2FPjpzquUqdaYGcIq%2BmLez3WLFFCtNBN2QJcrlcoELgiPku5R5dSlJFaCEqEZle1AQzAKC%2B1SotMcBNyQUFuRHRF6OlimSBgjZeTBCwLyc6A%2BP%2FoFRchXTz5ADknYJHxzrJ5pGuIKRQISU6WyKTBBjD8WozmVYWIsto1AS5rxzKlvJu4E%2FvwOiKxRtCWsDM%2BeTHUrmwrCK5BIfMzGkD%2B0Fk5LzBs0jMYXktNDblB06LMNJ09U8pzSLmo14MS0OMjcdrZ31pyQqxJJpRImlSvfYAK8inkYU52QY2FPEVsjoWewpwhRp5yAuNpkqhdb7ku9Seefl2D0B8SMTFD90xi4CSOwwZy9IKkpMtI3FmFUg3%2FkFutpQGNc3pCR7gvC4sgwbupDu3DyEN%2BW6YGLNM21jpB49irxy9BSlHrVDlnihGKHwPrbVFtc%2Bh1rVQKZduxIyojccZIIcOCmhEnC7UkY68WXKQgLi2JCDQkQWJRQuk60hZp0D3rtCTINSeY9Ej2kIKYfGxwOs4j9qMM7fYZiipzgcf7TamnehqdhsiMiCawXnz4xAbyCkLAx5EGbo3Ax1u3dUIKnTxIaxwQTHehPl3V491H0%2BbC5zgpGz7Io%2BmjdhKlPJ01EeMpM7UsRJMi1nGjmJg35i6bQBAAxjO%2FENJubU2mg3ONySEoWklCwdABETcs7ck3jgiuU9pcKKpbgn%2B3YlzV1FzIkB6pmEDOSSyDfPPlQskznctFji0kpgZjW5RZe6x9kYT4KJcXg0bNiCyif%2BpZACCyRMmYsfiKmN9tSO65F0R2OO6ytlEhY5Sj6uRKfFxw0ijJaAx%2Fk3QgnAFSq27%2F2i4GEBA%2BUvTJKK%2F9eISNvG46Em5RZfjTYLdeD8kdXHyrwId%2FDQZUaMCY4gGbke2C8vfjgV%2FY9kkRQOJIn%2FxM9INZSpiBnqX0Q9GlQPpPKAyO5y%2BW5NMPSRdBCUlmuxl40ZfMCnf2Cp044uI9WLFtCi4YVxKjuRCOBWIb4XbIsGdbo4qtMQnNOQz4XDSui7W%2FN6l54qOynCqD3DpWQ%2BmpD7C40D8BZEWGJX3tlAaZBMj1yjvDYKwCJBa201u6nBKE5UE%2B7QSEhCwrXfbRZylAaAkplhBWX50dumrElePyNMRYUrC99UmcSSNgImhFhDI4BXjMtiqkgizUGCrZ8iwFxU6fQ8GEHCFdLewwxYWxgScAYMdMLmcZR6b7rZl95eQVDGVoUKcRMM1ixXQtXNkBETZkVVPg8LoSrdetHzkuM7DjZRHP02tCxA1fmkXKF3VzfN1pc1cv%2F8lbTIkkYpqKM9VOhp65ktYk%2BQ46myFWBapDfyWUCnsnI00QTBQmuFjMZTcd0V2NQ768Fhpby04k2IzNR1wKabuGJqYWwSly6ocMFGTeeI%2BejsWDYgEvr66QgqdcIbFYDNgsm0x9UHY6SCd5%2B7tpsLpKdvhahIDyYmEJQCqMqtCF6UlrE5GXRmbu%2Bvtm3BFSxI6ND6UxIE7GsGMgWqghXxSnaRJuGFveTcK5ZVSPJyjUxe1dKgI6kNF7EZhIZs8y8FVqwEfbM0Xk2ltORVDKZZM40SD3qQoQe0orJEKwPfZwm3YPqwixhUMOndis6MhbmfvLBKjC8sKKIZKbJk8L11oNkCQzCgvjhyyEiQSuJcgCQSG4Mocfgc0Hkwcjal1UNgP0CBPikYqBIk9tONv4kLtBswH07vUCjEaHiFGlLf8MgXKzSgjp2HolRRccAOh0ILHz9qlGgIFkwAnzHJRjWFhlA7ROwINyB5HFj59PRZHFor6voq7l23EPNRwdWhgawqbivLSjRA4htEYUFkjESu67icTg5S0aW1sOkCiIysfJ9UnIWevOOLGpepcBxy1wEhd2WI3AZg7sr9WBmHWyasxMcvY%2FiOmsLtHSWNUWEGk9hScMPShasUA1AcHOtRZlqMeQ0OzYS9vQvYUjOLrzP07BUAFikcJNMi7gIxEw4pL1G54TcmmmoAQ5s7TGWErJZ2Io4yQ0ljRYhL8H5e62oDtLF8aDpnIvZ5R3GWJyAugdiiJW9hQAVTsnCBHhwu7rkBlBX6r3b7ejEY0k5GGeyKv66v%2B6dg7mcJTrWHbtMywbedYqCQ0FPwoytmSWsL8WTtChZCKKzEF7vP6De4x2BJkkniMgSdWhbeBSLtJZR9CTHetK1xb34AYIJ37OegYIoPVbXgJ%2FqDQK%2BbfCtxQRVKQu77WzOoM6SGL7MaZwCGJVk46aImai9fmam%2BWpHG%2B0BtQPWUgZ7RIAlPq6lkECUhZQ2gqWkMYKcYMYaIc4gYCDFHYa2d1nzp3%2BJ1eCBay8IYZ0wQRKGAqvCuZ%2FUgbQPyllosq%2BXtfKIZOzmeJqRazpmmoP%2F76YfkjzV2NlXTDSBYB04SVlNQsFTbGPk1t%2FI4Jktu0XSgifO2ozFOiwd%2F0SssJDn0dn4xqk4GDTTKX73%2FwQyBLdqgJ%2BWx6AQaba3BA9CKEzjtQYIfAsiYamapq80LAamYjinlKXUkxdpIDk0puXUEYzSalfRibAeDAKpNiqQ0FTwoxuGYzRnisyTotdVTclis1LHRQCy%2FqqL8oUaQzWRxilq5Mi0IJGtMY02cGLD69vGjkj3p6pGePKI8bkBv5evq8SjjyU04vJR2cQXQwSJyoinDsUJHCQ50jrFTT7yRdbdYQMB3MYCb6uBzJ9ewhXYPAIZSXfeEQBZZ3GPN3Nbhh%2FwkvAJLXnQMdi5NYYZ5GHE400GS5rXkOZSQsdZgIbzRnF9ueLnsfQ47wHAsirITnTlkCcuWWIUhJSbpM3wWhXNHvt2xUsKKMpdBSbJnBMcihkoDqAd1Zml%2FR4yrzow1Q2A5G%2Bkzo%2FRhRxQS2lCSDRV8LlYLBOOoo1bF4jwJAwKMK1tWLHlu9i0j4Ig8qVm6wE1DxXwAwQwsaBWUg2pOOol2dHxyt6npwJEdLDDVYyRc2D0HbcbLUJQj8gPevQBUBOUHXPrsAPBERICpnYESeu2OHotpXQxRGlCCtLdIsu23MhZVEoJg8Qumj%2FUMMc34IBqTKLDTp76WzL%2FdMjCxK7MjhiGjeYAC%2Fkj%2FjY%2FRde7hpSM1xChrog6yZ7OWTuD56xBJnGFE%2BpT2ElSyCnJcwVzCjkqeNLfMEJqKW0G7OFIp0G%2B9mh50I9o8k1tpCY0xYqFNIALgIfc2me4n1bmJnRZ89oepgLPT0NTMLNZsvSCZAc3TXaNB07vail36%2FdBySis4m9%2FDR8izaLJW6bWCkVgm5T%2Bius3ZXq4xI%2BGnbveLbdRwF2mNtsrE0JjYc1AXknCOrLSu7Te%2Fr4dPYMCl5qtiHNTn%2BTPbh1jCBHH%2BdMJNhwNgs3nT%2BOhQoQ0vYif56BMG6WowAcHR3DjQolxLzyVekHj00PBAaW7IIAF1EF%2BuRIWyXjQMAs2chdpaKPNaB%2BkSezYt0%2BCA04sOg5vx8Fr7Ofa9sUv87h7SLAUFSzbetCCZ9pmyLt6l6%2FTzoA1%2FZBG9bIUVHLAbi%2FkdBFgYGyGwRQGBpkqCEg2ah9UD6EedEcEL3j4y0BQQCiExEnocA3SZboh%2Bepgd3YsOkHskZwPuQ5OoyA0fTA5AXrHcUOQF%2BzkJHIA7PwCDk1gGVmGUZSSoPhNf%2BTklauz98QofOlCIQ%2FtCD4dosHYPqtPCXB3agggQQIqQJsSkB%2Bqn0rkQ1toJjON%2FOtCIB9RYv3PqRA4C4U68ZMlZn6BdgEvi2ziU%2BTQ6NIw3ej%2BAtDwMGEZk7e2IjxUWKdAxyaw9OCwSmeADTPPleyk6UhGDNXQb%2B%2BW6Uk4q6F7%2Frg6WVTo82IoCxSIsFDrav4EPHphD3u4hR53WKVvYZUwNCCeM4PMBWzK%2BEfIthZOkuAwPo5C5jgoZgn6dUdvx5rIDmd58cXXdKNfw3l%2BwM2UjgrDJeQHhbD7HW2QDoZMCujgIUkk5Fg8VCsdyjOtnGRx8wgKRPZN5dR0zPUyfGZFVihbFRniXZFOZGKPnEQzU3AnD1KfR6weHW2XS6KbPJxUkOTZsAB9vTVp3Le1F8q5l%2BDMcLiIq78jxAImD2pGFw0VHfRatScGlK6SMu8leTmhUSMy8Uhdd6xBiH3Gdman4tjQGLboJfqz6fL2WKHTmrfsKZRYX6BTDjDldKMosaSTLdQS7oDisJNqAUhw1PfTlnacCO8vl8706Km1FROgLDmudzxg%2BEWTiArtHgLsRrAXYWdB0NmToNCJdKm0KWycZQqb%2BMw76Qy29iQ5up%2FX7oyw8QZ75kP5F6iJAJz6KCmqxz8fEa%2FxnsMYcIO%2FvEkGRuMckhr4rIeLrKaXnmIzlNLxbFspOphkcnJdnz%2FChp%2FVlpj2P7jJQmQRwGnltkTV5dbF9fE3%2FfxoSqTROgq9wFUlbuYzYcasE0ouzBo%2BdDCDzxKAfhbAZYxQiHrLzV2iVexnDX%2FQnT1fsT%2Fxuhu1ui5qIytgbGmRoQkeQooO8eJNNZsf0iALur8QxZFH0nCMnjerYQqG1pIfjyVZWxhVRznmmfLG00BcBWJE6hzQWRyFknuJnXuk8A5FRDCulwrWASSNoBtR%2BCtGdkPwYN2o7DOw%2FVGlCZPusRBFXODQdUM5zeHDIVuAJBLqbO%2Ff9Qua%2BpDqEPk230Sob9lEZ8BHiCorjVghuI0lI4JDgHGRDD%2FprQ84B1pVGkIpVUAHCG%2Biz3Bn3qm2AVrYcYWhock4jso5%2BJ7HfHVj4WMIQdGctq3psBCVVzupQOEioBGA2Bk%2BUILT7%2BVoX5mdxxA5fS42gISQVi%2FHTzrgMxu0fY6hE1ocUwwbsbWcezrY2n6S8%2F6cxXkOH4prpmPuFoikTzY7T85C4T2XYlbxLglSv2uLCgFv8Quk%2FwdesUdWPeHYIH0R729JIisN9Apdd4eB10aqwXrPt%2BSu9mA8k8n1sjMwnfsfF2j3jMUzXepSHmZ%2FBfqXvzgUNQQWOXO8YEuFBh4QTYCkOAPxywpYu1VxiDyJmKVcmJPGWk%2Fgc3Pov02StyYDahwmzw3E1gYC9wkupyWfDqDSUMpCTH5e5N8B%2F%2FlHiMuIkTNw4USHrJU67bjXGqNav6PBuQSoqTxc8avHoGmvqNtXzIaoyMIQIiiUHIM64cXieouplhNYln7qgc4wBVAYR104kO%2BCvKqsg4yIUlFNThVUAKZxZt1XA34h3TCUUiXVkZ0w8Hh2R0Z5L0b4LZvPd%2Fp1gi%2F07h8qfwHrByuSxglc9cI4QIg2oqvC%2Fqm0i7tjPLTgDhoWTAKDO2ONW5oe%2B%2FeKB9vZB8K6C25yCZ9RFVMnb6NRdRjyVK57CHHSkJBfnM2%2Fj4ODUwRkqrtBBCrDsDpt8jhZdXoy%2F1BCqw3sSGhgGGy0a5Jw6BP%2FTExoCmNFYjZl248A0osgPyGEmRA%2BfAsqPVaNAfytu0vuQJ7rk3J4kTDTR2AlCHJ5cls26opZM4w3jMULh2YXKpcqGBtuleAlOZnaZGbD6DHzMd6i2oFeJ8z9XYmalg1Szd%2FocZDc1C7Y6vcALJz2lYnTXiWEr2wawtoR4g3jvWUU2Ngjd1cewtFzEvM1NiHZPeLlIXFbBPawxNgMwwAlyNSuGF3zizVeOoC9bag1qRAQKQE%2FEZBWC2J8mnXAN2aTBboZ7HewnObE8CwROudZHmUM5oZ%2FUgd%2FJZQK8lvAm43uDRAbyW8gZ%2BZGq0EVerVGUKUSm%2FIdn8AQHdR4m7bue88WBwft9mSCeMOt1ncBwziOmJYI2ZR7ewNMPiCugmSsE4EyQ%2BQATJG6qORMGd4snEzc6B4shPIo4G1T7PgSm8PY5eUkPdF8JZ0VBtadbHXoJgnEhZQaODPj2gpODKJY5Yp4DOsLBFxWbvXN755KWylJm%2BoOd4zEL9Hpubuy2gyyfxh8oEfFutnYWdfB8PdESLWYvSqbElP9qo3u6KTmkhoacDauMNNjj0oy40DFV7Ql0aZj77xfGl7TJNHnIwgqOkenruYYNo6h724%2BzUQ7%2BvkCpZB%2BpGA562hYQiDxHVWOq0oDQl%2FQsoiY%2BcuI7iWq%2FZIBtHcXJ7kks%2Bh2fCNUPA82BzjnqktNts%2BRLdk1VSu%2BtqEn7QZCCsvEqk6FkfiOYkrsw092J8jsfIuEKypNjLxrKA9kiA19mxBD2suxQKCzwXGws7kEJvlhUiV9tArLIdZW0IORcxEzdzKmjtFhsjKy%2F44XYXdI5noQoRcvjZ1RMPACRqYg2V1%2BOwOepcOknRLLFdYgTkT5UApt%2FJhLM3jeFYprZV%2BZow2g8fP%2BU68hkKFWJj2yBbKqsrp25xkZX1DAjUw52IMYWaOhab8Kp05VrdNftqwRrymWF4OQSjbdfzmRZirK8FMJELEgER2PHjEAN9pGfLhCUiTJFbd5LBkOBMaxLr%2FA1SY9dXFz4RjzoU9ExfJCmx%2FI9FKEGT3n2cmzl2X42L3Jh%2BAbQq6sA%2BSs1kitoa4TAYgKHaoybHUDJ51oETdeI%2F9ThSmjWGkyLi5QAGWhL0BG1UsTyRGRJOldKBrYJeB8ljLJHfATWTEQBXBDnQexOHTB%2BUn44zExFE4vLytcu5NwpWrUxO%2F0ZICUGM7hGABXym0V6ZvDST0E370St9MIWQOTWngeoQHUTdCJUP04spMBMS8LSker9cReVQkULFDIZDFPrhTzBl6sed9wcZQTbL%2BBDqMyaN3RJPh%2Fanbx%2BIv%2BqgQdAa3M9Z5JmvYlh4qop%2BHo1F1W5gbOE9YKLgAnWytXElU4G8GtW47lhgFE6gaSs%2Bgs37sFvi0PPVvA5dnCBgILTwoKd%2F%2BDoL9F6inlM7H4rOTzD79KJgKlZO%2FZgt22UsKhrAaXU5ZcLrAglTVKJEmNJvORGN1vqrcfSMizfpsgbIe9zno%2BgBoKVXgIL%2FVI8dB1O5o%2FR3Suez%2FgD7M781ShjKpIIORM%2FnxG%2BjjhhgPwsn2IoXsPGPqYHXA63zJ07M2GPEykQwJBYLK808qYxuIew4frk52nhCsnCYmXiR6CuapvE1IwRB4%2FQftDbEn%2BAucIr1oxrLabRj9q4ae0%2BfXkHnteAJwXRbVkR0mctVSwEbqhJiMSZUp9DNbEDMmjX22m3ABpkrPQQTP3S1sib5pD2VRKRd%2BeNAjLYyT0hGrdjWJZy24OYXRoWQAIhGBZRxuBFMjjZQhpgrWo8SiFYbojcHO8V5DyscJpLTHyx9Fimassyo5U6WNtquUMYgccaHY5amgR3PQzq3ToNM5ABnoB9kuxsebqmYZm0R9qxJbFXCQ1UPyFIbxoUraTJFDpCk0Wk9GaYJKz%2F6oHwEP0Q14lMtlddQsOAU9zlYdMVHiT7RQP3XCmWYDcHCGbVRHGnHuwzScA0BaSBOGkz3lM8CArjrBsyEoV6Ys4qgDK3ykQQPZ3hCRGNXQTNNXbEb6tDiTDLKOyMzRhCFT%2BmAUmiYbV3YQVqFVp9dorv%2BTsLeCykS2b5yyu8AV7IS9cxcL8z4Kfwp%2BxJyYLv1OsxQCZwTB4a8BZ%2F5EdxTBJthApqyfd9u3ifr%2FWILTqq5VqgwMT9SOxbSGWLQJUUWCVi4k9tho9nEsbUh7U6NUsLmkYFXOhZ0kmamaJLRNJzSj%2Fqn4Mso6zb6iLLBXoaZ6AqeWCjHQm2lztnejYYM2eubnpBdKVLORZhudH3JF1waBJKA9%2BW8EhMj3Kzf0L4vi4k6RoHh3Z5YgmSZmk6ns4fjScjAoL8GoOECgqgYEBYUGFVO4FUv4%2FYtowhEmTs0vrvlD%2FCrisnoBNDAcUi%2FteY7OctFlmARQzjOItrrlKuPO6E2Ox93L4O%2F4DcgV%2FdZ7qR3VBwVQxP1GCieA4RIpweYJ5FoYrHxqRBdJjnqbsikA2Ictbb8vE1GYIo9dacK0REgDX4smy6GAkxlH1yCGGsk%2BtgiDhNKuKu3yNrMdxafmKTF632F8Vx4BNK57GvlFisrkjN9WDAtjsWA0ENT2e2nETUb%2Fn7qwhvGnrHuf5bX6Vh%2Fn3xffU3PeHdR%2BFA92i6ufT3AlyAREoNDh6chiMWTvjKjHDeRhOa9YkOQRq1vQXEMppAQVwHCuIcV2g5rBn6GmZZpTR7vnSD6ZmhdSl176gqKTXu5E%2BYbfL0adwNtHP7dT7t7b46DVZIkzaRJOM%2BS6KcrzYVg%2BT3wSRFRQashjfU18NutrKa%2F7PXbtuJvpIjbgPeqd%2BpjmRw6YKpnANFSQcpzTZgpSNJ6J7uiagAbir%2F8tNXJ%2FOsOnRh6iuIexxrmkIneAgz8QoLmiaJ8sLQrELVK2yn3wOHp57BAZJhDZjTBzyoRAuuZ4eoxHruY1pSb7qq79cIeAdOwin4GdgMeIMHeG%2BFZWYaiUQQyC5b50zKjYw97dFjAeY2I4Bnl105Iku1y0lMA1ZHolLx19uZnRdILcXKlZGQx%2FGdEqSsMRU1BIrFqRcV1qQOOHyxOLXEGcbRtAEsuAC2V4K3p5mFJ22IDWaEkk9ttf5Izb2LkD1MnrSwztXmmD%2FQi%2FEmVEFBfiKGmftsPwVaIoZanlKndMZsIBOskFYpDOq3QUs9aSbAAtL5Dbokus2G4%2FasthNMK5UQKCOhU97oaOYNGsTah%2BjfCKsZnTRn5TbhFX8ghg8CBYt%2FBjeYYYUrtUZ5jVij%2Fop7V5SsbA4mYTOwZ46hqdpbB6Qvq3AS2HHNkC15pTDIcDNGsMPXaBidXYPHc6PJAkRh29Vx8KcgX46LoUQBhRM%2B3SW6Opll%2FwgxxsPgKJKzr5QCmwkUxNbeg6Wj34SUnEzOemSuvS2OetRCO8Tyy%2BQbSKVJcqkia%2BGvDefFwMOmgnD7h81TUtMn%2BmRpyJJ349HhAnoWFTejhpYTL9G8N2nVg1qkXBeoS9Nw2fB27t7trm7d%2FQK7Cr4uoCeOQ7%2F8JfKT77KiDzLImESHw%2F0wf73QeHu74hxv7uihi4fTX%2BXEwAyQG3264dwv17aJ5N335Vt9sdrAXhPOAv8JFvzqyYXwfx8WYJaef1gMl98JRFyl5Mv5Uo%2FoVH5ww5OzLFsiTPDns7fS6EURSSWd%2F92BxMYQ8sBaH%2Bj%2BwthQPdVgDGpTfi%2BJQIWMD8xKqULliRH01rTeyF8x8q%2FGBEEEBrAJMPf25UQwi0b8tmqRXY7kIvNkzrkvRWLnxoGYEJsz8u4oOyMp8cHyaybb1HdMCaLApUE%2B%2F7xLIZGP6H9xuSEXp1zLIdjk5nBaMuV%2FyTDRRP8Y2ww5RO6d2D94o%2B6ucWIqUAvgHIHXhZsmDhjVLczmZ3ca0Cb3PpKwt2UtHVQ0BgFJsqqTsnzZPlKahRUkEu4qmkJt%2Bkqdae76ViWe3STan69yaF9%2BfESD2lcQshLHWVu4ovItXxO69bqC5p1nZLvI8NdQB9s9UNaJGlQ5mG947ipdDA0eTIw%2FA1zEdjWquIsQXXGIVEH0thC5M%2BW9pZe7IhAVnPJkYCCXN5a32HjN6nsvokEqRS44tGIs7s2LVTvcrHAF%2BRVmI8L4HUYk4x%2B67AxSMJKqCg8zrGOgvK9kNMdDrNiUtSWuHFpC8%2Fp5qIQrEo%2FH%2B1l%2F0cAwQ2nKmpWxKcMIuHY44Y6DlkpO48tRuUGBWT0FyHwSKO72Ud%2BtJUfdaZ4CWNijzZtlRa8%2BCkmO%2FEwHYfPZFU%2FhzjFWH7vnzHRMo%2BaF9u8qHSAiEkA2HjoNQPEwHsDKOt6hOoK3Ce%2F%2B%2F9boMWDa44I6FrQhdgS7OnNaSzwxWKZMcyHi6LN4WC6sSj0qm2PSOGBTvDs%2FGWJS6SwEN%2FULwpb4LQo9fYjUfSXRwZkynUazlSpvX9e%2BG2zor8l%2BYaMxSEomDdLHGcD6YVQPegTaA74H8%2BV4WvJkFUrjMLGLlvSZQWvi8%2FQA7yzQ8GPno%2F%2F5SJHRP%2FOqKObPCo81s%2F%2B6WgLqykYpGAgQZhVDEBPXWgU%2FWzFZjKUhSFInufPRiMAUULC6T11yL45ZrRoB4DzOyJShKXaAJIBS9wzLYIoCEcJKQW8GVCx4fihqJ6mshBUXSw3wWVj3grrHQlGNGhIDNNzsxQ3M%2BGWn6ASobIWC%2BLbYOC6UpahVO13Zs2zOzZC8z7FmA05JhUGyBsF4tsG0drcggIFzgg%2Fkpf3%2BCnAXKiMgIE8Jk%2FMhpkc8DUJEUzDSnWlQFme3d0sHZDrg7LavtsEX3cHwjCYA17pMTfx8Ajw9hHscN67hyo%2BRJQ4458RmPywXykkVcW688oVUrQhahpPRvTWPnuI0B%2BSkQu7dCyvLRyFYlC1LG1gRCIvn3rwQeINzZQC2KXq31FaR9UmVV2QeGVqBHjmE%2BVMd3b1fhCynD0pQNhCG6%2FWCDbKPyE7NRQzL3BzQAJ0g09aUzcQA6mUp9iZFK6Sbp%2FYbHjo%2B%2B7%2FWj8S4YNa%2BZdqAw1hDrKWFXv9%2BzaXpf8ZTDSbiqsxnwN%2FCzK5tPkOr4tRh2kY3Bn9JtalbIOI4b3F7F1vPQMfoDcdxMS8CW9m%2FNCW%2FHILTUVWQIPiD0j1A6bo8vsv6P1hCESl2abrSJWDrq5sSzUpwoxaCU9FtJyYH4QFMxDBpkkBR6kn0LMPO%2B5EJ7Z6bCiRoPedRZ%2FP0SSdii7ZnPAtVwwHUidcdyspwncz5uq6vvm4IEDbJVLUFCn%2FLvIHfooUBTkFO130FC7CmmcrKdgDJcid9mvVzsDSibOoXtIf9k6ABle3PmIxejodc4aob0QKS432srrCMndbfD454q52V01G4q913mC5HOsTzWF4h2No1av1VbcUgWAqyoZl%2B11PoFYnNv2HwAODeNRkHj%2B8SF1fcvVBu6MrehHAZK1Gm69ICcTKizykHgGFx7QdowTVAsYEF2tVc0Z6wLryz2FI1sc5By2znJAAmINndoJiB4sfPdPrTC8RnkW7KRCwxC6YvXg5ahMlQuMpoCSXjOlBy0Kij%2BbsCYPbGp8BdCBiLmLSAkEQRaieWo1SYvZIKJGj9Ur%2FeWHjiB7SOVdqMAVmpBvfRiebsFjger7DC%2B8kRFGtNrTrnnGD2GAJb8rQCWkUPYHhwXsjNBSkE6lGWUj5QNhK0DMNM2l%2BkXRZ0KLZaGsFSIdQz%2FHXDxf3%2FTE30%2BDgBKWGWdxElyLccJfEpjsnszECNoDGZpdwdRgCixeg9L4EPhH%2BRptvRMVRaahu4cySjS3P5wxAUCPkmn%2BrhyASpmiTaiDeggaIxYBmtLZDDhiWIJaBgzfCsAGUF1Q1SFZYyXDt9skCaxJsxK2Ms65dmdp5WAZyxik%2FzbrTQk5KmgxCg%2Ff45L0jywebOWUYFJQAJia7XzCV0x89rpp%2Ff3AVWhSPyTanqmik2SkD8A3Ml4NhIGLAjBXtPShwKYfi2eXtrDuKLk4QlSyTw1ftXgwqA2jUuopDl%2B5tfUWZNwBpEPXghzbBggYCw%2Fdhy0ntds2yeHCDKkF%2FYxQjNIL%2FF%2F37jLPHCKBO9ibwYCmuxImIo0ijV2Wbg3kSN2psoe8IsABv3RNFaF9uMyCtCYtqcD%2BqNOhwMlfARQUdJ2tUX%2BMNJqOwIciWalZsmEjt07tfa8ma4cji9sqz%2BQ9hWfmMoKEbIHPOQORbhQRHIsrTYlnVTNvcq1imqmmPDdVDkJgRcTgB8Sb6epCQVmFZe%2BjGDiNJQLWnfx%2BdrTKYjm0G8yH0ZAGMWzEJhUEQ4Maimgf%2Fbkvo8PLVBsZl152y5S8%2BHRDfZIMCbYZ1WDp4yrdchOJw8k6R%2B%2F2pHmydK4NIK2PHdFPHtoLmHxRDwLFb7eB%2BM4zNZcB9NrAgjVyzLM7xyYSY13ykWfIEEd2n5%2FiYp3ZdrCf7fL%2Ben%2BsIJu2W7E30MrAgZBD1rAAbZHPgeAMtKCg3NpSpYQUDWJu9bT3V7tOKv%2BNRiJc8JAKqqgCA%2FPNRBR7ChpiEulyQApMK1AyqcWnpSOmYh6yLiWkGJ2mklCSPIqN7UypWj3dGi5MvsHQ87MrB4VFgypJaFriaHivwcHIpmyi5LhNqtem4q0n8awM19Qk8BOS0EsqGscuuydYsIGsbT5GHnERUiMpKJl4ON7qjB4fEqlGN%2FhCky89232UQCiaeWpDYCJINXjT6xl4Gc7DxRCtgV0i1ma4RgWLsNtnEBRQFqZggCLiuyEydmFd7WlogpkCw5G1x4ft2psm3KAREwVwr1Gzl6RT7FDAqpVal34ewVm3VH4qn5mjGj%2BbYL1NgfLNeXDwtmYSpwzbruDKpTjOdgiIHDVQSb5%2FzBgSMbHLkxWWgghIh9QTFSDILixVwg0Eg1puooBiHAt7DzwJ7m8i8%2Fi%2BjHvKf0QDnnHVkVTIqMvIQImOrzCJwhSR7qYB5gSwL6aWL9hERHCZc4G2%2BJrpgHNB8eCCmcIWIQ6rSdyPCyftXkDlErUkHafHRlkOIjxGbAktz75bnh50dU7YHk%2BMz7wwstg6RFZb%2BTZuSOx1qqP5C66c0mptQmzIC2dlpte7vZrauAMm%2F7RfBYkGtXWGiaWTtwvAQiq2oD4YixPLXE2khB2FRaNRDTk%2B9sZ6K74Ia9VntCpN4BhJGJMT4Z5c5FhSepRCRWmBXqx%2BwhVZC4me4saDs2iNqXMuCl6iAZflH8fscC1sTsy4PHeC%2BXYuqMBMUun5YezKbRKmEPwuK%2BCLzijPEQgfhahQswBBLfg%2FGBgBiI4QwAqzJkkyYAWtjzSg2ILgMAgqxYfwERRo3zruBL9WOryUArSD8sQOcD7fvIODJxKFS615KFPsb68USBEPPj1orNzFY2xoTtNBVTyzBhPbhFH0PI5AtlJBl2aSgNPYzxYLw7XTDBDinmVoENwiGzmngrMo8OmnRP0Z0i0Zrln9DDFcnmOoBZjABaQIbPOJYZGqX%2BRCMlDDbElcjaROLDoualmUIQ88Kekk3iM4OQrADcxi3rJguS4MOIBIgKgXrjd1WkbCdqxJk%2F4efRIFsavZA7KvvJQqp3Iid5Z0NFc5aiMRzGN3vrpBzaMy4JYde3wr96PjN90AYOIbyp6T4zj8LoE66OGcX1Ef4Z3KoWLAUF4BTg7ug%2FAbkG5UNQXAMkQezujSHeir2uTThgd3gpyzDrbnEdDRH2W7U6PeRvBX1ZFMP5RM%2BZu6UUZZD8hDPHldVWntTCNk7To8IeOW9yn2wx0gmurwqC60AOde4r3ETi5pVMSDK8wxhoGAoEX9NLWHIR33VbrbMveii2jAJlrxwytTHbWNu8Y4N8vCCyZjAX%2FpcsfwXbLze2%2BD%2Bu33OGBoJyAAL3jn3RuEcdp5If8O%2Ba4NKWvxOTyDltG0IWoHhwVGe7dKkCWFT%2B%2Btm%2BhaBCikRUUMrMhYKZJKYoVuv%2FbsJzO8DwfVIInQq3g3BYypiz8baogH3r3GwqCwFtZnz4xMjAVOYnyOi5HWbFA8n0qz1OjSpHWFzpQOpvkNETZBGpxN8ybhtqV%2FDMUxd9uFZmBfKXMCn%2FSqkWJyKPnT6lq%2B4zBZni6fYRByJn6OK%2BOgPBGRAJluwGSk4wxjOOzyce%2FPKODwRlsgrVkdcsEiYrqYdXo0Er2GXi2GQZd0tNJT6c9pK1EEJG1zgDJBoTVuCXGAU8BKTvCO%2FcEQ1Wjk3Zzuy90JX4m3O5IlxVFhYkSUwuQB2up7jhvkm%2BbddRQu5F9s0XftGEJ9JSuSk%2BZachCbdU45fEqbugzTIUokwoAKvpUQF%2FCvLbWW5BNQFqFkJg2f30E%2F48StNe5QwBg8zz3YAJ82FZoXBxXSv4QDooDo79NixyglO9AembuBcx5Re3CwOKTHebOPhkmFC7wNaWtoBhFuV4AkEuJ0J%2B1pT0tLkvFVZaNzfhs%2FKd3%2BA9YsImlO4XK4vpCo%2FelHQi%2F9gkFg07xxnuXLt21unCIpDV%2BbbRxb7FC6nWYTsMFF8%2B1LUg4JFjVt3vqbuhHmDKbgQ4e%2BRGizRiO8ky05LQGMdL2IKLSNar0kNG7lHJMaXr5mLdG3nykgj6vB%2FKVijd1ARWkFEf3yiUw1v%2FWaQivVUpIDdSNrrKbjO5NPnxz6qTTGgYg03HgPhDrCFyYZTi3XQw3HXCva39mpLNFtz8AiEhxAJHpWX13gCTAwgm9YTvMeiqetdNQv6IU0hH0G%2BZManTqDLPjyrOse7WiiwOJCG%2BJ0pZYULhN8NILulmYYvmVcV2MjAfA39sGKqGdjpiPo86fecg65UPyXDIAOyOkCx5NQsLeD4gGVjTVDwOHWkbbBW0GeNjDkcSOn2Nq4cEssP54t9D749A7M1AIOBl0Fi0sSO5v3P7LCBrM6ZwFY6kp2FX6AcbGUdybnfChHPyu6WlRZ2Fwv9YM0RMI7kISRgR8HpQSJJOyTfXj%2F6gQKuihPtiUtlCQVPohUgzfezTg8o1b3n9pNZeco1QucaoXe40Fa5JYhqdTspFmxGtW9h5ezLFZs3j%2FN46f%2BS2rjYNC2JySXrnSAFhvAkz9a5L3pza8eYKHNoPrvBRESpxYPJdKVUxBE39nJ1chrAFpy4MMkf0qKgYALctGg1DQI1kIymyeS2AJNT4X240d3IFQb%2F0jQbaHJ2YRK8A%2Bls6WMhWmpCXYG5jqapGs5%2FeOJErxi2%2F2KWVHiPellTgh%2FfNl%2F2KYPKb7DUcAg%2BmCOPQFCiU9Mq%2FWLcU1xxC8aLePFZZlE%2BPCLzf7ey46INWRw2kcXySR9FDgByXzfxiNKwDFbUSMMhALPFSedyjEVM5442GZ4hTrsAEvZxIieSHGSgkwFh%2FnFNdrrFD4tBH4Il7fW6ur4J8Xaz7RW9jgtuPEXQsYk7gcMs2neu3zJwTyUerHKSh1iTBkj2YJh1SSOZL5pLuQbFFAvyO4k1Hxg2h99MTC6cTUkbONQIAnEfGsGkNFWRbuRyyaEZInM5pij73EA9rPIUfU4XoqQpHT9THZkW%2BoKFLvpyvTBMM69tN1Ydwv1LIEhHsC%2BueVG%2Bw%2BkyCPsvV3erRikcscHjZCkccx6VrBkBRusTDDd8847GA7p2Ucy0y0HdSRN6YIBciYa4vuXcAZbQAuSEmzw%2BH%2FAuOx%2BaH%2BtBL88H57D0MsqyiZxhOEQkF%2F8DR1d2hSPMj%2FsNOa5rxcUnBgH8ictv2J%2Bcb4BA4v3MCShdZ2vtK30vAwkobnEWh7rsSyhmos3WC93Gn9C4nnAd%2FPjMMtQfyDNZsOPd6XcAsnBE%2FmRHtHEyJMzJfZFLE9OvQa0i9kUmToJ0ZxknTgdl%2FXPV8xoh0K7wNHHsnBdvFH3sv52lU7UFteseLG%2FVanIvcwycVA7%2BBE1Ulyb20BvwUWZcMTKhaCcmY3ROpvonVMV4N7yBXTL7IDtHzQ4CCcqF66LjF3xUqgErKzolLyCG6Kb7irP%2FMVTCCwGRxfrPGpMMGvPLgJ881PHMNMIO09T5ig7AzZTX%2F5PLlwnJLDAPfuHynSGhV4tPqR3gJ4kg4c06c%2FF1AcjGytKm2Yb5jwMotF7vro4YDLWlnMIpmPg36NgAZsGA0W1spfLSue4xxat0Gdwd0lqDBOgIaMANykwwDKejt5YaNtJYIkrSgu0KjIg0pznY0SCd1qlC6R19g97UrWDoYJGlrvCE05J%2F5wkjpkre727p5PTRX5FGrSBIfJqhJE%2FIS876PaHFkx9pGTH3oaY3jJRvLX9Iy3Edoar7cFvJqyUlOhAEiOSAyYgVEGkzHdug%2BoRHIEOXAExMiTSKU9A6nmRC8mp8iYhwWdP2U%2F5EkFAdPrZw03YA3gSyNUtMZeh7dDCu8pF5x0VORCTgKp07ehy7NZqKTpIC4UJJ89lnboyAfy5OyXzXtuDRbtAFjZRSyGFTpFrXwkpjSLIQIG3N0Vj4BtzK3wdlkBJrO18MNsgseR4BysJilI0wI6ZahLhBFA0XBmV8d4LUzEcNVb0xbLjLTETYN8OEVqNxkt10W614dd1FlFFVTIgB7%2FBQQp1sWlNolpIu4ekxUTBV7NmxOFKEBmmN%2BnA7pvF78%2FRII5ZHA09OAiE%2F66MF6HQ%2BqVEJCHxwymukkNvzqHEh52dULPbVasfQMgTDyBZzx4007YiKdBuUauQOt27Gmy8ISclPmEUCIcuLbkb1mzQSqIa3iE0PJh7UMYQbkpe%2BhXjTJKdldyt2mVPwywoODGJtBV1lJTgMsuSQBlDMwhEKIfrvsxGQjHPCEfNfMAY2oxvyKcKPUbQySkKG6tj9AQyEW3Q5rpaDJ5Sns9ScLKeizPRbvWYAw4bXkrZdmB7CQopCH8NAmqbuciZChHN8lVGaDbCnmddnqO1PQ4ieMYfcSiBE5zzMz%2BJV%2F4eyzrzTEShvqSGzgWimkNxLvUj86iAwcZuIkqdB0VaIB7wncLRmzHkiUQpPBIXbDDLHBlq7vp9xwuC9AiNkIptAYlG7Biyuk8ILdynuUM1cHWJgeB%2BK3wBP%2FineogxkvBNNQ4AkW0hvpBOQGFfeptF2YTR75MexYDUy7Q%2F9uocGsx41O4IZhViw%2F2FvAEuGO5g2kyXBUijAggWM08bRhXg5ijgMwDJy40QeY%2FcQpUDZiIzmvskQpO5G1zyGZA8WByjIQU4jRoFJt56behxtHUUE%2Fom7Rj2psYXGmq3llVOCgGYKNMo4pzwntITtapDqjvQtqpjaJwjHmDzSVGLxMt12gEXAdLi%2FcaHSM3FPRGRf7dB7YC%2BcD2ho6oL2zGDCkjlf%2FDFoQVl8GS%2F56wur3rdV6ggtzZW60MRB3g%2BU1W8o8cvqIpMkctiGVMzXUFI7FacFLrgtdz4mTEr4aRAaQ2AFQaNeG7GX0yOJgMRYFziXdJf24kg%2FgBQIZMG%2FYcPEllRTVNoDYR6oSJ8wQNLuihfw81UpiKPm714bZX1KYjcXJdfclCUOOpvTxr9AAJevTY4HK%2FG7F3mUc3GOAKqh60zM0v34v%2BELyhJZqhkaMA8UMMOU90f8RKEJFj7EqepBVwsRiLbwMo1J2zrE2UYJnsgIAscDmjPjnzI8a719Wxp757wqmSJBjXowhc46QN4RwKIxqEE6E5218OeK7RfcpGjWG1jD7qND%2B%2FGTk6M56Ig4yMsU6LUW1EWE%2BfIYycVV1thldSlbP6ltdC01y3KUfkobkt2q01YYMmxpKRvh1Z48uNKzP%2FIoRIZ%2FF6buOymSnW8gICitpJjKWBscSb9JJKaWkvEkqinAJ2kowKoqkqZftRqfRQlLtKoqvTRDi2vg%2FRrPD%2Fd3a09J8JhGZlEkOM6znTsoMCsuvTmywxTCDhw5dd0GJOHCMPbsj3QLkTE3MInsZsimDQ3HkvthT7U9VA4s6G07sID0FW4SHJmRGwCl%2BMu4xf0ezqeXD2PtPDnwMPo86sbwDV%2B9PWcgFcARUVYm3hrFQrHcgMElFGbSM2A1zUYA3baWfheJp2AINmTJLuoyYD%2FOwA4a6V0ChBN97E8YtDBerUECv0u0TlxR5yhJCXvJxgyM73Bb6pyq0jTFJDZ4p1Am1SA6sh8nADd1hAcGBMfq4d%2FUfwnmBqe0Jun1n1LzrgKuZMAnxA3NtCN7Klf4BH%2B14B7ibBmgt0TGUafVzI4uKlpF7v8NmgNjg90D6QE3tbx8AjSAC%2BOA1YJvclyPKgT27QpIEgVYpbPYGBsnyCNrGz9XUsCHkW1QAHgL2STZk12QGqmvAB0NFteERkvBIH7INDsNW9KKaAYyDMdBEMzJiWaJHZALqDxQDWRntumSDPcplyFiI1oDpT8wbwe01AHhW6%2BvAUUBoGhY3CT2tgwehdPqU%2F4Q7ZLYvhRl%2FogOvR9O2%2BwkkPKW5vCTjD2fHRYXONCoIl4Jh1bZY0ZE1O94mMGn%2FdFSWBWzQ%2FVYk%2BGezi46RgiDv3EshoTmMSlioUK6MQEN8qeyK6FRninyX8ZPeUWjjbMJChn0n%2FyJvrq5bh5UcCAcBYSafTFg7p0jDgrXo2QWLb3WpSOET%2FHh4oSadBTvyDo10IufLzxiMLAnbZ1vcUmj3w7BQuIXjEZXifwukVxrGa9j%2BDXfpi12m1RbzYLg9J2wFergEwOxFyD0%2FJstNK06ZN2XdZSGWxcJODpQHOq4iKqjqkJUmPu1VczL5xTGUfCgLEYyNBCCbMBFT%2FcUP6pE%2FmujnHsSDeWxMbhrNilS5MyYR0nJyzanWXBeVcEQrRIhQeJA6Xt4f2eQESNeLwmC10WJVHqwx8SSyrtAAjpGjidcj1E2FYN0LObUcFQhafUKTiGmHWRHGsFCB%2BHEXgrzJEB5bp0QiF8ZHh11nFX8AboTD0PS4O1LqF8XBks2MpjsQnwKHF6HgaKCVLJtcr0XjqFMRGfKv8tmmykhLRzu%2BvqQ02%2BKpJBjaLt9ye1Ab%2BBbEBhy4EVdIJDrL2naV0o4wU8YZ2Lq04FG1mWCKC%2BUwkXOoAjneU%2FxHplMQo2cXUlrVNqJYczgYlaOEczVCs%2FOCgkyvLmTmdaBJc1iBLuKwmr6qtRnhowngsDxhzKFAi02tf8bmET8BO27ovJKF1plJwm3b0JpMh38%2BxsrXXg7U74QUM8ZCIMOpXujHntKdaRtsgyEZl5MClMVMMMZkZLNxH9%2Bb8fH6%2Bb8Lev30A9TuEVj9CqAdmwAAHBPbfOBFEATAPZ2CS0OH1Pj%2F0Q7PFUcC8hDrxESWdfgFRm%2B7vvWbkEppHB4T%2F1ApWnlTIqQwjcPl0VgS1yHSmD0OdsCVST8CQVwuiew1Y%2Bg3QGFjNMzwRB2DSsAk26cmA8lp2wIU4p93AUBiUHFGOxOajAqD7Gm6NezNDjYzwLOaSXRBYcWipTSONHjUDXCY4mMI8XoVCR%2FRrs%2FJLKXgEx%2BqkmeDlFOD1%2FyTQNDClRuiUyKYCllfMiQiyFkmuTz2vLsBNyRW%2Bxz%2B5FElFxWB28VjYIGZ0Yd%2B5wIjkcoMaggxswbT0pCmckRAErbRlIlcOGdBo4djTNO8FAgQ%2BlT6vPS60BwTRSUAM3ddkEAZiwtEyArrkiDRnS7LJ%2B2hwbzd2YDQagSgACpsovmjil5wfPuXq3GuH0CyE7FK3M4FgRaFoIkaodORrPx1%2BJpI9psyNYIFuJogZa0%2F1AhOWdlHQxdAgbwacsHqPZo8u%2FngAH2GmaTdhYnBfSDbBfh8CHq6Bx5bttP2%2BRdM%2BMAaYaZ0Y%2FADkbNCZuAyAVQa2OcXOeICmDn9Q%2FeFkDeFQg5MgHEDXq%2FtVjj%2Bjtd26nhaaolWxs1ixSUgOBwrDhRIGOLyOVk2%2FBc0UxvseQCO2pQ2i%2BKrfhu%2FWeBovNb5dJxQtJRUDv2mCwYVpNl2efQM9xQHnK0JwLYt%2FU0Wf%2BphiA4uw8G91slC832pmOTCAoZXohg1fewCZqLBhkOUBofBWpMPsqg7XEXgPfAlDo2U5WXjtFdS87PIqClCK5nW6adCeXPkUiTGx0emOIDQqw1yFYGHEVx20xKjJVYe0O8iLmnQr3FA9nSIQilUKtJ4ZAdcTm7%2BExseJauyqo30hs%2B1qSW211A1SFAOUgDlCGq7eTIcMAeyZkV1SQJ4j%2Fe1Smbq4HcjqgFbLAGLyKxlMDMgZavK5NAYH19Olz3la%2FQCTiVelFnU6O%2FGCvykqS%2FwZJDhKN9gBtSOp%2F1SP5VRgJcoVj%2Bkmf2wBgv4gjrgARBWiURYx8xENV3bEVUAAWWD3dYDKAIWk5opaCFCMR5ZjJExiCAw7gYiSZ2rkyTce4eNMY3lfGn%2B8p6%2BvBckGlKEXnA6Eota69OxDO9oOsJoy28BXOR0UoXNRaJD5ceKdlWMJlOFzDdZNpc05tkMGQtqeNF2lttZqNco1VtwXgRstLSQ6tSPChgqtGV5h2DcDReIQadaNRR6AsAYKL5gSFsCJMgfsaZ7DpKh8mg8Wz8V7H%2BgDnLuMxaWEIUPevIbClgap4dqmVWSrPgVYCzAoZHIa5z2Ocx1D%2FGvDOEqMOKLrMefWIbSWHZ6jbgA8qVBhYNHpx0P%2BjAgN5TB3haSifDcApp6yymEi6Ij%2FGsEpDYUgcHATJUYDUAmC1SCkJ4cuZXSAP2DEpQsGUjQmKJfJOvlC2x%2FpChkOyLW7KEoMYc5FDC4v2FGqSoRWiLsbPCiyg1U5yiHZVm1XLkHMMZL11%2Fyxyw0UnGig3MFdZklN5FI%2FqiT65T%2BjOXOdO7XbgWurOAZR6Cv9uu1cm5LjkXX4xi6mWn5r5NjBS0gTliHhMZI2WNqSiSphEtiCAwnafS11JhseDGHYQ5%2BbqWiAYiAv6Jsf79%2FVUs4cIl%2Bn6%2BWOjcgB%2F2l5TreoAV2717JzZbQIR0W1cl%2FdEqCy5kJ3ZSIHuU0vBoHooEpiHeQWVkkkOqRX27eD1FWw4BfO9CJDdKoSogQi3hAAwsPRFrN5RbX7bqLdBJ9JYMohWrgJKHSjVl1sy2xAG0E3sNyO0oCbSGOxCNBRRXTXenYKuwAoDLfnDcQaCwehUOIDiHAu5m5hMpKeKM4sIo3vxACakIxKoH2YWF2QM84e6F5C5hJU4g8uxuFOlAYnqtwxmHyNEawLW%2FPhoawJDrGAP0JYWHgAVUByo%2FbGdiv2T2EMg8gsS14%2FrAdzlOYazFE7w4OzxeKiWdm3nSOnQRRKXSlVo8HEAbBfyJMKqoq%2BSCcTSx5NDtbFwNlh8VhjGGDu7JG5%2FTAGAvniQSSUog0pNzTim8Owc6QTuSKSTXlQqwV3eiEnklS3LeSXYPXGK2VgeZBqNcHG6tZHvA3vTINhV0ELuQdp3t1y9%2BogD8Kk%2FW7QoRN1UWPqM4%2BxdygkFDPLoTaumKReKiLWoPHOfY54m3qPx4c%2B4pgY3MRKKbljG8w4wvz8pxk3AqKsy4GMAkAtmRjRMsCxbb4Q2Ds0Ia9ci8cMT6DmsJG00XaHCIS%2Bo3F8YVVeikw13w%2BOEDaCYYhC0ZE54kA4jpjruBr5STWeqQG6M74HHL6TZ3lXrd99ZX%2B%2B7LhNatQaZosuxEf5yRA15S9gPeHskBIq3Gcw81AGb9%2FO53DYi%2F5CsQ51EmEh8Rkg4vOciClpy4d04eYsfr6fyQkBmtD%2BP8sNh6e%2BXYHJXT%2FlkXxT4KXU5F2sGxYyzfniMMQkb9OjDN2C8tRRgTyL7GwozH14PrEUZc6oz05Emne3Ts5EG7WolDmU8OB1LDG3VrpQxp%2BpT0KYV5dGtknU64JhabdqcVQbGZiAxQAnvN1u70y1AnmvOSPgLI6uB4AuDGhmAu3ATkJSw7OtS%2F2ToPjqkaq62%2F7WFG8advGlRRqxB9diP07JrXowKR9tpRa%2BjGJ91zxNTT1h8I2PcSfoUPtd7NejVoH03EUcqSBuFZPkMZhegHyo2ZAITovmm3zAIdGFWxoNNORiMRShgwdYwFzkPw5PA4a5MIIQpmq%2Bnsp3YMuXt%2FGkXxLx%2FP6%2BZJS0lFyz4MunC3eWSGE8xlCQrKvhKUPXr0hjpAN9ZK4PfEDrPMfMbGNWcHDzjA7ngMxTPnT7GMHar%2BgMQQ3NwHCv4zH4BIMYvzsdiERi6gebRmerTsVwZJTRsL8dkZgxgRxmpbgRcud%2BYlCIRpPwHShlUSwuipZnx9QCsEWziVazdDeKSYU5CF7UVPAhLer3CgJOQXl%2Fzh575R5rsrmRnKAzq4POFdgbYBuEviM4%2BLVC15ssLNFghbTtHWerS1hDt5s4qkLUha%2FqpZXhWh1C6lTQAqCNQnaDjS7UGFBC6wTu8yFnKJnExCnAs3Ok9yj5KpfZESQ4lTy5pTGTnkAUpxI%2ByjEldJfSo4y0QhG4i4IwkRFGcjWY8%2BEzgYYJUK7BXQksLxAww%2FYYWBMhJILB9e8ePEJ4OP7z%2B4%2FwOQDl64iOYDp26DaONPxpKtBxq%2FaTzRGarm3VkPYTLJKx6Z%2FMw2YbBGseJhPMwhhNswrIkyvV2BYzrvZbxLpKwcWJhYmFtVZ%2BlPEq91FzVp1HlQY1bZVLqeNR9SAUn6n0E28k%2FUuGkNpP1DBI5ch%2FEehZfjUQ9aE41NhETExoPT2gGQz0IhWJbEOvTQ4wgcXCHHFBhewYUiFHuhRSAUVmEHeCRQHQkXGFwkAgyzREJCVN7TRnTon36Zw3tPhx4EALwNdwDv%2BJ41YSP4B2CQqz0EFgARZ4ESgBHQgROwAVn9GTI%2BHYexTUevLUeta4%2FDqKrbMVS%2BYqb8hUwYCrlgKtmAq1YCrFgKrd4qpXiqZcKn1oqdWipjYKpWwVPVYqW6xUpVipKqFR3QKjagVEtAqHpxUMTitsnFaJOKx2cVhswq35RVpyiq9lFVNIKnOQVMkgqtYxVNxiqQjFS7GKlSIVIsQqPIhUWwioigFQ%2B%2BKkN8VHr49HDw9Ebo9EDo9DTo9Crg9BDg9%2FWx7gWx7YWwlobYrOGxWPNisAaAHEyALpkAVDIAeWAArsABVXACYuAD5cAF6wAKFQAQqgAbVAAsoAAlQAUaYAfkwAvogBWQACOgAD9AAHSAAKT4GUdMiOvFngBTwCn2AZ7Dv6B6k%2F90B8%2ByRnkV144AIBoAMTQATGgAjNAA4YABgwABZgB%2FmQCwyAVlwCguASlwCEuAQFwB4uAMlwBYuAJlQAUVAAhUD2KgdpUDaJgaRMDFJgX5MC1JgWJEAokQCWRAHxEAWkQBMRADpEAMkQAYROAEecC484DRpwBDTnwNOdw05tjTmiNOYwtswhYFwLA7BYG4LA2BYGOLAwRYFuLAsxYFQJAohIEyJAMwkAwiQC0JAJgkAeiQBkJAFokAPCQA0JABwcD4Dgc4cDdDgaYcDIDgYgUC6CgWgUClCgUYUAVBQBOFAEYMALgwAgDA9QYAdIn8AZzeBB2L5EcWrenUT1KXienEsuJJ7x5U8XlTjc1NVzUyXFTGb1LlpUtWlTDIjqwE4LsagowoCi2gJLKAkpoBgJQNpAIhNqaEoneI6kiiqQ6Go%2Fn6j0cS%2Ba2gEU8gIHJ%2BBwfgZX4GL%2BBd%2FgW34FZ%2BBS%2FgUH4FN6BTegTvoEv6BJegRnYEF2A79gOvYDl2BdEjCkqkGtwXp0LNToIskOTXzh%2FF062yJ7AAAAEDAWAAABWhJ%2BKPEIJgBFxMVP7w2QJBGHASQnOBKXKFIdUK4igKA9IEaYJg%29%20format%28%27embedded%2Dopentype%27%29%2Curl%28data%3Aapplication%2Fx%2Dfont%2Dwoff%3Bbase64%2Cd09GRgABAAAAAFuAAA8AAAAAsVwAAQAAAAAAAAAAAAAAAAAAAAAAAAAAAABGRlRNAAABWAAAABwAAAAcbSqX3EdERUYAAAF0AAAAHwAAACABRAAET1MvMgAAAZQAAABFAAAAYGe5a4ljbWFwAAAB3AAAAsAAAAZy2q3jgWN2dCAAAAScAAAABAAAAAQAKAL4Z2FzcAAABKAAAAAIAAAACP%2F%2FAANnbHlmAAAEqAAATRcAAJSkfV3Cb2hlYWQAAFHAAAAANAAAADYFTS%2FYaGhlYQAAUfQAAAAcAAAAJApEBBFobXR4AABSEAAAAU8AAAN00scgYGxvY2EAAFNgAAACJwAAAjBv%2B5XObWF4cAAAVYgAAAAgAAAAIAFqANhuYW1lAABVqAAAAZ4AAAOisyygm3Bvc3QAAFdIAAAELQAACtG6o%2BU1d2ViZgAAW3gAAAAGAAAABsMYVFAAAAABAAAAAMw9os8AAAAA0HaBdQAAAADQdnOXeNpjYGRgYOADYgkGEGBiYGRgZBQDkixgHgMABUgASgB42mNgZulmnMDAysDCzMN0gYGBIQpCMy5hMGLaAeQDpRCACYkd6h3ux%2BDAoPD%2FP%2FOB%2FwJAdSIM1UBhRiQlCgyMADGWCwwAAAB42u2UP2hTQRzHf5ekaVPExv6JjW3fvTQ0sa3QLA5xylBLgyBx0gzSWEUaXbIoBBQyCQGHLqXUqYNdtIIgIg5FHJxEtwqtpbnfaV1E1KFaSvX5vVwGEbW6OPngk8%2FvvXfv7pt3v4SImojIDw6BViKxRgIVBaZwVdSv%2BxvXA%2BIuzqcog2cOkkvDNE8Lbqs74k64i%2B5Sf3u8Z2AnIRLbyVCyTflVSEXVoEqrrMqrgiqqsqqqWQ5xlAc5zWOc5TwXucxVnuE5HdQhHdFRHdNJndZZndeFLc%2FzsKJLQ%2FWV6BcrCdWkwspVKZVROaw0qUqqoqZZcJhdTnGGxznHBS5xhad5VhNWCuturBTXKZ3RObuS98pb9c57k6ql9rp2v1as5deb1r6s9q1GV2IrHSt73T631424YXzjgPwqt%2BRn%2BVG%2BlRvyirwsS%2FKCPCfPytPypDwhj8mjctRZd9acF86y89x55jxxHjkPnXstXfbt%2FpNjj%2FnwXW%2BcHa6%2FSYvZ7yEwbDYazDcIgoUGzY3h2HtqgUcs1AFPWKgTXrRQF7xkoQhRf7uF9hPFeyzUTTSwY6EoUUJY6AC8bSGMS4Ys1Au3WaiPSGGsMtkdGH2rzJgYHAaYjxIwQqtB1CnYkEZ9BM6ALOpROAfyqI%2FDBQudgidBETXuqRIooz4DV0AV9UV4GsyivkTEyMMmw1UYGdhkuAYjA5sMGMvIwCbDDRgZeAz1TXgcmDy3YeRhk%2BcOjCxsMjyAkYFNhscwMrDJ8BQ2886gXoaRhedQvyTSkDZ7uA6HLLQBI5vGntAbGHugTc53cMxC7%2BE4SKL%2BACOzNpk3YWTWJid%2BiRo5NXIKM3fBItAPW55FdJLY3FeHBDr90606JCIU9Jk%2BMs3%2FY%2F8L8jUq3y79bJ%2F0%2F%2BROoP4v9v%2F4%2Fmj%2Bi7HBXUd0%2FelU6IHfHt8Aj9EPGAAoAvgAAAAB%2F%2F8AAnjaxb0JfBvVtTA%2BdxaN1hltI1m2ZVuSJVneLVlSHCdy9oTEWchqtrBEJRAgCYEsQNhC2EsbWmpI2dqkQBoSYgKlpaQthVL0yusrpW77aEubfq%2Fly%2BujvJampSTW5Dvnzmi1E%2Bjr%2F%2F3%2BXmbu3Llz77nnbuece865DMu0MAy5jGtiOEZkOp8lTNeUwyLP%2FDH%2BrEH41ZTDHAtB5lkOowWMPiwayNiUwwTjE46AI5xwhFrINPXYn%2F7ENY0dbWHfZAiTZbL8ID%2FInAd5xz2NpIH4STpDGonHIJNE3OP1KG4ISaSNeBuITAyRLgIxoiEUhFAnmUpEiXSRSGqAQEw0kuyFUIb0k2gnGSApyBFi0il2SI5YLGb5MdFjXCey4mNHzQ7WwLGEdZiPPgYR64we8THZHAt%2BwnT84D%2Fx8YTpGPgheKH4CMEDVF9xBOIeP3EbQgGH29BGgpGkIxCMTCW9qUTA0Zsir%2BQUP1mt%2BP2KusevwIO6Bx%2FIaj8%2FOD5O0VNrZW2EsqZBWbO1skRiEKE0DdlKKaSVO5VAuRpqk8VQJAqY7ydxaK44YJvrO2EWjOoDBoFYzQbDNkON%2BUbiKoRkywMWWf1j4bEY2iIY1AeMgvmEz%2FkVo9v4FSc%2FaMZMrFbjl4zWLL0%2BY5FlyzNlEVYDudJohg8gPUP7kcB%2Fmn%2BG6cd%2B5PV4Q72dXCgocWJADBgUuDTwiXiGSyZo14HOEQ2lE6k0XDIEusexDzZOMXwt1Dutz%2BtqmxTvlskNWXXUQIbhaurum9GrePqm9Yaeabjkiqf%2BbUvzDOvb2Y1E%2BEX2DnemcTP%2FzLcuu7xjQXdAtjR0Lo5n4%2FHs%2FGtntMlysHt%2B29NXbH6se%2F%2FWbFcyu%2Br28H0MwzI30DYeYTLMXIA2EG8QlHpAsyS0EfEToR0a3utIxFPJ3kiIHCCrZ66b0e2xEmL1dM9YN%2FMwS5p01N5jMX%2FBLKt%2F1R83l0LyC29M6%2BiYxo%2FUNg%2FEF7c2WyyW5tYl8WnhWg2%2FhyySbD5UhnDyS7OcU0dnrFw%2BDfGdI7v4QfYIIzOMq9hFtY55gmvC7jZ2FK7sEdrn6IXBuucYhjsGdQ8z0yEbWkkczjjsE5hNAIZrPx2zOLZDmKNXcXtg7EMqidAEEWg%2BSJCBBNwxvxJfc%2FbZa%2BKKf%2BxoKZybnq5vaqpPTye7CiF%2BZFjxZ8%2F7Qij0hfOG%2FcowPA1rT1l4ymWnrKmxxqfErTVrpgwPlz1kC%2BOy8NMDz6c%2BIO38K%2Fx0xkPnLW8Kx6qGAoQdL%2BTD9V9rb%2B%2Fctn%2F%2Ftrxz8dUrZrD%2Fzk%2FferF0cNt1BzctmX2FZPXt%2FjnFCQNz4Ah%2FiKllGiCMs1w5Lkg0kiEwj6VTXCDKsX9rMpnvIj9pcDecXAIXMnqn2dTUbN6w0XQ9ue6FV%2FnnXCH7S3lPWGltVcLsH75ub3ab7A8M28caNrIeOr3o5Q0yFsYL80xaa0EY%2FUEczV7icUMY5pnelAkmUAXmHYjvFWFGxuqlSaow3OM%2B%2FiYY7%2Fl%2FhVELF4EjRqNR%2FbvRbOY%2BDUGzGR%2FOh3EqmE%2FugIQQguGt%2FeMYz%2F%2BL0cimjeZfQDI3phXMbMQsqH%2BCjwVz%2Fhf4idHovgVmB8gLvjbicDcC%2FNypP536E%2F9N%2FpuMibExdohBmNwyiaZdJGoigos7GpF222xrfnZhML%2F7Z%2BylaqP63Hr%2Bm7bdUkQ6%2F2cXqdfmvwixY%2Bs2ksXFeXcE%2BiX0Z%2BIow76DBNgjJ7TOdUK18iPsPflfQD%2BDPsZG2Aj9VmKMMJ4fYRrhIaxhTDR0Elh2vA6h%2FAE6xUb29mj3sjmL72petXjejPy%2Boel60M99tFduCI59N3221xe7apOvxs6aHs7vab1IqY2tv7q2xsHeHGml%2FcV06u%2F8S%2FxTjJ%2BJYc0bWEX0ukW6YmIbGkJRMdjJ9mYIH5QIdJF4hvRGyK7cC7ctImQRcUET99fGXOoft35GYLMQu%2Bg2smnkgZUrH8AL%2F9Si217IssJ916nv14ZrJrvdxLkQvrvtBcjgPC0NXOicO8Qf4mcxPqh3hgUw3DDfdvLJXngg7N3dN2zbPJSaed3OfZnMU7dvmznp3C3bruO%2BNmue0LFsy7S%2B6265%2BfCKFYdvvuW6vmlblnUI8xCXp37CrOZv4B9gauDBlYp7adcUXB5DNCwYImlXOJJKkAdvExXxVvKEYnCo%2B3eIskP9qrrfIYs71CccBjfXRC52udTHHdaP1A1ui%2FVvH1otbrLrpNXBsGX5B89QghDyimlvNB2KfkxZ5C9%2Fem3%2Bd1%2Bd%2F%2FIfFp2%2B2Oxn%2Fs%2B9n%2F79p39S3s8idN6g0yZObwJOgKUpNB3GyU0Ls0PbRzIRq4lcarLKOJBkLRzJQD4j2090XrbA7DW8K3jNF5hlGS5e4V2D17zgss4T20egOJte5iD0bReM9yjTxnQxCRj3c5kFzGJmGbNKmwGw39IJDJcXJZGMkaAB4jyJAKw0jt5IAuIE%2BA%2BU3cVAZZrq9zhDyBrU8oosuxcGNTzCKJfla7JjNVmuSb%2F%2BtuzN2H%2BX4vlB%2BPpdfMXXmuVsNiub1T34SFbjYw5itEvVi0K0Nt9pNJUMI7SLGRhf2xipfCYf8z5OdlGKayOucFeVPeS%2Fdbo3lBrbSMmwUiQN5%2Fed7g0Ds1s17IuZC5kNzM3MZ6EWCa0DtekdJfAxz%2BR%2FOX28sND7yRMTBcf%2B%2Bs8mQCQWHya4qBv%2FufeMoWyslPA9DtMxUknxkH%2FyfTnm2CMYzs%2BCq3r7PxY%2FMXomrvTEsRpfEGHa%2BWN8E1AHjElb7d06ddA7oK%2F%2B5Mdsv9EtPms0jv0Z5kf1FqPxWdFtfFr0kHfgDX0Y%2B5PRSG7RUj0tQr7rmfX8DH4G5W28kKeJLtmQsQkuwMP1pk16EV4sl7vrMJATfyUWo%2FGwEco4rh4XFQgaiUX9qxZHrMQqKnz%2Fc2d8b9TysYrAuXpP%2FRf%2FGr8b1qwwc5a%2BeuLa6S6sneNXToG2XrEJi4R5SGs8Sq2S3d97bsfCRaTdaLwKClRHt37mkudvXbjwVrLhuYeGhh56bvfQkHpk2CwvwClqgWwuBfndC3c8dwmstj81KkagcUgbfPY8Zje0W%2F82VPWJHmSq6pP8hPWpotc%2FEexDOK3qU%2BwngPhOCiO9MJRm8TJefjelrzoKnG2Bn%2B1NCUmPE4gHFmBN9jrTigRIpsACrc9Gstg58ULkp9467%2BGf%2FeFnD5%2F31lNrt2967dhrm7bzI%2BVT5m%2BfzKhvf2MzpICEm79Bopkn07lt1762adNr127LwVqQLdJ5%2BlpQDcvHPQtVY5knhYrK6q8%2FJsiP6EuhGZdFdaNszjvpqvc%2BPI0CdjN0AXsFOC3ZfALDJwr4q2Xq%2BGF%2BGNbsxUg5NLLIEXi8otcDQcUts0D8eQ1iVDRAMBTsYiNdRIxE09EIBJO9A2xqgERTaW86BUFn0OD2xFO97FAgFhF6OoQ7prYt4XwSeUgQHiJyDbeke9IdQntciLQ1FlJMaYcUNvZBg%2BFB1ubjlnRNvl3o6IEU2w7fdNPhm%2Fhh%2BFLysUu6%2B%2BDLHkOkrSHYEjH0tEPe7WdD3uyDgvAgK%2Fm4szFFR7ch0toUgBTdWHr7EpaWru6%2B6dmbbnqWEbV2EtxAsXiZAPTtGPSbHsotI2leoM8TePEqgSQprs7AGFf8kuOkPdZPXGb55POAW1d%2FjLST9v5YflasP6v%2FCO7%2BGNAPC2BMZWmsOjp2NNbfHwMCJD%2BLPVL%2BD%2FOYlWEEI%2F9jpPddOFkB5d1GSuKZYggmCCd7JUxD7EXAzxyirYnNDLdDZoFdx14kivkvGc3579Jm36reTTvDgBnaO6vzyQ6chQmlsMoIkIQ2%2BbBDWBud1Va4pcCn8CPqxlh%2FfgtG8IPaPH8C5wk6%2FnZDv69jurV5QhtwE0x2iqOsj9Mx8B9%2F0EaUdiPfOYYDCi%2Fq9jhWRuupMDEU0%2BCtX0sDFxv07T%2FK5niBPqN9%2BtQjgEc31NGCXFeMcCEuQBIc%2FBK4CO78u7EPYvl3yaEfK3vcb6qP1R2tI7vUjVDDUdKubsSrNjYKY1qBEa2P50SJoaXiksIoLiCwnxS6EBuBde87botNfdEWwYvF%2FR0%2Fu5yCqhGeEOR2ynSeyXjt6ka7neyye8kryBSWE52y%2BRBgogrXPZ8E1yIHoHIFUM%2BAbJhE7lbMtt8ApL%2BxmZW7PwbjAO0fAVoXQOuiSP%2FksIVdFZ0aulsamKUzwPZ%2FNYDMJRBPCxsBqLzqHyneXF6Ej9HlIFo7%2Bpg%2BjUb3unRmGpstGkm6etOuDBGA5wCMefp1gTHcdZlvPBXlOslvYTp1cd8UjYLVd%2FJ5awNrIOKLnIt9MD9qdrKrWCvA6ALm3QV9VrsPm60Q7%2BRHJHP%2B2hqfugo%2FMvI2H%2Fmqr4b9tFnKSRY1Y5Ek80Nm%2FWIhr1ikKnxGz9TWXrokf9xwujfvcOTtNTWnxd0F37Y2W79tteBqZ4G5qLCuomw%2BnSr28QESCRVLTyYKILGJOPfcnaIFOsewhRdvv%2BrWa%2FWih0vlbX6Zb75T5C0qNKVFvH1QL%2FvazSWgC2s6oWXXIuUxQelKiJbowuJDQViatLmLijg9CQBMg8WiPgiw3LEeYRmm5f%2BXdnvkDnxLLjMLxtvX74C3OlwPQqx4xwIdpPx38LrlDphiyWUWHWKAzzxurS%2FxTo%2BP5wGFak62ap1PVFFN4v%2Fy%2BxuR39WnIO7lsWfwgVsK17wxrs9K8ltIKuhkw7f%2F6dhK6gQokFKhWX3urrjk%2FrnI0pgfpGMeuQIUaEM7%2BGF5q2iMkCaMQwxxOzcvU0eXbsnS9XknXvP7Gtw5dwPXlFu2ecvSHEZgNDsU6x%2FGdXBYXyOQjzZReSedeEPY6nEv9gJR4oBQJtFO6Kd0fwC6BO4LNHDeBujB6dSNcUQC9zIv2LnAzGk99bUDrdFY%2B9yGFQtEo0GQPNv6vS2drj4%2B1jHbv3aJSMUWP%2BQTZrmbNTjU8wyG%2FiXNNpskybLcJ3CiTF5Ir%2BJYzmJwE0mSVhlxbtbmvweB3ulB6Til5UuUZydpgiFVeobhU0WaBqpJ198d%2B%2FXeNRTZ9%2F1OPfG7%2B2hwzd5W3D%2BhmyjsRcUg%2F%2BCavb%2B%2BVh2ls3L7zT%2FetOnHNxeerv313vzLVqPai4nJv%2BK1FC6040%2F4udw7sAb3laSg0XCkAAs0npBO6VJabS4Elk%2FU%2BD4gTXW%2Bj0wnrMlqNamq4tMIYB87tE10i0FR3LZNhJsb7%2FR561btmes8YBCRkhYNByRtKd55mqTas9FYhJnbRGHuOh3M4QTdgQSqmgRxuzGdSvZGcbMxNQGk5C3ebLjoXIOFM4l%2BWKHmLTJwRv9E8GWJ6dYvf%2FFmEyEGr%2Bgyrr1p5zrgkz0Cw2j94Hv8Jdx7dIVegBSNtgsqGsRQEYiIBoXwD0LNvQ5d7s5Z00QzwNhqZA0b%2BtMG1tQq5nd84uq8R0zPvX35G8uRaze4jcOHzz0w1%2BQ2BIRvf6J6Kgatnrbiem%2BCFvAxfkrndzD9MFPP1GWTUHclpASUkCNAQkpCCcCgDSUDAhDZ%2BCuEkgn8J7i9nMA7pA4lISappxILKfAeSAbIcSDuN2bJcfZILqeO5rLs0MnngSHYRdrHjmaz7JEsEPw51ZqDJDmUIOZIe34WaQeegNsJn1qz8AIpT3yCjyEih%2FxELkuJ0lEMYTLVCiWpo5oYMleMH6USyYJcD%2BuOe%2BkWKpn1Qns34iyYDjkSLvgnZXcgVQNeqINXr48m3iS7cjm8tedyY0f1QvTnHHdsrKby%2F%2BSSbPY8%2FNH6vpl%2FEsq3Ae4ZU1HC44KFiI9o7CEgab%2FRqHbj7s5KAg06s39ZP%2FzxI%2FmVuF%2FTbTSy%2B3Fb8If9%2Fcv7%2Bwt91yy8RfP1QXtW5RzQn7qIiZyuFM5QfJ5E9uVnqT85TanFx0lkP3ukBAMprvsRyi%2FC8NAJL1xbIIirSvnSj4O5netb4JxmNANHPssHAcHMHsFRgEug816gDBeMbdfiuRcghqYcm0%2BXxx%2F5IAEtN3fqFF3LzAXqwoT0PN0OVTNqxo8sxMkd5Ig6k79Zk7VxxX6gMLOZFQgvpW2RrMW1D0BDihaXQ9wVRoBxPLfpknmkeMtoB%2FqM9cRc9IqmMD2XUmdZ7GSRKPUZvChf8BoykriM2MnKYbOHX8R7cLdNCxSFFVQqoYswnlWtlFS2mNkhswVpZiQW1J%2FUKFfipHGlUkM6UKBhMz1istELIHJLMSctu3ugzfaVSOjKvUgc%2FTHK4Sdg2Wscz69leKIkkrwuuWiOe9yGYKQXRumkC3qbRcMwrvhjNXgdZk3RxAUEhuSPvn3nnd%2B%2BU%2F3vlVOmrJzCD8JLxV1OHRjrZifbcFDOuRNTGqdgQm1tSNJ2OcQ04YiEXuxtII1ECSQRoQGYioEsgCfchB4ghAtw7FfJre4WZ9hkVi9MtjuWqtdNDlpMrfEG9fOT6q21okg%2Be4As38MfGquNt7oUws6Ysarj1%2FefE%2Byst86YUVNvDdts3Pv5c8m%2FaP0C%2Bf8%2FQb%2BIMnGq09BgwN01oIOAnAdagI8mBSrqk1gxTDUBOtk2ousEtBH2z4Ir2d3f6k8PXXVlt2qN9RODxRuoJT%2Fv27wm09jRYVc%2Fe%2B%2Biyx2tyzJb%2Fn3J0htXP87eSsQaf2Ly0s6Zmxela88REy1cf4273mI3iXNJ7KxrZibOm9xm6rl4fqy%2Ft27smU8tOfdW2ucBzg2UfmOIVyLIl3kpYlwphDISTXJXsctmiDtN7fNV6zelgxwnWxsVr83Aj%2FS5ki1jL%2Fa0GC6%2B2L6Um%2BaoddlNFuj%2BbJ8mH%2FiaLh8I0%2FU51NspIEfq0dohwyFXKgm4NggwQ4rRhCOUFtxxo8XnitT4cnGfT93IS8FaT85XE3H5LMY4zIEPL1hw443wz%2B1UmhTJyJGxZzw%2BwsKkKZgUiVtKOKMEb2AKHTv61FNc01PQFwKnvsZ%2F9pPA4RKTASWahmh%2B8MxwzHxKy74IRn5LGRjsPUUwTu64UYNY38caqd7HKucZ%2FtHnODtENw%2F2UfHRMaq1UUPDJQ0OKkWCeet5fYOhII1VRz8%2B%2FElg5j4Gxur3J8o2PJ4rg%2B2d08T%2FfwEzSVbyZ9XPro95T477lRKqUSRXQnauHNsISAl27oWi6Fv9z48JMv8r%2FaMMj8onCP%2FDuDZOuN%2BGPPr%2F%2Bp7bx%2B7JlbYdppcNhzKU%2F1Px5aiaGDn%2Fs1iGMaBcleKUo%2Fv9rcxkZj7DBEKOfrayytXNLYiUdBY%2BpleQXdnscKlQcpzuWluxsieeyuXIK6SdxozitWyGOV3vOHHjguyCQ6fpIYy2JwvrQEF%2FQa9Pdf%2FQqOSqCiE%2FEE1%2FXIVKTc2tzWbHnimrEd%2BVyz311Ml3P0GVTj7PD5aDnsvCvH36alEaPMePcMegXs7x8igTu4B9v7G9vTHvhCu%2FkzIdx%2BBxC0ay9zRSvoS0F2lIxI%2BX7klU63I40gLQ3w5ep5na%2BSFnba3z5D64zv%2BQtM4n4ffG3tq4aNHGRfxgrXPMim%2B5487abL7xhdseIRn1KDl%2B7aINixdv0OD%2BJSPwKf5%2BxoP6aiTeQIDVlIhMcL1H5R9PYXvprs3fv2bO7MOplCmweuiq2JRZ1zz%2B9a%2Fv2PH1Hfz9236w%2BZrPXvWfAxlj4NLLHpq3c%2FPQ3uvmvbrjG7fe%2Bo2y%2FcLdtE6VUlXi0ASb1VLUBVSUWSU4HdvAraTyS8xzM8NxvxFkXV6pUVRiJwcgC5zEeht4rwcp7ki0k41G0qlQhG1Vzlq8alEmnFi58caB5Q9vn988MLhqyVlHvLEWjtQFeupdiocF%2FtkkOGPW2ibWaBTkeZ%2FdvPWazXfOnnvL6jkRXpi85sFzZt%2B55ZptW3bl1cCCHZPD06MhySha7UFzjcjbp8fOecFCirzAG%2FyVjBX6OFIaadSjQq1nNhyIe8tVbaaSdHlXIWKacMeuZA1uxS95zILhyrxAdsXTL6m7kNQlx2P9uZf2qhufePFFbpI6%2FOU0WcP99RrCsrwseVot5mtytpf6Y0gm9sdeyKnPQ7onyK4nXlR%2Frg7H95M1upzu89DH6pgUcikoiihJ6NJKmRxV1x%2BMJiOA3YwhDRQrWU0u%2F0rvq0VYXnyCwsLeTJYBq3dAtJDavuzyoVpzZ99Z0%2Ba0uoiFH%2FxcqgDR7rUFeOrUn6Cywb8ZeNMbhLV5ugP9l0zv9UN5b5mFkjzxUcpPJCn3V402pRxtJd2GrnLdhtVk9ZSZh9W91fCSH5B7ofxPiWL%2Bj3D%2FuwhBRdyAyozeZwvQzs79soi%2BBKSnafLviZCcfrpBpLyimfLfTyJtbyruIQKD01tUwJyKEo%2FybaxkSNFUMdMkhQoJyRBQFhnUkDQSXhTM%2B3NmY0EDM7ffLIjqWEGt8lCO6mLia3PukFnghosJD5p5SIho%2FVDkzQfLE%2BIrYoJXkD19pdP7OwG%2FvoIUtagiWiZ4PAFTHHlTVhRZ7dYmPar%2BNJ%2B8JhmR6DFK5DV1foHoLNO%2FpHrvZfmWZ15RQlwvoVDKhCWNK3CCch9lfFBuAqUgpFSShmNaPj%2Bi5%2B%2BWZfKeViJfW5HnUakVL4UCNVkA4%2BETfIqx4B5xSaP2L1yn0zn2ltPn4%2BOqZGmwwEVCaCSqG53ldtL1oLGAhdMLd09MpCCF6tD6ZnAZBY9hDaYsP0jzZ0j5ZjKsF4i1UmLuhbJMCnYJPt5VwFNvmZawXjEvLJqIH8STonZjq7BZ8gKgR20C9MDFqJAX1H64QW2NEup6qgzLP8cvppL%2FNNTOBTCJABOHeWoXzLhw4Wuy7gaBtjKr9kgKq8ZlRYBS32Lpxc8vIhpNDTfyNXWybMJbn2RyQ5EmWc2QF9wmSZ0KYCE%2BcPuYO6b15Uotj2Kd4MItLS7gtFbkTdrFND6pvEZqv5Yv7jXAus7Pg7avo7KDot50NX3CPkP%2BKps8J9%2F3mGQIteY%2FLGPC%2BL7872SPR2br5fy8MtKBMHedGuM28%2FMZmPJMrGgi3Gb1S%2BSi1%2FL%2FzrZwO9XH1ce%2Fz7ZQ1WSoY%2F%2BpMb5FT4ua0Wm%2BJf%2F298nFmChEQ%2BTi71est4mq9VYI6RsymoRJKYidElT2FGnDTZvqtfhGAFTbeqEw68GqtfmbVa%2F1IFO1%2FjdWr%2F8BDRRtQh9XNjubEm4aWVpVonpTGR7PVGc%2BKJNoBIWF7kYi4gUV3r1U6723i6TxUl3n3%2FtM27aZfKb7THiHW9VzFSwHJ05VfK6Ar7kaB0XgPPE0BSkSFKsBUpaLihEWoA9wBt8qirh2VSOkZwXEwyrxZ5jyt2rJmSo9gX7cg6jsEUGJU9z9xJPOEM3uQQxKgkh35DNATnVyrmJ3mbCNyIB%2Fyox4wH1bg2DwN7q9kov4pFqny8oSm3RQbGgJ1QQTs6ZMLilOVYJ9v6Wha3HcJ9jddsXp9YhGUXLXt%2FqMDnvLpPNTXfNa60z5%2FyjXQOMq%2BlNmwh5egpYrdfZQZV9rI47xlRkuyTjpzsmCBSWNkAXVoK8sgYWqQJWbo1RLo6QH0YW6pxqfCnRgkd%2BRiFjUQUQ7poIaYoakgXxwFd9BuuI38H1xBxXSFb%2FpBDIKQFn7YB3dB36l7sG1FLaKiBdp1KxLvfswap%2F30lnVESgNnvjbUoT6w9N%2BXoio0qcYOIM%2Bheg940YimsucQVvli9NEcft2UZwGQwLuilj1fFr1i3NP94X%2BPE7Hpvtj6lBJfJ4R6NvWiaL6MgzWHxiN66DExa%2BdAdAbMYX6HVF8A%2B7rjEZIXAVbDe7PVI9rmN69JOLV1DOSvRPxWNPZBZf%2FNf%2BNy65BhYxxxV%2B77XJ2wfQ389%2FIQPgajXbwMsuAz%2F0IaQcXJavKbRqR2IqyZruXjVC2%2Bhdee%2F5vdnYOedpmVtR3NGXldxSzDSIiBVpkGb9by89UpEPKrSLZmyFDzMab%2FwXl2CNe7s%2FqCtTvWgG5kpBmCBlSzDS%2Fr8N4uwBwohRW63JTS1y32f0TQsPfXVGEHQrV8%2FNCfiOUVirYcBbIeA2%2BiF68rQIo3B%2FS628vYESr79ehzS7Q9LEL9UXmik9XVHb1yBO3Ngvt5935%2Bk1efkV51mzzrM0LL3%2F20avnwMeKuWyOUZg2TasSqZ%2BKcZQiOn1Iu2Vh497ALUVZiCKt%2Fgh6IvTIj1ZLRjWAkpHKOKovNwp00eqPROiAbiNEKieXwMLcXhVJ1%2FuzmLP4tfxaHR59cBdJVG1kTAgl9ze9QKUEQ946Hkb%2BokJ5JRDyf54Axur1D%2BWS49cLr0tTPEu7UmXrxcSr3XNvumv4yXzInXKH4F7Tc7p17Zt%2Bt%2FqW2%2B93k063X7VW6lALxTY7i1nBXMxcxmzQbabxz%2BtJo%2BwijYaIGMNS8AoSMgAPt84DdHOoMPfjXhF%2BkuH1tZvuFQrRCN07xGcXRX9MYxYchDe5BcHj%2BZ4i%2B42WyPc8Xofi7bbZJN5nJLJ5qr6IqRtzqNlM17SpFsnkEyTWoABEjz4JXOQvzWYuwdnV5LNGOwTM5v9r4RpQ8ZXsYodks3o31JBlzbYtNotisnm22MxiwGFXam5oN1n0TA%2FhRvshvTSDwHff4nNzRo9Dum6PaJbMXzDz%2Bx%2BFkj4L4bFNBb1asqsgH7Dyh4DvbkPtf5yMDKzEwyoaESMSNS9P9gJVA3%2FRTlwoMwZvxECFWxIPNw9gi01nOHjP32esZTtmXHnxvZd8ZtakqQ7ekajbXetpNa6ocTVxJtY%2BuSe69OLz77zh5bDR3xjZMzUz6fxrz1nqrZGcHQHfPVefN%2BfiK86LeXj%2BSc5lPKy%2Bk%2FvCUI%2FDaLFYCWHr6nbXuILTIsb5imNKY%2FrCm28fSMxPhkN1XbNMNZGuqwOBhtTSxWuTk6bw0ZaG86b1hKddePOKuBvmiguYBn4T%2FyOqOyGRBt7bKUI1GjioBC8aUKwF7Q319UgcmtFGIzCJGBqwQij0ynDsfdFGc3TS3BlNfJ25xmzniMkpXXTPvCaD3ZaZvyzjmZdudBostmhb0ORZNN2sJBeed1HXkrUsywueQH%2BL0eCPxmsa5ZpgRJSDZ11yDv%2Bjmbd86vxZfc1WcZJ3UkMq1BOOOVtvu%2F%2BpB%2Ben186d3GTwWAw2jheaJs09%2F%2BLNfZft37DALyrNj1wABMuUKbODyTVnT%2FKYbJ3Tpq8IrNh92dkxOj5P%2FYpZx4%2FycyiVcDYdn4JbEoKdQi9054iBKsygLW46FRGxAb0NPNCm8BSNCPjoKcj6EAus4SuP3rB%2BcV99%2FeTF6294dA8%2BTK6v74MHVpYNRt%2FI30e8QGTOOdfGWzzxcy%2B87a7bLjw37rHw1nPzp0KyyRSeZO%2BQQhInt3dYgvycjrPOv%2BT8s1rptaP84VeywdWX2T4ysr0%2F7TLIs6%2Bx9zib56ye1dM9e%2FXsZmePY3NDs9zlnNVt4%2BWgHJbbz3Livg4P9WWgviOMm4kCRT6I8vw0NbUUEnFvOuFKoxQW1gTsvFirsF5pb7qTUCx4i7VmtToveaDxvK9uOaedVvPRpVOnNz0Q6bry7uiSdQ8t7Vy4JQKVS%2BXPplV2ts4bvCwZu%2BKzgITtxepaPRzWdpv74muvv6RO0SorX6cu%2FdqKn%2FXWnrtp%2FZragz13DUCl5myiFW2Ycvb0PtsXnU%2Btx8pvLFbUspLX68mdegwmOif%2FNPDONajTGoUh6tU56HBJCTBASVvNUB5VIiKpc9kd7kludodSFz7xQbiOmMk5dOYk56gzL6uaf7N8a6MQOHm0ae6snZpFDfuT3%2FjdYzjzwkXXIVHoXNuCfQslQZqBZjTsoHMqrkE4jaYdgkGz2ATOgB3cPkSukD01DnV3ttb1wx%2B6arPqbkcNAHoFPzKUUQ%2BqL0k97pjbZv1I%2FegC9zTFbrrlFpNdmea%2BgIgfWW3wqkcis8ky5FAcRd1If5nNZrl2FFpungc8wpoCl1BpQV%2FScS%2BzjlASyUTVv%2FAJ46gkJI4bHX4lTnloctxPZE1ckS3%2BjG2fKIjkQFyzuo8jvYQG1OrGvJPSTu%2FnSp9PHNTl4z5hK%2F8gtXVKF6gEKiglgcKiRlCESsQCV5QIlKWKpr34lt%2FwkSx%2FJCmP5%2FcBKQfl%2F5gd%2BrOS%2F%2Bp91%2F%2BYCg5CXK2W4M9fu%2B%2F6xxX%2BvnelVuldIDCG0VQTpU9Dw4pRfei%2B6zWx0MLie0gPbyrkmRU7OwT16JGeyXLHqOLqAfVN1GPlBzWtFNzj0TRTCjogtP1NjIvu5habN5Aoa1k66wGpqriVetJgiGdwDZtKhnN0y4n9sXYnsqGmZfDSR15%2B5NLBlhoDaedEm7sxmpqRija6ZEEg2EAnTiAC8IrmFbGz1q08P9PSkjl%2F5bqzYqT9hMmptEXDgTqP3Wiye%2BsD4Wir4jCeoHbbp5hRfpB7BakUIppIlPCD30dR1GtslDz8OsqbXmejFC%2Fv8wu5X2myq7SJ8Avzv9DFUJySf5uNvq4%2BTi7W9D%2FOZrLChdwxmPNiBRqVjnpK%2FaGxRCDspVYKAW9AN1JANoo8wP4BJUlGqdgw6m1qPQ2QW3%2BOfU5%2FieLS%2FNuKpDU3uf8bcAXyBal5jMR2NEAbPAZt0K3hvxHBEDlUxfIGcD%2BN2gNSNx36nfqlAYow0puatNpRz0e4W2oahKzQHsjf2c16ad%2F3t2KTtPobnX6D8C8pd0MDP%2BKx7wnXqGGlLQcvikMErm6TmfsuxJXbSAxqNjOogJLQBLiKEHAE%2BJGTS3JoEhTrz8%2FCB%2B5YlupJ58aOat8Kv4JvregxwcU5Cp8GFAFm1FyOfto6GS2m1NGTS6CPNKkbsTdCBlnN9onMho55BX8IJZtEQ35lk%2BhtwN5A0V3RCPoD%2FyXAcv6pAtbZczRUA64JmcUf4q7Q89ZHLeJVZ5D1Ps%2Ft%2B0iCT3AHVtZC7JDCXfR7OSb%2FXja5H3zQbZL1B%2BULX1BMTEk3AseSpmnKEK4T9ekMIidUCRQFfcbj7z8gNLvzF7mbhQN8h6ZbRset%2BnQWdS%2FZX3k7WpS8P9sfo0iGS64wV516pOhjI6TZ2dApgI5%2BLhxywYoWxKUrykKJsIoDsR4mSrCTg0egMPnLW%2F3Q5Nn8BZEuzqEI7HK3n0%2BzFmuO3TtWQ5WJoG9YqCD6Gc32SxnbnVPfsxvrFXK2dILl7bLthDp6glhcsfp4bYvbSmj%2FmQ94uBTw0E73x2jbNRCvC6VL6GCFDwU7eWQDcC5FY5s0slieRDwtAbRsbLXbaXAuu14e2OJw1dc6jQ3ZdY8v7rv2%2FBWZLqvFWVvvcmwZkK9f5jS4muO9yR5res4kfkRxhV03L1RfPOiPtYi8pd7jNEsOpyTwxpaY%2FyCZu%2FAmd5Or9uS3DYaeqVOhH7gZN%2F8I%2Fwi1fEuLXvyNivibjuKvN%2B1Nc01HF%2F3h%2Bef%2FsOhox8MPd5SFucPjorQwXT%2BytA8EmA5mamHNFDVhBI5pjZbQpugBNkO8MvRub8KVDKST1Wag7D3xlin1ZF7LFP%2F79nbvCXFOY%2BPUjrT7%2FotsPXXZ4exdPzuhZuL5LUXVAn7k7PbhG89uz3b41X01gbjP1xwlu5rrvvf9%2Bpbs6E%2FVu7Nk642%2FPYRaAiUBdrmO6CDTBLPQFA1ur0uXoBR1INDMkypKpoTqnSMx5GiEdTEaSHLs0Alvu%2F19%2F5QW9Rv1U1ridT22i%2B53pzumbs%2BXFFXYC%2B%2BCGsTj5JUT%2FGCgRt3n78i2n71FHG4%2Fu6X%2B%2B9%2Braya7os3ZbDmgWfXun44e%2Bu2NZKuGZ0HiF8M4TlMPR%2BEU6rPKRJ8wOU2RFUFLex3egEsz3YqEAq0cqhAAW19dBZIlVzR61tuIdTnpXH7l%2BuXrbjPUyep%2B8cl6aXKWhPHpDcXl9KiTWDNr4mBQc8Tq%2BNzK%2FOKSbsfl79o9G20R%2BbrBXYvUg0rLHhtrc4TN81TTOWSZ0gL1ZVlOYH2ery%2F7XVUjFMbzYpg7UswcqJPQwBd0LKLabJ8IaCr2otcjSkIrGwootKECaUd4XH1%2BSdazRrfddkBU98t1htvWrbjqSqjaCguxrffM%2F5zDCpBALUycmajhd%2BR6ww4SWafuZ5eU%2BtPid4lgd3gt%2Bb%2FY9rQoZNmiXYPXyRHbRs8zX%2Ff4WIFjWZJtUdSD55AP3xtXH%2BZipC0EqdBGDA4CoYEU6gRLGPU11QhkLTBiEYPiqOeQgwTCl9aok1Qr5pFf71qEeNxjy%2F8F0GoqYPv75Yh9j3x4DuJ%2BuEzHRpAq2lMqb%2BqfTdiq6kGtzfOWsv0c7lSeMXDHBDe1MT%2BLUgx0Pg%2Fp87u2UicdIvqQi8DkxhcUwUXCedMpb4NQjwY3npTmgsURJavLwCRyEcN2HfWsDVGfv%2Fu9ZUWUx%2BPYFueUKwaNvbtu%2BXps3eVWbN1GcgVrdMnWJ7WmJz9SD66EBidag0NF1Ukep0t5A7sFCWdhzvYwHv6L%2FBehXuHqfaBwBEU7hfVLcXvS4VQv%2BT%2FvaSIl7cbeMc7ekv9i8S3e1L5xxpvMGcu1EYPbKyCiijjGXcDKckm43PqU2qNWlXusZMiqF82cuVzolUHN9NNR0HZPxFPV9V0wLtvq%2Bk4DqOwVWDlzuQLVdqFiP08cRX7aRlBVfR8cb55bWe5LExnlcsDp1vAP8Q9BucPMk1Ulh4GnN0SAdxcNHv3q9ohx1Ati4S%2FtkWjIDe3hQdkUGrGRaFBiUdiTSkI41UkMuuQHP%2BEaSQYlPQTFWJF03BNPpTu5KFAdkWgDukzsZKMG0Q1TAQQglScOaP%2FdsZ8%2BfP75D%2F9Uu5Gs3FY%2F2SxPld0DHOciXI9gqjcEidXjE%2B3BLosy0OcX3T7O5g65ROGyzQ2BZs7WbZVnO5ydLe32hMwTQ4wnnKXW6XW5LAa7oaXOIHoUl0FgLQLH2by8wSTWeAx2Y5PDazK3BqZbeJZwXGPaYhX87ZNszoDdaRxotXO1nNlpdvAPFWHDm8PqEE0sZxDEqGzxisFNnuCWetPcGrObN0p23tTZwMuRVodSV8%2BLTrOV3eRvzjQZiSjaLYS1WEJe0kNsJlZu9LFun7%2B%2BwW4gRDRbaxw2nrOGm%2BxOj9cmtbp9ZqeTM1m8UXfQQCSTVSQox6pvtjot%2FFpHvIUjJovFEoYvHYV9C5Y%2FxN9OfcalvII37UEhTbTg%2FAQIaPb4Vz6j5u8%2FaViycMod%2FfkDcpu8QZbZoeBi%2FvbzP3XPsZvOubMtaPHkD9jt6%2BU2O7vqU%2F9C9SMvgrXpQNG%2FE0oJxun%2BCiElUa0IKQSUwERxOntKSV7ekcuh9VBZBBo3VUcB58ofKBHCwLyf9qFosz9Ibf8dGqwaBMjRig4SGOZ2UkWI7UiO9OfUPdxOYFApUZyfpY7mgEc5rtNGGk2H1lPhAk1Hp%2FVAMqQEHEUfEYkkUQq1JMdzsX7kklRrTrUi1wMcDjmu1YYfATj7Y%2BpGpPEBXuoQIj8rR9mgCl4C9yqmF7xnVWxGVniNqtpVmXBvQ6iwni5YQ8a1jYrXtc2J13HvgkvqWxuva1sbr%2BP2S5ceKGyBwDv2DbrToe1u6BkAJV7xnVLUaq0sJB8pFqcUIPi3yuwxi4JuLr%2BP30f3OkPQ72aO0xYo3%2FEsmO3QO5qEF8S0qQH0UsKXv0brnl9%2B8M7jF174%2BDsfvPOl1au%2FRL5%2F9DsbNnwHL2pHR1NTRxMZhJtHktOOxLxErPF6YlLvpC9YP73x%2B4ofw%2B3xVdrHcDE0dQQCmCRgvt9b35xINDf1CDcRSfJ%2BpYl%2BSf8YcurfmXP5F%2Fkj6J82jNsrkWiEuhVlgFfyNkB3S5MUzLhoNiwSCYcxQ7Ui4J0Xh7fmqRbaPa1tzujxkBRlsEHy0%2FOM4pYLPb7g9O6BQJN6l9zQ0OGyCaZz0vMTbHOzXfQ7a2tsterTcqxeInODoemdktw%2B1SbVhKwtW9ffe8VKadK0OVuC3bWzyKm5LeddsWTeorWyY9IMtUFutdu5g%2BRn533qkocdvLs2HmhU75br%2FMmWtD8zA3OP2t1ea636jEzqYxJZGAwFiDEd61oTsrRuW3%2F3pYNi3bS%2BRd%2BGjOfVpAPNd6y64Gsz1GaZleWIPoYL%2Fv9mTeQBENVEguiF1aC4YeXxFETw6QyPfn0m9g8IrMFAvKM1EI11DARnbqibHk%2FIojy5rSdgCyZi06y8sS024PeuO4MfwQ5Y9yKRZCqyYaF30vzeHlmUprR21tR0t0yz8KZY66zWuGvxVQB%2F36kP%2BK38t2Hu6NQ9SFJfw0AdpqPEK2qTMpf2VCqJwqPoJezTL824b8akoL%2Bx03nhh%2BoNo5e77psxg9Q5LzebIKD%2BfsY34f2MtB9fk9v5b8PT6tYrgv4kRPwd0q9z3gdJSJ0653KjCYPwCaR5aUY63eW48O%2Fkdo33yxX9wCiMv2QTrk8eGSI6Ag6moG9t2P%2FF7GRNlDjl0gw7pJ5aOXXqyqn8SENnXBmbSwUYLyqJjv3UmY1nKr4t80no0faXsaIEiF%2FBRaIBnItSce4OUif7W6Vm9T9H1X9Vj71BEm%2BRdmIJQST%2FZfVdudUvh9S%2FqqNvqT98g9SQ3lHibZY0mRVHooyDN%2FFHmTgzjdozKw28NwQ0hwN6BCoPKaEk3YtKwNhwRLXuk076CGoZNXDQcRwZvreTZY9EZi%2Bd0s4%2Bztv8iei04JQl6ZbDD2eHV7X4uHuFVfPrOmcs6m6Kr7hssr%2B1VZFcEZ%2FPdJkn1hOs8SXS%2FNFFgqt94PIZzZ3tdaL6Q5vo6piSzdy737pwsX1VyxUrF15iJ4uNkq%2Brbyg1Z%2BO8VsNC1UmcvORPRfxtPrfRwL2p%2FoA1eZp6Z%2FaGffoewaXcA%2FxBlKlQLfhQL%2FoPgBGP3qsA7IQS8qDVNswHKRSheDUvA3Q7MZoRcJMxlEygujn1QdyzfPfq3dEp%2FbXh5e5YXW2Ngfvza0ZF6UgFL%2FE0fTq4LBlvTE2qb%2FKuuzYSXVnjTfM1osvqMHVbm9950quIZlbqaL6YP7jk3kUtA0GnX2nvq53f3WoSsvEdDRnULgo2fN7lNZJgI8%2FVWi33c3bBZnGY05%2Bdm%2B3qc7fNmj4YGKLj2nfqFP%2Bg7jdDlxEV5XsJQZP6hYrS1l0VQr4c69Xueixp90gnZPmE5OF22j%2BSYEWHlZ0K%2FHgsh%2FZtsbh6h2DNRlvv6jJh9XaJaHCZDiUDKNTMkvb8vsqCyf3ZNdSmO0fa0Y4baJTtpbKzuVzeeSI7fCKr2Z0WypapnXJ4gnoWy3PoUIlIQ1TXdqhQJIXp9Wx5fYdpeWh2TY5D%2BYVyKd0jw3iumwi%2FBC3cEy4o83QlZnW79MrCgCjbhWXBlRZVVZZv4rIKpXC01HFlHdHLoeWVl6UVc%2FJ5uGm6CViW5mulYMk%2BHqNYr0AyUPivLg2oMs2MPqtuhHyRyiwvNJej1Br%2BfcLyoAyu8D9B7bgmzUqfFobF5nKnK4%2Bt8MPJkI%2FxHUNWk117jugWF%2BxazTAALQn6%2BUE9lhoI5ApGA%2FiuJOsrlNP28SVVuBVajXmircLel46w2bJS1Q0Ft0KDuikDFL%2F3pYrid1Q4FvofwRIo4R9h2ftSwc6jHAMqLcCql8YPHtlzGoByNXYN6v8hXnRaOhUvx0sVLCexwupGDR4NOYC7PePa5keIPACnuAdD7dEadRuTIiS6Lb7uskb381My5yjzF8lGCjBRqdwrWJCagfB3yCy7XT1i92hbcZ5Ci1FJkgYMDf6n%2BjspIsHFjJrTOdzSMuOa9DbDcj%2FnH9N9bIoGVgzHPWIQuFuYtaMRaq8eCKI0gEF6lPOZjBz3EEvaaxwSUT9U%2F8JbJZPJJLBLolH1La%2FRbF9AbC8JJjv%2FmMnssKjLRBJyqj9QXxNko0Ux%2FX79epfiXkm6fmKwF%2Fen1HLc6LxloXWKvGa5rVCVL83VuiPcDEX%2FK5pTXOxHfx6HHB0t2FI0qI2rCZFTrvPWU67zVuS%2FkTsLnc7IKhFg30e4FOkqNSfH5PtkmUy6Cpiv%2F36k2sbqCeCFNa%2BURpoY0sZoYmCgCr3qgZz6s8I0gP1bYiR%2BD79H56NOz0EVWCTy2%2FfffvSCCx59W7uRV9995eqrX8GLesOXNm360iZ%2BT%2FEl3uZqL%2BFyzSZ8XxpTiI%2FG0nkT4zznFZ0t4ipMz5v4q9ssqbdKUZt6u82knPCrt6PZwsnn0XySVnyPR1ZXAn72yx48bWJsu7apnI3Hy8bygUK5Js32qcytapqgmn95uexccj205vGgJ%2BeuOeG2SORmKZr%2FqKzcx9SFctMJdwMUFZDJITs7dnOp1EKZCxg304Cevyfya%2BvlKqv6aXK1qIj3imL%2BL6hL%2ByvUlFfE0VKZ7E8gBY3M%2F8VoJCFgizH1W6VyC76nH6b7jiibYVxUmVIEspry%2FLgZIlCeP11Z4zs%2FAwvVwtGFEut5S1JY4lfyT0N%2FevOLo%2BrUEgjcqc9IkGpQbv3iW7Co5b%2BKgjvpzYdH85PLcc4X21ouwEGl%2FS4qnUAvoSlXUUhR1eKr2VWFTB%2BGMl6FsiQsVD1R3urlAAIoSn7JQkmiVVCHSpCwDH%2FqPepXQ0Db77CJOAImohB%2BRPWr31ev5g%2FkE%2BzTa4lbvZo8xdWPffQu9yJTPCNB66s%2BzXoJt%2F0L6hSoCuBIoK8fnBGG87OoRckJpLqyWe4YbpGi50g0%2B3I3UD85Oa0fzubfoXxPLbW3FDWzigmyJeM0tQkax7PqTy80%2BUxfUHPlBZIRVNQ%2Bv0xRm8REKPoLmNr0%2BUo48v9GFbXPKylqQ2IKm00QddgyWGMROCTxdLB9nCY8P7j2DjlsV%2F%2Bmfr0C0r%2FNkeXbbpPlOTBBwT0mVz1zx9S%2FwJecBF9Wgv3p032iP2v4VSgfgW2G%2BHUEdEXU6iq4CtpLJfIN9XQG8dwa1VoO8XC2SrPDDyCOQptXgbcPvlAgBfxBoGwftQKeKFrNTASPt3pGGqDt%2FQRasn2kri%2BH6L80MJRsmVYJrAKyDItpJUy3%2F15WYIJqcJ9Q5N%2FLFJ4c3dc1URpWl9hW6mu50MUIelg4ucTPf15zs5DFo1c0VSp1tKB9jkwIyuM45kb%2BIP8gHed%2B6jO3v0KbIknzLy636E8KPTdCuUpB0wLo9JKnAO6pv0vS31EtBha%2FfJemkgLVVnd8KCk4qBTpQ5m7FbifBKrPJcq0pZAFVG%2FXbOFz%2BTcq2MLrcmV28Nmi%2FOHskh82bau0k8eWCaPijQPWQ5lUvslwVCfHkXBMIehqUgtDNLeauH1huvZTbYmw%2BluPjyWoNGEuxRLR7LK5fSyXFUyK7PURQv2v8D3XOt2NJ6liBbmPGOsakw1kbeOs%2B31Wm5qpH%2BiJWSzqdPr2O7zc2TmtnrzCig6bBd%2FvgQmzOlz0STWIlmZEQfupogOZFHUZ7EkUnMn0RrpIMqAgHRJAOjIJ3yGw1I%2FMAp9q9S3Q%2FclADNm1wEeO%2Bxbwg5OIYHZLY3ehG5lJk2xhco%2B6JWybpEVz2wrR6hZyD0QXZbeDVB%2BonmlimpkWprdAs4WEZDSQppsDlcdCBJJESIYFuAtUnC4GIF2C3Uu2Kv7L1bdz6FxtqxpG4TqQOqOUNAJ2HLvPWA2GgDy4O4vaDrtyl6P%2B1fAll%2BSyFcQ28GHqh7fvvf37udylf0fNwhzgz87Y%2Bcf5x9GnF6ygHu18sAbipWeF0YPBgp2GaKeQduxxdEr3SgbH1kvH7tvqSLhedomOvZyts2dw8acu3dY%2Ff%2BucuMtCuP%2Fe4zC4XnH3OLZ8ZuxTWxy8dJfU5dhDeKPSlJy5pn%2F%2B7u3XrJhmr9C5CuleGflGQocKnlAUaRKp0BAHV0ZwUt9VCqk6zYOgRIuMfePJzdmBdpPJ7%2F6B23%2Bf%2Bsp9NMDZevovvfYHG5dGPISQq1DojqNckchVrCcCYz%2FQ0hI0m3NKDRfkgsrnamo%2Bp0CAq1FyvC3a3Nak%2Fs5VX282x9Ufy3E39VAx6o7LpCvO2wK%2Bch9jNqpJCutcIOooKnYWtDK8gTRVYygRQfwgzKM5%2BjP2jOZdx3r32Py7rQUPOzAnoRs95NvRAR0qLGU11Taqu1bUYSzMcWjMEir067JQQHfIrLBHsrgv00%2FWavd8HRLMEEYFSW3HCSNQehnrHztKqHcDyo4VfZ6gPKCR%2BgufwA8GegxUEo4A%2Bgd0BASHiH6jYMLIsUdQJTs%2FC641KN4oCHWolCMLlMfIdtWKScjx7SM5LD9HnfmhrGI0S139UWfUnxgOXdJFW%2BAMcGjKr6eHAttHF5sUoeArYKDcxMSYcKA%2FxUDhPiEOEAPafSIUFArN0r24ynI91EPARDXvIDYyvqZaWeroBOUABQA%2FE%2BDXC7PWafDLQY2oiwpUEyj4RQtVlUp1GrM7In2p2A7VuiOW6otMiGOo5Mrp05ejVuTy6dNX%2Fk%2F7mybZQ0nUmfrbx3U4KueDnlHm5wdh8FFeKnoaKKh%2FTK18StOPhwG9Xo5mqXAxvw%2F79YQwwDR%2BnAKQQ4izVXioB84qcppWB7IqjU45z4CE17OvF1Dw%2BoTFqxtz8dxwtogBnF9MjIl%2Fin%2BK8s3hM9laIn0TiCbTAXL0T798bPXqx36p3chrv0O%2BGC9Xaj48Ecv8U8UEeBvUEsDlTepiU5OvlpeNGvpnKF0RvUooWhIjnx6GeBapXCQYTw9DNg6%2FOC3gZjp76oNTj9Kz6Jqobxb9NDqc08vcKReOpcsQV2K8InXFaXW3aI6Ofr1k48rp7CX7rx%2Bv1UKPsfvzQU0Kc83i2VdILmd2%2FyX55zT9luN2%2BCu4nKfwPcK%2FCvDVU%2BpHh8%2BLaldIf1fA5h3ndT6Fln9%2FW%2F9Ce1vndfvJtnPVO2xhm3qbafHVCN1X363UXHq9xuVD8OSD29Z8pZ5cZrern9cAdGW%2Fuib%2Fud%2BVK0L9a42r6C90kL8KzxwLQw9NkIQJL0ASU8M%2BVG0KsUdgdvpgP%2F6NqqP0%2FgHZFUfGEijZLHpiIgvV5%2FBltrj8Qd7XQd5p4P%2B7tJo30NMO6VGBwahSPMYiaaBYoLY6uEnciyhhh1Z%2FvvacG%2Frjpsvnpzs0B1Id6fmX8119l88XnOxe%2FuGrzzHcdu7UtY3%2B2vmXN5zUyj3ZcPl8p1sZSs6%2FnGXtwrV7Ka0XZdz83fwjjINpZWYw85lL8BRK4nGyIir2RiOsEyipuEcIakpGjWgBjLiHWOgj0Yi34gW1kKPxHt2Na5q%2Blwg1RdRSpFDNzosb44YJXnAfoEOpZW%2F%2F6u1lhYA6leevezbI26zNHO811M2dc5HFxpk4i1jPC0s21%2FBWW5DnPQbn2X1WK43%2FaM2n18DfSoybbNHijFpamzXI31eRibGUOxSu%2FlT96YZlq1Yt20DaSBuG6knw2eusHs5EPBfNmVvHKdaQzcDfz9ZsXmLDWGXy2U5OsYSsIn8CS12jQIyD12KKqZrLPy7mSPdICmd6WGHG8NDZkkHuE4h9TU8FpmUO%2FVjC%2FEinToFyoNDz2p9XD6g78WgQdPG7Z3R0T%2FZ5dTM9lsL8Ktek7szl2L%2BgQwGgwkZHc2g5Su7NvVqwGy2Ua4KSXUwt1X4PaM5paaEu6jQ5zVFyNabxvUksVt2T%2F4VeamYPlLtffdQsk%2B2sUTY%2FzDXl%2F05W53%2FBz9UK3p7LjapZ2ZxOm%2BUlZXrL3HHGqO8%2BwVroDaCTTnTxitMxmiAAYQzVJQH%2Bnj3oIHnPaN6Zq6sNSLjBl8tKgVr2mj%2F9CWi9dnKca8rBQBsd5R1tzVlgrl5pbnPw6kZclCr2CHxMnHohLz%2B3KRQokzALyeIKFU1TNCiayJdoHvDYe7K6mZLm8S3uJ9dojuaJ62%2FqN%2FtjQxnSnhnKPw%2BLNrLi8ZKyJ3x1YhiI1aNAtP6NzCGzYv3DmaGh%2FLvQZnt0evgIhTFV0kE%2FPYxAnOHhCQUZdCWY5JWJwMzlAGl1mpNbDU7yyGnhRMILsYhH3VRAijrPcBU8%2FCj1Y9NY6cnGVW0CjTLaz7E3epvaT%2FLtTV72Rs%2B0WVVmd0dz%2FMGTI5F0OsIviaqDlbbO5X6xT3PeXbXHRtf%2Fz%2Bfdka%2BeKPr8KF7IF4vBsT9MFPuPJMBTBMq9hQxXelQ%2Bbewnf18ap4Ib%2BmSMrtDU5zqlD8QANa5MBGh%2FOwOvSDfcV2d66mfEWsbGWmIz6nsyZDWQSmqmxDneYyvjHPmRXHZxeueyRGLZzvRioKnGto9nIPkibAJA16adcOZRQr1iAP3bUyBR7T4RgAWTKxhkCYFwshq%2B7iV9r0whk50cmRcTg4fy5x4OmmNkHndIA2%2BYuMbmE9dwGYB4KFTsvnDE6Ah47r%2FfE3AYI%2BoXADpkdlENcZ8OZEEf8FFGZNxMs6ZLpG3SUFLL7Q2kcFU%2FA%2FJsw%2BvWDa%2F7emewLaoeibaF1B9qUNnuqWK3%2BUfXYVL1v%2FomD15xxeDkPnXTOKSVcCbDGtOu0YQNpGAP7U1HU58UrqGu8xIbHtkQ3LVhb7Dx46ET3Ffcm1q0YcOizNmf3bC3VjWfAcpSv3MyTlgJ23FHQgmgvk%2Bgk8pL0mcCDOn08MDAQlf%2B%2FSlTZ1z12fnqntOhbOTL9%2FZdevbAPN%2Byby1f%2FuUtC%2Fixm8ZBo59LTXEW060hGrTDplNprWd58fwB%2Fb%2FE27BdS%2Fs7U%2BrGVCeQ46nzaw9QccnmZerGZZs3Yw9aVHt%2BKh6HN4ti6lxIhT%2FwahnZtWwzlY9QHQ2c79C%2BdxzvVDKy8GqKWQERO9YAKbpsDUTLdWV5dE8PVPjvj9pqw7ah%2FPFVtkit7aj6G5xY9mfJrCz1j1e0BcnPol4UjtrCdbahIVtd2HaURujnFJR8CuOuUUfhrGhgKKgjCYNSvCc1WKlEp8wHUaAYynFNyzZn%2B2MnYv36dbMDBTonl%2FT%2Fma5IKAyEGz%2B4eRnVtaX6tss2o34u8mWorFtuFgm4A6qK%2Fyp%2FgLEBVat5WnPDdKA574ubuFJ%2FIUfZ%2FY2Nt6mN%2BZNNTSTaeI56gKwkXerTe9DDHUw8%2FH35FY3nNN7GGuBKWhrV9ep%2B0k1WjNWVaHkW1yA%2BQHWNu8rtBw2a5YXuE40rs7%2FGA%2Bj09V3hA98yRnFPOGr8ltGlsFdD%2F7tRce3LH6Trcneuiy7K7J3khKu%2B3qUaXPWaX7T6%2FKfj9BX2eZq2XAcZT79u1ClJzUtHUqfqSMWBcZS43Ena0cUGLgpkKxB1QM%2B0Fxz10wgg6r5rltnFpH05pepUq3Y2HfYqeKRntmUFNz%2BXmcOs1H31U6cC6RTVLfCg7RNBF1UF2%2FwBgu0fFQtPEU1sSg3VcNsR7dWq3af87tUFn1l3ltXpaJxpNvtcZkH2WmMst3JqRpxUH%2BWC0E1qOGtP66s1MYv%2BVLu8%2FXFXvV%2FZbunYYBeVN64ls0ur6NzpV9xzlmQwB5qC4Tq70WC0tk8dWJXeHvkD0h9zJOM0vD86%2F1NJMaIAolctvlByferCsqOKDKceOfUu1PsmoFCamV5mCrMUOCi6V6FJosMF22AcrKJgQDVhfYh6tepp%2FlYgvnCEAbJQ1L0rOpajEmRcasMiPfxhgGoVo4rwreQpV6fUJHH2e8fa1s2c13Apl1b89a58ozdoap2sjgLN9uISl7P1DrulyeIkt0zr6JjWocoPOZsaXPb6jtqBblsgsaRre2xHi4nELm0MhG1%2Bx1SXwLpFi53b%2BaHRYo%2FIrbZtuWAKu5cSEXfybnnmUCaXGTpQr0xK2O2WWY76f%2BnAjNVf7nCZHU5XqIkTnpt6VtvsFlPXg1031g%2FVRdpkkyVpD7jnmax88QwDvg%2F66NnMRdRXTcGTmQc3cuINwN5IQqi0yzb%2BYFVHuVqI5s4ADfg5oE4ybDLd28mFSFmYvRoomsWXEdLU2Wl3GJy93ZNb%2Fd5gqmNaqJZSO1l6PVRy0nZIj%2F45EetjLguh1rLqR%2BSK0hO6NrsqcNX8zoUdjQYDJ7tb4os6%2Bi%2BY0qpY2AWlnLRDWdGFTfGY1gV0zNAtJ7pdo24se0D88AwLY%2FgZmE9iuP4V5v7CSR%2FRThaHLh%2BUeBkXwU6BC7lGOevK65udTv%2BtS%2FPfW7qj3ljTcj3b9OkbV85t8xsMj7Ddj7DGpthZKwKPvso%2Fc%2F1K9aLE12fMWLV1y1D9ua8lyJdWXr%2FbG%2BnoCFutf%2FmLILe39ITUV4igr3876fpX5g2zeB52sWnIL4fXHlgeUzOx5QfIvJQyrKQE9wHUqVq%2BPEaOrz0wVvNbJZVSfsuMzxN4l9PkedFzw9V5Dj%2BnzpgoT4ZxCxJfC5RWLc74YVHxKlExCYt0JAOMatREhHBSCAtSfod6x6Ls8HCWECLwXZ9nd5Dz1T24JUdWs6fU3%2B%2BfcnT49Qe%2BkBs%2BwdsMZgPXMp3U5S958snPP%2FEE7bvkOPCuTUDTUQ%2FUzirLhML9yPahoe1D5Fj5jWsaoveyP00PehdUAHk%2FseDVWsvDWXXXsyn%2F4wfpXc2V3%2FQxli3jl%2F5hj%2F83avSCfpTNxOEKLmTjxOEKuxgNlsQn0xgct724mhynupNW1Ph6o3RYS3%2F%2B2TJrzLlkFz%2Bip3qCHKf6eqW02QJLjBYuuj4sobhCWqa%2FYHGEHpcnumuWSOhxeaL7sOakNR6vvmo%2BYcfFA8UFXEPZf9UjyudIOyNwx%2Fi90DdsujS%2FFX2UAwvWSVK4NxaMhAGw3oowp%2Fuc8CTi7D2rBgZWwb%2F60faR7SPsEbjkXy4G0XaqhXPwe2cePjxjxuHD6ssQuR1fq6PF0E%2Bo2t1nePTn8TUmxz%2FA3crMoCc7egESuoTHYc7mYdg6etORoOhR7BBGD%2BqJopELrl4S6cJNRtEAsLP%2FOdvnJq0Wo0GolY2Et9VFB2Kf%2B4bZvVyxfOMz3WdFfSIryj6DwWghre7aQbdiDrkTL3A3vNDuDpk93HqXwam%2BbWmUJZfNn5ozKV5Pmmq8PF%2FjVY%2B2Tlk2M2RzSXKjmbQ4RZcQavEYrN%2F9rlXwtIQqzxQNMzPPfHYLvuPoO9TbT8bpGw5CQPGd%2BSyX%2FCyf0Vxjd2R9NmsunnXYa8xGHzn%2BsSfM5J0y0DZEXWWxkXjcR75KBLNLHi7XvX2G8VOrf4Ykg0AMdBESIpo7MgAfyakA6rkqpI6UjNs0px7cMV%2BD5BF49Tez1VGnYmq0WIijp985m4Sn2gJR9b07riPPFo97OYbUZbxJCpot7H%2FlpZBicglCPN7WOfJkcHqc3ElWqvvz%2F1E6bIQrG%2Btz6WkM1SM9FBTR7FSs8KyBBytSmNEoquJNFN5EQyTiCrnKDx1h58yxCepPHU5nxGoxEQeeOZi2m80DxNxncVhr6BmEfUarxejw%2BWSiHhWk19bSY7aKR5MsteblJpfTLtjimBouXsm3d3djjYM%2BwEW0El9dM%2FueVRWIsXwe43R7SgbVZqrnqoJ1X%2FkuF7pcgf8duv4q6vayV5U9zMV91GxO59UUjW8rHV6u799WzKMT7umRCXbYUKM%2BfoaCcwgaoqZUtmodV3p%2BX7akb4dnU9B9La38RPFUG2SCC90tVA4XwEFhyOpZZrUCsgWYHsczLFBBVGNtstoN1bw0Z%2BO4fYIbvZVt4EUcJEKOhHeincWqONw%2Bq6w5Go%2BWGOSR7LhKV%2BKBqbBPpfUvOf9QqkpDyVhBeyyZQGMsdA5FBUqvFMtUyGq9vjnsAJU4UcrxldP1CCaofyDkSAifoP5QwWx%2BSyUGxp75BzGAvtG7uQ38LehlyEQMeh0TeE6Bm7tYdXqdkt0uOb3kfYlNwmOdDyacOq%2FqlFo1v%2BPTmTi3E%2FglC9W11b34A22zmLzvb231Q0L2Bgg60OTW4YdstO%2BYOJnO38TtpH7zy9ymokWyA79qlVSn38HtpFlImFnhu3b4boNWXklOXV0Iwo7lQ1hrZyPFcwtjwFP7iEKSHSSJw509kh8kj6pr%2BH1jR7km9vcvqN9657vffefkv%2BfKxge1X%2B7RdjYUPIESN7gTvRkB%2FRMYtEkaVkdHApmdBPpnKmz0n1xSWFOyVIuLrinZwpoCRe6kyiVZoHX088F%2BUX4%2BWKS4iBTP0IWxGtZgOdMaV4KTayqHQF%2FVihBwTbgDXTCmKoOBJeNhwJMzEVjtjIFLuU38fPR7hqNG1JS7g%2FqRCuy3vmQ3W9Vu8qbVbP%2BSzazGRJH83MzP90Ck2m31mMjP8TiLn5uwD2Ugr2PFvPQjB5BnSJvQxGQZZEB%2BLopqzGzDbMmbkAPkZVJjeO5FzOSBKCgJze2ZS4Gemc9twrwY6u9H61iUQTcRvtdT9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%2FTAF4EewSUABgAAAETNjIXEyEyFgcFExYGJyUFBiY3EyUmNjMBl4MHFQeBAaUVBhH%2BqoIHDxH%2Bqf6qEQ8Hgv6lEQYUAyABYRMT%2Fp8RDPn%2BbxQLDPb3DAsUAZD7DBEAAv%2FTAF4EewSUABgAIgAAARM2MhcTITIWBwUTFgYnJQUGJjcTJSY2MwUjFwc3Fyc3IycBl4MHFQeBAaUVBhH%2BqoIHDxH%2Bqf6qEQ8Hgv6lEQYUAfPwxUrBw0rA6k4DIAFhExP%2BnxEM%2Bf5vFAsM9vcMCxQBkPsMEWSO4ouM5YzTAAABAAAAAASwBLAAJgAAATIWHQEUBiMVFBYXBR4BHQEUBiMhIiY9ATQ2NyU%2BAT0BIiY9ATQ2Alh8sD4mDAkBZgkMDwr7ggoPDAkBZgkMJj6wBLCwfPouaEsKFwbmBRcKXQoPDwpdChcF5gYXCktoLvp8sAAAAA0AAAAABLAETAAPABMAIwAnACsALwAzADcARwBLAE8AUwBXAAATITIWFREUBiMhIiY1ETQ2FxUzNSkBIgYVERQWMyEyNjURNCYzFTM1BRUzNSEVMzUFFTM1IRUzNQchIgYVERQWMyEyNjURNCYFFTM1IRUzNQUVMzUhFTM1GQR%2BCg8PCvuCCg8PVWQCo%2F3aCg8PCgImCg8Pc2T8GGQDIGT8GGQDIGTh%2FdoKDw8KAiYKDw%2F872QDIGT8GGQDIGQETA8K%2B%2BYKDw8KBBoKD2RkZA8K%2FqIKDw8KAV4KD2RkyGRkZGTIZGRkZGQPCv6iCg8PCgFeCg9kZGRkZMhkZGRkAAAEAAAAAARMBEwADwAfAC8APwAAEyEyFhURFAYjISImNRE0NikBMhYVERQGIyEiJjURNDYBITIWFREUBiMhIiY1ETQ2KQEyFhURFAYjISImNRE0NjIBkBUdHRX%2BcBUdHQJtAZAVHR0V%2FnAVHR39vQGQFR0dFf5wFR0dAm0BkBUdHRX%2BcBUdHQRMHRX%2BcBUdHRUBkBUdHRX%2BcBUdHRUBkBUd%2FagdFf5wFR0dFQGQFR0dFf5wFR0dFQGQFR0AAAkAAAAABEwETAAPAB8ALwA%2FAE8AXwBvAH8AjwAAEzMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYhMzIWHQEUBisBIiY9ATQ2ATMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYhMzIWHQEUBisBIiY9ATQ2ATMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYhMzIWHQEUBisBIiY9ATQ2MsgVHR0VyBUdHQGlyBUdHRXIFR0dAaXIFR0dFcgVHR389cgVHR0VyBUdHQGlyBUdHRXIFR0dAaXIFR0dFcgVHR389cgVHR0VyBUdHQGlyBUdHRXIFR0dAaXIFR0dFcgVHR0ETB0VyBUdHRXIFR0dFcgVHR0VyBUdHRXIFR0dFcgVHf5wHRXIFR0dFcgVHR0VyBUdHRXIFR0dFcgVHR0VyBUd%2FnAdFcgVHR0VyBUdHRXIFR0dFcgVHR0VyBUdHRXIFR0ABgAAAAAEsARMAA8AHwAvAD8ATwBfAAATMzIWHQEUBisBIiY9ATQ2KQEyFh0BFAYjISImPQE0NgEzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2ATMyFh0BFAYrASImPQE0NikBMhYdARQGIyEiJj0BNDYyyBUdHRXIFR0dAaUCvBUdHRX9RBUdHf6FyBUdHRXIFR0dAaUCvBUdHRX9RBUdHf6FyBUdHRXIFR0dAaUCvBUdHRX9RBUdHQRMHRXIFR0dFcgVHR0VyBUdHRXIFR3%2BcB0VyBUdHRXIFR0dFcgVHR0VyBUd%2FnAdFcgVHR0VyBUdHRXIFR0dFcgVHQAAAAABACYALAToBCAAFwAACQE2Mh8BFhQHAQYiJwEmND8BNjIfARYyAdECOwgUB7EICPzxBxUH%2FoAICLEHFAirBxYB3QI7CAixBxQI%2FPAICAGACBQHsQgIqwcAAQBuAG4EQgRCACMAAAEXFhQHCQEWFA8BBiInCQEGIi8BJjQ3CQEmND8BNjIXCQE2MgOIsggI%2FvUBCwgIsggVB%2F70%2FvQHFQiyCAgBC%2F71CAiyCBUHAQwBDAcVBDuzCBUH%2FvT%2B9AcVCLIICAEL%2FvUICLIIFQcBDAEMBxUIsggI%2FvUBDAcAAwAX%2F%2BsExQSZABkAJQBJAAAAMh4CFRQHARYUDwEGIicBBiMiLgI0PgEEIg4BFB4BMj4BNCYFMzIWHQEzMhYdARQGKwEVFAYrASImPQEjIiY9ATQ2OwE1NDYBmcSzgk1OASwICG0HFQj%2B1HeOYrSBTU2BAW%2BzmFhYmLOZWFj%2BvJYKD0sKDw8KSw8KlgoPSwoPDwpLDwSZTYKzYo15%2FtUIFQhsCAgBK01NgbTEs4JNWJmzmFhYmLOZIw8KSw8KlgoPSwoPDwpLDwqWCg9LCg8AAAMAF%2F%2FrBMUEmQAZACUANQAAADIeAhUUBwEWFA8BBiInAQYjIi4CND4BBCIOARQeATI%2BATQmBSEyFh0BFAYjISImPQE0NgGZxLOCTU4BLAgIbQcVCP7Ud45itIFNTYEBb7OYWFiYs5lYWP5YAV4KDw8K%2FqIKDw8EmU2Cs2KNef7VCBUIbAgIAStNTYG0xLOCTViZs5hYWJizmYcPCpYKDw8KlgoPAAAAAAIAFwAXBJkEsAAPAC0AAAEzMhYVERQGKwEiJjURNDYFNRYSFRQOAiIuAjU0EjcVDgEVFB4BMj4BNTQmAiZkFR0dFWQVHR0BD6fSW5vW6tabW9KnZ3xyxejFcnwEsB0V%2FnAVHR0VAZAVHeGmPv7ZuHXWm1tbm9Z1uAEnPqY3yHh0xXJyxXR4yAAEAGQAAASwBLAADwAfAC8APwAAATMyFhURFAYrASImNRE0NgEzMhYVERQGKwEiJjURNDYBMzIWFREUBisBIiY1ETQ2BTMyFh0BFAYrASImPQE0NgQBlgoPDwqWCg8P%2Ft6WCg8PCpYKDw%2F%2B3pYKDw8KlgoPD%2F7elgoPDwqWCg8PBLAPCvuCCg8PCgR%2BCg%2F%2BcA8K%2FRIKDw8KAu4KD%2F7UDwr%2BPgoPDwoBwgoPyA8K%2BgoPDwr6Cg8AAAAAAgAaABsElgSWAEcATwAAATIfAhYfATcWFwcXFh8CFhUUDwIGDwEXBgcnBwYPAgYjIi8CJi8BByYnNycmLwImNTQ%2FAjY%2FASc2Nxc3Nj8CNhIiBhQWMjY0AlghKSYFMS0Fhj0rUAMZDgGYBQWYAQ8YA1AwOIYFLDIFJisfISkmBTEtBYY8LFADGQ0ClwYGlwINGQNQLzqFBS0xBSYreLJ%2BfrJ%2BBJYFmAEOGQJQMDmGBSwxBiYrHiIoJgYxLAWGPSxRAxkOApcFBZcCDhkDUTA5hgUtMAYmKiAhKCYGMC0Fhj0sUAIZDgGYBf6ZfrF%2BfrEABwBkAAAEsAUUABMAFwAhACUAKQAtADEAAAEhMhYdASEyFh0BITU0NjMhNTQ2FxUhNQERFAYjISImNREXETMRMxEzETMRMxEzETMRAfQBLCk7ARMKD%2Fu0DwoBEzspASwBLDsp%2FUQpO2RkZGRkZGRkBRQ7KWQPCktLCg9kKTtkZGT%2B1PzgKTs7KQMgZP1EArz9RAK8%2FUQCvP1EArwAAQAMAAAFCATRAB8AABMBNjIXARYGKwERFAYrASImNREhERQGKwEiJjURIyImEgJsCBUHAmAIBQqvDwr6Cg%2F%2B1A8K%2BgoPrwoFAmoCYAcH%2FaAICv3BCg8PCgF3%2FokKDw8KAj8KAAIAZAAAA%2BgEsAARABcAAAERFBYzIREUBiMhIiY1ETQ2MwEjIiY9AQJYOykBLB0V%2FOAVHR0VA1L6FR0EsP5wKTv9dhUdHRUETBUd%2FnAdFfoAAwAXABcEmQSZAA8AGwAwAAAAMh4CFA4CIi4CND4BBCIOARQeATI%2BATQmBTMyFhURMzIWHQEUBisBIiY1ETQ2AePq1ptbW5vW6tabW1ubAb%2FoxXJyxejFcnL%2BfDIKD68KDw8K%2BgoPDwSZW5vW6tabW1ub1urWmztyxejFcnLF6MUNDwr%2B7Q8KMgoPDwoBXgoPAAAAAAL%2FnAAABRQEsAALAA8AACkBAyMDIQEzAzMDMwEDMwMFFP3mKfIp%2FeYBr9EVohTQ%2Fp4b4BsBkP5wBLD%2B1AEs%2FnD%2B1AEsAAAAAAIAZAAABLAEsAAVAC8AAAEzMhYVETMyFgcBBiInASY2OwERNDYBMzIWFREUBiMhIiY1ETQ2OwEyFh0BITU0NgImyBUdvxQLDf65DSYN%2FrkNCxS%2FHQJUMgoPDwr75goPDwoyCg8DhA8EsB0V%2Fj4XEP5wEBABkBAXAcIVHfzgDwr%2BogoPDwoBXgoPDwqvrwoPAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JgUzMhYVETMyFgcDBiInAyY2OwERNDYB4%2BrWm1tbm9bq1ptbW5sBv%2BjFcnLF6MVycv58lgoPiRUKDd8NJg3fDQoViQ8EmVub1urWm1tbm9bq1ps7csXoxXJyxejFDQ8K%2Fu0XEP7tEBABExAXARMKDwAAAAMAFwAXBJkEmQAPABsAMQAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JiUTFgYrAREUBisBIiY1ESMiJjcTNjIB4%2BrWm1tbm9bq1ptbW5sBv%2BjFcnLF6MVycv7n3w0KFYkPCpYKD4kVCg3fDSYEmVub1urWm1tbm9bq1ps7csXoxXJyxejFAf7tEBf%2B7QoPDwoBExcQARMQAAAAAAIAAAAABLAEsAAZADkAABMhMhYXExYVERQGBwYjISImJyY1EzQ3Ez4BBSEiBgcDBhY7ATIWHwEeATsBMjY%2FAT4BOwEyNicDLgHhAu4KEwO6BwgFDBn7tAweAgYBB7kDEwKX%2FdQKEgJXAgwKlgoTAiYCEwr6ChMCJgITCpYKDAJXAhIEsA4K%2FXQYGf5XDB4CBggEDRkBqRkYAowKDsgOC%2F4%2BCw4OCpgKDg4KmAoODgsBwgsOAAMAFwAXBJkEmQAPABsAJwAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JgUXFhQPAQYmNRE0NgHj6tabW1ub1urWm1tbmwG%2F6MVycsXoxXJy%2Fov9ERH9EBgYBJlbm9bq1ptbW5vW6tabO3LF6MVycsXoxV2%2BDCQMvgwLFQGQFQsAAQAXABcEmQSwACgAAAE3NhYVERQGIyEiJj8BJiMiDgEUHgEyPgE1MxQOAiIuAjQ%2BAjMyA7OHBwsPCv6WCwQHhW2BdMVycsXoxXKWW5vW6tabW1ub1nXABCSHBwQL%2FpYKDwsHhUxyxejFcnLFdHXWm1tbm9bq1ptbAAAAAAIAFwABBJkEsAAaADUAAAE3NhYVERQGIyEiJj8BJiMiDgEVIzQ%2BAjMyEzMUDgIjIicHBiY1ETQ2MyEyFg8BFjMyPgEDs4cHCw8L%2FpcLBAeGboF0xXKWW5vWdcDrllub1nXAnIYHCw8LAWgKBQiFboJ0xXIEJIcHBAv%2BlwsPCweGS3LFdHXWm1v9v3XWm1t2hggFCgFoCw8LB4VMcsUAAAAKAGQAAASwBLAADwAfAC8APwBPAF8AbwB%2FAI8AnwAAEyEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0NgczMhYdARQGKwEiJj0BNDYzITIWHQEUBiMhIiY9ATQ2BzMyFh0BFAYrASImPQE0NjMhMhYdARQGIyEiJj0BNDYHMzIWHQEUBisBIiY9ATQ2MyEyFh0BFAYjISImPQE0Nn0EGgoPDwr75goPDwPA%2FK4KDw8KA1IKDw%2F9CDIKDw8KMgoPD9IBwgoPDwr%2BPgoPD74yCg8PCjIKDw%2FSAcIKDw8K%2Fj4KDw%2B%2BMgoPDwoyCg8P0gHCCg8PCv4%2BCg8PvjIKDw8KMgoPD9IBwgoPDwr%2BPgoPDwSwDwr7ggoPDwoEfgoPyA8K%2FK4KDw8KA1IKD2QPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKD8gPCjIKDw8KMgoPDwoyCg8PCjIKDwAAAAACAAAAAARMBLAAGQAjAAABNTQmIyEiBh0BIyIGFREUFjMhMjY1ETQmIyE1NDY7ATIWHQEDhHVT%2FtRSdmQpOzspA4QpOzsp%2FageFMgUHgMgyFN1dlLIOyn9qCk7OykCWCk7lhUdHRWWAAIAZAAABEwETAAJADcAABMzMhYVESMRNDYFMhcWFREUBw4DIyIuAScuAiMiBwYjIicmNRE%2BATc2HgMXHgIzMjc2fTIKD2QPA8AEBRADIUNAMRwaPyonKSxHHlVLBwgGBQ4WeDsXKC4TOQQpLUUdZ1AHBEwPCvvNBDMKDzACBhH%2BWwYGO1AkDQ0ODg8PDzkFAwcPAbY3VwMCAwsGFAEODg5XCAAAAwAAAAAEsASXACEAMQBBAAAAMh4CFREUBisBIiY1ETQuASAOARURFAYrASImNRE0PgEDMzIWFREUBisBIiY1ETQ2ITMyFhURFAYrASImNRE0NgHk6N6jYw8KMgoPjeT%2B%2BuSNDwoyCg9joyqgCAwMCKAIDAwCYKAIDAwIoAgMDASXY6PedP7UCg8PCgEsf9FyctF%2F%2FtQKDw8KASx03qP9wAwI%2FjQIDAwIAcwIDAwI%2FjQIDAwIAcwIDAAAAAACAAAA0wRHA90AFQA5AAABJTYWFREUBiclJisBIiY1ETQ2OwEyBTc2Mh8BFhQPARcWFA8BBiIvAQcGIi8BJjQ%2FAScmND8BNjIXAUEBAgkMDAn%2B%2FhUZ%2BgoPDwr6GQJYeAcUByIHB3h4BwciBxQHeHgHFAciBwd3dwcHIgcUBwMurAYHCv0SCgcGrA4PCgFeCg%2BEeAcHIgcUB3h4BxQHIgcHd3cHByIHFAd4eAcUByIICAAAAAACAAAA0wNyA90AFQAvAAABJTYWFREUBiclJisBIiY1ETQ2OwEyJTMWFxYVFAcGDwEiLwEuATc2NTQnJjY%2FATYBQQECCQwMCf7%2BFRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcDLqwGBwr9EgoHBqwODwoBXgoPZAEJgaGafwkBAQYXBxMIZ36EaggUBxYFAAAAAAMAAADEBGID7AAbADEASwAAATMWFxYVFAYHBgcjIi8BLgE3NjU0JicmNj8BNgUlNhYVERQGJyUmKwEiJjURNDY7ATIlMxYXFhUUBwYPASIvAS4BNzY1NCcmNj8BNgPHAwsGh0RABwoDCQcqCAIGbzs3BgIJKgf9ggECCQwMCf7%2BFRn6Cg8PCvoZAdIECgZgWgYLAwkHHQcDBkhOBgMIHQcD7AEJs9lpy1QJAQYiBhQIlrJarEcJFAYhBb6sBgcK%2FRIKBwasDg8KAV4KD2QBCYGhmn8JAQEGFwcTCGd%2BhGoIFQYWBQAAAAANAAAAAASwBLAACQAVABkAHQAhACUALQA7AD8AQwBHAEsATwAAATMVIxUhFSMRIQEjFTMVIREjESM1IQURIREhESERBSM1MwUjNTMBMxEhETM1MwEzFSMVIzUjNTM1IzUhBREhEQcjNTMFIzUzASM1MwUhNSEB9GRk%2FnBkAfQCvMjI%2FtTIZAJY%2B7QBLAGQASz84GRkArxkZP1EyP4MyGQB9MhkyGRkyAEs%2FUQBLGRkZAOEZGT%2BDGRkAfT%2B1AEsA4RkZGQCWP4MZMgBLAEsyGT%2B1AEs%2FtQBLMhkZGT%2BDP4MAfRk%2FtRkZGRkyGTI%2FtQBLMhkZGT%2B1GRkZAAAAAAJAAAAAASwBLAAAwAHAAsADwATABcAGwAfACMAADcjETMTIxEzASMRMxMjETMBIxEzASE1IRcjNTMXIzUzBSM1M2RkZMhkZAGQyMjIZGQBLMjI%2FOD%2B1AEsyGRkyGRkASzIyMgD6PwYA%2Bj8GAPo%2FBgD6PwYA%2Bj7UGRkW1tbW1sAAAIAAAAKBKYEsAANABUAAAkBFhQHAQYiJwETNDYzBCYiBhQWMjYB9AKqCAj%2BMAgUCP1WAQ8KAUM7Uzs7UzsEsP1WCBQI%2FjAICAKqAdsKD807O1Q7OwAAAAADAAAACgXSBLAADQAZACEAAAkBFhQHAQYiJwETNDYzIQEWFAcBBiIvAQkBBCYiBhQWMjYB9AKqCAj%2BMAgUCP1WAQ8KAwYCqggI%2FjAIFAg4Aaj9RP7TO1M7O1M7BLD9VggUCP4wCAgCqgHbCg%2F9VggUCP4wCAg4AaoCvM07O1Q7OwAAAAABAGQAAASwBLAAJgAAASEyFREUDwEGJjURNCYjISIPAQYWMyEyFhURFAYjISImNRE0PwE2ASwDOUsSQAgKDwr9RBkSQAgFCgK8Cg8PCvyuCg8SixIEsEv8fBkSQAgFCgO2Cg8SQAgKDwr8SgoPDwoDzxkSixIAAAABAMj%2F%2FwRMBLAACgAAEyEyFhURCQERNDb6AyAVHf4%2B%2Fj4dBLAdFfuCAbz%2BQwR%2FFR0AAAAAAwAAAAAEsASwABUARQBVAAABISIGBwMGHwEeATMhMjY%2FATYnAy4BASMiBg8BDgEjISImLwEuASsBIgYVERQWOwEyNj0BNDYzITIWHQEUFjsBMjY1ETQmASEiBg8BBhYzITI2LwEuAQM2%2FkQLEAFOBw45BhcKAcIKFwY%2BDgdTARABVpYKFgROBBYK%2FdoKFgROBBYKlgoPDwqWCg8PCgLuCg8PCpYKDw%2F%2Bsf4MChMCJgILCgJYCgsCJgITBLAPCv7TGBVsCQwMCWwVGAEtCg%2F%2BcA0JnAkNDQmcCQ0PCv12Cg8PCpYKDw8KlgoPDwoCigoP%2FagOCpgKDg4KmAoOAAAAAAQAAABkBLAETAAdACEAKQAxAAABMzIeAh8BMzIWFREUBiMhIiY1ETQ2OwE%2BBAEVMzUEIgYUFjI2NCQyFhQGIiY0AfTIOF00JAcGlik7Oyn8GCk7OymWAgknM10ByGT%2Bz76Hh76H%2Fu9WPDxWPARMKTs7FRQ7Kf2oKTs7KQJYKTsIG0U1K%2F7UZGRGh76Hh74IPFY8PFYAAAAAAgA1AAAEsASvACAAIwAACQEWFx4BHwEVITUyNi8BIQYHBh4CMxUhNTY3PgE%2FAQEDIQMCqQGBFCgSJQkK%2Fl81LBFS%2Fnk6IgsJKjIe%2FpM4HAwaBwcBj6wBVKIEr%2FwaMioTFQECQkJXLd6RWSIuHAxCQhgcDCUNDQPu%2FVoByQAAAAADAGQAAAPwBLAAJwAyADsAAAEeBhUUDgMjITU%2BATURNC4EJzUFMh4CFRQOAgclMzI2NTQuAisBETMyNjU0JisBAvEFEzUwOyodN1htbDD%2BDCk7AQYLFyEaAdc5dWM%2BHy0tEP6Pi05pESpTPnbYUFJ9Xp8CgQEHGB0zOlIuQ3VONxpZBzMoAzsYFBwLEAkHRwEpSXNDM1s6KwkxYUopOzQb%2FK5lUFqBAAABAMgAAANvBLAAGQAAARcOAQcDBhYXFSE1NjcTNjQuBCcmJzUDbQJTQgeECSxK%2Fgy6Dq0DAw8MHxUXDQYEsDkTNSj8uTEoBmFhEFIDQBEaExAJCwYHAwI5AAAAAAL%2FtQAABRQEsAAlAC8AAAEjNC4FKwERFBYfARUhNTI%2BAzURIyIOBRUjESEFIxEzByczESM3BRQyCAsZEyYYGcgyGRn%2BcAQOIhoWyBkYJhMZCwgyA%2Bj7m0tLfX1LS30DhBUgFQ4IAwH8rhYZAQJkZAEFCRUOA1IBAwgOFSAVASzI%2FOCnpwMgpwACACH%2FtQSPBLAAJQAvAAABIzQuBSsBERQWHwEVITUyPgM1ESMiDgUVIxEhEwc1IRUnNxUhNQRMMggLGRMmGBnIMhkZ%2FnAEDiIaFsgZGCYTGQsIMgPoQ6f84KenAyADhBUgFQ4IAwH9dhYZAQJkZAEFCRUOAooBAwgOFSAVASz7gn1LS319S0sABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyAlgVHR0V%2FagVHR0VA%2BgVHR0V%2FBgVHR0VAyAVHR0V%2FOAVHR0VBEwVHR0V%2B7QVHR0ETB0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AABMhMhYdARQGIyEiJj0BNDYDITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NgMhMhYdARQGIyEiJj0BNDb6ArwVHR0V%2FUQVHR2zBEwVHR0V%2B7QVHR3dArwVHR0V%2FUQVHR2zBEwVHR0V%2B7QVHR0ETB0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR0ABAAAAAAEsARMAA8AHwAvAD8AAAE1NDYzITIWHQEUBiMhIiYBNTQ2MyEyFh0BFAYjISImEzU0NjMhMhYdARQGIyEiJgE1NDYzITIWHQEUBiMhIiYB9B0VAlgVHR0V%2FagVHf5wHRUD6BUdHRX8GBUdyB0VAyAVHR0V%2FOAVHf7UHRUETBUdHRX7tBUdA7ZkFR0dFWQVHR3%2B6WQVHR0VZBUdHf7pZBUdHRVkFR0d%2FulkFR0dFWQVHR0AAAQAAAAABLAETAAPAB8ALwA%2FAAATITIWHQEUBiMhIiY9ATQ2EyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2MgRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dFQRMFR0dFfu0FR0dBEwdFWQVHR0VZBUd%2FtQdFWQVHR0VZBUd%2FtQdFWQVHR0VZBUd%2FtQdFWQVHR0VZBUdAAgAAAAABLAETAAPAB8ALwA%2FAE8AXwBvAH8AABMzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2ATMyFh0BFAYrASImPQE0NikBMhYdARQGIyEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2KQEyFh0BFAYjISImPQE0NgEzMhYdARQGKwEiJj0BNDYpATIWHQEUBiMhIiY9ATQ2MmQVHR0VZBUdHQFBAyAVHR0V%2FOAVHR3%2B6WQVHR0VZBUdHQFBAyAVHR0V%2FOAVHR3%2B6WQVHR0VZBUdHQFBAyAVHR0V%2FOAVHR3%2B6WQVHR0VZBUdHQFBAyAVHR0V%2FOAVHR0ETB0VZBUdHRVkFR0dFWQVHR0VZBUd%2FtQdFWQVHR0VZBUdHRVkFR0dFWQVHf7UHRVkFR0dFWQVHR0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR0dFWQVHR0VZBUdAAAG%2F5wAAASwBEwAAwATACMAKgA6AEoAACEjETsCMhYdARQGKwEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2BQc1IzUzNQUhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2AZBkZJZkFR0dFWQVHR0VAfQVHR0V%2FgwVHR3%2B%2BqfIyAHCASwVHR0V%2FtQVHR0VAlgVHR0V%2FagVHR0ETB0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR36fUtkS68dFWQVHR0VZBUd%2FtQdFWQVHR0VZBUdAAAABgAAAAAFFARMAA8AEwAjACoAOgBKAAATMzIWHQEUBisBIiY9ATQ2ASMRMwEhMhYdARQGIyEiJj0BNDYFMxUjFSc3BSEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYyZBUdHRVkFR0dA2dkZPyuAfQVHR0V%2FgwVHR0EL8jIp6f75gEsFR0dFf7UFR0dFQJYFR0dFf2oFR0dBEwdFWQVHR0VZBUd%2B7QETP7UHRVkFR0dFWQVHchkS319rx0VZBUdHRVkFR3%2B1B0VZBUdHRVkFR0AAAAAAgAAAMgEsAPoAA8AEgAAEyEyFhURFAYjISImNRE0NgkCSwLuHywsH%2F0SHywsBIT%2B1AEsA%2BgsH%2F12HywsHwKKHyz9RAEsASwAAwAAAAAEsARMAA8AFwAfAAATITIWFREUBiMhIiY1ETQ2FxE3BScBExEEMhYUBiImNCwEWBIaGhL7qBIaGkr3ASpKASXs%2FNJwTk5wTgRMGhL8DBIaGhID9BIaZP0ftoOcAT7%2B4AH0dE5vT09vAAAAAAIA2wAFBDYEkQAWAB4AAAEyHgEVFAcOAQ8BLgQnJjU0PgIWIgYUFjI2NAKIdcZzRkWyNjYJIV5YbSk8RHOft7eCgreCBJF4ynVzj23pPz4IIWZomEiEdVijeUjDgriBgbgAAAACABcAFwSZBJkADwAXAAAAMh4CFA4CIi4CND4BAREiDgEUHgEB4%2BrWm1tbm9bq1ptbW5sBS3TFcnLFBJlbm9bq1ptbW5vW6tab%2FG8DVnLF6MVyAAACAHUAAwPfBQ8AGgA1AAABHgYVFA4DBy4DNTQ%2BBQMOAhceBBcWNj8BNiYnLgInJjc2IyYCKhVJT1dOPiUzVnB9P1SbfEokP0xXUEm8FykoAwEbITEcExUWAgYCCQkFEikMGiACCAgFD0iPdXdzdYdFR4BeRiYEBTpjl1lFh3ZzeHaQ%2Ff4hS4I6JUEnIw4IBwwQIgoYBwQQQSlZtgsBAAAAAwAAAAAEywRsAAwAKgAvAAABNz4CHgEXHgEPAiUhMhcHISIGFREUFjMhMjY9ATcRFAYjISImNRE0NgkBBzcBA%2BhsAgYUFR0OFgoFBmz9BQGQMje7%2FpApOzspAfQpO8i7o%2F5wpbm5Azj%2BlqE3AWMD9XMBAgIEDw4WKgsKc8gNuzsp%2FgwpOzsptsj%2BtKW5uaUBkKW5%2Ftf%2BljKqAWMAAgAAAAAEkwRMABsANgAAASEGByMiBhURFBYzITI2NTcVFAYjISImNRE0NgUBFhQHAQYmJzUmDgMHPgY3NT4BAV4BaaQ0wyk7OykB9Ck7yLml%2FnClubkCfwFTCAj%2BrAcLARo5ZFRYGgouOUlARioTAQsETJI2Oyn%2BDCk7OymZZ6W5uaUBkKW5G%2F7TBxUH%2Fs4GBAnLAQINFjAhO2JBNB0UBwHSCgUAAAAAAgAAAAAEnQRMAB0ANQAAASEyFwchIgYVERQWMyEyNj0BNxUUBiMhIiY1ETQ2CQE2Mh8BFhQHAQYiLwEmND8BNjIfARYyAV4BXjxDsv6jKTs7KQH0KTvIuaX%2BcKW5uQHKAYsHFQdlBwf97QcVB%2FgHB2UHFQdvCBQETBexOyn%2BDCk7OylFyNulubmlAZCluf4zAYsHB2UHFQf97AcH%2BAcVB2UHB28HAAAAAQAKAAoEpgSmADsAAAkBNjIXARYGKwEVMzU0NhcBFhQHAQYmPQEjFTMyFgcBBiInASY2OwE1IxUUBicBJjQ3ATYWHQEzNSMiJgE%2BAQgIFAgBBAcFCqrICggBCAgI%2FvgICsiqCgUH%2FvwIFAj%2B%2BAgFCq%2FICgj%2B%2BAgIAQgICsivCgUDlgEICAj%2B%2BAgKyK0KBAf%2B%2FAcVB%2F73BwQKrcgKCP74CAgBCAgKyK0KBAcBCQcVBwEEBwQKrcgKAAEAyAAAA4QETAAZAAATMzIWFREBNhYVERQGJwERFAYrASImNRE0NvpkFR0B0A8VFQ%2F%2BMB0VZBUdHQRMHRX%2BSgHFDggV%2FBgVCA4Bxf5KFR0dFQPoFR0AAAABAAAAAASwBEwAIwAAEzMyFhURATYWFREBNhYVERQGJwERFAYnAREUBisBIiY1ETQ2MmQVHQHQDxUB0A8VFQ%2F%2BMBUP%2FjAdFWQVHR0ETB0V%2FkoBxQ4IFf5KAcUOCBX8GBUIDgHF%2FkoVCA4Bxf5KFR0dFQPoFR0AAAABAJ0AGQSwBDMAFQAAAREUBicBERQGJwEmNDcBNhYVEQE2FgSwFQ%2F%2BMBUP%2FhQPDwHsDxUB0A8VBBr8GBUIDgHF%2FkoVCA4B4A4qDgHgDggV%2FkoBxQ4IAAAAAQDIABYEMwQ2AAsAABMBFhQHAQYmNRE0NvMDLhIS%2FNISGRkEMv4OCx4L%2Fg4LDhUD6BUOAAIAyABkA4QD6AAPAB8AABMzMhYVERQGKwEiJjURNDYhMzIWFREUBisBIiY1ETQ2%2BsgVHR0VyBUdHQGlyBUdHRXIFR0dA%2BgdFfzgFR0dFQMgFR0dFfzgFR0dFQMgFR0AAAEAyABkBEwD6AAPAAABERQGIyEiJjURNDYzITIWBEwdFfzgFR0dFQMgFR0DtvzgFR0dFQMgFR0dAAAAAAEAAAAZBBMEMwAVAAABETQ2FwEWFAcBBiY1EQEGJjURNDYXAfQVDwHsDw%2F%2BFA8V%2FjAPFRUPAmQBthUIDv4gDioO%2FiAOCBUBtv47DggVA%2BgVCA4AAAH%2F%2FgACBLMETwAjAAABNzIWFRMUBiMHIiY1AwEGJjUDAQYmNQM0NhcBAzQ2FwEDNDYEGGQUHgUdFWQVHQL%2BMQ4VAv4yDxUFFQ8B0gIVDwHSAh0ETgEdFfwYFR0BHRUBtf46DwkVAbX%2BOQ4JFAPoFQkP%2Fj4BthQJDv49AbYVHQAAAQEsAAAD6ARMABkAAAEzMhYVERQGKwEiJjURAQYmNRE0NhcBETQ2A1JkFR0dFWQVHf4wDxUVDwHQHQRMHRX8GBUdHRUBtv47DggVA%2BgVCA7%2BOwG2FR0AAAIAZADIBLAESAALABsAAAkBFgYjISImNwE2MgEhMhYdARQGIyEiJj0BNDYCrgH1DwkW%2B%2B4WCQ8B9Q8q%2FfcD6BUdHRX8GBUdHQQ5%2FeQPFhYPAhwP%2FUgdFWQVHR0VZBUdAAEAiP%2F8A3UESgAFAAAJAgcJAQN1%2FqABYMX92AIoA4T%2Bn%2F6fxgIoAiYAAAAAAQE7%2F%2FwEKARKAAUAAAkBJwkBNwQo%2FdnGAWH%2Bn8YCI%2F3ZxgFhAWHGAAIAFwAXBJkEmQAPADMAAAAyHgIUDgIiLgI0PgEFIyIGHQEjIgYdARQWOwEVFBY7ATI2PQEzMjY9ATQmKwE1NCYB4%2BrWm1tbm9bq1ptbW5sBfWQVHZYVHR0Vlh0VZBUdlhUdHRWWHQSZW5vW6tabW1ub1urWm7odFZYdFWQVHZYVHR0Vlh0VZBUdlhUdAAAAAAIAFwAXBJkEmQAPAB8AAAAyHgIUDgIiLgI0PgEBISIGHQEUFjMhMjY9ATQmAePq1ptbW5vW6tabW1ubAkX%2BDBUdHRUB9BUdHQSZW5vW6tabW1ub1urWm%2F5%2BHRVkFR0dFWQVHQACABcAFwSZBJkADwAzAAAAMh4CFA4CIi4CND4BBCIPAScmIg8BBhQfAQcGFB8BFjI%2FARcWMj8BNjQvATc2NC8BAePq1ptbW5vW6tabW1ubAeUZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0JCXh4CQmNBJlbm9bq1ptbW5vW6tabrQl4eAkJjQkZCXh4CRkJjQkJeHgJCY0JGQl4eAkZCY0AAgAXABcEmQSZAA8AJAAAADIeAhQOAiIuAjQ%2BAQEnJiIPAQYUHwEWMjcBNjQvASYiBwHj6tabW1ub1urWm1tbmwEVVAcVCIsHB%2FIHFQcBdwcHiwcVBwSZW5vW6tabW1ub1urWm%2F4xVQcHiwgUCPEICAF3BxUIiwcHAAAAAAMAFwAXBJkEmQAPADsASwAAADIeAhQOAiIuAjQ%2BAQUiDgMVFDsBFjc%2BATMyFhUUBgciDgUHBhY7ATI%2BAzU0LgMTIyIGHQEUFjsBMjY9ATQmAePq1ptbW5vW6tabW1ubAT8dPEIyIRSDHgUGHR8UFw4TARkOGhITDAIBDQ6tBx4oIxgiM0Q8OpYKDw8KlgoPDwSZW5vW6tabW1ub1urWm5ELHi9PMhkFEBQQFRIXFgcIBw4UHCoZCBEQKDhcNi9IKhsJ%2FeMPCpYKDw8KlgoPAAADABcAFwSZBJkADwAfAD4AAAAyHgIUDgIiLgI0PgEFIyIGHQEUFjsBMjY9ATQmAyMiBh0BFBY7ARUjIgYdARQWMyEyNj0BNCYrARE0JgHj6tabW1ub1urWm1tbmwGWlgoPDwqWCg8PCvoKDw8KS0sKDw8KAV4KDw8KSw8EmVub1urWm1tbm9bq1ptWDwqWCg8PCpYKD%2F7UDwoyCg%2FIDwoyCg8PCjIKDwETCg8AAgAAAAAEsASwAC8AXwAAATMyFh0BHgEXMzIWHQEUBisBDgEHFRQGKwEiJj0BLgEnIyImPQE0NjsBPgE3NTQ2ExUUBisBIiY9AQ4BBzMyFh0BFAYrAR4BFzU0NjsBMhYdAT4BNyMiJj0BNDY7AS4BAg2WCg9nlxvCCg8PCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw%2B5DwqWCg9EZheoCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmBLAPCsIbl2cPCpYKD2eXG8IKDw8KwhuXZw8KlgoPZ5cbwgoP%2Fs2oCg8PCqgXZkQPCpYKD0RmF6gKDw8KqBdmRA8KlgoPRGYAAwAXABcEmQSZAA8AGwA%2FAAAAMh4CFA4CIi4CND4BBCIOARQeATI%2BATQmBxcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyAePq1ptbW5vW6tabW1ubAb%2FoxXJyxejFcnKaQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwdABxUHfHwHFQSZW5vW6tabW1ub1urWmztyxejFcnLF6MVaQAcVB3x8BxUHQAcHfHwHB0AHFQd8fAcVB0AHB3x8BwAAAAMAFwAXBJkEmQAPABsAMAAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JgcXFhQHAQYiLwEmND8BNjIfATc2MgHj6tabW1ub1urWm1tbmwG%2F6MVycsXoxXJyg2oHB%2F7ACBQIyggIagcVB0%2FFBxUEmVub1urWm1tbm9bq1ps7csXoxXJyxejFfWoHFQf%2BvwcHywcVB2oICE%2FFBwAAAAMAFwAXBJkEmQAPABgAIQAAADIeAhQOAiIuAjQ%2BAQUiDgEVFBcBJhcBFjMyPgE1NAHj6tabW1ub1urWm1tbmwFLdMVyQQJLafX9uGhzdMVyBJlbm9bq1ptbW5vW6tabO3LFdHhpAktB0P24PnLFdHMAAAAAAQAXAFMEsAP5ABUAABMBNhYVESEyFh0BFAYjIREUBicBJjQnAgoQFwImFR0dFf3aFxD99hACRgGrDQoV%2Ft0dFcgVHf7dFQoNAasNJgAAAAABAAAAUwSZA%2FkAFQAACQEWFAcBBiY1ESEiJj0BNDYzIRE0NgJ%2FAgoQEP32EBf92hUdHRUCJhcD8f5VDSYN%2FlUNChUBIx0VyBUdASMVCgAAAAEAtwAABF0EmQAVAAAJARYGIyERFAYrASImNREhIiY3ATYyAqoBqw0KFf7dHRXIFR3%2B3RUKDQGrDSYEif32EBf92hUdHRUCJhcQAgoQAAAAAQC3ABcEXQSwABUAAAEzMhYVESEyFgcBBiInASY2MyERNDYCJsgVHQEjFQoN%2FlUNJg3%2BVQ0KFQEjHQSwHRX92hcQ%2FfYQEAIKEBcCJhUdAAABAAAAtwSZBF0AFwAACQEWFAcBBiY1EQ4DBz4ENxE0NgJ%2FAgoQEP32EBdesKWBJAUsW4fHfhcEVf5VDSYN%2FlUNChUBIwIkRHVNabGdcUYHAQYVCgACAAAAAASwBLAAFQArAAABITIWFREUBi8BBwYiLwEmND8BJyY2ASEiJjURNDYfATc2Mh8BFhQPARcWBgNSASwVHRUOXvkIFAhqBwf5Xg4I%2FiH%2B1BUdFQ5e%2BQgUCGoHB%2FleDggEsB0V%2FtQVCA5e%2BQcHaggUCPleDhX7UB0VASwVCA5e%2BQcHaggUCPleDhUAAAACAEkASQRnBGcAFQArAAABFxYUDwEXFgYjISImNRE0Nh8BNzYyASEyFhURFAYvAQcGIi8BJjQ%2FAScmNgP2agcH%2BV4OCBX%2B1BUdFQ5e%2BQgU%2FQwBLBUdFQ5e%2BQgUCGoHB%2FleDggEYGoIFAj5Xg4VHRUBLBUIDl75B%2F3xHRX%2B1BUIDl75BwdqCBQI%2BV4OFQAAAAADABcAFwSZBJkADwAfAC8AAAAyHgIUDgIiLgI0PgEFIyIGFxMeATsBMjY3EzYmAyMiBh0BFBY7ATI2PQE0JgHj6tabW1ub1urWm1tbmwGz0BQYBDoEIxQ2FCMEOgQYMZYKDw8KlgoPDwSZW5vW6tabW1ub1urWm7odFP7SFB0dFAEuFB3%2BDA8KlgoPDwqWCg8AAAAABQAAAAAEsASwAEkAVQBhAGgAbwAAATIWHwEWHwEWFxY3Nj8BNjc2MzIWHwEWHwIeATsBMhYdARQGKwEiBh0BIREjESE1NCYrASImPQE0NjsBMjY1ND8BNjc%2BBAUHBhY7ATI2LwEuAQUnJgYPAQYWOwEyNhMhIiY1ESkBERQGIyERAQQJFAUFFhbEFQ8dCAsmxBYXERUXMA0NDgQZCAEPCj0KDw8KMgoP%2FnDI%2FnAPCjIKDw8KPQsOCRkFDgIGFRYfAp2mBwQK2woKAzMDEP41sQgQAzMDCgrnCwMe%2FokKDwGQAlgPCv6JBLAEAgIKDXYNCxUJDRZ2DQoHIREQFRh7LAkLDwoyCg8PCq8BLP7UrwoPDwoyCg8GBQQwgBkUAwgWEQ55ogcKDgqVCgSqnQcECo8KDgr8cg8KAXf%2BiQoPAZAAAAAAAgAAAAwErwSmACsASQAAATYWFQYCDgQuAScmByYOAQ8BBiY1NDc%2BATc%2BAScuAT4BNz4GFyYGBw4BDwEOBAcOARY2Nz4CNz4DNz4BBI0IGgItQmxhi2KORDg9EQQRMxuZGhYqCFUYEyADCQIQOjEnUmFch3vAJQgdHyaiPT44XHRZUhcYDhItIRmKcVtGYWtbKRYEBKYDEwiy%2Ft3IlVgxEQgLCwwBAQIbG5kYEyJAJghKFRE8Hzdff4U%2FM0o1JSMbL0QJGCYvcSEhHjZST2c1ODwEJygeW0AxJUBff1UyFAABAF0AHgRyBM8ATwAAAQ4BHgQXLgc%2BATceAwYHDgQHBicmNzY3PgQuAScWDgMmJy4BJyY%2BBDcGHgM3PgEuAicmPgMCjScfCic4R0IgBBsKGAoQAwEJEg5gikggBhANPkpTPhZINx8SBgsNJysiCRZOQQoVNU1bYC9QZwICBAUWITsoCAYdJzIYHw8YIiYHDyJJYlkEz0OAZVxEOSQMBzgXOB42IzElKRIqg5Gnl0o3Z0c6IAYWCwYNAwQFIDhHXGF1OWiqb0sdBxUknF0XNTQ8PEUiNWNROBYJDS5AQVUhVZloUSkAAAAAA%2F%2FcAGoE1ARGABsAPwBRAAAAMh4FFA4FIi4FND4EBSYGFxYVFAYiJjU0NzYmBwYHDgEXHgQyPgM3NiYnJgUHDgEXFhcWNj8BNiYnJicuAQIGpJ17bk85HBw6T257naKde25POhwcOU9uewIPDwYIGbD4sBcIBw5GWg0ECxYyWl%2BDiINfWjIWCwQMWv3%2FIw8JCSU4EC0OIw4DDywtCyIERi1JXGJcSSpJXGJcSS0tSVxiXEkqSVxiXEncDwYTOT58sLB8OzcTBg9FcxAxEiRGXkQxMEVeRSQSMRF1HiQPLxJEMA0EDyIPJQ8sSRIEAAAABP%2FcAAAE1ASwABQAJwA7AEwAACEjNy4ENTQ%2BBTMyFzczEzceARUUDgMHNz4BNzYmJyYlBgcOARceBBc3LgE1NDc2JhcHDgEXFhcWNj8CJyYnLgECUJQfW6l2WSwcOU9ue51SPUEglCYvbIknUGqYUi5NdiYLBAw2%2FVFGWg0ECxIqSExoNSlrjxcIB3wjDwkJJTgQLQ4MFgMsLQsieBRhdHpiGxVJXGJcSS0Pef5StVXWNBpacm5jGq0xiD8SMRFGckVzEDESHjxRQTkNmhKnbjs3EwZwJA8vEkQwDQQPC1YELEkSBAAAAAP%2FngAABRIEqwALABgAKAAAJwE2FhcBFgYjISImJSE1NDY7ATIWHQEhAQczMhYPAQ4BKwEiJi8BJjZaAoIUOBQCghUbJfryJRsBCgFZDwqWCg8BWf5DaNAUGAQ6BCMUNhQjBDoEGGQEKh8FIfvgIEdEhEsKDw8KSwLT3x0U%2FBQdHRT8FB0AAAABAGQAFQSwBLAAKAAAADIWFREBHgEdARQGJyURFh0BFAYvAQcGJj0BNDcRBQYmPQE0NjcBETQCTHxYAWsPFhgR%2FplkGhPNzRMaZP6ZERgWDwFrBLBYPv6t%2FrsOMRQpFA0M%2Bf75XRRAFRAJgIAJEBVAFF0BB%2FkMDRQpFDEOAUUBUz4AAAARAAAAAARMBLAAHQAnACsALwAzADcAOwA%2FAEMARwBLAE8AUwBXAFsAXwBjAAABMzIWHQEzMhYdASE1NDY7ATU0NjsBMhYdASE1NDYBERQGIyEiJjURFxUzNTMVMzUzFTM1MxUzNTMVMzUFFTM1MxUzNTMVMzUzFTM1MxUzNQUVMzUzFTM1MxUzNTMVMzUzFTM1A1JkFR0yFR37tB0VMh0VZBUdAfQdAQ8dFfwYFR1kZGRkZGRkZGRk%2FHxkZGRkZGRkZGT8fGRkZGRkZGRkZASwHRUyHRWWlhUdMhUdHRUyMhUd%2FnD9EhUdHRUC7shkZGRkZGRkZGRkyGRkZGRkZGRkZGTIZGRkZGRkZGRkZAAAAAMAAAAZBXcElwAZACUANwAAARcWFA8BBiY9ASMBISImPQE0NjsBATM1NDYBBycjIiY9ATQ2MyEBFxYUDwEGJj0BIyc3FzM1NDYEb%2FkPD%2FkOFZ%2F9qP7dFR0dFdECWPEV%2FamNetEVHR0VASMDGvkPD%2FkOFfG1jXqfFQSN5g4qDuYOCBWW%2FagdFWQVHQJYlhUI%2FpiNeh0VZBUd%2Fk3mDioO5g4IFZa1jXqWFQgAAAABAAAAAASwBEwAEgAAEyEyFhURFAYjIQERIyImNRE0NmQD6Ck7Oyn9rP7QZCk7OwRMOyn9qCk7%2FtQBLDspAlgpOwAAAAMAZAAABEwEsAAJABMAPwAAEzMyFh0BITU0NiEzMhYdASE1NDYBERQOBSIuBTURIRUUFRwBHgYyPgYmNTQ9AZbIFR3%2B1B0C0cgVHf7UHQEPBhgoTGacwJxmTCgYBgEsAwcNFB8nNkI2Jx8TDwUFAQSwHRX6%2BhUdHRX6%2BhUd%2FnD%2B1ClJalZcPigoPlxWakkpASz6CRIVKyclIRsWEAgJEBccISUnKhURCPoAAAAB%2F%2F8A1ARMA8IABQAAAQcJAScBBEzG%2Fp%2F%2Bn8UCJwGbxwFh%2Fp%2FHAicAAQAAAO4ETQPcAAUAAAkCNwkBBE392v3ZxgFhAWEDFf3ZAifH%2Fp8BYQAAAAAC%2F1EAZAVfA%2BgAFAApAAABITIWFREzMhYPAQYiLwEmNjsBESElFxYGKwERIRchIiY1ESMiJj8BNjIBlALqFR2WFQgO5g4qDuYOCBWW%2FoP%2BHOYOCBWWAYHX%2FRIVHZYVCA7mDioD6B0V%2FdkVDvkPD%2FkOFQGRuPkOFf5wyB0VAiYVDvkPAAABAAYAAASeBLAAMAAAEzMyFh8BITIWBwMOASMhFyEyFhQGKwEVFAYiJj0BIRUUBiImPQEjIiYvAQMjIiY0NjheERwEJgOAGB4FZAUsIf2HMAIXFR0dFTIdKh3%2B1B0qHR8SHQYFyTYUHh4EsBYQoiUY%2FiUVK8gdKh0yFR0dFTIyFR0dFTIUCQoDwR0qHQAAAAACAAAAAASwBEwACwAPAAABFSE1MzQ2MyEyFhUFIREhBLD7UMg7KQEsKTv9RASw%2B1AD6GRkKTs7Kcj84AACAAAAAAXcBEwADAAQAAATAxEzNDYzITIWFSEVBQEhAcjIyDspASwqOgH0ASz%2B1PtQASwDIP5wAlgpOzspyGT9RAK8AAEBRQAAA2sErwAbAAABFxYGKwERMzIWDwEGIi8BJjY7AREjIiY%2FATYyAnvmDggVlpYVCA7mDioO5g4IFZaWFQgO5g4qBKD5DhX9pxUO%2BQ8P%2BQ4VAlkVDvkPAAAAAQABAUQErwNrABsAAAEXFhQPAQYmPQEhFRQGLwEmND8BNhYdASE1NDYDqPkODvkPFf2oFQ%2F5Dg75DxUCWBUDYOUPKQ%2FlDwkUl5cUCQ%2FlDykP5Q8JFZWVFQkAAAAEAAAAAASwBLAACQAZAB0AIQAAAQMuASMhIgYHAwUhIgYdARQWMyEyNj0BNCYFNTMVMzUzFQSRrAUkFP1gFCQFrAQt%2FBgpOzspA%2BgpOzv%2Bq2RkZAGQAtwXLSgV%2FR1kOylkKTs7KWQpO8hkZGRkAAAAA%2F%2BcAGQEsARMAAsAIwAxAAAAMhYVERQGIiY1ETQDJSMTFgYjIisBIiYnAj0BNDU0PgE7ASUBFSIuAz0BND4CNwRpKh0dKh1k%2FV0mLwMRFQUCVBQdBDcCCwzIAqP8GAQOIhoWFR0dCwRMHRX8rhUdHRUDUhX8mcj%2B7BAIHBUBUQ76AgQQDw36%2FtT6AQsTKRwyGigUDAEAAAACAEoAAARmBLAALAA1AAABMzIWDwEeARcTFzMyFhQGBw4EIyIuBC8BLgE0NjsBNxM%2BATcnJjYDFjMyNw4BIiYCKV4UEgYSU3oPP3YRExwaEggeZGqfTzl0XFU%2BLwwLEhocExF2Pw96UxIGEyQyNDUxDDdGOASwFRMlE39N%2FrmtHSkoBwQLHBYSCg4REg4FBAgoKR2tAUdNfhQgExr7vgYGMT09AAEAFAAUBJwEnAAXAAABNwcXBxcHFycHJwcnBzcnNyc3Jxc3FzcDIOBO6rS06k7gLZubLeBO6rS06k7gLZubA7JO4C2bmy3gTuq0tOpO4C2bmy3gTuq0tAADAAAAZASwBLAAIQAtAD0AAAEzMhYdAQchMhYdARQHAw4BKwEiJi8BIyImNRE0PwI%2BARcPAREzFzMTNSE3NQEzMhYVERQGKwEiJjURNDYCijIoPBwBSCg8He4QLBf6B0YfHz0tNxSRYA0xG2SWZIjW%2Bv4%2BMv12ZBUdHRVkFR0dBLBRLJZ9USxkLR3%2BqBghMhkZJCcBkCQbxMYcKGTU1f6JZAF3feGv%2FtQdFf4MFR0dFQH0FR0AAAAAAwAAAAAEsARMACAAMAA8AAABMzIWFxMWHQEUBiMhFh0BFAYrASImLwImNRE0NjsBNgUzMhYVERQGKwEiJjURNDYhByMRHwEzNSchNQMCWPoXLBDuHTwo%2FrgcPCgyGzENYJEUNy09fP3pZBUdHRVkFR0dAl%2BIZJZkMjIBwvoETCEY%2FqgdLWQsUXYHlixRKBzGxBskAZAnJGRkHRX%2BDBUdHRUB9BUdZP6J1dSv4X0BdwADAAAAZAUOBE8AGwA3AEcAAAElNh8BHgEPASEyFhQGKwEDDgEjISImNRE0NjcXERchEz4BOwEyNiYjISoDLgQnJj8BJwUzMhYVERQGKwEiJjURNDYBZAFrHxZuDQEMVAEuVGxuVGqDBhsP%2FqoHphwOOmQBJYMGGw%2FLFRMSFv44AgoCCQMHAwUDAQwRklb9T2QVHR0VZBUdHQNp5hAWcA0mD3lMkE7%2BrRUoog0CDRElCkj%2BCVkBUxUoMjIBAgIDBQIZFrdT5B0V%2FgwVHR0VAfQVHQAAAAP%2FnABkBLAETwAdADYARgAAAQUeBBURFAYjISImJwMjIiY0NjMhJyY2PwE2BxcWBw4FKgIjIRUzMhYXEyE3ESUFMzIWFREUBisBIiY1ETQ2AdsBbgIIFBANrAf%2Bqg8bBoNqVW1sVAEuVQsBDW4WSpIRDAIDBQMHAwkDCgH%2BJd0PHAaCASZq%2FqoCUGQVHR0VZBUdHQRP5gEFEBEXC%2F3zDaIoFQFTTpBMeQ8mDXAWrrcWGQIFAwICAWQoFf6tWQH37OQdFf4MFR0dFQH0FR0AAAADAGEAAARMBQ4AGwA3AEcAAAAyFh0BBR4BFREUBiMhIiYvAQMmPwE%2BAR8BETQXNTQmBhURHAMOBAcGLwEHEyE3ESUuAQMhMhYdARQGIyEiJj0BNDYB3pBOAVMVKKIN%2FfMRJQoJ5hAWcA0mD3nGMjIBAgIDBQIZFrdT7AH3Wf6tFSiWAfQVHR0V%2FgwVHR0FDm5UaoMGGw%2F%2BqgemHA4OAWsfFm4NAQxUAS5U1ssVExIW%2FjgCCgIJAwcDBQMBDBGSVv6tZAElgwYb%2FQsdFWQVHR0VZBUdAAP%2F%2FQAGA%2BgFFAAPAC0ASQAAASEyNj0BNCYjISIGHQEUFgEVFAYiJjURBwYmLwEmNxM%2BBDMhMhYVERQGBwEDFzc2Fx4FHAIVERQWNj0BNDY3JREnAV4B9BUdHRX%2BDBUdHQEPTpBMeQ8mDXAWEOYBBRARFwsCDQ2iKBX9iexTtxYZAgUDAgIBMjIoFQFTWQRMHRVkFR0dFWQVHfzmalRubFQBLlQMAQ1uFh8BawIIEw8Mpgf%2Bqg8bBgHP%2Fq1WkhEMAQMFAwcDCQIKAv44FhITFcsPGwaDASVkAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBJSYGHQEhIgYdARQWMyEVFBY3JTY0AeLs1ptbW5vW7NabW1ubAob%2B7RAX%2Fu0KDw8KARMXEAETEASaW5vW7NabW1ub1uzWm%2F453w0KFYkPCpYKD4kVCg3fDSYAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgENAQYUFwUWNj0BITI2PQE0JiMhNTQmAeLs1ptbW5vW7NabW1ubASX%2B7RAQARMQFwETCg8PCv7tFwSaW5vW7NabW1ub1uzWm%2BjfDSYN3w0KFYkPCpYKD4kVCgAAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEBAyYiBwMGFjsBERQWOwEyNjURMzI2AeLs1ptbW5vW7NabW1ubAkvfDSYN3w0KFYkPCpYKD4kVCgSaW5vW7NabW1ub1uzWm%2F5AARMQEP7tEBf%2B7QoPDwoBExcAAAIAFgAWBJoEmgAPACUAAAAyHgIUDgIiLgI0PgEFIyIGFREjIgYXExYyNxM2JisBETQmAeLs1ptbW5vW7NabW1ubAZeWCg%2BJFQoN3w0mDd8NChWJDwSaW5vW7NabW1ub1uzWm7sPCv7tFxD%2B7RAQARMQFwETCg8AAAMAGAAYBJgEmAAPAJYApgAAADIeAhQOAiIuAjQ%2BASUOAwcGJgcOAQcGFgcOAQcGFgcUFgcyHgEXHgIXHgI3Fg4BFx4CFxQGFBcWNz4CNy4BJy4BJyIOAgcGJyY2NS4BJzYuAQYHBicmNzY3HgIXHgMfAT4CJyY%2BATc%2BAzcmNzIWMjY3LgMnND4CJiceAT8BNi4CJwYHFB4BFS4CJz4BNxYyPgEB5OjVm1xcm9Xo1ZtcXJsBZA8rHDoKDz0PFD8DAxMBAzEFCRwGIgEMFhkHECIvCxU%2FOR0HFBkDDRQjEwcFaHUeISQDDTAMD0UREi4oLBAzDwQBBikEAQMLGhIXExMLBhAGKBsGBxYVEwYFAgsFAwMNFwQGCQcYFgYQCCARFwkKKiFBCwQCAQMDHzcLDAUdLDgNEiEQEgg%2FKhADGgMKEgoRBJhcm9Xo1ZtcXJvV6NWbEQwRBwkCAwYFBycPCxcHInIWInYcCUcYChQECA4QBAkuHgQPJioRFRscBAcSCgwCch0kPiAIAQcHEAsBAgsLIxcBMQENCQIPHxkCFBkdHB4QBgEBBwoMGBENBAMMJSAQEhYXDQ4qFBkKEhIDCQsXJxQiBgEOCQwHAQ0DBAUcJAwSCwRnETIoAwEJCwsLJQcKDBEAAAAAAQAAAAIErwSFABYAAAE2FwUXNxYGBw4BJwEGIi8BJjQ3ASY2AvSkjv79kfsGUE08hjv9rA8rD28PDwJYIk8EhVxliuh%2BWYcrIgsW%2FawQEG4PKxACV2XJAAYAAABgBLAErAAPABMAIwAnADcAOwAAEyEyFh0BFAYjISImPQE0NgUjFTMFITIWHQEUBiMhIiY9ATQ2BSEVIQUhMhYdARQGIyEiJj0BNDYFIRUhZAPoKTs7KfwYKTs7BBHIyPwYA%2BgpOzsp%2FBgpOzsEEf4MAfT8GAPoKTs7KfwYKTs7BBH%2B1AEsBKw7KWQpOzspZCk7ZGTIOylkKTs7KWQpO2RkyDspZCk7OylkKTtkZAAAAAIAZAAABEwEsAALABEAABMhMhYUBiMhIiY0NgERBxEBIZYDhBUdHRX8fBUdHQI7yP6iA4QEsB0qHR0qHf1E%2FtTIAfQB9AAAAAMAAABkBLAEsAAXABsAJQAAATMyFh0BITIWFREhNSMVIRE0NjMhNTQ2FxUzNQEVFAYjISImPQEB9MgpOwEsKTv%2BDMj%2BDDspASw7KcgB9Dsp%2FBgpOwSwOylkOyn%2BcGRkAZApO2QpO2RkZP1EyCk7OynIAAAABAAAAAAEsASwABUAKwBBAFcAABMhMhYPARcWFA8BBiIvAQcGJjURNDYpATIWFREUBi8BBwYiLwEmND8BJyY2ARcWFA8BFxYGIyEiJjURNDYfATc2MgU3NhYVERQGIyEiJj8BJyY0PwE2MhcyASwVCA5exwcHaggUCMdeDhUdAzUBLBUdFQ5exwgUCGoHB8deDgj%2BL2oHB8deDggV%2FtQVHRUOXscIFALLXg4VHRX%2B1BUIDl7HBwdqCBQIBLAVDl7HCBQIagcHx14OCBUBLBUdHRX%2B1BUIDl7HBwdqCBQIx14OFf0maggUCMdeDhUdFQEsFQgOXscHzl4OCBX%2B1BUdFQ5exwgUCGoHBwAAAAYAAAAABKgEqAAPABsAIwA7AEMASwAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JiQyFhQGIiY0JDIWFAYjIicHFhUUBiImNTQ2PwImNTQEMhYUBiImNCQyFhQGIiY0Advy3Z9fX5%2Fd8t2gXl6gAcbgv29vv%2BC%2Fb2%2F%2BLS0gIC0gAUwtICAWDg83ETNIMykfegEJ%2FoctICAtIAIdLSAgLSAEqF%2Bf3fLdoF5eoN3y3Z9Xb7%2Fgv29vv%2BC%2FBiAtISEtICAtIQqRFxwkMzMkIDEFfgEODhekIC0gIC0gIC0gIC0AAf%2FYAFoEuQS8AFsAACUBNjc2JicmIyIOAwcABw4EFx4BMzI3ATYnLgEjIgcGBwEOASY0NwA3PgEzMhceARcWBgcOBgcGIyImJyY2NwE2NzYzMhceARcWBgcBDgEnLgECIgHVWwgHdl8WGSJBMD8hIP6IDx4eLRMNBQlZN0ozAiQkEAcdEhoYDRr%2Bqw8pHA4BRyIjQS4ODyw9DQ4YIwwod26La1YOOEBGdiIwGkQB%2F0coW2tQSE5nDxE4Qv4eDyoQEAOtAdZbZWKbEQQUGjIhH%2F6JDxsdNSg3HT5CMwIkJCcQFBcMGv6uDwEcKQ4BTSIjIQEINykvYyMLKnhuiWZMBxtAOU6%2BRAH%2FSBg3ISSGV121Qv4kDwIPDyYAAAACAGQAWASvBEQAGQBEAAABPgIeAhUUDgMHLgQ1ND4CHgEFIg4DIi4DIyIGFRQeAhcWFx4EMj4DNzY3PgQ1NCYCiTB7eHVYNkN5hKg%2BPqeFeEM4WnZ4eQEjIT8yLSohJyktPyJDbxtBMjMPBw86KzEhDSIzKUAMBAgrKT8dF2oDtURIBS1TdkA5eYB%2FslVVsn%2BAeTlAdlMtBUgtJjY1JiY1NiZvTRc4SjQxDwcOPCouGBgwKEALBAkpKkQqMhNPbQACADn%2F8gR3BL4AFwAuAAAAMh8BFhUUBg8BJi8BNycBFwcvASY0NwEDNxYfARYUBwEGIi8BJjQ%2FARYfAQcXAQKru0KNQjgiHR8uEl%2F3%2FnvUaRONQkIBGxJpCgmNQkL%2B5UK6Qo1CQjcdLhJf9wGFBL5CjUJeKmsiHTUuEl%2F4%2FnvUahKNQrpCARv%2BRmkICY1CukL%2B5UJCjUK7Qjc3LxFf%2BAGFAAAAAAMAyAAAA%2BgEsAARABUAHQAAADIeAhURFAYjISImNRE0PgEHESERACIGFBYyNjQCBqqaZDo7Kf2oKTs8Zj4CWP7%2FVj09Vj0EsB4uMhX8Ryk7OykDuRUzLar9RAK8%2FRY9Vj09VgABAAAAAASwBLAAFgAACQEWFAYiLwEBEScBBRMBJyEBJyY0NjIDhgEbDx0qDiT%2B6dT%2BzP7oywEz0gEsAQsjDx0qBKH%2B5g8qHQ8j%2FvX%2B1NL%2BzcsBGAE01AEXJA4qHQAAAAADAScAEQQJBOAAMgBAAEsAAAEVHgQXIy4DJxEXHgQVFAYHFSM1JicuASczHgEXEScuBDU0PgI3NRkBDgMVFB4DFxYXET4ENC4CArwmRVI8LAKfBA0dMydAIjxQNyiym2SWVygZA4sFV0obLkJOMCAyVWg6HSoqFQ4TJhkZCWgWKTEiGBkzNwTgTgUTLD9pQiQuLBsH%2Fs0NBxMtPGQ%2Bi6oMTU8QVyhrVk1iEAFPCA4ZLzlYNkZwSCoGTf4SARIEDh02Jh0rGRQIBgPQ%2FsoCCRYgNEM0JRkAAAABAGQAZgOUBK0ASgAAATIeARUjNC4CIyIGBwYVFB4BFxYXMxUjFgYHBgc%2BATM2FjMyNxcOAyMiLgEHDgEPASc%2BBTc%2BAScjNTMmJy4CPgE3NgIxVJlemSc8OxolVBQpGxoYBgPxxQgVFS02ImIWIIwiUzUyHzY4HCAXanQmJ1YYFzcEGAcTDBEJMAwk3aYXFQcKAg4tJGEErVCLTig%2FIhIdFSw5GkowKgkFZDKCHj4yCg8BIh6TExcIASIfBAMaDAuRAxAFDQsRCjePR2QvORQrREFMIVgAAAACABn%2F%2FwSXBLAADwAfAAABMzIWDwEGIi8BJjY7AREzBRcWBisBESMRIyImPwE2MgGQlhUIDuYOKg7mDggVlsgCF%2BYOCBWWyJYVCA7mDioBLBYO%2Bg8P%2Bg4WA4QQ%2BQ4V%2FHwDhBUO%2BQ8AAAQAGf%2F%2FA%2BgEsAAHABcAGwAlAAABIzUjFSMRIQEzMhYPAQYiLwEmNjsBETMFFTM1EwczFSE1NyM1IQPoZGRkASz9qJYVCA7mDioO5g4IFZbIAZFkY8jI%2FtTIyAEsArxkZAH0%2FHwWDvoPD%2FoOFgOEZMjI%2FRL6ZJb6ZAAAAAAEABn%2F%2FwPoBLAADwAZACEAJQAAATMyFg8BBiIvASY2OwERMwUHMxUhNTcjNSERIzUjFSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAljIyP7UyMgBLGRkZAEsx2QBLBYO%2Bg8P%2Bg4WA4SW%2BmSW%2BmT7UGRkAfRkyMgAAAAEABn%2F%2FwRMBLAADwAVABsAHwAAATMyFg8BBiIvASY2OwERMwEjESM1MxMjNSMRIQcVMzUBkJYVCA7mDioO5g4IFZbIAlhkZMhkZMgBLMdkASwWDvoPD%2FoOFgOE%2FgwBkGT7UGQBkGTIyAAAAAAEABn%2F%2FwRMBLAADwAVABkAHwAAATMyFg8BBiIvASY2OwERMwEjNSMRIQcVMzUDIxEjNTMBkJYVCA7mDioO5g4IFZbIArxkyAEsx2QBZGTIASwWDvoPD%2FoOFgOE%2FgxkAZBkyMj7tAGQZAAAAAAFABn%2F%2FwSwBLAADwATABcAGwAfAAABMzIWDwEGIi8BJjY7AREzBSM1MxMhNSETITUhEyE1IQGQlhUIDuYOKg7mDggVlsgB9MjIZP7UASxk%2FnABkGT%2BDAH0ASwWDvoPD%2FoOFgOEyMj%2BDMj%2BDMj%2BDMgABQAZ%2F%2F8EsASwAA8AEwAXABsAHwAAATMyFg8BBiIvASY2OwERMwUhNSEDITUhAyE1IQMjNTMBkJYVCA7mDioO5g4IFZbIAyD%2BDAH0ZP5wAZBk%2FtQBLGTIyAEsFg76Dw%2F6DhYDhMjI%2FgzI%2FgzI%2FgzIAAIAAAAABEwETAAPAB8AAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmAV4BkKK8u6P%2BcKW5uQJn%2FgwpOzspAfQpOzsETLuj%2FnClubmlAZClucg7Kf4MKTs7KQH0KTsAAAAAAwAAAAAETARMAA8AHwArAAABITIWFREUBiMhIiY1ETQ2BSEiBhURFBYzITI2NRE0JgUXFhQPAQYmNRE0NgFeAZClubml%2FnCju7wCZP4MKTs7KQH0KTs7%2Fm%2F9ERH9EBgYBEy5pf5wpbm5pQGQo7vIOyn%2BDCk7OykB9Ck7gr4MJAy%2BDAsVAZAVCwAAAAADAAAAAARMBEwADwAfACsAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFg8BBiIvASY2AV4BkKO7uaX%2BcKW5uQJn%2FgwpOzspAfQpOzv%2BFQGQFQsMvgwkDL4MCwRMvKL%2BcKW5uaUBkKO7yDsp%2FgwpOzspAfQpO8gYEP0REf0QGAAAAAMAAAAABEwETAAPAB8AKwAAASEyFhURFAYjISImNRE0NgUhIgYVERQWMyEyNjURNCYFFxYGIyEiJj8BNjIBXgGQpbm5pf5wo7u5Amf%2BDCk7OykB9Ck7O%2F77vgwLFf5wFQsMvgwkBEy5pf5wo7u8ogGQpbnIOyn%2BDCk7OykB9Ck7z%2F0QGBgQ%2FREAAAAAAgAAAAAFFARMAB8ANQAAASEyFhURFAYjISImPQE0NjMhMjY1ETQmIyEiJj0BNDYHARYUBwEGJj0BIyImPQE0NjsBNTQ2AiYBkKW5uaX%2BcBUdHRUBwik7Oyn%2BPhUdHb8BRBAQ%2FrwQFvoVHR0V%2BhYETLml%2FnCluR0VZBUdOykB9Ck7HRVkFR3p%2FuQOJg7%2B5A4KFZYdFcgVHZYVCgAAAQDZAAID1wSeACMAAAEXFgcGAgclMhYHIggBBwYrAScmNz4BPwEhIicmNzYANjc2MwMZCQgDA5gCASwYEQ4B%2Fvf%2B8wQMDgkJCQUCUCcn%2FtIXCAoQSwENuwUJEASeCQoRC%2F5TBwEjEv7K%2FsUFDwgLFQnlbm4TFRRWAS%2FTBhAAAAACAAAAAAT%2BBEwAHwA1AAABITIWHQEUBiMhIgYVERQWMyEyFh0BFAYjISImNRE0NgUBFhQHAQYmPQEjIiY9ATQ2OwE1NDYBXgGQFR0dFf4%2BKTs7KQHCFR0dFf5wpbm5AvEBRBAQ%2FrwQFvoVHR0V%2BhYETB0VZBUdOyn%2BDCk7HRVkFR25pQGQpbnp%2FuQOJg7%2B5A4KFZYdFcgVHZYVCgACAAAAAASwBLAAFQAxAAABITIWFREUBi8BAQYiLwEmNDcBJyY2ASMiBhURFBYzITI2PQE3ERQGIyEiJjURNDYzIQLuAZAVHRUObf7IDykPjQ8PAThtDgj%2B75wpOzspAfQpO8i7o%2F5wpbm5pQEsBLAdFf5wFQgObf7IDw%2BNDykPAThtDhX%2B1Dsp%2FgwpOzsplMj%2B1qW5uaUBkKW5AAADAA4ADgSiBKIADwAbACMAAAAyHgIUDgIiLgI0PgEEIg4BFB4BMj4BNCYEMhYUBiImNAHh7tmdXV2d2e7ZnV1dnQHD5sJxccLmwnFx%2FnugcnKgcgSiXZ3Z7tmdXV2d2e7ZnUdxwubCcXHC5sJzcqBycqAAAAMAAAAABEwEsAAVAB8AIwAAATMyFhURMzIWBwEGIicBJjY7ARE0NgEhMhYdASE1NDYFFTM1AcLIFR31FAoO%2FoEOJw3%2BhQ0JFfod%2FoUD6BUd%2B7QdA2dkBLAdFf6iFg%2F%2BVg8PAaoPFgFeFR38fB0V%2BvoVHWQyMgAAAAMAAAAABEwErAAVAB8AIwAACQEWBisBFRQGKwEiJj0BIyImNwE%2BAQEhMhYdASE1NDYFFTM1AkcBeg4KFfQiFsgUGPoUCw4Bfw4n%2FfkD6BUd%2B7QdA2dkBJ7%2BTQ8g%2BhQeHRX6IQ8BrxAC%2FH8dFfr6FR1kMjIAAwAAAAAETARLABQAHgAiAAAJATYyHwEWFAcBBiInASY0PwE2MhcDITIWHQEhNTQ2BRUzNQGMAXEHFQeLBwf98wcVB%2F7cBweLCBUH1APoFR37tB0DZ2QC0wFxBweLCBUH%2FfMICAEjCBQIiwcH%2FdIdFfr6FR1kMjIABAAAAAAETASbAAkAGQAjACcAABM3NjIfAQcnJjQFNzYWFQMOASMFIiY%2FASc3ASEyFh0BITU0NgUVMzWHjg4qDk3UTQ4CFtIOFQIBHRX9qxUIDtCa1P49A%2BgVHfu0HQNnZAP%2Fjg4OTdRMDyqa0g4IFf2pFB4BFQ7Qm9T9Oh0V%2BvoVHWQyMgAAAAQAAAAABEwEsAAPABkAIwAnAAABBR4BFRMUBi8BByc3JyY2EwcGIi8BJjQ%2FAQEhMhYdASE1NDYFFTM1AV4CVxQeARUO0JvUm9IOCMNMDyoOjg4OTf76A%2BgVHfu0HQNnZASwAgEdFf2rFQgO0JrUmtIOFf1QTQ4Ojg4qDk3%2BWB0V%2BvoVHWQyMgACAAT%2F7ASwBK8ABQAIAAAlCQERIQkBFQEEsP4d%2Fsb%2BcQSs%2FTMCq2cBFP5xAacDHPz55gO5AAAAAAIAAABkBEwEsAAVABkAAAERFAYrAREhESMiJjURNDY7AREhETMHIzUzBEwdFZb9RJYVHR0V%2BgH0ZMhkZAPo%2FK4VHQGQ%2FnAdFQPoFB7%2B1AEsyMgAAAMAAABFBN0EsAAWABoALwAAAQcBJyYiDwEhESMiJjURNDY7AREhETMHIzUzARcWFAcBBiIvASY0PwE2Mh8BATYyBEwC%2FtVfCRkJlf7IlhUdHRX6AfRkyGRkAbBqBwf%2BXAgUCMoICGoHFQdPASkHFQPolf7VXwkJk%2F5wHRUD6BQe%2FtQBLMjI%2Fc5qBxUH%2FlsHB8sHFQdqCAhPASkHAAMAAAANBQcEsAAWABoAPgAAAREHJy4BBwEhESMiJjURNDY7AREhETMHIzUzARcWFA8BFxYUDwEGIi8BBwYiLwEmND8BJyY0PwE2Mh8BNzYyBExnhg8lEP72%2FreWFR0dFfoB9GTIZGQB9kYPD4ODDw9GDykPg4MPKQ9GDw%2BDgw8PRg8pD4ODDykD6P7zZ4YPAw7%2B9v5wHRUD6BQe%2FtQBLMjI%2FYxGDykPg4MPKQ9GDw%2BDgw8PRg8pD4ODDykPRg8Pg4MPAAADAAAAFQSXBLAAFQAZAC8AAAERISIGHQEhESMiJjURNDY7AREhETMHIzUzEzMyFh0BMzIWDwEGIi8BJjY7ATU0NgRM%2FqIVHf4MlhUdHRX6AfRkyGRklmQVHZYVCA7mDioO5g4IFZYdA%2Bj%2B1B0Vlv5wHRUD6BQe%2FtQBLMjI%2FagdFfoVDuYODuYOFfoVHQAAAAADAAAAAASXBLAAFQAZAC8AAAERJyYiBwEhESMiJjURNDY7AREhETMHIzUzExcWBisBFRQGKwEiJj0BIyImPwE2MgRMpQ4qDv75%2Fm6WFR0dFfoB9GTIZGTr5g4IFZYdFWQVHZYVCA7mDioD6P5wpQ8P%2Fvf%2BcB0VA%2BgUHv7UASzIyP2F5Q8V%2BhQeHhT6FQ%2FlDwADAAAAyASwBEwACQATABcAABMhMhYdASE1NDYBERQGIyEiJjURExUhNTIETBUd%2B1AdBJMdFfu0FR1kAZAETB0VlpYVHf7U%2FdoVHR0VAib%2B1MjIAAAGAAMAfQStBJcADwAZAB0ALQAxADsAAAEXFhQPAQYmPQEhNSE1NDYBIyImPQE0NjsBFyM1MwE3NhYdASEVIRUUBi8BJjQFIzU7AjIWHQEUBisBA6f4Dg74DhX%2BcAGQFf0vMhUdHRUyyGRk%2FoL3DhUBkP5wFQ73DwOBZGRkMxQdHRQzBI3mDioO5g4IFZbIlhUI%2FoUdFWQVHcjI%2FcvmDggVlsiWFQgO5g4qecgdFWQVHQAAAAACAGQAAASwBLAAFgBRAAABJTYWFREUBisBIiY1ES4ENRE0NiUyFh8BERQOAg8BERQGKwEiJjURLgQ1ETQ%2BAzMyFh8BETMRPAE%2BAjMyFh8BETMRND4DA14BFBklHRXIFR0EDiIaFiX%2B4RYZAgEVHR0LCh0VyBUdBA4iGhYBBwoTDRQZAgNkBQkVDxcZAQFkAQUJFQQxdBIUH%2FuuFR0dFQGNAQgbHzUeAWcfRJEZDA3%2BPhw%2FMSkLC%2F5BFR0dFQG%2FBA8uLkAcAcICBxENCxkMDf6iAV4CBxENCxkMDf6iAV4CBxENCwABAGQAAASwBEwAMwAAARUiDgMVERQWHwEVITUyNjURIREUFjMVITUyPgM1ETQmLwE1IRUiBhURIRE0JiM1BLAEDiIaFjIZGf5wSxn%2BDBlL%2FnAEDiIaFjIZGQGQSxkB9BlLBEw4AQUKFA78iBYZAQI4OA0lAYr%2BdiUNODgBBQoUDgN4FhkBAjg4DSX%2BdgGKJQ04AAAABgAAAAAETARMAAwAHAAgACQAKAA0AAABITIWHQEjBTUnITchBSEyFhURFAYjISImNRE0NhcVITUBBTUlBRUhNQUVFAYjIQchJyE3MwKjAXcVHWn%2B2cj%2BcGQBd%2F4lASwpOzsp%2FtQpOzspASwCvP5wAZD8GAEsArwdFf6JZP6JZAGQyGkD6B0VlmJiyGTIOyn%2BDCk7OykB9Ck7ZMjI%2FveFo4XGyMhm%2BBUdZGTIAAEAEAAQBJ8EnwAmAAATNzYWHwEWBg8BHgEXNz4BHwEeAQ8BBiIuBicuBTcRohEuDosOBhF3ZvyNdxEzE8ATBxGjAw0uMUxPZWZ4O0p3RjITCwED76IRBhPCFDERdo78ZXYRBA6IDi8RogEECBUgNUNjO0qZfHNVQBAAAAACAAAAAASwBEwAIwBBAAAAMh4EHwEVFAYvAS4BPQEmIAcVFAYPAQYmPQE%2BBRIyHgIfARUBHgEdARQGIyEiJj0BNDY3ATU0PgIB%2FLimdWQ%2FLAkJHRTKFB2N%2FsKNHRTKFB0DDTE7ZnTKcFImFgEBAW0OFR0V%2B7QVHRUOAW0CFiYETBUhKCgiCgrIFRgDIgMiFZIYGJIVIgMiAxgVyAQNJyQrIP7kExwcCgoy%2FtEPMhTUFR0dFdQUMg8BLzIEDSEZAAADAAAAAASwBLAADQAdACcAAAEHIScRMxUzNTMVMzUzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYETMj9qMjIyMjIyPyuArwVHR0VDIn8SokMFR0dswRMFR37UB0CvMjIAfTIyMjI%2FOAdKh1kZB0qHf7UHRUyMhUdAAAAAwBkAAAEsARMAAkAEwAdAAABIyIGFREhETQmASMiBhURIRE0JgEhETQ2OwEyFhUCvGQpOwEsOwFnZCk7ASw7%2FRv%2B1DspZCk7BEw7KfwYA%2BgpO%2F7UOyn9RAK8KTv84AGQKTs7KQAAAAAF%2F5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQURByMRMwcRMxHIArx8sLB8%2FUR8sLAYA4T%2BDMjI%2FtTIyAEsAZBkyMhkZARMsHz%2BDHywsHwB9HywyP1EArzIZP7UZGQBLGT%2B1GQB9GT%2B1AEsAAAABf%2BcAAAEsARMAA8AEwAfACUAKQAAEyEyFhURFAYjISImNRE0NhcRIREBIzUjFSMRMxUzNTMFEQcjETMHETMRyAK8fLCwfP1EfLCwGAOE%2FgxkZGRkZGQBkGTIyGRkBEywfP4MfLCwfAH0fLDI%2FUQCvP2oyMgB9MjIZP7UZAH0ZP7UASwABP%2BcAAAEsARMAA8AEwAbACMAABMhMhYVERQGIyEiJjURNDYXESERBSMRMxUhESEFIxEzFSERIcgCvHywsHz9RHywsBgDhP4MyMj%2B1AEsAZDIyP7UASwETLB8%2Fgx8sLB8AfR8sMj9RAK8yP7UZAH0ZP7UZAH0AAAABP%2BcAAAEsARMAA8AEwAWABkAABMhMhYVERQGIyEiJjURNDYXESERAS0BDQERyAK8fLCwfP1EfLCwGAOE%2Fgz%2B1AEsAZD%2B1ARMsHz%2BDHywsHwB9HywyP1EArz%2BDJaWlpYBLAAAAAX%2FnAAABLAETAAPABMAFwAgACkAABMhMhYVERQGIyEiJjURNDYXESERAyERIQcjIgYVFBY7AQERMzI2NTQmI8gCvHywsHz9RHywsBgDhGT9RAK8ZIImOTYpgv4Mgik2OSYETLB8%2Fgx8sLB8AfR8sMj9RAK8%2FagB9GRWQUFUASz%2B1FRBQVYAAAAF%2F5wAAASwBEwADwATAB8AJQApAAATITIWFREUBiMhIiY1ETQ2FxEhEQUjFTMRITUzNSMRIQEjESM1MwMjNTPIArx8sLB8%2FUR8sLAYA4T%2BDMjI%2FtTIyAEsAZBkZMjIZGQETLB8%2Fgx8sLB8AfR8sMj9RAK8yGT%2B1GRkASz%2BDAGQZP4MZAAG%2F5wAAASwBEwADwATABkAHwAjACcAABMhMhYVERQGIyEiJjURNDYXESERBTMRIREzASMRIzUzBRUzNQEjNTPIArx8sLB8%2FUR8sLAYA4T9RMj%2B1GQCWGRkyP2oZAEsZGQETLB8%2Fgx8sLB8AfR8sMj9RAK8yP5wAfT%2BDAGQZMjIyP7UZAAF%2F5wAAASwBEwADwATABwAIgAmAAATITIWFREUBiMhIiY1ETQ2FxEhEQEHIzU3NSM1IQEjESM1MwMjNTPIArx8sLB8%2FUR8sLAYA4T%2BDMdkx8gBLAGQZGTIx2RkBEywfP4MfLCwfAH0fLDI%2FUQCvP5wyDLIlmT%2BDAGQZP4MZAAAAAMACQAJBKcEpwAPABsAJQAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JgchFSEVISc1NyEB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWz%2B1AEs%2FtRkZAEsBKdentvw255eXp7b8NueTHHC5MJxccLkwtDIZGTIZAAAAAAEAAkACQSnBKcADwAbACcAKwAAADIeAhQOAiIuAjQ%2BAQQiDgEUHgEyPgE0JgcVBxcVIycjFSMRIQcVMzUB4PDbnl5entvw255eXp4BxeTCcXHC5MJxcWwyZGRklmQBLMjIBKdentvw255eXp7b8NueTHHC5MJxccLkwtBkMmQyZGQBkGRkZAAAAv%2Fy%2F50EwgRBACAANgAAATIWFzYzMhYUBisBNTQmIyEiBh0BIyImNTQ2NyY1ND4BEzMyFhURMzIWDwEGIi8BJjY7ARE0NgH3brUsLC54qqp4gB0V%2FtQVHd5QcFZBAmKqepYKD4kVCg3fDSYN3w0KFYkPBEF3YQ6t8a36FR0dFfpzT0VrDhMSZKpi%2FbMPCv7tFxD0EBD0EBcBEwoPAAAAAAL%2F8v%2BcBMMEQQAcADMAAAEyFhc2MzIWFxQGBwEmIgcBIyImNTQ2NyY1ND4BExcWBisBERQGKwEiJjURIyImNzY3NjIB9m62LCsueaoBeFr%2Bhg0lDf6DCU9xVkECYqnm3w0KFYkPCpYKD4kVCg3HGBMZBEF3YQ%2BteGOkHAFoEBD%2Bk3NPRWsOExNkqWP9kuQQF%2F7tCg8PCgETFxDMGBMAAAABAGQAAARMBG0AGAAAJTUhATMBMwkBMwEzASEVIyIGHQEhNTQmIwK8AZD%2B8qr%2B8qr%2B1P7Uqv7yqv7yAZAyFR0BkB0VZGQBLAEsAU3%2Bs%2F7U%2FtRkHRUyMhUdAAAAAAEAeQAABDcEmwAvAAABMhYXHgEVFAYHFhUUBiMiJxUyFh0BITU0NjM1BiMiJjU0Ny4BNTQ2MzIXNCY1NDYCWF6TGll7OzIJaUo3LRUd%2FtQdFS03SmkELzlpSgUSAqMEm3FZBoNaPWcfHRpKaR77HRUyMhUd%2Bx5pShIUFVg1SmkCAhAFdKMAAAAGACcAFASJBJwAEQAqAEIASgBiAHsAAAEWEgIHDgEiJicmAhI3PgEyFgUiBw4BBwYWHwEWMzI3Njc2Nz4BLwEmJyYXIgcOAQcGFh8BFjMyNz4BNz4BLwEmJyYWJiIGFBYyNjciBw4BBw4BHwEWFxYzMjc%2BATc2Ji8BJhciBwYHBgcOAR8BFhcWMzI3PgE3NiYvASYD8m9PT29T2dzZU29PT29T2dzZ%2Fj0EBHmxIgQNDCQDBBcGG0dGYAsNAwkDCwccBAVQdRgEDA0iBAQWBhJROQwMAwkDCwf5Y4xjY4xjVhYGElE6CwwDCQMLBwgEBVB1GAQNDCIEjRcGG0dGYAsNAwkDCwcIBAR5sSIEDQwkAwPyb%2F7V%2FtVvU1dXU28BKwErb1NXVxwBIrF5DBYDCQEWYEZHGwMVDCMNBgSRAhh1UA0WAwkBFTpREgMVCyMMBwT6Y2OMY2MVFTpREQQVCyMMBwQCGHVQDRYDCQEkFmBGRxsDFQwjDQYEASKxeQwWAwkBAAAABQBkAAAD6ASwAAwADwAWABwAIgAAASERIzUhFSERNDYzIQEjNQMzByczNTMDISImNREFFRQGKwECvAEstP6s%2FoQPCgI%2FASzIZKLU1KJktP51Cg8DhA8KwwMg%2FoTIyALzCg%2F%2B1Mj84NTUyP4MDwoBi8jDCg8AAAAABQBkAAAD6ASwAAkADAATABoAIQAAASERCQERNDYzIQEjNRMjFSM1IzcDISImPQEpARUUBisBNQK8ASz%2Bov3aDwoCPwEsyD6iZKLUqv6dCg8BfAIIDwqbAyD9%2BAFe%2FdoERwoP%2FtTI%2FHzIyNT%2BZA8KNzcKD1AAAAAAAwAAAAAEsAP0AAgAGQAfAAABIxUzFyERIzcFMzIeAhUhFSEDETM0PgIBMwMhASEEiqJkZP7UotT9EsgbGiEOASz9qMhkDiEaAnPw8PzgASwB9AMgyGQBLNTUBBErJGT%2BogHCJCsRBP5w%2FnAB9AAAAAMAAAAABEwETAAZADIAOQAAATMyFh0BMzIWHQEUBiMhIiY9ATQ2OwE1NDYFNTIWFREUBiMhIic3ARE0NjMVFBYzITI2AQc1IzUzNQKKZBUdMhUdHRX%2B1BUdHRUyHQFzKTs7Kf2oARP2%2Fro7KVg%2BASw%2BWP201MjIBEwdFTIdFWQVHR0VZBUdMhUd%2BpY7KfzgKTsE9gFGAUQpO5Y%2BWFj95tSiZKIAAwBkAAAEvARMABkANgA9AAABMzIWHQEzMhYdARQGIyEiJj0BNDY7ATU0NgU1MhYVESMRMxQOAiMhIiY1ETQ2MxUUFjMhMjYBBzUjNTM1AcJkFR0yFR0dFf7UFR0dFTIdAXMpO8jIDiEaG%2F2oKTs7KVg%2BASw%2BWAGc1MjIBEwdFTIdFWQVHR0VZBUdMhUd%2BpY7Kf4M%2FtQkKxEEOykDICk7lj5YWP3m1KJkogAAAAP%2FogAABRYE1AALABsAHwAACQEWBiMhIiY3ATYyEyMiBhcTHgE7ATI2NxM2JgMVMzUCkgJ9FyAs%2BwQsIBcCfRZARNAUGAQ6BCMUNhQjBDoEGODIBK37sCY3NyYEUCf%2BTB0U%2FtIUHR0UAS4UHf4MZGQAAAAACQAAAAAETARMAA8AHwAvAD8ATwBfAG8AfwCPAAABMzIWHQEUBisBIiY9ATQ2EzMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBMzIWHQEUBisBIiY9ATQ2ITMyFh0BFAYrASImPQE0NiEzMhYdARQGKwEiJj0BNDYBqfoKDw8K%2BgoPDwr6Cg8PCvoKDw8BmvoKDw8K%2BgoPD%2Fzq%2BgoPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K%2BgoPD%2Fzq%2BgoPDwr6Cg8PAZr6Cg8PCvoKDw8BmvoKDw8K%2BgoPDwRMDwqWCg8PCpYKD%2F7UDwqWCg8PCpYKDw8KlgoPDwqWCg%2F%2B1A8KlgoPDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKD%2F7UDwqWCg8PCpYKDw8KlgoPDwqWCg8PCpYKDw8KlgoPAAAAAwAAAAAEsAUUABkAKQAzAAABMxUjFSEyFg8BBgchJi8BJjYzITUjNTM1MwEhMhYUBisBFyE3IyImNDYDITIWHQEhNTQ2ArxkZAFePjEcQiko%2FPwoKUIcMT4BXmRkyP4%2BArwVHR0VDIn8SooNFR0dswRMFR37UB0EsMhkTzeEUzMzU4Q3T2TIZPx8HSodZGQdKh3%2B1B0VMjIVHQAABAAAAAAEsAUUAAUAGQArADUAAAAyFhUjNAchFhUUByEyFg8BIScmNjMhJjU0AyEyFhQGKwEVBSElNSMiJjQ2AyEyFh0BITU0NgIwUDnCPAE6EgMBSCkHIq%2F9WrIiCikBSAOvArwVHR0VlgET%2FEoBE5YVHR2zBEwVHftQHQUUOykpjSUmCBEhFpGRFiERCCb%2BlR0qHcjIyMgdKh39qB0VMjIVHQAEAAAAAASwBJ0ABwAUACQALgAAADIWFAYiJjQTMzIWFRQXITY1NDYzASEyFhQGKwEXITcjIiY0NgMhMhYdASE1NDYCDZZqapZqty4iKyf%2BvCcrI%2F7NArwVHR0VDYr8SokMFR0dswRMFR37UB0EnWqWamqW%2Fus5Okxra0w6Of5yHSodZGQdKh3%2B1B0VMjIVHQAEAAAAAASwBRQADwAcACwANgAAATIeARUUBiImNTQ3FzcnNhMzMhYVFBchNjU0NjMBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYL1szb5xvIpBvoyIfLiIrJ%2F68Jysj%2Fs0CvBUdHRUNivxKiQwVHR2zBEwVHftQHQUUa4s2Tm9vTj5Rj2%2BjGv4KOTpMa2tMOjn%2Bch0qHWRkHSod%2FtQdFTIyFR0AAAADAAAAAASwBRIAEgAiACwAAAEFFSEUHgMXIS4BNTQ%2BAjcBITIWFAYrARchNyMiJjQ2AyEyFh0BITU0NgJYASz%2B1CU%2FP00T%2Fe48PUJtj0r%2BogK8FR0dFQ2K%2FEqJDBUdHbMETBUd%2B1AdBLChizlmUT9IGVO9VFShdksE%2FH4dKh1kZB0qHf7UHRUyMhUdAAIAyAAAA%2BgFFAAPACkAAAAyFh0BHgEdASE1NDY3NTQDITIWFyMVMxUjFTMVIxUzFAYjISImNRE0NgIvUjsuNv5wNi5kAZA2XBqsyMjIyMh1U%2F5wU3V1BRQ7KU4aXDYyMjZcGk4p%2Fkc2LmRkZGRkU3V1UwGQU3UAAAMAZP%2F%2FBEwETAAPAC8AMwAAEyEyFhURFAYjISImNRE0NgMhMhYdARQGIyEXFhQGIi8BIQcGIiY0PwEhIiY9ATQ2BQchJ5YDhBUdHRX8fBUdHQQDtgoPDwr%2B5eANGiUNWP30Vw0mGg3g%2Ft8KDw8BqmQBRGQETB0V%2FgwVHR0VAfQVHf1EDwoyCg%2FgDSUbDVhYDRslDeAPCjIKD2RkZAAAAAAEAAAAAASwBEwAGQAjAC0ANwAAEyEyFh0BIzQmKwEiBhUjNCYrASIGFSM1NDYDITIWFREhETQ2ExUUBisBIiY9ASEVFAYrASImPQHIAyBTdWQ7KfopO2Q7KfopO2R1EQPoKTv7UDvxHRVkFR0D6B0VZBUdBEx1U8gpOzspKTs7KchTdf4MOyn%2B1AEsKTv%2BDDIVHR0VMjIVHR0VMgADAAEAAASpBKwADQARABsAAAkBFhQPASEBJjQ3ATYyCQMDITIWHQEhNTQ2AeACqh8fg%2F4f%2FfsgIAEnH1n%2BrAFWAS%2F%2Bq6IDIBUd%2FHwdBI39VR9ZH4MCBh9ZHwEoH%2F5u%2FqoBMAFV%2FBsdFTIyFR0AAAAAAgCPAAAEIQSwABcALwAAAQMuASMhIgYHAwYWMyEVFBYyNj0BMzI2AyE1NDY7ATU0NjsBETMRMzIWHQEzMhYVBCG9CCcV%2FnAVJwi9CBMVAnEdKh19FROo%2Fa0dFTIdFTDILxUdMhUdAocB%2BhMcHBP%2BBhMclhUdHRWWHP2MMhUdMhUdASz%2B1B0VMh0VAAAEAAAAAASwBLAADQAQAB8AIgAAASERFAYjIREBNTQ2MyEBIzUBIREUBiMhIiY1ETQ2MyEBIzUDhAEsDwr%2Bif7UDwoBdwEsyP2oASwPCv12Cg8PCgF3ASzIAyD9wQoPAk8BLFQKD%2F7UyP4M%2FcEKDw8KA7YKD%2F7UyAAC%2F5wAZAUUBEcARgBWAAABMzIeAhcWFxY2NzYnJjc%2BARYXFgcOASsBDgEPAQ4BKwEiJj8BBisBIicHDgErASImPwEmLwEuAT0BNDY7ATY3JyY2OwE2BSMiBh0BFBY7ATI2PQE0JgHkw0uOakkMEhEfQwoKGRMKBQ8XDCkCA1Y9Pgc4HCcDIhVkFRgDDDEqwxgpCwMiFWQVGAMaVCyfExwdFXwLLW8QBxXLdAFF%2BgoPDwr6Cg8PBEdBa4pJDgYKISAiJRsQCAYIDCw9P1c3fCbqFB0dFEYOCEAUHR0UnUplNQcmFTIVHVdPXw4TZV8PCjIKDw8KMgoPAAb%2FnP%2FmBRQEfgAJACQANAA8AFIAYgAAASU2Fh8BFgYPASUzMhYfASEyFh0BFAYHBQYmJyYjISImPQE0NhcjIgYdARQ7ATI2NTQmJyYEIgYUFjI2NAE3PgEeARceAT8BFxYGDwEGJi8BJjYlBwYfAR4BPwE2Jy4BJy4BAoEBpxMuDiAOAxCL%2FCtqQ0geZgM3FR0cE%2F0fFyIJKjr%2B1D5YWLlQExIqhhALIAsSAYBALS1ALf4PmBIgHhMQHC0aPzANITNQL3wpgigJASlmHyElDR0RPRMFAhQHCxADhPcICxAmDyoNeMgiNtQdFTIVJgeEBBQPQ1g%2ByD5YrBwVODMQEAtEERzJLUAtLUD%2B24ITChESEyMgAwWzPUkrRSgJL5cvfRxYGyYrDwkLNRAhFEgJDAQAAAAAAwBkAAAEOQSwAFEAYABvAAABMzIWHQEeARcWDgIPATIeBRUUDgUjFRQGKwEiJj0BIxUUBisBIiY9ASMiJj0BNDY7AREjIiY9ATQ2OwE1NDY7ATIWHQEzNTQ2AxUhMj4CNTc0LgMjARUhMj4CNTc0LgMjAnGWCg9PaAEBIC4uEBEGEjQwOiodFyI2LUAjGg8KlgoPZA8KlgoPrwoPDwpLSwoPDwqvDwqWCg9kD9cBBxwpEwsBAQsTKRz%2B%2BQFrHCkTCwEBCxMpHASwDwptIW1KLk0tHwYGAw8UKDJOLTtdPCoVCwJLCg8PCktLCg8PCksPCpYKDwJYDwqWCg9LCg8PCktLCg%2F%2B1MgVHR0LCgQOIhoW%2FnDIFR0dCwoEDiIaFgAAAwAEAAIEsASuABcAKQAsAAATITIWFREUBg8BDgEjISImJy4CNRE0NgQiDgQPARchNy4FAyMT1AMMVnokEhIdgVL9xFKCHAgYKHoCIIx9VkcrHQYGnAIwnAIIIClJVSGdwwSuelb%2BYDO3QkJXd3ZYHFrFMwGgVnqZFyYtLSUMDPPzBQ8sKDEj%2FsIBBQACAMgAAAOEBRQADwAZAAABMzIWFREUBiMhIiY1ETQ2ARUUBisBIiY9AQHblmesVCn%2BPilUrAFINhWWFTYFFKxn%2FgwpVFQpAfRnrPwY4RU2NhXhAAACAMgAAAOEBRQADwAZAAABMxQWMxEUBiMhIiY1ETQ2ARUUBisBIiY9AQHbYLOWVCn%2BPilUrAFINhWWFTYFFJaz%2FkIpVFQpAfRnrPwY4RU2NhXhAAACAAAAFAUOBBoAFAAaAAAJASUHFRcVJwc1NzU0Jj4CPwEnCQEFJTUFJQUO%2FYL%2Bhk5klpZkAQEBBQQvkwKCAVz%2Bov6iAV4BXgL%2F%2FuWqPOCWx5SVyJb6BA0GCgYDKEEBG%2F1ipqaTpaUAAAMAZAH0BLADIAAHAA8AFwAAEjIWFAYiJjQkMhYUBiImNCQyFhQGIiY0vHxYWHxYAeh8WFh8WAHofFhYfFgDIFh8WFh8WFh8WFh8WFh8WFh8AAAAAAMBkAAAArwETAAHAA8AFwAAADIWFAYiJjQSMhYUBiImNBIyFhQGIiY0Aeh8WFh8WFh8WFh8WFh8WFh8WARMWHxYWHz%2ByFh8WFh8%2FshYfFhYfAAAAAMAZABkBEwETAAPAB8ALwAAEyEyFh0BFAYjISImPQE0NhMhMhYdARQGIyEiJj0BNDYTITIWHQEUBiMhIiY9ATQ2fQO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PCgO2Cg8PCvxKCg8PBEwPCpYKDw8KlgoP%2FnAPCpYKDw8KlgoP%2FnAPCpYKDw8KlgoPAAAABAAAAAAEsASwAA8AHwAvADMAAAEhMhYVERQGIyEiJjURNDYFISIGFREUFjMhMjY1ETQmBSEyFhURFAYjISImNRE0NhcVITUBXgH0ory7o%2F4Mpbm5Asv9qCk7OykCWCk7O%2F2xAfQVHR0V%2FgwVHR1HAZAEsLuj%2FgylubmlAfSlucg7Kf2oKTs7KQJYKTtkHRX%2B1BUdHRUBLBUdZMjIAAAAAAEAZABkBLAETAA7AAATITIWFAYrARUzMhYUBisBFTMyFhQGKwEVMzIWFAYjISImNDY7ATUjIiY0NjsBNSMiJjQ2OwE1IyImNDaWA%2BgVHR0VMjIVHR0VMjIVHR0VMjIVHR0V%2FBgVHR0VMjIVHR0VMjIVHR0VMjIVHR0ETB0qHcgdKh3IHSodyB0qHR0qHcgdKh3IHSodyB0qHQAAAAYBLAAFA%2BgEowAHAA0AEwAZAB8AKgAAAR4BBgcuATYBMhYVIiYlFAYjNDYBMhYVIiYlFAYjNDYDFRQGIiY9ARYzMgKKVz8%2FV1c%2FP%2F75fLB8sAK8sHyw%2FcB8sHywArywfLCwHSodKAMRBKNDsrJCQrKy%2FsCwfLB8fLB8sP7UsHywfHywfLD%2B05AVHR0VjgQAAAH%2FtQDIBJQDgQBCAAABNzYXAR4BBw4BKwEyFRQOBCsBIhE0NyYiBxYVECsBIi4DNTQzIyImJyY2NwE2HwEeAQ4BLwEHIScHBi4BNgLpRRkUASoLCAYFGg8IAQQNGyc%2FKZK4ChRUFQu4jjBJJxkHAgcPGQYGCAsBKhQaTBQVCiMUM7YDe7YsFCMKFgNuEwYS%2FtkLHw8OEw0dNkY4MhwBIBgXBAQYF%2F7gKjxTQyMNEw4PHwoBKBIHEwUjKBYGDMHBDAUWKCMAAAAAAgAAAAAEsASwACUAQwAAASM0LgUrAREUFh8BFSE1Mj4DNREjIg4FFSMRIQEjNC4DKwERFBYXMxUjNTI1ESMiDgMVIzUhBLAyCAsZEyYYGcgyGRn%2BcAQOIhoWyBkYJhMZCwgyA%2Bj9RBkIChgQEWQZDQzIMmQREBgKCBkB9AOEFSAVDggDAfyuFhkBAmRkAQUJFQ4DUgEDCA4VIBUBLP0SDxMKBQH%2BVwsNATIyGQGpAQUKEw%2BWAAAAAAMAAAAABEwErgAdACAAMAAAATUiJy4BLwEBIwEGBw4BDwEVITUiJj8BIRcWBiMVARsBARUUBiMhIiY9ATQ2MyEyFgPoGR4OFgUE%2Ft9F%2FtQSFQkfCwsBETE7EkUBJT0NISf%2B7IZ5AbEdFfwYFR0dFQPoFR0BLDIgDiIKCwLr%2FQ4jFQkTBQUyMisusKYiQTIBhwFW%2Fqr942QVHR0VZBUdHQADAAAAAASwBLAADwBHAEoAABMhMhYVERQGIyEiJjURNDYFIyIHAQYHBgcGHQEUFjMhMjY9ATQmIyInJj8BIRcWBwYjIgYdARQWMyEyNj0BNCYnIicmJyMBJhMjEzIETBUdHRX7tBUdHQJGRg0F%2FtUREhImDAsJAREIDAwINxAKCj8BCjkLEQwYCAwMCAE5CAwLCBEZGQ8B%2FuAFDsVnBLAdFfu0FR0dFQRMFR1SDP0PIBMSEAUNMggMDAgyCAwXDhmjmR8YEQwIMggMDAgyBwwBGRskAuwM%2FgUBCAAABAAAAAAEsASwAAMAEwAjACcAAAEhNSEFITIWFREUBiMhIiY1ETQ2KQEyFhURFAYjISImNRE0NhcRIREEsPtQBLD7ggGQFR0dFf5wFR0dAm0BkBUdHRX%2BcBUdHUcBLARMZMgdFfx8FR0dFQOEFR0dFf5wFR0dFQGQFR1k%2FtQBLAAEAAAAAASwBLAADwAfACMAJwAAEyEyFhURFAYjISImNRE0NgEhMhYVERQGIyEiJjURNDYXESEREyE1ITIBkBUdHRX%2BcBUdHQJtAZAVHR0V%2FnAVHR1HASzI%2B1AEsASwHRX8fBUdHRUDhBUd%2FgwdFf5wFR0dFQGQFR1k%2FtQBLP2oZAAAAAACAAAAZASwA%2BgAJwArAAATITIWFREzNTQ2MyEyFh0BMxUjFRQGIyEiJj0BIxEUBiMhIiY1ETQ2AREhETIBkBUdZB0VAZAVHWRkHRX%2BcBUdZB0V%2FnAVHR0CnwEsA%2BgdFf6ilhUdHRWWZJYVHR0Vlv6iFR0dFQMgFR3%2B1P7UASwAAAQAAAAABLAEsAADABMAFwAnAAAzIxEzFyEyFhURFAYjISImNRE0NhcRIREBITIWFREUBiMhIiY1ETQ2ZGRklgGQFR0dFf5wFR0dRwEs%2FqIDhBUdHRX8fBUdHQSwZB0V%2FnAVHR0VAZAVHWT%2B1AEs%2FgwdFf5wFR0dFQGQFR0AAAAAAgBkAAAETASwACcAKwAAATMyFhURFAYrARUhMhYVERQGIyEiJjURNDYzITUjIiY1ETQ2OwE1MwcRIRECWJYVHR0VlgHCFR0dFfx8FR0dFQFelhUdHRWWZMgBLARMHRX%2BcBUdZB0V%2FnAVHR0VAZAVHWQdFQGQFR1kyP7UASwAAAAEAAAAAASwBLAAAwATABcAJwAAISMRMwUhMhYVERQGIyEiJjURNDYXESERASEyFhURFAYjISImNRE0NgSwZGT9dgGQFR0dFf5wFR0dRwEs%2FK4DhBUdHRX8fBUdHQSwZB0V%2FnAVHR0VAZAVHWT%2B1AEs%2FgwdFf5wFR0dFQGQFR0AAAEBLAAwA28EgAAPAAAJAQYjIiY1ETQ2MzIXARYUA2H%2BEhcSDhAQDhIXAe4OAjX%2BEhcbGQPoGRsX%2FhIOKgAAAAABAUEAMgOEBH4ACwAACQE2FhURFAYnASY0AU8B7h0qKh3%2BEg4CewHuHREp%2FBgpER0B7g4qAAAAAAEAMgFBBH4DhAALAAATITIWBwEGIicBJjZkA%2BgpER3%2BEg4qDv4SHREDhCod%2FhIODgHuHSoAAAAAAQAyASwEfgNvAAsAAAkBFgYjISImNwE2MgJ7Ae4dESn8GCkRHQHuDioDYf4SHSoqHQHuDgAAAAACAAgAAASwBCgABgAKAAABFQE1LQE1ASE1IQK8%2FUwBnf5jBKj84AMgAuW2%2Fr3dwcHd%2B9jIAAAAAAIAAABkBLAEsAALADEAAAEjFTMVIREzNSM1IQEzND4FOwERFAYPARUhNSIuAzURMzIeBRUzESEEsMjI%2FtTIyAEs%2B1AyCAsZEyYYGWQyGRkBkAQOIhoWZBkYJhMZCwgy%2FOADhGRkASxkZP4MFSAVDggDAf3aFhkBAmRkAQUJFQ4CJgEDCA4VIBUBLAAAAgAAAAAETAPoACUAMQAAASM0LgUrAREUFh8BFSE1Mj4DNREjIg4FFSMRIQEjFTMVIREzNSM1IQMgMggLGRMmGBlkMhkZ%2FnAEDiIaFmQZGCYTGQsIMgMgASzIyP7UyMgBLAK8FSAVDggDAf3aFhkCAWRkAQUJFQ4CJgEDCA4VIBUBLPzgZGQBLGRkAAABAMgAZgNyBEoAEgAAATMyFgcJARYGKwEiJwEmNDcBNgK9oBAKDP4wAdAMChCgDQr%2BKQcHAdcKBEoWDP4w%2FjAMFgkB1wgUCAHXCQAAAQE%2BAGYD6ARKABIAAAEzMhcBFhQHAQYrASImNwkBJjYBU6ANCgHXBwf%2BKQoNoBAKDAHQ%2FjAMCgRKCf4pCBQI%2FikJFgwB0AHQDBYAAAEAZgDIBEoDcgASAAAAFh0BFAcBBiInASY9ATQ2FwkBBDQWCf4pCBQI%2FikJFgwB0AHQA3cKEKANCv4pBwcB1woNoBAKDP4wAdAAAAABAGYBPgRKA%2BgAEgAACQEWHQEUBicJAQYmPQE0NwE2MgJqAdcJFgz%2BMP4wDBYJAdcIFAPh%2FikKDaAQCgwB0P4wDAoQoA0KAdcHAAAAAgDZ%2F%2FkEPQSwAAUAOgAAARQGIzQ2BTMyFh8BNjc%2BAh4EBgcOBgcGIiYjIgYiJy4DLwEuAT4EHgEXJyY2A%2BiwfLD%2BVmQVJgdPBQsiKFAzRyorDwURAQQSFyozTSwNOkkLDkc3EDlfNyYHBw8GDyUqPjdGMR%2BTDA0EsHywfLDIHBPCAQIGBwcFDx81S21DBxlLR1xKQhEFBQcHGWt0bCQjP2hJNyATBwMGBcASGAAAAAACAMgAFQOEBLAAFgAaAAATITIWFREUBisBEQcGJjURIyImNRE0NhcVITX6AlgVHR0Vlv8TGpYVHR2rASwEsB0V%2FnAVHf4MsgkQFQKKHRUBkBUdZGRkAAAAAgDIABkETASwAA4AEgAAEyEyFhURBRElIREjETQ2ARU3NfoC7ic9%2FUQCWP1EZB8BDWQEsFEs%2FFt1A7Z9%2FBgEARc0%2FV1kFGQAAQAAAAECTW%2FDBF9fDzz1AB8EsAAAAADQdnOXAAAAANB2c5f%2FUf%2BcBdwFFAAAAA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%3D%29%20format%28%27truetype%27%29%2Curl%28data%3Aimage%2Fsvg%2Bxml%3Bbase64%2CPD94bWwgdmVyc2lvbj0iMS4wIiBzdGFuZGFsb25lPSJubyI%2FPgo8IURPQ1RZUEUgc3ZnIFBVQkxJQyAiLS8vVzNDLy9EVEQgU1ZHIDEuMS8vRU4iICJodHRwOi8vd3d3LnczLm9yZy9HcmFwaGljcy9TVkcvMS4xL0RURC9zdmcxMS5kdGQiID4KPHN2ZyB4bWxucz0iaHR0cDovL3d3dy53My5vcmcvMjAwMC9zdmciPgo8bWV0YWRhdGE%2BPC9tZXRhZGF0YT4KPGRlZnM%2BCjxmb250IGlkPSJnbHlwaGljb25zX2hhbGZsaW5nc3JlZ3VsYXIiIGhvcml6LWFkdi14PSIxMjAwIiA%2BCjxmb250LWZhY2UgdW5pdHMtcGVyLWVtPSIxMjAwIiBhc2NlbnQ9Ijk2MCIgZGVzY2VudD0iLTI0MCIgLz4KPG1pc3NpbmctZ2x5cGggaG9yaXotYWR2LXg9IjUwMCIgLz4KPGdseXBoIGhvcml6LWFkdi14PSIwIiAvPgo8Z2x5cGggaG9yaXotYWR2LXg9IjQwMCIgLz4KPGdseXBoIHVuaWNvZGU9IiAiIC8%2BCjxnbHlwaCB1bmljb2RlPSIqIiBkPSJNNjAwIDExMDBxMTUgMCAzNCAtMS41dDMwIC0zLjVsMTEgLTFxMTAgLTIgMTcuNSAtMTAuNXQ3LjUgLTE4LjV2LTIyNGwxNTggMTU4cTcgNyAxOCA4dDE5IC02bDEwNiAtMTA2cTcgLTggNiAtMTl0LTggLTE4bC0xNTggLTE1OGgyMjRxMTAgMCAxOC41IC03LjV0MTAuNSAtMTcuNXE2IC00MSA2IC03NXEwIC0xNSAtMS41IC0zNHQtMy41IC0zMGwtMSAtMTFxLTIgLTEwIC0xMC41IC0xNy41dC0xOC41IC03LjVoLTIyNGwxNTggLTE1OCBxNyAtNyA4IC0xOHQtNiAtMTlsLTEwNiAtMTA2cS04IC03IC0xOSAtNnQtMTggOGwtMTU4IDE1OHYtMjI0cTAgLTEwIC03LjUgLTE4LjV0LTE3LjUgLTEwLjVxLTQxIC02IC03NSAtNnEtMTUgMCAtMzQgMS41dC0zMCAzLjVsLTExIDFxLTEwIDIgLTE3LjUgMTAuNXQtNy41IDE4LjV2MjI0bC0xNTggLTE1OHEtNyAtNyAtMTggLTh0LTE5IDZsLTEwNiAxMDZxLTcgOCAtNiAxOXQ4IDE4bDE1OCAxNThoLTIyNHEtMTAgMCAtMTguNSA3LjUgdC0xMC41IDE3LjVxLTYgNDEgLTYgNzVxMCAxNSAxLjUgMzR0My41IDMwbDEgMTFxMiAxMCAxMC41IDE3LjV0MTguNSA3LjVoMjI0bC0xNTggMTU4cS03IDcgLTggMTh0NiAxOWwxMDYgMTA2cTggNyAxOSA2dDE4IC04bDE1OCAtMTU4djIyNHEwIDEwIDcuNSAxOC41dDE3LjUgMTAuNXE0MSA2IDc1IDZ6IiAvPgo8Z2x5cGggdW5pY29kZT0iKyIgZD0iTTQ1MCAxMTAwaDIwMHEyMSAwIDM1LjUgLTE0LjV0MTQuNSAtMzUuNXYtMzUwaDM1MHEyMSAwIDM1LjUgLTE0LjV0MTQuNSAtMzUuNXYtMjAwcTAgLTIxIC0xNC41IC0zNS41dC0zNS41IC0xNC41aC0zNTB2LTM1MHEwIC0yMSAtMTQuNSAtMzUuNXQtMzUuNSAtMTQuNWgtMjAwcS0yMSAwIC0zNS41IDE0LjV0LTE0LjUgMzUuNXYzNTBoLTM1MHEtMjEgMCAtMzUuNSAxNC41dC0xNC41IDM1LjV2MjAwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNSBoMzUwdjM1MHEwIDIxIDE0LjUgMzUuNXQzNS41IDE0LjV6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4YTA7IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4YTU7IiBkPSJNODI1IDExMDBoMjUwcTEwIDAgMTIuNSAtNXQtNS41IC0xM2wtMzY0IC0zNjRxLTYgLTYgLTExIC0xOGgyNjhxMTAgMCAxMyAtNnQtMyAtMTRsLTEyMCAtMTYwcS02IC04IC0xOCAtMTR0LTIyIC02aC0xMjV2LTEwMGgyNzVxMTAgMCAxMyAtNnQtMyAtMTRsLTEyMCAtMTYwcS02IC04IC0xOCAtMTR0LTIyIC02aC0xMjV2LTE3NHEwIC0xMSAtNy41IC0xOC41dC0xOC41IC03LjVoLTE0OHEtMTEgMCAtMTguNSA3LjV0LTcuNSAxOC41djE3NCBoLTI3NXEtMTAgMCAtMTMgNnQzIDE0bDEyMCAxNjBxNiA4IDE4IDE0dDIyIDZoMTI1djEwMGgtMjc1cS0xMCAwIC0xMyA2dDMgMTRsMTIwIDE2MHE2IDggMTggMTR0MjIgNmgxMThxLTUgMTIgLTExIDE4bC0zNjQgMzY0cS04IDggLTUuNSAxM3QxMi41IDVoMjUwcTI1IDAgNDMgLTE4bDE2NCAtMTY0cTggLTggMTggLTh0MTggOGwxNjQgMTY0cTE4IDE4IDQzIDE4eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeDIwMDA7IiBob3Jpei1hZHYteD0iNjUwIiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4MjAwMTsiIGhvcml6LWFkdi14PSIxMzAwIiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4MjAwMjsiIGhvcml6LWFkdi14PSI2NTAiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3gyMDAzOyIgaG9yaXotYWR2LXg9IjEzMDAiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3gyMDA0OyIgaG9yaXotYWR2LXg9IjQzMyIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeDIwMDU7IiBob3Jpei1hZHYteD0iMzI1IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4MjAwNjsiIGhvcml6LWFkdi14PSIyMTYiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3gyMDA3OyIgaG9yaXotYWR2LXg9IjIxNiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeDIwMDg7IiBob3Jpei1hZHYteD0iMTYyIiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4MjAwOTsiIGhvcml6LWFkdi14PSIyNjAiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3gyMDBhOyIgaG9yaXotYWR2LXg9IjcyIiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4MjAyZjsiIGhvcml6LWFkdi14PSIyNjAiIC8%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3gyNmZhOyIgZD0iTTc3NCAxMTkzLjVxMTYgLTkuNSAyMC41IC0yN3QtNS41IC0zMy41bC0xMzYgLTE4N2w0NjcgLTc0NmgzMHEyMCAwIDM1IC0xOC41dDE1IC0zOS41di00MmgtMTIwMHY0MnEwIDIxIDE1IDM5LjV0MzUgMTguNWgzMGw0NjggNzQ2bC0xMzUgMTgzcS0xMCAxNiAtNS41IDM0dDIwLjUgMjh0MzQgNS41dDI4IC0yMC41bDExMSAtMTQ4bDExMiAxNTBxOSAxNiAyNyAyMC41dDM0IC01ek02MDAgMjAwaDM3N2wtMTgyIDExMmwtMTk1IDUzNHYtNjQ2eiAiIC8%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDI0OyIgZD0iTTEzMDAgMGgtNTM4bC00MSA0MDBoLTI0MmwtNDEgLTQwMGgtNTM4bDQzMSAxMjAwaDIwOWwtMjEgLTMwMGgxNjJsLTIwIDMwMGgyMDh6TTUxNSA4MDBsLTI3IC0zMDBoMjI0bC0yNyAzMDBoLTE3MHoiIC8%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%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%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%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%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%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%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDQyOyIgZD0iTTUwMCAxMjAwbDY4MiAtNjgycTggLTggOCAtMTh0LTggLTE4bC00NjQgLTQ2NHEtOCAtOCAtMTggLTh0LTE4IDhsLTY4MiA2ODJsMSA0NzVxMCAxMCA3LjUgMTcuNXQxNy41IDcuNWg0NzR6TTgwMCAxMjAwbDY4MiAtNjgycTggLTggOCAtMTh0LTggLTE4bC00NjQgLTQ2NHEtOCAtOCAtMTggLTh0LTE4IDhsLTU2IDU2bDQyNCA0MjZsLTcwMCA3MDBoMTUwek0zMTkuNSAxMDI0LjVxLTI5LjUgMjkuNSAtNzEgMjkuNXQtNzEgLTI5LjUgdC0yOS41IC03MS41dDI5LjUgLTcxLjV0NzEgLTI5LjV0NzEgMjkuNXQyOS41IDcxLjV0LTI5LjUgNzEuNXoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDQzOyIgZD0iTTMwMCAxMjAwaDgyNXE3NSAwIDc1IC03NXYtOTAwcTAgLTI1IC0xOCAtNDNsLTY0IC02NHEtOCAtOCAtMTMgLTUuNXQtNSAxMi41djk1MHEwIDEwIC03LjUgMTcuNXQtMTcuNSA3LjVoLTcwMHEtMjUgMCAtNDMgLTE4bC02NCAtNjRxLTggLTggLTUuNSAtMTN0MTIuNSAtNWg3MDBxMTAgMCAxNy41IC03LjV0Ny41IC0xNy41di05NTBxMCAtMTAgLTcuNSAtMTcuNXQtMTcuNSAtNy41aC04NTBxLTEwIDAgLTE3LjUgNy41dC03LjUgMTcuNXY5NzUgcTAgMjUgMTggNDNsMTM5IDEzOXExOCAxOCA0MyAxOHoiIC8%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDQ5OyIgZD0iTTg3NyAxMjAwbDIgLTU3cS04MyAtMTkgLTExNiAtNDUuNXQtNDAgLTY2LjVsLTEzMiAtODM5cS05IC00OSAxMyAtNjl0OTYgLTI2di05N2gtNTAwdjk3cTE4NiAxNiAyMDAgOThsMTczIDgzMnEzIDE3IDMgMzB0LTEuNSAyMi41dC05IDE3LjV0LTEzLjUgMTIuNXQtMjEuNSAxMHQtMjYgOC41dC0zMy41IDEwcS0xMyAzIC0xOSA1djU3aDQyNXoiIC8%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%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%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDY5OyIgZD0iTTI1MCAxMTAwaDEwMHEyMSAwIDM1LjUgLTE0LjV0MTQuNSAtMzUuNXYtNDM4bDQ2NCA0NTNxMTUgMTQgMjUuNSAxMHQxMC41IC0yNXYtMTAwMHEwIC0yMSAtMTAuNSAtMjV0LTI1LjUgMTBsLTQ2NCA0NTN2LTQzOHEwIC0yMSAtMTQuNSAtMzUuNXQtMzUuNSAtMTQuNWgtMTAwcS0yMSAwIC0zNS41IDE0LjV0LTE0LjUgMzUuNXYxMDAwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDcwOyIgZD0iTTUwIDExMDBoMTAwcTIxIDAgMzUuNSAtMTQuNXQxNC41IC0zNS41di00MzhsNDY0IDQ1M3ExNSAxNCAyNS41IDEwdDEwLjUgLTI1di00MzhsNDY0IDQ1M3ExNSAxNCAyNS41IDEwdDEwLjUgLTI1di0xMDAwcTAgLTIxIC0xMC41IC0yNXQtMjUuNSAxMGwtNDY0IDQ1M3YtNDM4cTAgLTIxIC0xMC41IC0yNXQtMjUuNSAxMGwtNDY0IDQ1M3YtNDM4cTAgLTIxIC0xNC41IC0zNS41dC0zNS41IC0xNC41aC0xMDBxLTIxIDAgLTM1LjUgMTQuNSB0LTE0LjUgMzUuNXYxMDAwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDcxOyIgZD0iTTEyMDAgMTA1MHYtMTAwMHEwIC0yMSAtMTAuNSAtMjV0LTI1LjUgMTBsLTQ2NCA0NTN2LTQzOHEwIC0yMSAtMTAuNSAtMjV0LTI1LjUgMTBsLTQ5MiA0ODBxLTE1IDE0IC0xNSAzNXQxNSAzNWw0OTIgNDgwcTE1IDE0IDI1LjUgMTB0MTAuNSAtMjV2LTQzOGw0NjQgNDUzcTE1IDE0IDI1LjUgMTB0MTAuNSAtMjV6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4ZTA3MjsiIGQ9Ik0yNDMgMTA3NGw4MTQgLTQ5OHExOCAtMTEgMTggLTI2dC0xOCAtMjZsLTgxNCAtNDk4cS0xOCAtMTEgLTMwLjUgLTR0LTEyLjUgMjh2MTAwMHEwIDIxIDEyLjUgMjh0MzAuNSAtNHoiIC8%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDc5OyIgZD0iTTg4NSA5MDBsLTM1MiAtMzUzbDM1MiAtMzUzbC0xOTcgLTE5OGwtNTUyIDU1Mmw1NTIgNTUweiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUwODA7IiBkPSJNMTA2NCA1NDdsLTU1MSAtNTUxbC0xOTggMTk4bDM1MyAzNTNsLTM1MyAzNTNsMTk4IDE5OHoiIC8%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDg2OyIgZD0iTTYwMCAxMTc3cTExNyAwIDIyNCAtNDUuNXQxODQuNSAtMTIzdDEyMyAtMTg0LjV0NDUuNSAtMjI0dC00NS41IC0yMjR0LTEyMyAtMTg0LjV0LTE4NC41IC0xMjN0LTIyNCAtNDUuNXQtMjI0IDQ1LjV0LTE4NC41IDEyM3QtMTIzIDE4NC41dC00NS41IDIyNHQ0NS41IDIyNHQxMjMgMTg0LjV0MTg0LjUgMTIzdDIyNCA0NS41ek02NzUgMTAwMGgtMTUwcS0xMCAwIC0xNy41IC03LjV0LTcuNSAtMTcuNXYtMTUwcTAgLTEwIDcuNSAtMTcuNSB0MTcuNSAtNy41aDE1MHExMCAwIDE3LjUgNy41dDcuNSAxNy41djE1MHEwIDEwIC03LjUgMTcuNXQtMTcuNSA3LjV6TTY3NSA3MDBoLTI1MHEtMTAgMCAtMTcuNSAtNy41dC03LjUgLTE3LjV2LTUwcTAgLTEwIDcuNSAtMTcuNXQxNy41IC03LjVoNzV2LTIwMGgtNzVxLTEwIDAgLTE3LjUgLTcuNXQtNy41IC0xNy41di01MHEwIC0xMCA3LjUgLTE3LjV0MTcuNSAtNy41aDM1MHExMCAwIDE3LjUgNy41dDcuNSAxNy41djUwcTAgMTAgLTcuNSAxNy41IHQtMTcuNSA3LjVoLTc1djI3NXEwIDEwIC03LjUgMTcuNXQtMTcuNSA3LjV6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4ZTA4NzsiIGQ9Ik01MjUgMTIwMGgxNTBxMTAgMCAxNy41IC03LjV0Ny41IC0xNy41di0xOTRxMTAzIC0yNyAxNzguNSAtMTAyLjV0MTAyLjUgLTE3OC41aDE5NHExMCAwIDE3LjUgLTcuNXQ3LjUgLTE3LjV2LTE1MHEwIC0xMCAtNy41IC0xNy41dC0xNy41IC03LjVoLTE5NHEtMjcgLTEwMyAtMTAyLjUgLTE3OC41dC0xNzguNSAtMTAyLjV2LTE5NHEwIC0xMCAtNy41IC0xNy41dC0xNy41IC03LjVoLTE1MHEtMTAgMCAtMTcuNSA3LjV0LTcuNSAxNy41djE5NCBxLTEwMyAyNyAtMTc4LjUgMTAyLjV0LTEwMi41IDE3OC41aC0xOTRxLTEwIDAgLTE3LjUgNy41dC03LjUgMTcuNXYxNTBxMCAxMCA3LjUgMTcuNXQxNy41IDcuNWgxOTRxMjcgMTAzIDEwMi41IDE3OC41dDE3OC41IDEwMi41djE5NHEwIDEwIDcuNSAxNy41dDE3LjUgNy41ek03MDAgODkzdi0xNjhxMCAtMTAgLTcuNSAtMTcuNXQtMTcuNSAtNy41aC0xNTBxLTEwIDAgLTE3LjUgNy41dC03LjUgMTcuNXYxNjhxLTY4IC0yMyAtMTE5IC03NCB0LTc0IC0xMTloMTY4cTEwIDAgMTcuNSAtNy41dDcuNSAtMTcuNXYtMTUwcTAgLTEwIC03LjUgLTE3LjV0LTE3LjUgLTcuNWgtMTY4cTIzIC02OCA3NCAtMTE5dDExOSAtNzR2MTY4cTAgMTAgNy41IDE3LjV0MTcuNSA3LjVoMTUwcTEwIDAgMTcuNSAtNy41dDcuNSAtMTcuNXYtMTY4cTY4IDIzIDExOSA3NHQ3NCAxMTloLTE2OHEtMTAgMCAtMTcuNSA3LjV0LTcuNSAxNy41djE1MHEwIDEwIDcuNSAxNy41dDE3LjUgNy41aDE2OCBxLTIzIDY4IC03NCAxMTl0LTExOSA3NHoiIC8%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%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMDk2OyIgZD0iTTg1MCAxMjAwaDMwMHEyMSAwIDM1LjUgLTE0LjV0MTQuNSAtMzUuNXYtMzAwcTAgLTIxIC0xMC41IC0yNXQtMjQuNSAxMGwtOTQgOTRsLTI0OSAtMjQ5cS04IC03IC0xOCAtN3QtMTggN2wtMTA2IDEwNnEtNyA4IC03IDE4dDcgMThsMjQ5IDI0OWwtOTQgOTRxLTE0IDE0IC0xMCAyNC41dDI1IDEwLjV6TTM1MCAwaC0zMDBxLTIxIDAgLTM1LjUgMTQuNXQtMTQuNSAzNS41djMwMHEwIDIxIDEwLjUgMjV0MjQuNSAtMTBsOTQgLTk0bDI0OSAyNDkgcTggNyAxOCA3dDE4IC03bDEwNiAtMTA2cTcgLTggNyAtMTh0LTcgLTE4bC0yNDkgLTI0OWw5NCAtOTRxMTQgLTE0IDEwIC0yNC41dC0yNSAtMTAuNXoiIC8%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%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%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%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%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%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%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%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%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%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%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%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%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMTQ0OyIgZD0iTTc3Ni41IDEyMTRxOTMuNSAwIDE1OS41IC02NmwxNDEgLTE0MXE2NiAtNjYgNjYgLTE2MHEwIC00MiAtMjggLTk1LjV0LTYyIC04Ny41bC0yOSAtMjlxLTMxIDUzIC03NyA5OWwtMTggMThsOTUgOTVsLTI0NyAyNDhsLTM4OSAtMzg5bDIxMiAtMjEybC0xMDUgLTEwNmwtMTkgMThsLTE0MSAxNDFxLTY2IDY2IC02NiAxNTl0NjYgMTU5bDI4MyAyODNxNjUgNjYgMTU4LjUgNjZ6TTYwMCA3MDZsMTA1IDEwNXExMCAtOCAxOSAtMTdsMTQxIC0xNDEgcTY2IC02NiA2NiAtMTU5dC02NiAtMTU5bC0yODMgLTI4M3EtNjYgLTY2IC0xNTkgLTY2dC0xNTkgNjZsLTE0MSAxNDFxLTY2IDY2IC02NiAxNTkuNXQ2NiAxNTkuNWw1NSA1NXEyOSAtNTUgNzUgLTEwMmwxOCAtMTdsLTk1IC05NWwyNDcgLTI0OGwzODkgMzg5eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUxNDU7IiBkPSJNNjAzIDEyMDBxODUgMCAxNjIgLTE1dDEyNyAtMzh0NzkgLTQ4dDI5IC00NnYtOTUzcTAgLTQxIC0yOS41IC03MC41dC03MC41IC0yOS41aC02MDBxLTQxIDAgLTcwLjUgMjkuNXQtMjkuNSA3MC41djk1M3EwIDIxIDMwIDQ2LjV0ODEgNDh0MTI5IDM3LjV0MTYzIDE1ek0zMDAgMTAwMHYtNzAwaDYwMHY3MDBoLTYwMHpNNjAwIDI1NHEtNDMgMCAtNzMuNSAtMzAuNXQtMzAuNSAtNzMuNXQzMC41IC03My41dDczLjUgLTMwLjV0NzMuNSAzMC41IHQzMC41IDczLjV0LTMwLjUgNzMuNXQtNzMuNSAzMC41eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUxNDY7IiBkPSJNOTAyIDExODVsMjgzIC0yODJxMTUgLTE1IDE1IC0zNnQtMTQuNSAtMzUuNXQtMzUuNSAtMTQuNXQtMzUgMTVsLTM2IDM1bC0yNzkgLTI2N3YtMzAwbC0yMTIgMjEwbC0zMDggLTMwN2wtMjgwIC0yMDNsMjAzIDI4MGwzMDcgMzA4bC0yMTAgMjEyaDMwMGwyNjcgMjc5bC0zNSAzNnEtMTUgMTQgLTE1IDM1dDE0LjUgMzUuNXQzNS41IDE0LjV0MzUgLTE1eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUxNDg7IiBkPSJNNzAwIDEyNDh2LTc4cTM4IC01IDcyLjUgLTE0LjV0NzUuNSAtMzEuNXQ3MSAtNTMuNXQ1MiAtODR0MjQgLTExOC41aC0xNTlxLTQgMzYgLTEwLjUgNTl0LTIxIDQ1dC00MCAzNS41dC02NC41IDIwLjV2LTMwN2w2NCAtMTNxMzQgLTcgNjQgLTE2LjV0NzAgLTMydDY3LjUgLTUyLjV0NDcuNSAtODB0MjAgLTExMnEwIC0xMzkgLTg5IC0yMjR0LTI0NCAtOTd2LTc3aC0xMDB2NzlxLTE1MCAxNiAtMjM3IDEwM3EtNDAgNDAgLTUyLjUgOTMuNSB0LTE1LjUgMTM5LjVoMTM5cTUgLTc3IDQ4LjUgLTEyNnQxMTcuNSAtNjV2MzM1bC0yNyA4cS00NiAxNCAtNzkgMjYuNXQtNzIgMzZ0LTYzIDUydC00MCA3Mi41dC0xNiA5OHEwIDcwIDI1IDEyNnQ2Ny41IDkydDk0LjUgNTd0MTEwIDI3djc3aDEwMHpNNjAwIDc1NHYyNzRxLTI5IC00IC01MCAtMTF0LTQyIC0yMS41dC0zMS41IC00MS41dC0xMC41IC02NXEwIC0yOSA3IC01MC41dDE2LjUgLTM0dDI4LjUgLTIyLjV0MzEuNSAtMTR0MzcuNSAtMTAgcTkgLTMgMTMgLTR6TTcwMCA1NDd2LTMxMHEyMiAyIDQyLjUgNi41dDQ1IDE1LjV0NDEuNSAyN3QyOSA0MnQxMiA1OS41dC0xMi41IDU5LjV0LTM4IDQ0LjV0LTUzIDMxdC02Ni41IDI0LjV6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4ZTE0OTsiIGQ9Ik01NjEgMTE5N3E4NCAwIDE2MC41IC00MHQxMjMuNSAtMTA5LjV0NDcgLTE0Ny41aC0xNTNxMCA0MCAtMTkuNSA3MS41dC00OS41IDQ4LjV0LTU5LjUgMjZ0LTU1LjUgOXEtMzcgMCAtNzkgLTE0LjV0LTYyIC0zNS41cS00MSAtNDQgLTQxIC0xMDFxMCAtMjYgMTMuNSAtNjN0MjYuNSAtNjF0MzcgLTY2cTYgLTkgOSAtMTRoMjQxdi0xMDBoLTE5N3E4IC01MCAtMi41IC0xMTV0LTMxLjUgLTk1cS00NSAtNjIgLTk5IC0xMTIgcTM0IDEwIDgzIDE3LjV0NzEgNy41cTMyIDEgMTAyIC0xNnQxMDQgLTE3cTgzIDAgMTM2IDMwbDUwIC0xNDdxLTMxIC0xOSAtNTggLTMwLjV0LTU1IC0xNS41dC00MiAtNC41dC00NiAtMC41cS0yMyAwIC03NiAxN3QtMTExIDMyLjV0LTk2IDExLjVxLTM5IC0zIC04MiAtMTZ0LTY3IC0yNWwtMjMgLTExbC01NSAxNDVxNCAzIDE2IDExdDE1LjUgMTAuNXQxMyA5dDE1LjUgMTJ0MTQuNSAxNHQxNy41IDE4LjVxNDggNTUgNTQgMTI2LjUgdC0zMCAxNDIuNWgtMjIxdjEwMGgxNjZxLTIzIDQ3IC00NCAxMDRxLTcgMjAgLTEyIDQxLjV0LTYgNTUuNXQ2IDY2LjV0MjkuNSA3MC41dDU4LjUgNzFxOTcgODggMjYzIDg4eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUxNTA7IiBkPSJNNDAwIDMwMGgxNTBxMjEgMCAyNSAtMTF0LTEwIC0yNWwtMjMwIC0yNTBxLTE0IC0xNSAtMzUgLTE1dC0zNSAxNWwtMjMwIDI1MHEtMTQgMTQgLTEwIDI1dDI1IDExaDE1MHY5MDBoMjAwdi05MDB6TTkzNSAxMTg0bDIzMCAtMjQ5cTE0IC0xNCAxMCAtMjQuNXQtMjUgLTEwLjVoLTE1MHYtOTAwaC0yMDB2OTAwaC0xNTBxLTIxIDAgLTI1IDEwLjV0MTAgMjQuNWwyMzAgMjQ5cTE0IDE1IDM1IDE1dDM1IC0xNXoiIC8%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMTYyOyIgZD0iTTc5MyAxMTgybDkgLTlxOCAtMTAgNSAtMjdxLTMgLTExIC03OSAtMjI1LjV0LTc4IC0yMjEuNWwzMDAgMXEyNCAwIDMyLjUgLTE3LjV0LTUuNSAtMzUuNXEtMSAwIC0xMzMuNSAtMTU1dC0yNjcgLTMxMi41dC0xMzguNSAtMTYyLjVxLTEyIC0xNSAtMjYgLTE1aC05bC05IDhxLTkgMTEgLTQgMzJxMiA5IDQyIDEyMy41dDc5IDIyNC41bDM5IDExMGgtMzAycS0yMyAwIC0zMSAxOXEtMTAgMjEgNiA0MXE3NSA4NiAyMDkuNSAyMzcuNSB0MjI4IDI1N3Q5OC41IDExMS41cTkgMTYgMjUgMTZoOXoiIC8%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMTY1OyIgZD0iTTYwMCAxMTg2cTExOSAwIDIyNy41IC00Ni41dDE4NyAtMTI1dDEyNSAtMTg3dDQ2LjUgLTIyNy41dC00Ni41IC0yMjcuNXQtMTI1IC0xODd0LTE4NyAtMTI1dC0yMjcuNSAtNDYuNXQtMjI3LjUgNDYuNXQtMTg3IDEyNXQtMTI1IDE4N3QtNDYuNSAyMjcuNXQ0Ni41IDIyNy41dDEyNSAxODd0MTg3IDEyNXQyMjcuNSA0Ni41ek02MDAgMTAyMnEtMTE1IDAgLTIxMiAtNTYuNXQtMTUzLjUgLTE1My41dC01Ni41IC0yMTJ0NTYuNSAtMjEyIHQxNTMuNSAtMTUzLjV0MjEyIC01Ni41dDIxMiA1Ni41dDE1My41IDE1My41dDU2LjUgMjEydC01Ni41IDIxMnQtMTUzLjUgMTUzLjV0LTIxMiA1Ni41ek02MDAgNzk0cTgwIDAgMTM3IC01N3Q1NyAtMTM3dC01NyAtMTM3dC0xMzcgLTU3dC0xMzcgNTd0LTU3IDEzN3Q1NyAxMzd0MTM3IDU3eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUxNjY7IiBkPSJNNDUwIDEyMDBoMjAwcTIxIDAgMzUuNSAtMTQuNXQxNC41IC0zNS41di0zNTBoMjQ1cTIwIDAgMjUgLTExdC05IC0yNmwtMzgzIC00MjZxLTE0IC0xNSAtMzMuNSAtMTV0LTMyLjUgMTVsLTM3OSA0MjZxLTEzIDE1IC04LjUgMjZ0MjUuNSAxMWgyNTB2MzUwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXpNNTAgMzAwaDEwMDBxMjEgMCAzNS41IC0xNC41dDE0LjUgLTM1LjV2LTI1MGgtMTEwMHYyNTBxMCAyMSAxNC41IDM1LjV0MzUuNSAxNC41eiBNOTAwIDIwMHYtNTBoMTAwdjUwaC0xMDB6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4ZTE2NzsiIGQ9Ik01ODMgMTE4MmwzNzggLTQzNXExNCAtMTUgOSAtMzF0LTI2IC0xNmgtMjQ0di0yNTBxMCAtMjAgLTE3IC0zNXQtMzkgLTE1aC0yMDBxLTIwIDAgLTMyIDE0LjV0LTEyIDM1LjV2MjUwaC0yNTBxLTIwIDAgLTI1LjUgMTYuNXQ4LjUgMzEuNWwzODMgNDMxcTE0IDE2IDMzLjUgMTd0MzMuNSAtMTR6TTUwIDMwMGgxMDAwcTIxIDAgMzUuNSAtMTQuNXQxNC41IC0zNS41di0yNTBoLTExMDB2MjUwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXogTTkwMCAyMDB2LTUwaDEwMHY1MGgtMTAweiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUxNjg7IiBkPSJNMzk2IDcyM2wzNjkgMzY5cTcgNyAxNy41IDd0MTcuNSAtN2wxMzkgLTEzOXE3IC04IDcgLTE4LjV0LTcgLTE3LjVsLTUyNSAtNTI1cS03IC04IC0xNy41IC04dC0xNy41IDhsLTI5MiAyOTFxLTcgOCAtNyAxOHQ3IDE4bDEzOSAxMzlxOCA3IDE4LjUgN3QxNy41IC03ek01MCAzMDBoMTAwMHEyMSAwIDM1LjUgLTE0LjV0MTQuNSAtMzUuNXYtMjUwaC0xMTAwdjI1MHEwIDIxIDE0LjUgMzUuNXQzNS41IDE0LjV6TTkwMCAyMDB2LTUwaDEwMHY1MCBoLTEwMHoiIC8%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%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%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%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%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%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%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%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%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjIxOyIgZD0iTTQ4MCAxMTY1bDY4MiAtNjgzcTMxIC0zMSAzMSAtNzUuNXQtMzEgLTc1LjVsLTEzMSAtMTMxaC00ODFsLTUxNyA1MThxLTMyIDMxIC0zMiA3NS41dDMyIDc1LjVsMjk1IDI5NnEzMSAzMSA3NS41IDMxdDc2LjUgLTMxek0xMDggNzk0bDM0MiAtMzQybDMwMyAzMDRsLTM0MSAzNDF6TTI1MCAxMDBoODAwcTIxIDAgMzUuNSAtMTQuNXQxNC41IC0zNS41di01MGgtOTAwdjUwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXoiIC8%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%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%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%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%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%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%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%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjQ4OyIgZD0iTTYwMCAxMTAwaDE1MHEyMSAwIDM1LjUgLTE0LjV0MTQuNSAtMzUuNXYtNDAwcTAgLTIxIC0xNC41IC0zNS41dC0zNS41IC0xNC41aC0xNTB2LTEwMGg0NTBxMjEgMCAzNS41IC0xNC41dDE0LjUgLTM1LjV2LTQwMHEwIC0yMSAtMTQuNSAtMzUuNXQtMzUuNSAtMTQuNWgtOTAwcS0yMSAwIC0zNS41IDE0LjV0LTE0LjUgMzUuNXY0MDBxMCAyMSAxNC41IDM1LjV0MzUuNSAxNC41aDM1MHYxMDBoLTE1MHEtMjEgMCAtMzUuNSAxNC41IHQtMTQuNSAzNS41djQwMHEwIDIxIDE0LjUgMzUuNXQzNS41IDE0LjVoMTUwdjEwMGgxMDB2LTEwMHpNNDAwIDEwMDB2LTMwMGgzMDB2MzAwaC0zMDB6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4ZTI0OTsiIGQ9Ik0xMjAwIDBoLTEwMHYxMjAwaDEwMHYtMTIwMHpNNTUwIDExMDBoNDAwcTIxIDAgMzUuNSAtMTQuNXQxNC41IC0zNS41di00MDBxMCAtMjEgLTE0LjUgLTM1LjV0LTM1LjUgLTE0LjVoLTQwMHEtMjEgMCAtMzUuNSAxNC41dC0xNC41IDM1LjV2NDAwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXpNNjAwIDEwMDB2LTMwMGgzMDB2MzAwaC0zMDB6TTUwIDUwMGg5MDBxMjEgMCAzNS41IC0xNC41dDE0LjUgLTM1LjV2LTQwMCBxMCAtMjEgLTE0LjUgLTM1LjV0LTM1LjUgLTE0LjVoLTkwMHEtMjEgMCAtMzUuNSAxNC41dC0xNC41IDM1LjV2NDAwcTAgMjEgMTQuNSAzNS41dDM1LjUgMTQuNXoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjUwOyIgZD0iTTg2NSA1NjVsLTQ5NCAtNDk0cS0yMyAtMjMgLTQxIC0yM3EtMTQgMCAtMjIgMTMuNXQtOCAzOC41djEwMDBxMCAyNSA4IDM4LjV0MjIgMTMuNXExOCAwIDQxIC0yM2w0OTQgLTQ5NHExNCAtMTQgMTQgLTM1dC0xNCAtMzV6IiAvPgo8Z2x5cGggdW5pY29kZT0iJiN4ZTI1MTsiIGQ9Ik0zMzUgNjM1bDQ5NCA0OTRxMjkgMjkgNTAgMjAuNXQyMSAtNDkuNXYtMTAwMHEwIC00MSAtMjEgLTQ5LjV0LTUwIDIwLjVsLTQ5NCA0OTRxLTE0IDE0IC0xNCAzNXQxNCAzNXoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjUyOyIgZD0iTTEwMCA5MDBoMTAwMHE0MSAwIDQ5LjUgLTIxdC0yMC41IC01MGwtNDk0IC00OTRxLTE0IC0xNCAtMzUgLTE0dC0zNSAxNGwtNDk0IDQ5NHEtMjkgMjkgLTIwLjUgNTB0NDkuNSAyMXoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjUzOyIgZD0iTTYzNSA4NjVsNDk0IC00OTRxMjkgLTI5IDIwLjUgLTUwdC00OS41IC0yMWgtMTAwMHEtNDEgMCAtNDkuNSAyMXQyMC41IDUwbDQ5NCA0OTRxMTQgMTQgMzUgMTR0MzUgLTE0eiIgLz4KPGdseXBoIHVuaWNvZGU9IiYjeGUyNTQ7IiBkPSJNNzAwIDc0MXYtMTgybC02OTIgLTMyM3YyMjFsNDEzIDE5M2wtNDEzIDE5M3YyMjF6TTEyMDAgMGgtODAwdjIwMGg4MDB2LTIwMHoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjU1OyIgZD0iTTEyMDAgOTAwaC0yMDB2LTEwMGgyMDB2LTEwMGgtMzAwdjMwMGgyMDB2MTAwaC0yMDB2MTAwaDMwMHYtMzAwek0wIDcwMGg1MHEwIDIxIDQgMzd0OS41IDI2LjV0MTggMTcuNXQyMiAxMXQyOC41IDUuNXQzMSAydDM3IDAuNWgxMDB2LTU1MHEwIC0yMiAtMjUgLTM0LjV0LTUwIC0xMy41bC0yNSAtMnYtMTAwaDQwMHYxMDBxLTQgMCAtMTEgMC41dC0yNCAzdC0zMCA3dC0yNCAxNXQtMTEgMjQuNXY1NTBoMTAwcTI1IDAgMzcgLTAuNXQzMSAtMiB0MjguNSAtNS41dDIyIC0xMXQxOCAtMTcuNXQ5LjUgLTI2LjV0NCAtMzdoNTB2MzAwaC04MDB2LTMwMHoiIC8%2BCjxnbHlwaCB1bmljb2RlPSImI3hlMjU2OyIgZD0iTTgwMCA3MDBoLTUwcTAgMjEgLTQgMzd0LTkuNSAyNi41dC0xOCAxNy41dC0yMiAxMXQtMjguNSA1LjV0LTMxIDJ0LTM3IDAuNWgtMTAwdi01NTBxMCAtMjIgMjUgLTM0LjV0NTAgLTE0LjVsMjUgLTF2LTEwMGgtNDAwdjEwMHE0IDAgMTEgMC41dDI0IDN0MzAgN3QyNCAxNXQxMSAyNC41djU1MGgtMTAwcS0yNSAwIC0zNyAtMC41dC0zMSAtMnQtMjguNSAtNS41dC0yM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<script src="data:application/x-javascript;base64,/*!
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  function delegateMethod(delegator, delegatee, methodName) {
    var inherited = delegator[methodName];
    delegator[methodName] = function() {
      var target = delegatee;
      var method = delegatee[methodName];

      // The method doesn't exist on the delegatee. Instead,
      // call the method on the delegator, if it exists.
      if (!method) {
        target = delegator;
        method = inherited;
      }

      if (method) {
        return method.apply(target, arguments);
      }
    };
  }

  // Implement a vague facsimilie of jQuery's data method
  function elementData(el, name, value) {
    if (arguments.length == 2) {
      return el["htmlwidget_data_" + name];
    } else if (arguments.length == 3) {
      el["htmlwidget_data_" + name] = value;
      return el;
    } else {
      throw new Error("Wrong number of arguments for elementData: " +
        arguments.length);
    }
  }

  // http://stackoverflow.com/questions/3446170/escape-string-for-use-in-javascript-regex
  function escapeRegExp(str) {
    return str.replace(/[\-\[\]\/\{\}\(\)\*\+\?\.\\\^\$\|]/g, "\\$&");
  }

  function hasClass(el, className) {
    var re = new RegExp("\\b" + escapeRegExp(className) + "\\b");
    return re.test(el.className);
  }

  // elements - array (or array-like object) of HTML elements
  // className - class name to test for
  // include - if true, only return elements with given className;
  //   if false, only return elements *without* given className
  function filterByClass(elements, className, include) {
    var results = [];
    for (var i = 0; i < elements.length; i++) {
      if (hasClass(elements[i], className) == include)
        results.push(elements[i]);
    }
    return results;
  }

  function on(obj, eventName, func) {
    if (obj.addEventListener) {
      obj.addEventListener(eventName, func, false);
    } else if (obj.attachEvent) {
      obj.attachEvent(eventName, func);
    }
  }

  function off(obj, eventName, func) {
    if (obj.removeEventListener)
      obj.removeEventListener(eventName, func, false);
    else if (obj.detachEvent) {
      obj.detachEvent(eventName, func);
    }
  }

  // Translate array of values to top/right/bottom/left, as usual with
  // the "padding" CSS property
  // https://developer.mozilla.org/en-US/docs/Web/CSS/padding
  function unpackPadding(value) {
    if (typeof(value) === "number")
      value = [value];
    if (value.length === 1) {
      return {top: value[0], right: value[0], bottom: value[0], left: value[0]};
    }
    if (value.length === 2) {
      return {top: value[0], right: value[1], bottom: value[0], left: value[1]};
    }
    if (value.length === 3) {
      return {top: value[0], right: value[1], bottom: value[2], left: value[1]};
    }
    if (value.length === 4) {
      return {top: value[0], right: value[1], bottom: value[2], left: value[3]};
    }
  }

  // Convert an unpacked padding object to a CSS value
  function paddingToCss(paddingObj) {
    return paddingObj.top + "px " + paddingObj.right + "px " + paddingObj.bottom + "px " + paddingObj.left + "px";
  }

  // Makes a number suitable for CSS
  function px(x) {
    if (typeof(x) === "number")
      return x + "px";
    else
      return x;
  }

  // Retrieves runtime widget sizing information for an element.
  // The return value is either null, or an object with fill, padding,
  // defaultWidth, defaultHeight fields.
  function sizingPolicy(el) {
    var sizingEl = document.querySelector("script[data-for='" + el.id + "'][type='application/htmlwidget-sizing']");
    if (!sizingEl)
      return null;
    var sp = JSON.parse(sizingEl.textContent || sizingEl.text || "{}");
    if (viewerMode) {
      return sp.viewer;
    } else {
      return sp.browser;
    }
  }

  // @param tasks Array of strings (or falsy value, in which case no-op).
  //   Each element must be a valid JavaScript expression that yields a
  //   function. Or, can be an array of objects with "code" and "data"
  //   properties; in this case, the "code" property should be a string
  //   of JS that's an expr that yields a function, and "data" should be
  //   an object that will be added as an additional argument when that
  //   function is called.
  // @param target The object that will be "this" for each function
  //   execution.
  // @param args Array of arguments to be passed to the functions. (The
  //   same arguments will be passed to all functions.)
  function evalAndRun(tasks, target, args) {
    if (tasks) {
      forEach(tasks, function(task) {
        var theseArgs = args;
        if (typeof(task) === "object") {
          theseArgs = theseArgs.concat([task.data]);
          task = task.code;
        }
        var taskFunc = eval("(" + task + ")");
        if (typeof(taskFunc) !== "function") {
          throw new Error("Task must be a function! Source:\n" + task);
        }
        taskFunc.apply(target, theseArgs);
      });
    }
  }

  function initSizing(el) {
    var sizing = sizingPolicy(el);
    if (!sizing)
      return;

    var cel = document.getElementById("htmlwidget_container");
    if (!cel)
      return;

    if (typeof(sizing.padding) !== "undefined") {
      document.body.style.margin = "0";
      document.body.style.padding = paddingToCss(unpackPadding(sizing.padding));
    }

    if (sizing.fill) {
      document.body.style.overflow = "hidden";
      document.body.style.width = "100%";
      document.body.style.height = "100%";
      document.documentElement.style.width = "100%";
      document.documentElement.style.height = "100%";
      if (cel) {
        cel.style.position = "absolute";
        var pad = unpackPadding(sizing.padding);
        cel.style.top = pad.top + "px";
        cel.style.right = pad.right + "px";
        cel.style.bottom = pad.bottom + "px";
        cel.style.left = pad.left + "px";
        el.style.width = "100%";
        el.style.height = "100%";
      }

      return {
        getWidth: function() { return cel.offsetWidth; },
        getHeight: function() { return cel.offsetHeight; }
      };

    } else {
      el.style.width = px(sizing.width);
      el.style.height = px(sizing.height);

      return {
        getWidth: function() { return el.offsetWidth; },
        getHeight: function() { return el.offsetHeight; }
      };
    }
  }

  // Default implementations for methods
  var defaults = {
    find: function(scope) {
      return querySelectorAll(scope, "." + this.name);
    },
    renderError: function(el, err) {
      var $el = $(el);

      this.clearError(el);

      // Add all these error classes, as Shiny does
      var errClass = "shiny-output-error";
      if (err.type !== null) {
        // use the classes of the error condition as CSS class names
        errClass = errClass + " " + $.map(asArray(err.type), function(type) {
          return errClass + "-" + type;
        }).join(" ");
      }
      errClass = errClass + " htmlwidgets-error";

      // Is el inline or block? If inline or inline-block, just display:none it
      // and add an inline error.
      var display = $el.css("display");
      $el.data("restore-display-mode", display);

      if (display === "inline" || display === "inline-block") {
        $el.hide();
        if (err.message !== "") {
          var errorSpan = $("<span>").addClass(errClass);
          errorSpan.text(err.message);
          $el.after(errorSpan);
        }
      } else if (display === "block") {
        // If block, add an error just after the el, set visibility:none on the
        // el, and position the error to be on top of the el.
        // Mark it with a unique ID and CSS class so we can remove it later.
        $el.css("visibility", "hidden");
        if (err.message !== "") {
          var errorDiv = $("<div>").addClass(errClass).css("position", "absolute")
            .css("top", el.offsetTop)
            .css("left", el.offsetLeft)
            // setting width can push out the page size, forcing otherwise
            // unnecessary scrollbars to appear and making it impossible for
            // the element to shrink; so use max-width instead
            .css("maxWidth", el.offsetWidth)
            .css("height", el.offsetHeight);
          errorDiv.text(err.message);
          $el.after(errorDiv);

          // Really dumb way to keep the size/position of the error in sync with
          // the parent element as the window is resized or whatever.
          var intId = setInterval(function() {
            if (!errorDiv[0].parentElement) {
              clearInterval(intId);
              return;
            }
            errorDiv
              .css("top", el.offsetTop)
              .css("left", el.offsetLeft)
              .css("maxWidth", el.offsetWidth)
              .css("height", el.offsetHeight);
          }, 500);
        }
      }
    },
    clearError: function(el) {
      var $el = $(el);
      var display = $el.data("restore-display-mode");
      $el.data("restore-display-mode", null);

      if (display === "inline" || display === "inline-block") {
        if (display)
          $el.css("display", display);
        $(el.nextSibling).filter(".htmlwidgets-error").remove();
      } else if (display === "block"){
        $el.css("visibility", "inherit");
        $(el.nextSibling).filter(".htmlwidgets-error").remove();
      }
    },
    sizing: {}
  };

  // Called by widget bindings to register a new type of widget. The definition
  // object can contain the following properties:
  // - name (required) - A string indicating the binding name, which will be
  //   used by default as the CSS classname to look for.
  // - initialize (optional) - A function(el) that will be called once per
  //   widget element; if a value is returned, it will be passed as the third
  //   value to renderValue.
  // - renderValue (required) - A function(el, data, initValue) that will be
  //   called with data. Static contexts will cause this to be called once per
  //   element; Shiny apps will cause this to be called multiple times per
  //   element, as the data changes.
  window.HTMLWidgets.widget = function(definition) {
    if (!definition.name) {
      throw new Error("Widget must have a name");
    }
    if (!definition.type) {
      throw new Error("Widget must have a type");
    }
    // Currently we only support output widgets
    if (definition.type !== "output") {
      throw new Error("Unrecognized widget type '" + definition.type + "'");
    }
    // TODO: Verify that .name is a valid CSS classname

    // Support new-style instance-bound definitions. Old-style class-bound
    // definitions have one widget "object" per widget per type/class of
    // widget; the renderValue and resize methods on such widget objects
    // take el and instance arguments, because the widget object can't
    // store them. New-style instance-bound definitions have one widget
    // object per widget instance; the definition that's passed in doesn't
    // provide renderValue or resize methods at all, just the single method
    //   factory(el, width, height)
    // which returns an object that has renderValue(x) and resize(w, h).
    // This enables a far more natural programming style for the widget
    // author, who can store per-instance state using either OO-style
    // instance fields or functional-style closure variables (I guess this
    // is in contrast to what can only be called C-style pseudo-OO which is
    // what we required before).
    if (definition.factory) {
      definition = createLegacyDefinitionAdapter(definition);
    }

    if (!definition.renderValue) {
      throw new Error("Widget must have a renderValue function");
    }

    // For static rendering (non-Shiny), use a simple widget registration
    // scheme. We also use this scheme for Shiny apps/documents that also
    // contain static widgets.
    window.HTMLWidgets.widgets = window.HTMLWidgets.widgets || [];
    // Merge defaults into the definition; don't mutate the original definition.
    var staticBinding = extend({}, defaults, definition);
    overrideMethod(staticBinding, "find", function(superfunc) {
      return function(scope) {
        var results = superfunc(scope);
        // Filter out Shiny outputs, we only want the static kind
        return filterByClass(results, "html-widget-output", false);
      };
    });
    window.HTMLWidgets.widgets.push(staticBinding);

    if (shinyMode) {
      // Shiny is running. Register the definition with an output binding.
      // The definition itself will not be the output binding, instead
      // we will make an output binding object that delegates to the
      // definition. This is because we foolishly used the same method
      // name (renderValue) for htmlwidgets definition and Shiny bindings
      // but they actually have quite different semantics (the Shiny
      // bindings receive data that includes lots of metadata that it
      // strips off before calling htmlwidgets renderValue). We can't
      // just ignore the difference because in some widgets it's helpful
      // to call this.renderValue() from inside of resize(), and if
      // we're not delegating, then that call will go to the Shiny
      // version instead of the htmlwidgets version.

      // Merge defaults with definition, without mutating either.
      var bindingDef = extend({}, defaults, definition);

      // This object will be our actual Shiny binding.
      var shinyBinding = new Shiny.OutputBinding();

      // With a few exceptions, we'll want to simply use the bindingDef's
      // version of methods if they are available, otherwise fall back to
      // Shiny's defaults. NOTE: If Shiny's output bindings gain additional
      // methods in the future, and we want them to be overrideable by
      // HTMLWidget binding definitions, then we'll need to add them to this
      // list.
      delegateMethod(shinyBinding, bindingDef, "getId");
      delegateMethod(shinyBinding, bindingDef, "onValueChange");
      delegateMethod(shinyBinding, bindingDef, "onValueError");
      delegateMethod(shinyBinding, bindingDef, "renderError");
      delegateMethod(shinyBinding, bindingDef, "clearError");
      delegateMethod(shinyBinding, bindingDef, "showProgress");

      // The find, renderValue, and resize are handled differently, because we
      // want to actually decorate the behavior of the bindingDef methods.

      shinyBinding.find = function(scope) {
        var results = bindingDef.find(scope);

        // Only return elements that are Shiny outputs, not static ones
        var dynamicResults = results.filter(".html-widget-output");

        // It's possible that whatever caused Shiny to think there might be
        // new dynamic outputs, also caused there to be new static outputs.
        // Since there might be lots of different htmlwidgets bindings, we
        // schedule execution for later--no need to staticRender multiple
        // times.
        if (results.length !== dynamicResults.length)
          scheduleStaticRender();

        return dynamicResults;
      };

      // Wrap renderValue to handle initialization, which unfortunately isn't
      // supported natively by Shiny at the time of this writing.

      shinyBinding.renderValue = function(el, data) {
        // Resolve strings marked as javascript literals to objects
        if (!(data.evals instanceof Array)) data.evals = [data.evals];
        for (var i = 0; data.evals && i < data.evals.length; i++) {
          window.HTMLWidgets.evaluateStringMember(data.x, data.evals[i]);
        }
        if (!bindingDef.renderOnNullValue) {
          if (data.x === null) {
            el.style.visibility = "hidden";
            return;
          } else {
            el.style.visibility = "inherit";
          }
        }
        if (!elementData(el, "initialized")) {
          initSizing(el);

          elementData(el, "initialized", true);
          if (bindingDef.initialize) {
            var result = bindingDef.initialize(el, el.offsetWidth,
              el.offsetHeight);
            elementData(el, "init_result", result);
          }
        }
        Shiny.renderDependencies(data.deps);
        bindingDef.renderValue(el, data.x, elementData(el, "init_result"));
        evalAndRun(data.jsHooks.render, elementData(el, "init_result"), [el, data.x]);
      };

      // Only override resize if bindingDef implements it
      if (bindingDef.resize) {
        shinyBinding.resize = function(el, width, height) {
          // Shiny can call resize before initialize/renderValue have been
          // called, which doesn't make sense for widgets.
          if (elementData(el, "initialized")) {
            bindingDef.resize(el, width, height, elementData(el, "init_result"));
          }
        };
      }

      Shiny.outputBindings.register(shinyBinding, bindingDef.name);
    }
  };

  var scheduleStaticRenderTimerId = null;
  function scheduleStaticRender() {
    if (!scheduleStaticRenderTimerId) {
      scheduleStaticRenderTimerId = setTimeout(function() {
        scheduleStaticRenderTimerId = null;
        window.HTMLWidgets.staticRender();
      }, 1);
    }
  }

  // Render static widgets after the document finishes loading
  // Statically render all elements that are of this widget's class
  window.HTMLWidgets.staticRender = function() {
    var bindings = window.HTMLWidgets.widgets || [];
    forEach(bindings, function(binding) {
      var matches = binding.find(document.documentElement);
      forEach(matches, function(el) {
        var sizeObj = initSizing(el, binding);

        if (hasClass(el, "html-widget-static-bound"))
          return;
        el.className = el.className + " html-widget-static-bound";

        var initResult;
        if (binding.initialize) {
          initResult = binding.initialize(el,
            sizeObj ? sizeObj.getWidth() : el.offsetWidth,
            sizeObj ? sizeObj.getHeight() : el.offsetHeight
          );
          elementData(el, "init_result", initResult);
        }

        if (binding.resize) {
          var lastSize = {};
          var resizeHandler = function(e) {
            var size = {
              w: sizeObj ? sizeObj.getWidth() : el.offsetWidth,
              h: sizeObj ? sizeObj.getHeight() : el.offsetHeight
            };
            if (size.w === 0 && size.h === 0)
              return;
            if (size.w === lastSize.w && size.h === lastSize.h)
              return;
            lastSize = size;
            binding.resize(el, size.w, size.h, initResult);
          };

          on(window, "resize", resizeHandler);

          // This is needed for cases where we're running in a Shiny
          // app, but the widget itself is not a Shiny output, but
          // rather a simple static widget. One example of this is
          // an rmarkdown document that has runtime:shiny and widget
          // that isn't in a render function. Shiny only knows to
          // call resize handlers for Shiny outputs, not for static
          // widgets, so we do it ourselves.
          if (window.jQuery) {
            window.jQuery(document).on(
              "shown.htmlwidgets shown.bs.tab.htmlwidgets shown.bs.collapse.htmlwidgets",
              resizeHandler
            );
            window.jQuery(document).on(
              "hidden.htmlwidgets hidden.bs.tab.htmlwidgets hidden.bs.collapse.htmlwidgets",
              resizeHandler
            );
          }

          // This is needed for the specific case of ioslides, which
          // flips slides between display:none and display:block.
          // Ideally we would not have to have ioslide-specific code
          // here, but rather have ioslides raise a generic event,
          // but the rmarkdown package just went to CRAN so the
          // window to getting that fixed may be long.
          if (window.addEventListener) {
            // It's OK to limit this to window.addEventListener
            // browsers because ioslides itself only supports
            // such browsers.
            on(document, "slideenter", resizeHandler);
            on(document, "slideleave", resizeHandler);
          }
        }

        var scriptData = document.querySelector("script[data-for='" + el.id + "'][type='application/json']");
        if (scriptData) {
          var data = JSON.parse(scriptData.textContent || scriptData.text);
          // Resolve strings marked as javascript literals to objects
          if (!(data.evals instanceof Array)) data.evals = [data.evals];
          for (var k = 0; data.evals && k < data.evals.length; k++) {
            window.HTMLWidgets.evaluateStringMember(data.x, data.evals[k]);
          }
          binding.renderValue(el, data.x, initResult);
          evalAndRun(data.jsHooks.render, initResult, [el, data.x]);
        }
      });
    });

    invokePostRenderHandlers();
  }

  // Wait until after the document has loaded to render the widgets.
  if (document.addEventListener) {
    document.addEventListener("DOMContentLoaded", function() {
      document.removeEventListener("DOMContentLoaded", arguments.callee, false);
      window.HTMLWidgets.staticRender();
    }, false);
  } else if (document.attachEvent) {
    document.attachEvent("onreadystatechange", function() {
      if (document.readyState === "complete") {
        document.detachEvent("onreadystatechange", arguments.callee);
        window.HTMLWidgets.staticRender();
      }
    });
  }


  window.HTMLWidgets.getAttachmentUrl = function(depname, key) {
    // If no key, default to the first item
    if (typeof(key) === "undefined")
      key = 1;

    var link = document.getElementById(depname + "-" + key + "-attachment");
    if (!link) {
      throw new Error("Attachment " + depname + "/" + key + " not found in document");
    }
    return link.getAttribute("href");
  };

  window.HTMLWidgets.dataframeToD3 = function(df) {
    var names = [];
    var length;
    for (var name in df) {
        if (df.hasOwnProperty(name))
            names.push(name);
        if (typeof(df[name]) !== "object" || typeof(df[name].length) === "undefined") {
            throw new Error("All fields must be arrays");
        } else if (typeof(length) !== "undefined" && length !== df[name].length) {
            throw new Error("All fields must be arrays of the same length");
        }
        length = df[name].length;
    }
    var results = [];
    var item;
    for (var row = 0; row < length; row++) {
        item = {};
        for (var col = 0; col < names.length; col++) {
            item[names[col]] = df[names[col]][row];
        }
        results.push(item);
    }
    return results;
  };

  window.HTMLWidgets.transposeArray2D = function(array) {
      if (array.length === 0) return array;
      var newArray = array[0].map(function(col, i) {
          return array.map(function(row) {
              return row[i]
          })
      });
      return newArray;
  };
  // Split value at splitChar, but allow splitChar to be escaped
  // using escapeChar. Any other characters escaped by escapeChar
  // will be included as usual (including escapeChar itself).
  function splitWithEscape(value, splitChar, escapeChar) {
    var results = [];
    var escapeMode = false;
    var currentResult = "";
    for (var pos = 0; pos < value.length; pos++) {
      if (!escapeMode) {
        if (value[pos] === splitChar) {
          results.push(currentResult);
          currentResult = "";
        } else if (value[pos] === escapeChar) {
          escapeMode = true;
        } else {
          currentResult += value[pos];
        }
      } else {
        currentResult += value[pos];
        escapeMode = false;
      }
    }
    if (currentResult !== "") {
      results.push(currentResult);
    }
    return results;
  }
  // Function authored by Yihui/JJ Allaire
  window.HTMLWidgets.evaluateStringMember = function(o, member) {
    var parts = splitWithEscape(member, '.', '\\');
    for (var i = 0, l = parts.length; i < l; i++) {
      var part = parts[i];
      // part may be a character or 'numeric' member name
      if (o !== null && typeof o === "object" && part in o) {
        if (i == (l - 1)) { // if we are at the end of the line then evalulate
          if (typeof o[part] === "string")
            o[part] = eval("(" + o[part] + ")");
        } else { // otherwise continue to next embedded object
          o = o[part];
        }
      }
    }
  };

  // Retrieve the HTMLWidget instance (i.e. the return value of an
  // HTMLWidget binding's initialize() or factory() function)
  // associated with an element, or null if none.
  window.HTMLWidgets.getInstance = function(el) {
    return elementData(el, "init_result");
  };

  // Finds the first element in the scope that matches the selector,
  // and returns the HTMLWidget instance (i.e. the return value of
  // an HTMLWidget binding's initialize() or factory() function)
  // associated with that element, if any. If no element matches the
  // selector, or the first matching element has no HTMLWidget
  // instance associated with it, then null is returned.
  //
  // The scope argument is optional, and defaults to window.document.
  window.HTMLWidgets.find = function(scope, selector) {
    if (arguments.length == 1) {
      selector = scope;
      scope = document;
    }

    var el = scope.querySelector(selector);
    if (el === null) {
      return null;
    } else {
      return window.HTMLWidgets.getInstance(el);
    }
  };

  // Finds all elements in the scope that match the selector, and
  // returns the HTMLWidget instances (i.e. the return values of
  // an HTMLWidget binding's initialize() or factory() function)
  // associated with the elements, in an array. If elements that
  // match the selector don't have an associated HTMLWidget
  // instance, the returned array will contain nulls.
  //
  // The scope argument is optional, and defaults to window.document.
  window.HTMLWidgets.findAll = function(scope, selector) {
    if (arguments.length == 1) {
      selector = scope;
      scope = document;
    }

    var nodes = scope.querySelectorAll(selector);
    var results = [];
    for (var i = 0; i < nodes.length; i++) {
      results.push(window.HTMLWidgets.getInstance(nodes[i]));
    }
    return results;
  };

  var postRenderHandlers = [];
  function invokePostRenderHandlers() {
    while (postRenderHandlers.length) {
      var handler = postRenderHandlers.shift();
      if (handler) {
        handler();
      }
    }
  }

  // Register the given callback function to be invoked after the
  // next time static widgets are rendered.
  window.HTMLWidgets.addPostRenderHandler = function(callback) {
    postRenderHandlers.push(callback);
  };

  // Takes a new-style instance-bound definition, and returns an
  // old-style class-bound definition. This saves us from having
  // to rewrite all the logic in this file to accomodate both
  // types of definitions.
  function createLegacyDefinitionAdapter(defn) {
    var result = {
      name: defn.name,
      type: defn.type,
      initialize: function(el, width, height) {
        return defn.factory(el, width, height);
      },
      renderValue: function(el, x, instance) {
        return instance.renderValue(x);
      },
      resize: function(el, width, height, instance) {
        return instance.resize(width, height);
      }
    };

    if (defn.find)
      result.find = defn.find;
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n.identity(t),n.fromRotationTranslation(t,s,e),t[3]=a[0],t[7]=a[1],t[11]=a[2],t[15]=a[3],n.identity(i),0!==o[2]&&(i[9]=o[2],n.multiply(t,t,i)),0!==o[1]&&(i[9]=0,i[8]=o[1],n.multiply(t,t,i)),0!==o[0]&&(i[8]=0,i[4]=o[0],n.multiply(t,t,i)),n.scale(t,t,r),t}},{"gl-mat4/create":143,"gl-mat4/fromRotationTranslation":146,"gl-mat4/identity":147,"gl-mat4/multiply":150,"gl-mat4/scale":156,"gl-mat4/translate":157}],35:[function(t,e,r){e.exports=t("gl-quat/slerp")},{"gl-quat/slerp":36}],36:[function(t,e,r){function n(t,e,r,n){var i,o,a,s,l,u=e[0],c=e[1],h=e[2],f=e[3],p=r[0],d=r[1],m=r[2],g=r[3];return o=u*p+c*d+h*m+f*g,0>o&&(o=-o,p=-p,d=-d,m=-m,g=-g),1-o>1e-6?(i=Math.acos(o),a=Math.sin(i),s=Math.sin((1-n)*i)/a,l=Math.sin(n*i)/a):(s=1-n,l=n),t[0]=s*u+l*p,t[1]=s*c+l*d,t[2]=s*h+l*m,t[3]=s*f+l*g,t}e.exports=n},{}],37:[function(t,e,r){"use strict";function n(t,e,r,n,i,o,a,s,l,u){var c=e+o+u;if(h>0){var h=Math.sqrt(c+1);t[0]=.5*(a-l)/h,t[1]=.5*(s-n)/h,t[2]=.5*(r-o)/h,t[3]=.5*h}else{var f=Math.max(e,o,u),h=Math.sqrt(2*f-c+1);e>=f?(t[0]=.5*h,t[1]=.5*(i+r)/h,t[2]=.5*(s+n)/h,t[3]=.5*(a-l)/h):o>=f?(t[0]=.5*(r+i)/h,t[1]=.5*h,t[2]=.5*(l+a)/h,t[3]=.5*(s-n)/h):(t[0]=.5*(n+s)/h,t[1]=.5*(a+l)/h,t[2]=.5*h,t[3]=.5*(r-i)/h)}return t}e.exports=n},{}],38:[function(t,e,r){"use strict";function n(t,e,r){return Math.sqrt(Math.pow(t,2)+Math.pow(e,2)+Math.pow(r,2))}function i(t,e,r,n){return Math.sqrt(Math.pow(t,2)+Math.pow(e,2)+Math.pow(r,2)+Math.pow(n,2))}function o(t,e){var r=e[0],n=e[1],o=e[2],a=e[3],s=i(r,n,o,a);s>1e-6?(t[0]=r/s,t[1]=n/s,t[2]=o/s,t[3]=a/s):(t[0]=t[1]=t[2]=0,t[3]=1)}function a(t,e,r){this.radius=l([r]),this.center=l(e),this.rotation=l(t),this.computedRadius=this.radius.curve(0),this.computedCenter=this.center.curve(0),this.computedRotation=this.rotation.curve(0),this.computedUp=[.1,0,0],this.computedEye=[.1,0,0],this.computedMatrix=[.1,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],this.recalcMatrix(0)}function s(t){t=t||{};var e=t.center||[0,0,0],r=t.rotation||[0,0,0,1],n=t.radius||1;e=[].slice.call(e,0,3),r=[].slice.call(r,0,4),o(r,r);var i=new a(r,e,Math.log(n));return i.setDistanceLimits(t.zoomMin,t.zoomMax),("eye"in t||"up"in t)&&i.lookAt(0,t.eye,t.center,t.up),i}e.exports=s;var l=t("filtered-vector"),u=t("gl-mat4/lookAt"),c=t("gl-mat4/fromQuat"),h=t("gl-mat4/invert"),f=t("./lib/quatFromFrame"),p=a.prototype;p.lastT=function(){return Math.max(this.radius.lastT(),this.center.lastT(),this.rotation.lastT())},p.recalcMatrix=function(t){this.radius.curve(t),this.center.curve(t),this.rotation.curve(t);var e=this.computedRotation;o(e,e);var r=this.computedMatrix;c(r,e);var n=this.computedCenter,i=this.computedEye,a=this.computedUp,s=Math.exp(this.computedRadius[0]);i[0]=n[0]+s*r[2],i[1]=n[1]+s*r[6],i[2]=n[2]+s*r[10],a[0]=r[1],a[1]=r[5],a[2]=r[9];for(var l=0;3>l;++l){for(var u=0,h=0;3>h;++h)u+=r[l+4*h]*i[h];r[12+l]=-u}},p.getMatrix=function(t,e){this.recalcMatrix(t);var r=this.computedMatrix;if(e){for(var n=0;16>n;++n)e[n]=r[n];return e}return r},p.idle=function(t){this.center.idle(t),this.radius.idle(t),this.rotation.idle(t)},p.flush=function(t){this.center.flush(t),this.radius.flush(t),this.rotation.flush(t)},p.pan=function(t,e,r,i){e=e||0,r=r||0,i=i||0,this.recalcMatrix(t);var o=this.computedMatrix,a=o[1],s=o[5],l=o[9],u=n(a,s,l);a/=u,s/=u,l/=u;var c=o[0],h=o[4],f=o[8],p=c*a+h*s+f*l;c-=a*p,h-=s*p,f-=l*p;var d=n(c,h,f);c/=d,h/=d,f/=d;var m=o[2],g=o[6],v=o[10],y=m*a+g*s+v*l,b=m*c+g*h+v*f;m-=y*a+b*c,g-=y*s+b*h,v-=y*l+b*f;var x=n(m,g,v);m/=x,g/=x,v/=x;var _=c*e+a*r,w=h*e+s*r,M=f*e+l*r;this.center.move(t,_,w,M);var k=Math.exp(this.computedRadius[0]);k=Math.max(1e-4,k+i),this.radius.set(t,Math.log(k))},p.rotate=function(t,e,r,o){this.recalcMatrix(t),e=e||0,r=r||0;var a=this.computedMatrix,s=a[0],l=a[4],u=a[8],c=a[1],h=a[5],f=a[9],p=a[2],d=a[6],m=a[10],g=e*s+r*c,v=e*l+r*h,y=e*u+r*f,b=-(d*y-m*v),x=-(m*g-p*y),_=-(p*v-d*g),w=Math.sqrt(Math.max(0,1-Math.pow(b,2)-Math.pow(x,2)-Math.pow(_,2))),M=i(b,x,_,w);M>1e-6?(b/=M,x/=M,_/=M,w/=M):(b=x=_=0,w=1);var k=this.computedRotation,A=k[0],T=k[1],E=k[2],S=k[3],L=A*w+S*b+T*_-E*x,z=T*w+S*x+E*b-A*_,I=E*w+S*_+A*x-T*b,P=S*w-A*b-T*x-E*_;if(o){b=p,x=d,_=m;var C=Math.sin(o)/n(b,x,_);b*=C,x*=C,_*=C,w=Math.cos(e),L=L*w+P*b+z*_-I*x,z=z*w+P*x+I*b-L*_,I=I*w+P*_+L*x-z*b,P=P*w-L*b-z*x-I*_}var R=i(L,z,I,P);R>1e-6?(L/=R,z/=R,I/=R,P/=R):(L=z=I=0,P=1),this.rotation.set(t,L,z,I,P)},p.lookAt=function(t,e,r,n){this.recalcMatrix(t),r=r||this.computedCenter,e=e||this.computedEye,n=n||this.computedUp;var i=this.computedMatrix;u(i,e,r,n);var a=this.computedRotation;f(a,i[0],i[1],i[2],i[4],i[5],i[6],i[8],i[9],i[10]),o(a,a),this.rotation.set(t,a[0],a[1],a[2],a[3]);for(var s=0,l=0;3>l;++l)s+=Math.pow(r[l]-e[l],2);this.radius.set(t,.5*Math.log(Math.max(s,1e-6))),this.center.set(t,r[0],r[1],r[2])},p.translate=function(t,e,r,n){this.center.move(t,e||0,r||0,n||0)},p.setMatrix=function(t,e){var r=this.computedRotation;f(r,e[0],e[1],e[2],e[4],e[5],e[6],e[8],e[9],e[10]),o(r,r),this.rotation.set(t,r[0],r[1],r[2],r[3]);var n=this.computedMatrix;h(n,e);var i=n[15];if(Math.abs(i)>1e-6){var a=n[12]/i,s=n[13]/i,l=n[14]/i;this.recalcMatrix(t);var u=Math.exp(this.computedRadius[0]);this.center.set(t,a-n[2]*u,s-n[6]*u,l-n[10]*u),this.radius.idle(t)}else this.center.idle(t),this.radius.idle(t)},p.setDistance=function(t,e){e>0&&this.radius.set(t,Math.log(e))},p.setDistanceLimits=function(t,e){t=t>0?Math.log(t):-(1/0),
e=e>0?Math.log(e):1/0,e=Math.max(e,t),this.radius.bounds[0][0]=t,this.radius.bounds[1][0]=e},p.getDistanceLimits=function(t){var e=this.radius.bounds;return t?(t[0]=Math.exp(e[0][0]),t[1]=Math.exp(e[1][0]),t):[Math.exp(e[0][0]),Math.exp(e[1][0])]},p.toJSON=function(){return this.recalcMatrix(this.lastT()),{center:this.computedCenter.slice(),rotation:this.computedRotation.slice(),distance:Math.log(this.computedRadius[0]),zoomMin:this.radius.bounds[0][0],zoomMax:this.radius.bounds[1][0]}},p.fromJSON=function(t){var e=this.lastT(),r=t.center;r&&this.center.set(e,r[0],r[1],r[2]);var n=t.rotation;n&&this.rotation.set(e,n[0],n[1],n[2],n[3]);var i=t.distance;i&&i>0&&this.radius.set(e,Math.log(i)),this.setDistanceLimits(t.zoomMin,t.zoomMax)}},{"./lib/quatFromFrame":37,"filtered-vector":21,"gl-mat4/fromQuat":145,"gl-mat4/invert":148,"gl-mat4/lookAt":149}],39:[function(t,e,r){"use strict";function n(t,e,r){return Math.sqrt(Math.pow(t,2)+Math.pow(e,2)+Math.pow(r,2))}function i(t){return Math.min(1,Math.max(-1,t))}function o(t){var e=Math.abs(t[0]),r=Math.abs(t[1]),n=Math.abs(t[2]),i=[0,0,0];e>Math.max(r,n)?i[2]=1:r>Math.max(e,n)?i[0]=1:i[1]=1;for(var o=0,a=0,s=0;3>s;++s)o+=t[s]*t[s],a+=i[s]*t[s];for(var s=0;3>s;++s)i[s]-=a/o*t[s];return f(i,i),i}function a(t,e,r,n,i,o,a,s){this.center=l(r),this.up=l(n),this.right=l(i),this.radius=l([o]),this.angle=l([a,s]),this.angle.bounds=[[-(1/0),-Math.PI/2],[1/0,Math.PI/2]],this.setDistanceLimits(t,e),this.computedCenter=this.center.curve(0),this.computedUp=this.up.curve(0),this.computedRight=this.right.curve(0),this.computedRadius=this.radius.curve(0),this.computedAngle=this.angle.curve(0),this.computedToward=[0,0,0],this.computedEye=[0,0,0],this.computedMatrix=new Array(16);for(var u=0;16>u;++u)this.computedMatrix[u]=.5;this.recalcMatrix(0)}function s(t){t=t||{};var e=t.center||[0,0,0],r=t.up||[0,1,0],i=t.right||o(r),s=t.radius||1,l=t.theta||0,u=t.phi||0;if(e=[].slice.call(e,0,3),r=[].slice.call(r,0,3),f(r,r),i=[].slice.call(i,0,3),f(i,i),"eye"in t){var c=t.eye,d=[c[0]-e[0],c[1]-e[1],c[2]-e[2]];h(i,d,r),n(i[0],i[1],i[2])<1e-6?i=o(r):f(i,i),s=n(d[0],d[1],d[2]);var m=p(r,d)/s,g=p(i,d)/s;u=Math.acos(m),l=Math.acos(g)}return s=Math.log(s),new a(t.zoomMin,t.zoomMax,e,r,i,s,l,u)}e.exports=s;var l=t("filtered-vector"),u=t("gl-mat4/invert"),c=t("gl-mat4/rotate"),h=t("gl-vec3/cross"),f=t("gl-vec3/normalize"),p=t("gl-vec3/dot"),d=a.prototype;d.setDistanceLimits=function(t,e){t=t>0?Math.log(t):-(1/0),e=e>0?Math.log(e):1/0,e=Math.max(e,t),this.radius.bounds[0][0]=t,this.radius.bounds[1][0]=e},d.getDistanceLimits=function(t){var e=this.radius.bounds[0];return t?(t[0]=Math.exp(e[0][0]),t[1]=Math.exp(e[1][0]),t):[Math.exp(e[0][0]),Math.exp(e[1][0])]},d.recalcMatrix=function(t){this.center.curve(t),this.up.curve(t),this.right.curve(t),this.radius.curve(t),this.angle.curve(t);for(var e=this.computedUp,r=this.computedRight,i=0,o=0,a=0;3>a;++a)o+=e[a]*r[a],i+=e[a]*e[a];for(var s=Math.sqrt(i),l=0,a=0;3>a;++a)r[a]-=e[a]*o/i,l+=r[a]*r[a],e[a]/=s;for(var u=Math.sqrt(l),a=0;3>a;++a)r[a]/=u;var c=this.computedToward;h(c,e,r),f(c,c);for(var p=Math.exp(this.computedRadius[0]),d=this.computedAngle[0],m=this.computedAngle[1],g=Math.cos(d),v=Math.sin(d),y=Math.cos(m),b=Math.sin(m),x=this.computedCenter,_=g*y,w=v*y,M=b,k=-g*b,A=-v*b,T=y,E=this.computedEye,S=this.computedMatrix,a=0;3>a;++a){var L=_*r[a]+w*c[a]+M*e[a];S[4*a+1]=k*r[a]+A*c[a]+T*e[a],S[4*a+2]=L,S[4*a+3]=0}var z=S[1],I=S[5],P=S[9],C=S[2],R=S[6],j=S[10],D=I*j-P*R,O=P*C-z*j,F=z*R-I*C,N=n(D,O,F);D/=N,O/=N,F/=N,S[0]=D,S[4]=O,S[8]=F;for(var a=0;3>a;++a)E[a]=x[a]+S[2+4*a]*p;for(var a=0;3>a;++a){for(var l=0,B=0;3>B;++B)l+=S[a+4*B]*E[B];S[12+a]=-l}S[15]=1},d.getMatrix=function(t,e){this.recalcMatrix(t);var r=this.computedMatrix;if(e){for(var n=0;16>n;++n)e[n]=r[n];return e}return r};var m=[0,0,0];d.rotate=function(t,e,r,n){if(this.angle.move(t,e,r),n){this.recalcMatrix(t);var i=this.computedMatrix;m[0]=i[2],m[1]=i[6],m[2]=i[10];for(var o=this.computedUp,a=this.computedRight,s=this.computedToward,l=0;3>l;++l)i[4*l]=o[l],i[4*l+1]=a[l],i[4*l+2]=s[l];c(i,i,n,m);for(var l=0;3>l;++l)o[l]=i[4*l],a[l]=i[4*l+1];this.up.set(t,o[0],o[1],o[2]),this.right.set(t,a[0],a[1],a[2])}},d.pan=function(t,e,r,i){e=e||0,r=r||0,i=i||0,this.recalcMatrix(t);var o=this.computedMatrix,a=(Math.exp(this.computedRadius[0]),o[1]),s=o[5],l=o[9],u=n(a,s,l);a/=u,s/=u,l/=u;var c=o[0],h=o[4],f=o[8],p=c*a+h*s+f*l;c-=a*p,h-=s*p,f-=l*p;var d=n(c,h,f);c/=d,h/=d,f/=d;var m=c*e+a*r,g=h*e+s*r,v=f*e+l*r;this.center.move(t,m,g,v);var y=Math.exp(this.computedRadius[0]);y=Math.max(1e-4,y+i),this.radius.set(t,Math.log(y))},d.translate=function(t,e,r,n){this.center.move(t,e||0,r||0,n||0)},d.setMatrix=function(t,e,r,o){var a=1;"number"==typeof r&&(a=0|r),(0>a||a>3)&&(a=1);var s=(a+2)%3;e||(this.recalcMatrix(t),e=this.computedMatrix);var l=e[a],c=e[a+4],h=e[a+8];if(o){var f=Math.abs(l),p=Math.abs(c),d=Math.abs(h),m=Math.max(f,p,d);f===m?(l=0>l?-1:1,c=h=0):d===m?(h=0>h?-1:1,l=c=0):(c=0>c?-1:1,l=h=0)}else{var g=n(l,c,h);l/=g,c/=g,h/=g}var v=e[s],y=e[s+4],b=e[s+8],x=v*l+y*c+b*h;v-=l*x,y-=c*x,b-=h*x;var _=n(v,y,b);v/=_,y/=_,b/=_;var w=c*b-h*y,M=h*v-l*b,k=l*y-c*v,A=n(w,M,k);w/=A,M/=A,k/=A,this.center.jump(t,G,H,X),this.radius.idle(t),this.up.jump(t,l,c,h),this.right.jump(t,v,y,b);var T,E;if(2===a){var S=e[1],L=e[5],z=e[9],I=S*v+L*y+z*b,P=S*w+L*M+z*k;T=0>D?-Math.PI/2:Math.PI/2,E=Math.atan2(P,I)}else{var C=e[2],R=e[6],j=e[10],D=C*l+R*c+j*h,O=C*v+R*y+j*b,F=C*w+R*M+j*k;T=Math.asin(i(D)),E=Math.atan2(F,O)}this.angle.jump(t,E,T),this.recalcMatrix(t);var N=e[2],B=e[6],U=e[10],V=this.computedMatrix;u(V,e);var q=V[15],G=V[12]/q,H=V[13]/q,X=V[14]/q,Y=Math.exp(this.computedRadius[0]);this.center.jump(t,G-N*Y,H-B*Y,X-U*Y)},d.lastT=function(){return Math.max(this.center.lastT(),this.up.lastT(),this.right.lastT(),this.radius.lastT(),this.angle.lastT())},d.idle=function(t){this.center.idle(t),this.up.idle(t),this.right.idle(t),this.radius.idle(t),this.angle.idle(t)},d.flush=function(t){this.center.flush(t),this.up.flush(t),this.right.flush(t),this.radius.flush(t),this.angle.flush(t)},d.setDistance=function(t,e){e>0&&this.radius.set(t,Math.log(e))},d.lookAt=function(t,e,r,o){this.recalcMatrix(t),e=e||this.computedEye,r=r||this.computedCenter,o=o||this.computedUp;var a=o[0],s=o[1],l=o[2],u=n(a,s,l);if(!(1e-6>u)){a/=u,s/=u,l/=u;var c=e[0]-r[0],h=e[1]-r[1],f=e[2]-r[2],p=n(c,h,f);if(!(1e-6>p)){c/=p,h/=p,f/=p;var d=this.computedRight,m=d[0],g=d[1],v=d[2],y=a*m+s*g+l*v;m-=y*a,g-=y*s,v-=y*l;var b=n(m,g,v);if(!(.01>b&&(m=s*f-l*h,g=l*c-a*f,v=a*h-s*c,b=n(m,g,v),1e-6>b))){m/=b,g/=b,v/=b,this.up.set(t,a,s,l),this.right.set(t,m,g,v),this.center.set(t,r[0],r[1],r[2]),this.radius.set(t,Math.log(p));var x=s*v-l*g,_=l*m-a*v,w=a*g-s*m,M=n(x,_,w);x/=M,_/=M,w/=M;var k=a*c+s*h+l*f,A=m*c+g*h+v*f,T=x*c+_*h+w*f,E=Math.asin(i(k)),S=Math.atan2(T,A),L=this.angle._state,z=L[L.length-1],I=L[L.length-2];z%=2*Math.PI;var P=Math.abs(z+2*Math.PI-S),C=Math.abs(z-S),R=Math.abs(z-2*Math.PI-S);C>P&&(z+=2*Math.PI),C>R&&(z-=2*Math.PI),this.angle.jump(this.angle.lastT(),z,I),this.angle.set(t,S,E)}}}}},{"filtered-vector":21,"gl-mat4/invert":148,"gl-mat4/rotate":152,"gl-vec3/cross":24,"gl-vec3/dot":25,"gl-vec3/normalize":28}],40:[function(t,e,r){"use strict";function n(t,e){this._controllerNames=Object.keys(t),this._controllerList=this._controllerNames.map(function(e){return t[e]}),this._mode=e,this._active=t[e],this._active||(this._mode="turntable",this._active=t.turntable),this.modes=this._controllerNames,this.computedMatrix=this._active.computedMatrix,this.computedEye=this._active.computedEye,this.computedUp=this._active.computedUp,this.computedCenter=this._active.computedCenter,this.computedRadius=this._active.computedRadius}function i(t){t=t||{};var e=t.eye||[0,0,1],r=t.center||[0,0,0],i=t.up||[0,1,0],l=t.distanceLimits||[0,1/0],u=t.mode||"turntable",c=o(),h=a(),f=s();return c.setDistanceLimits(l[0],l[1]),c.lookAt(0,e,r,i),h.setDistanceLimits(l[0],l[1]),h.lookAt(0,e,r,i),f.setDistanceLimits(l[0],l[1]),f.lookAt(0,e,r,i),new n({turntable:c,orbit:h,matrix:f},u)}e.exports=i;var o=t("turntable-camera-controller"),a=t("orbit-camera-controller"),s=t("matrix-camera-controller"),l=n.prototype,u=[["flush",1],["idle",1],["lookAt",4],["rotate",4],["pan",4],["translate",4],["setMatrix",2],["setDistanceLimits",2],["setDistance",2]];u.forEach(function(t){for(var e=t[0],r=[],n=0;n<t[1];++n)r.push("a"+n);var i="var cc=this._controllerList;for(var i=0;i<cc.length;++i){cc[i]."+t[0]+"("+r.join()+")}";l[e]=Function.apply(null,r.concat(i))}),l.recalcMatrix=function(t){this._active.recalcMatrix(t)},l.getDistance=function(t){return this._active.getDistance(t)},l.getDistanceLimits=function(t){return this._active.getDistanceLimits(t)},l.lastT=function(){return this._active.lastT()},l.setMode=function(t){if(t!==this._mode){var e=this._controllerNames.indexOf(t);if(!(0>e)){var 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e?this.words[n]=this.words[n]|1<<i:this.words[n]=this.words[n]&~(1<<i),this.strip()},i.prototype.iadd=function(t){if(this.sign&&!t.sign){this.sign=!1;var e=this.isub(t);return this.sign=!this.sign,this._normSign()}if(!this.sign&&t.sign){t.sign=!1;var e=this.isub(t);return t.sign=!0,e._normSign()}var r,n;this.length>t.length?(r=this,n=t):(r=t,n=this);for(var i=0,o=0;o<n.length;o++){var e=r.words[o]+n.words[o]+i;this.words[o]=67108863&e,i=e>>>26}for(;0!==i&&o<r.length;o++){var e=r.words[o]+i;this.words[o]=67108863&e,i=e>>>26}if(this.length=r.length,0!==i)this.words[this.length]=i,this.length++;else if(r!==this)for(;o<r.length;o++)this.words[o]=r.words[o];return this},i.prototype.add=function(t){if(t.sign&&!this.sign){t.sign=!1;var e=this.sub(t);return t.sign=!0,e}if(!t.sign&&this.sign){this.sign=!1;var e=t.sub(this);return this.sign=!0,e}return this.length>t.length?this.clone().iadd(t):t.clone().iadd(this)},i.prototype.isub=function(t){if(t.sign){t.sign=!1;var e=this.iadd(t);return t.sign=!0,e._normSign()}if(this.sign)return this.sign=!1,this.iadd(t),this.sign=!0,this._normSign();var r=this.cmp(t);if(0===r)return this.sign=!1,this.length=1,this.words[0]=0,this;var n,i;r>0?(n=this,i=t):(n=t,i=this);for(var o=0,a=0;a<i.length;a++){var e=n.words[a]-i.words[a]+o;o=e>>26,this.words[a]=67108863&e}for(;0!==o&&a<n.length;a++){var e=n.words[a]+o;o=e>>26,this.words[a]=67108863&e}if(0===o&&a<n.length&&n!==this)for(;a<n.length;a++)this.words[a]=n.words[a];return this.length=Math.max(this.length,a),n!==this&&(this.sign=!0),this.strip()},i.prototype.sub=function(t){return this.clone().isub(t)},i.prototype._smallMulTo=function(t,e){e.sign=t.sign!==this.sign,e.length=this.length+t.length;for(var r=0,n=0;n<e.length-1;n++){for(var i=r>>>26,o=67108863&r,a=Math.min(n,t.length-1),s=Math.max(0,n-this.length+1);a>=s;s++){var l=n-s,u=0|this.words[l],c=0|t.words[s],h=u*c,f=67108863&h;i=i+(h/67108864|0)|0,f=f+o|0,o=67108863&f,i=i+(f>>>26)|0}e.words[n]=o,r=i}return 0!==r?e.words[n]=r:e.length--,e.strip()},i.prototype._bigMulTo=function(t,e){e.sign=t.sign!==this.sign,e.length=this.length+t.length;for(var r=0,n=0,i=0;i<e.length-1;i++){var o=n;n=0;for(var a=67108863&r,s=Math.min(i,t.length-1),l=Math.max(0,i-this.length+1);s>=l;l++){var u=i-l,c=0|this.words[u],h=0|t.words[l],f=c*h,p=67108863&f;o=o+(f/67108864|0)|0,p=p+a|0,a=67108863&p,o=o+(p>>>26)|0,n+=o>>>26,o&=67108863}e.words[i]=a,r=o,o=n}return 0!==r?e.words[i]=r:e.length--,e.strip()},i.prototype.mulTo=function(t,e){var r;return r=this.length+t.length<63?this._smallMulTo(t,e):this._bigMulTo(t,e)},i.prototype.mul=function(t){var e=new i(null);return e.words=new Array(this.length+t.length),this.mulTo(t,e)},i.prototype.imul=function(t){if(0===this.cmpn(0)||0===t.cmpn(0))return this.words[0]=0,this.length=1,this;var e=this.length,r=t.length;this.sign=t.sign!==this.sign,this.length=this.length+t.length,this.words[this.length-1]=0;for(var n=this.length-2;n>=0;n--){for(var i=0,o=0,a=Math.min(n,r-1),s=Math.max(0,n-e+1);a>=s;s++){var l=n-s,u=this.words[l],c=t.words[s],h=u*c,f=67108863&h;i+=h/67108864|0,f+=o,o=67108863&f,i+=f>>>26}this.words[n]=o,this.words[n+1]+=i,i=0}for(var i=0,l=1;l<this.length;l++){var p=this.words[l]+i;this.words[l]=67108863&p,i=p>>>26}return this.strip()},i.prototype.imuln=function(t){r("number"==typeof t);for(var e=0,n=0;n<this.length;n++){var i=this.words[n]*t,o=(67108863&i)+(67108863&e);e>>=26,e+=i/67108864|0,e+=o>>>26,this.words[n]=67108863&o}return 0!==e&&(this.words[n]=e,this.length++),this},i.prototype.muln=function(t){return this.clone().imuln(t)},i.prototype.sqr=function(){return this.mul(this)},i.prototype.isqr=function(){return this.mul(this)},i.prototype.ishln=function(t){r("number"==typeof t&&t>=0);var e=t%26,n=(t-e)/26,i=67108863>>>26-e<<26-e;if(0!==e){for(var o=0,a=0;a<this.length;a++){var s=this.words[a]&i,l=this.words[a]-s<<e;this.words[a]=l|o,o=s>>>26-e}o&&(this.words[a]=o,this.length++)}if(0!==n){for(var a=this.length-1;a>=0;a--)this.words[a+n]=this.words[a];for(var a=0;n>a;a++)this.words[a]=0;this.length+=n}return this.strip()},i.prototype.ishrn=function(t,e,n){r("number"==typeof t&&t>=0);var i;i=e?(e-e%26)/26:0;var o=t%26,a=Math.min((t-o)/26,this.length),s=67108863^67108863>>>o<<o,l=n;if(i-=a,i=Math.max(0,i),l){for(var u=0;a>u;u++)l.words[u]=this.words[u];l.length=a}if(0===a);else if(this.length>a){this.length-=a;for(var u=0;u<this.length;u++)this.words[u]=this.words[u+a]}else this.words[0]=0,this.length=1;for(var c=0,u=this.length-1;u>=0&&(0!==c||u>=i);u--){var h=this.words[u];this.words[u]=c<<26-o|h>>>o,c=h&s}return l&&0!==c&&(l.words[l.length++]=c),0===this.length&&(this.words[0]=0,this.length=1),this.strip(),this},i.prototype.shln=function(t){return this.clone().ishln(t)},i.prototype.shrn=function(t){return this.clone().ishrn(t)},i.prototype.testn=function(t){r("number"==typeof t&&t>=0);var e=t%26,n=(t-e)/26,i=1<<e;if(this.length<=n)return!1;var o=this.words[n];return!!(o&i)},i.prototype.imaskn=function(t){r("number"==typeof t&&t>=0);var e=t%26,n=(t-e)/26;if(r(!this.sign,"imaskn works only with positive numbers"),0!==e&&n++,this.length=Math.min(n,this.length),0!==e){var i=67108863^67108863>>>e<<e;this.words[this.length-1]&=i}return this.strip()},i.prototype.maskn=function(t){return this.clone().imaskn(t)},i.prototype.iaddn=function(t){return r("number"==typeof t),0>t?this.isubn(-t):this.sign?1===this.length&&this.words[0]<t?(this.words[0]=t-this.words[0],this.sign=!1,this):(this.sign=!1,this.isubn(t),this.sign=!0,this):this._iaddn(t)},i.prototype._iaddn=function(t){this.words[0]+=t;for(var e=0;e<this.length&&this.words[e]>=67108864;e++)this.words[e]-=67108864,e===this.length-1?this.words[e+1]=1:this.words[e+1]++;return this.length=Math.max(this.length,e+1),this},i.prototype.isubn=function(t){if(r("number"==typeof t),0>t)return this.iaddn(-t);if(this.sign)return this.sign=!1,this.iaddn(t),this.sign=!0,this;this.words[0]-=t;for(var e=0;e<this.length&&this.words[e]<0;e++)this.words[e]+=67108864,this.words[e+1]-=1;return this.strip()},i.prototype.addn=function(t){return this.clone().iaddn(t)},i.prototype.subn=function(t){return this.clone().isubn(t)},i.prototype.iabs=function(){return this.sign=!1,this},i.prototype.abs=function(){return this.clone().iabs()},i.prototype._ishlnsubmul=function(t,e,n){var i,o=t.length+n;if(this.words.length<o){for(var a=new Array(o),i=0;i<this.length;i++)a[i]=this.words[i];this.words=a}else i=this.length;for(this.length=Math.max(this.length,o);i<this.length;i++)this.words[i]=0;for(var s=0,i=0;i<t.length;i++){var l=this.words[i+n]+s,u=t.words[i]*e;l-=67108863&u,s=(l>>26)-(u/67108864|0),this.words[i+n]=67108863&l}for(;i<this.length-n;i++){var l=this.words[i+n]+s;s=l>>26,this.words[i+n]=67108863&l}if(0===s)return this.strip();r(-1===s),s=0;for(var i=0;i<this.length;i++){var l=-this.words[i]+s;s=l>>26,this.words[i]=67108863&l}return this.sign=!0,this.strip()},i.prototype._wordDiv=function(t,e){var r=this.length-t.length,n=this.clone(),o=t,a=o.words[o.length-1],s=this._countBits(a);r=26-s,0!==r&&(o=o.shln(r),n.ishln(r),a=o.words[o.length-1]);var l,u=n.length-o.length;if("mod"!==e){l=new i(null),l.length=u+1,l.words=new Array(l.length);for(var c=0;c<l.length;c++)l.words[c]=0}var h=n.clone()._ishlnsubmul(o,1,u);h.sign||(n=h,l&&(l.words[u]=1));for(var f=u-1;f>=0;f--){var p=67108864*n.words[o.length+f]+n.words[o.length+f-1];for(p=Math.min(p/a|0,67108863),n._ishlnsubmul(o,p,f);n.sign;)p--,n.sign=!1,n._ishlnsubmul(o,1,f),0!==n.cmpn(0)&&(n.sign=!n.sign);l&&(l.words[f]=p)}return l&&l.strip(),n.strip(),"div"!==e&&0!==r&&n.ishrn(r),{div:l?l:null,mod:n}},i.prototype.divmod=function(t,e){if(r(0!==t.cmpn(0)),this.sign&&!t.sign){var n,o,a=this.neg().divmod(t,e);return"mod"!==e&&(n=a.div.neg()),"div"!==e&&(o=0===a.mod.cmpn(0)?a.mod:t.sub(a.mod)),{div:n,mod:o}}if(!this.sign&&t.sign){var n,a=this.divmod(t.neg(),e);return"mod"!==e&&(n=a.div.neg()),{div:n,mod:a.mod}}return this.sign&&t.sign?this.neg().divmod(t.neg(),e):t.length>this.length||this.cmp(t)<0?{div:new i(0),mod:this}:1===t.length?"div"===e?{div:this.divn(t.words[0]),mod:null}:"mod"===e?{div:null,mod:new i(this.modn(t.words[0]))}:{div:this.divn(t.words[0]),mod:new i(this.modn(t.words[0]))}:this._wordDiv(t,e)},i.prototype.div=function(t){return this.divmod(t,"div").div},i.prototype.mod=function(t){return this.divmod(t,"mod").mod},i.prototype.divRound=function(t){var e=this.divmod(t);if(0===e.mod.cmpn(0))return e.div;var r=e.div.sign?e.mod.isub(t):e.mod,n=t.shrn(1),i=t.andln(1),o=r.cmp(n);return 0>o||1===i&&0===o?e.div:e.div.sign?e.div.isubn(1):e.div.iaddn(1)},i.prototype.modn=function(t){r(67108863>=t);for(var e=(1<<26)%t,n=0,i=this.length-1;i>=0;i--)n=(e*n+this.words[i])%t;return n},i.prototype.idivn=function(t){r(67108863>=t);for(var e=0,n=this.length-1;n>=0;n--){var i=this.words[n]+67108864*e;this.words[n]=i/t|0,e=i%t}return this.strip()},i.prototype.divn=function(t){return this.clone().idivn(t)},i.prototype.egcd=function(t){r(!t.sign),r(0!==t.cmpn(0));var e=this,n=t.clone();e=e.sign?e.mod(t):e.clone();for(var o=new i(1),a=new i(0),s=new i(0),l=new i(1),u=0;e.isEven()&&n.isEven();)e.ishrn(1),n.ishrn(1),++u;for(var c=n.clone(),h=e.clone();0!==e.cmpn(0);){for(;e.isEven();)e.ishrn(1),o.isEven()&&a.isEven()?(o.ishrn(1),a.ishrn(1)):(o.iadd(c).ishrn(1),a.isub(h).ishrn(1));for(;n.isEven();)n.ishrn(1),s.isEven()&&l.isEven()?(s.ishrn(1),l.ishrn(1)):(s.iadd(c).ishrn(1),l.isub(h).ishrn(1));e.cmp(n)>=0?(e.isub(n),o.isub(s),a.isub(l)):(n.isub(e),s.isub(o),l.isub(a))}return{a:s,b:l,gcd:n.ishln(u)}},i.prototype._invmp=function(t){r(!t.sign),r(0!==t.cmpn(0));var e=this,n=t.clone();e=e.sign?e.mod(t):e.clone();for(var o=new i(1),a=new i(0),s=n.clone();e.cmpn(1)>0&&n.cmpn(1)>0;){for(;e.isEven();)e.ishrn(1),o.isEven()?o.ishrn(1):o.iadd(s).ishrn(1);for(;n.isEven();)n.ishrn(1),a.isEven()?a.ishrn(1):a.iadd(s).ishrn(1);e.cmp(n)>=0?(e.isub(n),o.isub(a)):(n.isub(e),a.isub(o))}return 0===e.cmpn(1)?o:a},i.prototype.gcd=function(t){if(0===this.cmpn(0))return t.clone();if(0===t.cmpn(0))return this.clone();var e=this.clone(),r=t.clone();e.sign=!1,r.sign=!1;for(var n=0;e.isEven()&&r.isEven();n++)e.ishrn(1),r.ishrn(1);for(;;){for(;e.isEven();)e.ishrn(1);for(;r.isEven();)r.ishrn(1);var i=e.cmp(r);if(0>i){var o=e;e=r,r=o}else if(0===i||0===r.cmpn(1))break;e.isub(r)}return r.ishln(n)},i.prototype.invm=function(t){return this.egcd(t).a.mod(t)},i.prototype.isEven=function(){return 0===(1&this.words[0])},i.prototype.isOdd=function(){return 1===(1&this.words[0])},i.prototype.andln=function(t){return this.words[0]&t},i.prototype.bincn=function(t){r("number"==typeof t);var e=t%26,n=(t-e)/26,i=1<<e;if(this.length<=n){for(var o=this.length;n+1>o;o++)this.words[o]=0;return this.words[n]|=i,this.length=n+1,this}for(var a=i,o=n;0!==a&&o<this.length;o++){var s=this.words[o];s+=a,a=s>>>26,s&=67108863,this.words[o]=s}return 0!==a&&(this.words[o]=a,this.length++),this},i.prototype.cmpn=function(t){var e=0>t;if(e&&(t=-t),this.sign&&!e)return-1;if(!this.sign&&e)return 1;t&=67108863,this.strip();
var r;if(this.length>1)r=1;else{var n=this.words[0];r=n===t?0:t>n?-1:1}return this.sign&&(r=-r),r},i.prototype.cmp=function(t){if(this.sign&&!t.sign)return-1;if(!this.sign&&t.sign)return 1;var e=this.ucmp(t);return this.sign?-e:e},i.prototype.ucmp=function(t){if(this.length>t.length)return 1;if(this.length<t.length)return-1;for(var e=0,r=this.length-1;r>=0;r--){var n=this.words[r],i=t.words[r];if(n!==i){i>n?e=-1:n>i&&(e=1);break}}return e},i.red=function(t){return new f(t)},i.prototype.toRed=function(t){return r(!this.red,"Already a number in reduction context"),r(!this.sign,"red works only with positives"),t.convertTo(this)._forceRed(t)},i.prototype.fromRed=function(){return r(this.red,"fromRed works only with numbers in reduction context"),this.red.convertFrom(this)},i.prototype._forceRed=function(t){return this.red=t,this},i.prototype.forceRed=function(t){return r(!this.red,"Already a number in reduction context"),this._forceRed(t)},i.prototype.redAdd=function(t){return r(this.red,"redAdd works only with red numbers"),this.red.add(this,t)},i.prototype.redIAdd=function(t){return r(this.red,"redIAdd works only with red numbers"),this.red.iadd(this,t)},i.prototype.redSub=function(t){return r(this.red,"redSub works only with red numbers"),this.red.sub(this,t)},i.prototype.redISub=function(t){return r(this.red,"redISub works only with red numbers"),this.red.isub(this,t)},i.prototype.redShl=function(t){return r(this.red,"redShl works only with red numbers"),this.red.shl(this,t)},i.prototype.redMul=function(t){return r(this.red,"redMul works only with red numbers"),this.red._verify2(this,t),this.red.mul(this,t)},i.prototype.redIMul=function(t){return r(this.red,"redMul works only with red numbers"),this.red._verify2(this,t),this.red.imul(this,t)},i.prototype.redSqr=function(){return r(this.red,"redSqr works only with red numbers"),this.red._verify1(this),this.red.sqr(this)},i.prototype.redISqr=function(){return r(this.red,"redISqr works only with red 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g=0;h>g;++g)t.color[g]=s(r,u,c,m,r.RGBA,r.COLOR_ATTACHMENT0+g);0===h?(t._color_rb=l(r,u,c,r.RGBA4,r.COLOR_ATTACHMENT0),f&&f.drawBuffersWEBGL(y[0])):h>1&&f.drawBuffersWEBGL(y[h]);var v=r.getExtension("WEBGL_depth_texture");v?p?t.depth=s(r,u,c,v.UNSIGNED_INT_24_8_WEBGL,r.DEPTH_STENCIL,r.DEPTH_STENCIL_ATTACHMENT):d&&(t.depth=s(r,u,c,r.UNSIGNED_SHORT,r.DEPTH_COMPONENT,r.DEPTH_ATTACHMENT)):d&&p?t._depth_rb=l(r,u,c,r.DEPTH_STENCIL,r.DEPTH_STENCIL_ATTACHMENT):d?t._depth_rb=l(r,u,c,r.DEPTH_COMPONENT16,r.DEPTH_ATTACHMENT):p&&(t._depth_rb=l(r,u,c,r.STENCIL_INDEX,r.STENCIL_ATTACHMENT));var b=r.checkFramebufferStatus(r.FRAMEBUFFER);if(b!==r.FRAMEBUFFER_COMPLETE){t._destroyed=!0,r.bindFramebuffer(r.FRAMEBUFFER,null),r.deleteFramebuffer(t.handle),t.handle=null,t.depth&&(t.depth.dispose(),t.depth=null),t._depth_rb&&(r.deleteRenderbuffer(t._depth_rb),t._depth_rb=null);for(var g=0;g<t.color.length;++g)t.color[g].dispose(),t.color[g]=null;t._color_rb&&(r.deleteRenderbuffer(t._color_rb),t._color_rb=null),i(r,e),a(b)}i(r,e)}function c(t,e,r,n,i,o,a,s){this.gl=t,this._shape=[0|e,0|r],this._destroyed=!1,this._ext=s,this.color=new Array(i);for(var l=0;i>l;++l)this.color[l]=null;this._color_rb=null,this.depth=null,this._depth_rb=null,this._colorType=n,this._useDepth=o,this._useStencil=a;var c=this,h=[0|e,0|r];Object.defineProperties(h,{0:{get:function(){return c._shape[0]},set:function(t){return c.width=t}},1:{get:function(){return c._shape[1]},set:function(t){return c.height=t}}}),this._shapeVector=h,u(this)}function h(t,e,r){if(t._destroyed)throw new Error("gl-fbo: Can't resize destroyed FBO");if(t._shape[0]!==e||t._shape[1]!==r){var o=t.gl,s=o.getParameter(o.MAX_RENDERBUFFER_SIZE);if(0>e||e>s||0>r||r>s)throw new Error("gl-fbo: Can't resize FBO, invalid dimensions");t._shape[0]=e,t._shape[1]=r;for(var l=n(o),u=0;u<t.color.length;++u)t.color[u].shape=t._shape;t._color_rb&&(o.bindRenderbuffer(o.RENDERBUFFER,t._color_rb),o.renderbufferStorage(o.RENDERBUFFER,o.RGBA4,t._shape[0],t._shape[1])),t.depth&&(t.depth.shape=t._shape),t._depth_rb&&(o.bindRenderbuffer(o.RENDERBUFFER,t._depth_rb),t._useDepth&&t._useStencil?o.renderbufferStorage(o.RENDERBUFFER,o.DEPTH_STENCIL,t._shape[0],t._shape[1]):t._useDepth?o.renderbufferStorage(o.RENDERBUFFER,o.DEPTH_COMPONENT16,t._shape[0],t._shape[1]):t._useStencil&&o.renderbufferStorage(o.RENDERBUFFER,o.STENCIL_INDEX,t._shape[0],t._shape[1])),o.bindFramebuffer(o.FRAMEBUFFER,t.handle);var c=o.checkFramebufferStatus(o.FRAMEBUFFER);c!==o.FRAMEBUFFER_COMPLETE&&(t.dispose(),i(o,l),a(c)),i(o,l)}}function f(t,e,r,n){d||(d=t.FRAMEBUFFER_UNSUPPORTED,m=t.FRAMEBUFFER_INCOMPLETE_ATTACHMENT,g=t.FRAMEBUFFER_INCOMPLETE_DIMENSIONS,v=t.FRAMEBUFFER_INCOMPLETE_MISSING_ATTACHMENT);var i=t.getExtension("WEBGL_draw_buffers");if(!y&&i&&o(t,i),Array.isArray(e)&&(n=r,r=0|e[1],e=0|e[0]),"number"!=typeof e)throw new Error("gl-fbo: Missing shape parameter");var a=t.getParameter(t.MAX_RENDERBUFFER_SIZE);if(0>e||e>a||0>r||r>a)throw new Error("gl-fbo: Parameters are too large for FBO");n=n||{};var s=1;if("color"in n){if(s=Math.max(0|n.color,0),0>s)throw new Error("gl-fbo: Must specify a nonnegative number of colors");if(s>1){if(!i)throw new Error("gl-fbo: Multiple draw buffer extension not supported");if(s>t.getParameter(i.MAX_COLOR_ATTACHMENTS_WEBGL))throw new Error("gl-fbo: Context does not support "+s+" draw buffers");
}}var l=t.UNSIGNED_BYTE,u=t.getExtension("OES_texture_float");if(n.float&&s>0){if(!u)throw new Error("gl-fbo: Context does not support floating point textures");l=t.FLOAT}else n.preferFloat&&s>0&&u&&(l=t.FLOAT);var h=!0;"depth"in n&&(h=!!n.depth);var f=!1;return"stencil"in n&&(f=!!n.stencil),new c(t,e,r,l,s,h,f,i)}var p=t("gl-texture2d");e.exports=f;var d,m,g,v,y=null,b=c.prototype;Object.defineProperties(b,{shape:{get:function(){return this._destroyed?[0,0]:this._shapeVector},set:function(t){if(Array.isArray(t)||(t=[0|t,0|t]),2!==t.length)throw new Error("gl-fbo: Shape vector must be length 2");var e=0|t[0],r=0|t[1];return h(this,e,r),[e,r]},enumerable:!1},width:{get:function(){return this._destroyed?0:this._shape[0]},set:function(t){return t=0|t,h(this,t,this._shape[1]),t},enumerable:!1},height:{get:function(){return this._destroyed?0:this._shape[1]},set:function(t){return t=0|t,h(this,this._shape[0],t),t},enumerable:!1}}),b.bind=function(){if(!this._destroyed){var t=this.gl;t.bindFramebuffer(t.FRAMEBUFFER,this.handle),t.viewport(0,0,this._shape[0],this._shape[1])}},b.dispose=function(){if(!this._destroyed){this._destroyed=!0;var t=this.gl;t.deleteFramebuffer(this.handle),this.handle=null,this.depth&&(this.depth.dispose(),this.depth=null),this._depth_rb&&(t.deleteRenderbuffer(this._depth_rb),this._depth_rb=null);for(var e=0;e<this.color.length;++e)this.color[e].dispose(),this.color[e]=null;this._color_rb&&(t.deleteRenderbuffer(this._color_rb),this._color_rb=null)}}},{"gl-texture2d":233}],135:[function(t,e,r){r.lineVertex="precision mediump float;\n#define GLSLIFY 1\n\nfloat inverse_1_0(float m) {\n  return 1.0 / m;\n}\n\nmat2 inverse_1_0(mat2 m) {\n  return mat2(m[1][1],-m[0][1],\n             -m[1][0], m[0][0]) / (m[0][0]*m[1][1] - m[0][1]*m[1][0]);\n}\n\nmat3 inverse_1_0(mat3 m) {\n  float a00 = m[0][0], a01 = m[0][1], a02 = m[0][2];\n  float a10 = m[1][0], a11 = m[1][1], a12 = m[1][2];\n  float a20 = m[2][0], a21 = m[2][1], a22 = m[2][2];\n\n  float b01 = a22 * a11 - a12 * a21;\n  float b11 = -a22 * a10 + a12 * a20;\n  float b21 = a21 * a10 - a11 * a20;\n\n  float det = a00 * b01 + a01 * b11 + a02 * b21;\n\n  return mat3(b01, (-a22 * a01 + a02 * a21), (a12 * a01 - a02 * a11),\n              b11, (a22 * a00 - a02 * a20), (-a12 * a00 + a02 * a10),\n              b21, (-a21 * a00 + a01 * a20), (a11 * a00 - a01 * a10)) / det;\n}\n\nmat4 inverse_1_0(mat4 m) {\n  float\n      a00 = m[0][0], a01 = m[0][1], a02 = m[0][2], a03 = m[0][3],\n      a10 = m[1][0], a11 = m[1][1], a12 = m[1][2], a13 = m[1][3],\n      a20 = m[2][0], a21 = m[2][1], a22 = m[2][2], a23 = m[2][3],\n      a30 = m[3][0], a31 = m[3][1], a32 = m[3][2], a33 = m[3][3],\n\n      b00 = a00 * a11 - a01 * a10,\n      b01 = a00 * a12 - a02 * a10,\n      b02 = a00 * a13 - a03 * a10,\n      b03 = a01 * a12 - a02 * a11,\n      b04 = a01 * a13 - a03 * a11,\n      b05 = a02 * a13 - a03 * a12,\n      b06 = a20 * a31 - a21 * a30,\n      b07 = a20 * a32 - a22 * a30,\n      b08 = a20 * a33 - a23 * a30,\n      b09 = a21 * a32 - a22 * a31,\n      b10 = a21 * a33 - a23 * a31,\n      b11 = a22 * a33 - a23 * a32,\n\n      det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;\n\n  return mat4(\n      a11 * b11 - a12 * b10 + a13 * b09,\n      a02 * b10 - a01 * b11 - a03 * b09,\n      a31 * b05 - a32 * b04 + a33 * b03,\n      a22 * b04 - a21 * b05 - a23 * b03,\n      a12 * b08 - a10 * b11 - a13 * b07,\n      a00 * b11 - a02 * b08 + a03 * b07,\n      a32 * b02 - a30 * b05 - a33 * b01,\n      a20 * b05 - a22 * b02 + a23 * b01,\n      a10 * b10 - a11 * b08 + a13 * b06,\n      a01 * b08 - a00 * b10 - a03 * b06,\n      a30 * b04 - a31 * b02 + a33 * b00,\n      a21 * b02 - a20 * b04 - a23 * b00,\n      a11 * b07 - a10 * b09 - a12 * b06,\n      a00 * b09 - a01 * b07 + a02 * b06,\n      a31 * b01 - a30 * b03 - a32 * b00,\n      a20 * b03 - a21 * b01 + a22 * b00) / det;\n}\n\n\n\nattribute vec2 a, d;\n\nuniform mat3 matrix;\nuniform vec2 screenShape;\nuniform float width;\n\nvarying vec2 direction;\n\nvoid main() {\n  vec2 dir = (matrix * vec3(d, 0)).xy;\n  vec3 base = matrix * vec3(a, 1);\n  vec2 n = 0.5 * width *\n    normalize(screenShape.yx * vec2(dir.y, -dir.x)) / screenShape.xy;\n  vec2 tangent = normalize(screenShape.xy * dir);\n  if(dir.x < 0.0 || (dir.x == 0.0 && dir.y < 0.0)) {\n    direction = -tangent;\n  } else {\n    direction = tangent;\n  }\n  gl_Position = vec4(base.xy/base.z + n, 0, 1);\n}\n",r.lineFragment="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec4 color;\nuniform vec2 screenShape;\nuniform sampler2D dashPattern;\nuniform float dashLength;\n\nvarying vec2 direction;\n\nvoid main() {\n  float t = fract(dot(direction, gl_FragCoord.xy) / dashLength);\n  vec4 pcolor = color * texture2D(dashPattern, vec2(t, 0.0)).r;\n  gl_FragColor = vec4(pcolor.rgb * pcolor.a, pcolor.a);\n}\n",r.mitreVertex="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 p;\n\nuniform mat3  matrix;\nuniform vec2 screenShape;\nuniform float radius;\n\nvoid main() {\n  vec3 pp = matrix * vec3(p, 1);\n  gl_Position  = vec4(pp.xy, 0, pp.z);\n  gl_PointSize = radius;\n}\n",r.mitreFragment="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec4 color;\n\nvoid main() {\n  if(length(gl_PointCoord.xy - 0.5) > 0.25) {\n    discard;\n  }\n  gl_FragColor = vec4(color.rgb, color.a);\n}\n",r.pickVertex="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 a, d;\nattribute vec4 pick0, pick1;\n\nuniform mat3 matrix;\nuniform vec2 screenShape;\nuniform float width;\n\nvarying vec4 pickA, pickB;\n\nfloat inverse_1_0(float m) {\n  return 1.0 / m;\n}\n\nmat2 inverse_1_0(mat2 m) {\n  return mat2(m[1][1],-m[0][1],\n             -m[1][0], m[0][0]) / (m[0][0]*m[1][1] - m[0][1]*m[1][0]);\n}\n\nmat3 inverse_1_0(mat3 m) {\n  float a00 = m[0][0], a01 = m[0][1], a02 = m[0][2];\n  float a10 = m[1][0], a11 = m[1][1], a12 = m[1][2];\n  float a20 = m[2][0], a21 = m[2][1], a22 = m[2][2];\n\n  float b01 = a22 * a11 - a12 * a21;\n  float b11 = -a22 * a10 + a12 * a20;\n  float b21 = a21 * a10 - a11 * a20;\n\n  float det = a00 * b01 + a01 * b11 + a02 * b21;\n\n  return mat3(b01, (-a22 * a01 + a02 * a21), (a12 * a01 - a02 * a11),\n              b11, (a22 * a00 - a02 * a20), (-a12 * a00 + a02 * a10),\n              b21, (-a21 * a00 + a01 * a20), (a11 * a00 - a01 * a10)) / det;\n}\n\nmat4 inverse_1_0(mat4 m) {\n  float\n      a00 = m[0][0], a01 = m[0][1], a02 = m[0][2], a03 = m[0][3],\n      a10 = m[1][0], a11 = m[1][1], a12 = m[1][2], a13 = m[1][3],\n      a20 = m[2][0], a21 = m[2][1], a22 = m[2][2], a23 = m[2][3],\n      a30 = m[3][0], a31 = m[3][1], a32 = m[3][2], a33 = m[3][3],\n\n      b00 = a00 * a11 - a01 * a10,\n      b01 = a00 * a12 - a02 * a10,\n      b02 = a00 * a13 - a03 * a10,\n      b03 = a01 * a12 - a02 * a11,\n      b04 = a01 * a13 - a03 * a11,\n      b05 = a02 * a13 - a03 * a12,\n      b06 = a20 * a31 - a21 * a30,\n      b07 = a20 * a32 - a22 * a30,\n      b08 = a20 * a33 - a23 * a30,\n      b09 = a21 * a32 - a22 * a31,\n      b10 = a21 * a33 - a23 * a31,\n      b11 = a22 * a33 - a23 * a32,\n\n      det = b00 * b11 - b01 * b10 + b02 * b09 + b03 * b08 - b04 * b07 + b05 * b06;\n\n  return mat4(\n      a11 * b11 - a12 * b10 + a13 * b09,\n      a02 * b10 - a01 * b11 - a03 * b09,\n      a31 * b05 - a32 * b04 + a33 * b03,\n      a22 * b04 - a21 * b05 - a23 * b03,\n      a12 * b08 - a10 * b11 - a13 * b07,\n      a00 * b11 - a02 * b08 + a03 * b07,\n      a32 * b02 - a30 * b05 - a33 * b01,\n      a20 * b05 - a22 * b02 + a23 * b01,\n      a10 * b10 - a11 * b08 + a13 * b06,\n      a01 * b08 - a00 * b10 - a03 * b06,\n      a30 * b04 - a31 * b02 + a33 * b00,\n      a21 * b02 - a20 * b04 - a23 * b00,\n      a11 * b07 - a10 * b09 - a12 * b06,\n      a00 * b09 - a01 * b07 + a02 * b06,\n      a31 * b01 - a30 * b03 - a32 * b00,\n      a20 * b03 - a21 * b01 + a22 * b00) / det;\n}\n\n\n\nvoid main() {\n  vec3 base = matrix * vec3(a, 1);\n  vec2 n = width *\n    normalize(screenShape.yx * vec2(d.y, -d.x)) / screenShape.xy;\n  gl_Position = vec4(base.xy/base.z + n, 0, 1);\n  pickA = pick0;\n  pickB = pick1;\n}\n",r.pickFragment="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec4 pickOffset;\n\nvarying vec4 pickA, pickB;\n\nvoid main() {\n  vec4 fragId = vec4(pickA.xyz, 0.0);\n  if(pickB.w > pickA.w) {\n    fragId.xyz = pickB.xyz;\n  }\n\n  fragId += pickOffset;\n\n  fragId.y += floor(fragId.x / 256.0);\n  fragId.x -= floor(fragId.x / 256.0) * 256.0;\n\n  fragId.z += floor(fragId.y / 256.0);\n  fragId.y -= floor(fragId.y / 256.0) * 256.0;\n\n  fragId.w += floor(fragId.z / 256.0);\n  fragId.z -= floor(fragId.z / 256.0) * 256.0;\n\n  gl_FragColor = fragId / 255.0;\n}\n",r.fillVertex="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 a, d;\n\nuniform mat3 matrix;\nuniform vec2 projectAxis;\nuniform float projectValue;\nuniform float depth;\n\nvoid main() {\n  vec3 base = matrix * vec3(a, 1);\n  vec2 p = base.xy / base.z;\n  if(d.y < 0.0 || (d.y == 0.0 && d.x < 0.0)) {\n    if(dot(p, projectAxis) < projectValue) {\n      p = p * (1.0 - abs(projectAxis)) + projectAxis * projectValue;\n    }\n  }\n  gl_Position = vec4(p, depth, 1);\n}\n",r.fillFragment="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec4 color;\n\nvoid main() {\n  gl_FragColor = vec4(color.rgb * color.a, color.a);\n}\n"},{}],136:[function(t,e,r){"use strict";function n(t,e,r,n,i,o,a,s){this.plot=t,this.dashPattern=e,this.lineBuffer=r,this.pickBuffer=n,this.lineShader=i,this.mitreShader=o,this.fillShader=a,this.pickShader=s,this.usingDashes=!1,this.bounds=[1/0,1/0,-(1/0),-(1/0)],this.width=1,this.color=[0,0,1,1],this.fill=[!1,!1,!1,!1],this.fillColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.data=null,this.numPoints=0,this.vertCount=0,this.pickOffset=0,this.lodBuffer=[]}function i(t){return t.map(function(t){return t.slice()})}function o(t,e){var r=t.gl,i=s(r),o=s(r),u=l(r,[1,1]),c=a(r,h.lineVertex,h.lineFragment),f=a(r,h.mitreVertex,h.mitreFragment),p=a(r,h.fillVertex,h.fillFragment),d=a(r,h.pickVertex,h.pickFragment),m=new n(t,u,i,o,c,f,p,d);return t.addObject(m),m.update(e),m}e.exports=o;var a=t("gl-shader"),s=t("gl-buffer"),l=t("gl-texture2d"),u=t("ndarray"),c=t("typedarray-pool"),h=t("./lib/shaders"),f=n.prototype;f.draw=function(){var t=[1,0,0,0,1,0,0,0,1],e=[0,0],r=[1,0],n=[-1,0],i=[0,1],o=[0,-1];return function(){var a=this.plot,s=this.color,l=this.width,u=(this.numPoints,this.bounds),c=this.vertCount;if(c){var h=a.gl,f=a.viewBox,p=a.dataBox,d=a.pixelRatio,m=u[2]-u[0],g=u[3]-u[1],v=p[2]-p[0],y=p[3]-p[1],b=f[2]-f[0],x=f[3]-f[1];t[0]=2*m/v,t[4]=2*g/y,t[6]=2*(u[0]-p[0])/v-1,t[7]=2*(u[1]-p[1])/y-1,e[0]=b,e[1]=x;var _=this.lineBuffer;_.bind();var w=this.fill;if(w[0]||w[1]||w[2]||w[3]){var M=this.fillShader;M.bind();var k=M.uniforms;k.matrix=t,k.depth=a.nextDepthValue();var A=M.attributes;A.a.pointer(h.FLOAT,!1,16,0),A.d.pointer(h.FLOAT,!1,16,8),h.depthMask(!0),h.enable(h.DEPTH_TEST);var T=this.fillColor;w[0]&&(k.color=T[0],k.projectAxis=n,k.projectValue=1,h.drawArrays(h.TRIANGLES,0,c)),w[1]&&(k.color=T[1],k.projectAxis=o,k.projectValue=1,h.drawArrays(h.TRIANGLES,0,c)),w[2]&&(k.color=T[2],k.projectAxis=r,k.projectValue=1,h.drawArrays(h.TRIANGLES,0,c)),w[3]&&(k.color=T[3],k.projectAxis=i,k.projectValue=1,h.drawArrays(h.TRIANGLES,0,c)),h.depthMask(!1),h.disable(h.DEPTH_TEST)}var E=this.lineShader;E.bind();var S=E.uniforms;S.matrix=t,S.color=s,S.width=l*d,S.screenShape=e,S.dashPattern=this.dashPattern.bind(),S.dashLength=this.dashLength*d;var L=E.attributes;if(L.a.pointer(h.FLOAT,!1,16,0),L.d.pointer(h.FLOAT,!1,16,8),h.drawArrays(h.TRIANGLES,0,c),l>2&&!this.usingDashes){var z=this.mitreShader;z.bind();var I=z.uniforms;I.matrix=t,I.color=s,I.screenShape=e,I.radius=l*d,z.attributes.p.pointer(h.FLOAT,!1,48,0),h.drawArrays(h.POINTS,0,c/3|0)}}}}(),f.drawPick=function(){var t=[1,0,0,0,1,0,0,0,1],e=[0,0],r=[0,0,0,0];return function(n){var i=this.plot,o=this.pickShader,a=this.lineBuffer,s=this.pickBuffer,l=this.width,u=this.numPoints,c=this.bounds,h=this.vertCount,f=i.gl,p=i.viewBox,d=i.dataBox,m=i.pickPixelRatio,g=c[2]-c[0],v=c[3]-c[1],y=d[2]-d[0],b=d[3]-d[1],x=p[2]-p[0],_=p[3]-p[1];if(this.pickOffset=n,!h)return n+u;t[0]=2*g/y,t[4]=2*v/b,t[6]=2*(c[0]-d[0])/y-1,t[7]=2*(c[1]-d[1])/b-1,e[0]=x,e[1]=_,r[0]=255&n,r[1]=n>>>8&255,r[2]=n>>>16&255,r[3]=n>>>24,o.bind();var w=o.uniforms;w.matrix=t,w.width=l*m,w.pickOffset=r,w.screenShape=e;var M=o.attributes;return a.bind(),M.a.pointer(f.FLOAT,!1,16,0),M.d.pointer(f.FLOAT,!1,16,8),s.bind(),M.pick0.pointer(f.UNSIGNED_BYTE,!1,8,0),M.pick1.pointer(f.UNSIGNED_BYTE,!1,8,4),f.drawArrays(f.TRIANGLES,0,h),n+u}}(),f.pick=function(t,e,r){var n=this.pickOffset,i=this.numPoints;if(n>r||r>=n+i)return null;var o=r-n,a=this.data;return{object:this,pointId:o,dataCoord:[a[2*o],a[2*o+1]]}},f.update=function(t){t=t||{};var e=this.plot.gl;!!t.connectGaps;this.color=(t.color||[0,0,1,1]).slice(),this.width=+(t.width||1),this.fill=(t.fill||[!1,!1,!1,!1]).slice(),this.fillColor=i(t.fillColor||[[0,0,0,1],[0,0,0,1],[0,0,0,1],[0,0,0,1]]);for(var r=t.dashes||[1],n=0,o=0;o<r.length;++o)n+=r[o];for(var a=c.mallocUint8(n),s=0,h=255,o=0;o<r.length;++o){for(var f=0;f<r[o];++f)a[s++]=h;h^=255}this.dashPattern.dispose(),this.usingDashes=r.length>1,this.dashPattern=l(e,u(a,[n,1,4],[1,0,0])),this.dashPattern.minFilter=e.NEAREST,this.dashPattern.magFilter=e.NEAREST,this.dashLength=n,c.free(a);var p=t.positions;this.data=p;var d=this.bounds;d[0]=d[1]=1/0,d[2]=d[3]=-(1/0);var m=this.numPoints=p.length>>>1;if(0!==m){for(var o=0;m>o;++o){var g=p[2*o],v=p[2*o+1];isNaN(g)||isNaN(v)||(d[0]=Math.min(d[0],g),d[1]=Math.min(d[1],v),d[2]=Math.max(d[2],g),d[3]=Math.max(d[3],v))}d[0]===d[2]&&(d[2]+=1),d[3]===d[1]&&(d[3]+=1);for(var y=c.mallocFloat32(24*(m-1)),b=c.mallocUint32(12*(m-1)),x=y.length,_=b.length,s=m,w=0;s>1;){var M=--s,g=p[2*s],v=p[2*s+1],k=M-1,A=p[2*k],T=p[2*k+1];if(!(isNaN(g)||isNaN(v)||isNaN(A)||isNaN(T))){w+=1,g=(g-d[0])/(d[2]-d[0]),v=(v-d[1])/(d[3]-d[1]),A=(A-d[0])/(d[2]-d[0]),T=(T-d[1])/(d[3]-d[1]);var E=A-g,S=T-v,L=M|1<<24,z=M-1,I=M,P=M-1|1<<24;y[--x]=-S,y[--x]=-E,y[--x]=v,y[--x]=g,b[--_]=L,b[--_]=z,y[--x]=S,y[--x]=E,y[--x]=T,y[--x]=A,b[--_]=I,b[--_]=P,y[--x]=-S,y[--x]=-E,y[--x]=T,y[--x]=A,b[--_]=I,b[--_]=P,y[--x]=S,y[--x]=E,y[--x]=T,y[--x]=A,b[--_]=I,b[--_]=P,y[--x]=-S,y[--x]=-E,y[--x]=v,y[--x]=g,b[--_]=L,b[--_]=z,y[--x]=S,y[--x]=E,y[--x]=v,y[--x]=g,b[--_]=L,b[--_]=z}}this.vertCount=6*w,this.lineBuffer.update(y.subarray(x)),this.pickBuffer.update(b.subarray(_)),c.free(y),c.free(b)}},f.dispose=function(){this.plot.removeObject(this),this.lineBuffer.dispose(),this.pickBuffer.dispose(),this.lineShader.dispose(),this.mitreShader.dispose(),this.fillShader.dispose(),this.pickShader.dispose(),this.dashPattern.dispose()}},{"./lib/shaders":135,"gl-buffer":129,"gl-shader":208,"gl-texture2d":233,ndarray:456,"typedarray-pool":481}],137:[function(t,e,r){var n=t("gl-shader"),i="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position, nextPosition;\nattribute float arcLength, lineWidth;\nattribute vec4 color;\n\nuniform vec2 screenShape;\nuniform float pixelRatio;\nuniform mat4 model, view, projection;\n\nvarying vec4 fragColor;\nvarying vec3 worldPosition;\nvarying float pixelArcLength;\n\nvoid main() {\n  vec4 projected = projection * view * model * vec4(position, 1.0);\n  vec4 tangentClip = projection * view * model * vec4(nextPosition - position, 0.0);\n  vec2 tangent = normalize(screenShape * tangentClip.xy);\n  vec2 offset = 0.5 * pixelRatio * lineWidth * vec2(tangent.y, -tangent.x) / screenShape;\n\n  gl_Position = vec4(projected.xy + projected.w * offset, projected.zw);\n\n  worldPosition = position;\n  pixelArcLength = arcLength;\n  fragColor = color;\n}\n",o="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec3      clipBounds[2];\nuniform sampler2D dashTexture;\nuniform float     dashScale;\nuniform float     opacity;\n\nvarying vec3    worldPosition;\nvarying float   pixelArcLength;\nvarying vec4    fragColor;\n\nvoid main() {\n  if(any(lessThan(worldPosition, clipBounds[0])) || any(greaterThan(worldPosition, clipBounds[1]))) {\n    discard;\n  }\n  float dashWeight = texture2D(dashTexture, vec2(dashScale * pixelArcLength, 0)).r;\n  if(dashWeight < 0.5) {\n    discard;\n  }\n  gl_FragColor = fragColor * opacity;\n}\n",a="precision mediump float;\n#define GLSLIFY 1\n\n#define FLOAT_MAX  1.70141184e38\n#define FLOAT_MIN  1.17549435e-38\n\nlowp vec4 encode_float_1_0(highp float v) {\n  highp float av = abs(v);\n\n  //Handle special cases\n  if(av < FLOAT_MIN) {\n    return vec4(0.0, 0.0, 0.0, 0.0);\n  } else if(v > FLOAT_MAX) {\n    return vec4(127.0, 128.0, 0.0, 0.0) / 255.0;\n  } else if(v < -FLOAT_MAX) {\n    return vec4(255.0, 128.0, 0.0, 0.0) / 255.0;\n  }\n\n  highp vec4 c = vec4(0,0,0,0);\n\n  //Compute exponent and mantissa\n  highp float e = floor(log2(av));\n  highp float m = av * pow(2.0, -e) - 1.0;\n  \n  //Unpack mantissa\n  c[1] = floor(128.0 * m);\n  m -= c[1] / 128.0;\n  c[2] = floor(32768.0 * m);\n  m -= c[2] / 32768.0;\n  c[3] = floor(8388608.0 * m);\n  \n  //Unpack exponent\n  highp float ebias = e + 127.0;\n  c[0] = floor(ebias / 2.0);\n  ebias -= c[0] * 2.0;\n  c[1] += floor(ebias) * 128.0; \n\n  //Unpack sign bit\n  c[0] += 128.0 * step(0.0, -v);\n\n  //Scale back to range\n  return c / 255.0;\n}\n\n\n\nuniform float pickId;\nuniform vec3 clipBounds[2];\n\nvarying vec3 worldPosition;\nvarying float pixelArcLength;\nvarying vec4 fragColor;\n\nvoid main() {\n  if(any(lessThan(worldPosition, clipBounds[0])) || any(greaterThan(worldPosition, clipBounds[1]))) {\n    discard;\n  }\n  gl_FragColor = vec4(pickId/255.0, encode_float_1_0(pixelArcLength).xyz);\n}",s=[{name:"position",type:"vec3"},{name:"nextPosition",type:"vec3"},{name:"arcLength",type:"float"},{name:"lineWidth",type:"float"},{name:"color",type:"vec4"}];r.createShader=function(t){return n(t,i,o,null,s)},r.createPickShader=function(t){return n(t,i,a,null,s)}},{"gl-shader":208}],138:[function(t,e,r){"use strict";function n(t,e){for(var r=0,n=0;3>n;++n){var i=t[n]-e[n];r+=i*i}return Math.sqrt(r)}function i(t){for(var e=[[-1e6,-1e6,-1e6],[1e6,1e6,1e6]],r=0;3>r;++r)e[0][r]=Math.max(t[0][r],e[0][r]),e[1][r]=Math.min(t[1][r],e[1][r]);return e}function o(t,e,r,n){this.arcLength=t,this.position=e,this.index=r,this.dataCoordinate=n}function a(t,e,r,n,i,o){this.gl=t,this.shader=e,this.pickShader=r,this.buffer=n,this.vao=i,this.clipBounds=[[-(1/0),-(1/0),-(1/0)],[1/0,1/0,1/0]],this.points=[],this.arcLength=[],this.vertexCount=0,this.bounds=[[0,0,0],[0,0,0]],this.pickId=0,this.lineWidth=1,this.texture=o,this.dashScale=1,this.opacity=1,this.dirty=!0,this.pixelRatio=1}function s(t){var e=t.gl||t.scene&&t.scene.gl,r=m(e);r.attributes.position.location=0,r.attributes.nextPosition.location=1,r.attributes.arcLength.location=2,r.attributes.lineWidth.location=3,r.attributes.color.location=4;var n=g(e);n.attributes.position.location=0,n.attributes.nextPosition.location=1,n.attributes.arcLength.location=2,n.attributes.lineWidth.location=3,n.attributes.color.location=4;for(var i=l(e),o=u(e,[{buffer:i,size:3,offset:0,stride:48},{buffer:i,size:3,offset:12,stride:48},{buffer:i,size:1,offset:24,stride:48},{buffer:i,size:1,offset:28,stride:48},{buffer:i,size:4,offset:32,stride:48}]),s=p(new Array(1024),[256,1,4]),h=0;1024>h;++h)s.data[h]=255;var f=c(e,s);f.wrap=e.REPEAT;var d=new a(e,r,n,i,o,f);return d.update(t),d}e.exports=s;var l=t("gl-buffer"),u=t("gl-vao"),c=t("gl-texture2d"),h=t("glsl-read-float"),f=t("binary-search-bounds"),p=t("ndarray"),d=t("./lib/shaders"),m=d.createShader,g=d.createPickShader,v=[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1],y=a.prototype;y.isTransparent=function(){return this.opacity<1},y.isOpaque=function(){return this.opacity>=1},y.pickSlots=1,y.setPickBase=function(t){this.pickId=t},y.drawTransparent=y.draw=function(t){var e=this.gl,r=this.shader,n=this.vao;r.bind(),r.uniforms={model:t.model||v,view:t.view||v,projection:t.projection||v,clipBounds:i(this.clipBounds),dashTexture:this.texture.bind(),dashScale:this.dashScale/this.arcLength[this.arcLength.length-1],opacity:this.opacity,screenShape:[e.drawingBufferWidth,e.drawingBufferHeight],pixelRatio:this.pixelRatio},n.bind(),n.draw(e.TRIANGLE_STRIP,this.vertexCount)},y.drawPick=function(t){var e=this.gl,r=this.pickShader,n=this.vao;r.bind(),r.uniforms={model:t.model||v,view:t.view||v,projection:t.projection||v,pickId:this.pickId,clipBounds:i(this.clipBounds),screenShape:[e.drawingBufferWidth,e.drawingBufferHeight],pixelRatio:this.pixelRatio},n.bind(),n.draw(e.TRIANGLE_STRIP,this.vertexCount)},y.update=function(t){var e,r;this.dirty=!0;var i=!!t.connectGaps;"dashScale"in t&&(this.dashScale=t.dashScale),"opacity"in t&&(this.opacity=+t.opacity);var o=t.position||t.positions;if(o){var a=t.color||t.colors||[0,0,0,1],s=t.lineWidth||1,l=[],u=[],c=[],h=0,d=0,m=[[1/0,1/0,1/0],[-(1/0),-(1/0),-(1/0)]],g=!1;t:for(e=1;e<o.length;++e){var v=o[e-1],y=o[e];for(u.push(h),c.push(v.slice()),r=0;3>r;++r){if(isNaN(v[r])||isNaN(y[r])||!isFinite(v[r])||!isFinite(y[r])){if(!i&&l.length>0){for(var b=0;24>b;++b)l.push(l[l.length-12]);d+=2,g=!0}continue t}m[0][r]=Math.min(m[0][r],v[r],y[r]),m[1][r]=Math.max(m[1][r],v[r],y[r])}var x,_;Array.isArray(a[0])?(x=a[e-1],_=a[e]):x=_=a,3===x.length&&(x=[x[0],x[1],x[2],1]),3===_.length&&(_=[_[0],_[1],_[2],1]);var w;w=Array.isArray(s)?s[e-1]:s;var M=h;if(h+=n(v,y),g){for(r=0;2>r;++r)l.push(v[0],v[1],v[2],y[0],y[1],y[2],M,w,x[0],x[1],x[2],x[3]);d+=2,g=!1}l.push(v[0],v[1],v[2],y[0],y[1],y[2],M,w,x[0],x[1],x[2],x[3],v[0],v[1],v[2],y[0],y[1],y[2],M,-w,x[0],x[1],x[2],x[3],y[0],y[1],y[2],v[0],v[1],v[2],h,-w,_[0],_[1],_[2],_[3],y[0],y[1],y[2],v[0],v[1],v[2],h,w,_[0],_[1],_[2],_[3]),d+=4}if(this.buffer.update(l),u.push(h),c.push(o[o.length-1].slice()),this.bounds=m,this.vertexCount=d,this.points=c,this.arcLength=u,"dashes"in t){var k=t.dashes,A=k.slice();for(A.unshift(0),e=1;e<A.length;++e)A[e]=A[e-1]+A[e];var T=p(new Array(1024),[256,1,4]);for(e=0;256>e;++e){for(r=0;4>r;++r)T.set(e,0,r,0);1&f.le(A,A[A.length-1]*e/255)?T.set(e,0,0,0):T.set(e,0,0,255)}this.texture.setPixels(T)}}},y.dispose=function(){this.shader.dispose(),this.vao.dispose(),this.buffer.dispose()},y.pick=function(t){if(!t)return null;if(t.id!==this.pickId)return null;var e=h(t.value[0],t.value[1],t.value[2],0),r=f.le(this.arcLength,e);if(0>r)return null;if(r===this.arcLength.length-1)return new o(this.arcLength[this.arcLength.length-1],this.points[this.points.length-1].slice(),r);for(var n=this.points[r],i=this.points[Math.min(r+1,this.points.length-1)],a=(e-this.arcLength[r])/(this.arcLength[r+1]-this.arcLength[r]),s=1-a,l=[0,0,0],u=0;3>u;++u)l[u]=s*n[u]+a*i[u];var c=Math.min(.5>a?r:r+1,this.points.length-1);return new o(e,l,c,this.points[c])}},{"./lib/shaders":137,"binary-search-bounds":139,"gl-buffer":129,"gl-texture2d":233,"gl-vao":237,"glsl-read-float":140,ndarray:456}],139:[function(t,e,r){arguments[4][22][0].apply(r,arguments)},{dup:22}],140:[function(t,e,r){function n(t,e,r,n){return i[0]=n,i[1]=r,i[2]=e,i[3]=t,o[0]}e.exports=n;var i=new Uint8Array(4),o=new Float32Array(i.buffer)},{}],141:[function(t,e,r){function n(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8],h=c*a-s*u,f=-c*o+s*l,p=u*o-a*l,d=r*h+n*f+i*p;return d?(d=1/d,t[0]=h*d,t[1]=(-c*n+i*u)*d,t[2]=(s*n-i*a)*d,t[3]=f*d,t[4]=(c*r-i*l)*d,t[5]=(-s*r+i*o)*d,t[6]=p*d,t[7]=(-u*r+n*l)*d,t[8]=(a*r-n*o)*d,t):null}e.exports=n},{}],142:[function(t,e,r){function n(t){var e=new Float32Array(16);return e[0]=t[0],e[1]=t[1],e[2]=t[2],e[3]=t[3],e[4]=t[4],e[5]=t[5],e[6]=t[6],e[7]=t[7],e[8]=t[8],e[9]=t[9],e[10]=t[10],e[11]=t[11],e[12]=t[12],e[13]=t[13],e[14]=t[14],e[15]=t[15],e}e.exports=n},{}],143:[function(t,e,r){function n(){var t=new Float32Array(16);return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=1,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=1,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t}e.exports=n},{}],144:[function(t,e,r){function n(t){var e=t[0],r=t[1],n=t[2],i=t[3],o=t[4],a=t[5],s=t[6],l=t[7],u=t[8],c=t[9],h=t[10],f=t[11],p=t[12],d=t[13],m=t[14],g=t[15],v=e*a-r*o,y=e*s-n*o,b=e*l-i*o,x=r*s-n*a,_=r*l-i*a,w=n*l-i*s,M=u*d-c*p,k=u*m-h*p,A=u*g-f*p,T=c*m-h*d,E=c*g-f*d,S=h*g-f*m;return v*S-y*E+b*T+x*A-_*k+w*M}e.exports=n},{}],145:[function(t,e,r){function n(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=r+r,s=n+n,l=i+i,u=r*a,c=n*a,h=n*s,f=i*a,p=i*s,d=i*l,m=o*a,g=o*s,v=o*l;return t[0]=1-h-d,t[1]=c+v,t[2]=f-g,t[3]=0,t[4]=c-v,t[5]=1-u-d,t[6]=p+m,t[7]=0,t[8]=f+g,t[9]=p-m,t[10]=1-u-h,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t}e.exports=n},{}],146:[function(t,e,r){function n(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=n+n,l=i+i,u=o+o,c=n*s,h=n*l,f=n*u,p=i*l,d=i*u,m=o*u,g=a*s,v=a*l,y=a*u;return t[0]=1-(p+m),t[1]=h+y,t[2]=f-v,t[3]=0,t[4]=h-y,t[5]=1-(c+m),t[6]=d+g,t[7]=0,t[8]=f+v,t[9]=d-g,t[10]=1-(c+p),t[11]=0,t[12]=r[0],t[13]=r[1],t[14]=r[2],t[15]=1,t}e.exports=n},{}],147:[function(t,e,r){function n(t){return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=1,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=1,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t}e.exports=n},{}],148:[function(t,e,r){function n(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8],h=e[9],f=e[10],p=e[11],d=e[12],m=e[13],g=e[14],v=e[15],y=r*s-n*a,b=r*l-i*a,x=r*u-o*a,_=n*l-i*s,w=n*u-o*s,M=i*u-o*l,k=c*m-h*d,A=c*g-f*d,T=c*v-p*d,E=h*g-f*m,S=h*v-p*m,L=f*v-p*g,z=y*L-b*S+x*E+_*T-w*A+M*k;return z?(z=1/z,t[0]=(s*L-l*S+u*E)*z,t[1]=(i*S-n*L-o*E)*z,t[2]=(m*M-g*w+v*_)*z,t[3]=(f*w-h*M-p*_)*z,t[4]=(l*T-a*L-u*A)*z,t[5]=(r*L-i*T+o*A)*z,t[6]=(g*x-d*M-v*b)*z,t[7]=(c*M-f*x+p*b)*z,t[8]=(a*S-s*T+u*k)*z,t[9]=(n*T-r*S-o*k)*z,t[10]=(d*w-m*x+v*y)*z,t[11]=(h*x-c*w-p*y)*z,t[12]=(s*A-a*E-l*k)*z,t[13]=(r*E-n*A+i*k)*z,t[14]=(m*b-d*_-g*y)*z,t[15]=(c*_-h*b+f*y)*z,t):null}e.exports=n},{}],149:[function(t,e,r){function n(t,e,r,n){var o,a,s,l,u,c,h,f,p,d,m=e[0],g=e[1],v=e[2],y=n[0],b=n[1],x=n[2],_=r[0],w=r[1],M=r[2];return Math.abs(m-_)<1e-6&&Math.abs(g-w)<1e-6&&Math.abs(v-M)<1e-6?i(t):(h=m-_,f=g-w,p=v-M,d=1/Math.sqrt(h*h+f*f+p*p),h*=d,f*=d,p*=d,o=b*p-x*f,a=x*h-y*p,s=y*f-b*h,d=Math.sqrt(o*o+a*a+s*s),d?(d=1/d,o*=d,a*=d,s*=d):(o=0,a=0,s=0),l=f*s-p*a,u=p*o-h*s,c=h*a-f*o,d=Math.sqrt(l*l+u*u+c*c),d?(d=1/d,l*=d,u*=d,c*=d):(l=0,u=0,c=0),t[0]=o,t[1]=l,t[2]=h,t[3]=0,t[4]=a,t[5]=u,t[6]=f,t[7]=0,t[8]=s,t[9]=c,t[10]=p,t[11]=0,t[12]=-(o*m+a*g+s*v),t[13]=-(l*m+u*g+c*v),t[14]=-(h*m+f*g+p*v),t[15]=1,t)}var i=t("./identity");e.exports=n},{"./identity":147}],150:[function(t,e,r){function n(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=e[9],p=e[10],d=e[11],m=e[12],g=e[13],v=e[14],y=e[15],b=r[0],x=r[1],_=r[2],w=r[3];return t[0]=b*n+x*s+_*h+w*m,t[1]=b*i+x*l+_*f+w*g,t[2]=b*o+x*u+_*p+w*v,t[3]=b*a+x*c+_*d+w*y,b=r[4],x=r[5],_=r[6],w=r[7],t[4]=b*n+x*s+_*h+w*m,t[5]=b*i+x*l+_*f+w*g,t[6]=b*o+x*u+_*p+w*v,t[7]=b*a+x*c+_*d+w*y,b=r[8],x=r[9],_=r[10],w=r[11],t[8]=b*n+x*s+_*h+w*m,t[9]=b*i+x*l+_*f+w*g,t[10]=b*o+x*u+_*p+w*v,t[11]=b*a+x*c+_*d+w*y,b=r[12],x=r[13],_=r[14],w=r[15],t[12]=b*n+x*s+_*h+w*m,t[13]=b*i+x*l+_*f+w*g,t[14]=b*o+x*u+_*p+w*v,t[15]=b*a+x*c+_*d+w*y,t}e.exports=n},{}],151:[function(t,e,r){function n(t,e,r,n,i){var o=1/Math.tan(e/2),a=1/(n-i);return t[0]=o/r,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=o,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=(i+n)*a,t[11]=-1,t[12]=0,t[13]=0,t[14]=2*i*n*a,t[15]=0,t}e.exports=n},{}],152:[function(t,e,r){function n(t,e,r,n){var i,o,a,s,l,u,c,h,f,p,d,m,g,v,y,b,x,_,w,M,k,A,T,E,S=n[0],L=n[1],z=n[2],I=Math.sqrt(S*S+L*L+z*z);return Math.abs(I)<1e-6?null:(I=1/I,S*=I,L*=I,z*=I,i=Math.sin(r),o=Math.cos(r),a=1-o,s=e[0],l=e[1],u=e[2],c=e[3],h=e[4],f=e[5],p=e[6],d=e[7],m=e[8],g=e[9],v=e[10],y=e[11],b=S*S*a+o,x=L*S*a+z*i,_=z*S*a-L*i,w=S*L*a-z*i,M=L*L*a+o,k=z*L*a+S*i,A=S*z*a+L*i,T=L*z*a-S*i,E=z*z*a+o,t[0]=s*b+h*x+m*_,t[1]=l*b+f*x+g*_,t[2]=u*b+p*x+v*_,t[3]=c*b+d*x+y*_,t[4]=s*w+h*M+m*k,t[5]=l*w+f*M+g*k,t[6]=u*w+p*M+v*k,t[7]=c*w+d*M+y*k,t[8]=s*A+h*T+m*E,t[9]=l*A+f*T+g*E,t[10]=u*A+p*T+v*E,t[11]=c*A+d*T+y*E,e!==t&&(t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t)}e.exports=n},{}],153:[function(t,e,r){function n(t,e,r){var n=Math.sin(r),i=Math.cos(r),o=e[4],a=e[5],s=e[6],l=e[7],u=e[8],c=e[9],h=e[10],f=e[11];return e!==t&&(t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t[4]=o*i+u*n,t[5]=a*i+c*n,t[6]=s*i+h*n,t[7]=l*i+f*n,t[8]=u*i-o*n,t[9]=c*i-a*n,t[10]=h*i-s*n,t[11]=f*i-l*n,t}e.exports=n},{}],154:[function(t,e,r){function n(t,e,r){var n=Math.sin(r),i=Math.cos(r),o=e[0],a=e[1],s=e[2],l=e[3],u=e[8],c=e[9],h=e[10],f=e[11];return e!==t&&(t[4]=e[4],t[5]=e[5],t[6]=e[6],t[7]=e[7],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t[0]=o*i-u*n,t[1]=a*i-c*n,t[2]=s*i-h*n,t[3]=l*i-f*n,t[8]=o*n+u*i,t[9]=a*n+c*i,t[10]=s*n+h*i,t[11]=l*n+f*i,t}e.exports=n},{}],155:[function(t,e,r){function n(t,e,r){var n=Math.sin(r),i=Math.cos(r),o=e[0],a=e[1],s=e[2],l=e[3],u=e[4],c=e[5],h=e[6],f=e[7];return e!==t&&(t[8]=e[8],t[9]=e[9],t[10]=e[10],t[11]=e[11],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t[0]=o*i+u*n,t[1]=a*i+c*n,t[2]=s*i+h*n,t[3]=l*i+f*n,t[4]=u*i-o*n,t[5]=c*i-a*n,t[6]=h*i-s*n,t[7]=f*i-l*n,t}e.exports=n},{}],156:[function(t,e,r){function n(t,e,r){var n=r[0],i=r[1],o=r[2];return t[0]=e[0]*n,t[1]=e[1]*n,t[2]=e[2]*n,t[3]=e[3]*n,t[4]=e[4]*i,t[5]=e[5]*i,t[6]=e[6]*i,t[7]=e[7]*i,t[8]=e[8]*o,t[9]=e[9]*o,t[10]=e[10]*o,t[11]=e[11]*o,t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15],t}e.exports=n},{}],157:[function(t,e,r){function n(t,e,r){var n,i,o,a,s,l,u,c,h,f,p,d,m=r[0],g=r[1],v=r[2];return e===t?(t[12]=e[0]*m+e[4]*g+e[8]*v+e[12],t[13]=e[1]*m+e[5]*g+e[9]*v+e[13],t[14]=e[2]*m+e[6]*g+e[10]*v+e[14],t[15]=e[3]*m+e[7]*g+e[11]*v+e[15]):(n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=e[9],p=e[10],d=e[11],t[0]=n,t[1]=i,t[2]=o,t[3]=a,t[4]=s,t[5]=l,t[6]=u,t[7]=c,t[8]=h,t[9]=f,t[10]=p,t[11]=d,t[12]=n*m+s*g+h*v+e[12],t[13]=i*m+l*g+f*v+e[13],t[14]=o*m+u*g+p*v+e[14],t[15]=a*m+c*g+d*v+e[15]),t}e.exports=n},{}],158:[function(t,e,r){function n(t,e){if(t===e){var r=e[1],n=e[2],i=e[3],o=e[6],a=e[7],s=e[11];t[1]=e[4],t[2]=e[8],t[3]=e[12],t[4]=r,t[6]=e[9],t[7]=e[13],t[8]=n,t[9]=o,t[11]=e[14],t[12]=i,t[13]=a,t[14]=s}else t[0]=e[0],t[1]=e[4],t[2]=e[8],t[3]=e[12],t[4]=e[1],t[5]=e[5],t[6]=e[9],t[7]=e[13],t[8]=e[2],t[9]=e[6],t[10]=e[10],t[11]=e[14],t[12]=e[3],t[13]=e[7],t[14]=e[11],t[15]=e[15];return t}e.exports=n},{}],159:[function(t,e,r){"use strict";function n(t,e){for(var r=[0,0,0,0],n=0;4>n;++n)for(var i=0;4>i;++i)r[i]+=t[4*n+i]*e[n];return r}function i(t,e,r,i,o){for(var a=n(i,n(r,n(e,[t[0],t[1],t[2],1]))),s=0;3>s;++s)a[s]/=a[3];return[.5*o[0]*(1+a[0]),.5*o[1]*(1-a[1])]}function o(t,e){if(2===t.length){for(var r=0,n=0,i=0;2>i;++i)r+=Math.pow(e[i]-t[0][i],2),n+=Math.pow(e[i]-t[1][i],2);return r=Math.sqrt(r),n=Math.sqrt(n),1e-6>r+n?[1,0]:[n/(r+n),r/(n+r)]}if(3===t.length){var o=[0,0];return u(t[0],t[1],t[2],e,o),l(t,o)}return[]}function a(t,e){for(var r=[0,0,0],n=0;n<t.length;++n)for(var i=t[n],o=e[n],a=0;3>a;++a)r[a]+=o*i[a];return r}function s(t,e,r,n,s,l){if(1===t.length)return[0,t[0].slice()];for(var u=new Array(t.length),c=0;c<t.length;++c)u[c]=i(t[c],r,n,s,l);for(var h=0,f=1/0,c=0;c<u.length;++c){for(var p=0,d=0;2>d;++d)p+=Math.pow(u[c][d]-e[d],2);f>p&&(f=p,h=c)}for(var m=o(u,e),g=0,c=0;3>c;++c){if(m[c]<-.001||m[c]>1.0001)return null;g+=m[c]}return Math.abs(g-1)>.001?null:[h,a(t,m),m]}var l=t("barycentric"),u=t("polytope-closest-point/lib/closest_point_2d.js");e.exports=s},{barycentric:162,"polytope-closest-point/lib/closest_point_2d.js":164}],160:[function(t,e,r){var n="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position, normal;\nattribute vec4 color;\nattribute vec2 uv;\n\nuniform mat4 model\n           , view\n           , projection;\nuniform vec3 eyePosition\n           , lightPosition;\n\nvarying vec3 f_normal\n           , f_lightDirection\n           , f_eyeDirection\n           , f_data;\nvarying vec4 f_color;\nvarying vec2 f_uv;\n\nvoid main() {\n  vec4 m_position  = model * vec4(position, 1.0);\n  vec4 t_position  = view * m_position;\n  gl_Position      = projection * t_position;\n  f_color          = color;\n  f_normal         = normal;\n  f_data           = position;\n  f_eyeDirection   = eyePosition   - position;\n  f_lightDirection = lightPosition - position;\n  f_uv             = uv;\n}",i="precision mediump float;\n#define GLSLIFY 1\n\nfloat beckmannDistribution_2_0(float x, float roughness) {\n  float NdotH = max(x, 0.0001);\n  float cos2Alpha = NdotH * NdotH;\n  float tan2Alpha = (cos2Alpha - 1.0) / cos2Alpha;\n  float roughness2 = roughness * roughness;\n  float denom = 3.141592653589793 * roughness2 * cos2Alpha * cos2Alpha;\n  return exp(tan2Alpha / roughness2) / denom;\n}\n\n\n\nfloat cookTorranceSpecular_1_1(\n  vec3 lightDirection,\n  vec3 viewDirection,\n  vec3 surfaceNormal,\n  float roughness,\n  float fresnel) {\n\n  float VdotN = max(dot(viewDirection, surfaceNormal), 0.0);\n  float LdotN = max(dot(lightDirection, surfaceNormal), 0.0);\n\n  //Half angle vector\n  vec3 H = normalize(lightDirection + viewDirection);\n\n  //Geometric term\n  float NdotH = max(dot(surfaceNormal, H), 0.0);\n  float VdotH = max(dot(viewDirection, H), 0.000001);\n  float LdotH = max(dot(lightDirection, H), 0.000001);\n  float G1 = (2.0 * NdotH * VdotN) / VdotH;\n  float G2 = (2.0 * NdotH * LdotN) / LdotH;\n  float G = min(1.0, min(G1, G2));\n  \n  //Distribution term\n  float D = beckmannDistribution_2_0(NdotH, roughness);\n\n  //Fresnel term\n  float F = pow(1.0 - VdotN, fresnel);\n\n  //Multiply terms and done\n  return  G * F * D / max(3.14159265 * VdotN, 0.000001);\n}\n\n\n\nuniform vec3 clipBounds[2];\nuniform float roughness\n            , fresnel\n            , kambient\n            , kdiffuse\n            , kspecular\n            , opacity;\nuniform sampler2D texture;\n\nvarying vec3 f_normal\n           , f_lightDirection\n           , f_eyeDirection\n           , f_data;\nvarying vec4 f_color;\nvarying vec2 f_uv;\n\nvoid main() {\n  if(any(lessThan(f_data, clipBounds[0])) || \n     any(greaterThan(f_data, clipBounds[1]))) {\n    discard;\n  }\n\n  vec3 N = normalize(f_normal);\n  vec3 L = normalize(f_lightDirection);\n  vec3 V = normalize(f_eyeDirection);\n  \n  if(!gl_FrontFacing) {\n    N = -N;\n  }\n\n  float specular = cookTorranceSpecular_1_1(L, V, N, roughness, fresnel);\n  float diffuse  = min(kambient + kdiffuse * max(dot(N, L), 0.0), 1.0);\n\n  vec4 surfaceColor = f_color * texture2D(texture, f_uv);\n  vec4 litColor = surfaceColor.a * vec4(diffuse * surfaceColor.rgb + kspecular * vec3(1,1,1) * specular,  1.0);\n\n  gl_FragColor = litColor * opacity;\n}",o="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\nattribute vec4 color;\nattribute vec2 uv;\n\nuniform mat4 model, view, projection;\n\nvarying vec4 f_color;\nvarying vec3 f_data;\nvarying vec2 f_uv;\n\nvoid main() {\n  gl_Position = projection * view * model * vec4(position, 1.0);\n  f_color = color;\n  f_data  = position;\n  f_uv    = uv;\n}",a="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec3 clipBounds[2];\nuniform sampler2D texture;\nuniform float opacity;\n\nvarying vec4 f_color;\nvarying vec3 f_data;\nvarying vec2 f_uv;\n\nvoid main() {\n  if(any(lessThan(f_data, clipBounds[0])) || \n     any(greaterThan(f_data, clipBounds[1]))) {\n    discard;\n  }\n\n  gl_FragColor = f_color * texture2D(texture, f_uv) * opacity;\n}",s="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\nattribute vec4 color;\nattribute vec2 uv;\nattribute float pointSize;\n\nuniform mat4 model, view, projection;\nuniform vec3 clipBounds[2];\n\nvarying vec4 f_color;\nvarying vec2 f_uv;\n\nvoid main() {\n  if(any(lessThan(position, clipBounds[0])) || \n     any(greaterThan(position, clipBounds[1]))) {\n    gl_Position = vec4(0,0,0,0);\n  } else {\n    gl_Position = projection * view * model * vec4(position, 1.0);\n  }\n  gl_PointSize = pointSize;\n  f_color = color;\n  f_uv = uv;\n}",l="precision mediump float;\n#define GLSLIFY 1\n\nuniform sampler2D texture;\nuniform float opacity;\n\nvarying vec4 f_color;\nvarying vec2 f_uv;\n\nvoid main() {\n  vec2 pointR = gl_PointCoord.xy - vec2(0.5,0.5);\n  if(dot(pointR, pointR) > 0.25) {\n    discard;\n  }\n  gl_FragColor = f_color * texture2D(texture, f_uv) * opacity;\n}",u="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\nattribute vec4 id;\n\nuniform mat4 model, view, projection;\n\nvarying vec3 f_position;\nvarying vec4 f_id;\n\nvoid main() {\n  gl_Position = projection * view * model * vec4(position, 1.0);\n  f_id        = id;\n  f_position  = position;\n}",c="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec3  clipBounds[2];\nuniform float pickId;\n\nvarying vec3 f_position;\nvarying vec4 f_id;\n\nvoid main() {\n  if(any(lessThan(f_position, clipBounds[0])) || \n     any(greaterThan(f_position, clipBounds[1]))) {\n    discard;\n  }\n  gl_FragColor = vec4(pickId, f_id.xyz);\n}",h="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3  position;\nattribute float pointSize;\nattribute vec4  id;\n\nuniform mat4 model, view, projection;\nuniform vec3 clipBounds[2];\n\nvarying vec3 f_position;\nvarying vec4 f_id;\n\nvoid main() {\n  if(any(lessThan(position, clipBounds[0])) || \n     any(greaterThan(position, clipBounds[1]))) {\n    gl_Position = vec4(0,0,0,0);\n  } else {\n    gl_Position  = projection * view * model * vec4(position, 1.0);\n    gl_PointSize = pointSize;\n  }\n  f_id         = id;\n  f_position   = position;\n}",f="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\n\nuniform mat4 model, view, projection;\n\nvoid main() {\n  gl_Position = projection * view * model * vec4(position, 1.0);\n}",p="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec3 contourColor;\n\nvoid main() {\n  gl_FragColor = vec4(contourColor,1);\n}\n";
r.meshShader={vertex:n,fragment:i,attributes:[{name:"position",type:"vec3"},{name:"normal",type:"vec3"},{name:"color",type:"vec4"},{name:"uv",type:"vec2"}]},r.wireShader={vertex:o,fragment:a,attributes:[{name:"position",type:"vec3"},{name:"color",type:"vec4"},{name:"uv",type:"vec2"}]},r.pointShader={vertex:s,fragment:l,attributes:[{name:"position",type:"vec3"},{name:"color",type:"vec4"},{name:"uv",type:"vec2"},{name:"pointSize",type:"float"}]},r.pickShader={vertex:u,fragment:c,attributes:[{name:"position",type:"vec3"},{name:"id",type:"vec4"}]},r.pointPickShader={vertex:h,fragment:c,attributes:[{name:"position",type:"vec3"},{name:"pointSize",type:"float"},{name:"id",type:"vec4"}]},r.contourShader={vertex:f,fragment:p,attributes:[{name:"position",type:"vec3"}]}},{}],161:[function(t,e,r){"use strict";function n(t,e,r,n,i,o,a,s,l,u,c,h,f,p,d,m,g,v,y,b,x,_,w,M,k,A,T){this.gl=t,this.cells=[],this.positions=[],this.intensity=[],this.texture=e,this.dirty=!0,this.triShader=r,this.lineShader=n,this.pointShader=i,this.pickShader=o,this.pointPickShader=a,this.contourShader=s,this.trianglePositions=l,this.triangleColors=c,this.triangleNormals=f,this.triangleUVs=h,this.triangleIds=u,this.triangleVAO=p,this.triangleCount=0,this.lineWidth=1,this.edgePositions=d,this.edgeColors=g,this.edgeUVs=v,this.edgeIds=m,this.edgeVAO=y,this.edgeCount=0,this.pointPositions=b,this.pointColors=_,this.pointUVs=w,this.pointSizes=M,this.pointIds=x,this.pointVAO=k,this.pointCount=0,this.contourLineWidth=1,this.contourPositions=A,this.contourVAO=T,this.contourCount=0,this.contourColor=[0,0,0],this.contourEnable=!0,this.pickId=1,this.bounds=[[1/0,1/0,1/0],[-(1/0),-(1/0),-(1/0)]],this.clipBounds=[[-(1/0),-(1/0),-(1/0)],[1/0,1/0,1/0]],this.lightPosition=[1e5,1e5,0],this.ambientLight=.8,this.diffuseLight=.8,this.specularLight=2,this.roughness=.5,this.fresnel=1.5,this.opacity=1,this._model=j,this._view=j,this._projection=j,this._resolution=[1,1]}function i(t){for(var e=k({colormap:t,nshades:256,format:"rgba"}),r=new Uint8Array(1024),n=0;256>n;++n){for(var i=e[n],o=0;3>o;++o)r[4*n+o]=i[o];r[4*n+3]=255*i[3]}return M(r,[256,256,4],[4,0,1])}function o(t,e,r){for(var n=new Array(e),i=0;e>i;++i)n[i]=0;for(var o=t.length,i=0;o>i;++i)for(var a=t[i],s=0;s<a.length;++s)n[a[s]]=r[i];return n}function a(t){for(var e=t.length,r=new Array(e),n=0;e>n;++n)r[n]=t[n][2];return r}function s(t){var e=g(t,L);return e.attributes.position.location=0,e.attributes.color.location=2,e.attributes.uv.location=3,e.attributes.normal.location=4,e}function l(t){var e=g(t,z);return e.attributes.position.location=0,e.attributes.color.location=2,e.attributes.uv.location=3,e}function u(t){var e=g(t,I);return e.attributes.position.location=0,e.attributes.color.location=2,e.attributes.uv.location=3,e.attributes.pointSize.location=4,e}function c(t){var e=g(t,P);return e.attributes.position.location=0,e.attributes.id.location=1,e}function h(t){var e=g(t,C);return e.attributes.position.location=0,e.attributes.id.location=1,e.attributes.pointSize.location=4,e}function f(t){var e=g(t,R);return e.attributes.position.location=0,e}function p(t){var e=t.gl,r=s(e),i=l(e),o=u(e),a=c(e),p=h(e),d=f(e),m=b(e,M(new Uint8Array([255,255,255,255]),[1,1,4]));m.generateMipmap(),m.minFilter=e.LINEAR_MIPMAP_LINEAR,m.magFilter=e.LINEAR;var g=v(e),x=v(e),_=v(e),w=v(e),k=v(e),A=y(e,[{buffer:g,type:e.FLOAT,size:3},{buffer:k,type:e.UNSIGNED_BYTE,size:4,normalized:!0},{buffer:x,type:e.FLOAT,size:4},{buffer:_,type:e.FLOAT,size:2},{buffer:w,type:e.FLOAT,size:3}]),T=v(e),E=v(e),S=v(e),L=v(e),z=y(e,[{buffer:T,type:e.FLOAT,size:3},{buffer:L,type:e.UNSIGNED_BYTE,size:4,normalized:!0},{buffer:E,type:e.FLOAT,size:4},{buffer:S,type:e.FLOAT,size:2}]),I=v(e),P=v(e),C=v(e),R=v(e),j=v(e),D=y(e,[{buffer:I,type:e.FLOAT,size:3},{buffer:j,type:e.UNSIGNED_BYTE,size:4,normalized:!0},{buffer:P,type:e.FLOAT,size:4},{buffer:C,type:e.FLOAT,size:2},{buffer:R,type:e.FLOAT,size:1}]),O=v(e),F=y(e,[{buffer:O,type:e.FLOAT,size:3}]),N=new n(e,m,r,i,o,a,p,d,g,k,x,_,w,A,T,L,E,S,z,I,j,P,C,R,D,O,F);return N.update(t),N}var d=1e-6,m=1e-6,g=t("gl-shader"),v=t("gl-buffer"),y=t("gl-vao"),b=t("gl-texture2d"),x=t("normals"),_=t("gl-mat4/multiply"),w=t("gl-mat4/invert"),M=t("ndarray"),k=t("colormap"),A=t("simplicial-complex-contour"),T=t("typedarray-pool"),E=t("./lib/shaders"),S=t("./lib/closest-point"),L=E.meshShader,z=E.wireShader,I=E.pointShader,P=E.pickShader,C=E.pointPickShader,R=E.contourShader,j=[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1],D=n.prototype;D.isOpaque=function(){return this.opacity>=1},D.isTransparent=function(){return this.opacity<1},D.pickSlots=1,D.setPickBase=function(t){this.pickId=t},D.highlight=function(t){if(!t||!this.contourEnable)return void(this.contourCount=0);for(var e=A(this.cells,this.intensity,t.intensity),r=e.cells,n=e.vertexIds,i=e.vertexWeights,o=r.length,a=T.mallocFloat32(6*o),s=0,l=0;o>l;++l)for(var u=r[l],c=0;2>c;++c){var h=u[0];2===u.length&&(h=u[c]);for(var f=n[h][0],p=n[h][1],d=i[h],m=1-d,g=this.positions[f],v=this.positions[p],y=0;3>y;++y)a[s++]=d*g[y]+m*v[y]}this.contourCount=s/3|0,this.contourPositions.update(a.subarray(0,s)),T.free(a)},D.update=function(t){t=t||{};var e=this.gl;this.dirty=!0,"contourEnable"in t&&(this.contourEnable=t.contourEnable),"contourColor"in t&&(this.contourColor=t.contourColor),"lineWidth"in t&&(this.lineWidth=t.lineWidth),"lightPosition"in t&&(this.lightPosition=t.lightPosition),"opacity"in t&&(this.opacity=t.opacity),"ambient"in t&&(this.ambientLight=t.ambient),"diffuse"in t&&(this.diffuseLight=t.diffuse),"specular"in t&&(this.specularLight=t.specular),"roughness"in t&&(this.roughness=t.roughness),"fresnel"in t&&(this.fresnel=t.fresnel),t.texture?(this.texture.dispose(),this.texture=b(e,t.texture)):t.colormap&&(this.texture.shape=[256,256],this.texture.minFilter=e.LINEAR_MIPMAP_LINEAR,this.texture.magFilter=e.LINEAR,this.texture.setPixels(i(t.colormap)),this.texture.generateMipmap());var r=t.cells,n=t.positions;if(n&&r){var s=[],l=[],u=[],c=[],h=[],f=[],p=[],g=[],v=[],y=[],_=[],w=[],M=[],k=[];this.cells=r,this.positions=n;var A=t.vertexNormals,T=t.cellNormals,E=void 0===t.vertexNormalsEpsilon?d:t.vertexNormalsEpsilon,S=void 0===t.faceNormalsEpsilon?m:t.faceNormalsEpsilon;t.useFacetNormals&&!T&&(T=x.faceNormals(r,n,S)),T||A||(A=x.vertexNormals(r,n,E));var L=t.vertexColors,z=t.cellColors,I=t.meshColor||[1,1,1,1],P=t.vertexUVs,C=t.vertexIntensity,R=t.cellUVs,j=t.cellIntensity,D=1/0,O=-(1/0);if(!P&&!R)if(C)for(var F=0;F<C.length;++F){var N=C[F];D=Math.min(D,N),O=Math.max(O,N)}else if(j)for(var F=0;F<j.length;++F){var N=j[F];D=Math.min(D,N),O=Math.max(O,N)}else for(var F=0;F<n.length;++F){var N=n[F][2];D=Math.min(D,N),O=Math.max(O,N)}C?this.intensity=C:j?this.intensity=o(r,n.length,j):this.intensity=a(n);var B=t.pointSizes,U=t.pointSize||1;this.bounds=[[1/0,1/0,1/0],[-(1/0),-(1/0),-(1/0)]];for(var F=0;F<n.length;++F)for(var V=n[F],q=0;3>q;++q)!isNaN(V[q])&&isFinite(V[q])&&(this.bounds[0][q]=Math.min(this.bounds[0][q],V[q]),this.bounds[1][q]=Math.max(this.bounds[1][q],V[q]));var G=0,H=0,X=0;t:for(var F=0;F<r.length;++F){var Y=r[F];switch(Y.length){case 1:for(var W=Y[0],V=n[W],q=0;3>q;++q)if(isNaN(V[q])||!isFinite(V[q]))continue t;y.push(V[0],V[1],V[2]);var Z;Z=L?L[W]:z?z[F]:I,3===Z.length?_.push(Z[0],Z[1],Z[2],1):_.push(Z[0],Z[1],Z[2],Z[3]);var Q;Q=P?P[W]:C?[(C[W]-D)/(O-D),0]:R?R[F]:j?[(j[F]-D)/(O-D),0]:[(V[2]-D)/(O-D),0],w.push(Q[0],Q[1]),B?M.push(B[W]):M.push(U),k.push(F),X+=1;break;case 2:for(var q=0;2>q;++q)for(var W=Y[q],V=n[W],K=0;3>K;++K)if(isNaN(V[K])||!isFinite(V[K]))continue t;for(var q=0;2>q;++q){var W=Y[q],V=n[W];f.push(V[0],V[1],V[2]);var Z;Z=L?L[W]:z?z[F]:I,3===Z.length?p.push(Z[0],Z[1],Z[2],1):p.push(Z[0],Z[1],Z[2],Z[3]);var Q;Q=P?P[W]:C?[(C[W]-D)/(O-D),0]:R?R[F]:j?[(j[F]-D)/(O-D),0]:[(V[2]-D)/(O-D),0],g.push(Q[0],Q[1]),v.push(F)}H+=1;break;case 3:for(var q=0;3>q;++q)for(var W=Y[q],V=n[W],K=0;3>K;++K)if(isNaN(V[K])||!isFinite(V[K]))continue t;for(var q=0;3>q;++q){var W=Y[q],V=n[W];s.push(V[0],V[1],V[2]);var Z;Z=L?L[W]:z?z[F]:I,3===Z.length?l.push(Z[0],Z[1],Z[2],1):l.push(Z[0],Z[1],Z[2],Z[3]);var Q;Q=P?P[W]:C?[(C[W]-D)/(O-D),0]:R?R[F]:j?[(j[F]-D)/(O-D),0]:[(V[2]-D)/(O-D),0],c.push(Q[0],Q[1]);var J;J=A?A[W]:T[F],u.push(J[0],J[1],J[2]),h.push(F)}G+=1}}this.pointCount=X,this.edgeCount=H,this.triangleCount=G,this.pointPositions.update(y),this.pointColors.update(_),this.pointUVs.update(w),this.pointSizes.update(M),this.pointIds.update(new Uint32Array(k)),this.edgePositions.update(f),this.edgeColors.update(p),this.edgeUVs.update(g),this.edgeIds.update(new Uint32Array(v)),this.trianglePositions.update(s),this.triangleColors.update(l),this.triangleUVs.update(c),this.triangleNormals.update(u),this.triangleIds.update(new Uint32Array(h))}},D.drawTransparent=D.draw=function(t){t=t||{};for(var e=this.gl,r=t.model||j,n=t.view||j,i=t.projection||j,o=[[-1e6,-1e6,-1e6],[1e6,1e6,1e6]],a=0;3>a;++a)o[0][a]=Math.max(o[0][a],this.clipBounds[0][a]),o[1][a]=Math.min(o[1][a],this.clipBounds[1][a]);var s={model:r,view:n,projection:i,clipBounds:o,kambient:this.ambientLight,kdiffuse:this.diffuseLight,kspecular:this.specularLight,roughness:this.roughness,fresnel:this.fresnel,eyePosition:[0,0,0],lightPosition:[0,0,0],opacity:this.opacity,contourColor:this.contourColor,texture:0};this.texture.bind(0);var l=new Array(16);_(l,s.view,s.model),_(l,s.projection,l),w(l,l);for(var a=0;3>a;++a)s.eyePosition[a]=l[12+a]/l[15];for(var u=l[15],a=0;3>a;++a)u+=this.lightPosition[a]*l[4*a+3];for(var a=0;3>a;++a){for(var c=l[12+a],h=0;3>h;++h)c+=l[4*h+a]*this.lightPosition[h];s.lightPosition[a]=c/u}if(this.triangleCount>0){var f=this.triShader;f.bind(),f.uniforms=s,this.triangleVAO.bind(),e.drawArrays(e.TRIANGLES,0,3*this.triangleCount),this.triangleVAO.unbind()}if(this.edgeCount>0&&this.lineWidth>0){var f=this.lineShader;f.bind(),f.uniforms=s,this.edgeVAO.bind(),e.lineWidth(this.lineWidth),e.drawArrays(e.LINES,0,2*this.edgeCount),this.edgeVAO.unbind()}if(this.pointCount>0){var f=this.pointShader;f.bind(),f.uniforms=s,this.pointVAO.bind(),e.drawArrays(e.POINTS,0,this.pointCount),this.pointVAO.unbind()}if(this.contourEnable&&this.contourCount>0&&this.contourLineWidth>0){var f=this.contourShader;f.bind(),f.uniforms=s,this.contourVAO.bind(),e.drawArrays(e.LINES,0,this.contourCount),this.contourVAO.unbind()}},D.drawPick=function(t){t=t||{};for(var e=this.gl,r=t.model||j,n=t.view||j,i=t.projection||j,o=[[-1e6,-1e6,-1e6],[1e6,1e6,1e6]],a=0;3>a;++a)o[0][a]=Math.max(o[0][a],this.clipBounds[0][a]),o[1][a]=Math.min(o[1][a],this.clipBounds[1][a]);this._model=[].slice.call(r),this._view=[].slice.call(n),this._projection=[].slice.call(i),this._resolution=[e.drawingBufferWidth,e.drawingBufferHeight];var s={model:r,view:n,projection:i,clipBounds:o,pickId:this.pickId/255},l=this.pickShader;if(l.bind(),l.uniforms=s,this.triangleCount>0&&(this.triangleVAO.bind(),e.drawArrays(e.TRIANGLES,0,3*this.triangleCount),this.triangleVAO.unbind()),this.edgeCount>0&&(this.edgeVAO.bind(),e.lineWidth(this.lineWidth),e.drawArrays(e.LINES,0,2*this.edgeCount),this.edgeVAO.unbind()),this.pointCount>0){var l=this.pointPickShader;l.bind(),l.uniforms=s,this.pointVAO.bind(),e.drawArrays(e.POINTS,0,this.pointCount),this.pointVAO.unbind()}},D.pick=function(t){if(!t)return null;if(t.id!==this.pickId)return null;for(var e=t.value[0]+256*t.value[1]+65536*t.value[2],r=this.cells[e],n=this.positions,i=new Array(r.length),o=0;o<r.length;++o)i[o]=n[r[o]];var a=S(i,[t.coord[0],this._resolution[1]-t.coord[1]],this._model,this._view,this._projection,this._resolution);if(!a)return null;for(var s=a[2],l=0,o=0;o<r.length;++o)l+=s[o]*this.intensity[r[o]];return{position:a[1],index:r[a[0]],cell:r,cellId:e,intensity:l,dataCoordinate:this.positions[r[a[0]]]}},D.dispose=function(){this.texture.dispose(),this.triShader.dispose(),this.lineShader.dispose(),this.pointShader.dispose(),this.pickShader.dispose(),this.pointPickShader.dispose(),this.triangleVAO.dispose(),this.trianglePositions.dispose(),this.triangleColors.dispose(),this.triangleUVs.dispose(),this.triangleNormals.dispose(),this.triangleIds.dispose(),this.edgeVAO.dispose(),this.edgePositions.dispose(),this.edgeColors.dispose(),this.edgeUVs.dispose(),this.edgeIds.dispose(),this.pointVAO.dispose(),this.pointPositions.dispose(),this.pointColors.dispose(),this.pointUVs.dispose(),this.pointSizes.dispose(),this.pointIds.dispose(),this.contourVAO.dispose(),this.contourPositions.dispose(),this.contourShader.dispose()},e.exports=p},{"./lib/closest-point":159,"./lib/shaders":160,colormap:111,"gl-buffer":129,"gl-mat4/invert":148,"gl-mat4/multiply":150,"gl-shader":208,"gl-texture2d":233,"gl-vao":237,ndarray:456,normals:163,"simplicial-complex-contour":165,"typedarray-pool":481}],162:[function(t,e,r){"use 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t=this.gl,e=this.screenBox,r=this.viewBox,n=this.dataBox,i=this.pixelRatio,o=this.grid,a=this.line,s=this.text,l=this.objects;if(this._depthCounter=0,this.pickDirty&&(this._pickTimeout&&clearTimeout(this._pickTimeout),this.pickDirty=!1,this._pickTimeout=setTimeout(this._drawPick,this.pickDelay)),this.dirty){this.dirty=!1,t.bindFramebuffer(t.FRAMEBUFFER,null),t.enable(t.SCISSOR_TEST),t.disable(t.DEPTH_TEST),t.depthFunc(t.LESS),t.depthMask(!1),t.enable(t.BLEND),t.blendEquation(t.FUNC_ADD,t.FUNC_ADD),t.blendFunc(t.ONE,t.ONE_MINUS_SRC_ALPHA),t.scissor(e[0],e[1],e[2]-e[0],e[3]-e[1]);var u=this.borderColor;t.clearColor(u[0]*u[3],u[1]*u[3],u[2]*u[3],u[3]),t.clear(t.COLOR_BUFFER_BIT|t.DEPTH_BUFFER_BIT),t.scissor(r[0],r[1],r[2]-r[0],r[3]-r[1]),t.viewport(r[0],r[1],r[2]-r[0],r[3]-r[1]);var c=this.backgroundColor;t.clearColor(c[0]*c[3],c[1]*c[3],c[2]*c[3],c[3]),t.clear(t.COLOR_BUFFER_BIT),o.draw();var h=this.zeroLineEnable,f=this.zeroLineColor,p=this.zeroLineWidth;if(h[0]||h[1]){a.bind();for(var d=0;2>d;++d)if(h[d]&&n[d]<=0&&n[d+2]>=0){var m=e[d]-n[d]*(e[d+2]-e[d])/(n[d+2]-n[d]);0===d?a.drawLine(m,e[1],m,e[3],p[d],f[d]):a.drawLine(e[0],m,e[2],m,p[d],f[d])}}for(var d=0;d<l.length;++d)l[d].draw();t.viewport(e[0],e[1],e[2]-e[0],e[3]-e[1]),t.scissor(e[0],e[1],e[2]-e[0],e[3]-e[1]),this.grid.drawTickMarks(),a.bind();var g=this.borderLineEnable,v=this.borderLineWidth,y=this.borderLineColor;g[1]&&a.drawLine(r[0],r[1]-.5*v[1]*i,r[0],r[3]+.5*v[3]*i,v[1],y[1]),g[0]&&a.drawLine(r[0]-.5*v[0]*i,r[1],r[2]+.5*v[2]*i,r[1],v[0],y[0]),g[3]&&a.drawLine(r[2],r[1]-.5*v[1]*i,r[2],r[3]+.5*v[3]*i,v[3],y[3]),g[2]&&a.drawLine(r[0]-.5*v[0]*i,r[3],r[2]+.5*v[2]*i,r[3],v[2],y[2]),s.bind();for(var d=0;2>d;++d)s.drawTicks(d);this.titleEnable&&s.drawTitle();for(var b=this.overlays,d=0;d<b.length;++d)b[d].draw();t.disable(t.SCISSOR_TEST),t.disable(t.BLEND),t.depthMask(!0)}}}(),f.drawPick=function(){return function(){var t=this.pickBuffer;this.gl;this._pickTimeout=null,t.begin();for(var e=1,r=this.objects,n=0;n<r.length;++n)e=r[n].drawPick(e);t.end()}}(),f.pick=function(){return function(t,e){var r=this.pixelRatio,n=this.pickPixelRatio,i=this.viewBox,o=0|Math.round((t-i[0]/r)*n),a=0|Math.round((e-i[1]/r)*n),s=this.pickBuffer.query(o,a,this.pickRadius);if(!s)return null;for(var l=s.id+(s.value[0]<<8)+(s.value[1]<<16)+(s.value[2]<<24),u=this.objects,c=0;c<u.length;++c){var h=u[c].pick(o,a,l);if(h)return h}return null}}(),f.setScreenBox=function(t){var e=this.screenBox,r=this.pixelRatio;e[0]=0|Math.round(t[0]*r),e[1]=0|Math.round(t[1]*r),e[2]=0|Math.round(t[2]*r),e[3]=0|Math.round(t[3]*r),this.setDirty()},f.setDataBox=function(t){var e=this.dataBox,r=e[0]!==t[0]||e[1]!==t[1]||e[2]!==t[2]||e[3]!==t[3];r&&(e[0]=t[0],e[1]=t[1],e[2]=t[2],e[3]=t[3],this.setDirty())},f.setViewBox=function(t){var e=this.pixelRatio,r=this.viewBox;r[0]=0|Math.round(t[0]*e),r[1]=0|Math.round(t[1]*e),r[2]=0|Math.round(t[2]*e),r[3]=0|Math.round(t[3]*e);var n=this.pickPixelRatio;this.pickBuffer.shape=[0|Math.round((t[2]-t[0])*n),0|Math.round((t[3]-t[1])*n)],this.setDirty()},f.update=function(t){t=t||{};var e=this.gl;this.pixelRatio=t.pixelRatio||1;var r=this.pixelRatio;this.pickPixelRatio=Math.max(r,1),this.setScreenBox(t.screenBox||[0,0,e.drawingBufferWidth/r,e.drawingBufferHeight/r]);this.screenBox;this.setViewBox(t.viewBox||[.125*(this.screenBox[2]-this.screenBox[0])/r,.125*(this.screenBox[3]-this.screenBox[1])/r,.875*(this.screenBox[2]-this.screenBox[0])/r,.875*(this.screenBox[3]-this.screenBox[1])/r]);var n=this.viewBox,a=(n[2]-n[0])/(n[3]-n[1]);this.setDataBox(t.dataBox||[-10,-10/a,10,10/a]),this.borderColor=(t.borderColor||[0,0,0,0]).slice(),this.backgroundColor=(t.backgroundColor||[0,0,0,0]).slice(),this.gridLineEnable=(t.gridLineEnable||[!0,!0]).slice(),this.gridLineWidth=(t.gridLineWidth||[1,1]).slice(),this.gridLineColor=i(t.gridLineColor||[[.5,.5,.5,1],[.5,.5,.5,1]]),this.zeroLineEnable=(t.zeroLineEnable||[!0,!0]).slice(),this.zeroLineWidth=(t.zeroLineWidth||[4,4]).slice(),this.zeroLineColor=i(t.zeroLineColor||[[0,0,0,1],[0,0,0,1]]),this.tickMarkLength=(t.tickMarkLength||[0,0,0,0]).slice(),this.tickMarkWidth=(t.tickMarkWidth||[0,0,0,0]).slice(),this.tickMarkColor=i(t.tickMarkColor||[[0,0,0,1],[0,0,0,1],[0,0,0,1],[0,0,0,1]]),this.titleCenter=(t.titleCenter||[.5*(n[0]+n[2])/r,(n[3]+120)/r]).slice(),this.titleEnable=!("titleEnable"in t&&!t.titleEnable),this.titleAngle=t.titleAngle||0,this.titleColor=(t.titleColor||[0,0,0,1]).slice(),this.labelPad=(t.labelPad||[15,15,15,15]).slice(),this.labelAngle=(t.labelAngle||[0,Math.PI/2,0,3*Math.PI/2]).slice(),this.labelEnable=(t.labelEnable||[!0,!0,!0,!0]).slice(),this.labelColor=i(t.labelColor||[[0,0,0,1],[0,0,0,1],[0,0,0,1],[0,0,0,1]]),this.tickPad=(t.tickPad||[15,15,15,15]).slice(),this.tickAngle=(t.tickAngle||[0,0,0,0]).slice(),this.tickEnable=(t.tickEnable||[!0,!0,!0,!0]).slice(),this.tickColor=i(t.tickColor||[[0,0,0,1],[0,0,0,1],[0,0,0,1],[0,0,0,1]]),this.borderLineEnable=(t.borderLineEnable||[!0,!0,!0,!0]).slice(),this.borderLineWidth=(t.borderLineWidth||[2,2,2,2]).slice(),this.borderLineColor=i(t.borderLineColor||[[0,0,0,1],[0,0,0,1],[0,0,0,1],[0,0,0,1]]);var s=t.ticks||[[],[]],l=this._tickBounds;l[0]=l[1]=1/0,l[2]=l[3]=-(1/0);for(var u=0;2>u;++u){var 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i(t){this.gl=t,this.pixelRatio=1,this.bounds=[[-10,-10,-10],[10,10,10]],this.ticks=[[],[],[]],this.autoTicks=!0,this.tickSpacing=[1,1,1],this.tickEnable=[!0,!0,!0],this.tickFont=["sans-serif","sans-serif","sans-serif"],this.tickSize=[12,12,12],this.tickAngle=[0,0,0],this.tickColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.tickPad=[10,10,10],this.lastCubeProps={cubeEdges:[0,0,0],axis:[0,0,0]},this.labels=["x","y","z"],this.labelEnable=[!0,!0,!0],this.labelFont="sans-serif",this.labelSize=[20,20,20],this.labelAngle=[0,0,0],this.labelColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.labelPad=[10,10,10],this.lineEnable=[!0,!0,!0],this.lineMirror=[!1,!1,!1],this.lineWidth=[1,1,1],this.lineColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.lineTickEnable=[!0,!0,!0],this.lineTickMirror=[!1,!1,!1],this.lineTickLength=[0,0,0],this.lineTickWidth=[1,1,1],this.lineTickColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.gridEnable=[!0,!0,!0],this.gridWidth=[1,1,1],this.gridColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.zeroEnable=[!0,!0,!0],this.zeroLineColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.zeroLineWidth=[2,2,2],this.backgroundEnable=[!1,!1,!1],this.backgroundColor=[[.8,.8,.8,.5],[.8,.8,.8,.5],[.8,.8,.8,.5]],this._firstInit=!0,this._text=null,this._lines=null,this._background=c(t)}function o(){this.primalOffset=[0,0,0],this.primalMinor=[0,0,0],this.mirrorOffset=[0,0,0],this.mirrorMinor=[0,0,0]}function a(t,e,r,n,i){for(var o=t.primalOffset,a=t.primalMinor,s=t.mirrorOffset,l=t.mirrorMinor,u=n[e],c=0;3>c;++c)if(e!==c){var h=o,f=s,p=a,d=l;u&1<<c&&(h=s,f=o,p=l,d=a),h[c]=r[0][c],f[c]=r[1][c],i[c]>0?(p[c]=-1,d[c]=0):(p[c]=0,d[c]=1)}}function s(t,e){var r=new i(t);return r.update(e),r}e.exports=s;var l=t("./lib/text.js"),u=t("./lib/lines.js"),c=t("./lib/background.js"),h=t("./lib/cube.js"),f=t("./lib/ticks.js"),p=new Float32Array([1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1]),d=i.prototype;d.update=function(t){function e(e,r,n){if(n in t){var i,o=t[n],a=this[n];(e?Array.isArray(o)&&Array.isArray(o[0]):Array.isArray(o))?this[n]=i=[r(o[0]),r(o[1]),r(o[2])]:this[n]=i=[r(o),r(o),r(o)];for(var s=0;3>s;++s)if(i[s]!==a[s])return!0}return!1}t=t||{};var r,n=e.bind(this,!1,Number),i=e.bind(this,!1,Boolean),o=e.bind(this,!1,String),a=e.bind(this,!0,function(t){if(Array.isArray(t)){if(3===t.length)return[+t[0],+t[1],+t[2],1];if(4===t.length)return[+t[0],+t[1],+t[2],+t[3]]}return[0,0,0,1]}),s=!1,c=!1;if("bounds"in t)for(var h=t.bounds,p=0;2>p;++p)for(var d=0;3>d;++d)h[p][d]!==this.bounds[p][d]&&(c=!0),this.bounds[p][d]=h[p][d];if("ticks"in t){r=t.ticks,s=!0,this.autoTicks=!1;for(var p=0;3>p;++p)this.tickSpacing[p]=0}else n("tickSpacing")&&(this.autoTicks=!0,c=!0);if(this._firstInit&&("ticks"in t||"tickSpacing"in t||(this.autoTicks=!0),c=!0,s=!0,this._firstInit=!1),c&&this.autoTicks&&(r=f.create(this.bounds,this.tickSpacing),s=!0),s){for(var p=0;3>p;++p)r[p].sort(function(t,e){return t.x-e.x});f.equal(r,this.ticks)?s=!1:this.ticks=r}i("tickEnable"),o("tickFont")&&(s=!0),n("tickSize"),n("tickAngle"),n("tickPad"),a("tickColor");var m=o("labels");o("labelFont")&&(m=!0),i("labelEnable"),n("labelSize"),n("labelPad"),a("labelColor"),i("lineEnable"),i("lineMirror"),n("lineWidth"),a("lineColor"),i("lineTickEnable"),i("lineTickMirror"),n("lineTickLength"),n("lineTickWidth"),a("lineTickColor"),i("gridEnable"),n("gridWidth"),a("gridColor"),i("zeroEnable"),a("zeroLineColor"),n("zeroLineWidth"),i("backgroundEnable"),a("backgroundColor"),this._text?this._text&&(m||s)&&this._text.update(this.bounds,this.labels,this.labelFont,this.ticks,this.tickFont):this._text=l(this.gl,this.bounds,this.labels,this.labelFont,this.ticks,this.tickFont),this._lines&&s&&(this._lines.dispose(),this._lines=null),this._lines||(this._lines=u(this.gl,this.bounds,this.ticks))};var m=[new o,new o,new o],g=[0,0,0],v={model:p,view:p,projection:p};d.isOpaque=function(){return!0},d.isTransparent=function(){return!1},d.drawTransparent=function(t){};var y=[0,0,0],b=[0,0,0],x=[0,0,0];d.draw=function(t){t=t||v;for(var e=this.gl,r=t.model||p,i=t.view||p,o=t.projection||p,s=this.bounds,l=h(r,i,o,s),u=l.cubeEdges,c=l.axis,f=i[12],d=i[13],_=i[14],w=i[15],M=this.pixelRatio*(o[3]*f+o[7]*d+o[11]*_+o[15]*w)/e.drawingBufferHeight,k=0;3>k;++k)this.lastCubeProps.cubeEdges[k]=u[k],this.lastCubeProps.axis[k]=c[k];for(var A=m,k=0;3>k;++k)a(m[k],k,this.bounds,u,c);for(var e=this.gl,T=g,k=0;3>k;++k)this.backgroundEnable[k]?T[k]=c[k]:T[k]=0;this._background.draw(r,i,o,s,T,this.backgroundColor),this._lines.bind(r,i,o,this);for(var k=0;3>k;++k){var E=[0,0,0];c[k]>0?E[k]=s[1][k]:E[k]=s[0][k];for(var S=0;2>S;++S){var L=(k+1+S)%3,z=(k+1+(1^S))%3;this.gridEnable[L]&&this._lines.drawGrid(L,z,this.bounds,E,this.gridColor[L],this.gridWidth[L]*this.pixelRatio)}for(var S=0;2>S;++S){var L=(k+1+S)%3,z=(k+1+(1^S))%3;this.zeroEnable[z]&&s[0][z]<=0&&s[1][z]>=0&&this._lines.drawZero(L,z,this.bounds,E,this.zeroLineColor[z],this.zeroLineWidth[z]*this.pixelRatio)}}for(var k=0;3>k;++k){this.lineEnable[k]&&this._lines.drawAxisLine(k,this.bounds,A[k].primalOffset,this.lineColor[k],this.lineWidth[k]*this.pixelRatio),this.lineMirror[k]&&this._lines.drawAxisLine(k,this.bounds,A[k].mirrorOffset,this.lineColor[k],this.lineWidth[k]*this.pixelRatio);for(var I=n(y,A[k].primalMinor),P=n(b,A[k].mirrorMinor),C=this.lineTickLength,S=0;3>S;++S){var R=M/r[5*S];I[S]*=C[S]*R,P[S]*=C[S]*R}this.lineTickEnable[k]&&this._lines.drawAxisTicks(k,A[k].primalOffset,I,this.lineTickColor[k],this.lineTickWidth[k]*this.pixelRatio),this.lineTickMirror[k]&&this._lines.drawAxisTicks(k,A[k].mirrorOffset,P,this.lineTickColor[k],this.lineTickWidth[k]*this.pixelRatio)}this._text.bind(r,i,o,this.pixelRatio);for(var k=0;3>k;++k){for(var j=A[k].primalMinor,D=n(x,A[k].primalOffset),S=0;3>S;++S)this.lineTickEnable[k]&&(D[S]+=M*j[S]*Math.max(this.lineTickLength[S],0)/r[5*S]);if(this.tickEnable[k]){for(var S=0;3>S;++S)D[S]+=M*j[S]*this.tickPad[S]/r[5*S];this._text.drawTicks(k,this.tickSize[k],this.tickAngle[k],D,this.tickColor[k])}if(this.labelEnable[k]){for(var S=0;3>S;++S)D[S]+=M*j[S]*this.labelPad[S]/r[5*S];D[k]+=.5*(s[0][k]+s[1][k]),this._text.drawLabel(k,this.labelSize[k],this.labelAngle[k],D,this.labelColor[k])}}},d.dispose=function(){this._text.dispose(),this._lines.dispose(),this._background.dispose(),this._lines=null,this._text=null,this._background=null,this.gl=null}},{"./lib/background.js":182,"./lib/cube.js":183,"./lib/lines.js":184,"./lib/text.js":186,"./lib/ticks.js":187}],182:[function(t,e,r){"use strict";function n(t,e,r,n){this.gl=t,this.buffer=e,this.vao=r,this.shader=n}function i(t){for(var e=[],r=[],i=0,l=0;3>l;++l)for(var u=(l+1)%3,c=(l+2)%3,h=[0,0,0],f=[0,0,0],p=-1;1>=p;p+=2){r.push(i,i+2,i+1,i+1,i+2,i+3),h[l]=p,f[l]=p;for(var d=-1;1>=d;d+=2){h[u]=d;for(var m=-1;1>=m;m+=2)h[c]=m,e.push(h[0],h[1],h[2],f[0],f[1],f[2]),i+=1}var g=u;u=c,c=g}var v=o(t,new Float32Array(e)),y=o(t,new Uint16Array(r),t.ELEMENT_ARRAY_BUFFER),b=a(t,[{buffer:v,type:t.FLOAT,size:3,offset:0,stride:24},{buffer:v,type:t.FLOAT,size:3,offset:12,stride:24}],y),x=s(t);return x.attributes.position.location=0,x.attributes.normal.location=1,new n(t,v,b,x)}e.exports=i;var o=t("gl-buffer"),a=t("gl-vao"),s=t("./shaders").bg,l=n.prototype;l.draw=function(t,e,r,n,i,o){for(var a=!1,s=0;3>s;++s)a=a||i[s];if(a){var l=this.gl;l.enable(l.POLYGON_OFFSET_FILL),l.polygonOffset(1,2),
this.shader.bind(),this.shader.uniforms={model:t,view:e,projection:r,bounds:n,enable:i,colors:o},this.vao.bind(),this.vao.draw(this.gl.TRIANGLES,36),l.disable(l.POLYGON_OFFSET_FILL)}},l.dispose=function(){this.vao.dispose(),this.buffer.dispose(),this.shader.dispose()}},{"./shaders":185,"gl-buffer":129,"gl-vao":237}],183:[function(t,e,r){"use strict";function n(t,e,r){for(var n=0;4>n;++n){t[n]=r[12+n];for(var i=0;3>i;++i)t[n]+=e[i]*r[4*i+n]}}function i(t){for(var e=0;e<m.length;++e)if(t=l.positive(t,m[e]),t.length<3)return 0;for(var r=t[0],n=r[0]/r[3],i=r[1]/r[3],o=0,e=1;e+1<t.length;++e){var a=t[e],s=t[e+1],u=a[0]/a[3],c=a[1]/a[3],h=s[0]/s[3],f=s[1]/s[3],p=u-n,d=c-i,g=h-n,v=f-i;o+=Math.abs(p*v-d*g)}return o}function o(t,e,r,o){s(c,e,t),s(c,r,c);for(var l=0,m=0;2>m;++m){p[2]=o[m][2];for(var b=0;2>b;++b){p[1]=o[b][1];for(var x=0;2>x;++x)p[0]=o[x][0],n(h[l],p,c),l+=1}}for(var _=-1,m=0;8>m;++m){for(var w=h[m][3],M=0;3>M;++M)f[m][M]=h[m][M]/w;0>w&&(0>_?_=m:f[m][2]<f[_][2]&&(_=m))}if(0>_){_=0;for(var k=0;3>k;++k){for(var A=(k+2)%3,T=(k+1)%3,E=-1,S=-1,L=0;2>L;++L){var z=L<<k,I=z+(L<<A)+(1-L<<T),P=z+(1-L<<A)+(L<<T);u(f[z],f[I],f[P],d)<0||(L?E=1:S=1)}if(0>E||0>S)S>E&&(_|=1<<k);else{for(var L=0;2>L;++L){var z=L<<k,I=z+(L<<A)+(1-L<<T),P=z+(1-L<<A)+(L<<T),C=i([h[z],h[I],h[P],h[z+(1<<A)+(1<<T)]]);L?E=C:S=C}S>E&&(_|=1<<k)}}}for(var R=7^_,j=-1,m=0;8>m;++m)m!==_&&m!==R&&(0>j?j=m:f[j][1]>f[m][1]&&(j=m));for(var D=-1,m=0;3>m;++m){var O=j^1<<m;if(O!==_&&O!==R){0>D&&(D=O);var T=f[O];T[0]<f[D][0]&&(D=O)}}for(var F=-1,m=0;3>m;++m){var O=j^1<<m;if(O!==_&&O!==R&&O!==D){0>F&&(F=O);var T=f[O];T[0]>f[F][0]&&(F=O)}}var N=g;N[0]=N[1]=N[2]=0,N[a.log2(D^j)]=j&D,N[a.log2(j^F)]=j&F;var B=7^F;B===_||B===R?(B=7^D,N[a.log2(F^B)]=B&F):N[a.log2(D^B)]=B&D;for(var U=v,V=_,k=0;3>k;++k)V&1<<k?U[k]=-1:U[k]=1;return y}e.exports=o;var a=t("bit-twiddle"),s=t("gl-mat4/multiply"),l=(t("gl-mat4/invert"),t("split-polygon")),u=t("robust-orientation"),c=new Array(16),h=(new Array(16),new Array(8)),f=new Array(8),p=new Array(3),d=[0,0,0];!function(){for(var t=0;8>t;++t)h[t]=[1,1,1,1],f[t]=[1,1,1]}();var m=[[0,0,1,0,0],[0,0,-1,1,0],[0,-1,0,1,0],[0,1,0,1,0],[-1,0,0,1,0],[1,0,0,1,0]],g=[1,1,1],v=[0,0,0],y={cubeEdges:g,axis:v}},{"bit-twiddle":51,"gl-mat4/invert":148,"gl-mat4/multiply":150,"robust-orientation":462,"split-polygon":189}],184:[function(t,e,r){"use strict";function n(t){return t[0]=t[1]=t[2]=0,t}function i(t,e){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t}function o(t,e,r,n,i,o,a,s){this.gl=t,this.vertBuffer=e,this.vao=r,this.shader=n,this.tickCount=i,this.tickOffset=o,this.gridCount=a,this.gridOffset=s}function a(t,e,r){var n=[],i=[0,0,0],a=[0,0,0],c=[0,0,0],h=[0,0,0];n.push(0,0,1,0,1,1,0,0,-1,0,0,-1,0,1,1,0,1,-1);for(var f=0;3>f;++f){for(var p=n.length/3|0,d=0;d<r[f].length;++d){var m=+r[f][d].x;n.push(m,0,1,m,1,1,m,0,-1,m,0,-1,m,1,1,m,1,-1)}var g=n.length/3|0;i[f]=p,a[f]=g-p;for(var p=n.length/3|0,v=0;v<r[f].length;++v){var m=+r[f][v].x;n.push(m,0,1,m,1,1,m,0,-1,m,0,-1,m,1,1,m,1,-1)}var g=n.length/3|0;c[f]=p,h[f]=g-p}var y=s(t,new Float32Array(n)),b=l(t,[{buffer:y,type:t.FLOAT,size:3,stride:0,offset:0}]),x=u(t);return x.attributes.position.location=0,new o(t,y,b,x,a,i,h,c)}e.exports=a;var s=t("gl-buffer"),l=t("gl-vao"),u=t("./shaders").line,c=[0,0,0],h=[0,0,0],f=[0,0,0],p=[0,0,0],d=[1,1],m=o.prototype;m.bind=function(t,e,r){this.shader.bind(),this.shader.uniforms.model=t,this.shader.uniforms.view=e,this.shader.uniforms.projection=r,d[0]=this.gl.drawingBufferWidth,d[1]=this.gl.drawingBufferHeight,this.shader.uniforms.screenShape=d,this.vao.bind()},m.drawAxisLine=function(t,e,r,o,a){var s=n(h);this.shader.uniforms.majorAxis=h,s[t]=e[1][t]-e[0][t],this.shader.uniforms.minorAxis=s;var l=i(p,r);l[t]+=e[0][t],this.shader.uniforms.offset=l,this.shader.uniforms.lineWidth=a,this.shader.uniforms.color=o;var u=n(f);u[(t+2)%3]=1,this.shader.uniforms.screenAxis=u,this.vao.draw(this.gl.TRIANGLES,6);var u=n(f);u[(t+1)%3]=1,this.shader.uniforms.screenAxis=u,this.vao.draw(this.gl.TRIANGLES,6)},m.drawAxisTicks=function(t,e,r,i,o){if(this.tickCount[t]){var a=n(c);a[t]=1,this.shader.uniforms.majorAxis=a,this.shader.uniforms.offset=e,this.shader.uniforms.minorAxis=r,this.shader.uniforms.color=i,this.shader.uniforms.lineWidth=o;var s=n(f);s[t]=1,this.shader.uniforms.screenAxis=s,this.vao.draw(this.gl.TRIANGLES,this.tickCount[t],this.tickOffset[t])}},m.drawGrid=function(t,e,r,o,a,s){if(this.gridCount[t]){var l=n(h);l[e]=r[1][e]-r[0][e],this.shader.uniforms.minorAxis=l;var u=i(p,o);u[e]+=r[0][e],this.shader.uniforms.offset=u;var d=n(c);d[t]=1,this.shader.uniforms.majorAxis=d;var m=n(f);m[t]=1,this.shader.uniforms.screenAxis=m,this.shader.uniforms.lineWidth=s,this.shader.uniforms.color=a,this.vao.draw(this.gl.TRIANGLES,this.gridCount[t],this.gridOffset[t])}},m.drawZero=function(t,e,r,o,a,s){var l=n(h);this.shader.uniforms.majorAxis=l,l[t]=r[1][t]-r[0][t],this.shader.uniforms.minorAxis=l;var u=i(p,o);u[t]+=r[0][t],this.shader.uniforms.offset=u;var c=n(f);c[e]=1,this.shader.uniforms.screenAxis=c,this.shader.uniforms.lineWidth=s,this.shader.uniforms.color=a,this.vao.draw(this.gl.TRIANGLES,6)},m.dispose=function(){this.vao.dispose(),this.vertBuffer.dispose(),this.shader.dispose()}},{"./shaders":185,"gl-buffer":129,"gl-vao":237}],185:[function(t,e,r){"use strict";var n=t("gl-shader"),i="#define GLSLIFY 1\nattribute vec3 position;\n\nuniform mat4 model, view, projection;\nuniform vec3 offset, majorAxis, minorAxis, screenAxis;\nuniform float lineWidth;\nuniform vec2 screenShape;\n\nvec3 project(vec3 p) {\n  vec4 pp = projection * view * model * vec4(p, 1.0);\n  return pp.xyz / max(pp.w, 0.0001);\n}\n\nvoid main() {\n  vec3 major = position.x * majorAxis;\n  vec3 minor = position.y * minorAxis;\n\n  vec3 vPosition = major + minor + offset;\n  vec3 pPosition = project(vPosition);\n  vec3 offset = project(vPosition + screenAxis * position.z);\n\n  vec2 screen = normalize((offset - pPosition).xy * screenShape) / screenShape;\n\n  gl_Position = vec4(pPosition + vec3(0.5 * screen * lineWidth, 0), 1.0);\n}\n",o="precision mediump float;\n#define GLSLIFY 1\nuniform vec4 color;\nvoid main() {\n  gl_FragColor = color;\n}";r.line=function(t){return n(t,i,o,null,[{name:"position",type:"vec3"}])};var a="#define GLSLIFY 1\nattribute vec3 position;\n\nuniform mat4 model, view, projection;\nuniform vec3 offset, axis;\nuniform float scale, angle, pixelScale;\nuniform vec2 resolution;\n\nvoid main() {  \n  //Compute plane offset\n  vec2 planeCoord = position.xy * pixelScale;\n  mat2 planeXform = scale * mat2(cos(angle), sin(angle),\n                                -sin(angle), cos(angle));\n  vec2 viewOffset = 2.0 * planeXform * planeCoord / resolution;\n\n  //Compute world offset\n  float axisDistance = position.z;\n  vec3 dataPosition = axisDistance * axis + offset;\n  vec4 worldPosition = model * vec4(dataPosition, 1);\n  \n  //Compute clip position\n  vec4 viewPosition = view * worldPosition;\n  vec4 clipPosition = projection * viewPosition;\n  clipPosition /= clipPosition.w;\n\n  //Apply text offset in clip coordinates\n  clipPosition += vec4(viewOffset, 0, 0);\n\n  //Done\n  gl_Position = clipPosition;\n}",s="precision mediump float;\n#define GLSLIFY 1\nuniform vec4 color;\nvoid main() {\n  gl_FragColor = color;\n}";r.text=function(t){return n(t,a,s,null,[{name:"position",type:"vec3"}])};var l="#define GLSLIFY 1\nattribute vec3 position;\nattribute vec3 normal;\n\nuniform mat4 model, view, projection;\nuniform vec3 enable;\nuniform vec3 bounds[2];\n\nvarying vec3 colorChannel;\n\nvoid main() {\n  if(dot(normal, enable) > 0.0) {\n    vec3 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n=O[r];n.shape=H,n.begin();for(var i=0;t>i;++i)if(j[i]===r){var o=R[i];o.drawPick&&(o.pixelRatio=1,o.drawPick(V))}n.end()}}}function b(){if(!s()){e();var t=G.camera.tick();V.view=G.camera.matrix,F=F||t,N=N||t,I.pixelRatio=G.pixelRatio,C.pixelRatio=G.pixelRatio;var r=R.length,n=W[0],i=W[1];n[0]=n[1]=n[2]=1/0,i[0]=i[1]=i[2]=-(1/0);for(var a=0;r>a;++a){var l=R[a];l.pixelRatio=G.pixelRatio,l.axes=G.axes,F=F||!!l.dirty,N=N||!!l.dirty;var u=l.bounds;if(u)for(var h=u[0],f=u[1],p=0;3>p;++p)n[p]=Math.min(n[p],h[p]),i[p]=Math.max(i[p],f[p])}var m=G.bounds;if(G.autoBounds)for(var p=0;3>p;++p){if(i[p]<n[p])n[p]=-1,i[p]=1;else{n[p]===i[p]&&(n[p]-=1,i[p]+=1);var v=.05*(i[p]-n[p]);n[p]=n[p]-v,i[p]=i[p]+v}m[0][p]=n[p],m[1][p]=i[p]}for(var b=!1,p=0;3>p;++p)b=b||Z[0][p]!==m[0][p]||Z[1][p]!==m[1][p],Z[0][p]=m[0][p],Z[1][p]=m[1][p];if(b){for(var x=[0,0,0],a=0;3>a;++a)x[a]=o((m[1][a]-m[0][a])/10);I.autoTicks?I.update({bounds:m,tickSpacing:x}):I.update({bounds:m})}N=N||b,F=F||b;var 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L=!1;I.enable&&(L=L||I.isTransparent(),I.draw(V)),C.axes=I,T.object&&C.draw(V),k.disable(k.CULL_FACE);for(var a=0;r>a;++a){var l=R[a];l.axes=I,l.pixelRatio=G.pixelRatio,l.isOpaque&&l.isOpaque()&&l.draw(V),l.isTransparent&&l.isTransparent()&&(L=!0)}if(L){E.shape=q,E.bind(),k.clear(k.DEPTH_BUFFER_BIT),k.colorMask(!1,!1,!1,!1),k.depthMask(!0),k.depthFunc(k.LESS),I.enable&&I.isTransparent()&&I.drawTransparent(V);for(var a=0;r>a;++a){var l=R[a];l.isOpaque&&l.isOpaque()&&l.draw(V)}k.enable(k.BLEND),k.blendEquation(k.FUNC_ADD),k.blendFunc(k.ONE,k.ONE_MINUS_SRC_ALPHA),k.colorMask(!0,!0,!0,!0),k.depthMask(!1),k.clearColor(0,0,0,0),k.clear(k.COLOR_BUFFER_BIT),I.isTransparent()&&I.drawTransparent(V);for(var a=0;r>a;++a){var l=R[a];l.isTransparent&&l.isTransparent()&&l.drawTransparent(V)}k.bindFramebuffer(k.FRAMEBUFFER,null),k.blendFunc(k.ONE,k.ONE_MINUS_SRC_ALPHA),k.disable(k.DEPTH_TEST),S.bind(),E.color[0].bind(0),S.uniforms.accumBuffer=0,d(k),k.disable(k.BLEND)}F=!1;for(var a=0;r>a;++a)R[a].dirty=!1}}}function x(){_||G.contextLost||(requestAnimationFrame(x),b())}t=t||{};var _=!1,w=(t.pixelRatio||parseFloat(window.devicePixelRatio),t.canvas);if(!w)if(w=document.createElement("canvas"),t.container){var M=t.container;M.appendChild(w)}else document.body.appendChild(w);var k=t.gl;if(k||(k=i(w,t.glOptions||{premultipliedAlpha:!0,antialias:!0})),!k)throw new Error("webgl not supported");var A=t.bounds||[[-10,-10,-10],[10,10,10]],T=new n,E=p(k,[k.drawingBufferWidth,k.drawingBufferHeight],{preferFloat:!0}),S=v(k),L=t.camera||{eye:[2,0,0],center:[0,0,0],up:[0,1,0],zoomMin:.1,zoomMax:100,mode:"turntable"},z=t.axes||{},I=u(k,z);I.enable=!z.disable;var P=t.spikes||{},C=h(k,P),R=[],j=[],D=[],O=[],F=!0,N=!0,B=new Array(16),U=new Array(16),V={view:null,projection:B,model:U},N=!0,q=[k.drawingBufferWidth,k.drawingBufferHeight],G={gl:k,contextLost:!1,pixelRatio:t.pixelRatio||parseFloat(window.devicePixelRatio),canvas:w,selection:T,camera:l(w,L),axes:I,axesPixels:null,spikes:C,bounds:A,objects:R,shape:q,aspect:t.aspectRatio||[1,1,1],pickRadius:t.pickRadius||10,zNear:t.zNear||.01,zFar:t.zFar||1e3,fovy:t.fovy||Math.PI/4,clearColor:t.clearColor||[0,0,0,0],autoResize:a(t.autoResize),autoBounds:a(t.autoBounds),autoScale:!!t.autoScale,autoCenter:a(t.autoCenter),clipToBounds:a(t.clipToBounds),snapToData:!!t.snapToData,onselect:t.onselect||null,onrender:t.onrender||null,onclick:t.onclick||null,cameraParams:V,oncontextloss:null,mouseListener:null},H=[k.drawingBufferWidth/G.pixelRatio|0,k.drawingBufferHeight/G.pixelRatio|0];G.autoResize&&e(),window.addEventListener("resize",e),G.update=function(t){_||(t=t||{},F=!0,N=!0)},G.add=function(t){_||(t.axes=I,R.push(t),j.push(-1),F=!0,N=!0,r())},G.remove=function(t){if(!_){var e=R.indexOf(t);0>e||(R.splice(e,1),j.pop(),F=!0,N=!0,r())}},G.dispose=function(){if(!_&&(_=!0,window.removeEventListener("resize",e),w.removeEventListener("webglcontextlost",s),G.mouseListener.enabled=!1,!G.contextLost)){I.dispose(),C.dispose();for(var t=0;t<R.length;++t)R[t].dispose();E.dispose();for(var t=0;t<O.length;++t)O[t].dispose();S.dispose(),k=null,I=null,C=null,R=[]}};var X=!1,Y=0;G.mouseListener=m(w,function(t,e,r){if(!_){var n=O.length,i=R.length,o=T.object;T.distance=1/0,T.mouse[0]=e,T.mouse[1]=r,T.object=null,T.screen=null,T.dataCoordinate=T.dataPosition=null;var a=!1;if(t&&Y)X=!0;else{X&&(N=!0),X=!1;for(var s=0;n>s;++s){var l=O[s].query(e,H[1]-r-1,G.pickRadius);if(l){if(l.distance>T.distance)continue;for(var u=0;i>u;++u){var c=R[u];if(j[u]===s){var h=c.pick(l);h&&(T.buttons=t,T.screen=l.coord,T.distance=l.distance,T.object=c,T.index=h.distance,T.dataPosition=h.position,T.dataCoordinate=h.dataCoordinate,T.data=h,a=!0)}}}}}o&&o!==T.object&&(o.highlight&&o.highlight(null),F=!0),T.object&&(T.object.highlight&&T.object.highlight(T.data),F=!0),a=a||T.object!==o,a&&G.onselect&&G.onselect(T),1&t&&!(1&Y)&&G.onclick&&G.onclick(T),Y=t}}),w.addEventListener("webglcontextlost",s);var W=[[1/0,1/0,1/0],[-(1/0),-(1/0),-(1/0)]],Z=[W[0].slice(),W[1].slice()];return x(),G.redraw=function(){_||(F=!0,b())},G}e.exports=s;var l=t("3d-view-controls"),u=t("gl-axes3d"),c=t("gl-axes3d/properties"),h=t("gl-spikes3d"),f=t("gl-select-static"),p=t("gl-fbo"),d=t("a-big-triangle"),m=t("mouse-change"),g=t("gl-mat4/perspective"),v=t("./lib/shader")},{"./lib/shader":177,"3d-view-controls":178,"a-big-triangle":180,"gl-axes3d":181,"gl-axes3d/properties":191,"gl-fbo":134,"gl-mat4/perspective":151,"gl-select-static":207,"gl-spikes3d":193,"mouse-change":444}],195:[function(t,e,r){"use strict";e.exports={vertex:"precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 position;\nattribute vec2 offset;\nattribute vec4 color;\n\nuniform mat3 viewTransform;\nuniform vec2 pixelScale;\n\nvarying vec4 fragColor;\n\nvec4 computePosition_1_0(vec2 position, vec2 offset, mat3 view, vec2 scale) {\n  vec3 xposition = view * vec3(position, 1.0);\n  return vec4(\n    xposition.xy + scale * offset * xposition.z,\n    0,\n    xposition.z);\n}\n\n\n\n\nvoid main() {\n  fragColor = color;\n\n  gl_Position = computePosition_1_0(\n    position,\n    offset,\n    viewTransform,\n    pixelScale);\n}\n",fragment:"precision lowp float;\n#define GLSLIFY 1\nvarying vec4 fragColor;\nvoid main() {\n  gl_FragColor = vec4(fragColor.rgb * fragColor.a, fragColor.a);\n}\n",pickVertex:"precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 position;\nattribute vec2 offset;\nattribute vec4 id;\n\nuniform mat3 viewTransform;\nuniform vec2 pixelScale;\nuniform vec4 pickOffset;\n\nvarying vec4 fragColor;\n\nvec4 computePosition_1_0(vec2 position, vec2 offset, mat3 view, vec2 scale) {\n  vec3 xposition = view * vec3(position, 1.0);\n  return vec4(\n    xposition.xy + scale * offset * xposition.z,\n    0,\n    xposition.z);\n}\n\n\n\n\nvoid main() {\n  vec4 fragId = id + pickOffset;\n\n  fragId.y += floor(fragId.x / 256.0);\n  fragId.x -= floor(fragId.x / 256.0) * 256.0;\n\n  fragId.z += floor(fragId.y / 256.0);\n  fragId.y -= floor(fragId.y / 256.0) * 256.0;\n\n  fragId.w += floor(fragId.z / 256.0);\n  fragId.z -= floor(fragId.z / 256.0) * 256.0;\n\n  fragColor = fragId / 255.0;\n\n  gl_Position = computePosition_1_0(\n    position,\n    offset,\n    viewTransform,\n    pixelScale);\n}\n",pickFragment:"precision lowp float;\n#define GLSLIFY 1\nvarying vec4 fragColor;\nvoid main() {\n  gl_FragColor = fragColor;\n}\n"}},{}],196:[function(t,e,r){"use strict";function n(t){if(t in f)return f[t];var e=c(t,{polygons:!0,font:"sans-serif",textAlign:"left",textBaseline:"alphabetic"}),r=[],n=[];e.forEach(function(t){t.forEach(function(t){for(var e=0;e<t.length;++e){var i=t[(e+t.length-1)%t.length],o=t[e],a=t[(e+1)%t.length],s=t[(e+2)%t.length],l=o[0]-i[0],u=o[1]-i[1],c=Math.sqrt(l*l+u*u);l/=c,u/=c,r.push(i[0],i[1]+1.4),n.push(u,-l),r.push(i[0],i[1]+1.4),n.push(-u,l),r.push(o[0],o[1]+1.4),n.push(-u,l),r.push(o[0],o[1]+1.4),n.push(-u,l),r.push(i[0],i[1]+1.4),n.push(u,-l),r.push(o[0],o[1]+1.4),n.push(u,-l);var h=s[0]-a[0],f=s[1]-a[1],p=Math.sqrt(h*h+f*f);h/=p,f/=p,r.push(o[0],o[1]+1.4),n.push(u,-l),r.push(o[0],o[1]+1.4),n.push(-u,l),r.push(a[0],a[1]+1.4),n.push(-f,h),r.push(a[0],a[1]+1.4),n.push(-f,h),r.push(o[0],o[1]+1.4),n.push(f,-h),r.push(a[0],a[1]+1.4),n.push(f,-h)}})});for(var i=[1/0,1/0,-(1/0),-(1/0)],o=0;o<r.length;o+=2)for(var a=0;2>a;++a)i[a]=Math.min(i[a],r[o+a]),i[2+a]=Math.max(i[2+a],r[o+a]);return f[t]={coords:r,normals:n,bounds:i}}function i(t,e,r,n,i,o,a){this.plot=t,this.shader=e,this.pickShader=r,this.positionBuffer=n,this.offsetBuffer=i,this.colorBuffer=o,this.idBuffer=a,this.bounds=[1/0,1/0,-(1/0),-(1/0)],this.numPoints=0,this.numVertices=0,this.pickOffset=0,this.points=null}function o(t,e){var r=t.gl,n=a(r,h.vertex,h.fragment),o=a(r,h.pickVertex,h.pickFragment),l=s(r),u=s(r),c=s(r),f=s(r),p=new i(t,n,o,l,u,c,f);return p.update(e),t.addObject(p),p}e.exports=o;var a=t("gl-shader"),s=t("gl-buffer"),l=t("text-cache"),u=t("typedarray-pool"),c=t("vectorize-text"),h=t("./lib/shaders"),f={},p=i.prototype;!function(){function t(){var t=this.plot,n=this.bounds,i=t.viewBox,o=t.dataBox,a=t.pixelRatio,s=n[2]-n[0],l=n[3]-n[1],u=o[2]-o[0],c=o[3]-o[1];e[0]=2*s/u,e[4]=2*l/c,e[6]=2*(n[0]-o[0])/u-1,e[7]=2*(n[1]-o[1])/c-1;var h=i[2]-i[0],f=i[3]-i[1];r[0]=2*a/h,r[1]=2*a/f}var e=[1,0,0,0,1,0,0,0,1],r=[1,1];p.draw=function(){var n=this.plot,i=this.shader,o=this.numVertices;if(o){var a=n.gl;t.call(this),i.bind(),i.uniforms.pixelScale=r,i.uniforms.viewTransform=e,this.positionBuffer.bind(),i.attributes.position.pointer(),this.offsetBuffer.bind(),i.attributes.offset.pointer(),this.colorBuffer.bind(),i.attributes.color.pointer(a.UNSIGNED_BYTE,!0),a.drawArrays(a.TRIANGLES,0,o)}};var n=[0,0,0,0];p.drawPick=function(i){var o=this.plot,a=this.pickShader,s=this.numVertices,l=o.gl;if(this.pickOffset=i,!s)return i;for(var u=0;4>u;++u)n[u]=i>>8*u&255;return t.call(this),a.bind(),a.uniforms.pixelScale=r,a.uniforms.viewTransform=e,a.uniforms.pickOffset=n,this.positionBuffer.bind(),a.attributes.position.pointer(),this.offsetBuffer.bind(),a.attributes.offset.pointer(),this.idBuffer.bind(),a.attributes.id.pointer(l.UNSIGNED_BYTE,!1),l.drawArrays(l.TRIANGLES,0,s),i+this.numPoints}}(),p.pick=function(t,e,r){var n=this.pickOffset,i=this.numPoints;if(n>r||r>=n+i)return null;var o=r-n,a=this.points;return{object:this,pointId:o,dataCoord:[a[2*o],a[2*o+1]]}},p.update=function(t){t=t||{};var e=t.positions||[],r=t.colors||[],i=t.glyphs||[],o=t.sizes||[],a=t.borderWidths||[],s=t.borderColors||[];this.points=e;for(var c=this.bounds=[1/0,1/0,-(1/0),-(1/0)],h=0,f=0;f<i.length;++f){h+=l("sans-serif",i[f]).data.length+n(i[f]).coords.length>>1;for(var p=0;2>p;++p)c[p]=Math.min(c[p],e[2*f+p]),c[2+p]=Math.max(c[2+p],e[2*f+p])}c[0]===c[2]&&(c[2]+=1),c[3]===c[1]&&(c[3]+=1);for(var d=1/(c[2]-c[0]),m=1/(c[3]-c[1]),g=c[0],v=c[1],y=u.mallocFloat32(2*h),b=u.mallocFloat32(2*h),x=u.mallocUint8(4*h),_=u.mallocUint32(h),w=0,f=0;f<i.length;++f){for(var M=l("sans-serif",i[f]),k=n(i[f]),A=d*(e[2*f]-g),T=m*(e[2*f+1]-v),E=o[f],S=255*r[4*f],L=255*r[4*f+1],z=255*r[4*f+2],I=255*r[4*f+3],P=.5*(k.bounds[0]+k.bounds[2]),C=.5*(k.bounds[1]+k.bounds[3]),p=0;p<M.data.length;p+=2)y[2*w]=A,y[2*w+1]=T,b[2*w]=-E*(M.data[p]-P),b[2*w+1]=-E*(M.data[p+1]-C),x[4*w]=S,x[4*w+1]=L,x[4*w+2]=z,x[4*w+3]=I,_[w]=f,w+=1;var R=a[f];S=255*s[4*f],L=255*s[4*f+1],z=255*s[4*f+2],I=255*s[4*f+3];
for(var p=0;p<k.coords.length;p+=2)y[2*w]=A,y[2*w+1]=T,b[2*w]=-(E*(k.coords[p]-P)+R*k.normals[p]),b[2*w+1]=-(E*(k.coords[p+1]-C)+R*k.normals[p+1]),x[4*w]=S,x[4*w+1]=L,x[4*w+2]=z,x[4*w+3]=I,_[w]=f,w+=1}this.numPoints=i.length,this.numVertices=h,this.positionBuffer.update(y),this.offsetBuffer.update(b),this.colorBuffer.update(x),this.idBuffer.update(_),u.free(y),u.free(b),u.free(x),u.free(_)},p.dispose=function(){this.shader.dispose(),this.pickShader.dispose(),this.positionBuffer.dispose(),this.offsetBuffer.dispose(),this.colorBuffer.dispose(),this.idBuffer.dispose(),this.plot.removeObject(this)}},{"./lib/shaders":195,"gl-buffer":129,"gl-shader":208,"text-cache":476,"typedarray-pool":481,"vectorize-text":483}],197:[function(t,e,r){r.pointVertex="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 position;\nattribute float weight;\n\nuniform mat3 matrix;\nuniform float pointSize, useWeight;\n\nvarying float fragWeight;\n\nvoid main() {\n  vec3 hgPosition = matrix * vec3(position, 1);\n  gl_Position  = vec4(hgPosition.xy, 0, hgPosition.z);\n  gl_PointSize = pointSize;\n  fragWeight = mix(1.0, weight, useWeight);\n}\n",r.pointFragment="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec4 color, borderColor;\nuniform float centerFraction;\n\nvarying float fragWeight;\n\nfloat smoothStep(float x, float y) {\n  return 1.0 / (1.0 + exp(50.0*(x - y)));\n}\n\nvoid main() {\n  float radius = length(2.0*gl_PointCoord.xy-1.0);\n  if(radius > 1.0) {\n    discard;\n  }\n  vec4 baseColor = mix(borderColor, color, smoothStep(radius, centerFraction));\n  float alpha = 1.0 - pow(1.0 - baseColor.a, fragWeight);\n  gl_FragColor = vec4(baseColor.rgb * alpha, alpha);\n}\n",r.pickVertex="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 position;\nattribute vec4 pickId;\n\nuniform mat3 matrix;\nuniform float pointSize;\nuniform vec4 pickOffset;\n\nvarying vec4 fragId;\n\nvoid main() {\n  vec3 hgPosition = matrix * vec3(position, 1);\n  gl_Position  = vec4(hgPosition.xy, 0, hgPosition.z);\n  gl_PointSize = pointSize;\n\n  vec4 id = pickId + pickOffset;\n  id.y += floor(id.x / 256.0);\n  id.x -= floor(id.x / 256.0) * 256.0;\n\n  id.z += floor(id.y / 256.0);\n  id.y -= floor(id.y / 256.0) * 256.0;\n\n  id.w += floor(id.z / 256.0);\n  id.z -= floor(id.z / 256.0) * 256.0;\n\n  fragId = id;\n}\n",r.pickFragment="precision mediump float;\n#define GLSLIFY 1\n\nvarying vec4 fragId;\n\nvoid main() {\n  float radius = length(2.0*gl_PointCoord.xy-1.0);\n  if(radius > 1.0) {\n    discard;\n  }\n  gl_FragColor = fragId / 255.0;\n}\n"},{}],198:[function(t,e,r){arguments[4][73][0].apply(r,arguments)},{dup:73}],199:[function(t,e,r){"use strict";function n(t,e,r,n,o){4*f>=o?i(0,o-1,t,e,r,n):h(0,o-1,t,e,r,n)}function i(t,e,r,n,i,o){for(var a=t+1;e>=a;++a){for(var s=r[a],l=n[2*a],u=n[2*a+1],c=i[a],h=o[a],f=a;f>t;){var p=r[f-1],d=n[2*(f-1)];if((p-s||l-d)>=0)break;r[f]=p,n[2*f]=d,n[2*f+1]=n[2*f-1],i[f]=i[f-1],o[f]=o[f-1],f-=1}r[f]=s,n[2*f]=l,n[2*f+1]=u,i[f]=c,o[f]=h}}function o(t,e,r,n,i,o){var a=r[t],s=n[2*t],l=n[2*t+1],u=i[t],c=o[t];r[t]=r[e],n[2*t]=n[2*e],n[2*t+1]=n[2*e+1],i[t]=i[e],o[t]=o[e],r[e]=a,n[2*e]=s,n[2*e+1]=l,i[e]=u,o[e]=c}function a(t,e,r,n,i,o){r[t]=r[e],n[2*t]=n[2*e],n[2*t+1]=n[2*e+1],i[t]=i[e],o[t]=o[e]}function s(t,e,r,n,i,o,a){var s=n[t],l=i[2*t],u=i[2*t+1],c=o[t],h=a[t];n[t]=n[e],i[2*t]=i[2*e],i[2*t+1]=i[2*e+1],o[t]=o[e],a[t]=a[e],n[e]=n[r],i[2*e]=i[2*r],i[2*e+1]=i[2*r+1],o[e]=o[r],a[e]=a[r],n[r]=s,i[2*r]=l,i[2*r+1]=u,o[r]=c,a[r]=h}function l(t,e,r,n,i,o,a,s,l,u,c){s[t]=s[e],l[2*t]=l[2*e],l[2*t+1]=l[2*e+1],u[t]=u[e],c[t]=c[e],s[e]=r,l[2*e]=n,l[2*e+1]=i,u[e]=o,c[e]=a}function u(t,e,r,n,i){return(r[t]-r[e]||n[2*e]-n[2*t]||i[t]-i[e])<0}function c(t,e,r,n,i,o,a,s){return(e-o[t]||a[2*t]-r||i-s[t])<0}function h(t,e,r,n,p,d){var 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if(!c(it,R,j,D,O,r,n,p))for(;;){if(c(E,R,j,D,O,r,n,p)){c(E,L,z,I,P,r,n,p)?(s(it,T,E,r,n,p,d),++T,--E):(o(it,E,r,n,p,d),--E);break}if(--E<it)break}l(t,T-1,L,z,I,P,C,r,n,p,d),l(e,E+1,R,j,D,O,F,r,n,p,d),f>=T-2-t?i(t,T-2,r,n,p,d):h(t,T-2,r,n,p,d),f>=e-(E+2)?i(E+2,e,r,n,p,d):h(E+2,e,r,n,p,d),f>=E-T?i(T,E,r,n,p,d):h(T,E,r,n,p,d)}e.exports=n;var f=32},{}],200:[function(t,e,r){"use strict";function n(t,e,r,n,i,o,a,s){for(var l=r,u=r;n>u;++u){var c=t[2*u],h=t[2*u+1],f=e[u];c>=i&&a>=c&&h>=o&&s>=h&&(u===l?l+=1:(t[2*u]=t[2*l],t[2*u+1]=t[2*l+1],e[u]=e[l],t[2*l]=c,t[2*l+1]=h,e[l]=f,l+=1))}return l}function i(t,e,r){this.pixelSize=t,this.offset=e,this.count=r}function o(t,e,r,o){function l(i,o,a,s,u,c){var h=.5*a,f=s+1,p=u-s;r[_]=p,x[_++]=c;for(var d=0;2>d;++d)for(var m=0;2>m;++m){var g=i+d*h,v=o+m*h,y=n(t,e,f,u,g,v,g+h,v+h);if(y!==f){if(y-f>=Math.max(.9*p,32)){var b=u+s>>>1;l(g,v,h,f,b,c+1),f=b}l(g,v,h,f,y,c+1),f=y}}}var u=t.length>>>1;if(1>u)return[];for(var c=1/0,h=1/0,f=-(1/0),p=-(1/0),d=0;u>d;++d){var m=t[2*d],g=t[2*d+1];c=Math.min(c,m),f=Math.max(f,m),h=Math.min(h,g),p=Math.max(p,g),e[d]=d}c===f&&(f+=1+Math.abs(f)),h===p&&(p+=1+Math.abs(f));var v=1/(f-c),y=1/(p-h),b=Math.max(f-c,p-h);o=o||[0,0,0,0],o[0]=c,o[1]=h,o[2]=f,o[3]=p;var x=a.mallocInt32(u),_=0;l(c,h,b,0,u,0),s(x,t,e,r,u);for(var w=[],M=0,k=u,_=u-1;_>=0;--_){t[2*_]=(t[2*_]-c)*v,t[2*_+1]=(t[2*_+1]-h)*y;var A=x[_];A!==M&&(w.push(new i(b*Math.pow(.5,A),_+1,k-(_+1))),k=_+1,M=A)}return w.push(new i(b*Math.pow(.5,A+1),0,k)),a.free(x),w}var a=t("typedarray-pool"),s=t("./lib/sort");e.exports=o},{"./lib/sort":199,"typedarray-pool":481}],201:[function(t,e,r){"use strict";function n(t,e,r,n,i,o){this.plot=t,this.offsetBuffer=e,this.pickBuffer=r,this.weightBuffer=n,this.shader=i,this.pickShader=o,this.scales=[],this.size=12,this.borderSize=1,this.pointCount=0,this.color=[1,0,0,1],this.borderColor=[0,0,0,1],this.bounds=[1/0,1/0,-(1/0),-(1/0)],this.pickOffset=0,this.points=null,this.xCoords=null}function i(t,e){var r=t.gl,i=a(r),s=a(r),l=a(r),u=o(r,c.pointVertex,c.pointFragment),h=o(r,c.pickVertex,c.pickFragment),f=new n(t,i,s,l,u,h);return f.update(e),t.addObject(f),f}var o=t("gl-shader"),a=t("gl-buffer"),s=t("binary-search-bounds"),l=t("snap-points-2d"),u=t("typedarray-pool"),c=t("./lib/shader");e.exports=i;var h=n.prototype;h.dispose=function(){this.shader.dispose(),this.pickShader.dispose(),this.offsetBuffer.dispose(),this.pickBuffer.dispose(),this.xCoords&&u.free(this.xCoords),this.plot.removeObject(this)},h.update=function(t){function e(e,r){return e in t?t[e]:r}t=t||{},this.size=e("size",12),this.color=e("color",[1,0,0,1]).slice(),this.borderSize=e("borderSize",1),this.borderColor=e("borderColor",[0,0,0,1]).slice(),this.xCoords&&u.free(this.xCoords);var r=t.positions,n=u.mallocFloat32(r.length),i=u.mallocInt32(r.length>>>1);n.set(r);var o=u.mallocFloat32(r.length);this.points=r,this.scales=l(n,i,o,this.bounds),this.offsetBuffer.update(n),this.pickBuffer.update(i),this.weightBuffer.update(o);for(var a=u.mallocFloat32(r.length>>>1),s=0,c=0;s<r.length;s+=2,++c)a[c]=n[s];u.free(i),u.free(n),u.free(o),this.xCoords=a,this.pointCount=r.length>>>1,this.pickOffset=0},h.drawPick=function(){var t=[1,0,0,0,1,0,0,0,1],e=[0,0,0,0];return function(r){var n=this.plot,i=this.pickShader,o=this.scales,a=this.offsetBuffer,l=this.pickBuffer,u=this.bounds,c=this.size,h=this.borderSize,f=n.gl,p=n.pickPixelRatio,d=n.viewBox,m=n.dataBox;if(0===this.pointCount)return r;var g=u[2]-u[0],v=u[3]-u[1],y=m[2]-m[0],b=m[3]-m[1],x=(d[2]-d[0])*p/n.pixelRatio,_=(d[3]-d[1])*p/n.pixelRatio,w=Math.min(y/x,b/_);t[0]=2*g/y,t[4]=2*v/b,t[6]=2*(u[0]-m[0])/y-1,t[7]=2*(u[1]-m[1])/b-1,this.pickOffset=r,e[0]=255&r,e[1]=r>>8&255,e[2]=r>>16&255,e[3]=r>>24&255,i.bind(),i.uniforms.matrix=t,i.uniforms.color=this.color,i.uniforms.borderColor=this.borderColor,i.uniforms.pointSize=p*(c+h),i.uniforms.pickOffset=e,0===this.borderSize?i.uniforms.centerFraction=2:i.uniforms.centerFraction=c/(c+h+1.25),a.bind(),i.attributes.position.pointer(),l.bind(),i.attributes.pickId.pointer(f.UNSIGNED_BYTE);for(var M=this.xCoords,k=(m[0]-u[0]-w*c*p)/g,A=(m[2]-u[0]+w*c*p)/g,T=o.length-1;T>=0;--T){var E=o[T];if(!(E.pixelSize<w&&T>1)){var S=E.offset,L=E.count+S,z=s.ge(M,k,S,L-1),I=s.lt(M,A,z,L-1)+1;I>z&&f.drawArrays(f.POINTS,z,I-z)}}return r+this.pointCount}}(),h.draw=function(){var t=[1,0,0,0,1,0,0,0,1];return function(){var e=this.plot,r=this.shader,n=this.scales,i=this.offsetBuffer,o=this.bounds,a=this.size,l=this.borderSize,u=e.gl,c=e.pixelRatio,h=e.viewBox,f=e.dataBox;if(0!==this.pointCount){var p=o[2]-o[0],d=o[3]-o[1],m=f[2]-f[0],g=f[3]-f[1],v=h[2]-h[0],y=h[3]-h[1],b=Math.min(m/v,g/y);t[0]=2*p/m,t[4]=2*d/g,t[6]=2*(o[0]-f[0])/m-1,t[7]=2*(o[1]-f[1])/g-1,r.bind(),r.uniforms.matrix=t,r.uniforms.color=this.color,r.uniforms.borderColor=this.borderColor,r.uniforms.pointSize=c*(a+l),r.uniforms.useWeight=1,0===this.borderSize?r.uniforms.centerFraction=2:r.uniforms.centerFraction=a/(a+l+1.25),i.bind(),r.attributes.position.pointer(),this.weightBuffer.bind(),r.attributes.weight.pointer();for(var x=this.xCoords,_=(f[0]-o[0]-b*a*c)/p,w=(f[2]-o[0]+b*a*c)/p,M=!0,k=n.length-1;k>=0;--k){var A=n[k];if(!(A.pixelSize<b&&k>1)){var T=A.offset,E=A.count+T,S=s.ge(x,_,T,E-1),L=s.lt(x,w,S,E-1)+1;L>S&&u.drawArrays(u.POINTS,S,L-S),M&&(M=!1,r.uniforms.useWeight=0)}}}}}(),h.pick=function(t,e,r){var n=this.pickOffset,i=this.pointCount;if(n>r||r>=n+i)return null;var o=r-n,a=this.points;return{object:this,pointId:o,dataCoord:[a[2*o],a[2*o+1]]}}},{"./lib/shader":197,"binary-search-bounds":198,"gl-buffer":129,"gl-shader":208,"snap-points-2d":200,"typedarray-pool":481}],202:[function(t,e,r){"use strict";function n(t,e){var r=o[e];if(r||(r=o[e]={}),t in r)return r[t];for(var n=i(t,{textAlign:"center",textBaseline:"middle",lineHeight:1,font:e}),a=i(t,{triangles:!0,textAlign:"center",textBaseline:"middle",lineHeight:1,font:e}),s=[[1/0,1/0],[-(1/0),-(1/0)]],l=0;l<n.positions.length;++l)for(var u=n.positions[l],c=0;2>c;++c)s[0][c]=Math.min(s[0][c],u[c]),s[1][c]=Math.max(s[1][c],u[c]);return r[t]=[a,n,s]}var i=t("vectorize-text");e.exports=n;var o={}},{"vectorize-text":483}],203:[function(t,e,r){function n(t,e){var r=i(t,e),n=r.attributes;return n.position.location=0,n.color.location=1,n.glyph.location=2,n.id.location=3,r}var i=t("gl-shader"),o="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\nattribute vec4 color;\nattribute vec2 glyph;\nattribute vec4 id;\n\n\nuniform vec4 highlightId;\nuniform float highlightScale;\nuniform mat4 model, view, projection;\nuniform vec3 clipBounds[2];\n\nvarying vec4 interpColor;\nvarying vec4 pickId;\nvarying vec3 dataCoordinate;\n\nvoid main() {\n  if(any(lessThan(position, clipBounds[0]))   || \n     any(greaterThan(position, clipBounds[1])) ) {\n    gl_Position = vec4(0,0,0,0);\n  } else {\n    float scale = 1.0;\n    if(distance(highlightId, id) < 0.0001) {\n      scale = highlightScale;\n    }\n\n    vec4 worldPosition = model * vec4(position, 1);\n    vec4 viewPosition = view * worldPosition;\n    viewPosition = viewPosition / viewPosition.w;\n    vec4 clipPosition = projection * (viewPosition + scale * vec4(glyph.x, -glyph.y, 0, 0));\n    \n    gl_Position = clipPosition;\n    interpColor = color;\n    pickId = id;\n    dataCoordinate = position;\n  }\n}",a="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\nattribute vec4 color;\nattribute vec2 glyph;\nattribute vec4 id;\n\nuniform mat4 model, view, projection;\nuniform vec2 screenSize;\nuniform vec3 clipBounds[2];\nuniform float highlightScale, pixelRatio;\nuniform vec4 highlightId;\n\nvarying vec4 interpColor;\nvarying vec4 pickId;\nvarying vec3 dataCoordinate;\n\nvoid main() {\n  if(any(lessThan(position, clipBounds[0])) || any(greaterThan(position, clipBounds[1]))) {\n    gl_Position = vec4(0,0,0,0);\n  } else {\n    float scale = pixelRatio;\n    if(distance(highlightId.bgr, id.bgr) < 0.001) {\n      scale *= highlightScale;\n    }\n\n    vec4 worldPosition = model * vec4(position, 1.0);\n    vec4 viewPosition = view * worldPosition;\n    vec4 clipPosition = projection * viewPosition;\n    clipPosition /= clipPosition.w;\n    \n    gl_Position = clipPosition + vec4(screenSize * scale * vec2(glyph.x, -glyph.y), 0.0, 0.0);\n    interpColor = color;\n    pickId = id;\n    dataCoordinate = position;\n  }\n}",s="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec3 position;\nattribute vec4 color;\nattribute vec2 glyph;\nattribute vec4 id;\n\nuniform float highlightScale;\nuniform vec4 highlightId;\nuniform vec3 axes[2];\nuniform mat4 model, view, projection;\nuniform vec2 screenSize;\nuniform vec3 clipBounds[2];\nuniform float scale, pixelRatio;\n\nvarying vec4 interpColor;\nvarying vec4 pickId;\nvarying vec3 dataCoordinate;\n\nvoid main() {\n  if(any(lessThan(position, clipBounds[0]))   ||\n     any(greaterThan(position, clipBounds[1])) ) {\n    gl_Position = vec4(0,0,0,0);\n  } else {\n    float lscale = pixelRatio * scale;\n    if(distance(highlightId, id) < 0.0001) {\n      lscale *= highlightScale;\n    }\n\n    vec4 clipCenter   = projection * view * model * vec4(position, 1);\n    vec3 dataPosition = position + 0.5*lscale*(axes[0] * glyph.x + axes[1] * glyph.y) * clipCenter.w * screenSize.y;\n    vec4 clipPosition = projection * view * model * vec4(dataPosition, 1);\n\n    gl_Position = clipPosition;\n    interpColor = color;\n    pickId = id;\n    dataCoordinate = dataPosition;\n  }\n}\n",l="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec3 fragClipBounds[2];\nuniform float opacity;\n\nvarying vec4 interpColor;\nvarying vec4 pickId;\nvarying vec3 dataCoordinate;\n\nvoid main() {\n  if(any(lessThan(dataCoordinate, fragClipBounds[0]))   ||\n     any(greaterThan(dataCoordinate, fragClipBounds[1])) ) {\n    discard;\n  } else {\n    gl_FragColor = interpColor * opacity;\n  }\n}\n",u="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec3 fragClipBounds[2];\nuniform float pickGroup;\n\nvarying vec4 pickId;\nvarying vec3 dataCoordinate;\n\nvoid main() {\n  if(any(lessThan(dataCoordinate, fragClipBounds[0]))   || \n     any(greaterThan(dataCoordinate, fragClipBounds[1])) ) {\n    discard;\n  } else {\n    gl_FragColor = vec4(pickGroup, pickId.bgr);\n  }\n}",c=[{name:"position",type:"vec3"},{name:"color",type:"vec4"},{name:"glyph",type:"vec2"},{name:"id",type:"vec4"}],h={vertex:o,fragment:l,attributes:c},f={vertex:a,fragment:l,attributes:c},p={vertex:s,fragment:l,attributes:c},d={vertex:o,fragment:u,attributes:c},m={vertex:a,fragment:u,attributes:c},g={vertex:s,fragment:u,attributes:c};r.createPerspective=function(t){return n(t,h)},r.createOrtho=function(t){return n(t,f)},r.createProject=function(t){return n(t,p)},r.createPickPerspective=function(t){return n(t,d)},r.createPickOrtho=function(t){return n(t,m)},r.createPickProject=function(t){return n(t,g)}},{"gl-shader":208}],204:[function(t,e,r){"use strict";function n(t,e){var r=t[0],n=t[1],i=t[2],o=t[3];return t[0]=e[0]*r+e[4]*n+e[8]*i+e[12]*o,t[1]=e[1]*r+e[5]*n+e[9]*i+e[13]*o,t[2]=e[2]*r+e[6]*n+e[10]*i+e[14]*o,t[3]=e[3]*r+e[7]*n+e[11]*i+e[15]*o,t}function i(t,e,r,i){return n(i,i,r),n(i,i,e),n(i,i,t)}function o(t,e){this.index=t,this.dataCoordinate=this.position=e}function a(t,e,r,n,i,a,s,l,u,c,h,f){this.gl=t,this.pixelRatio=1,this.shader=e,this.orthoShader=r,this.projectShader=n,this.pointBuffer=i,this.colorBuffer=a,this.glyphBuffer=s,this.idBuffer=l,this.vao=u,this.vertexCount=0,this.lineVertexCount=0,this.opacity=1,this.lineWidth=0,this.projectScale=[2/3,2/3,2/3],this.projectOpacity=[1,1,1],this.pickId=0,this.pickPerspectiveShader=c,this.pickOrthoShader=h,this.pickProjectShader=f,this.points=[],this._selectResult=new o(0,[0,0,0]),this.useOrtho=!0,this.bounds=[[1/0,1/0,1/0],[-(1/0),-(1/0),-(1/0)]],this.axesProject=[!0,!0,!0],this.axesBounds=[[-(1/0),-(1/0),-(1/0)],[1/0,1/0,1/0]],this.highlightId=[1,1,1,1],this.highlightScale=2,this.clipBounds=[[-(1/0),-(1/0),-(1/0)],[1/0,1/0,1/0]],this.dirty=!0}function s(t){return t[0]=t[1]=t[2]=0,t}function l(t,e){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=1,t}function u(t,e,r,n){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t[r]=n,t}function c(t){for(var e=L,r=0;2>r;++r)for(var n=0;3>n;++n)e[r][n]=Math.max(Math.min(t[r][n],1e8),-1e8);return e}function h(t,e,r,n,o){var a,h=e.axesProject,f=e.gl,p=t.uniforms,d=r.model||x,m=r.view||x,g=r.projection||x,y=e.axesBounds,b=c(e.clipBounds);a=e.axes?e.axes.lastCubeProps.axis:[1,1,1],w[0]=2/f.drawingBufferWidth,w[1]=2/f.drawingBufferHeight,t.bind(),p.view=m,p.projection=g,p.screenSize=w,p.highlightId=e.highlightId,p.highlightScale=e.highlightScale,p.clipBounds=b,p.pickGroup=e.pickId/255,p.pixelRatio=e.pixelRatio;for(var _=0;3>_;++_)if(h[_]&&e.projectOpacity[_]<1===n){p.scale=e.projectScale[_],p.opacity=e.projectOpacity[_];for(var L=E,z=0;16>z;++z)L[z]=0;for(var z=0;4>z;++z)L[5*z]=1;L[5*_]=0,a[_]<0?L[12+_]=y[0][_]:L[12+_]=y[1][_],v(L,d,L),p.model=L;var I=(_+1)%3,P=(_+2)%3,C=s(M),R=s(k);C[I]=1,R[P]=1;var j=i(g,m,d,l(A,C)),D=i(g,m,d,l(T,R));if(Math.abs(j[1])>Math.abs(D[1])){var O=j;j=D,D=O,O=C,C=R,R=O;var F=I;I=P,P=F}j[0]<0&&(C[I]=-1),D[1]>0&&(R[P]=-1);for(var N=0,B=0,z=0;4>z;++z)N+=Math.pow(d[4*I+z],2),B+=Math.pow(d[4*P+z],2);C[I]/=Math.sqrt(N),R[P]/=Math.sqrt(B),p.axes[0]=C,p.axes[1]=R,p.fragClipBounds[0]=u(S,b[0],_,-1e8),p.fragClipBounds[1]=u(S,b[1],_,1e8),e.vao.draw(f.TRIANGLES,e.vertexCount),e.lineWidth>0&&(f.lineWidth(e.lineWidth),e.vao.draw(f.LINES,e.lineVertexCount,e.vertexCount))}}function f(t,e,r,n,i,o){var a=r.gl;if(r.vao.bind(),i===r.opacity<1||o){t.bind();var s=t.uniforms;s.model=n.model||x,s.view=n.view||x,s.projection=n.projection||x,w[0]=2/a.drawingBufferWidth,w[1]=2/a.drawingBufferHeight,s.screenSize=w,s.highlightId=r.highlightId,s.highlightScale=r.highlightScale,s.fragClipBounds=P,s.clipBounds=r.axes.bounds,s.opacity=r.opacity,s.pickGroup=r.pickId/255,s.pixelRatio=r.pixelRatio,r.vao.draw(a.TRIANGLES,r.vertexCount),r.lineWidth>0&&(a.lineWidth(r.lineWidth),r.vao.draw(a.LINES,r.lineVertexCount,r.vertexCount))}h(e,r,n,i,o),r.vao.unbind()}function p(t){var e=t.gl,r=y.createPerspective(e),n=y.createOrtho(e),i=y.createProject(e),o=y.createPickPerspective(e),s=y.createPickOrtho(e),l=y.createPickProject(e),u=d(e),c=d(e),h=d(e),f=d(e),p=m(e,[{buffer:u,size:3,type:e.FLOAT},{buffer:c,size:4,type:e.FLOAT},{buffer:h,size:2,type:e.FLOAT},{buffer:f,size:4,type:e.UNSIGNED_BYTE,normalized:!0}]),g=new a(e,r,n,i,u,c,h,f,p,o,s,l);return g.update(t),g}var d=t("gl-buffer"),m=t("gl-vao"),g=t("typedarray-pool"),v=t("gl-mat4/multiply"),y=t("./lib/shaders"),b=t("./lib/glyphs"),x=[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1];e.exports=p;var _=a.prototype;_.pickSlots=1,_.setPickBase=function(t){this.pickId=t},_.isTransparent=function(){if(this.opacity<1)return!0;for(var t=0;3>t;++t)if(this.axesProject[t]&&this.projectOpacity[t]<1)return!0;return!1},_.isOpaque=function(){if(this.opacity>=1)return!0;for(var t=0;3>t;++t)if(this.axesProject[t]&&this.projectOpacity[t]>=1)return!0;return!1};var w=[0,0],M=[0,0,0],k=[0,0,0],A=[0,0,0,1],T=[0,0,0,1],E=x.slice(),S=[0,0,0],L=[[0,0,0],[0,0,0]],z=[-1e8,-1e8,-1e8],I=[1e8,1e8,1e8],P=[z,I];_.draw=function(t){var e=this.useOrtho?this.orthoShader:this.shader;f(e,this.projectShader,this,t,!1,!1)},_.drawTransparent=function(t){var e=this.useOrtho?this.orthoShader:this.shader;f(e,this.projectShader,this,t,!0,!1)},_.drawPick=function(t){var e=this.useOrtho?this.pickOrthoShader:this.pickPerspectiveShader;f(e,this.pickProjectShader,this,t,!1,!0)},_.pick=function(t){if(!t)return null;if(t.id!==this.pickId)return null;var e=t.value[2]+(t.value[1]<<8)+(t.value[0]<<16);if(e>=this.pointCount||0>e)return null;var r=this.points[e],n=this._selectResult;n.index=e;for(var i=0;3>i;++i)n.position[i]=n.dataCoordinate[i]=r[i];return n},_.highlight=function(t){if(t){var e=t.index,r=255&e,n=e>>8&255,i=e>>16&255;this.highlightId=[r/255,n/255,i/255,0]}else this.highlightId=[1,1,1,1]},_.update=function(t){if(t=t||{},"perspective"in t&&(this.useOrtho=!t.perspective),"orthographic"in t&&(this.useOrtho=!!t.orthographic),"lineWidth"in t&&(this.lineWidth=t.lineWidth),"project"in t)if(Array.isArray(t.project))this.axesProject=t.project;else{var e=!!t.project;this.axesProject=[e,e,e]}if("projectScale"in t)if(Array.isArray(t.projectScale))this.projectScale=t.projectScale.slice();else{var r=+t.projectScale;this.projectScale=[r,r,r]}if("projectOpacity"in t)if(Array.isArray(t.projectOpacity))this.projectOpacity=t.projectOpacity.slice();else{var r=+t.projectOpacity;this.projectOpacity=[r,r,r]}"opacity"in t&&(this.opacity=t.opacity),this.dirty=!0;var n=t.position;if(n){var i=t.font||"normal",o=t.alignment||[0,0],a=[1/0,1/0,1/0],s=[-(1/0),-(1/0),-(1/0)],l=t.glyph,u=t.color,c=t.size,h=t.angle,f=t.lineColor,p=0,d=0,m=0,v=n.length;t:for(var y=0;v>y;++y){for(var x=n[y],_=0;3>_;++_)if(isNaN(x[_])||!isFinite(x[_]))continue t;var w;w=Array.isArray(l)?b(l[y],i):l?b(l,i):b("\u25cf",i);var M=w[0],k=w[1],A=w[2];d+=3*M.cells.length,m+=2*k.edges.length}var T=d+m,E=g.mallocFloat(3*T),S=g.mallocFloat(4*T),L=g.mallocFloat(2*T),z=g.mallocUint32(T),I=[0,o[1]],P=0,C=d,R=[0,0,0,1],j=[0,0,0,1],D=Array.isArray(u)&&Array.isArray(u[0]),O=Array.isArray(f)&&Array.isArray(f[0]);t:for(var y=0;v>y;++y){for(var x=n[y],_=0;3>_;++_){if(isNaN(x[_])||!isFinite(x[_])){p+=1;continue t}s[_]=Math.max(s[_],x[_]),a[_]=Math.min(a[_],x[_])}var w;w=Array.isArray(l)?b(l[y],i):l?b(l,i):b("\u25cf",i);var M=w[0],k=w[1],A=w[2];if(Array.isArray(u)){var F;if(F=D?u[y]:u,3===F.length){for(var _=0;3>_;++_)R[_]=F[_];R[3]=1}else if(4===F.length)for(var _=0;4>_;++_)R[_]=F[_]}else R[0]=R[1]=R[2]=0,R[3]=1;if(Array.isArray(f)){var F;if(F=O?f[y]:f,3===F.length){for(var _=0;3>_;++_)j[_]=F[_];j[_]=1}else if(4===F.length)for(var _=0;4>_;++_)j[_]=F[_]}else j[0]=j[1]=j[2]=0,j[3]=1;var N=.5;Array.isArray(c)?N=+c[y]:c?N=+c:this.useOrtho&&(N=12);var B=0;Array.isArray(h)?B=+h[y]:h&&(B=+h);for(var U=Math.cos(B),V=Math.sin(B),x=n[y],_=0;3>_;++_)s[_]=Math.max(s[_],x[_]),a[_]=Math.min(a[_],x[_]);o[0]<0?I[0]=o[0]*(1+A[1][0]):o[0]>0&&(I[0]=-o[0]*(1+A[0][0]));for(var q=M.cells,G=M.positions,_=0;_<q.length;++_)for(var H=q[_],X=0;3>X;++X){for(var Y=0;3>Y;++Y)E[3*P+Y]=x[Y];for(var Y=0;4>Y;++Y)S[4*P+Y]=R[Y];z[P]=p;var W=G[H[X]];L[2*P]=N*(U*W[0]-V*W[1]+I[0]),L[2*P+1]=N*(V*W[0]+U*W[1]+I[1]),P+=1}for(var q=k.edges,G=k.positions,_=0;_<q.length;++_)for(var H=q[_],X=0;2>X;++X){for(var Y=0;3>Y;++Y)E[3*C+Y]=x[Y];for(var Y=0;4>Y;++Y)S[4*C+Y]=j[Y];z[C]=p;var W=G[H[X]];L[2*C]=N*(U*W[0]-V*W[1]+I[0]),L[2*C+1]=N*(V*W[0]+U*W[1]+I[1]),C+=1}p+=1}this.vertexCount=d,this.lineVertexCount=m,this.pointBuffer.update(E),this.colorBuffer.update(S),this.glyphBuffer.update(L),this.idBuffer.update(new Uint32Array(z)),g.free(E),g.free(S),g.free(L),g.free(z),this.bounds=[a,s],this.points=n,this.pointCount=n.length}},_.dispose=function(){this.shader.dispose(),this.orthoShader.dispose(),this.pickPerspectiveShader.dispose(),this.pickOrthoShader.dispose(),this.vao.dispose(),this.pointBuffer.dispose(),this.colorBuffer.dispose(),this.glyphBuffer.dispose(),this.idBuffer.dispose()}},{"./lib/glyphs":202,"./lib/shaders":203,"gl-buffer":129,"gl-mat4/multiply":150,"gl-vao":237,"typedarray-pool":481}],205:[function(t,e,r){"use strict";r.boxVertex="precision mediump float;\n#define GLSLIFY 1\n\nattribute vec2 vertex;\n\nuniform vec2 cornerA, cornerB;\n\nvoid main() {\n  gl_Position = vec4(mix(cornerA, cornerB, vertex), 0, 1);\n}\n",r.boxFragment="precision mediump float;\n#define GLSLIFY 1\n\nuniform vec4 color;\n\nvoid main() {\n  gl_FragColor = color;\n}\n"},{}],206:[function(t,e,r){"use strict";function n(t,e,r){this.plot=t,this.boxBuffer=e,this.boxShader=r,this.enabled=!0,this.selectBox=[1/0,1/0,-(1/0),-(1/0)],this.borderColor=[0,0,0,1],this.innerFill=!1,this.innerColor=[0,0,0,.25],this.outerFill=!0,this.outerColor=[0,0,0,.5],this.borderWidth=10}function i(t,e){var r=t.gl,i=a(r,[0,0,0,1,1,0,1,1]),l=o(r,s.boxVertex,s.boxFragment),u=new n(t,i,l);return u.update(e),t.addOverlay(u),u}var o=t("gl-shader"),a=t("gl-buffer"),s=t("./lib/shaders");e.exports=i;var l=n.prototype;l.draw=function(){if(this.enabled){var t=this.plot,e=this.selectBox,r=this.borderWidth,n=(this.innerFill,this.innerColor),i=(this.outerFill,this.outerColor),o=this.borderColor,a=t.box,s=t.screenBox,l=t.dataBox,u=t.viewBox,c=t.pixelRatio,h=(e[0]-l[0])*(u[2]-u[0])/(l[2]-l[0])+u[0],f=(e[1]-l[1])*(u[3]-u[1])/(l[3]-l[1])+u[1],p=(e[2]-l[0])*(u[2]-u[0])/(l[2]-l[0])+u[0],d=(e[3]-l[1])*(u[3]-u[1])/(l[3]-l[1])+u[1];if(h=Math.max(h,u[0]),f=Math.max(f,u[1]),p=Math.min(p,u[2]),d=Math.min(d,u[3]),!(h>p||f>d)){a.bind();var m=s[2]-s[0],g=s[3]-s[1];if(this.outerFill&&(a.drawBox(0,0,m,f,i),a.drawBox(0,f,h,d,i),a.drawBox(0,d,m,g,i),a.drawBox(p,f,m,d,i)),this.innerFill&&a.drawBox(h,f,p,d,n),r>0){var v=r*c;a.drawBox(h-v,f-v,p+v,f+v,o),a.drawBox(h-v,d-v,p+v,d+v,o),a.drawBox(h-v,f-v,h+v,d+v,o),a.drawBox(p-v,f-v,p+v,d+v,o)}}}},l.update=function(t){t=t||{},this.innerFill=!!t.innerFill,this.outerFill=!!t.outerFill,this.innerColor=(t.innerColor||[0,0,0,.5]).slice(),this.outerColor=(t.outerColor||[0,0,0,.5]).slice(),this.borderColor=(t.borderColor||[0,0,0,1]).slice(),this.borderWidth=t.borderWidth||0,this.selectBox=(t.selectBox||this.selectBox).slice()},l.dispose=function(){this.boxBuffer.dispose(),this.boxShader.dispose(),this.plot.removeOverlay(this)}},{"./lib/shaders":205,"gl-buffer":129,"gl-shader":208}],207:[function(t,e,r){"use strict";function n(t,e,r,n,i){this.coord=[t,e],this.id=r,this.value=n,this.distance=i}function i(t,e,r){this.gl=t,this.fbo=e,this.buffer=r,this._readTimeout=null;var n=this;this._readCallback=function(){n.gl&&(e.bind(),t.readPixels(0,0,e.shape[0],e.shape[1],t.RGBA,t.UNSIGNED_BYTE,n.buffer),n._readTimeout=null)}}function o(t,e){var r=a(t,e),n=s.mallocUint8(e[0]*e[1]*4);return new i(t,r,n)}e.exports=o;var a=t("gl-fbo"),s=t("typedarray-pool"),l=t("ndarray"),u=t("bit-twiddle").nextPow2,c=t("cwise/lib/wrapper")({args:["array",{offset:[0,0,1],array:0},{offset:[0,0,2],array:0},{offset:[0,0,3],array:0},"scalar","scalar","index"],pre:{body:"{this_closestD2=1e8,this_closestX=-1,this_closestY=-1}",args:[],thisVars:["this_closestD2","this_closestX","this_closestY"],localVars:[]},body:{body:"{if(255>_inline_46_arg0_||255>_inline_46_arg1_||255>_inline_46_arg2_||255>_inline_46_arg3_){var _inline_46_l=_inline_46_arg4_-_inline_46_arg6_[0],_inline_46_a=_inline_46_arg5_-_inline_46_arg6_[1],_inline_46_f=_inline_46_l*_inline_46_l+_inline_46_a*_inline_46_a;_inline_46_f<this_closestD2&&(this_closestD2=_inline_46_f,this_closestX=_inline_46_arg6_[0],this_closestY=_inline_46_arg6_[1])}}",args:[{name:"_inline_46_arg0_",lvalue:!1,rvalue:!0,count:1},{name:"_inline_46_arg1_",lvalue:!1,rvalue:!0,count:1},{name:"_inline_46_arg2_",lvalue:!1,rvalue:!0,count:1},{name:"_inline_46_arg3_",lvalue:!1,rvalue:!0,count:1},{name:"_inline_46_arg4_",lvalue:!1,rvalue:!0,count:1},{name:"_inline_46_arg5_",lvalue:!1,rvalue:!0,count:1},{name:"_inline_46_arg6_",lvalue:!1,rvalue:!0,count:4}],thisVars:["this_closestD2","this_closestX","this_closestY"],localVars:["_inline_46_a","_inline_46_f","_inline_46_l"]},post:{body:"{return[this_closestX,this_closestY,this_closestD2]}",args:[],thisVars:["this_closestD2","this_closestX","this_closestY"],localVars:[]},debug:!1,funcName:"cwise",blockSize:64}),h=i.prototype;Object.defineProperty(h,"shape",{get:function(){return this.gl?this.fbo.shape.slice():[0,0]},set:function(t){if(this.gl){this.fbo.shape=t;var e=this.fbo.shape[0],r=this.fbo.shape[1];if(r*e*4>this.buffer.length){s.free(this.buffer);for(var n=this.buffer=s.mallocUint8(u(r*e*4)),i=0;r*e*4>i;++i)n[i]=255}return t}}}),h.begin=function(){var t=this.gl;this.shape;t&&(this.fbo.bind(),t.clearColor(1,1,1,1),t.clear(t.COLOR_BUFFER_BIT|t.DEPTH_BUFFER_BIT))},h.end=function(){var t=this.gl;t&&(t.bindFramebuffer(t.FRAMEBUFFER,null),this._readTimeout||clearTimeout(this._readTimeout),this._readTimeout=setTimeout(this._readCallback,1))},h.query=function(t,e,r){if(!this.gl)return null;var i=this.fbo.shape.slice();t=0|t,e=0|e,"number"!=typeof r&&(r=1);var o=0|Math.min(Math.max(t-r,0),i[0]),a=0|Math.min(Math.max(t+r,0),i[0]),s=0|Math.min(Math.max(e-r,0),i[1]),u=0|Math.min(Math.max(e+r,0),i[1]);if(o>=a||s>=u)return null;var h=[a-o,u-s],f=l(this.buffer,[h[0],h[1],4],[4,4*i[0],1],4*(o+i[0]*s)),p=c(f.hi(h[0],h[1],1),r,r),d=p[0],m=p[1];if(0>d||Math.pow(this.radius,2)<p[2])return null;var g=f.get(d,m,0),v=f.get(d,m,1),y=f.get(d,m,2),b=f.get(d,m,3);return new n(d+o|0,m+s|0,g,[v,y,b],Math.sqrt(p[2]))},h.dispose=function(){this.gl&&(this.fbo.dispose(),s.free(this.buffer),this.gl=null,this._readTimeout&&clearTimeout(this._readTimeout))}},{"bit-twiddle":51,"cwise/lib/wrapper":123,"gl-fbo":134,ndarray:456,"typedarray-pool":481}],208:[function(t,e,r){"use strict";function n(t){this.gl=t,this._vref=this._fref=this._relink=this.vertShader=this.fragShader=this.program=this.attributes=this.uniforms=this.types=null}function i(t,e){return t.name<e.name?-1:1}function o(t,e,r,i,o){var a=new n(t);return a.update(e,r,i,o),a}var a=t("./lib/create-uniforms"),s=t("./lib/create-attributes"),l=t("./lib/reflect"),u=t("./lib/shader-cache"),c=t("./lib/runtime-reflect"),h=t("./lib/GLError"),f=n.prototype;f.bind=function(){this.program||this._relink(),this.gl.useProgram(this.program)},f.dispose=function(){this._fref&&this._fref.dispose(),this._vref&&this._vref.dispose(),this.attributes=this.types=this.vertShader=this.fragShader=this.program=this._relink=this._fref=this._vref=null},f.update=function(t,e,r,n){function o(){p.program=u.program(d,p._vref,p._fref,x,_);for(var t=0;t<r.length;++t)S[t]=d.getUniformLocation(p.program,r[t].name)}if(!e||1===arguments.length){var f=t;t=f.vertex,e=f.fragment,r=f.uniforms,n=f.attributes}var p=this,d=p.gl,m=p._vref;p._vref=u.shader(d,d.VERTEX_SHADER,t),m&&m.dispose(),p.vertShader=p._vref.shader;var g=this._fref;if(p._fref=u.shader(d,d.FRAGMENT_SHADER,e),g&&g.dispose(),p.fragShader=p._fref.shader,!r||!n){var 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a=t("dup"),s=t("cwise-compiler"),l={},u={},c={body:"",args:[],thisVars:[],localVars:[]},h=s({args:["array","array","array"],pre:c,post:c,body:{args:[{name:"out",lvalue:!0,rvalue:!1,count:1},{name:"left",lvalue:!1,rvalue:!0,count:1},{name:"right",lvalue:!1,rvalue:!0,count:1}],body:"out=0.5*(left-right)",thisVars:[],localVars:[]},funcName:"cdiff"}),f=s({args:["array"],pre:c,post:c,body:{args:[{name:"out",lvalue:!0,rvalue:!1,count:1}],body:"out=0",thisVars:[],localVars:[]},funcName:"zero"})},{"cwise-compiler":120,dup:126}],230:[function(t,e,r){"use strict";var n=t("ndarray"),i=t("./doConvert.js");e.exports=function(t,e){for(var r=[],o=t,a=1;o instanceof Array;)r.push(o.length),a*=o.length,o=o[0];return 0===r.length?n():(e||(e=n(new Float64Array(a),r)),i(e,t),e)}},{"./doConvert.js":231,ndarray:456}],231:[function(t,e,r){e.exports=t("cwise-compiler")({args:["array","scalar","index"],pre:{body:"{}",args:[],thisVars:[],localVars:[]},body:{body:"{\nvar 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}],232:[function(t,e,r){"use strict";function n(t,e,r,n,i){this.position=t,this.index=e,this.uv=r,this.level=n,this.dataCoordinate=i}function i(t){var e=x([y({colormap:t,nshades:D,format:"rgba"}).map(function(t){return[t[0],t[1],t[2],255*t[3]]})]);return b.divseq(e,255),e}function o(t,e,r,i,o,a,s,l,u,c,h,f,p,d){this.gl=t,this.shape=e,this.bounds=r,this.intensityBounds=[],this._shader=i,this._pickShader=o,this._coordinateBuffer=a,this._vao=s,this._colorMap=l,this._contourShader=u,this._contourPickShader=c,this._contourBuffer=h,this._contourVAO=f,this._contourOffsets=[[],[],[]],this._contourCounts=[[],[],[]],this._vertexCount=0,this._pickResult=new n([0,0,0],[0,0],[0,0],[0,0,0],[0,0,0]),this._dynamicBuffer=p,this._dynamicVAO=d,this._dynamicOffsets=[0,0,0],this._dynamicCounts=[0,0,0],this.contourWidth=[1,1,1],this.contourLevels=[[1],[1],[1]],this.contourTint=[0,0,0],this.contourColor=[[.5,.5,.5,1],[.5,.5,.5,1],[.5,.5,.5,1]],this.showContour=!0,this.showSurface=!0,this.enableHighlight=[!0,!0,!0],this.highlightColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.highlightTint=[1,1,1],this.highlightLevel=[-1,-1,-1],this.enableDynamic=[!0,!0,!0],this.dynamicLevel=[NaN,NaN,NaN],this.dynamicColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.dynamicTint=[1,1,1],this.dynamicWidth=[1,1,1],this.axesBounds=[[1/0,1/0,1/0],[-(1/0),-(1/0),-(1/0)]],this.surfaceProject=[!1,!1,!1],this.contourProject=[[!1,!1,!1],[!1,!1,!1],[!1,!1,!1]],this.colorBounds=[!1,!1],this._field=[_(v.mallocFloat(1024),[0,0]),_(v.mallocFloat(1024),[0,0]),_(v.mallocFloat(1024),[0,0])],this.pickId=1,this.clipBounds=[[-(1/0),-(1/0),-(1/0)],[1/0,1/0,1/0]],this.snapToData=!1,this.opacity=1,this.lightPosition=[10,1e4,0],this.ambientLight=.8,this.diffuseLight=.8,this.specularLight=2,this.roughness=.5,this.fresnel=1.5,this.dirty=!0}function a(t,e){var r,n,i,o=e.axes&&e.axes.lastCubeProps.axis||F,a=e.showSurface,s=e.showContour;for(r=0;3>r;++r)for(a=a||e.surfaceProject[r],n=0;3>n;++n)s=s||e.contourProject[r][n];for(r=0;3>r;++r){var l=N.projections[r];for(n=0;16>n;++n)l[n]=0;for(n=0;4>n;++n)l[5*n]=1;l[5*r]=0,l[12+r]=e.axesBounds[+(o[r]>0)][r],M(l,t.model,l);var u=N.clipBounds[r];for(i=0;2>i;++i)for(n=0;3>n;++n)u[i][n]=t.clipBounds[i][n];u[0][r]=-1e8,u[1][r]=1e8}return N.showSurface=a,N.showContour=s,N}function s(t,e){t=t||{};var r=this.gl;r.disable(r.CULL_FACE),this._colorMap.bind(0);var n=B;n.model=t.model||C,n.view=t.view||C,n.projection=t.projection||C,n.lowerBound=[this.bounds[0][0],this.bounds[0][1],this.colorBounds[0]||this.bounds[0][2]],n.upperBound=[this.bounds[1][0],this.bounds[1][1],this.colorBounds[1]||this.bounds[1][2]],n.contourColor=this.contourColor[0],n.inverseModel=k(n.inverseModel,n.model);for(var i=0;2>i;++i)for(var o=n.clipBounds[i],s=0;3>s;++s)o[s]=Math.min(Math.max(this.clipBounds[i][s],-1e8),1e8);n.kambient=this.ambientLight,n.kdiffuse=this.diffuseLight,n.kspecular=this.specularLight,n.roughness=this.roughness,n.fresnel=this.fresnel,n.opacity=this.opacity,n.height=0,n.permutation=V;var l=U;for(M(l,n.view,n.model),M(l,n.projection,l),k(l,l),i=0;3>i;++i)n.eyePosition[i]=l[12+i]/l[15];var u=l[15];for(i=0;3>i;++i)u+=this.lightPosition[i]*l[4*i+3];for(i=0;3>i;++i){var c=l[12+i];for(s=0;3>s;++s)c+=l[4*s+i]*this.lightPosition[s];n.lightPosition[i]=c/u}var h=a(n,this);if(h.showSurface&&e===this.opacity<1){for(this._shader.bind(),this._shader.uniforms=n,this._vao.bind(),this.showSurface&&this._vertexCount&&this._vao.draw(r.TRIANGLES,this._vertexCount),i=0;3>i;++i)this.surfaceProject[i]&&this.vertexCount&&(this._shader.uniforms.model=h.projections[i],this._shader.uniforms.clipBounds=h.clipBounds[i],this._vao.draw(r.TRIANGLES,this._vertexCount));this._vao.unbind()}if(h.showContour&&!e){var f=this._contourShader;n.kambient=1,n.kdiffuse=0,n.kspecular=0,n.opacity=1,f.bind(),f.uniforms=n;var p=this._contourVAO;for(p.bind(),i=0;3>i;++i)for(f.uniforms.permutation=j[i],r.lineWidth(this.contourWidth[i]),s=0;s<this.contourLevels[i].length;++s)this._contourCounts[i][s]&&(s===this.highlightLevel[i]?(f.uniforms.contourColor=this.highlightColor[i],f.uniforms.contourTint=this.highlightTint[i]):0!==s&&s-1!==this.highlightLevel[i]||(f.uniforms.contourColor=this.contourColor[i],f.uniforms.contourTint=this.contourTint[i]),f.uniforms.height=this.contourLevels[i][s],p.draw(r.LINES,this._contourCounts[i][s],this._contourOffsets[i][s]));for(i=0;3>i;++i)for(f.uniforms.model=h.projections[i],f.uniforms.clipBounds=h.clipBounds[i],s=0;3>s;++s)if(this.contourProject[i][s]){f.uniforms.permutation=j[s],r.lineWidth(this.contourWidth[s]);for(var d=0;d<this.contourLevels[s].length;++d)d===this.highlightLevel[s]?(f.uniforms.contourColor=this.highlightColor[s],f.uniforms.contourTint=this.highlightTint[s]):0!==d&&d-1!==this.highlightLevel[s]||(f.uniforms.contourColor=this.contourColor[s],f.uniforms.contourTint=this.contourTint[s]),f.uniforms.height=this.contourLevels[s][d],p.draw(r.LINES,this._contourCounts[s][d],this._contourOffsets[s][d])}for(p=this._dynamicVAO,p.bind(),i=0;3>i;++i)if(0!==this._dynamicCounts[i])for(f.uniforms.model=n.model,f.uniforms.clipBounds=n.clipBounds,f.uniforms.permutation=j[i],r.lineWidth(this.dynamicWidth[i]),f.uniforms.contourColor=this.dynamicColor[i],f.uniforms.contourTint=this.dynamicTint[i],f.uniforms.height=this.dynamicLevel[i],p.draw(r.LINES,this._dynamicCounts[i],this._dynamicOffsets[i]),s=0;3>s;++s)this.contourProject[s][i]&&(f.uniforms.model=h.projections[s],f.uniforms.clipBounds=h.clipBounds[s],p.draw(r.LINES,this._dynamicCounts[i],this._dynamicOffsets[i]));p.unbind()}}function l(t,e){var r=e.shape.slice(),n=t.shape.slice();b.assign(t.lo(1,1).hi(r[0],r[1]),e),b.assign(t.lo(1).hi(r[0],1),e.hi(r[0],1)),b.assign(t.lo(1,n[1]-1).hi(r[0],1),e.lo(0,r[1]-1).hi(r[0],1)),b.assign(t.lo(0,1).hi(1,r[1]),e.hi(1)),b.assign(t.lo(n[0]-1,1).hi(1,r[1]),e.lo(r[0]-1)),t.set(0,0,e.get(0,0)),t.set(0,n[1]-1,e.get(0,r[1]-1)),t.set(n[0]-1,0,e.get(r[0]-1,0)),t.set(n[0]-1,n[1]-1,e.get(r[0]-1,r[1]-1))}function u(t,e){return Array.isArray(t)?[e(t[0]),e(t[1]),e(t[2])]:[e(t),e(t),e(t)]}function c(t){return Array.isArray(t)?3===t.length?[t[0],t[1],t[2],1]:[t[0],t[1],t[2],t[3]]:[0,0,0,1]}function h(t){if(Array.isArray(t)){if(Array.isArray(t))return[c(t[0]),c(t[1]),c(t[2])];var e=c(t);return[e.slice(),e.slice(),e.slice()]}}function f(t){var e=t.gl,r=S(e),n=z(e),i=L(e),a=I(e),s=d(e),l=m(e,[{buffer:s,size:4,stride:P,offset:0},{buffer:s,size:3,stride:P,offset:16},{buffer:s,size:3,stride:P,offset:28}]),u=d(e),c=m(e,[{buffer:u,size:4,stride:20,offset:0},{buffer:u,size:1,stride:20,offset:16}]),h=d(e),f=m(e,[{buffer:h,size:2,type:e.FLOAT}]),p=g(e,1,D,e.RGBA,e.UNSIGNED_BYTE);p.minFilter=e.LINEAR,p.magFilter=e.LINEAR;var v=new o(e,[0,0],[[0,0,0],[0,0,0]],r,n,s,l,p,i,a,u,c,h,f),y={levels:[[],[],[]]};for(var b in t)y[b]=t[b];return y.colormap=y.colormap||"jet",v.update(y),v}e.exports=f;var p=t("bit-twiddle"),d=t("gl-buffer"),m=t("gl-vao"),g=t("gl-texture2d"),v=t("typedarray-pool"),y=t("colormap"),b=t("ndarray-ops"),x=t("ndarray-pack"),_=t("ndarray"),w=t("surface-nets"),M=t("gl-mat4/multiply"),k=t("gl-mat4/invert"),A=t("binary-search-bounds"),T=t("ndarray-gradient"),E=t("./lib/shaders"),S=E.createShader,L=E.createContourShader,z=E.createPickShader,I=E.createPickContourShader,P=40,C=[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1],R=[[0,0],[0,1],[1,0],[1,1],[1,0],[0,1]],j=[[0,0,0,0,0,0,0,0,0],[0,0,0,0,0,0,0,0,0],[0,0,0,0,0,0,0,0,0]];!function(){for(var t=0;3>t;++t){var e=j[t],r=(t+1)%3,n=(t+2)%3;e[r+0]=1,e[n+3]=1,e[t+6]=1}}();var D=265,O=o.prototype;O.isTransparent=function(){return this.opacity<1},O.isOpaque=function(){if(this.opacity>=1)return!0;for(var t=0;3>t;++t)if(this._contourCounts[t].length>0||this._dynamicCounts[t]>0)return!0;return!1},O.pickSlots=1,O.setPickBase=function(t){this.pickId=t};var F=[0,0,0],N={showSurface:!1,showContour:!1,projections:[C.slice(),C.slice(),C.slice()],clipBounds:[[[0,0,0],[0,0,0]],[[0,0,0],[0,0,0]],[[0,0,0],[0,0,0]]]},B={model:C,view:C,projection:C,inverseModel:C.slice(),lowerBound:[0,0,0],upperBound:[0,0,0],colorMap:0,clipBounds:[[0,0,0],[0,0,0]],height:0,contourTint:0,contourColor:[0,0,0,1],permutation:[1,0,0,0,1,0,0,0,1],zOffset:-1e-4,kambient:1,kdiffuse:1,kspecular:1,lightPosition:[1e3,1e3,1e3],eyePosition:[0,0,0],roughness:1,fresnel:1,opacity:1},U=C.slice(),V=[1,0,0,0,1,0,0,0,1];O.draw=function(t){return s.call(this,t,!1)},O.drawTransparent=function(t){return s.call(this,t,!0)};var q={model:C,view:C,projection:C,inverseModel:C,clipBounds:[[0,0,0],[0,0,0]],height:0,shape:[0,0],pickId:0,lowerBound:[0,0,0],upperBound:[0,0,0],zOffset:0,permutation:[1,0,0,0,1,0,0,0,1],lightPosition:[0,0,0],eyePosition:[0,0,0]};O.drawPick=function(t){t=t||{};var e=this.gl;e.disable(e.CULL_FACE);var r=q;r.model=t.model||C,r.view=t.view||C,r.projection=t.projection||C,r.shape=this._field[2].shape,r.pickId=this.pickId/255,r.lowerBound=this.bounds[0],r.upperBound=this.bounds[1],r.permutation=V;for(var n=0;2>n;++n)for(var i=r.clipBounds[n],o=0;3>o;++o)i[o]=Math.min(Math.max(this.clipBounds[n][o],-1e8),1e8);var s=a(r,this);if(s.showSurface){for(this._pickShader.bind(),this._pickShader.uniforms=r,this._vao.bind(),this._vao.draw(e.TRIANGLES,this._vertexCount),n=0;3>n;++n)this.surfaceProject[n]&&(this._pickShader.uniforms.model=s.projections[n],this._pickShader.uniforms.clipBounds=s.clipBounds[n],this._vao.draw(e.TRIANGLES,this._vertexCount));this._vao.unbind()}if(s.showContour){var l=this._contourPickShader;l.bind(),l.uniforms=r;var u=this._contourVAO;for(u.bind(),o=0;3>o;++o)for(e.lineWidth(this.contourWidth[o]),l.uniforms.permutation=j[o],n=0;n<this.contourLevels[o].length;++n)this._contourCounts[o][n]&&(l.uniforms.height=this.contourLevels[o][n],u.draw(e.LINES,this._contourCounts[o][n],this._contourOffsets[o][n]));for(n=0;3>n;++n)for(l.uniforms.model=s.projections[n],l.uniforms.clipBounds=s.clipBounds[n],o=0;3>o;++o)if(this.contourProject[n][o]){l.uniforms.permutation=j[o],e.lineWidth(this.contourWidth[o]);for(var c=0;c<this.contourLevels[o].length;++c)this._contourCounts[o][c]&&(l.uniforms.height=this.contourLevels[o][c],u.draw(e.LINES,this._contourCounts[o][c],this._contourOffsets[o][c]))}u.unbind()}},O.pick=function(t){if(!t)return null;if(t.id!==this.pickId)return null;var e=this._field[2].shape,r=this._pickResult,n=e[0]*(t.value[0]+(t.value[2]>>4)/16)/255,i=Math.floor(n),o=n-i,a=e[1]*(t.value[1]+(15&t.value[2])/16)/255,s=Math.floor(a),l=a-s;i+=1,s+=1;var u=r.position;u[0]=u[1]=u[2]=0;for(var c=0;2>c;++c)for(var h=c?o:1-o,f=0;2>f;++f)for(var p=f?l:1-l,d=i+c,m=s+f,g=h*p,v=0;3>v;++v)u[v]+=this._field[v].get(d,m)*g;for(var y=this._pickResult.level,b=0;3>b;++b)if(y[b]=A.le(this.contourLevels[b],u[b]),y[b]<0)this.contourLevels[b].length>0&&(y[b]=0);else if(y[b]<this.contourLevels[b].length-1){var x=this.contourLevels[b][y[b]],_=this.contourLevels[b][y[b]+1];Math.abs(x-u[b])>Math.abs(_-u[b])&&(y[b]+=1)}for(r.index[0]=.5>o?i:i+1,r.index[1]=.5>l?s:s+1,r.uv[0]=n/e[0],r.uv[1]=a/e[1],v=0;3>v;++v)r.dataCoordinate[v]=this._field[v].get(r.index[0],r.index[1]);return r},O.update=function(t){t=t||{},this.dirty=!0,"contourWidth"in t&&(this.contourWidth=u(t.contourWidth,Number)),"showContour"in t&&(this.showContour=u(t.showContour,Boolean)),"showSurface"in t&&(this.showSurface=!!t.showSurface),"contourTint"in t&&(this.contourTint=u(t.contourTint,Boolean)),"contourColor"in t&&(this.contourColor=h(t.contourColor)),"contourProject"in t&&(this.contourProject=u(t.contourProject,function(t){return u(t,Boolean)})),"surfaceProject"in t&&(this.surfaceProject=t.surfaceProject),"dynamicColor"in t&&(this.dynamicColor=h(t.dynamicColor)),"dynamicTint"in t&&(this.dynamicTint=u(t.dynamicTint,Number)),"dynamicWidth"in t&&(this.dynamicWidth=u(t.dynamicWidth,Number)),"opacity"in t&&(this.opacity=t.opacity),"colorBounds"in t&&(this.colorBounds=t.colorBounds);var e=t.field||t.coords&&t.coords[2]||null,r=!1;if(e||(e=this._field[2].shape[0]||this._field[2].shape[2]?this._field[2].lo(1,1).hi(this._field[2].shape[0]-2,this._field[2].shape[1]-2):this._field[2].hi(0,0)),"field"in t||"coords"in t){var n=(e.shape[0]+2)*(e.shape[1]+2);n>this._field[2].data.length&&(v.freeFloat(this._field[2].data),this._field[2].data=v.mallocFloat(p.nextPow2(n))),this._field[2]=_(this._field[2].data,[e.shape[0]+2,e.shape[1]+2]),l(this._field[2],e),this.shape=e.shape.slice();for(var o=this.shape,a=0;2>a;++a)this._field[2].size>this._field[a].data.length&&(v.freeFloat(this._field[a].data),this._field[a].data=v.mallocFloat(this._field[2].size)),this._field[a]=_(this._field[a].data,[o[0]+2,o[1]+2]);if(t.coords){var s=t.coords;if(!Array.isArray(s)||3!==s.length)throw new Error("gl-surface: invalid coordinates for x/y");for(a=0;2>a;++a){var c=s[a];for(y=0;2>y;++y)if(c.shape[y]!==o[y])throw new Error("gl-surface: coords have incorrect shape");l(this._field[a],c)}}else if(t.ticks){var f=t.ticks;if(!Array.isArray(f)||2!==f.length)throw new Error("gl-surface: invalid ticks");for(a=0;2>a;++a){var d=f[a];if((Array.isArray(d)||d.length)&&(d=_(d)),d.shape[0]!==o[a])throw new Error("gl-surface: invalid tick length");var m=_(d.data,o);m.stride[a]=d.stride[0],m.stride[1^a]=0,l(this._field[a],m)}}else{for(a=0;2>a;++a){var g=[0,0];g[a]=1,this._field[a]=_(this._field[a].data,[o[0]+2,o[1]+2],g,0)}this._field[0].set(0,0,0);for(var y=0;y<o[0];++y)this._field[0].set(y+1,0,y);for(this._field[0].set(o[0]+1,0,o[0]-1),this._field[1].set(0,0,0),y=0;y<o[1];++y)this._field[1].set(0,y+1,y);this._field[1].set(0,o[1]+1,o[1]-1)}var b=this._field,x=_(v.mallocFloat(3*b[2].size*2),[3,o[0]+2,o[1]+2,2]);for(a=0;3>a;++a)T(x.pick(a),b[a],"mirror");var M=_(v.mallocFloat(3*b[2].size),[o[0]+2,o[1]+2,3]);for(a=0;a<o[0]+2;++a)for(y=0;y<o[1]+2;++y){var k=x.get(0,a,y,0),A=x.get(0,a,y,1),E=x.get(1,a,y,0),S=x.get(1,a,y,1),L=x.get(2,a,y,0),z=x.get(2,a,y,1),I=E*z-S*L,P=L*A-z*k,C=k*S-A*E,j=Math.sqrt(I*I+P*P+C*C);1e-8>j?(j=Math.max(Math.abs(I),Math.abs(P),Math.abs(C)),1e-8>j?(C=1,P=I=0,j=1):j=1/j):j=1/Math.sqrt(j),M.set(a,y,0,I*j),M.set(a,y,1,P*j),M.set(a,y,2,C*j)}v.free(x.data);var D=[1/0,1/0,1/0],O=[-(1/0),-(1/0),-(1/0)],F=1/0,N=-(1/0),B=(o[0]-1)*(o[1]-1)*6,U=v.mallocFloat(p.nextPow2(10*B)),V=0,q=0;for(a=0;a<o[0]-1;++a)t:for(y=0;y<o[1]-1;++y){for(var G=0;2>G;++G)for(var H=0;2>H;++H)for(var X=0;3>X;++X){var Y=this._field[X].get(1+a+G,1+y+H);if(isNaN(Y)||!isFinite(Y))continue t}for(X=0;6>X;++X){var W=a+R[X][0],Z=y+R[X][1],Q=this._field[0].get(W+1,Z+1),K=this._field[1].get(W+1,Z+1);Y=this._field[2].get(W+1,Z+1);var J=Y;I=M.get(W+1,Z+1,0),P=M.get(W+1,Z+1,1),C=M.get(W+1,Z+1,2),t.intensity&&(J=t.intensity.get(W,Z)),U[V++]=W,U[V++]=Z,U[V++]=Q,U[V++]=K,U[V++]=Y,U[V++]=0,U[V++]=J,U[V++]=I,U[V++]=P,U[V++]=C,D[0]=Math.min(D[0],Q),D[1]=Math.min(D[1],K),D[2]=Math.min(D[2],Y),F=Math.min(F,J),O[0]=Math.max(O[0],Q),O[1]=Math.max(O[1],K),O[2]=Math.max(O[2],Y),N=Math.max(N,J),q+=1}}for(t.intensityBounds&&(F=+t.intensityBounds[0],N=+t.intensityBounds[1]),a=6;V>a;a+=10)U[a]=(U[a]-F)/(N-F);this._vertexCount=q,this._coordinateBuffer.update(U.subarray(0,V)),v.freeFloat(U),v.free(M.data),this.bounds=[D,O],this.intensity=t.intensity||this._field[2],this.intensityBounds[0]===F&&this.intensityBounds[1]===N||(r=!0),this.intensityBounds=[F,N]}if("levels"in t){var $=t.levels;for($=Array.isArray($[0])?$.slice():[[],[],$],a=0;3>a;++a)$[a]=$[a].slice(),$.sort(function(t,e){return t-e});t:for(a=0;3>a;++a){if($[a].length!==this.contourLevels[a].length){r=!0;break}for(y=0;y<$[a].length;++y)if($[a][y]!==this.contourLevels[a][y]){r=!0;break t}}this.contourLevels=$}if(r){b=this._field,o=this.shape;for(var tt=[],et=0;3>et;++et){$=this.contourLevels[et];var rt=[],nt=[],it=[0,0,0];for(a=0;a<$.length;++a){var ot=w(this._field[et],$[a]);rt.push(tt.length/5|0),q=0;t:for(y=0;y<ot.cells.length;++y){var at=ot.cells[y];for(X=0;2>X;++X){var st=ot.positions[at[X]],lt=st[0],ut=0|Math.floor(lt),ct=lt-ut,ht=st[1],ft=0|Math.floor(ht),pt=ht-ft,dt=!1;e:for(var mt=0;3>mt;++mt){it[mt]=0;var gt=(et+mt+1)%3;for(G=0;2>G;++G){var vt=G?ct:1-ct;for(W=0|Math.min(Math.max(ut+G,0),o[0]),H=0;2>H;++H){var yt=H?pt:1-pt;if(Z=0|Math.min(Math.max(ft+H,0),o[1]),Y=2>mt?this._field[gt].get(W,Z):(this.intensity.get(W,Z)-this.intensityBounds[0])/(this.intensityBounds[1]-this.intensityBounds[0]),!isFinite(Y)||isNaN(Y)){dt=!0;break e}var bt=vt*yt;it[mt]+=bt*Y}}}if(dt){if(X>0){for(var xt=0;5>xt;++xt)tt.pop();q-=1}continue t}tt.push(it[0],it[1],st[0],st[1],it[2]),q+=1}}nt.push(q)}this._contourOffsets[et]=rt,this._contourCounts[et]=nt}var _t=v.mallocFloat(tt.length);for(a=0;a<tt.length;++a)_t[a]=tt[a];this._contourBuffer.update(_t),v.freeFloat(_t)}t.colormap&&this._colorMap.setPixels(i(t.colormap))},O.dispose=function(){this._shader.dispose(),this._vao.dispose(),this._coordinateBuffer.dispose(),this._colorMap.dispose(),this._contourBuffer.dispose(),this._contourVAO.dispose(),this._contourShader.dispose(),this._contourPickShader.dispose(),this._dynamicBuffer.dispose(),this._dynamicVAO.dispose();for(var t=0;3>t;++t)v.freeFloat(this._field[t].data)},O.highlight=function(t){if(!t)return this._dynamicCounts=[0,0,0],this.dyanamicLevel=[NaN,NaN,NaN],void(this.highlightLevel=[-1,-1,-1]);for(var e=0;3>e;++e)this.enableHighlight[e]?this.highlightLevel[e]=t.level[e]:this.highlightLevel[e]=-1;var r;if(r=this.snapToData?t.dataCoordinate:t.position,this.enableDynamic[0]&&r[0]!==this.dynamicLevel[0]||this.enableDynamic[1]&&r[1]!==this.dynamicLevel[1]||this.enableDynamic[2]&&r[2]!==this.dynamicLevel[2]){for(var n=0,i=this.shape,o=v.mallocFloat(12*i[0]*i[1]),a=0;3>a;++a)if(this.enableDynamic[a]){this.dynamicLevel[a]=r[a];var s=(a+1)%3,l=(a+2)%3,u=this._field[a],c=this._field[s],h=this._field[l],f=(this.intensity,w(u,r[a])),p=f.cells,d=f.positions;for(this._dynamicOffsets[a]=n,e=0;e<p.length;++e)for(var m=p[e],g=0;2>g;++g){var y=d[m[g]],b=+y[0],x=0|b,_=0|Math.min(x+1,i[0]),M=b-x,k=1-M,A=+y[1],T=0|A,E=0|Math.min(T+1,i[1]),S=A-T,L=1-S,z=k*L,I=k*S,P=M*L,C=M*S,R=z*c.get(x,T)+I*c.get(x,E)+P*c.get(_,T)+C*c.get(_,E),j=z*h.get(x,T)+I*h.get(x,E)+P*h.get(_,T)+C*h.get(_,E);if(isNaN(R)||isNaN(j)){g&&(n-=1);break}o[2*n+0]=R,o[2*n+1]=j,n+=1}this._dynamicCounts[a]=n-this._dynamicOffsets[a]}else this.dynamicLevel[a]=NaN,this._dynamicCounts[a]=0;this._dynamicBuffer.update(o.subarray(0,2*n)),v.freeFloat(o)}}},{"./lib/shaders":227,"binary-search-bounds":228,"bit-twiddle":51,colormap:111,"gl-buffer":129,"gl-mat4/invert":148,"gl-mat4/multiply":150,"gl-texture2d":233,"gl-vao":237,ndarray:456,"ndarray-gradient":229,"ndarray-ops":455,"ndarray-pack":230,"surface-nets":475,"typedarray-pool":481}],233:[function(t,e,r){"use strict";function n(t){g=[t.LINEAR,t.NEAREST_MIPMAP_LINEAR,t.LINEAR_MIPMAP_NEAREST,t.LINEAR_MIPMAP_NEAREST],v=[t.NEAREST,t.LINEAR,t.NEAREST_MIPMAP_NEAREST,t.NEAREST_MIPMAP_LINEAR,t.LINEAR_MIPMAP_NEAREST,t.LINEAR_MIPMAP_LINEAR],y=[t.REPEAT,t.CLAMP_TO_EDGE,t.MIRRORED_REPEAT]}function i(t,e,r){var n=t.gl,i=n.getParameter(n.MAX_TEXTURE_SIZE);if(0>e||e>i||0>r||r>i)throw new Error("gl-texture2d: Invalid texture size");return t._shape=[e,r],t.bind(),n.texImage2D(n.TEXTURE_2D,0,t.format,e,r,0,t.format,t.type,null),t._mipLevels=[0],t}function o(t,e,r,n,i,o){this.gl=t,this.handle=e,this.format=i,this.type=o,this._shape=[r,n],this._mipLevels=[0],this._magFilter=t.NEAREST,this._minFilter=t.NEAREST,this._wrapS=t.CLAMP_TO_EDGE,this._wrapT=t.CLAMP_TO_EDGE,this._anisoSamples=1;var a=this,s=[this._wrapS,this._wrapT];Object.defineProperties(s,[{get:function(){return a._wrapS},set:function(t){return a.wrapS=t}},{get:function(){return a._wrapT},set:function(t){return a.wrapT=t}}]),this._wrapVector=s;var l=[this._shape[0],this._shape[1]];Object.defineProperties(l,[{get:function(){return a._shape[0]},set:function(t){return a.width=t}},{get:function(){return a._shape[1]},set:function(t){return a.height=t}}]),this._shapeVector=l}function a(t,e){return 3===t.length?1===e[2]&&e[1]===t[0]*t[2]&&e[0]===t[2]:1===e[0]&&e[1]===t[0]}function s(t,e,r,n,i,o,s,l){var u=l.dtype,c=l.shape.slice();if(c.length<2||c.length>3)throw new Error("gl-texture2d: Invalid ndarray, must be 2d or 3d");var h=0,f=0,g=a(c,l.stride.slice());"float32"===u?h=t.FLOAT:"float64"===u?(h=t.FLOAT,g=!1,u="float32"):"uint8"===u?h=t.UNSIGNED_BYTE:(h=t.UNSIGNED_BYTE,g=!1,u="uint8");var v=1;if(2===c.length)f=t.LUMINANCE,c=[c[0],c[1],1],l=p(l.data,c,[l.stride[0],l.stride[1],1],l.offset);else{if(3!==c.length)throw new Error("gl-texture2d: Invalid shape for texture");if(1===c[2])f=t.ALPHA;else if(2===c[2])f=t.LUMINANCE_ALPHA;else if(3===c[2])f=t.RGB;else{if(4!==c[2])throw new Error("gl-texture2d: Invalid shape for pixel coords");f=t.RGBA}v=c[2]}if(f!==t.LUMINANCE&&f!==t.ALPHA||i!==t.LUMINANCE&&i!==t.ALPHA||(f=i),f!==i)throw new Error("gl-texture2d: Incompatible texture format for setPixels");var y=l.size,x=s.indexOf(n)<0;if(x&&s.push(n),h===o&&g)0===l.offset&&l.data.length===y?x?t.texImage2D(t.TEXTURE_2D,n,i,c[0],c[1],0,i,o,l.data):t.texSubImage2D(t.TEXTURE_2D,n,e,r,c[0],c[1],i,o,l.data):x?t.texImage2D(t.TEXTURE_2D,n,i,c[0],c[1],0,i,o,l.data.subarray(l.offset,l.offset+y)):t.texSubImage2D(t.TEXTURE_2D,n,e,r,c[0],c[1],i,o,l.data.subarray(l.offset,l.offset+y));else{var _;_=o===t.FLOAT?m.mallocFloat32(y):m.mallocUint8(y);var w=p(_,c,[c[2],c[2]*c[0],1]);h===t.FLOAT&&o===t.UNSIGNED_BYTE?b(w,l):d.assign(w,l),x?t.texImage2D(t.TEXTURE_2D,n,i,c[0],c[1],0,i,o,_.subarray(0,y)):t.texSubImage2D(t.TEXTURE_2D,n,e,r,c[0],c[1],i,o,_.subarray(0,y)),o===t.FLOAT?m.freeFloat32(_):m.freeUint8(_)}}function l(t){var e=t.createTexture();return t.bindTexture(t.TEXTURE_2D,e),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MIN_FILTER,t.NEAREST),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MAG_FILTER,t.NEAREST),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_S,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_T,t.CLAMP_TO_EDGE),e}function u(t,e,r,n,i){var a=t.getParameter(t.MAX_TEXTURE_SIZE);if(0>e||e>a||0>r||r>a)throw new Error("gl-texture2d: Invalid texture shape");if(i===t.FLOAT&&!t.getExtension("OES_texture_float"))throw new Error("gl-texture2d: Floating point textures not supported on this platform");var s=l(t);return t.texImage2D(t.TEXTURE_2D,0,n,e,r,0,n,i,null),new o(t,s,e,r,n,i)}function c(t,e,r,n){var i=l(t);return t.texImage2D(t.TEXTURE_2D,0,r,r,n,e),new o(t,i,0|e.width,0|e.height,r,n)}function h(t,e){var r=e.dtype,n=e.shape.slice(),i=t.getParameter(t.MAX_TEXTURE_SIZE);if(n[0]<0||n[0]>i||n[1]<0||n[1]>i)throw new Error("gl-texture2d: Invalid texture size");var s=a(n,e.stride.slice()),u=0;"float32"===r?u=t.FLOAT:"float64"===r?(u=t.FLOAT,s=!1,r="float32"):"uint8"===r?u=t.UNSIGNED_BYTE:(u=t.UNSIGNED_BYTE,s=!1,r="uint8");var c=0;if(2===n.length)c=t.LUMINANCE,n=[n[0],n[1],1],e=p(e.data,n,[e.stride[0],e.stride[1],1],e.offset);else{if(3!==n.length)throw new Error("gl-texture2d: Invalid shape for texture");if(1===n[2])c=t.ALPHA;else if(2===n[2])c=t.LUMINANCE_ALPHA;else if(3===n[2])c=t.RGB;else{if(4!==n[2])throw new Error("gl-texture2d: Invalid shape for pixel coords");c=t.RGBA}}u!==t.FLOAT||t.getExtension("OES_texture_float")||(u=t.UNSIGNED_BYTE,s=!1);var h,f,g=e.size;if(s)h=0===e.offset&&e.data.length===g?e.data:e.data.subarray(e.offset,e.offset+g);else{var v=[n[2],n[2]*n[0],1];f=m.malloc(g,r);var y=p(f,n,v,0);"float32"!==r&&"float64"!==r||u!==t.UNSIGNED_BYTE?d.assign(y,e):b(y,e),h=f.subarray(0,g)}var x=l(t);return t.texImage2D(t.TEXTURE_2D,0,c,n[0],n[1],0,c,u,h),s||m.free(f),new o(t,x,n[0],n[1],c,u)}function f(t){if(arguments.length<=1)throw new 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t.serialize()})}),childLayerIds:this.childLayers.map(function(t){return t.id})}},n.prototype.createFilter=function(){this.filter||(this.filter=s(this.layer.filter))};var f={lastIntegerZoom:1/0,lastIntegerZoomTime:0,lastZoom:0};n.prototype.recalculateStyleLayers=function(){for(var t=0;t<this.childLayers.length;t++)this.childLayers[t].recalculate(this.zoom,f)},n.prototype.populatePaintArrays=function(t,e,r,n,i){for(var o=0;o<this.childLayers.length;o++)for(var a=this.childLayers[o],s=this.arrayGroups[t],l=n.index;l<s.length;l++){var u=s[l],c=u.layoutVertexArray.length,h=u.paintVertexArrays[a.id];h.resize(c);for(var f=this.paintAttributes[t][a.id].attributes,p=0;p<f.length;p++)for(var d=f[p],m=d.getValue(a,e,r),g=d.multiplier||1,v=d.components||1,y=l===n.index?i:0,b=y;c>b;b++)for(var x=h.get(b),_=0;v>_;_++){var w=v>1?d.name+_:d.name;x[w]=m[_]*g}}},n.VertexArrayType=function(t){return new h({members:t,alignment:4})},n.ElementArrayType=function(t){return new h({members:[{type:"Uint16",name:"vertices",components:t||3}]})}},{"../util/struct_array":364,"../util/util":366,"./array_group":252,"./bucket/circle_bucket":254,"./bucket/fill_bucket":255,"./bucket/line_bucket":256,"./bucket/symbol_bucket":257,"./buffer_group":259,"feature-filter":370}],254:[function(t,e,r){"use strict";function n(){i.apply(this,arguments)}var i=t("../bucket"),o=t("../../util/util"),a=t("../load_geometry"),s=i.EXTENT;e.exports=n,n.prototype=o.inherit(i,{}),n.prototype.addCircleVertex=function(t,e,r,n,i){return t.emplaceBack(2*e+(n+1)/2,2*r+(i+1)/2)},n.prototype.programInterfaces={circle:{layoutVertexArrayType:new i.VertexArrayType([{name:"a_pos",components:2,type:"Int16"}]),elementArrayType:new i.ElementArrayType,paintAttributes:[{name:"a_color",components:4,type:"Uint8",getValue:function(t,e,r){return t.getPaintValue("circle-color",e,r)},multiplier:255,paintProperty:"circle-color"},{name:"a_radius",components:1,type:"Uint16",isLayerConstant:!1,getValue:function(t,e,r){return[t.getPaintValue("circle-radius",e,r)]},multiplier:10,paintProperty:"circle-radius"},{name:"a_blur",components:1,type:"Uint16",isLayerConstant:!1,getValue:function(t,e,r){return[t.getPaintValue("circle-blur",e,r)]},multiplier:10,paintProperty:"circle-blur"},{name:"a_opacity",components:1,type:"Uint16",isLayerConstant:!1,getValue:function(t,e,r){return[t.getPaintValue("circle-opacity",e,r)]},multiplier:255,paintProperty:"circle-opacity"}]}},n.prototype.addFeature=function(t){for(var e={zoom:this.zoom},r=a(t),n=this.prepareArrayGroup("circle",0),i=n.layoutVertexArray.length,o=0;o<r.length;o++)for(var l=0;l<r[o].length;l++){var u=r[o][l].x,c=r[o][l].y;if(!(0>u||u>=s||0>c||c>=s)){var h=this.prepareArrayGroup("circle",4),f=h.layoutVertexArray,p=this.addCircleVertex(f,u,c,-1,-1);this.addCircleVertex(f,u,c,1,-1),this.addCircleVertex(f,u,c,1,1),this.addCircleVertex(f,u,c,-1,1),h.elementArray.emplaceBack(p,p+1,p+2),h.elementArray.emplaceBack(p,p+3,p+2)}}this.populatePaintArrays("circle",e,t.properties,n,i)}},{"../../util/util":366,"../bucket":253,"../load_geometry":261}],255:[function(t,e,r){"use strict";function n(){i.apply(this,arguments)}var i=t("../bucket"),o=t("../../util/util"),a=t("../load_geometry"),s=t("earcut"),l=t("../../util/classify_rings"),u=500;e.exports=n,n.prototype=o.inherit(i,{}),n.prototype.programInterfaces={fill:{layoutVertexArrayType:new i.VertexArrayType([{name:"a_pos",components:2,type:"Int16"}]),elementArrayType:new i.ElementArrayType(1),elementArrayType2:new i.ElementArrayType(2),paintAttributes:[{name:"a_color",components:4,type:"Uint8",getValue:function(t,e,r){return t.getPaintValue("fill-color",e,r)},multiplier:255,paintProperty:"fill-color"},{name:"a_outline_color",components:4,type:"Uint8",getValue:function(t,e,r){return t.getPaintValue("fill-outline-color",e,r)},multiplier:255,paintProperty:"fill-outline-color"},{name:"a_opacity",components:1,type:"Uint8",getValue:function(t,e,r){return[t.getPaintValue("fill-opacity",e,r)]},multiplier:255,paintProperty:"fill-opacity"}]}},n.prototype.addFeature=function(t){for(var e=a(t),r=l(e,u),n=this.prepareArrayGroup("fill",0),i=n.layoutVertexArray.length,o=0;o<r.length;o++)this.addPolygon(r[o]);this.populatePaintArrays("fill",{zoom:this.zoom},t.properties,n,i)},n.prototype.addPolygon=function(t){for(var e=0,r=0;r<t.length;r++)e+=t[r].length;for(var n=this.prepareArrayGroup("fill",e),i=[],o=[],a=n.layoutVertexArray.length,l=0;l<t.length;l++){var u=t[l];l>0&&o.push(i.length/2);for(var c=0;c<u.length;c++){var h=u[c],f=n.layoutVertexArray.emplaceBack(h.x,h.y);c>=1&&n.elementArray2.emplaceBack(f-1,f),i.push(h.x),i.push(h.y)}}for(var p=s(i,o),d=0;d<p.length;d++)n.elementArray.emplaceBack(p[d]+a)}},{"../../util/classify_rings":354,"../../util/util":366,"../bucket":253,"../load_geometry":261,earcut:369}],256:[function(t,e,r){"use strict";function n(){i.apply(this,arguments)}var i=t("../bucket"),o=t("../../util/util"),a=t("../load_geometry"),s=i.EXTENT,l=63,u=Math.cos(37.5*(Math.PI/180)),c=15,h=15,f=.5,p=Math.pow(2,h-1)/f;e.exports=n,n.prototype=o.inherit(i,{}),n.prototype.addLineVertex=function(t,e,r,n,i,o,a){return t.emplaceBack(e.x<<1|n,e.y<<1|i,Math.round(l*r.x)+128,Math.round(l*r.y)+128,(0===o?0:0>o?-1:1)+1|(a*f&63)<<2,a*f>>6)},n.prototype.programInterfaces={line:{layoutVertexArrayType:new i.VertexArrayType([{name:"a_pos",components:2,type:"Int16"},{name:"a_data",components:4,type:"Uint8"}]),elementArrayType:new i.ElementArrayType}},n.prototype.addFeature=function(t){for(var e=a(t,h),r=0;r<e.length;r++)this.addLine(e[r],this.layer.layout["line-join"],this.layer.layout["line-cap"],this.layer.layout["line-miter-limit"],this.layer.layout["line-round-limit"])},n.prototype.addLine=function(t,e,r,n,i){for(var o=t.length;o>2&&t[o-1].equals(t[o-2]);)o--;if(!(t.length<2)){"bevel"===e&&(n=1.05);var a=c*(s/(512*this.overscaling)),l=t[0],h=t[o-1],f=l.equals(h);if(this.prepareArrayGroup("line",10*o),2!==o||!f){this.distance=0;var p,d,m,g,v,y,b,x=r,_=f?"butt":r,w=!0;this.e1=this.e2=this.e3=-1,f&&(p=t[o-2],v=l.sub(p)._unit()._perp());for(var M=0;o>M;M++)if(m=f&&M===o-1?t[1]:t[M+1],!m||!t[M].equals(m)){v&&(g=v),p&&(d=p),p=t[M],v=m?m.sub(p)._unit()._perp():g,g=g||v;var k=g.add(v)._unit(),A=k.x*v.x+k.y*v.y,T=1/A,E=u>A&&d&&m;if(E&&M>0){var S=p.dist(d);if(S>2*a){var L=p.sub(p.sub(d)._mult(a/S)._round());this.distance+=L.dist(d),this.addCurrentVertex(L,this.distance,g.mult(1),0,0,!1),d=L}}var z=d&&m,I=z?e:m?x:_;if(z&&"round"===I&&(i>T?I="miter":2>=T&&(I="fakeround")),"miter"===I&&T>n&&(I="bevel"),"bevel"===I&&(T>2&&(I="flipbevel"),n>T&&(I="miter")),d&&(this.distance+=p.dist(d)),"miter"===I)k._mult(T),this.addCurrentVertex(p,this.distance,k,0,0,!1);else if("flipbevel"===I){if(T>100)k=v.clone();else{var P=g.x*v.y-g.y*v.x>0?-1:1,C=T*g.add(v).mag()/g.sub(v).mag();k._perp()._mult(C*P)}this.addCurrentVertex(p,this.distance,k,0,0,!1),this.addCurrentVertex(p,this.distance,k.mult(-1),0,0,!1)}else if("bevel"===I||"fakeround"===I){var R=g.x*v.y-g.y*v.x>0,j=-Math.sqrt(T*T-1);if(R?(b=0,y=j):(y=0,b=j),w||this.addCurrentVertex(p,this.distance,g,y,b,!1),"fakeround"===I){for(var D,O=Math.floor(8*(.5-(A-.5))),F=0;O>F;F++)D=v.mult((F+1)/(O+1))._add(g)._unit(),this.addPieSliceVertex(p,this.distance,D,R);this.addPieSliceVertex(p,this.distance,k,R);for(var N=O-1;N>=0;N--)D=g.mult((N+1)/(O+1))._add(v)._unit(),this.addPieSliceVertex(p,this.distance,D,R)}m&&this.addCurrentVertex(p,this.distance,v,-y,-b,!1)}else"butt"===I?(w||this.addCurrentVertex(p,this.distance,g,0,0,!1),m&&this.addCurrentVertex(p,this.distance,v,0,0,!1)):"square"===I?(w||(this.addCurrentVertex(p,this.distance,g,1,1,!1),this.e1=this.e2=-1),m&&this.addCurrentVertex(p,this.distance,v,-1,-1,!1)):"round"===I&&(w||(this.addCurrentVertex(p,this.distance,g,0,0,!1),this.addCurrentVertex(p,this.distance,g,1,1,!0),this.e1=this.e2=-1),m&&(this.addCurrentVertex(p,this.distance,v,-1,-1,!0),this.addCurrentVertex(p,this.distance,v,0,0,!1)));if(E&&o-1>M){var B=p.dist(m);if(B>2*a){var U=p.add(m.sub(p)._mult(a/B)._round());this.distance+=U.dist(p),this.addCurrentVertex(U,this.distance,v.mult(1),0,0,!1),p=U}}w=!1}}}},n.prototype.addCurrentVertex=function(t,e,r,n,i,o){var a,s=o?1:0,l=this.arrayGroups.line[this.arrayGroups.line.length-1],u=l.layoutVertexArray,c=l.elementArray;a=r.clone(),n&&a._sub(r.perp()._mult(n)),this.e3=this.addLineVertex(u,t,a,s,0,n,e),this.e1>=0&&this.e2>=0&&c.emplaceBack(this.e1,this.e2,this.e3),this.e1=this.e2,this.e2=this.e3,a=r.mult(-1),i&&a._sub(r.perp()._mult(i)),this.e3=this.addLineVertex(u,t,a,s,1,-i,e),this.e1>=0&&this.e2>=0&&c.emplaceBack(this.e1,this.e2,this.e3),this.e1=this.e2,this.e2=this.e3,e>p/2&&(this.distance=0,this.addCurrentVertex(t,this.distance,r,n,i,o))},n.prototype.addPieSliceVertex=function(t,e,r,n){var i=n?1:0;r=r.mult(n?-1:1);var o=this.arrayGroups.line[this.arrayGroups.line.length-1],a=o.layoutVertexArray,s=o.elementArray;
this.e3=this.addLineVertex(a,t,r,0,i,0,e),this.e1>=0&&this.e2>=0&&s.emplaceBack(this.e1,this.e2,this.e3),n?this.e2=this.e3:this.e1=this.e3}},{"../../util/util":366,"../bucket":253,"../load_geometry":261}],257:[function(t,e,r){"use strict";function n(t){a.apply(this,arguments),this.showCollisionBoxes=t.showCollisionBoxes,this.overscaling=t.overscaling,this.collisionBoxArray=t.collisionBoxArray,this.symbolQuadsArray=t.symbolQuadsArray,this.symbolInstancesArray=t.symbolInstancesArray,this.sdfIcons=t.sdfIcons,this.iconsNeedLinear=t.iconsNeedLinear,this.adjustedTextSize=t.adjustedTextSize,this.adjustedIconSize=t.adjustedIconSize,this.fontstack=t.fontstack}function i(t,e,r,n,i,o,a,s,l,u,c){return t.emplaceBack(e,r,Math.round(64*n),Math.round(64*i),o/4,a/4,10*(u||0),c,10*(s||0),10*Math.min(l||25,25))}var o=t("point-geometry"),a=t("../bucket"),s=t("../../symbol/anchor"),l=t("../../symbol/get_anchors"),u=t("../../util/token"),c=t("../../symbol/quads"),h=t("../../symbol/shaping"),f=t("../../symbol/resolve_text"),p=t("../../symbol/mergelines"),d=t("../../symbol/clip_line"),m=t("../../util/util"),g=t("../load_geometry"),v=t("../../symbol/collision_feature"),y=h.shapeText,b=h.shapeIcon,x=c.getGlyphQuads,_=c.getIconQuads,w=a.EXTENT;e.exports=n,n.prototype=m.inherit(a,{}),n.prototype.serialize=function(){var t=a.prototype.serialize.apply(this);return t.sdfIcons=this.sdfIcons,t.iconsNeedLinear=this.iconsNeedLinear,t.adjustedTextSize=this.adjustedTextSize,t.adjustedIconSize=this.adjustedIconSize,t.fontstack=this.fontstack,t};var M=new a.VertexArrayType([{name:"a_pos",components:2,type:"Int16"},{name:"a_offset",components:2,type:"Int16"},{name:"a_texture_pos",components:2,type:"Uint16"},{name:"a_data",components:4,type:"Uint8"}]),k=new a.ElementArrayType;n.prototype.addCollisionBoxVertex=function(t,e,r,n,i){return t.emplaceBack(e.x,e.y,Math.round(r.x),Math.round(r.y),10*n,10*i)},n.prototype.programInterfaces={glyph:{layoutVertexArrayType:M,elementArrayType:k},icon:{layoutVertexArrayType:M,elementArrayType:k},collisionBox:{layoutVertexArrayType:new a.VertexArrayType([{name:"a_pos",components:2,type:"Int16"},{name:"a_extrude",components:2,type:"Int16"},{name:"a_data",components:2,type:"Uint8"}])}},n.prototype.populateArrays=function(t,e,r){var n={lastIntegerZoom:1/0,lastIntegerZoomTime:0,lastZoom:0};this.adjustedTextMaxSize=this.layer.getLayoutValue("text-size",{zoom:18,zoomHistory:n}),this.adjustedTextSize=this.layer.getLayoutValue("text-size",{zoom:this.zoom+1,zoomHistory:n}),this.adjustedIconMaxSize=this.layer.getLayoutValue("icon-size",{zoom:18,zoomHistory:n}),this.adjustedIconSize=this.layer.getLayoutValue("icon-size",{zoom:this.zoom+1,zoomHistory:n});var i=512*this.overscaling;this.tilePixelRatio=w/i,this.compareText={},this.iconsNeedLinear=!1,this.symbolInstancesStartIndex=this.symbolInstancesArray.length;var o=this.layer.layout,a=this.features,s=this.textFeatures,l=.5,c=.5;switch(o["text-anchor"]){case"right":case"top-right":case"bottom-right":l=1;break;case"left":case"top-left":case"bottom-left":l=0}switch(o["text-anchor"]){case"bottom":case"bottom-right":case"bottom-left":c=1;break;case"top":case"top-right":case"top-left":c=0}for(var h="right"===o["text-justify"]?1:"left"===o["text-justify"]?0:.5,f=24,d=o["text-line-height"]*f,v="line"!==o["symbol-placement"]?o["text-max-width"]*f:0,x=o["text-letter-spacing"]*f,_=[o["text-offset"][0]*f,o["text-offset"][1]*f],M=this.fontstack=o["text-font"].join(","),k=[],A=0;A<a.length;A++)k.push(g(a[A]));if("line"===o["symbol-placement"]){var T=p(a,s,k);k=T.geometries,a=T.features,s=T.textFeatures}for(var E,S,L=0;L<a.length;L++)if(k[L]){if(E=s[L]?y(s[L],e[M],v,d,l,c,h,x,_):null,o["icon-image"]){var z=u(a[L].properties,o["icon-image"]),I=r[z];S=b(I,o),I&&(void 0===this.sdfIcons?this.sdfIcons=I.sdf:this.sdfIcons!==I.sdf&&m.warnOnce("Style sheet warning: Cannot mix SDF and non-SDF icons in one buffer"),1!==I.pixelRatio?this.iconsNeedLinear=!0:0===o["icon-rotate"]&&this.layer.isLayoutValueFeatureConstant("icon-rotate")||(this.iconsNeedLinear=!0))}else S=null;(E||S)&&this.addFeature(k[L],E,S,a[L])}this.symbolInstancesEndIndex=this.symbolInstancesArray.length,this.placeFeatures(t,this.showCollisionBoxes),this.trimArrays()},n.prototype.addFeature=function(t,e,r,n){var i=this.layer.layout,o=24,a=this.adjustedTextSize/o,u=void 0!==this.adjustedTextMaxSize?this.adjustedTextMaxSize:this.adjustedTextSize,c=this.tilePixelRatio*a,h=this.tilePixelRatio*u/o,f=this.tilePixelRatio*this.adjustedIconSize,p=this.tilePixelRatio*i["symbol-spacing"],m=i["symbol-avoid-edges"],g=i["text-padding"]*this.tilePixelRatio,v=i["icon-padding"]*this.tilePixelRatio,y=i["text-max-angle"]/180*Math.PI,b="map"===i["text-rotation-alignment"]&&"line"===i["symbol-placement"],x="map"===i["icon-rotation-alignment"]&&"line"===i["symbol-placement"],_=i["text-allow-overlap"]||i["icon-allow-overlap"]||i["text-ignore-placement"]||i["icon-ignore-placement"],M="line"===i["symbol-placement"],k=p/2;M&&(t=d(t,0,0,w,w));for(var A=0;A<t.length;A++){var T,E=t[A];T=M?l(E,p,y,e,r,o,h,this.overscaling,w):[new s(E[0].x,E[0].y,0)];for(var S=0,L=T.length;L>S;S++){var z=T[S];if(!(e&&M&&this.anchorIsTooClose(e.text,k,z))){var I=!(z.x<0||z.x>w||z.y<0||z.y>w);if(!m||I){var P=I||_;this.addSymbolInstance(z,E,e,r,this.layer,P,this.symbolInstancesArray.length,this.collisionBoxArray,n.index,this.sourceLayerIndex,this.index,c,g,b,f,v,x,{zoom:this.zoom},n.properties)}}}}},n.prototype.anchorIsTooClose=function(t,e,r){var n=this.compareText;if(t in n){for(var i=n[t],o=i.length-1;o>=0;o--)if(r.dist(i[o])<e)return!0}else n[t]=[];return n[t].push(r),!1},n.prototype.placeFeatures=function(t,e){this.recalculateStyleLayers(),this.createArrays();var r=this.layer.layout,n=t.maxScale,i="map"===r["text-rotation-alignment"]&&"line"===r["symbol-placement"],o="map"===r["icon-rotation-alignment"]&&"line"===r["symbol-placement"],a=r["text-allow-overlap"]||r["icon-allow-overlap"]||r["text-ignore-placement"]||r["icon-ignore-placement"];if(a){var s=this.symbolInstancesArray.toArray(this.symbolInstancesStartIndex,this.symbolInstancesEndIndex),l=t.angle,u=Math.sin(l),c=Math.cos(l);this.sortedSymbolInstances=s.sort(function(t,e){var r=u*t.anchorPointX+c*t.anchorPointY|0,n=u*e.anchorPointX+c*e.anchorPointY|0;return r-n||e.index-t.index})}for(var h=this.symbolInstancesStartIndex;h<this.symbolInstancesEndIndex;h++){var f=this.sortedSymbolInstances?this.sortedSymbolInstances[h-this.symbolInstancesStartIndex]:this.symbolInstancesArray.get(h),p={boxStartIndex:f.textBoxStartIndex,boxEndIndex:f.textBoxEndIndex},d={boxStartIndex:f.iconBoxStartIndex,boxEndIndex:f.iconBoxEndIndex},m=!(f.textBoxStartIndex===f.textBoxEndIndex),g=!(f.iconBoxStartIndex===f.iconBoxEndIndex),v=r["text-optional"]||!m,y=r["icon-optional"]||!g,b=m?t.placeCollisionFeature(p,r["text-allow-overlap"],r["symbol-avoid-edges"]):t.minScale,x=g?t.placeCollisionFeature(d,r["icon-allow-overlap"],r["symbol-avoid-edges"]):t.minScale;v||y?!y&&b?b=Math.max(x,b):!v&&x&&(x=Math.max(x,b)):x=b=Math.max(x,b),m&&(t.insertCollisionFeature(p,b,r["text-ignore-placement"]),n>=b&&this.addSymbols("glyph",f.glyphQuadStartIndex,f.glyphQuadEndIndex,b,r["text-keep-upright"],i,t.angle)),g&&(t.insertCollisionFeature(d,x,r["icon-ignore-placement"]),n>=x&&this.addSymbols("icon",f.iconQuadStartIndex,f.iconQuadEndIndex,x,r["icon-keep-upright"],o,t.angle))}e&&this.addToDebugBuffers(t)},n.prototype.addSymbols=function(t,e,r,n,o,a,s){for(var l=this.prepareArrayGroup(t,4*(r-e)),u=l.elementArray,c=l.layoutVertexArray,h=this.zoom,f=Math.max(Math.log(n)/Math.LN2+h,0),p=e;r>p;p++){var d=this.symbolQuadsArray.get(p).SymbolQuad,m=(d.anchorAngle+s+Math.PI)%(2*Math.PI);if(!(o&&a&&(m<=Math.PI/2||m>3*Math.PI/2))){var g=d.tl,v=d.tr,y=d.bl,b=d.br,x=d.tex,_=d.anchorPoint,w=Math.max(h+Math.log(d.minScale)/Math.LN2,f),M=Math.min(h+Math.log(d.maxScale)/Math.LN2,25);if(!(w>=M)){w===f&&(w=0);var k=Math.round(d.glyphAngle/(2*Math.PI)*256),A=i(c,_.x,_.y,g.x,g.y,x.x,x.y,w,M,f,k);i(c,_.x,_.y,v.x,v.y,x.x+x.w,x.y,w,M,f,k),i(c,_.x,_.y,y.x,y.y,x.x,x.y+x.h,w,M,f,k),i(c,_.x,_.y,b.x,b.y,x.x+x.w,x.y+x.h,w,M,f,k),u.emplaceBack(A,A+1,A+2),u.emplaceBack(A+1,A+2,A+3)}}}},n.prototype.updateIcons=function(t){this.recalculateStyleLayers();var e=this.layer.layout["icon-image"];if(e)for(var r=0;r<this.features.length;r++){var n=u(this.features[r].properties,e);n&&(t[n]=!0)}},n.prototype.updateFont=function(t){this.recalculateStyleLayers();var e=this.layer.layout["text-font"],r=t[e]=t[e]||{};this.textFeatures=f(this.features,this.layer.layout,r)},n.prototype.addToDebugBuffers=function(t){for(var e=this.prepareArrayGroup("collisionBox",0),r=e.layoutVertexArray,n=-t.angle,i=t.yStretch,a=this.symbolInstancesStartIndex;a<this.symbolInstancesEndIndex;a++){var s=this.symbolInstancesArray.get(a);s.textCollisionFeature={boxStartIndex:s.textBoxStartIndex,boxEndIndex:s.textBoxEndIndex},s.iconCollisionFeature={boxStartIndex:s.iconBoxStartIndex,boxEndIndex:s.iconBoxEndIndex};for(var l=0;2>l;l++){var u=s[0===l?"textCollisionFeature":"iconCollisionFeature"];if(u)for(var c=u.boxStartIndex;c<u.boxEndIndex;c++){var h=this.collisionBoxArray.get(c),f=h.anchorPoint,p=new o(h.x1,h.y1*i)._rotate(n),d=new o(h.x2,h.y1*i)._rotate(n),m=new o(h.x1,h.y2*i)._rotate(n),g=new o(h.x2,h.y2*i)._rotate(n),v=Math.max(0,Math.min(25,this.zoom+Math.log(h.maxScale)/Math.LN2)),y=Math.max(0,Math.min(25,this.zoom+Math.log(h.placementScale)/Math.LN2));this.addCollisionBoxVertex(r,f,p,v,y),this.addCollisionBoxVertex(r,f,d,v,y),this.addCollisionBoxVertex(r,f,d,v,y),this.addCollisionBoxVertex(r,f,g,v,y),this.addCollisionBoxVertex(r,f,g,v,y),this.addCollisionBoxVertex(r,f,m,v,y),this.addCollisionBoxVertex(r,f,m,v,y),this.addCollisionBoxVertex(r,f,p,v,y)}}}},n.prototype.addSymbolInstance=function(t,e,r,n,i,o,a,s,l,u,c,h,f,p,d,m,g,y,b){var w,M,k,A,T,E,S,L;if(r&&(S=o?x(t,r,h,e,i,p):[],T=new v(s,e,t,l,u,c,r,h,f,p,!1)),w=this.symbolQuadsArray.length,S&&S.length)for(var z=0;z<S.length;z++)this.addSymbolQuad(S[z]);M=this.symbolQuadsArray.length;var I=T?T.boxStartIndex:this.collisionBoxArray.length,P=T?T.boxEndIndex:this.collisionBoxArray.length;n&&(L=o?_(t,n,d,e,i,g,r,y,b):[],E=new v(s,e,t,l,u,c,n,d,m,g,!0)),k=this.symbolQuadsArray.length,L&&1===L.length&&this.addSymbolQuad(L[0]),A=this.symbolQuadsArray.length;var C=E?E.boxStartIndex:this.collisionBoxArray.length,R=E?E.boxEndIndex:this.collisionBoxArray.length;return this.symbolInstancesArray.emplaceBack(I,P,C,R,w,M,k,A,t.x,t.y,a)},n.prototype.addSymbolQuad=function(t){return this.symbolQuadsArray.emplaceBack(t.anchorPoint.x,t.anchorPoint.y,t.tl.x,t.tl.y,t.tr.x,t.tr.y,t.bl.x,t.bl.y,t.br.x,t.br.y,t.tex.h,t.tex.w,t.tex.x,t.tex.y,t.anchorAngle,t.glyphAngle,t.maxScale,t.minScale)}},{"../../symbol/anchor":315,"../../symbol/clip_line":317,"../../symbol/collision_feature":319,"../../symbol/get_anchors":321,"../../symbol/mergelines":324,"../../symbol/quads":325,"../../symbol/resolve_text":326,"../../symbol/shaping":327,"../../util/token":365,"../../util/util":366,"../bucket":253,"../load_geometry":261,"point-geometry":424}],258:[function(t,e,r){"use strict";function n(t,e,r){this.arrayBuffer=t.arrayBuffer,this.length=t.length,this.attributes=e.members,this.itemSize=e.bytesPerElement,this.type=r,this.arrayType=e}e.exports=n,n.prototype.bind=function(t){var e=t[this.type];this.buffer?t.bindBuffer(e,this.buffer):(this.buffer=t.createBuffer(),t.bindBuffer(e,this.buffer),t.bufferData(e,this.arrayBuffer,t.STATIC_DRAW),this.arrayBuffer=null)};var i={Int8:"BYTE",Uint8:"UNSIGNED_BYTE",Int16:"SHORT",Uint16:"UNSIGNED_SHORT"};n.prototype.setVertexAttribPointers=function(t,e){for(var r=0;r<this.attributes.length;r++){var n=this.attributes[r],o=e[n.name];void 0!==o&&t.vertexAttribPointer(o,n.components,t[i[n.type]],!1,this.arrayType.bytesPerElement,n.offset)}},n.prototype.destroy=function(t){this.buffer&&t.deleteBuffer(this.buffer)},n.BufferType={VERTEX:"ARRAY_BUFFER",ELEMENT:"ELEMENT_ARRAY_BUFFER"}},{}],259:[function(t,e,r){"use strict";function n(t,e){this.layoutVertexBuffer=new o(t.layoutVertexArray,e.layoutVertexArrayType,o.BufferType.VERTEX),t.elementArray&&(this.elementBuffer=new o(t.elementArray,e.elementArrayType,o.BufferType.ELEMENT));var r,n=this.vaos={};t.elementArray2&&(this.elementBuffer2=new o(t.elementArray2,e.elementArrayType2,o.BufferType.ELEMENT),r=this.secondVaos={}),this.paintVertexBuffers=i.mapObject(t.paintVertexArrays,function(i,s){return n[s]=new a,t.elementArray2&&(r[s]=new a),new o(i,e.paintVertexArrayTypes[s],o.BufferType.VERTEX)})}var i=t("../util/util"),o=t("./buffer"),a=t("../render/vertex_array_object");e.exports=n,n.prototype.destroy=function(t){this.layoutVertexBuffer.destroy(t),this.elementBuffer&&this.elementBuffer.destroy(t),this.elementBuffer2&&this.elementBuffer2.destroy(t);for(var e in this.paintVertexBuffers)this.paintVertexBuffers[e].destroy(t);for(var r in this.vaos)this.vaos[r].destroy(t);for(var n in this.secondVaos)this.secondVaos[n].destroy(t)}},{"../render/vertex_array_object":281,"../util/util":366,"./buffer":258}],260:[function(t,e,r){"use strict";function n(t,e,r){if(t.grid){var n=t,i=e;t=n.coord,e=n.overscaling,this.grid=new d(n.grid),this.featureIndexArray=new k(n.featureIndexArray),this.rawTileData=i,this.bucketLayerIDs=n.bucketLayerIDs}else this.grid=new d(h,16,0),this.featureIndexArray=new k;this.coord=t,this.overscaling=e,this.x=t.x,this.y=t.y,this.z=t.z-Math.log(e)/Math.LN2,this.setCollisionTile(r)}function i(t){return Math.sqrt(t[0]*t[0]+t[1]*t[1])}function o(t,e){return e-t}function a(t){return t["line-gap-width"]>0?t["line-gap-width"]+2*t["line-width"]:t["line-width"]}function s(t,e,r,n,i){if(!e[0]&&!e[1])return t;e=u.convert(e),"viewport"===r&&e._rotate(-n);for(var o=[],a=0;a<t.length;a++){for(var s=t[a],l=[],c=0;c<s.length;c++)l.push(s[c].sub(e._mult(i)));o.push(l)}return o}function l(t,e){for(var r=[],n=new u(0,0),i=0;i<t.length;i++){for(var o=t[i],a=[],s=0;s<o.length;s++){var l=o[s-1],c=o[s],h=o[s+1],f=0===s?n:c.sub(l)._unit()._perp(),p=s===o.length-1?n:h.sub(c)._unit()._perp(),d=f._add(p)._unit(),m=d.x*p.x+d.y*p.y;d._mult(1/m),a.push(d._mult(e)._add(c))}r.push(a)}return r}var u=t("point-geometry"),c=t("./load_geometry"),h=t("./bucket").EXTENT,f=t("feature-filter"),p=t("../util/struct_array"),d=t("grid-index"),m=t("../util/dictionary_coder"),g=t("vector-tile"),v=t("pbf"),y=t("../util/vectortile_to_geojson"),b=t("../util/util").arraysIntersect,x=t("../util/intersection_tests"),_=x.multiPolygonIntersectsBufferedMultiPoint,w=x.multiPolygonIntersectsMultiPolygon,M=x.multiPolygonIntersectsBufferedMultiLine,k=new p({members:[{type:"Uint32",name:"featureIndex"},{type:"Uint16",name:"sourceLayerIndex"},{type:"Uint16",name:"bucketIndex"}]});e.exports=n,n.prototype.insert=function(t,e,r,n){var i=this.featureIndexArray.length;this.featureIndexArray.emplaceBack(e,r,n);for(var o=c(t),a=0;a<o.length;a++){for(var s=o[a],l=[1/0,1/0,-(1/0),-(1/0)],u=0;u<s.length;u++){var h=s[u];l[0]=Math.min(l[0],h.x),l[1]=Math.min(l[1],h.y),l[2]=Math.max(l[2],h.x),l[3]=Math.max(l[3],h.y)}this.grid.insert(i,l[0],l[1],l[2],l[3])}},n.prototype.setCollisionTile=function(t){this.collisionTile=t},n.prototype.serialize=function(){var t={coord:this.coord,overscaling:this.overscaling,grid:this.grid.toArrayBuffer(),featureIndexArray:this.featureIndexArray.serialize(),bucketLayerIDs:this.bucketLayerIDs};return{data:t,transferables:[t.grid,t.featureIndexArray.arrayBuffer]}},n.prototype.query=function(t,e){this.vtLayers||(this.vtLayers=new g.VectorTile(new v(new Uint8Array(this.rawTileData))).layers,this.sourceLayerCoder=new m(this.vtLayers?Object.keys(this.vtLayers).sort():["_geojsonTileLayer"]));var r={},n=t.params||{},s=h/t.tileSize/t.scale,l=f(n.filter),c=0;for(var p in e){var d=e[p],y=d.paint,b=0;"line"===d.type?b=a(y)/2+Math.abs(y["line-offset"])+i(y["line-translate"]):"fill"===d.type?b=i(y["fill-translate"]):"circle"===d.type&&(b=y["circle-radius"]+i(y["circle-translate"])),c=Math.max(c,b*s)}for(var x=t.queryGeometry.map(function(t){return t.map(function(t){return new u(t.x,t.y)})}),_=1/0,w=1/0,M=-(1/0),k=-(1/0),A=0;A<x.length;A++)for(var T=x[A],E=0;E<T.length;E++){var S=T[E];_=Math.min(_,S.x),w=Math.min(w,S.y),M=Math.max(M,S.x),k=Math.max(k,S.y)}var L=this.grid.query(_-c,w-c,M+c,k+c);L.sort(o),this.filterMatching(r,L,this.featureIndexArray,x,l,n.layers,e,t.bearing,s);var z=this.collisionTile.queryRenderedSymbols(_,w,M,k,t.scale);return z.sort(),this.filterMatching(r,z,this.collisionTile.collisionBoxArray,x,l,n.layers,e,t.bearing,s),r},n.prototype.filterMatching=function(t,e,r,n,i,o,u,h,f){for(var p,d=0;d<e.length;d++){var m=e[d];if(m!==p){p=m;var g=r.get(m),v=this.bucketLayerIDs[g.bucketIndex];if(!o||b(o,v)){var x=this.sourceLayerCoder.decode(g.sourceLayerIndex),k=this.vtLayers[x],A=k.feature(g.featureIndex);if(i(A))for(var T=null,E=0;E<v.length;E++){var S=v[E];if(!(o&&o.indexOf(S)<0)){var L=u[S];if(L){var z;if("symbol"!==L.type){T||(T=c(A));var I=L.paint;if("line"===L.type){z=s(n,I["line-translate"],I["line-translate-anchor"],h,f);var P=a(I)/2*f;if(I["line-offset"]&&(T=l(T,I["line-offset"]*f)),!M(z,T,P))continue}else if("fill"===L.type){if(z=s(n,I["fill-translate"],I["fill-translate-anchor"],h,f),!w(z,T))continue}else if("circle"===L.type){z=s(n,I["circle-translate"],I["circle-translate-anchor"],h,f);var C=I["circle-radius"]*f;if(!_(z,T,C))continue}}var R=new y(A,this.z,this.x,this.y);R.layer=L.serialize({includeRefProperties:!0});var j=t[S];void 0===j&&(j=t[S]=[]),j.push(R)}}}}}}}},{"../util/dictionary_coder":356,"../util/intersection_tests":361,"../util/struct_array":364,"../util/util":366,"../util/vectortile_to_geojson":367,"./bucket":253,"./load_geometry":261,"feature-filter":370,"grid-index":392,pbf:422,"point-geometry":424,"vector-tile":434}],261:[function(t,e,r){"use strict";function n(t){return{min:-1*Math.pow(2,t-1),max:Math.pow(2,t-1)-1}}var i=t("../util/util"),o=t("./bucket").EXTENT,a={15:n(15),16:n(16)};e.exports=function(t,e){for(var r=a[e||16],n=o/t.extent,s=t.loadGeometry(),l=0;l<s.length;l++)for(var u=s[l],c=0;c<u.length;c++){var h=u[c];h.x=Math.round(h.x*n),h.y=Math.round(h.y*n),(h.x<r.min||h.x>r.max||h.y<r.min||h.y>r.max)&&i.warnOnce("Geometry exceeds allowed extent, reduce your vector tile buffer size")}return s}},{"../util/util":366,"./bucket":253}],262:[function(t,e,r){"use strict";function n(t,e,r){this.column=t,this.row=e,this.zoom=r}e.exports=n,n.prototype={clone:function(){return new n(this.column,this.row,this.zoom)},zoomTo:function(t){return this.clone()._zoomTo(t)},sub:function(t){return this.clone()._sub(t)},_zoomTo:function(t){var e=Math.pow(2,t-this.zoom);return this.column*=e,this.row*=e,this.zoom=t,this},_sub:function(t){return t=t.zoomTo(this.zoom),this.column-=t.column,this.row-=t.row,this}}},{}],263:[function(t,e,r){"use strict";function n(t,e){if(isNaN(t)||isNaN(e))throw new Error("Invalid LngLat object: ("+t+", "+e+")");if(this.lng=+t,this.lat=+e,this.lat>90||this.lat<-90)throw new Error("Invalid LngLat latitude value: must be between -90 and 90")}e.exports=n;var i=t("../util/util").wrap;n.prototype.wrap=function(){return new n(i(this.lng,-180,180),this.lat)},n.prototype.toArray=function(){return[this.lng,this.lat]},n.prototype.toString=function(){return"LngLat("+this.lng+", "+this.lat+")"},n.convert=function(t){return t instanceof n?t:Array.isArray(t)?new n(t[0],t[1]):t}},{"../util/util":366}],264:[function(t,e,r){"use strict";function n(t,e){t&&(e?this.extend(t).extend(e):4===t.length?this.extend([t[0],t[1]]).extend([t[2],t[3]]):this.extend(t[0]).extend(t[1]))}e.exports=n;var i=t("./lng_lat");n.prototype={extend:function(t){var e,r,o=this._sw,a=this._ne;if(t instanceof i)e=t,r=t;else{if(!(t instanceof n))return t?this.extend(i.convert(t)||n.convert(t)):this;if(e=t._sw,r=t._ne,!e||!r)return this}return o||a?(o.lng=Math.min(e.lng,o.lng),o.lat=Math.min(e.lat,o.lat),a.lng=Math.max(r.lng,a.lng),a.lat=Math.max(r.lat,a.lat)):(this._sw=new i(e.lng,e.lat),this._ne=new i(r.lng,r.lat)),this},getCenter:function(){return new i((this._sw.lng+this._ne.lng)/2,(this._sw.lat+this._ne.lat)/2)},getSouthWest:function(){return this._sw},getNorthEast:function(){return this._ne},getNorthWest:function(){return new i(this.getWest(),this.getNorth())},getSouthEast:function(){return new i(this.getEast(),this.getSouth())},getWest:function(){return this._sw.lng},getSouth:function(){return this._sw.lat},getEast:function(){return this._ne.lng},getNorth:function(){return this._ne.lat},toArray:function(){return[this._sw.toArray(),this._ne.toArray()]},toString:function(){return"LngLatBounds("+this._sw.toString()+", "+this._ne.toString()+")"}},n.convert=function(t){return!t||t instanceof n?t:new n(t)}},{"./lng_lat":263}],265:[function(t,e,r){"use strict";function n(t,e){this.tileSize=512,this._minZoom=t||0,this._maxZoom=e||22,this.latRange=[-85.05113,85.05113],this.width=0,this.height=0,this._center=new i(0,0),this.zoom=0,this.angle=0,this._altitude=1.5,this._pitch=0,this._unmodified=!0}var i=t("./lng_lat"),o=t("point-geometry"),a=t("./coordinate"),s=t("../util/util").wrap,l=t("../util/interpolate"),u=t("../source/tile_coord"),c=t("../data/bucket").EXTENT,h=t("gl-matrix"),f=h.vec4,p=h.mat4,d=h.mat2;e.exports=n,n.prototype={get minZoom(){return this._minZoom},set minZoom(t){this._minZoom!==t&&(this._minZoom=t,this.zoom=Math.max(this.zoom,t))},get maxZoom(){return this._maxZoom},set maxZoom(t){this._maxZoom!==t&&(this._maxZoom=t,this.zoom=Math.min(this.zoom,t))},get worldSize(){return this.tileSize*this.scale},get centerPoint(){return this.size._div(2)},get size(){return new o(this.width,this.height)},get bearing(){return-this.angle/Math.PI*180},set bearing(t){var e=-s(t,-180,180)*Math.PI/180;this.angle!==e&&(this._unmodified=!1,this.angle=e,this._calcMatrices(),this.rotationMatrix=d.create(),d.rotate(this.rotationMatrix,this.rotationMatrix,this.angle))},get pitch(){return this._pitch/Math.PI*180},set pitch(t){var e=Math.min(60,t)/180*Math.PI;this._pitch!==e&&(this._unmodified=!1,this._pitch=e,this._calcMatrices())},get altitude(){return this._altitude},set altitude(t){var e=Math.max(.75,t);this._altitude!==e&&(this._unmodified=!1,this._altitude=e,this._calcMatrices())},get zoom(){return this._zoom},set zoom(t){var e=Math.min(Math.max(t,this.minZoom),this.maxZoom);this._zoom!==e&&(this._unmodified=!1,this._zoom=e,this.scale=this.zoomScale(e),this.tileZoom=Math.floor(e),this.zoomFraction=e-this.tileZoom,this._calcMatrices(),this._constrain())},get center(){return this._center},set center(t){t.lat===this._center.lat&&t.lng===this._center.lng||(this._unmodified=!1,this._center=t,this._calcMatrices(),this._constrain())},coveringZoomLevel:function(t){return(t.roundZoom?Math.round:Math.floor)(this.zoom+this.scaleZoom(this.tileSize/t.tileSize))},coveringTiles:function(t){var e=this.coveringZoomLevel(t),r=e;if(e<t.minzoom)return[];e>t.maxzoom&&(e=t.maxzoom);var n=this,i=n.locationCoordinate(n.center)._zoomTo(e),a=new o(i.column-.5,i.row-.5);return u.cover(e,[n.pointCoordinate(new o(0,0))._zoomTo(e),n.pointCoordinate(new o(n.width,0))._zoomTo(e),n.pointCoordinate(new o(n.width,n.height))._zoomTo(e),n.pointCoordinate(new o(0,n.height))._zoomTo(e)],t.reparseOverscaled?r:e).sort(function(t,e){return a.dist(t)-a.dist(e)})},resize:function(t,e){this.width=t,this.height=e,this.pixelsToGLUnits=[2/t,-2/e],this._calcMatrices(),this._constrain()},get unmodified(){return this._unmodified},zoomScale:function(t){return Math.pow(2,t)},scaleZoom:function(t){return Math.log(t)/Math.LN2},project:function(t,e){return new o(this.lngX(t.lng,e),this.latY(t.lat,e))},unproject:function(t,e){return new i(this.xLng(t.x,e),this.yLat(t.y,e))},get x(){return this.lngX(this.center.lng)},get y(){return this.latY(this.center.lat)},get point(){return new o(this.x,this.y)},lngX:function(t,e){return(180+t)*(e||this.worldSize)/360},latY:function(t,e){var r=180/Math.PI*Math.log(Math.tan(Math.PI/4+t*Math.PI/360));return(180-r)*(e||this.worldSize)/360},xLng:function(t,e){return 360*t/(e||this.worldSize)-180},yLat:function(t,e){var r=180-360*t/(e||this.worldSize);return 360/Math.PI*Math.atan(Math.exp(r*Math.PI/180))-90},panBy:function(t){var e=this.centerPoint._add(t);this.center=this.pointLocation(e)},setLocationAtPoint:function(t,e){var r=this.locationCoordinate(t),n=this.pointCoordinate(e),i=this.pointCoordinate(this.centerPoint),o=n._sub(r);this._unmodified=!1,this.center=this.coordinateLocation(i._sub(o))},locationPoint:function(t){return this.coordinatePoint(this.locationCoordinate(t))},pointLocation:function(t){return this.coordinateLocation(this.pointCoordinate(t))},locationCoordinate:function(t){var e=this.zoomScale(this.tileZoom)/this.worldSize,r=i.convert(t);return new a(this.lngX(r.lng)*e,this.latY(r.lat)*e,this.tileZoom)},coordinateLocation:function(t){var e=this.zoomScale(t.zoom);return new i(this.xLng(t.column,e),this.yLat(t.row,e))},pointCoordinate:function(t){var e=0,r=[t.x,t.y,0,1],n=[t.x,t.y,1,1];f.transformMat4(r,r,this.pixelMatrixInverse),f.transformMat4(n,n,this.pixelMatrixInverse);var i=r[3],o=n[3],s=r[0]/i,u=n[0]/o,c=r[1]/i,h=n[1]/o,p=r[2]/i,d=n[2]/o,m=p===d?0:(e-p)/(d-p),g=this.worldSize/this.zoomScale(this.tileZoom);return new a(l(s,u,m)/g,l(c,h,m)/g,this.tileZoom)},coordinatePoint:function(t){var e=this.worldSize/this.zoomScale(t.zoom),r=[t.column*e,t.row*e,0,1];return f.transformMat4(r,r,this.pixelMatrix),new o(r[0]/r[3],r[1]/r[3])},calculatePosMatrix:function(t,e){void 0===e&&(e=1/0),t instanceof u&&(t=t.toCoordinate(e));var r=Math.min(t.zoom,e),n=this.worldSize/Math.pow(2,r),i=new Float64Array(16);return p.identity(i),p.translate(i,i,[t.column*n,t.row*n,0]),p.scale(i,i,[n/c,n/c,1]),p.multiply(i,this.projMatrix,i),new Float32Array(i)},_constrain:function(){if(this.center&&this.width&&this.height&&!this._constraining){this._constraining=!0;var 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o,a,s,l,u,c,h,f,p=[];for(o=0,a=t.length;a>o;o++)if(u=n[t[o]]){for(f=null,s=0,l=u[1].length;l>s;s+=2)-1===u[1][s]&&-1===u[1][s+1]?f=null:(c=e+u[1][s]*i,h=r-u[1][s+1]*i,f&&p.push(f.x,f.y,c,h),f={x:c,y:h});e+=u[0]*i}return p}},{}],267:[function(t,e,r){"use strict";var n=e.exports={};n.version=t("../package.json").version,n.Map=t("./ui/map"),n.Control=t("./ui/control/control"),n.Navigation=t("./ui/control/navigation"),n.Geolocate=t("./ui/control/geolocate"),n.Attribution=t("./ui/control/attribution"),n.Popup=t("./ui/popup"),n.Marker=t("./ui/marker"),n.Style=t("./style/style"),n.LngLat=t("./geo/lng_lat"),n.LngLatBounds=t("./geo/lng_lat_bounds"),n.Point=t("point-geometry"),n.Evented=t("./util/evented"),n.util=t("./util/util"),n.supported=t("./util/browser").supported;var i=t("./util/ajax");n.util.getJSON=i.getJSON,n.util.getArrayBuffer=i.getArrayBuffer;var o=t("./util/config");n.config=o,Object.defineProperty(n,"accessToken",{get:function(){return o.ACCESS_TOKEN},set:function(t){o.ACCESS_TOKEN=t}})},{"../package.json":443,"./geo/lng_lat":263,"./geo/lng_lat_bounds":264,"./style/style":302,"./ui/control/attribution":333,"./ui/control/control":334,"./ui/control/geolocate":335,"./ui/control/navigation":336,"./ui/map":345,"./ui/marker":346,"./ui/popup":347,"./util/ajax":349,"./util/browser":350,"./util/config":355,"./util/evented":358,"./util/util":366,"point-geometry":424}],268:[function(t,e,r){"use strict";e.exports=function(t){for(var e={define:{},initialize:{}},r=0;r<t.length;r++){var n=t[r],i="{precision} "+(1===n.components?"float":"vec"+n.components);e.define[n.name.slice(2)]="uniform "+i+" "+n.name+";\n",e.initialize[n.name.slice(2)]=i+" "+n.name.slice(2)+" = "+n.name+";\n"}return e}},{}],269:[function(t,e,r){"use strict";function n(t,e,r){var n,s=t.gl,l=t.transform,u=r.paint["background-color"],c=r.paint["background-pattern"],h=r.paint["background-opacity"],f=c?t.spriteAtlas.getPosition(c.from,!0):null,p=c?t.spriteAtlas.getPosition(c.to,!0):null;if(t.setDepthSublayer(0),f&&p){if(t.isOpaquePass)return;n=t.useProgram("pattern"),s.uniform1i(n.u_image,0),s.uniform2fv(n.u_pattern_tl_a,f.tl),s.uniform2fv(n.u_pattern_br_a,f.br),s.uniform2fv(n.u_pattern_tl_b,p.tl),s.uniform2fv(n.u_pattern_br_b,p.br),s.uniform1f(n.u_opacity,h),s.uniform1f(n.u_mix,c.t),s.uniform2fv(n.u_pattern_size_a,f.size),s.uniform2fv(n.u_pattern_size_b,p.size),s.uniform1f(n.u_scale_a,c.fromScale),s.uniform1f(n.u_scale_b,c.toScale),s.activeTexture(s.TEXTURE0),t.spriteAtlas.bind(s,!0),t.tileExtentPatternVAO.bind(s,n,t.tileExtentBuffer)}else{if(t.isOpaquePass!==(1===u[3]))return;var d=o([{name:"u_color",components:4},{name:"u_opacity",components:1}]);n=t.useProgram("fill",[],d,d),s.uniform4fv(n.u_color,u),s.uniform1f(n.u_opacity,h),t.tileExtentVAO.bind(s,n,t.tileExtentBuffer)}s.disable(s.STENCIL_TEST);for(var m=l.coveringTiles({tileSize:a}),g=0;g<m.length;g++){var v=m[g];if(f&&p){var y={coord:v,tileSize:a};s.uniform1f(n.u_tile_units_to_pixels,1/i(y,1,t.transform.tileZoom));var b=y.tileSize*Math.pow(2,t.transform.tileZoom-y.coord.z),x=b*(y.coord.x+v.w*Math.pow(2,y.coord.z)),_=b*y.coord.y;s.uniform2f(n.u_pixel_coord_upper,x>>16,_>>16),s.uniform2f(n.u_pixel_coord_lower,65535&x,65535&_)}s.uniformMatrix4fv(n.u_matrix,!1,t.transform.calculatePosMatrix(v)),s.drawArrays(s.TRIANGLE_STRIP,0,t.tileExtentBuffer.length)}s.stencilMask(0),s.stencilFunc(s.EQUAL,128,128)}var i=t("../source/pixels_to_tile_units"),o=t("./create_uniform_pragmas"),a=512;e.exports=n},{"../source/pixels_to_tile_units":287,"./create_uniform_pragmas":268}],270:[function(t,e,r){"use strict";function n(t,e,r,n){if(!t.isOpaquePass){var o=t.gl;t.setDepthSublayer(0),t.depthMask(!1),o.disable(o.STENCIL_TEST);for(var a=0;a<n.length;a++){var s=n[a],l=e.getTile(s),u=l.getBucket(r);if(u){var c=u.bufferGroups.circle;if(c){var h=u.paintAttributes.circle[r.id],f=t.useProgram("circle",h.defines,h.vertexPragmas,h.fragmentPragmas);"map"===r.paint["circle-pitch-scale"]?(o.uniform1i(f.u_scale_with_map,!0),o.uniform2f(f.u_extrude_scale,t.transform.pixelsToGLUnits[0]*t.transform.altitude,t.transform.pixelsToGLUnits[1]*t.transform.altitude)):(o.uniform1i(f.u_scale_with_map,!1),o.uniform2fv(f.u_extrude_scale,t.transform.pixelsToGLUnits)),o.uniform1f(f.u_devicepixelratio,i.devicePixelRatio),o.uniformMatrix4fv(f.u_matrix,!1,t.translatePosMatrix(s.posMatrix,l,r.paint["circle-translate"],r.paint["circle-translate-anchor"])),u.setUniforms(o,"circle",f,r,{zoom:t.transform.zoom});for(var p=0;p<c.length;p++){var d=c[p];d.vaos[r.id].bind(o,f,d.layoutVertexBuffer,d.elementBuffer,d.paintVertexBuffers[r.id]),o.drawElements(o.TRIANGLES,3*d.elementBuffer.length,o.UNSIGNED_SHORT,0)}}}}}}var i=t("../util/browser");e.exports=n},{"../util/browser":350}],271:[function(t,e,r){"use strict";function n(t,e,r,n){var i=t.gl;i.enable(i.STENCIL_TEST);for(var o=t.useProgram("collisionbox"),a=0;a<n.length;a++){var s=n[a],l=e.getTile(s),u=l.getBucket(r);if(u){var c=u.bufferGroups.collisionBox;if(c&&c.length){var h=c[0];0!==h.layoutVertexBuffer.length&&(i.uniformMatrix4fv(o.u_matrix,!1,s.posMatrix),t.enableTileClippingMask(s),t.lineWidth(1),i.uniform1f(o.u_scale,Math.pow(2,t.transform.zoom-l.coord.z)),i.uniform1f(o.u_zoom,10*t.transform.zoom),i.uniform1f(o.u_maxzoom,10*(l.coord.z+1)),h.vaos[r.id].bind(i,o,h.layoutVertexBuffer),i.drawArrays(i.LINES,0,h.layoutVertexBuffer.length))}}}}e.exports=n},{}],272:[function(t,e,r){"use strict";function n(t,e,r){if(!t.isOpaquePass&&t.options.debug)for(var n=0;n<r.length;n++)i(t,e,r[n])}function i(t,e,r){var n=t.gl;n.disable(n.STENCIL_TEST),t.lineWidth(1*a.devicePixelRatio);var i=r.posMatrix,h=t.useProgram("debug");n.uniformMatrix4fv(h.u_matrix,!1,i),n.uniform4f(h.u_color,1,0,0,1),t.debugVAO.bind(n,h,t.debugBuffer),n.drawArrays(n.LINE_STRIP,0,t.debugBuffer.length);for(var f=o(r.toString(),50,200,5),p=new t.PosArray,d=0;d<f.length;d+=2)p.emplaceBack(f[d],f[d+1]);var m=new u(p.serialize(),t.PosArray.serialize(),u.BufferType.VERTEX),g=new c;g.bind(n,h,m),n.uniform4f(h.u_color,1,1,1,1);for(var v=e.getTile(r).tileSize,y=l/(Math.pow(2,t.transform.zoom-r.z)*v),b=[[-1,-1],[-1,1],[1,-1],[1,1]],x=0;x<b.length;x++){var _=b[x];n.uniformMatrix4fv(h.u_matrix,!1,s.translate([],i,[y*_[0],y*_[1],0])),n.drawArrays(n.LINES,0,m.length)}n.uniform4f(h.u_color,0,0,0,1),n.uniformMatrix4fv(h.u_matrix,!1,i),n.drawArrays(n.LINES,0,m.length)}var o=t("../lib/debugtext"),a=t("../util/browser"),s=t("gl-matrix").mat4,l=t("../data/bucket").EXTENT,u=t("../data/buffer"),c=t("./vertex_array_object");e.exports=n},{"../data/bucket":253,"../data/buffer":258,"../lib/debugtext":266,"../util/browser":350,"./vertex_array_object":281,"gl-matrix":382}],273:[function(t,e,r){"use strict";function n(t,e,r,n){var a=t.gl;a.enable(a.STENCIL_TEST);var s;if(s=r.paint["fill-pattern"]?!1:r.isPaintValueFeatureConstant("fill-color")&&r.isPaintValueFeatureConstant("fill-opacity")&&1===r.paint["fill-color"][3]&&1===r.paint["fill-opacity"],t.isOpaquePass===s){t.setDepthSublayer(1);for(var l=0;l<n.length;l++)i(t,e,r,n[l])}if(!t.isOpaquePass&&r.paint["fill-antialias"]){t.lineWidth(2),t.depthMask(!1);var u=r.getPaintProperty("fill-outline-color");(u||!r.paint["fill-pattern"])&&u?t.setDepthSublayer(2):t.setDepthSublayer(0);for(var c=0;c<n.length;c++)o(t,e,r,n[c])}}function i(t,e,r,n){var i=e.getTile(n),o=i.getBucket(r);if(o){var s=o.bufferGroups.fill;if(s){var l,u=t.gl,c=r.paint["fill-pattern"];if(c)l=t.useProgram("pattern"),a(c,r.paint["fill-opacity"],i,n,t,l),u.activeTexture(u.TEXTURE0),t.spriteAtlas.bind(u,!0);else{var h=o.paintAttributes.fill[r.id];l=t.useProgram("fill",h.defines,h.vertexPragmas,h.fragmentPragmas),o.setUniforms(u,"fill",l,r,{zoom:t.transform.zoom})}u.uniformMatrix4fv(l.u_matrix,!1,t.translatePosMatrix(n.posMatrix,i,r.paint["fill-translate"],r.paint["fill-translate-anchor"])),t.enableTileClippingMask(n);for(var f=0;f<s.length;f++){var p=s[f];p.vaos[r.id].bind(u,l,p.layoutVertexBuffer,p.elementBuffer,p.paintVertexBuffers[r.id]),u.drawElements(u.TRIANGLES,p.elementBuffer.length,u.UNSIGNED_SHORT,0)}}}}function o(t,e,r,n){var i=e.getTile(n),o=i.getBucket(r);if(o){var s,l=t.gl,u=o.bufferGroups.fill,c=r.paint["fill-pattern"],h=r.paint["fill-opacity"],f=r.getPaintProperty("fill-outline-color");if(c&&!f)s=t.useProgram("outlinepattern"),l.uniform2f(s.u_world,l.drawingBufferWidth,l.drawingBufferHeight);else{var p=o.paintAttributes.fill[r.id];s=t.useProgram("outline",p.defines,p.vertexPragmas,p.fragmentPragmas),l.uniform2f(s.u_world,l.drawingBufferWidth,l.drawingBufferHeight),l.uniform1f(s.u_opacity,h),o.setUniforms(l,"fill",s,r,{zoom:t.transform.zoom})}l.uniformMatrix4fv(s.u_matrix,!1,t.translatePosMatrix(n.posMatrix,i,r.paint["fill-translate"],r.paint["fill-translate-anchor"])),c&&a(c,h,i,n,t,s),t.enableTileClippingMask(n);for(var d=0;d<u.length;d++){var m=u[d];m.secondVaos[r.id].bind(l,s,m.layoutVertexBuffer,m.elementBuffer2,m.paintVertexBuffers[r.id]),l.drawElements(l.LINES,2*m.elementBuffer2.length,l.UNSIGNED_SHORT,0)}}}function a(t,e,r,n,i,o){var a=i.gl,l=i.spriteAtlas.getPosition(t.from,!0),u=i.spriteAtlas.getPosition(t.to,!0);if(l&&u){a.uniform1i(o.u_image,0),a.uniform2fv(o.u_pattern_tl_a,l.tl),a.uniform2fv(o.u_pattern_br_a,l.br),a.uniform2fv(o.u_pattern_tl_b,u.tl),a.uniform2fv(o.u_pattern_br_b,u.br),a.uniform1f(o.u_opacity,e),a.uniform1f(o.u_mix,t.t),a.uniform1f(o.u_tile_units_to_pixels,1/s(r,1,i.transform.tileZoom)),a.uniform2fv(o.u_pattern_size_a,l.size),a.uniform2fv(o.u_pattern_size_b,u.size),a.uniform1f(o.u_scale_a,t.fromScale),a.uniform1f(o.u_scale_b,t.toScale);var c=r.tileSize*Math.pow(2,i.transform.tileZoom-r.coord.z),h=c*(r.coord.x+n.w*Math.pow(2,r.coord.z)),f=c*r.coord.y;a.uniform2f(o.u_pixel_coord_upper,h>>16,f>>16),a.uniform2f(o.u_pixel_coord_lower,65535&h,65535&f),a.activeTexture(a.TEXTURE0),i.spriteAtlas.bind(a,!0)}}var s=t("../source/pixels_to_tile_units");e.exports=n},{"../source/pixels_to_tile_units":287}],274:[function(t,e,r){"use strict";var n=t("../util/browser"),i=t("gl-matrix").mat2,o=t("../source/pixels_to_tile_units");e.exports=function(t,e,r,a){if(!t.isOpaquePass){t.setDepthSublayer(0),t.depthMask(!1);var s=t.gl;if(s.enable(s.STENCIL_TEST),!(r.paint["line-width"]<=0)){var l=1/n.devicePixelRatio,u=r.paint["line-blur"]+l,c=r.paint["line-color"],h=t.transform,f=i.create();i.scale(f,f,[1,Math.cos(h._pitch)]),i.rotate(f,f,t.transform.angle);var p,d,m,g,v,y=Math.sqrt(h.height*h.height/4*(1+h.altitude*h.altitude)),b=h.height/2*Math.tan(h._pitch),x=(y+b)/y-1,_=r.paint["line-dasharray"],w=r.paint["line-pattern"];if(_)p=t.useProgram("linesdfpattern"),s.uniform1f(p.u_linewidth,r.paint["line-width"]/2),s.uniform1f(p.u_gapwidth,r.paint["line-gap-width"]/2),s.uniform1f(p.u_antialiasing,l/2),s.uniform1f(p.u_blur,u),s.uniform4fv(p.u_color,c),s.uniform1f(p.u_opacity,r.paint["line-opacity"]),d=t.lineAtlas.getDash(_.from,"round"===r.layout["line-cap"]),m=t.lineAtlas.getDash(_.to,"round"===r.layout["line-cap"]),s.uniform1i(p.u_image,0),s.activeTexture(s.TEXTURE0),t.lineAtlas.bind(s),s.uniform1f(p.u_tex_y_a,d.y),s.uniform1f(p.u_tex_y_b,m.y),s.uniform1f(p.u_mix,_.t),s.uniform1f(p.u_extra,x),s.uniform1f(p.u_offset,-r.paint["line-offset"]),s.uniformMatrix2fv(p.u_antialiasingmatrix,!1,f);else if(w){if(g=t.spriteAtlas.getPosition(w.from,!0),v=t.spriteAtlas.getPosition(w.to,!0),!g||!v)return;p=t.useProgram("linepattern"),s.uniform1i(p.u_image,0),s.activeTexture(s.TEXTURE0),t.spriteAtlas.bind(s,!0),s.uniform1f(p.u_linewidth,r.paint["line-width"]/2),s.uniform1f(p.u_gapwidth,r.paint["line-gap-width"]/2),s.uniform1f(p.u_antialiasing,l/2),s.uniform1f(p.u_blur,u),s.uniform2fv(p.u_pattern_tl_a,g.tl),s.uniform2fv(p.u_pattern_br_a,g.br),s.uniform2fv(p.u_pattern_tl_b,v.tl),s.uniform2fv(p.u_pattern_br_b,v.br),s.uniform1f(p.u_fade,w.t),s.uniform1f(p.u_opacity,r.paint["line-opacity"]),s.uniform1f(p.u_extra,x),s.uniform1f(p.u_offset,-r.paint["line-offset"]),s.uniformMatrix2fv(p.u_antialiasingmatrix,!1,f)}else p=t.useProgram("line"),s.uniform1f(p.u_linewidth,r.paint["line-width"]/2),s.uniform1f(p.u_gapwidth,r.paint["line-gap-width"]/2),s.uniform1f(p.u_antialiasing,l/2),s.uniform1f(p.u_blur,u),s.uniform1f(p.u_extra,x),s.uniform1f(p.u_offset,-r.paint["line-offset"]),s.uniformMatrix2fv(p.u_antialiasingmatrix,!1,f),s.uniform4fv(p.u_color,c),s.uniform1f(p.u_opacity,r.paint["line-opacity"]);for(var M=0;M<a.length;M++){var k=a[M],A=e.getTile(k),T=A.getBucket(r);if(T){var E=T.bufferGroups.line;if(E){t.enableTileClippingMask(k);var S=t.translatePosMatrix(k.posMatrix,A,r.paint["line-translate"],r.paint["line-translate-anchor"]);s.uniformMatrix4fv(p.u_matrix,!1,S);var L=1/o(A,1,t.transform.zoom);if(_){var z=d.width*_.fromScale,I=m.width*_.toScale,P=[1/o(A,z,t.transform.tileZoom),-d.height/2],C=[1/o(A,I,t.transform.tileZoom),-m.height/2],R=t.lineAtlas.width/(256*Math.min(z,I)*n.devicePixelRatio)/2;s.uniform1f(p.u_ratio,L),s.uniform2fv(p.u_patternscale_a,P),s.uniform2fv(p.u_patternscale_b,C),s.uniform1f(p.u_sdfgamma,R)}else w?(s.uniform1f(p.u_ratio,L),s.uniform2fv(p.u_pattern_size_a,[o(A,g.size[0]*w.fromScale,t.transform.tileZoom),v.size[1]]),s.uniform2fv(p.u_pattern_size_b,[o(A,v.size[0]*w.toScale,t.transform.tileZoom),v.size[1]])):s.uniform1f(p.u_ratio,L);for(var j=0;j<E.length;j++){var D=E[j];D.vaos[r.id].bind(s,p,D.layoutVertexBuffer,D.elementBuffer),s.drawElements(s.TRIANGLES,3*D.elementBuffer.length,s.UNSIGNED_SHORT,0)}}}}}}}},{"../source/pixels_to_tile_units":287,"../util/browser":350,"gl-matrix":382}],275:[function(t,e,r){"use strict";function n(t,e,r,n){if(!t.isOpaquePass){var o=t.gl;o.enable(o.DEPTH_TEST),t.depthMask(!0),o.depthFunc(o.LESS);for(var a=n.length&&n[0].z,s=0;s<n.length;s++){var l=n[s];t.setDepthSublayer(l.z-a),i(t,e,r,l)}o.depthFunc(o.LEQUAL)}}function i(t,e,r,n){var i=t.gl;i.disable(i.STENCIL_TEST);var u=e.getTile(n),c=t.transform.calculatePosMatrix(n,e.maxzoom),h=t.useProgram("raster");i.uniformMatrix4fv(h.u_matrix,!1,c),i.uniform1f(h.u_brightness_low,r.paint["raster-brightness-min"]),i.uniform1f(h.u_brightness_high,r.paint["raster-brightness-max"]),i.uniform1f(h.u_saturation_factor,s(r.paint["raster-saturation"])),i.uniform1f(h.u_contrast_factor,a(r.paint["raster-contrast"])),i.uniform3fv(h.u_spin_weights,o(r.paint["raster-hue-rotate"]));var f,p,d=u.source&&u.source.findLoadedParent(n,0,{}),m=l(u,d,r,t.transform);i.activeTexture(i.TEXTURE0),i.bindTexture(i.TEXTURE_2D,u.texture),i.activeTexture(i.TEXTURE1),d?(i.bindTexture(i.TEXTURE_2D,d.texture),f=Math.pow(2,d.coord.z-u.coord.z),p=[u.coord.x*f%1,u.coord.y*f%1]):(i.bindTexture(i.TEXTURE_2D,u.texture),m[1]=0),i.uniform2fv(h.u_tl_parent,p||[0,0]),i.uniform1f(h.u_scale_parent,f||1),i.uniform1f(h.u_buffer_scale,1),i.uniform1f(h.u_opacity0,m[0]),i.uniform1f(h.u_opacity1,m[1]),i.uniform1i(h.u_image0,0),i.uniform1i(h.u_image1,1);var g=u.boundsBuffer||t.rasterBoundsBuffer,v=u.boundsVAO||t.rasterBoundsVAO;v.bind(i,h,g),i.drawArrays(i.TRIANGLE_STRIP,0,g.length)}function o(t){t*=Math.PI/180;var e=Math.sin(t),r=Math.cos(t);return[(2*r+1)/3,(-Math.sqrt(3)*e-r+1)/3,(Math.sqrt(3)*e-r+1)/3]}function a(t){return t>0?1/(1-t):1+t}function s(t){return t>0?1-1/(1.001-t):-t}function l(t,e,r,n){var i=[1,0],o=r.paint["raster-fade-duration"];if(t.source&&o>0){var a=(new Date).getTime(),s=(a-t.timeAdded)/o,l=e?(a-e.timeAdded)/o:-1,c=n.coveringZoomLevel(t.source),h=e?Math.abs(e.coord.z-c)>Math.abs(t.coord.z-c):!1;!e||h?(i[0]=u.clamp(s,0,1),i[1]=1-i[0]):(i[0]=u.clamp(1-l,0,1),i[1]=1-i[0])}var f=r.paint["raster-opacity"];return i[0]*=f,i[1]*=f,i}var u=t("../util/util"),c=t("../util/struct_array");e.exports=n,n.RasterBoundsArray=new c({members:[{name:"a_pos",type:"Int16",components:2},{name:"a_texture_pos",type:"Int16",components:2}]})},{"../util/struct_array":364,"../util/util":366}],276:[function(t,e,r){"use strict";function n(t,e,r,n){if(!t.isOpaquePass){var o=!(r.layout["text-allow-overlap"]||r.layout["icon-allow-overlap"]||r.layout["text-ignore-placement"]||r.layout["icon-ignore-placement"]),a=t.gl;o?a.disable(a.STENCIL_TEST):a.enable(a.STENCIL_TEST),t.setDepthSublayer(0),t.depthMask(!1),a.disable(a.DEPTH_TEST),i(t,e,r,n,!1,r.paint["icon-translate"],r.paint["icon-translate-anchor"],r.layout["icon-rotation-alignment"],r.layout["icon-rotation-alignment"],r.layout["icon-size"],r.paint["icon-halo-width"],r.paint["icon-halo-color"],r.paint["icon-halo-blur"],r.paint["icon-opacity"],r.paint["icon-color"]),i(t,e,r,n,!0,r.paint["text-translate"],r.paint["text-translate-anchor"],r.layout["text-rotation-alignment"],r.layout["text-pitch-alignment"],r.layout["text-size"],r.paint["text-halo-width"],r.paint["text-halo-color"],r.paint["text-halo-blur"],r.paint["text-opacity"],r.paint["text-color"]),a.enable(a.DEPTH_TEST),e.map.showCollisionBoxes&&s(t,e,r,n)}}function i(t,e,r,n,i,a,s,l,u,c,h,f,p,d,m){for(var g=0;g<n.length;g++){var v=e.getTile(n[g]),y=v.getBucket(r);if(y){var b=y.bufferGroups,x=i?b.glyph:b.icon;x.length&&(t.enableTileClippingMask(n[g]),o(t,r,n[g].posMatrix,v,y,x,i,i||y.sdfIcons,!i&&y.iconsNeedLinear,i?y.adjustedTextSize:y.adjustedIconSize,y.fontstack,a,s,l,u,c,h,f,p,d,m))}}}function o(t,e,r,n,i,o,s,u,c,h,f,p,d,m,g,v,y,b,x,_,w){var M,k,A,T=t.gl,E=t.transform,S="map"===m,L="map"===g,z=s?24:1,I=v/z;if(L?(k=l(n,1,t.transform.zoom)*I,A=1/Math.cos(E._pitch),M=[k,k]):(k=t.transform.altitude*I,A=1,M=[E.pixelsToGLUnits[0]*k,E.pixelsToGLUnits[1]*k]),s||t.style.sprite.loaded()){var P=t.useProgram(u?"sdf":"icon");if(T.uniformMatrix4fv(P.u_matrix,!1,t.translatePosMatrix(r,n,p,d)),T.uniform1i(P.u_rotate_with_map,S),T.uniform1i(P.u_pitch_with_map,L),T.uniform2fv(P.u_extrude_scale,M),T.activeTexture(T.TEXTURE0),T.uniform1i(P.u_texture,0),s){var C=f&&t.glyphSource.getGlyphAtlas(f);if(!C)return;C.updateTexture(T),T.uniform2f(P.u_texsize,C.width/4,C.height/4)}else{var R=t.options.rotating||t.options.zooming,j=1!==I||a.devicePixelRatio!==t.spriteAtlas.pixelRatio||c,D=L||t.transform.pitch;t.spriteAtlas.bind(T,u||R||j||D),T.uniform2f(P.u_texsize,t.spriteAtlas.width/4,t.spriteAtlas.height/4)}var O=Math.log(v/h)/Math.LN2||0;T.uniform1f(P.u_zoom,10*(t.transform.zoom-O)),T.activeTexture(T.TEXTURE1),t.frameHistory.bind(T),T.uniform1i(P.u_fadetexture,1);var F;if(u){var N=8,B=1.19,U=6,V=.105*z/v/a.devicePixelRatio;if(y){T.uniform1f(P.u_gamma,(x*B/I/N+V)*A),T.uniform4fv(P.u_color,b),T.uniform1f(P.u_opacity,_),T.uniform1f(P.u_buffer,(U-y/I)/N);for(var q=0;q<o.length;q++)F=o[q],F.vaos[e.id].bind(T,P,F.layoutVertexBuffer,F.elementBuffer),T.drawElements(T.TRIANGLES,3*F.elementBuffer.length,T.UNSIGNED_SHORT,0)}T.uniform1f(P.u_gamma,V*A),T.uniform4fv(P.u_color,w),T.uniform1f(P.u_opacity,_),T.uniform1f(P.u_buffer,.75),T.uniform1f(P.u_pitch,E.pitch/360*2*Math.PI),T.uniform1f(P.u_bearing,E.bearing/360*2*Math.PI),T.uniform1f(P.u_aspect_ratio,E.width/E.height);for(var G=0;G<o.length;G++)F=o[G],F.vaos[e.id].bind(T,P,F.layoutVertexBuffer,F.elementBuffer),T.drawElements(T.TRIANGLES,3*F.elementBuffer.length,T.UNSIGNED_SHORT,0)}else{T.uniform1f(P.u_opacity,_);for(var H=0;H<o.length;H++)F=o[H],F.vaos[e.id].bind(T,P,F.layoutVertexBuffer,F.elementBuffer),T.drawElements(T.TRIANGLES,3*F.elementBuffer.length,T.UNSIGNED_SHORT,0)}}}var a=t("../util/browser"),s=t("./draw_collision_debug"),l=t("../source/pixels_to_tile_units");e.exports=n},{"../source/pixels_to_tile_units":287,"../util/browser":350,"./draw_collision_debug":271}],277:[function(t,e,r){"use strict";function n(){this.changeTimes=new Float64Array(256),this.changeOpacities=new Uint8Array(256),this.opacities=new Uint8ClampedArray(256),this.array=new Uint8Array(this.opacities.buffer),this.fadeDuration=300,this.previousZoom=0,this.firstFrame=!0}e.exports=n,n.prototype.record=function(t){var e=Date.now();this.firstFrame&&(e=0,this.firstFrame=!1),t=Math.floor(10*t);var r;if(t<this.previousZoom)for(r=t+1;r<=this.previousZoom;r++)this.changeTimes[r]=e,this.changeOpacities[r]=this.opacities[r];else for(r=t;r>this.previousZoom;r--)this.changeTimes[r]=e,this.changeOpacities[r]=this.opacities[r];for(r=0;256>r;r++){var n=e-this.changeTimes[r],i=n/this.fadeDuration*255;t>=r?this.opacities[r]=this.changeOpacities[r]+i:this.opacities[r]=this.changeOpacities[r]-i}this.changed=!0,this.previousZoom=t},n.prototype.bind=function(t){this.texture?(t.bindTexture(t.TEXTURE_2D,this.texture),this.changed&&(t.texSubImage2D(t.TEXTURE_2D,0,0,0,256,1,t.ALPHA,t.UNSIGNED_BYTE,this.array),this.changed=!1)):(this.texture=t.createTexture(),t.bindTexture(t.TEXTURE_2D,this.texture),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_S,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_T,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MIN_FILTER,t.NEAREST),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MAG_FILTER,t.NEAREST),t.texImage2D(t.TEXTURE_2D,0,t.ALPHA,256,1,0,t.ALPHA,t.UNSIGNED_BYTE,this.array))}},{}],278:[function(t,e,r){"use strict";function n(t,e){this.width=t,this.height=e,this.nextRow=0,this.bytes=4,this.data=new Uint8Array(this.width*this.height*this.bytes),this.positions={}}var i=t("../util/util");e.exports=n,n.prototype.setSprite=function(t){this.sprite=t},n.prototype.getDash=function(t,e){var r=t.join(",")+e;return this.positions[r]||(this.positions[r]=this.addDash(t,e)),this.positions[r]},n.prototype.addDash=function(t,e){var r=e?7:0,n=2*r+1,o=128;if(this.nextRow+n>this.height)return i.warnOnce("LineAtlas out of space"),null;for(var a=0,s=0;s<t.length;s++)a+=t[s];for(var l=this.width/a,u=l/2,c=t.length%2===1,h=-r;r>=h;h++)for(var f=this.nextRow+r+h,p=this.width*f,d=c?-t[t.length-1]:0,m=t[0],g=1,v=0;v<this.width;v++){for(;v/l>m;)d=m,m+=t[g],c&&g===t.length-1&&(m+=t[0]),g++;var y,b=Math.abs(v-d*l),x=Math.abs(v-m*l),_=Math.min(b,x),w=g%2===1;if(e){var M=r?h/r*(u+1):0;if(w){var k=u-Math.abs(M);y=Math.sqrt(_*_+k*k)}else y=u-Math.sqrt(_*_+M*M)}else y=(w?1:-1)*_;this.data[3+4*(p+v)]=Math.max(0,Math.min(255,y+o))}var A={y:(this.nextRow+r+.5)/this.height,height:2*r/this.height,width:a};return this.nextRow+=n,this.dirty=!0,A},n.prototype.bind=function(t){this.texture?(t.bindTexture(t.TEXTURE_2D,this.texture),this.dirty&&(this.dirty=!1,t.texSubImage2D(t.TEXTURE_2D,0,0,0,this.width,this.height,t.RGBA,t.UNSIGNED_BYTE,this.data))):(this.texture=t.createTexture(),t.bindTexture(t.TEXTURE_2D,this.texture),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_S,t.REPEAT),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_T,t.REPEAT),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MIN_FILTER,t.LINEAR),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MAG_FILTER,t.LINEAR),t.texImage2D(t.TEXTURE_2D,0,t.RGBA,this.width,this.height,0,t.RGBA,t.UNSIGNED_BYTE,this.data))}},{"../util/util":366}],279:[function(t,e,r){"use strict";function n(t,e){this.gl=t,this.transform=e,this.reusableTextures={},this.preFbos={},this.frameHistory=new a,this.setup(),this.numSublayers=s.maxUnderzooming+s.maxOverzooming+1,this.depthEpsilon=1/Math.pow(2,16),this.lineWidthRange=t.getParameter(t.ALIASED_LINE_WIDTH_RANGE)}var i=t("../util/browser"),o=t("gl-matrix").mat4,a=t("./frame_history"),s=t("../source/source_cache"),l=t("../data/bucket").EXTENT,u=t("../source/pixels_to_tile_units"),c=t("../util/util"),h=t("../util/struct_array"),f=t("../data/buffer"),p=t("./vertex_array_object"),d=t("./draw_raster").RasterBoundsArray,m=t("./create_uniform_pragmas");e.exports=n,c.extend(n.prototype,t("./painter/use_program")),n.prototype.resize=function(t,e){var r=this.gl;this.width=t*i.devicePixelRatio,this.height=e*i.devicePixelRatio,r.viewport(0,0,this.width,this.height)},n.prototype.setup=function(){var t=this.gl;t.verbose=!0,t.enable(t.BLEND),t.blendFunc(t.ONE,t.ONE_MINUS_SRC_ALPHA),t.enable(t.STENCIL_TEST),t.enable(t.DEPTH_TEST),t.depthFunc(t.LEQUAL),this._depthMask=!1,t.depthMask(!1);var e=this.PosArray=new h({members:[{name:"a_pos",type:"Int16",components:2}]}),r=new e;r.emplaceBack(0,0),r.emplaceBack(l,0),r.emplaceBack(0,l),r.emplaceBack(l,l),this.tileExtentBuffer=new f(r.serialize(),e.serialize(),f.BufferType.VERTEX),this.tileExtentVAO=new p,this.tileExtentPatternVAO=new p;var n=new e;n.emplaceBack(0,0),n.emplaceBack(l,0),n.emplaceBack(l,l),n.emplaceBack(0,l),n.emplaceBack(0,0),this.debugBuffer=new f(n.serialize(),e.serialize(),f.BufferType.VERTEX),this.debugVAO=new p;var i=new d;i.emplaceBack(0,0,0,0),i.emplaceBack(l,0,32767,0),i.emplaceBack(0,l,0,32767),i.emplaceBack(l,l,32767,32767),this.rasterBoundsBuffer=new f(i.serialize(),d.serialize(),f.BufferType.VERTEX),this.rasterBoundsVAO=new p},n.prototype.clearColor=function(){var t=this.gl;t.clearColor(0,0,0,0),t.clear(t.COLOR_BUFFER_BIT)},n.prototype.clearStencil=function(){var t=this.gl;t.clearStencil(0),t.stencilMask(255),t.clear(t.STENCIL_BUFFER_BIT)},n.prototype.clearDepth=function(){var t=this.gl;t.clearDepth(1),this.depthMask(!0),t.clear(t.DEPTH_BUFFER_BIT)},n.prototype._renderTileClippingMasks=function(t){var e=this.gl;e.colorMask(!1,!1,!1,!1),this.depthMask(!1),e.disable(e.DEPTH_TEST),e.enable(e.STENCIL_TEST),e.stencilMask(248),e.stencilOp(e.KEEP,e.KEEP,e.REPLACE);var r=1;this._tileClippingMaskIDs={};for(var n=0;n<t.length;n++){var i=t[n],o=this._tileClippingMaskIDs[i.id]=r++<<3;e.stencilFunc(e.ALWAYS,o,248);var a=m([{name:"u_color",components:4},{name:"u_opacity",components:1}]),s=this.useProgram("fill",[],a,a);e.uniformMatrix4fv(s.u_matrix,!1,i.posMatrix),this.tileExtentVAO.bind(e,s,this.tileExtentBuffer),e.drawArrays(e.TRIANGLE_STRIP,0,this.tileExtentBuffer.length)}e.stencilMask(0),e.colorMask(!0,!0,!0,!0),this.depthMask(!0),e.enable(e.DEPTH_TEST)},n.prototype.enableTileClippingMask=function(t){var e=this.gl;e.stencilFunc(e.EQUAL,this._tileClippingMaskIDs[t.id],248)},n.prototype.prepareBuffers=function(){},n.prototype.bindDefaultFramebuffer=function(){var t=this.gl;t.bindFramebuffer(t.FRAMEBUFFER,null)};var g={symbol:t("./draw_symbol"),circle:t("./draw_circle"),line:t("./draw_line"),fill:t("./draw_fill"),raster:t("./draw_raster"),background:t("./draw_background"),debug:t("./draw_debug")};n.prototype.render=function(t,e){this.style=t,this.options=e,this.lineAtlas=t.lineAtlas,this.spriteAtlas=t.spriteAtlas,this.spriteAtlas.setSprite(t.sprite),this.glyphSource=t.glyphSource,this.frameHistory.record(this.transform.zoom),this.prepareBuffers(),this.clearColor(),this.clearDepth(),this.showOverdrawInspector(e.showOverdrawInspector),this.depthRange=(t._order.length+2)*this.numSublayers*this.depthEpsilon,this.renderPass({isOpaquePass:!0}),this.renderPass({isOpaquePass:!1})},n.prototype.renderPass=function(t){var e=this.style._groups,r=t.isOpaquePass;this.currentLayer=r?this.style._order.length:-1;for(var n=0;n<e.length;n++){var i,o=e[r?e.length-1-n:n],a=this.style.sources[o.source],s=[];if(a){for(s=a.getVisibleCoordinates(),i=0;i<s.length;i++)s[i].posMatrix=this.transform.calculatePosMatrix(s[i],a.maxzoom);this.clearStencil(),a.prepare&&a.prepare(),a.isTileClipped&&this._renderTileClippingMasks(s)}for(r?(this._showOverdrawInspector||this.gl.disable(this.gl.BLEND),this.isOpaquePass=!0):(this.gl.enable(this.gl.BLEND),this.isOpaquePass=!1,s.reverse()),i=0;i<o.length;i++){var l=o[r?o.length-1-i:i];this.currentLayer+=r?-1:1,this.renderLayer(this,a,l,s)}a&&g.debug(this,a,s)}},n.prototype.depthMask=function(t){t!==this._depthMask&&(this._depthMask=t,this.gl.depthMask(t))},n.prototype.renderLayer=function(t,e,r,n){r.isHidden(this.transform.zoom)||("background"===r.type||n.length)&&(this.id=r.id,g[r.type](t,e,r,n))},n.prototype.setDepthSublayer=function(t){var e=1-((1+this.currentLayer)*this.numSublayers+t)*this.depthEpsilon,r=e-1+this.depthRange;this.gl.depthRange(r,e)},n.prototype.translatePosMatrix=function(t,e,r,n){if(!r[0]&&!r[1])return t;if("viewport"===n){var i=Math.sin(-this.transform.angle),a=Math.cos(-this.transform.angle);r=[r[0]*a-r[1]*i,r[0]*i+r[1]*a]}var s=[u(e,r[0],this.transform.zoom),u(e,r[1],this.transform.zoom),0],l=new Float32Array(16);return o.translate(l,t,s),l},n.prototype.saveTexture=function(t){var e=this.reusableTextures[t.size];e?e.push(t):this.reusableTextures[t.size]=[t]},n.prototype.getTexture=function(t){var e=this.reusableTextures[t];return e&&e.length>0?e.pop():null},n.prototype.lineWidth=function(t){this.gl.lineWidth(c.clamp(t,this.lineWidthRange[0],this.lineWidthRange[1]))},n.prototype.showOverdrawInspector=function(t){if(t||this._showOverdrawInspector){this._showOverdrawInspector=t;var e=this.gl;if(t){e.blendFunc(e.CONSTANT_COLOR,e.ONE);var r=8,n=1/r;e.blendColor(n,n,n,0),e.clearColor(0,0,0,1),e.clear(e.COLOR_BUFFER_BIT)}else e.blendFunc(e.ONE,e.ONE_MINUS_SRC_ALPHA)}}},{"../data/bucket":253,"../data/buffer":258,"../source/pixels_to_tile_units":287,"../source/source_cache":291,"../util/browser":350,"../util/struct_array":364,"../util/util":366,"./create_uniform_pragmas":268,"./draw_background":269,"./draw_circle":270,"./draw_debug":272,"./draw_fill":273,"./draw_line":274,"./draw_raster":275,"./draw_symbol":276,"./frame_history":277,"./painter/use_program":280,"./vertex_array_object":281,"gl-matrix":382}],280:[function(t,e,r){"use strict";function n(t,e){return t.replace(/#pragma mapbox: ([\w]+) ([\w]+) ([\w]+) ([\w]+)/g,function(t,r,n,i,o){return e[r][o].replace(/{type}/g,i).replace(/{precision}/g,n)})}var i=t("../../util/util"),o=t("mapbox-gl-shaders"),a=o.util;e.exports._createProgram=function(t,e,r,s){for(var l=this.gl,u=l.createProgram(),c=o[t],h="#define MAPBOX_GL_JS;\n",f=0;f<e.length;f++)h+="#define "+e[f]+";\n";var p=l.createShader(l.FRAGMENT_SHADER);l.shaderSource(p,n(h+c.fragmentSource,s)),l.compileShader(p),l.attachShader(u,p);var d=l.createShader(l.VERTEX_SHADER);l.shaderSource(d,n(h+a+c.vertexSource,r)),l.compileShader(d),l.attachShader(u,d),l.linkProgram(u);for(var m={},g=l.getProgramParameter(u,l.ACTIVE_ATTRIBUTES),v=0;g>v;v++){var y=l.getActiveAttrib(u,v);m[y.name]=l.getAttribLocation(u,y.name)}for(var b={},x=l.getProgramParameter(u,l.ACTIVE_UNIFORMS),_=0;x>_;_++){
var w=l.getActiveUniform(u,_);b[w.name]=l.getUniformLocation(u,w.name)}return i.extend({program:u,definition:c,attributes:m,numAttributes:g},m,b)},e.exports._createProgramCached=function(t,e,r,n){this.cache=this.cache||{};var i=JSON.stringify({name:t,defines:e,vertexPragmas:r,fragmentPragmas:n});return this.cache[i]||(this.cache[i]=this._createProgram(t,e,r,n)),this.cache[i]},e.exports.useProgram=function(t,e,r,n){var i=this.gl;e=e||[],this._showOverdrawInspector&&(e=e.concat("OVERDRAW_INSPECTOR"));var o=this._createProgramCached(t,e,r,n),a=this.currentProgram;return a!==o&&(i.useProgram(o.program),this.currentProgram=o),o}},{"../../util/util":366,"mapbox-gl-shaders":394}],281:[function(t,e,r){"use strict";function n(){this.boundProgram=null,this.boundVertexBuffer=null,this.boundVertexBuffer2=null,this.boundElementBuffer=null,this.vao=null}e.exports=n,n.prototype.bind=function(t,e,r,n,i){void 0===t.extVertexArrayObject&&(t.extVertexArrayObject=t.getExtension("OES_vertex_array_object"));var o=!this.vao||this.boundProgram!==e||this.boundVertexBuffer!==r||this.boundVertexBuffer2!==i||this.boundElementBuffer!==n;!t.extVertexArrayObject||o?this.freshBind(t,e,r,n,i):t.extVertexArrayObject.bindVertexArrayOES(this.vao)},n.prototype.freshBind=function(t,e,r,n,i){var o,a=e.numAttributes;if(t.extVertexArrayObject)this.vao&&this.destroy(t),this.vao=t.extVertexArrayObject.createVertexArrayOES(),t.extVertexArrayObject.bindVertexArrayOES(this.vao),o=0,this.boundProgram=e,this.boundVertexBuffer=r,this.boundVertexBuffer2=i,this.boundElementBuffer=n;else{o=t.currentNumAttributes||0;for(var s=a;o>s;s++)t.disableVertexAttribArray(s)}for(var l=o;a>l;l++)t.enableVertexAttribArray(l);r.bind(t),r.setVertexAttribPointers(t,e),i&&(i.bind(t),i.setVertexAttribPointers(t,e)),n&&n.bind(t),t.currentNumAttributes=a},n.prototype.unbind=function(t){var e=t.extVertexArrayObject;e&&e.bindVertexArrayOES(null)},n.prototype.destroy=function(t){var e=t.extVertexArrayObject;e&&this.vao&&(e.deleteVertexArrayOES(this.vao),this.vao=null)}},{}],282:[function(t,e,r){"use strict";function n(t,e,r){e=e||{},this.id=t,this.dispatcher=r,this._data=e.data,void 0!==e.maxzoom&&(this.maxzoom=e.maxzoom),e.type&&(this.type=e.type);var n=s/this.tileSize;this.workerOptions=o.extend({source:this.id,cluster:e.cluster||!1,geojsonVtOptions:{buffer:(void 0!==e.buffer?e.buffer:128)*n,tolerance:(void 0!==e.tolerance?e.tolerance:.375)*n,extent:s,maxZoom:this.maxzoom},superclusterOptions:{maxZoom:Math.min(e.clusterMaxZoom,this.maxzoom-1)||this.maxzoom-1,extent:s,radius:(e.clusterRadius||50)*n,log:!1}},e.workerOptions),this._updateWorkerData(function(t){return t?void this.fire("error",{error:t}):void this.fire("load")}.bind(this))}var i=t("../util/evented"),o=t("../util/util"),a=t("resolve-url"),s=t("../data/bucket").EXTENT;e.exports=n,n.prototype=o.inherit(i,{type:"geojson",minzoom:0,maxzoom:18,tileSize:512,isTileClipped:!0,reparseOverscaled:!0,onAdd:function(t){this.map=t},setData:function(t){return this._data=t,this._updateWorkerData(function(t){return t?this.fire("error",{error:t}):void this.fire("change")}.bind(this)),this},_updateWorkerData:function(t){var e=o.extend({},this.workerOptions),r=this._data;"string"==typeof r?e.url="undefined"!=typeof window?a(window.location.href,r):r:e.data=JSON.stringify(r),this.workerID=this.dispatcher.send(this.type+".loadData",e,function(e){this._loaded=!0,t(e)}.bind(this))},loadTile:function(t,e){var r=t.coord.z>this.maxzoom?Math.pow(2,t.coord.z-this.maxzoom):1,n={type:this.type,uid:t.uid,coord:t.coord,zoom:t.coord.z,maxZoom:this.maxzoom,tileSize:this.tileSize,source:this.id,overscaling:r,angle:this.map.transform.angle,pitch:this.map.transform.pitch,showCollisionBoxes:this.map.showCollisionBoxes};t.workerID=this.dispatcher.send("load tile",n,function(r,n){return t.unloadVectorData(this.map.painter),t.aborted?void 0:r?e(r):(t.loadVectorData(n,this.map.style),t.redoWhenDone&&(t.redoWhenDone=!1,t.redoPlacement(this)),e(null))}.bind(this),this.workerID)},abortTile:function(t){t.aborted=!0},unloadTile:function(t){t.unloadVectorData(this.map.painter),this.dispatcher.send("remove tile",{uid:t.uid,source:this.id},function(){},t.workerID)},serialize:function(){return{type:this.type,data:this._data}}})},{"../data/bucket":253,"../util/evented":358,"../util/util":366,"resolve-url":426}],283:[function(t,e,r){"use strict";function n(t,e,r){r&&(this.loadGeoJSON=r),h.call(this,t,e)}var i=t("../util/util"),o=t("../util/ajax"),a=t("geojson-rewind"),s=t("./geojson_wrapper"),l=t("vt-pbf"),u=t("supercluster"),c=t("geojson-vt"),h=t("./vector_tile_worker_source");e.exports=n,n.prototype=i.inherit(h,{_geoJSONIndexes:{},loadVectorData:function(t,e){var r=t.source,n=t.coord;if(!this._geoJSONIndexes[r])return e(null,null);var i=this._geoJSONIndexes[r].getTile(Math.min(n.z,t.maxZoom),n.x,n.y);if(!i)return e(null,null);var o=new s(i.features);o.name="_geojsonTileLayer";var a=l({layers:{_geojsonTileLayer:o}});0===a.byteOffset&&a.byteLength===a.buffer.byteLength||(a=new Uint8Array(a)),e(null,{tile:o,rawTileData:a.buffer})},loadData:function(t,e){var r=function(r,n){return r?e(r):"object"!=typeof n?e(new Error("Input data is not a valid GeoJSON object.")):(a(n,!0),void this._indexData(n,t,function(r,n){return r?e(r):(this._geoJSONIndexes[t.source]=n,void e(null))}.bind(this)))}.bind(this);this.loadGeoJSON(t,r)},loadGeoJSON:function(t,e){if(t.url)o.getJSON(t.url,e);else{if("string"!=typeof t.data)return e(new Error("Input data is not a valid GeoJSON object."));try{return e(null,JSON.parse(t.data))}catch(r){return e(new Error("Input data is not a valid GeoJSON object."))}}},_indexData:function(t,e,r){try{e.cluster?r(null,u(e.superclusterOptions).load(t.features)):r(null,c(t,e.geojsonVtOptions))}catch(n){return r(n)}}})},{"../util/ajax":349,"../util/util":366,"./geojson_wrapper":284,"./vector_tile_worker_source":295,"geojson-rewind":371,"geojson-vt":377,supercluster:428,"vt-pbf":438}],284:[function(t,e,r){"use strict";function n(t){this.features=t,this.length=t.length,this.extent=s}function i(t){if(this.type=t.type,1===t.type){this.rawGeometry=[];for(var e=0;e<t.geometry.length;e++)this.rawGeometry.push([t.geometry[e]])}else this.rawGeometry=t.geometry;this.properties=t.tags,this.extent=s}var o=t("point-geometry"),a=t("vector-tile").VectorTileFeature,s=t("../data/bucket").EXTENT;e.exports=n,n.prototype.feature=function(t){return new i(this.features[t])},i.prototype.loadGeometry=function(){var t=this.rawGeometry;this.geometry=[];for(var e=0;e<t.length;e++){for(var r=t[e],n=[],i=0;i<r.length;i++)n.push(new o(r[i][0],r[i][1]));this.geometry.push(n)}return this.geometry},i.prototype.bbox=function(){this.geometry||this.loadGeometry();for(var t=this.geometry,e=1/0,r=-(1/0),n=1/0,i=-(1/0),o=0;o<t.length;o++)for(var a=t[o],s=0;s<a.length;s++){var l=a[s];e=Math.min(e,l.x),r=Math.max(r,l.x),n=Math.min(n,l.y),i=Math.max(i,l.y)}return[e,n,r,i]},i.prototype.toGeoJSON=a.prototype.toGeoJSON},{"../data/bucket":253,"point-geometry":424,"vector-tile":434}],285:[function(t,e,r){"use strict";function n(t,e,r){this.id=t,this.dispatcher=r,this.url=e.url,this.coordinates=e.coordinates,u.getImage(e.url,function(t,r){return t?this.fire("error",{error:t}):(this.image=r,this.image.addEventListener("load",function(){this.map._rerender()}.bind(this)),this._loaded=!0,this.fire("load"),void(this.map&&this.setCoordinates(e.coordinates)))}.bind(this))}var i=t("../util/util"),o=t("./tile_coord"),a=t("../geo/lng_lat"),s=t("point-geometry"),l=t("../util/evented"),u=t("../util/ajax"),c=t("../data/bucket").EXTENT,h=t("../render/draw_raster").RasterBoundsArray,f=t("../data/buffer"),p=t("../render/vertex_array_object");e.exports=n,n.prototype=i.inherit(l,{minzoom:0,maxzoom:22,tileSize:512,onAdd:function(t){this.map=t,this.image&&this.setCoordinates(this.coordinates)},setCoordinates:function(t){this.coordinates=t;var e=this.map,r=t.map(function(t){return e.transform.locationCoordinate(a.convert(t)).zoomTo(0)}),n=this.centerCoord=i.getCoordinatesCenter(r);return n.column=Math.round(n.column),n.row=Math.round(n.row),this.minzoom=this.maxzoom=n.zoom,this._coord=new o(n.zoom,n.column,n.row),this._tileCoords=r.map(function(t){var e=t.zoomTo(n.zoom);return new s(Math.round((e.column-n.column)*c),Math.round((e.row-n.row)*c))}),this.fire("change"),this},_setTile:function(t){this._prepared=!1,this.tile=t;var e=32767,r=new h;r.emplaceBack(this._tileCoords[0].x,this._tileCoords[0].y,0,0),r.emplaceBack(this._tileCoords[1].x,this._tileCoords[1].y,e,0),r.emplaceBack(this._tileCoords[3].x,this._tileCoords[3].y,0,e),r.emplaceBack(this._tileCoords[2].x,this._tileCoords[2].y,e,e),this.tile.buckets={},this.tile.boundsBuffer=new f(r.serialize(),h.serialize(),f.BufferType.VERTEX),this.tile.boundsVAO=new p,this.tile.state="loaded"},prepare:function(){if(this._loaded&&this.image&&this.image.complete&&this.tile){var t=this.map.painter,e=t.gl;this._prepared?(e.bindTexture(e.TEXTURE_2D,this.tile.texture),e.texSubImage2D(e.TEXTURE_2D,0,0,0,e.RGBA,e.UNSIGNED_BYTE,this.image)):(this.tile.texture=e.createTexture(),e.bindTexture(e.TEXTURE_2D,this.tile.texture),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_WRAP_S,e.CLAMP_TO_EDGE),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_WRAP_T,e.CLAMP_TO_EDGE),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_MIN_FILTER,e.LINEAR),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_MAG_FILTER,e.LINEAR),e.texImage2D(e.TEXTURE_2D,0,e.RGBA,e.RGBA,e.UNSIGNED_BYTE,this.image))}},loadTile:function(t,e){this._coord&&this._coord.toString()===t.coord.toString()?(this._setTile(t),e(null)):(t.state="errored",e(null))},serialize:function(){return{type:"image",urls:this.url,coordinates:this.coordinates}}})},{"../data/bucket":253,"../data/buffer":258,"../geo/lng_lat":263,"../render/draw_raster":275,"../render/vertex_array_object":281,"../util/ajax":349,"../util/evented":358,"../util/util":366,"./tile_coord":293,"point-geometry":424}],286:[function(t,e,r){"use strict";var n=t("../util/util"),i=t("../util/ajax"),o=t("../util/browser"),a=t("../util/mapbox").normalizeSourceURL;e.exports=function(t,e){var r=function(t,r){if(t)return e(t);var i=n.pick(r,["tiles","minzoom","maxzoom","attribution"]);r.vector_layers&&(i.vectorLayers=r.vector_layers,i.vectorLayerIds=i.vectorLayers.map(function(t){return t.id})),e(null,i)};t.url?i.getJSON(a(t.url),r):o.frame(r.bind(null,null,t))}},{"../util/ajax":349,"../util/browser":350,"../util/mapbox":363,"../util/util":366}],287:[function(t,e,r){"use strict";var n=t("../data/bucket");e.exports=function(t,e,r){return e*(n.EXTENT/(t.tileSize*Math.pow(2,r-t.coord.z)))}},{"../data/bucket":253}],288:[function(t,e,r){"use strict";function n(t,e){var r=t.coord,n=e.coord;return r.z-n.z||r.y-n.y||r.w-n.w||r.x-n.x}function i(t){for(var e=t[0]||{},r=1;r<t.length;r++){var n=t[r];for(var i in n){var o=n[i],a=e[i];if(void 0===a)a=e[i]=o;else for(var s=0;s<o.length;s++)a.push(o[s])}}return e}var o=t("./tile_coord");r.rendered=function(t,e,r,o,a,s){var l=t.tilesIn(r);l.sort(n);for(var u=[],c=0;c<l.length;c++){var h=l[c];h.tile.featureIndex&&u.push(h.tile.featureIndex.query({queryGeometry:h.queryGeometry,scale:h.scale,tileSize:h.tile.tileSize,bearing:s,params:o},e))}return i(u)},r.source=function(t,e){for(var r=t.renderedIDs().map(function(e){return t.getTileByID(e)}),n=[],i={},a=0;a<r.length;a++){var s=r[a],l=new o(Math.min(s.sourceMaxZoom,s.coord.z),s.coord.x,s.coord.y,0).id;i[l]||(i[l]=!0,s.querySourceFeatures(n,e))}return n}},{"./tile_coord":293}],289:[function(t,e,r){"use strict";function n(t,e,r){this.id=t,this.dispatcher=r,i.extend(this,i.pick(e,["url","scheme","tileSize"])),s(e,function(t,e){return t?this.fire("error",t):(i.extend(this,e),void this.fire("load"))}.bind(this))}var i=t("../util/util"),o=t("../util/ajax"),a=t("../util/evented"),s=t("./load_tilejson"),l=t("../util/mapbox").normalizeTileURL;e.exports=n,n.prototype=i.inherit(a,{minzoom:0,maxzoom:22,roundZoom:!0,scheme:"xyz",tileSize:512,_loaded:!1,onAdd:function(t){this.map=t},serialize:function(){return{type:"raster",url:this.url,tileSize:this.tileSize}},loadTile:function(t,e){function r(r,n){if(delete t.request,!t.aborted){if(r)return e(r);var i=this.map.painter.gl;t.texture=this.map.painter.getTexture(n.width),t.texture?(i.bindTexture(i.TEXTURE_2D,t.texture),i.texSubImage2D(i.TEXTURE_2D,0,0,0,i.RGBA,i.UNSIGNED_BYTE,n)):(t.texture=i.createTexture(),i.bindTexture(i.TEXTURE_2D,t.texture),i.texParameteri(i.TEXTURE_2D,i.TEXTURE_MIN_FILTER,i.LINEAR_MIPMAP_NEAREST),i.texParameteri(i.TEXTURE_2D,i.TEXTURE_MAG_FILTER,i.LINEAR),i.texParameteri(i.TEXTURE_2D,i.TEXTURE_WRAP_S,i.CLAMP_TO_EDGE),i.texParameteri(i.TEXTURE_2D,i.TEXTURE_WRAP_T,i.CLAMP_TO_EDGE),i.pixelStorei(i.UNPACK_PREMULTIPLY_ALPHA_WEBGL,!0),i.texImage2D(i.TEXTURE_2D,0,i.RGBA,i.RGBA,i.UNSIGNED_BYTE,n),t.texture.size=n.width),i.generateMipmap(i.TEXTURE_2D),this.map.animationLoop.set(this.map.style.rasterFadeDuration),t.state="loaded",e(null)}}var n=l(t.coord.url(this.tiles,null,this.scheme),this.url,this.tileSize);t.request=o.getImage(n,r.bind(this))},abortTile:function(t){t.request&&(t.request.abort(),delete t.request)},unloadTile:function(t){t.texture&&this.map.painter.saveTexture(t.texture)}})},{"../util/ajax":349,"../util/evented":358,"../util/mapbox":363,"../util/util":366,"./load_tilejson":286}],290:[function(t,e,r){"use strict";var n=t("../util/util"),i={vector:t("../source/vector_tile_source"),raster:t("../source/raster_tile_source"),geojson:t("../source/geojson_source"),video:t("../source/video_source"),image:t("../source/image_source")};r.create=function(t,e,r){if(e=new i[e.type](t,e,r),e.id!==t)throw new Error("Expected Source id to be "+t+" instead of "+e.id);return n.bindAll(["load","abort","unload","serialize","prepare"],e),e},r.getType=function(t){return i[t]},r.setType=function(t,e){i[t]=e}},{"../source/geojson_source":282,"../source/image_source":285,"../source/raster_tile_source":289,"../source/vector_tile_source":294,"../source/video_source":296,"../util/util":366}],291:[function(t,e,r){"use strict";function n(t,e,r){this.id=t,this.dispatcher=r;var n=this._source=a.create(t,e,r).on("load",function(){this.map&&this._source.onAdd&&this._source.onAdd(this.map),this._sourceLoaded=!0,this.tileSize=n.tileSize,this.minzoom=n.minzoom,this.maxzoom=n.maxzoom,this.roundZoom=n.roundZoom,this.reparseOverscaled=n.reparseOverscaled,this.isTileClipped=n.isTileClipped,this.attribution=n.attribution,this.vectorLayerIds=n.vectorLayerIds,this.fire("load")}.bind(this)).on("error",function(t){this._sourceErrored=!0,this.fire("error",t)}.bind(this)).on("change",function(){this.reload(),this.transform&&this.update(this.transform,this.map&&this.map.style.rasterFadeDuration),this.fire("change")}.bind(this));this._tiles={},this._cache=new c(0,this.unloadTile.bind(this)),this._isIdRenderable=this._isIdRenderable.bind(this)}function i(t,e,r){var n=r.zoomTo(Math.min(t.z,e));return{x:(n.column-(t.x+t.w*Math.pow(2,t.z)))*p,y:(n.row-t.y)*p}}function o(t,e){return t%32-e%32}var a=t("./source"),s=t("./tile"),l=t("../util/evented"),u=t("./tile_coord"),c=t("../util/lru_cache"),h=t("../geo/coordinate"),f=t("../util/util"),p=t("../data/bucket").EXTENT;e.exports=n,n.maxOverzooming=10,n.maxUnderzooming=3,n.prototype=f.inherit(l,{onAdd:function(t){this.map=t,this._source&&this._source.onAdd&&this._source.onAdd(t)},loaded:function(){if(this._sourceErrored)return!0;if(!this._sourceLoaded)return!1;for(var t in this._tiles){var e=this._tiles[t];if("loaded"!==e.state&&"errored"!==e.state)return!1}return!0},getSource:function(){return this._source},loadTile:function(t,e){return this._source.loadTile(t,e)},unloadTile:function(t){return this._source.unloadTile?this._source.unloadTile(t):void 0},abortTile:function(t){return this._source.abortTile?this._source.abortTile(t):void 0},serialize:function(){return this._source.serialize()},prepare:function(){return this._sourceLoaded&&this._source.prepare?this._source.prepare():void 0},getIds:function(){return Object.keys(this._tiles).map(Number).sort(o)},getRenderableIds:function(){return this.getIds().filter(this._isIdRenderable)},_isIdRenderable:function(t){return this._tiles[t].isRenderable()&&!this._coveredTiles[t]},reload:function(){this._cache.reset();for(var t in this._tiles){var e=this._tiles[t];"loading"!==e.state&&(e.state="reloading"),this.loadTile(this._tiles[t],this._tileLoaded.bind(this,this._tiles[t]))}},_tileLoaded:function(t,e){return e?(t.state="errored",this.fire("tile.error",{tile:t,error:e}),void this._source.fire("tile.error",{tile:t,error:e})):(t.source=this,t.timeAdded=(new Date).getTime(),this.fire("tile.load",{tile:t}),void this._source.fire("tile.load",{tile:t}))},getTile:function(t){return this.getTileByID(t.id)},getTileByID:function(t){return this._tiles[t]},getZoom:function(t){return t.zoom+t.scaleZoom(t.tileSize/this.tileSize)},findLoadedChildren:function(t,e,r){var n=!1;for(var i in this._tiles){var o=this._tiles[i];if(!(r[i]||!o.isRenderable()||o.coord.z<=t.z||o.coord.z>e)){var a=Math.pow(2,Math.min(o.coord.z,this.maxzoom)-Math.min(t.z,this.maxzoom));if(Math.floor(o.coord.x/a)===t.x&&Math.floor(o.coord.y/a)===t.y)for(r[i]=!0,n=!0;o&&o.coord.z-1>t.z;){var s=o.coord.parent(this.maxzoom).id;o=this._tiles[s],o&&o.isRenderable()&&(delete r[i],r[s]=!0)}}}return n},findLoadedParent:function(t,e,r){for(var n=t.z-1;n>=e;n--){t=t.parent(this.maxzoom);var i=this._tiles[t.id];if(i&&i.isRenderable())return r[t.id]=!0,i;if(this._cache.has(t.id))return this.addTile(t),r[t.id]=!0,this._tiles[t.id]}},updateCacheSize:function(t){var e=Math.ceil(t.width/t.tileSize)+1,r=Math.ceil(t.height/t.tileSize)+1,n=e*r,i=5;this._cache.setMaxSize(Math.floor(n*i))},update:function(t,e){if(this._sourceLoaded){var r,i,o;this.updateCacheSize(t);var a=(this.roundZoom?Math.round:Math.floor)(this.getZoom(t)),s=Math.max(a-n.maxOverzooming,this.minzoom),l=Math.max(a+n.maxUnderzooming,this.minzoom),c={},h=(new Date).getTime();this._coveredTiles={};var p=this.used?t.coveringTiles(this._source):[];for(r=0;r<p.length;r++)i=p[r],o=this.addTile(i),c[i.id]=!0,o.isRenderable()||this.findLoadedChildren(i,l,c)||this.findLoadedParent(i,s,c);for(var d={},m=Object.keys(c),g=0;g<m.length;g++){var v=m[g];i=u.fromID(v),o=this._tiles[v],o&&o.timeAdded>h-(e||0)&&(this.findLoadedChildren(i,l,c)&&(c[v]=!0),this.findLoadedParent(i,s,d))}var y;for(y in d)c[y]||(this._coveredTiles[y]=!0);for(y in d)c[y]=!0;var b=f.keysDifference(this._tiles,c);for(r=0;r<b.length;r++)this.removeTile(+b[r]);this.transform=t}},addTile:function(t){var e=this._tiles[t.id];if(e)return e;var r=t.wrapped();if(e=this._tiles[r.id],e||(e=this._cache.get(r.id),e&&this._redoPlacement&&this._redoPlacement(e)),!e){var n=t.z,i=n>this.maxzoom?Math.pow(2,n-this.maxzoom):1;e=new s(r,this.tileSize*i,this.maxzoom),this.loadTile(e,this._tileLoaded.bind(this,e))}return e.uses++,this._tiles[t.id]=e,this.fire("tile.add",{tile:e}),this._source.fire("tile.add",{tile:e}),e},removeTile:function(t){var e=this._tiles[t];e&&(e.uses--,delete this._tiles[t],this.fire("tile.remove",{tile:e}),this._source.fire("tile.remove",{tile:e}),e.uses>0||(e.isRenderable()?this._cache.add(e.coord.wrapped().id,e):(e.aborted=!0,this.abortTile(e),this.unloadTile(e))))},clearTiles:function(){for(var t in this._tiles)this.removeTile(t);this._cache.reset()},tilesIn:function(t){for(var e={},r=this.getIds(),n=1/0,o=1/0,a=-(1/0),s=-(1/0),l=t[0].zoom,c=0;c<t.length;c++){var f=t[c];n=Math.min(n,f.column),o=Math.min(o,f.row),a=Math.max(a,f.column),s=Math.max(s,f.row)}for(var d=0;d<r.length;d++){var m=this._tiles[r[d]],g=u.fromID(r[d]),v=[i(g,m.sourceMaxZoom,new h(n,o,l)),i(g,m.sourceMaxZoom,new h(a,s,l))];if(v[0].x<p&&v[0].y<p&&v[1].x>=0&&v[1].y>=0){for(var y=[],b=0;b<t.length;b++)y.push(i(g,m.sourceMaxZoom,t[b]));var x=e[m.coord.id];void 0===x&&(x=e[m.coord.id]={tile:m,coord:g,queryGeometry:[],scale:Math.pow(2,this.transform.zoom-m.coord.z)}),x.queryGeometry.push(y)}}var _=[];for(var w in e)_.push(e[w]);return _},redoPlacement:function(){for(var t=this.getIds(),e=0;e<t.length;e++){var r=this.getTileByID(t[e]);r.redoPlacement(this)}},getVisibleCoordinates:function(){return this.getRenderableIds().map(u.fromID)}})},{"../data/bucket":253,"../geo/coordinate":262,"../util/evented":358,"../util/lru_cache":362,"../util/util":366,"./source":290,"./tile":292,"./tile_coord":293}],292:[function(t,e,r){"use strict";function n(t,e,r){this.coord=t,this.uid=o.uniqueId(),this.uses=0,this.tileSize=e,this.sourceMaxZoom=r,this.buckets={},this.state="loading"}function i(t,e){if(e){for(var r={},n=0;n<t.length;n++){var i=e.getLayer(t[n].layerId);if(i){var s=a.create(o.extend({layer:i,childLayers:t[n].childLayerIds.map(e.getLayer.bind(e)).filter(function(t){return t})},t[n]));r[s.id]=s}}return r}}var o=t("../util/util"),a=t("../data/bucket"),s=t("../data/feature_index"),l=t("vector-tile"),u=t("pbf"),c=t("../util/vectortile_to_geojson"),h=t("feature-filter"),f=t("../symbol/collision_tile"),p=t("../symbol/collision_box"),d=t("../symbol/symbol_instances"),m=t("../symbol/symbol_quads");e.exports=n,n.prototype={loadVectorData:function(t,e){this.state="loaded",t&&(this.collisionBoxArray=new p(t.collisionBoxArray),this.collisionTile=new f(t.collisionTile,this.collisionBoxArray),this.symbolInstancesArray=new d(t.symbolInstancesArray),this.symbolQuadsArray=new m(t.symbolQuadsArray),this.featureIndex=new s(t.featureIndex,t.rawTileData,this.collisionTile),this.rawTileData=t.rawTileData,this.buckets=i(t.buckets,e))},reloadSymbolData:function(t,e,r){if("unloaded"!==this.state){this.collisionTile=new f(t.collisionTile,this.collisionBoxArray),this.featureIndex.setCollisionTile(this.collisionTile);for(var n in this.buckets){var a=this.buckets[n];"symbol"===a.type&&(a.destroy(e.gl),delete this.buckets[n])}o.extend(this.buckets,i(t.buckets,r))}},unloadVectorData:function(t){for(var e in this.buckets){var r=this.buckets[e];r.destroy(t.gl)}this.collisionBoxArray=null,this.symbolQuadsArray=null,this.symbolInstancesArray=null,this.collisionTile=null,this.featureIndex=null,this.rawTileData=null,this.buckets=null,this.state="unloaded"},redoPlacement:function(t){function e(e,r){this.reloadSymbolData(r,t.map.painter,t.map.style),t.fire("tile.load",{tile:this}),this.state="loaded",this.redoWhenDone&&(this.redoPlacement(t),this.redoWhenDone=!1)}return"loaded"!==this.state||"reloading"===this.state?void(this.redoWhenDone=!0):(this.state="reloading",void t.dispatcher.send("redo placement",{uid:this.uid,source:t.id,angle:t.map.transform.angle,pitch:t.map.transform.pitch,showCollisionBoxes:t.map.showCollisionBoxes},e.bind(this),this.workerID))},getBucket:function(t){return this.buckets&&this.buckets[t.ref||t.id]},querySourceFeatures:function(t,e){if(this.rawTileData){this.vtLayers||(this.vtLayers=new l.VectorTile(new u(new Uint8Array(this.rawTileData))).layers);var r=this.vtLayers._geojsonTileLayer||this.vtLayers[e.sourceLayer];if(r)for(var n=h(e.filter),i={z:this.coord.z,x:this.coord.x,y:this.coord.y},o=0;o<r.length;o++){var a=r.feature(o);if(n(a)){var s=new c(a,this.coord.z,this.coord.x,this.coord.y);s.tile=i,t.push(s)}}}},isRenderable:function(){return"loaded"===this.state||"reloading"===this.state}}},{"../data/bucket":253,"../data/feature_index":260,"../symbol/collision_box":318,"../symbol/collision_tile":320,"../symbol/symbol_instances":329,"../symbol/symbol_quads":330,"../util/util":366,"../util/vectortile_to_geojson":367,"feature-filter":370,pbf:422,"vector-tile":434}],293:[function(t,e,r){"use strict";function n(t,e,r,n){isNaN(n)&&(n=0),this.z=+t,this.x=+e,this.y=+r,this.w=+n,n*=2,0>n&&(n=-1*n-1);var i=1<<this.z;this.id=32*(i*i*n+i*this.y+this.x)+this.z,this.posMatrix=null}function i(t,e,r){for(var n,i="",o=t;o>0;o--)n=1<<o-1,i+=(e&n?1:0)+(r&n?2:0);return i}function o(t,e){if(t.row>e.row){var r=t;t=e,e=r}return{x0:t.column,y0:t.row,x1:e.column,y1:e.row,dx:e.column-t.column,dy:e.row-t.row}}function a(t,e,r,n,i){var o=Math.max(r,Math.floor(e.y0)),a=Math.min(n,Math.ceil(e.y1));if(t.x0===e.x0&&t.y0===e.y0?t.x0+e.dy/t.dy*t.dx<e.x1:t.x1-e.dy/t.dy*t.dx<e.x0){var s=t;t=e,e=s}for(var l=t.dx/t.dy,u=e.dx/e.dy,c=t.dx>0,h=e.dx<0,f=o;a>f;f++){var p=l*Math.max(0,Math.min(t.dy,f+c-t.y0))+t.x0,d=u*Math.max(0,Math.min(e.dy,f+h-e.y0))+e.x0;i(Math.floor(d),Math.ceil(p),f)}}function s(t,e,r,n,i,s){var l,u=o(t,e),c=o(e,r),h=o(r,t);u.dy>c.dy&&(l=u,u=c,c=l),u.dy>h.dy&&(l=u,u=h,h=l),c.dy>h.dy&&(l=c,c=h,h=l),u.dy&&a(h,u,n,i,s),c.dy&&a(h,c,n,i,s)}var l=t("whoots-js"),u=t("../geo/coordinate");e.exports=n,n.prototype.toString=function(){return this.z+"/"+this.x+"/"+this.y},n.prototype.toCoordinate=function(t){var e=Math.min(this.z,t),r=Math.pow(2,e),n=this.y,i=this.x+r*this.w;return new u(i,n,e)},n.fromID=function(t){var e=t%32,r=1<<e,i=(t-e)/32,o=i%r,a=(i-o)/r%r,s=Math.floor(i/(r*r));return s%2!==0&&(s=-1*s-1),s/=2,new n(e,o,a,s)},n.prototype.url=function(t,e,r){var n=l.getTileBBox(this.x,this.y,this.z),o=i(this.z,this.x,this.y);return t[(this.x+this.y)%t.length].replace("{prefix}",(this.x%16).toString(16)+(this.y%16).toString(16)).replace("{z}",Math.min(this.z,e||this.z)).replace("{x}",this.x).replace("{y}","tms"===r?Math.pow(2,this.z)-this.y-1:this.y).replace("{quadkey}",o).replace("{bbox-epsg-3857}",n)},n.prototype.parent=function(t){return 0===this.z?null:this.z>t?new n(this.z-1,this.x,this.y,this.w):new n(this.z-1,Math.floor(this.x/2),Math.floor(this.y/2),this.w)},n.prototype.wrapped=function(){return new n(this.z,this.x,this.y,0)},n.prototype.children=function(t){if(this.z>=t)return[new n(this.z+1,this.x,this.y,this.w)];var e=this.z+1,r=2*this.x,i=2*this.y;return[new n(e,r,i,this.w),new n(e,r+1,i,this.w),new n(e,r,i+1,this.w),new n(e,r+1,i+1,this.w)]},n.cover=function(t,e,r){function i(t,e,i){var s,l,u;if(i>=0&&o>=i)for(s=t;e>s;s++)l=(s%o+o)%o,u=new n(r,l,i,Math.floor(s/o)),a[u.id]=u}var o=1<<t,a={};return s(e[0],e[1],e[2],0,o,i),s(e[2],e[3],e[0],0,o,i),Object.keys(a).map(function(t){return a[t]})}},{"../geo/coordinate":262,"whoots-js":442}],294:[function(t,e,r){"use strict";function n(t,e,r){if(this.id=t,this.dispatcher=r,o.extend(this,o.pick(e,["url","scheme","tileSize"])),this._options=o.extend({type:"vector"},e),512!==this.tileSize)throw new Error("vector tile sources must have a tileSize of 512");a(e,function(t,e){return t?void this.fire("error",t):(o.extend(this,e),void this.fire("load"))}.bind(this))}var i=t("../util/evented"),o=t("../util/util"),a=t("./load_tilejson"),s=t("../util/mapbox").normalizeTileURL;e.exports=n,n.prototype=o.inherit(i,{minzoom:0,maxzoom:22,scheme:"xyz",tileSize:512,reparseOverscaled:!0,isTileClipped:!0,onAdd:function(t){this.map=t},serialize:function(){return o.extend({},this._options)},loadTile:function(t,e){function r(r,n){if(!t.aborted){if(r)return e(r);t.loadVectorData(n,this.map.style),t.redoWhenDone&&(t.redoWhenDone=!1,t.redoPlacement(this)),e(null),t.reloadCallback&&(this.loadTile(t,t.reloadCallback),t.reloadCallback=null)}}var n=t.coord.z>this.maxzoom?Math.pow(2,t.coord.z-this.maxzoom):1,i={url:s(t.coord.url(this.tiles,this.maxzoom,this.scheme),this.url),uid:t.uid,coord:t.coord,zoom:t.coord.z,tileSize:this.tileSize*n,source:this.id,overscaling:n,angle:this.map.transform.angle,pitch:this.map.transform.pitch,showCollisionBoxes:this.map.showCollisionBoxes};t.workerID?"loading"===t.state?t.reloadCallback=e:(i.rawTileData=t.rawTileData,this.dispatcher.send("reload tile",i,r.bind(this),t.workerID)):t.workerID=this.dispatcher.send("load tile",i,r.bind(this))},abortTile:function(t){this.dispatcher.send("abort tile",{uid:t.uid,source:this.id},null,t.workerID)},unloadTile:function(t){t.unloadVectorData(this.map.painter),this.dispatcher.send("remove tile",{uid:t.uid,source:this.id},null,t.workerID)}})},{"../util/evented":358,"../util/mapbox":363,"../util/util":366,"./load_tilejson":286}],295:[function(t,e,r){"use strict";function n(t,e,r){this.actor=t,this.styleLayers=e,r&&(this.loadVectorData=r),this.loading={},this.loaded={}}var i=t("../util/ajax"),o=t("vector-tile"),a=t("pbf"),s=t("./worker_tile");e.exports=n,n.prototype={loadTile:function(t,e){function r(t,r){return delete this.loading[n][i],t?e(t):r?(o.data=r.tile,o.parse(o.data,this.styleLayers.getLayerFamilies(),this.actor,r.rawTileData,e),this.loaded[n]=this.loaded[n]||{},void(this.loaded[n][i]=o)):e(null,null)}var n=t.source,i=t.uid;this.loading[n]||(this.loading[n]={});var o=this.loading[n][i]=new s(t);o.abort=this.loadVectorData(t,r.bind(this))},reloadTile:function(t,e){var r=this.loaded[t.source],n=t.uid;if(r&&r[n]){var i=r[n];i.parse(i.data,this.styleLayers.getLayerFamilies(),this.actor,t.rawTileData,e)}},abortTile:function(t){var e=this.loading[t.source],r=t.uid;e&&e[r]&&e[r].abort&&(e[r].abort(),delete e[r])},removeTile:function(t){var e=this.loaded[t.source],r=t.uid;e&&e[r]&&delete e[r]},loadVectorData:function(t,e){function r(t,r){if(t)return e(t);var n=new o.VectorTile(new a(new Uint8Array(r)));e(t,{tile:n,rawTileData:r})}var n=i.getArrayBuffer(t.url,r.bind(this));return function(){n.abort()}},redoPlacement:function(t,e){var r=this.loaded[t.source],n=this.loading[t.source],i=t.uid;if(r&&r[i]){var o=r[i],a=o.redoPlacement(t.angle,t.pitch,t.showCollisionBoxes);a.result&&e(null,a.result,a.transferables)}else n&&n[i]&&(n[i].angle=t.angle)}}},{"../util/ajax":349,"./worker_tile":298,pbf:422,"vector-tile":434}],296:[function(t,e,r){"use strict";function n(t,e){this.id=t,this.urls=e.urls,this.coordinates=e.coordinates,u.getVideo(e.urls,function(t,r){if(t)return this.fire("error",{error:t});this.video=r,this.video.loop=!0;var n;this.video.addEventListener("playing",function(){n=this.map.style.animationLoop.set(1/0),this.map._rerender()}.bind(this)),this.video.addEventListener("pause",function(){this.map.style.animationLoop.cancel(n)}.bind(this)),this.map&&(this.video.play(),this.setCoordinates(e.coordinates)),this.fire("load")}.bind(this))}var i=t("../util/util"),o=t("./tile_coord"),a=t("../geo/lng_lat"),s=t("point-geometry"),l=t("../util/evented"),u=t("../util/ajax"),c=t("../data/bucket").EXTENT,h=t("../render/draw_raster").RasterBoundsArray,f=t("../data/buffer"),p=t("../render/vertex_array_object");e.exports=n,n.prototype=i.inherit(l,{minzoom:0,maxzoom:22,tileSize:512,roundZoom:!0,getVideo:function(){return this.video},onAdd:function(t){this.map||(this.map=t,this.video&&(this.video.play(),this.setCoordinates(this.coordinates)))},setCoordinates:function(t){this.coordinates=t;var e=this.map,r=t.map(function(t){return e.transform.locationCoordinate(a.convert(t)).zoomTo(0)}),n=this.centerCoord=i.getCoordinatesCenter(r);return n.column=Math.round(n.column),n.row=Math.round(n.row),this.minzoom=this.maxzoom=n.zoom,this._coord=new o(n.zoom,n.column,n.row),this._tileCoords=r.map(function(t){var e=t.zoomTo(n.zoom);return new s(Math.round((e.column-n.column)*c),Math.round((e.row-n.row)*c))}),this.fire("change"),this},_setTile:function(t){this._prepared=!1,this.tile=t;var e=32767,r=new h;r.emplaceBack(this._tileCoords[0].x,this._tileCoords[0].y,0,0),r.emplaceBack(this._tileCoords[1].x,this._tileCoords[1].y,e,0),r.emplaceBack(this._tileCoords[3].x,this._tileCoords[3].y,0,e),r.emplaceBack(this._tileCoords[2].x,this._tileCoords[2].y,e,e),this.tile.buckets={},this.tile.boundsBuffer=new f(r.serialize(),h.serialize(),f.BufferType.VERTEX),this.tile.boundsVAO=new p,this.tile.state="loaded"},prepare:function(){if(!(this.video.readyState<2)&&this.tile){var t=this.map.painter.gl;this._prepared?(t.bindTexture(t.TEXTURE_2D,this.tile.texture),t.texSubImage2D(t.TEXTURE_2D,0,0,0,t.RGBA,t.UNSIGNED_BYTE,this.video)):(this._prepared=!0,this.tile.texture=t.createTexture(),t.bindTexture(t.TEXTURE_2D,this.tile.texture),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_S,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_T,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MIN_FILTER,t.LINEAR),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MAG_FILTER,t.LINEAR),t.texImage2D(t.TEXTURE_2D,0,t.RGBA,t.RGBA,t.UNSIGNED_BYTE,this.video)),this._currentTime=this.video.currentTime}},loadTile:function(t,e){this._coord&&this._coord.toString()===t.coord.toString()?(this._setTile(t),e(null)):(t.state="errored",e(null));
},serialize:function(){return{type:"video",urls:this.urls,coordinates:this.coordinates}}})},{"../data/bucket":253,"../data/buffer":258,"../geo/lng_lat":263,"../render/draw_raster":275,"../render/vertex_array_object":281,"../util/ajax":349,"../util/evented":358,"../util/util":366,"./tile_coord":293,"point-geometry":424}],297:[function(t,e,r){"use strict";function n(t){this.self=t,this.actor=new o(t,this);var e={getLayers:function(){return this.layers}.bind(this),getLayerFamilies:function(){return this.layerFamilies}.bind(this)};this.workerSources={vector:new l(this.actor,e),geojson:new u(this.actor,e)},this.self.registerWorkerSource=function(t,r){if(this.workerSources[t])throw new Error('Worker source with name "'+t+'" already registered.');this.workerSources[t]=new r(this.actor,e)}.bind(this)}function i(t){var e={};for(var r in t){var n=t[r],i=n.ref||n.id,o=t[i];o.layout&&"none"===o.layout.visibility||(e[i]=e[i]||[],r===i?e[i].unshift(n):e[i].push(n))}return e}var o=t("../util/actor"),a=t("../style/style_layer"),s=t("../util/util"),l=t("./vector_tile_worker_source"),u=t("./geojson_worker_source");e.exports=function(t){return new n(t)},s.extend(n.prototype,{"set layers":function(t){function e(t){var e=a.create(t,t.ref&&r.layers[t.ref]);e.updatePaintTransitions({},{transition:!1}),r.layers[e.id]=e}this.layers={};for(var r=this,n=[],o=0;o<t.length;o++){var s=t[o];"fill"!==s.type&&"line"!==s.type&&"circle"!==s.type&&"symbol"!==s.type||(s.ref?n.push(o):e(s))}for(var l=0;l<n.length;l++)e(t[n[l]]);this.layerFamilies=i(this.layers)},"update layers":function(t){function e(t){var e=o.layers[t.ref];o.layers[t.id]?o.layers[t.id].set(t,e):o.layers[t.id]=a.create(t,e),o.layers[t.id].updatePaintTransitions({},{transition:!1})}var r,n,o=this;for(r in t)n=t[r],n.ref&&e(n);for(r in t)n=t[r],n.ref||e(n);this.layerFamilies=i(this.layers)},"load tile":function(t,e){var r=t.type||"vector";this.workerSources[r].loadTile(t,e)},"reload tile":function(t,e){var r=t.type||"vector";this.workerSources[r].reloadTile(t,e)},"abort tile":function(t){var e=t.type||"vector";this.workerSources[e].abortTile(t)},"remove tile":function(t){var e=t.type||"vector";this.workerSources[e].removeTile(t)},"redo placement":function(t,e){var r=t.type||"vector";this.workerSources[r].redoPlacement(t,e)},"load worker source":function(t,e){try{this.self.importScripts(t.url),e()}catch(r){e(r)}}})},{"../style/style_layer":305,"../util/actor":348,"../util/util":366,"./geojson_worker_source":283,"./vector_tile_worker_source":295}],298:[function(t,e,r){"use strict";function n(t){this.coord=t.coord,this.uid=t.uid,this.zoom=t.zoom,this.tileSize=t.tileSize,this.source=t.source,this.overscaling=t.overscaling,this.angle=t.angle,this.pitch=t.pitch,this.showCollisionBoxes=t.showCollisionBoxes}function i(t){return!t.isEmpty()}function o(t){return t.serialize()}function a(t){var e=[];for(var r in t)t[r].getTransferables(e);return e}function s(t){return t.id}var l=t("../data/feature_index"),u=t("../symbol/collision_tile"),c=t("../data/bucket"),h=t("../symbol/collision_box"),f=t("../util/dictionary_coder"),p=t("../util/util"),d=t("../symbol/symbol_instances"),m=t("../symbol/symbol_quads");e.exports=n,n.prototype.parse=function(t,e,r,n,g){function v(t,e){for(var r=0;r<t.length;r++){var n=t.feature(r);n.index=r;for(var i in e)e[i].filter(n)&&e[i].features.push(n)}}function y(t){if(t)return g(t);if(N++,2===N){for(var e=R.length-1;e>=0;e--)b(S,R[e]);x()}}function b(t,e){if(e.populateArrays(A,F,O),"symbol"!==e.type)for(var r=0;r<e.features.length;r++){var n=e.features[r];T.insert(n,n.index,e.sourceLayerIndex,e.index)}e.features=null}function x(){S.status="done",S.redoPlacementAfterDone&&(S.redoPlacement(S.angle,S.pitch,null),S.redoPlacementAfterDone=!1);var t=T.serialize(),e=A.serialize(),r=S.collisionBoxArray.serialize(),s=S.symbolInstancesArray.serialize(),l=S.symbolQuadsArray.serialize(),u=[n].concat(t.transferables).concat(e.transferables),c=C.filter(i);g(null,{buckets:c.map(o),featureIndex:t.data,collisionTile:e.data,collisionBoxArray:r,symbolInstancesArray:s,symbolQuadsArray:l,rawTileData:n},a(c).concat(u))}this.status="parsing",this.data=t,this.collisionBoxArray=new h,this.symbolInstancesArray=new d,this.symbolQuadsArray=new m;var _,w,M,k,A=new u(this.angle,this.pitch,this.collisionBoxArray),T=new l(this.coord,this.overscaling,A,t.layers),E=new f(t.layers?Object.keys(t.layers).sort():["_geojsonTileLayer"]),S=this,L={},z={},I=0;for(var P in e)w=e[P][0],w.source===this.source&&(w.ref||w.minzoom&&this.zoom<w.minzoom||w.maxzoom&&this.zoom>=w.maxzoom||w.layout&&"none"===w.layout.visibility||t.layers&&!t.layers[w.sourceLayer]||(k=c.create({layer:w,index:I++,childLayers:e[P],zoom:this.zoom,overscaling:this.overscaling,showCollisionBoxes:this.showCollisionBoxes,collisionBoxArray:this.collisionBoxArray,symbolQuadsArray:this.symbolQuadsArray,symbolInstancesArray:this.symbolInstancesArray,sourceLayerIndex:E.encode(w.sourceLayer||"_geojsonTileLayer")}),k.createFilter(),L[w.id]=k,t.layers&&(M=w.sourceLayer,z[M]=z[M]||{},z[M][w.id]=k)));if(t.layers)for(M in z)1===w.version&&p.warnOnce('Vector tile source "'+this.source+'" layer "'+M+'" does not use vector tile spec v2 and therefore may have some rendering errors.'),w=t.layers[M],w&&v(w,z[M]);else v(t,L);var C=[],R=this.symbolBuckets=[],j=[];T.bucketLayerIDs={};for(var D in L)k=L[D],0!==k.features.length&&(T.bucketLayerIDs[k.index]=k.childLayers.map(s),C.push(k),"symbol"===k.type?R.push(k):j.push(k));var O={},F={},N=0;if(R.length>0){for(_=R.length-1;_>=0;_--)R[_].updateIcons(O),R[_].updateFont(F);for(var B in F)F[B]=Object.keys(F[B]).map(Number);O=Object.keys(O),r.send("get glyphs",{uid:this.uid,stacks:F},function(t,e){F=e,y(t)}),O.length?r.send("get icons",{icons:O},function(t,e){O=e,y(t)}):y()}for(_=j.length-1;_>=0;_--)b(this,j[_]);return 0===R.length?x():void 0},n.prototype.redoPlacement=function(t,e,r){if("done"!==this.status)return this.redoPlacementAfterDone=!0,this.angle=t,{};for(var n=new u(t,e,this.collisionBoxArray),s=this.symbolBuckets,l=s.length-1;l>=0;l--)s[l].placeFeatures(n,r);var c=n.serialize(),h=s.filter(i);return{result:{buckets:h.map(o),collisionTile:c.data},transferables:a(h).concat(c.transferables)}}},{"../data/bucket":253,"../data/feature_index":260,"../symbol/collision_box":318,"../symbol/collision_tile":320,"../symbol/symbol_instances":329,"../symbol/symbol_quads":330,"../util/dictionary_coder":356,"../util/util":366}],299:[function(t,e,r){"use strict";function n(){this.n=0,this.times=[]}e.exports=n,n.prototype.stopped=function(){return this.times=this.times.filter(function(t){return t.time>=(new Date).getTime()}),!this.times.length},n.prototype.set=function(t){return this.times.push({id:this.n,time:t+(new Date).getTime()}),this.n++},n.prototype.cancel=function(t){this.times=this.times.filter(function(e){return e.id!==t})}},{}],300:[function(t,e,r){"use strict";function n(t){this.base=t,this.retina=s.devicePixelRatio>1;var e=this.retina?"@2x":"";a.getJSON(l(t,e,".json"),function(t,e){return t?void this.fire("error",{error:t}):(this.data=e,void(this.img&&this.fire("load")))}.bind(this)),a.getImage(l(t,e,".png"),function(t,e){if(t)return void this.fire("error",{error:t});for(var r=e.getData(),n=e.data=new Uint8Array(r.length),i=0;i<r.length;i+=4){var o=r[i+3]/255;n[i+0]=r[i+0]*o,n[i+1]=r[i+1]*o,n[i+2]=r[i+2]*o,n[i+3]=r[i+3]}this.img=e,this.data&&this.fire("load")}.bind(this))}function i(){}var o=t("../util/evented"),a=t("../util/ajax"),s=t("../util/browser"),l=t("../util/mapbox").normalizeSpriteURL;e.exports=n,n.prototype=Object.create(o),n.prototype.toJSON=function(){return this.base},n.prototype.loaded=function(){return!(!this.data||!this.img)},n.prototype.resize=function(){if(s.devicePixelRatio>1!==this.retina){var t=new n(this.base);t.on("load",function(){this.img=t.img,this.data=t.data,this.retina=t.retina}.bind(this))}},i.prototype={x:0,y:0,width:0,height:0,pixelRatio:1,sdf:!1},n.prototype.getSpritePosition=function(t){if(!this.loaded())return new i;var e=this.data&&this.data[t];return e&&this.img?e:new i}},{"../util/ajax":349,"../util/browser":350,"../util/evented":358,"../util/mapbox":363}],301:[function(t,e,r){"use strict";var n=t("csscolorparser").parseCSSColor,i=t("../util/util"),o=t("./style_function"),a={};e.exports=function s(t){if(o.isFunctionDefinition(t))return i.extend({},t,{stops:t.stops.map(function(t){return[t[0],s(t[1])]})});if("string"==typeof t){if(!a[t]){var e=n(t);if(!e)throw new Error("Invalid color "+t);a[t]=[e[0]/255*e[3],e[1]/255*e[3],e[2]/255*e[3],e[3]]}return a[t]}throw new Error("Invalid color "+t)}},{"../util/util":366,"./style_function":304,csscolorparser:368}],302:[function(t,e,r){"use strict";function n(t,e,r){this.animationLoop=e||new m,this.dispatcher=new d(r||1,this),this.spriteAtlas=new l(1024,1024),this.lineAtlas=new u(256,512),this._layers={},this._order=[],this._groups=[],this.sources={},this.zoomHistory={},c.bindAll(["_forwardSourceEvent","_forwardTileEvent","_forwardLayerEvent","_redoPlacement"],this),this._resetUpdates();var n=function(t,e){if(t)return void this.fire("error",{error:t});if(!g.emitErrors(this,g(e))){this._loaded=!0,this.stylesheet=e,this.updateClasses();var r=e.sources;for(var n in r)this.addSource(n,r[n]);e.sprite&&(this.sprite=new a(e.sprite),this.sprite.on("load",this.fire.bind(this,"change"))),this.glyphSource=new s(e.glyphs),this._resolve(),this.fire("load")}}.bind(this);"string"==typeof t?h.getJSON(f(t),n):p.frame(n.bind(this,null,t)),this.on("source.load",function(t){var e=t.source;if(e&&e.vectorLayerIds)for(var r in this._layers){var n=this._layers[r];n.source===e.id&&this._validateLayer(n)}})}var i=t("../util/evented"),o=t("./style_layer"),a=t("./image_sprite"),s=t("../symbol/glyph_source"),l=t("../symbol/sprite_atlas"),u=t("../render/line_atlas"),c=t("../util/util"),h=t("../util/ajax"),f=t("../util/mapbox").normalizeStyleURL,p=t("../util/browser"),d=t("../util/dispatcher"),m=t("./animation_loop"),g=t("./validate_style"),v=t("../source/source"),y=t("../source/query_features"),b=t("../source/source_cache"),x=t("./style_spec"),_=t("./style_function");e.exports=n,n.prototype=c.inherit(i,{_loaded:!1,_validateLayer:function(t){var e=this.sources[t.source];t.sourceLayer&&e&&e.vectorLayerIds&&-1===e.vectorLayerIds.indexOf(t.sourceLayer)&&this.fire("error",{error:new Error('Source layer "'+t.sourceLayer+'" does not exist on source "'+e.id+'" as specified by style layer "'+t.id+'"')})},loaded:function(){if(!this._loaded)return!1;if(Object.keys(this._updates.sources).length)return!1;for(var t in this.sources)if(!this.sources[t].loaded())return!1;return!this.sprite||this.sprite.loaded()},_resolve:function(){var t,e;this._layers={},this._order=this.stylesheet.layers.map(function(t){return t.id});for(var r=0;r<this.stylesheet.layers.length;r++)e=this.stylesheet.layers[r],e.ref||(t=o.create(e),this._layers[t.id]=t,t.on("error",this._forwardLayerEvent));for(var n=0;n<this.stylesheet.layers.length;n++)if(e=this.stylesheet.layers[n],e.ref){var i=this.getLayer(e.ref);t=o.create(e,i),this._layers[t.id]=t,t.on("error",this._forwardLayerEvent)}this._groupLayers(),this._updateWorkerLayers()},_groupLayers:function(){var t;this._groups=[];for(var e=0;e<this._order.length;++e){var r=this._layers[this._order[e]];t&&r.source===t.source||(t=[],t.source=r.source,this._groups.push(t)),t.push(r)}},_updateWorkerLayers:function(t){this.dispatcher.broadcast(t?"update layers":"set layers",this._serializeLayers(t))},_serializeLayers:function(t){t=t||this._order;for(var e=[],r={includeRefProperties:!0},n=0;n<t.length;n++)e.push(this._layers[t[n]].serialize(r));return e},_applyClasses:function(t,e){if(this._loaded){t=t||[],e=e||{transition:!0};var r=this.stylesheet.transition||{},n=this._updates.allPaintProps?this._layers:this._updates.paintProps;for(var i in n){var o=this._layers[i],a=this._updates.paintProps[i];if(this._updates.allPaintProps||a.all)o.updatePaintTransitions(t,e,r,this.animationLoop);else for(var s in a)this._layers[i].updatePaintTransition(s,t,e,r,this.animationLoop)}}},_recalculate:function(t){for(var e in this.sources)this.sources[e].used=!1;this._updateZoomHistory(t),this.rasterFadeDuration=300;for(var r in this._layers){var n=this._layers[r];n.recalculate(t,this.zoomHistory),!n.isHidden(t)&&n.source&&(this.sources[n.source].used=!0)}var i=300;Math.floor(this.z)!==Math.floor(t)&&this.animationLoop.set(i),this.z=t,this.fire("zoom")},_updateZoomHistory:function(t){var e=this.zoomHistory;void 0===e.lastIntegerZoom&&(e.lastIntegerZoom=Math.floor(t),e.lastIntegerZoomTime=0,e.lastZoom=t),Math.floor(e.lastZoom)<Math.floor(t)?(e.lastIntegerZoom=Math.floor(t),e.lastIntegerZoomTime=Date.now()):Math.floor(e.lastZoom)>Math.floor(t)&&(e.lastIntegerZoom=Math.floor(t+1),e.lastIntegerZoomTime=Date.now()),e.lastZoom=t},_checkLoaded:function(){if(!this._loaded)throw new Error("Style is not done loading")},update:function(t,e){if(!this._updates.changed)return this;if(this._updates.allLayers)this._groupLayers(),this._updateWorkerLayers();else{var r=Object.keys(this._updates.layers);r.length&&this._updateWorkerLayers(r)}var n,i=Object.keys(this._updates.sources);for(n=0;n<i.length;n++)this._reloadSource(i[n]);for(n=0;n<this._updates.events.length;n++){var o=this._updates.events[n];this.fire(o[0],o[1])}return this._applyClasses(t,e),this._updates.changed&&this.fire("change"),this._resetUpdates(),this},_resetUpdates:function(){this._updates={events:[],layers:{},sources:{},paintProps:{}}},addSource:function(t,e){if(this._checkLoaded(),void 0!==this.sources[t])throw new Error("There is already a source with this ID");if(!e.type)throw new Error("The type property must be defined, but the only the following properties were given: "+Object.keys(e)+".");var r=["vector","raster","geojson","video","image"],n=r.indexOf(e.type)>=0;return n&&this._handleErrors(g.source,"sources."+t,e)?this:(e=new b(t,e,this.dispatcher),this.sources[t]=e,e.style=this,e.on("load",this._forwardSourceEvent).on("error",this._forwardSourceEvent).on("change",this._forwardSourceEvent).on("tile.add",this._forwardTileEvent).on("tile.load",this._forwardTileEvent).on("tile.error",this._forwardTileEvent).on("tile.remove",this._forwardTileEvent).on("tile.stats",this._forwardTileEvent),this._updates.events.push(["source.add",{source:e}]),this._updates.changed=!0,this)},removeSource:function(t){if(this._checkLoaded(),void 0===this.sources[t])throw new Error("There is no source with this ID");var e=this.sources[t];return delete this.sources[t],delete this._updates.sources[t],e.off("load",this._forwardSourceEvent).off("error",this._forwardSourceEvent).off("change",this._forwardSourceEvent).off("tile.add",this._forwardTileEvent).off("tile.load",this._forwardTileEvent).off("tile.error",this._forwardTileEvent).off("tile.remove",this._forwardTileEvent).off("tile.stats",this._forwardTileEvent),this._updates.events.push(["source.remove",{source:e}]),this._updates.changed=!0,this},getSource:function(t){return this.sources[t]&&this.sources[t].getSource()},addLayer:function(t,e){if(this._checkLoaded(),!(t instanceof o)){if(this._handleErrors(g.layer,"layers."+t.id,t,!1,{arrayIndex:-1}))return this;var r=t.ref&&this.getLayer(t.ref);t=o.create(t,r)}return this._validateLayer(t),t.on("error",this._forwardLayerEvent),this._layers[t.id]=t,this._order.splice(e?this._order.indexOf(e):1/0,0,t.id),this._updates.allLayers=!0,t.source&&(this._updates.sources[t.source]=!0),this._updates.events.push(["layer.add",{layer:t}]),this.updateClasses(t.id)},removeLayer:function(t){this._checkLoaded();var e=this._layers[t];if(void 0===e)throw new Error("There is no layer with this ID");for(var r in this._layers)this._layers[r].ref===t&&this.removeLayer(r);return e.off("error",this._forwardLayerEvent),delete this._layers[t],delete this._updates.layers[t],delete this._updates.paintProps[t],this._order.splice(this._order.indexOf(t),1),this._updates.allLayers=!0,this._updates.events.push(["layer.remove",{layer:e}]),this._updates.changed=!0,this},getLayer:function(t){return this._layers[t]},getReferentLayer:function(t){var e=this.getLayer(t);return e.ref&&(e=this.getLayer(e.ref)),e},setLayerZoomRange:function(t,e,r){this._checkLoaded();var n=this.getReferentLayer(t);return n.minzoom===e&&n.maxzoom===r?this:(null!=e&&(n.minzoom=e),null!=r&&(n.maxzoom=r),this._updateLayer(n))},setFilter:function(t,e){this._checkLoaded();var r=this.getReferentLayer(t);return null!==e&&this._handleErrors(g.filter,"layers."+r.id+".filter",e)?this:c.deepEqual(r.filter,e)?this:(r.filter=c.clone(e),this._updateLayer(r))},getFilter:function(t){return this.getReferentLayer(t).filter},setLayoutProperty:function(t,e,r){this._checkLoaded();var n=this.getReferentLayer(t);return c.deepEqual(n.getLayoutProperty(e),r)?this:(n.setLayoutProperty(e,r),this._updateLayer(n))},getLayoutProperty:function(t,e){return this.getReferentLayer(t).getLayoutProperty(e)},setPaintProperty:function(t,e,r,n){this._checkLoaded();var i=this.getLayer(t);if(c.deepEqual(i.getPaintProperty(e,n),r))return this;var o=i.isPaintValueFeatureConstant(e);i.setPaintProperty(e,r,n);var a=!(r&&_.isFunctionDefinition(r)&&"$zoom"!==r.property&&void 0!==r.property);return a&&o||(this._updates.layers[t]=!0,i.source&&(this._updates.sources[i.source]=!0)),this.updateClasses(t,e)},getPaintProperty:function(t,e,r){return this.getLayer(t).getPaintProperty(e,r)},updateClasses:function(t,e){if(this._updates.changed=!0,t){var r=this._updates.paintProps;r[t]||(r[t]={}),r[t][e||"all"]=!0}else this._updates.allPaintProps=!0;return this},serialize:function(){return c.filterObject({version:this.stylesheet.version,name:this.stylesheet.name,metadata:this.stylesheet.metadata,center:this.stylesheet.center,zoom:this.stylesheet.zoom,bearing:this.stylesheet.bearing,pitch:this.stylesheet.pitch,sprite:this.stylesheet.sprite,glyphs:this.stylesheet.glyphs,transition:this.stylesheet.transition,sources:c.mapObject(this.sources,function(t){return t.serialize()}),layers:this._order.map(function(t){return this._layers[t].serialize()},this)},function(t){return void 0!==t})},_updateLayer:function(t){return this._updates.layers[t.id]=!0,t.source&&(this._updates.sources[t.source]=!0),this._updates.changed=!0,this},_flattenRenderedFeatures:function(t){for(var e=[],r=this._order.length-1;r>=0;r--)for(var n=this._order[r],i=0;i<t.length;i++){var o=t[i][n];if(o)for(var a=0;a<o.length;a++)e.push(o[a])}return e},queryRenderedFeatures:function(t,e,r,n){e&&e.filter&&this._handleErrors(g.filter,"queryRenderedFeatures.filter",e.filter,!0);var i={};if(e&&e.layers)for(var o=0;o<e.layers.length;o++){var a=e.layers[o];i[this._layers[a].source]=!0}var s=[];for(var l in this.sources)if(!e.layers||i[l]){var u=this.sources[l],c=y.rendered(u,this._layers,t,e,r,n);s.push(c)}return this._flattenRenderedFeatures(s)},querySourceFeatures:function(t,e){e&&e.filter&&this._handleErrors(g.filter,"querySourceFeatures.filter",e.filter,!0);var r=this.sources[t];return r?y.source(r,e):[]},addSourceType:function(t,e,r){return v.getType(t)?r(new Error('A source type called "'+t+'" already 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r=this.sprite;r.loaded()?e(null,{sprite:r.data,retina:r.retina}):r.on("load",function(){e(null,{sprite:r.data,retina:r.retina})})},"get icons":function(t,e){var r=this.sprite,n=this.spriteAtlas;r.loaded()?(n.setSprite(r),n.addIcons(t.icons,e)):r.on("load",function(){n.setSprite(r),n.addIcons(t.icons,e)})},"get glyphs":function(t,e){function r(t,r,n){t&&console.error(t),o[n]=r,i--,0===i&&e(null,o)}var n=t.stacks,i=Object.keys(n).length,o={};for(var a in n)this.glyphSource.getSimpleGlyphs(a,n[a],t.uid,r)}})},{"../render/line_atlas":278,"../source/query_features":288,"../source/source":290,"../source/source_cache":291,"../symbol/glyph_source":323,"../symbol/sprite_atlas":328,"../util/ajax":349,"../util/browser":350,"../util/dispatcher":357,"../util/evented":358,"../util/mapbox":363,"../util/util":366,"./animation_loop":299,"./image_sprite":300,"./style_function":304,"./style_layer":305,"./style_spec":312,"./validate_style":314}],303:[function(t,e,r){"use strict";function n(t,e){this.value=s.clone(e),this.isFunction=o.isFunctionDefinition(e),this.json=JSON.stringify(this.value);var r="color"===t.type&&this.value?a(this.value):e;if(this.calculate=o[t.function||"piecewise-constant"](r),this.isFeatureConstant=this.calculate.isFeatureConstant,this.isZoomConstant=this.calculate.isZoomConstant,"piecewise-constant"===t.function&&t.transition&&(this.calculate=i(this.calculate)),!this.isFeatureConstant&&!this.isZoomConstant){this.stopZoomLevels=[];for(var n=[],l=this.value.stops,u=0;u<this.value.stops.length;u++){var c=l[u][0].zoom;this.stopZoomLevels.indexOf(c)<0&&(this.stopZoomLevels.push(c),n.push([c,n.length]))}this.calculateInterpolationT=o.interpolated({stops:n,base:e.base})}}function i(t){return function(e,r){var n,i,o,a=e.zoom,s=e.zoomHistory,l=e.duration,u=a%1,c=Math.min((Date.now()-s.lastIntegerZoomTime)/l,1),h=1,f=1;return a>s.lastIntegerZoom?(n=u+(1-u)*c,h*=2,i=t({zoom:a-1},r),o=t({zoom:a},r)):(n=1-(1-c)*u,o=t({zoom:a},r),i=t({zoom:a+1},r),h/=2),void 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f="-transition";n.create=function(e,r){var n={background:t("./style_layer/background_style_layer"),circle:t("./style_layer/circle_style_layer"),fill:t("./style_layer/fill_style_layer"),line:t("./style_layer/line_style_layer"),raster:t("./style_layer/raster_style_layer"),symbol:t("./style_layer/symbol_style_layer")};return new n[(r||e).type](e,r)},n.prototype=o.inherit(h,{set:function(t,e){this.id=t.id,this.ref=t.ref,this.metadata=t.metadata,this.type=(e||t).type,this.source=(e||t).source,this.sourceLayer=(e||t)["source-layer"],this.minzoom=(e||t).minzoom,this.maxzoom=(e||t).maxzoom,this.filter=(e||t).filter,this.paint={},this.layout={},this._paintSpecifications=l["paint_"+this.type],this._layoutSpecifications=l["layout_"+this.type],this._paintTransitions={},this._paintTransitionOptions={},this._paintDeclarations={},this._layoutDeclarations={},this._layoutFunctions={};var r,n;for(var i in t){var o=i.match(/^paint(?:\.(.*))?$/);if(o){var a=o[1]||"";for(r in 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n="layers."+this.id+(r?'["paint.'+r+'"].':".paint.")+t;if(o.endsWith(t,f))if(this._paintTransitionOptions[r||""]||(this._paintTransitionOptions[r||""]={}),null===e||void 0===e)delete this._paintTransitionOptions[r||""][t];else{if(this._handleErrors(u.paintProperty,n,t,e))return;this._paintTransitionOptions[r||""][t]=e}else if(this._paintDeclarations[r||""]||(this._paintDeclarations[r||""]={}),null===e||void 0===e)delete this._paintDeclarations[r||""][t];else{if(this._handleErrors(u.paintProperty,n,t,e))return;this._paintDeclarations[r||""][t]=new s(this._paintSpecifications[t],e)}},getPaintProperty:function(t,e){return e=e||"",o.endsWith(t,f)?this._paintTransitionOptions[e]&&this._paintTransitionOptions[e][t]:this._paintDeclarations[e]&&this._paintDeclarations[e][t]&&this._paintDeclarations[e][t].value},getPaintValue:function(t,e,r){var n=this._paintSpecifications[t],i=this._paintTransitions[t];return 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n=""===r?"paint":"paint."+r;e[n]=o.mapObject(this._paintDeclarations[r],i)}return(!this.ref||t&&t.includeRefProperties)&&o.extend(e,{type:this.type,source:this.source,"source-layer":this.sourceLayer,filter:this.filter,layout:o.mapObject(this._layoutDeclarations,i)}),o.filterObject(e,function(t,e){return void 0!==t&&!("layout"===e&&!Object.keys(t).length)})},_applyPaintDeclaration:function(t,e,r,n,i){var l=r.transition?this._paintTransitions[t]:void 0,u=this._paintSpecifications[t];if(null!==e&&void 0!==e||(e=new s(u,u.default)),!l||l.declaration.json!==e.json){var c=o.extend({duration:300,delay:0},n,this.getPaintProperty(t+f)),h=this._paintTransitions[t]=new a(u,e,l,c);h.instant()||(h.loopID=i.set(h.endTime-Date.now())),l&&i.cancel(l.loopID)}},_updateLayoutValue:function(t){var e=this._layoutDeclarations[t];e&&e.isFunction?this._layoutFunctions[t]=!0:(delete this._layoutFunctions[t],this.layout[t]=this.getLayoutValue(t))},_handleErrors:function(t,e,r,n){return u.emitErrors(this,t.call(u,{key:e,layerType:this.type,objectKey:r,value:n,styleSpec:l,style:{glyphs:!0,sprite:!0}}))}})},{"../util/evented":358,"../util/util":366,"./parse_color":301,"./style_declaration":303,"./style_layer/background_style_layer":306,"./style_layer/circle_style_layer":307,"./style_layer/fill_style_layer":308,"./style_layer/line_style_layer":309,"./style_layer/raster_style_layer":310,"./style_layer/symbol_style_layer":311,"./style_spec":312,"./style_transition":313,"./validate_style":314}],306:[function(t,e,r){"use strict";function n(){o.apply(this,arguments)}var i=t("../../util/util"),o=t("../style_layer");e.exports=n,n.prototype=i.inherit(o,{})},{"../../util/util":366,"../style_layer":305}],307:[function(t,e,r){"use strict";function n(){o.apply(this,arguments)}var i=t("../../util/util"),o=t("../style_layer");e.exports=n,n.prototype=i.inherit(o,{})},{"../../util/util":366,"../style_layer":305}],308:[function(t,e,r){"use strict";function n(){o.apply(this,arguments)}var i=t("../../util/util"),o=t("../style_layer");n.prototype=i.inherit(o,{getPaintValue:function(t,e,r){return"fill-outline-color"===t&&void 0===this.getPaintProperty("fill-outline-color")?o.prototype.getPaintValue.call(this,"fill-color",e,r):o.prototype.getPaintValue.call(this,t,e,r)},getPaintValueStopZoomLevels:function(t){return"fill-outline-color"===t&&void 0===this.getPaintProperty("fill-outline-color")?o.prototype.getPaintValueStopZoomLevels.call(this,"fill-color"):o.prototype.getPaintValueStopZoomLevels.call(this,arguments)},getPaintInterpolationT:function(t,e){return"fill-outline-color"===t&&void 0===this.getPaintProperty("fill-outline-color")?o.prototype.getPaintInterpolationT.call(this,"fill-color",e):o.prototype.getPaintInterpolationT.call(this,t,e)},isPaintValueFeatureConstant:function(t){return"fill-outline-color"===t&&void 0===this.getPaintProperty("fill-outline-color")?o.prototype.isPaintValueFeatureConstant.call(this,"fill-color"):o.prototype.isPaintValueFeatureConstant.call(this,t)},isPaintValueZoomConstant:function(t){return"fill-outline-color"===t&&void 0===this.getPaintProperty("fill-outline-color")?o.prototype.isPaintValueZoomConstant.call(this,"fill-color"):o.prototype.isPaintValueZoomConstant.call(this,t)}}),e.exports=n},{"../../util/util":366,"../style_layer":305}],309:[function(t,e,r){"use strict";function n(){o.apply(this,arguments)}var i=t("../../util/util"),o=t("../style_layer");e.exports=n,n.prototype=i.inherit(o,{getPaintValue:function(t,e,r){var n=o.prototype.getPaintValue.apply(this,arguments);if(n&&"line-dasharray"===t){var i=Math.floor(e.zoom);this._flooredZoom!==i&&(this._flooredZoom=i,this._flooredLineWidth=this.getPaintValue("line-width",e,r)),n.fromScale*=this._flooredLineWidth,n.toScale*=this._flooredLineWidth}return n}})},{"../../util/util":366,"../style_layer":305}],310:[function(t,e,r){"use strict";function n(){o.apply(this,arguments)}var i=t("../../util/util"),o=t("../style_layer");e.exports=n,n.prototype=i.inherit(o,{})},{"../../util/util":366,"../style_layer":305}],311:[function(t,e,r){"use strict";function n(){o.apply(this,arguments)}var i=t("../../util/util"),o=t("../style_layer");e.exports=n,n.prototype=i.inherit(o,{isHidden:function(){if(o.prototype.isHidden.apply(this,arguments))return!0;var t=0===this.paint["text-opacity"]||!this.layout["text-field"],e=0===this.paint["icon-opacity"]||!this.layout["icon-image"];return!(!t||!e)},getLayoutValue:function(t,e,r){return("text-rotation-alignment"!==t||"line"!==this.getLayoutValue("symbol-placement",e,r)||this.getLayoutProperty("text-rotation-alignment"))&&("icon-rotation-alignment"!==t||"line"!==this.getLayoutValue("symbol-placement",e,r)||this.getLayoutProperty("icon-rotation-alignment"))?"text-pitch-alignment"!==t||this.getLayoutProperty("text-pitch-alignment")?o.prototype.getLayoutValue.apply(this,arguments):this.getLayoutValue("text-rotation-alignment"):"map";
}})},{"../../util/util":366,"../style_layer":305}],312:[function(t,e,r){"use strict";e.exports=t("mapbox-gl-style-spec/reference/latest")},{"mapbox-gl-style-spec/reference/latest":416}],313:[function(t,e,r){"use strict";function n(t,e,r,n){this.declaration=e,this.startTime=this.endTime=(new Date).getTime(),"piecewise-constant"===t.function&&t.transition?this.interp=i:this.interp=a[t.type],this.oldTransition=r,this.duration=n.duration||0,this.delay=n.delay||0,this.instant()||(this.endTime=this.startTime+this.duration+this.delay,this.ease=o.easeCubicInOut),r&&r.endTime<=this.startTime&&delete r.oldTransition}function i(t,e,r){return void 0===(t&&t.to)||void 0===(e&&e.to)?void 0:{from:t.to,fromScale:t.toScale,to:e.to,toScale:e.toScale,t:r}}var o=t("../util/util"),a=t("../util/interpolate");e.exports=n,n.prototype.instant=function(){return!this.oldTransition||!this.interp||0===this.duration&&0===this.delay},n.prototype.calculate=function(t,e){var r=this.declaration.calculate(o.extend({},t,{duration:this.duration}),e);if(this.instant())return r;var n=t.time||Date.now();if(n<this.endTime){var i=this.oldTransition.calculate(o.extend({},t,{time:this.startTime}),e),a=this.ease((n-this.startTime-this.delay)/this.duration);r=this.interp(i,r,a)}return r}},{"../util/interpolate":360,"../util/util":366}],314:[function(t,e,r){"use strict";e.exports=t("mapbox-gl-style-spec/lib/validate_style.min"),e.exports.emitErrors=function(t,e){if(e&&e.length){for(var r=0;r<e.length;r++)t.fire("error",{error:new Error(e[r].message)});return!0}return!1},e.exports.throwErrors=function(t,e){if(e)for(var r=0;r<e.length;r++)throw new Error(e[r].message)}},{"mapbox-gl-style-spec/lib/validate_style.min":415}],315:[function(t,e,r){"use strict";function n(t,e,r,n){this.x=t,this.y=e,this.angle=r,void 0!==n&&(this.segment=n)}var i=t("point-geometry");e.exports=n,n.prototype=Object.create(i.prototype),n.prototype.clone=function(){return new n(this.x,this.y,this.angle,this.segment)}},{"point-geometry":424}],316:[function(t,e,r){"use strict";function n(t,e,r,n,i){if(void 0===e.segment)return!0;for(var o=e,a=e.segment+1,s=0;s>-r/2;){if(a--,0>a)return!1;s-=t[a].dist(o),o=t[a]}s+=t[a].dist(t[a+1]),a++;for(var l=[],u=0;r/2>s;){var c=t[a-1],h=t[a],f=t[a+1];if(!f)return!1;var p=c.angleTo(h)-h.angleTo(f);for(p=Math.abs((p+3*Math.PI)%(2*Math.PI)-Math.PI),l.push({distance:s,angleDelta:p}),u+=p;s-l[0].distance>n;)u-=l.shift().angleDelta;if(u>i)return!1;a++,s+=h.dist(f)}return!0}e.exports=n},{}],317:[function(t,e,r){"use strict";function n(t,e,r,n,o){for(var a=[],s=0;s<t.length;s++)for(var l,u=t[s],c=0;c<u.length-1;c++){var h=u[c],f=u[c+1];h.x<e&&f.x<e||(h.x<e?h=new i(e,h.y+(f.y-h.y)*((e-h.x)/(f.x-h.x)))._round():f.x<e&&(f=new i(e,h.y+(f.y-h.y)*((e-h.x)/(f.x-h.x)))._round()),h.y<r&&f.y<r||(h.y<r?h=new i(h.x+(f.x-h.x)*((r-h.y)/(f.y-h.y)),r)._round():f.y<r&&(f=new i(h.x+(f.x-h.x)*((r-h.y)/(f.y-h.y)),r)._round()),h.x>=n&&f.x>=n||(h.x>=n?h=new i(n,h.y+(f.y-h.y)*((n-h.x)/(f.x-h.x)))._round():f.x>=n&&(f=new i(n,h.y+(f.y-h.y)*((n-h.x)/(f.x-h.x)))._round()),h.y>=o&&f.y>=o||(h.y>=o?h=new i(h.x+(f.x-h.x)*((o-h.y)/(f.y-h.y)),o)._round():f.y>=o&&(f=new i(h.x+(f.x-h.x)*((o-h.y)/(f.y-h.y)),o)._round()),l&&h.equals(l[l.length-1])||(l=[h],a.push(l)),l.push(f)))))}return a}var i=t("point-geometry");e.exports=n},{"point-geometry":424}],318:[function(t,e,r){"use strict";var n=t("../util/struct_array"),i=t("../util/util"),o=t("point-geometry"),a=e.exports=new n({members:[{type:"Int16",name:"anchorPointX"},{type:"Int16",name:"anchorPointY"},{type:"Int16",name:"x1"},{type:"Int16",name:"y1"},{type:"Int16",name:"x2"},{type:"Int16",name:"y2"},{type:"Float32",name:"maxScale"},{type:"Uint32",name:"featureIndex"},{type:"Uint16",name:"sourceLayerIndex"},{type:"Uint16",name:"bucketIndex"},{type:"Int16",name:"bbox0"},{type:"Int16",name:"bbox1"},{type:"Int16",name:"bbox2"},{type:"Int16",name:"bbox3"},{type:"Float32",name:"placementScale"}]});i.extendAll(a.prototype.StructType.prototype,{get anchorPoint(){return new o(this.anchorPointX,this.anchorPointY)}})},{"../util/struct_array":364,"../util/util":366,"point-geometry":424}],319:[function(t,e,r){"use strict";function n(t,e,r,n,i,o,a,s,l,u,c){var h=a.top*s-l,f=a.bottom*s+l,p=a.left*s-l,d=a.right*s+l;if(this.boxStartIndex=t.length,u){var m=f-h,g=d-p;if(m>0)if(m=Math.max(10*s,m),c){var v=e[r.segment+1].sub(e[r.segment])._unit()._mult(g),y=[r.sub(v),r.add(v)];this._addLineCollisionBoxes(t,y,r,0,g,m,n,i,o)}else this._addLineCollisionBoxes(t,e,r,r.segment,g,m,n,i,o)}else t.emplaceBack(r.x,r.y,p,h,d,f,1/0,n,i,o,0,0,0,0,0);this.boxEndIndex=t.length}e.exports=n,n.prototype._addLineCollisionBoxes=function(t,e,r,n,i,o,a,s,l){var u=o/2,c=Math.floor(i/u),h=-o/2,f=this.boxes,p=r,d=n+1,m=h;do{if(d--,0>d)return f;m-=e[d].dist(p),p=e[d]}while(m>-i/2);for(var g=e[d].dist(e[d+1]),v=0;c>v;v++){for(var y=-i/2+v*u;y>m+g;){if(m+=g,d++,d+1>=e.length)return f;g=e[d].dist(e[d+1])}var b=y-m,x=e[d],_=e[d+1],w=_.sub(x)._unit()._mult(b)._add(x)._round(),M=Math.max(Math.abs(y-h)-u/2,0),k=i/2/M;t.emplaceBack(w.x,w.y,-o/2,-o/2,o/2,o/2,k,a,s,l,0,0,0,0,0)}return f}},{}],320:[function(t,e,r){"use strict";function n(t,e,r){if("object"==typeof t){var n=t;r=e,t=n.angle,e=n.pitch,this.grid=new a(n.grid),this.ignoredGrid=new a(n.ignoredGrid)}else this.grid=new a(o,12,6),this.ignoredGrid=new a(o,12,0);this.angle=t,this.pitch=e;var i=Math.sin(t),s=Math.cos(t);if(this.rotationMatrix=[s,-i,i,s],this.reverseRotationMatrix=[s,i,-i,s],this.yStretch=1/Math.cos(e/180*Math.PI),this.yStretch=Math.pow(this.yStretch,1.3),this.collisionBoxArray=r,0===r.length){r.emplaceBack();var l=32767;r.emplaceBack(0,0,0,-l,0,l,l,0,0,0,0,0,0,0,0,0),r.emplaceBack(o,0,0,-l,0,l,l,0,0,0,0,0,0,0,0,0),r.emplaceBack(0,0,-l,0,l,0,l,0,0,0,0,0,0,0,0,0),r.emplaceBack(0,o,-l,0,l,0,l,0,0,0,0,0,0,0,0,0)}this.tempCollisionBox=r.get(0),this.edges=[r.get(1),r.get(2),r.get(3),r.get(4)]}var i=t("point-geometry"),o=t("../data/bucket").EXTENT,a=t("grid-index");e.exports=n,n.prototype.serialize=function(){var t={angle:this.angle,pitch:this.pitch,grid:this.grid.toArrayBuffer(),ignoredGrid:this.ignoredGrid.toArrayBuffer()};return{data:t,transferables:[t.grid,t.ignoredGrid]}},n.prototype.minScale=.25,n.prototype.maxScale=2,n.prototype.placeCollisionFeature=function(t,e,r){for(var n=this.collisionBoxArray,o=this.minScale,a=this.rotationMatrix,s=this.yStretch,l=t.boxStartIndex;l<t.boxEndIndex;l++){var u=n.get(l),c=u.anchorPoint._matMult(a),h=c.x,f=c.y,p=h+u.x1,d=f+u.y1*s,m=h+u.x2,g=f+u.y2*s;if(u.bbox0=p,u.bbox1=d,u.bbox2=m,u.bbox3=g,!e)for(var v=this.grid.query(p,d,m,g),y=0;y<v.length;y++){var b=n.get(v[y]),x=b.anchorPoint._matMult(a);if(o=this.getPlacementScale(o,c,u,x,b),o>=this.maxScale)return o}if(r){var _;if(this.angle){var w=this.reverseRotationMatrix,M=new i(u.x1,u.y1).matMult(w),k=new i(u.x2,u.y1).matMult(w),A=new i(u.x1,u.y2).matMult(w),T=new i(u.x2,u.y2).matMult(w);_=this.tempCollisionBox,_.anchorPointX=u.anchorPoint.x,_.anchorPointY=u.anchorPoint.y,_.x1=Math.min(M.x,k.x,A.x,T.x),_.y1=Math.min(M.y,k.x,A.x,T.x),_.x2=Math.max(M.x,k.x,A.x,T.x),_.y2=Math.max(M.y,k.x,A.x,T.x),_.maxScale=u.maxScale}else _=u;for(var E=0;E<this.edges.length;E++){var S=this.edges[E];if(o=this.getPlacementScale(o,u.anchorPoint,_,S.anchorPoint,S),o>=this.maxScale)return o}}}return o},n.prototype.queryRenderedSymbols=function(t,e,r,n,o){var a={},s=[],l=this.collisionBoxArray,u=this.rotationMatrix,c=new i(t,e)._matMult(u),h=this.tempCollisionBox;h.anchorX=c.x,h.anchorY=c.y,h.x1=0,h.y1=0,h.x2=r-t,h.y2=n-e,h.maxScale=o,o=h.maxScale;for(var f=[c.x+h.x1/o,c.y+h.y1/o*this.yStretch,c.x+h.x2/o,c.y+h.y2/o*this.yStretch],p=this.grid.query(f[0],f[1],f[2],f[3]),d=this.ignoredGrid.query(f[0],f[1],f[2],f[3]),m=0;m<d.length;m++)p.push(d[m]);for(var g=0;g<p.length;g++){var v=l.get(p[g]),y=v.sourceLayerIndex,b=v.featureIndex;if(void 0===a[y]&&(a[y]={}),!a[y][b]){var x=v.anchorPoint.matMult(u),_=this.getPlacementScale(this.minScale,c,h,x,v);_>=o&&(a[y][b]=!0,s.push(p[g]))}}return s},n.prototype.getPlacementScale=function(t,e,r,n,i){var o=e.x-n.x,a=e.y-n.y,s=(i.x1-r.x2)/o,l=(i.x2-r.x1)/o,u=(i.y1-r.y2)*this.yStretch/a,c=(i.y2-r.y1)*this.yStretch/a;(isNaN(s)||isNaN(l))&&(s=l=1),(isNaN(u)||isNaN(c))&&(u=c=1);var h=Math.min(Math.max(s,l),Math.max(u,c)),f=i.maxScale,p=r.maxScale;return h>f&&(h=f),h>p&&(h=p),h>t&&h>=i.placementScale&&(t=h),t},n.prototype.insertCollisionFeature=function(t,e,r){for(var n=r?this.ignoredGrid:this.grid,i=this.collisionBoxArray,o=t.boxStartIndex;o<t.boxEndIndex;o++){var a=i.get(o);a.placementScale=e,e<this.maxScale&&n.insert(o,a.bbox0,a.bbox1,a.bbox2,a.bbox3)}}},{"../data/bucket":253,"grid-index":392,"point-geometry":424}],321:[function(t,e,r){"use strict";function n(t,e,r,n,o,a,s,l,u){var c=n?.6*a*s:0,h=Math.max(n?n.right-n.left:0,o?o.right-o.left:0),f=0===t[0].x||t[0].x===u||0===t[0].y||t[0].y===u;e/4>e-h*s&&(e=h*s+e/4);var p=2*a,d=f?e/2*l%e:(h/2+p)*s*l%e;return i(t,d,e,c,r,h*s,f,!1,u)}function i(t,e,r,n,l,u,c,h,f){for(var p=u/2,d=0,m=0;m<t.length-1;m++)d+=t[m].dist(t[m+1]);for(var g=0,v=e-r,y=[],b=0;b<t.length-1;b++){for(var x=t[b],_=t[b+1],w=x.dist(_),M=_.angleTo(x);g+w>v+r;){v+=r;var k=(v-g)/w,A=o(x.x,_.x,k),T=o(x.y,_.y,k);if(A>=0&&f>A&&T>=0&&f>T&&v-p>=0&&d>=v+p){var E=new a(A,T,M,b)._round();n&&!s(t,E,u,n,l)||y.push(E)}}g+=w}return h||y.length||c||(y=i(t,g/2,r,n,l,u,c,!0,f)),y}var o=t("../util/interpolate"),a=t("../symbol/anchor"),s=t("./check_max_angle");e.exports=n},{"../symbol/anchor":315,"../util/interpolate":360,"./check_max_angle":316}],322:[function(t,e,r){"use strict";function n(){this.width=s,this.height=s,this.bin=new i(this.width,this.height),this.index={},this.ids={},this.data=new Uint8Array(this.width*this.height)}var i=t("shelf-pack"),o=t("../util/util"),a=4,s=128,l=2048;e.exports=n,n.prototype.getGlyphs=function(){var t,e,r,n={};for(var i in this.ids)t=i.split("#"),e=t[0],r=t[1],n[e]||(n[e]=[]),n[e].push(r);return n},n.prototype.getRects=function(){var t,e,r,n={};for(var i in this.ids)t=i.split("#"),e=t[0],r=t[1],n[e]||(n[e]={}),n[e][r]=this.index[i];return n},n.prototype.addGlyph=function(t,e,r,n){if(!r)return null;var i=e+"#"+r.id;if(this.index[i])return this.ids[i].indexOf(t)<0&&this.ids[i].push(t),this.index[i];if(!r.bitmap)return null;var a=r.width+2*n,s=r.height+2*n,l=1,u=a+2*l,c=s+2*l;u+=4-u%4,c+=4-c%4;var h=this.bin.packOne(u,c);if(h||(this.resize(),h=this.bin.packOne(u,c)),!h)return o.warnOnce("glyph bitmap overflow"),null;this.index[i]=h,this.ids[i]=[t];for(var f=this.data,p=r.bitmap,d=0;s>d;d++)for(var m=this.width*(h.y+d+l)+h.x+l,g=a*d,v=0;a>v;v++)f[m+v]=p[g+v];return this.dirty=!0,h},n.prototype.resize=function(){var t=this.width,e=this.height;if(!(t>=l||e>=l)){this.texture&&(this.gl&&this.gl.deleteTexture(this.texture),this.texture=null),this.width*=a,this.height*=a,this.bin.resize(this.width,this.height);for(var r=new ArrayBuffer(this.width*this.height),n=0;e>n;n++){var i=new Uint8Array(this.data.buffer,e*n,t),o=new Uint8Array(r,e*n*a,t);o.set(i)}this.data=new Uint8Array(r)}},n.prototype.bind=function(t){this.gl=t,this.texture?t.bindTexture(t.TEXTURE_2D,this.texture):(this.texture=t.createTexture(),t.bindTexture(t.TEXTURE_2D,this.texture),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MAG_FILTER,t.LINEAR),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MIN_FILTER,t.LINEAR),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_S,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_T,t.CLAMP_TO_EDGE),t.texImage2D(t.TEXTURE_2D,0,t.ALPHA,this.width,this.height,0,t.ALPHA,t.UNSIGNED_BYTE,null))},n.prototype.updateTexture=function(t){this.bind(t),this.dirty&&(t.texSubImage2D(t.TEXTURE_2D,0,0,0,this.width,this.height,t.ALPHA,t.UNSIGNED_BYTE,this.data),this.dirty=!1)}},{"../util/util":366,"shelf-pack":427}],323:[function(t,e,r){"use strict";function n(t){this.url=t&&a(t),this.atlases={},this.stacks={},this.loading={}}function i(t,e,r){var n=1;this.advance=t.advance,this.left=t.left-r-n,this.top=t.top+r+n,this.rect=e}function o(t,e,r,n){return n=n||"abc",r.replace("{s}",n[t.length%n.length]).replace("{fontstack}",t).replace("{range}",e)}var a=t("../util/mapbox").normalizeGlyphsURL,s=t("../util/ajax").getArrayBuffer,l=t("../util/glyphs"),u=t("../symbol/glyph_atlas"),c=t("pbf");e.exports=n,n.prototype.getSimpleGlyphs=function(t,e,r,n){void 0===this.stacks[t]&&(this.stacks[t]={}),void 0===this.atlases[t]&&(this.atlases[t]=new u);for(var o,a={},s=this.stacks[t],l=this.atlases[t],c=3,h={},f=0,p=0;p<e.length;p++){var d=e[p];if(o=Math.floor(d/256),s[o]){var m=s[o].glyphs[d],g=l.addGlyph(r,t,m,c);m&&(a[d]=new i(m,g,c))}else void 0===h[o]&&(h[o]=[],f++),h[o].push(d)}f||n(void 0,a,t);var v=function(e,o,s){if(!e)for(var u=this.stacks[t][o]=s.stacks[0],p=0;p<h[o].length;p++){var d=h[o][p],m=u.glyphs[d],g=l.addGlyph(r,t,m,c);m&&(a[d]=new i(m,g,c))}f--,f||n(void 0,a,t)}.bind(this);for(var y in h)this.loadRange(t,y,v)},n.prototype.loadRange=function(t,e,r){if(256*e>65535)return r("glyphs > 65535 not supported");void 0===this.loading[t]&&(this.loading[t]={});var n=this.loading[t];if(n[e])n[e].push(r);else{n[e]=[r];var i=256*e+"-"+(256*e+255),a=o(t,i,this.url);s(a,function(t,r){for(var i=!t&&new l(new c(new Uint8Array(r))),o=0;o<n[e].length;o++)n[e][o](t,e,i);delete n[e]})}},n.prototype.getGlyphAtlas=function(t){return this.atlases[t]}},{"../symbol/glyph_atlas":322,"../util/ajax":349,"../util/glyphs":359,"../util/mapbox":363,pbf:422}],324:[function(t,e,r){"use strict";e.exports=function(t,e,r){function n(n){c.push(t[n]),h.push(r[n]),f.push(e[n]),p++}function i(t,e,r){var n=u[t];return delete u[t],u[e]=n,h[n][0].pop(),h[n][0]=h[n][0].concat(r[0]),n}function o(t,e,r){var n=l[e];return delete l[e],l[t]=n,h[n][0].shift(),h[n][0]=r[0].concat(h[n][0]),n}function a(t,e,r){var n=r?e[0][e[0].length-1]:e[0][0];return t+":"+n.x+":"+n.y}var s,l={},u={},c=[],h=[],f=[],p=0;for(s=0;s<t.length;s++){var d=r[s],m=e[s];if(m){var g=a(m,d),v=a(m,d,!0);if(g in u&&v in l&&u[g]!==l[v]){var y=o(g,v,d),b=i(g,v,h[y]);delete l[g],delete u[v],u[a(m,h[b],!0)]=b,h[y]=null}else g in u?i(g,v,d):v in l?o(g,v,d):(n(s),l[g]=p-1,u[v]=p-1)}else n(s)}return{features:c,textFeatures:f,geometries:h}}},{}],325:[function(t,e,r){"use strict";function n(t,e,r,n,i,o,a,s,l,u){this.anchorPoint=t,this.tl=e,this.tr=r,this.bl=n,this.br=i,this.tex=o,this.anchorAngle=a,this.glyphAngle=s,this.minScale=l,this.maxScale=u}function i(t,e,r,i,o,a,u,c,h){var f,p,d,m,g=e.image.rect,v=o.layout,y=1,b=e.left-y,x=b+g.w/e.image.pixelRatio,_=e.top-y,w=_+g.h/e.image.pixelRatio;if("none"!==v["icon-text-fit"]&&u){var M=x-b,k=w-_,A=v["text-size"]/24,T=u.left*A,E=u.right*A,S=u.top*A,L=u.bottom*A,z=E-T,I=L-S,P=v["icon-text-fit-padding"][0],C=v["icon-text-fit-padding"][1],R=v["icon-text-fit-padding"][2],j=v["icon-text-fit-padding"][3],D="width"===v["icon-text-fit"]?.5*(I-k):0,O="height"===v["icon-text-fit"]?.5*(z-M):0,F="width"===v["icon-text-fit"]||"both"===v["icon-text-fit"]?z:M,N="height"===v["icon-text-fit"]||"both"===v["icon-text-fit"]?I:k;f=new s(T+O-j,S+D-P),p=new s(T+O+C+F,S+D-P),d=new s(T+O+C+F,S+D+R+N),m=new s(T+O-j,S+D+R+N)}else f=new s(b,_),p=new s(x,_),d=new s(x,w),m=new s(b,w);var B=o.getLayoutValue("icon-rotate",c,h)*Math.PI/180;if(a){var U=i[t.segment];if(t.y===U.y&&t.x===U.x&&t.segment+1<i.length){var V=i[t.segment+1];B+=Math.atan2(t.y-V.y,t.x-V.x)+Math.PI}else B+=Math.atan2(t.y-U.y,t.x-U.x)}if(B){var q=Math.sin(B),G=Math.cos(B),H=[G,-q,q,G];f=f.matMult(H),p=p.matMult(H),m=m.matMult(H),d=d.matMult(H)}return[new n(new s(t.x,t.y),f,p,m,d,e.image.rect,0,0,l,1/0)]}function o(t,e,r,i,o,u){for(var c=o.layout["text-rotate"]*Math.PI/180,h=o.layout["text-keep-upright"],f=e.positionedGlyphs,p=[],d=0;d<f.length;d++){var m=f[d],g=m.glyph,v=g.rect;if(v){var y,b=(m.x+g.advance/2)*r,x=l;u?(y=[],x=a(y,t,b,i,t.segment,!0),h&&(x=Math.min(x,a(y,t,b,i,t.segment,!1)))):y=[{anchorPoint:new s(t.x,t.y),offset:0,angle:0,maxScale:1/0,minScale:l}];for(var _=m.x+g.left,w=m.y-g.top,M=_+v.w,k=w+v.h,A=new s(_,w),T=new s(M,w),E=new s(_,k),S=new s(M,k),L=0;L<y.length;L++){var z=y[L],I=A,P=T,C=E,R=S;if(c){var j=Math.sin(c),D=Math.cos(c),O=[D,-j,j,D];I=I.matMult(O),P=P.matMult(O),C=C.matMult(O),R=R.matMult(O)}var F=Math.max(z.minScale,x),N=(t.angle+z.offset+2*Math.PI)%(2*Math.PI),B=(z.angle+z.offset+2*Math.PI)%(2*Math.PI);p.push(new n(z.anchorPoint,I,P,C,R,v,N,B,F,z.maxScale))}}}return p}function a(t,e,r,n,i,o){var a=!o;0>r&&(o=!o),o&&i++;var u=new s(e.x,e.y),c=n[i],h=1/0;r=Math.abs(r);for(var f=l;;){var p=u.dist(c),d=r/p,m=Math.atan2(c.y-u.y,c.x-u.x);if(o||(m+=Math.PI),t.push({anchorPoint:u,offset:a?Math.PI:0,minScale:d,maxScale:h,angle:(m+2*Math.PI)%(2*Math.PI)}),f>=d)break;for(u=c;u.equals(c);)if(i+=o?1:-1,c=n[i],!c)return d;var g=c.sub(u)._unit();u=u.sub(g._mult(p)),h=d}return f}var s=t("point-geometry");e.exports={getIconQuads:i,getGlyphQuads:o,SymbolQuad:n};var l=.5},{"point-geometry":424}],326:[function(t,e,r){"use strict";function n(t,e,r){for(var n=[],o=0,a=t.length;a>o;o++){var s=i(t[o].properties,e["text-field"]);if(s){s=s.toString();var l=e["text-transform"];"uppercase"===l?s=s.toLocaleUpperCase():"lowercase"===l&&(s=s.toLocaleLowerCase());for(var u=0;u<s.length;u++)r[s.charCodeAt(u)]=!0;n[o]=s}else n[o]=null}return n}var i=t("../util/token");e.exports=n},{"../util/token":365}],327:[function(t,e,r){"use strict";function n(t,e,r,n){this.codePoint=t,this.x=e,this.y=r,this.glyph=n}function i(t,e,r,n,i,o){this.positionedGlyphs=t,this.text=e,this.top=r,this.bottom=n,this.left=i,this.right=o}function o(t,e,r,o,s,l,u,c,h){for(var f=[],p=new i(f,t,h[1],h[1],h[0],h[0]),d=-17,m=0,g=d,v=0;v<t.length;v++){var y=t.charCodeAt(v),b=e[y];b&&(f.push(new n(y,m,g,b)),m+=b.advance+c)}return f.length?(a(p,e,o,r,s,l,u,h),p):!1}function a(t,e,r,n,i,o,a,u){var c=null,p=0,d=0,m=0,g=0,v=t.positionedGlyphs;if(n)for(var y=0;y<v.length;y++){var b=v[y];if(b.x-=p,b.y+=r*m,b.x>n&&null!==c){var x=v[c+1].x;g=Math.max(x,g);for(var _=c+1;y>=_;_++)v[_].y+=r,v[_].x-=x;if(a){var w=c;h[v[c].codePoint]&&w--,s(v,e,d,w,a)}d=c+1,c=null,p+=x,m++}f[b.codePoint]&&(c=y)}var M=v[v.length-1],k=M.x+e[M.codePoint].advance;g=Math.max(g,k);var A=(m+1)*r;s(v,e,d,v.length-1,a),l(v,a,i,o,g,r,m,u),t.top+=-o*A,t.bottom=t.top+A,t.left+=-i*g,t.right=t.left+g}function s(t,e,r,n,i){for(var o=e[t[n].codePoint].advance,a=(t[n].x+o)*i,s=r;n>=s;s++)t[s].x-=a}function l(t,e,r,n,i,o,a,s){for(var l=(e-r)*i+s[0],u=(-n*(a+1)+.5)*o+s[1],c=0;c<t.length;c++)t[c].x+=l,t[c].y+=u}function u(t,e){if(!t||!t.rect)return null;var r=e["icon-offset"][0],n=e["icon-offset"][1],i=r-t.width/2,o=i+t.width,a=n-t.height/2,s=a+t.height;return new c(t,a,s,i,o)}function c(t,e,r,n,i){this.image=t,this.top=e,this.bottom=r,this.left=n,this.right=i}e.exports={shapeText:o,shapeIcon:u};var h={32:!0,8203:!0},f={32:!0,38:!0,43:!0,45:!0,47:!0,173:!0,183:!0,8203:!0,8208:!0,8211:!0}},{}],328:[function(t,e,r){"use strict";function n(t,e){this.width=t,this.height=e,this.bin=new a(t,e),this.images={},this.data=!1,this.texture=0,this.filter=0,this.pixelRatio=1,this.dirty=!0}function i(t,e,r,n,i,o,a,s,l,u,c){var h,f,p=n*e+r,d=s*o+a;if(c)for(d-=o,f=-1;u>=f;f++,p=((f+u)%u+n)*e+r,d+=o)for(h=-1;l>=h;h++)i[d+h]=t[p+(h+l)%l];else for(f=0;u>f;f++,p+=e,d+=o)for(h=0;l>h;h++)i[d+h]=t[p+h]}function o(t,e,r,n,i){this.rect=t,this.width=e,this.height=r,this.sdf=n,this.pixelRatio=i}var a=t("shelf-pack"),s=t("../util/browser"),l=t("../util/util");e.exports=n,n.prototype.allocateImage=function(t,e){t/=this.pixelRatio,e/=this.pixelRatio;var r=2,n=t+r+(4-(t+r)%4),i=e+r+(4-(e+r)%4),o=this.bin.packOne(n,i);return o?o:(l.warnOnce("SpriteAtlas out of space."),null)},n.prototype.getImage=function(t,e){if(this.images[t])return this.images[t];if(!this.sprite)return null;var r=this.sprite.getSpritePosition(t);if(!r.width||!r.height)return null;var n=this.allocateImage(r.width,r.height);if(!n)return null;var i=new o(n,r.width/r.pixelRatio,r.height/r.pixelRatio,r.sdf,r.pixelRatio/this.pixelRatio);return this.images[t]=i,this.copy(n,r,e),i},n.prototype.getPosition=function(t,e){var r=this.getImage(t,e),n=r&&r.rect;if(!n)return null;var i=r.width*r.pixelRatio,o=r.height*r.pixelRatio,a=1;return{size:[r.width,r.height],tl:[(n.x+a)/this.width,(n.y+a)/this.height],br:[(n.x+a+i)/this.width,(n.y+a+o)/this.height]}},n.prototype.allocate=function(){if(!this.data){var t=Math.floor(this.width*this.pixelRatio),e=Math.floor(this.height*this.pixelRatio);this.data=new Uint32Array(t*e);for(var r=0;r<this.data.length;r++)this.data[r]=0}},n.prototype.copy=function(t,e,r){if(this.sprite.img.data){var n=new Uint32Array(this.sprite.img.data.buffer);this.allocate();var o=this.data,a=1;i(n,this.sprite.img.width,e.x,e.y,o,this.width*this.pixelRatio,(t.x+a)*this.pixelRatio,(t.y+a)*this.pixelRatio,e.width,e.height,r),this.dirty=!0}},n.prototype.setSprite=function(t){t&&(this.pixelRatio=s.devicePixelRatio>1?2:1,this.canvas&&(this.canvas.width=this.width*this.pixelRatio,this.canvas.height=this.height*this.pixelRatio)),this.sprite=t},n.prototype.addIcons=function(t,e){for(var r=0;r<t.length;r++)this.getImage(t[r]);e(null,this.images)},n.prototype.bind=function(t,e){var r=!1;this.texture?t.bindTexture(t.TEXTURE_2D,this.texture):(this.texture=t.createTexture(),t.bindTexture(t.TEXTURE_2D,this.texture),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_S,t.CLAMP_TO_EDGE),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_WRAP_T,t.CLAMP_TO_EDGE),r=!0);var n=e?t.LINEAR:t.NEAREST;n!==this.filter&&(t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MIN_FILTER,n),t.texParameteri(t.TEXTURE_2D,t.TEXTURE_MAG_FILTER,n),this.filter=n),this.dirty&&(this.allocate(),r?t.texImage2D(t.TEXTURE_2D,0,t.RGBA,this.width*this.pixelRatio,this.height*this.pixelRatio,0,t.RGBA,t.UNSIGNED_BYTE,new Uint8Array(this.data.buffer)):t.texSubImage2D(t.TEXTURE_2D,0,0,0,this.width*this.pixelRatio,this.height*this.pixelRatio,t.RGBA,t.UNSIGNED_BYTE,new Uint8Array(this.data.buffer)),this.dirty=!1)}},{"../util/browser":350,"../util/util":366,"shelf-pack":427}],329:[function(t,e,r){"use strict";var n=t("../util/struct_array"),i=t("../util/util"),o=t("point-geometry"),a=e.exports=new n({members:[{type:"Uint16",name:"textBoxStartIndex"},{type:"Uint16",name:"textBoxEndIndex"},{type:"Uint16",name:"iconBoxStartIndex"},{type:"Uint16",name:"iconBoxEndIndex"},{type:"Uint16",name:"glyphQuadStartIndex"},{type:"Uint16",name:"glyphQuadEndIndex"},{type:"Uint16",name:"iconQuadStartIndex"},{type:"Uint16",name:"iconQuadEndIndex"},{type:"Int16",name:"anchorPointX"},{type:"Int16",name:"anchorPointY"},{type:"Int8",name:"index"}]});i.extendAll(a.prototype.StructType.prototype,{get anchorPoint(){return new o(this.anchorPointX,this.anchorPointY)}})},{"../util/struct_array":364,"../util/util":366,"point-geometry":424}],330:[function(t,e,r){"use strict";var n=t("../util/struct_array"),i=t("../util/util"),o=t("point-geometry"),a=t("./quads").SymbolQuad,s=e.exports=new n({members:[{type:"Int16",name:"anchorPointX"},{type:"Int16",name:"anchorPointY"},{type:"Float32",name:"tlX"},{type:"Float32",name:"tlY"},{type:"Float32",name:"trX"},{type:"Float32",name:"trY"},{type:"Float32",name:"blX"},{type:"Float32",name:"blY"},{type:"Float32",name:"brX"},{type:"Float32",name:"brY"},{type:"Int16",name:"texH"},{type:"Int16",name:"texW"},{type:"Int16",name:"texX"},{type:"Int16",name:"texY"},{type:"Float32",name:"anchorAngle"},{type:"Float32",name:"glyphAngle"},{type:"Float32",name:"maxScale"},{type:"Float32",name:"minScale"}]});i.extendAll(s.prototype.StructType.prototype,{get anchorPoint(){return new o(this.anchorPointX,this.anchorPointY)},get SymbolQuad(){return new a(this.anchorPoint,new o(this.tlX,this.tlY),new o(this.trX,this.trY),new o(this.blX,this.blY),new o(this.brX,this.brY),{x:this.texX,y:this.texY,h:this.texH,w:this.texW,height:this.texH,width:this.texW},this.anchorAngle,this.glyphAngle,this.minScale,this.maxScale)}})},{"../util/struct_array":364,"../util/util":366,"./quads":325,"point-geometry":424}],331:[function(t,e,r){"use strict";var n=t("../util/dom"),i=t("point-geometry"),o={scrollZoom:t("./handler/scroll_zoom"),boxZoom:t("./handler/box_zoom"),dragRotate:t("./handler/drag_rotate"),dragPan:t("./handler/drag_pan"),keyboard:t("./handler/keyboard"),doubleClickZoom:t("./handler/dblclick_zoom"),touchZoomRotate:t("./handler/touch_zoom_rotate")};e.exports=function(t,e){function r(t){v("mouseout",t)}function a(e){t.stop(),_=n.mousePos(b,e),v("mousedown",e)}function s(e){var r=t.dragRotate&&t.dragRotate.isActive();x&&!r&&v("contextmenu",x),x=null,v("mouseup",e)}function l(e){if(!(t.dragPan&&t.dragPan.isActive()||t.dragRotate&&t.dragRotate.isActive())){for(var r=e.toElement||e.target;r&&r!==b;)r=r.parentNode;r===b&&v("mousemove",e)}}function u(e){t.stop(),y("touchstart",e),!e.touches||e.touches.length>1||(w?(clearTimeout(w),w=null,v("dblclick",e)):w=setTimeout(p,300))}function c(t){y("touchmove",t)}function h(t){y("touchend",t)}function f(t){y("touchcancel",t)}function p(){w=null}function d(t){var e=n.mousePos(b,t);e.equals(_)&&v("click",t)}function m(t){v("dblclick",t),t.preventDefault()}function g(t){x=t,t.preventDefault()}function v(e,r){var i=n.mousePos(b,r);return t.fire(e,{lngLat:t.unproject(i),point:i,originalEvent:r})}function y(e,r){var o=n.touchPos(b,r),a=o.reduce(function(t,e,r,n){return t.add(e.div(n.length))},new i(0,0));return t.fire(e,{lngLat:t.unproject(a),point:a,lngLats:o.map(function(e){return t.unproject(e)},this),points:o,originalEvent:r})}var b=t.getCanvasContainer(),x=null,_=null,w=null;for(var M in o)t[M]=new o[M](t,e),e.interactive&&e[M]&&t[M].enable();b.addEventListener("mouseout",r,!1),b.addEventListener("mousedown",a,!1),b.addEventListener("mouseup",s,!1),b.addEventListener("mousemove",l,!1),b.addEventListener("touchstart",u,!1),b.addEventListener("touchend",h,!1),b.addEventListener("touchmove",c,!1),b.addEventListener("touchcancel",f,!1),b.addEventListener("click",d,!1),b.addEventListener("dblclick",m,!1),b.addEventListener("contextmenu",g,!1)}},{"../util/dom":352,"./handler/box_zoom":337,"./handler/dblclick_zoom":338,"./handler/drag_pan":339,"./handler/drag_rotate":340,"./handler/keyboard":341,"./handler/scroll_zoom":342,"./handler/touch_zoom_rotate":343,"point-geometry":424}],332:[function(t,e,r){"use strict";var n=t("../util/util"),i=t("../util/interpolate"),o=t("../util/browser"),a=t("../geo/lng_lat"),s=t("../geo/lng_lat_bounds"),l=t("point-geometry"),u=e.exports=function(){};n.extend(u.prototype,{getCenter:function(){return this.transform.center},setCenter:function(t,e){return this.jumpTo({center:t},e),this},panBy:function(t,e,r){return this.panTo(this.transform.center,n.extend({offset:l.convert(t).mult(-1)},e),r),this},panTo:function(t,e,r){return this.easeTo(n.extend({center:t},e),r)},getZoom:function(){return this.transform.zoom},setZoom:function(t,e){return this.jumpTo({zoom:t},e),this},zoomTo:function(t,e,r){return this.easeTo(n.extend({zoom:t},e),r)},zoomIn:function(t,e){return this.zoomTo(this.getZoom()+1,t,e),this},zoomOut:function(t,e){return this.zoomTo(this.getZoom()-1,t,e),this},getBearing:function(){return this.transform.bearing},setBearing:function(t,e){return this.jumpTo({bearing:t},e),this},rotateTo:function(t,e,r){return this.easeTo(n.extend({bearing:t},e),r)},resetNorth:function(t,e){return this.rotateTo(0,n.extend({duration:1e3},t),e),this},snapToNorth:function(t,e){return Math.abs(this.getBearing())<this._bearingSnap?this.resetNorth(t,e):this},getPitch:function(){return this.transform.pitch},setPitch:function(t,e){return this.jumpTo({pitch:t},e),this},fitBounds:function(t,e,r){e=n.extend({padding:0,offset:[0,0],maxZoom:1/0},e),t=s.convert(t);var i=l.convert(e.offset),o=this.transform,a=o.project(t.getNorthWest()),u=o.project(t.getSouthEast()),c=u.sub(a),h=(o.width-2*e.padding-2*Math.abs(i.x))/c.x,f=(o.height-2*e.padding-2*Math.abs(i.y))/c.y;return e.center=o.unproject(a.add(u).div(2)),e.zoom=Math.min(o.scaleZoom(o.scale*Math.min(h,f)),e.maxZoom),e.bearing=0,e.linear?this.easeTo(e,r):this.flyTo(e,r)},jumpTo:function(t,e){this.stop();var r=this.transform,n=!1,i=!1,o=!1;return"zoom"in t&&r.zoom!==+t.zoom&&(n=!0,r.zoom=+t.zoom),"center"in t&&(r.center=a.convert(t.center)),"bearing"in t&&r.bearing!==+t.bearing&&(i=!0,r.bearing=+t.bearing),"pitch"in t&&r.pitch!==+t.pitch&&(o=!0,r.pitch=+t.pitch),this.fire("movestart",e).fire("move",e),n&&this.fire("zoomstart",e).fire("zoom",e).fire("zoomend",e),i&&this.fire("rotate",e),o&&this.fire("pitch",e),this.fire("moveend",e)},easeTo:function(t,e){this.stop(),t=n.extend({offset:[0,0],duration:500,easing:n.ease},t);var r,o,s=this.transform,u=l.convert(t.offset),c=this.getZoom(),h=this.getBearing(),f=this.getPitch(),p="zoom"in t?+t.zoom:c,d="bearing"in t?this._normalizeBearing(t.bearing,h):h,m="pitch"in t?+t.pitch:f;"center"in t?(r=a.convert(t.center),o=s.centerPoint.add(u)):"around"in t?(r=a.convert(t.around),o=s.locationPoint(r)):(o=s.centerPoint.add(u),r=s.pointLocation(o));var g=s.locationPoint(r);return t.animate===!1&&(t.duration=0),this.zooming=p!==c,this.rotating=h!==d,this.pitching=m!==f,t.noMoveStart||this.fire("movestart",e),this.zooming&&this.fire("zoomstart",e),clearTimeout(this._onEaseEnd),this._ease(function(t){this.zooming&&(s.zoom=i(c,p,t)),this.rotating&&(s.bearing=i(h,d,t)),this.pitching&&(s.pitch=i(f,m,t)),s.setLocationAtPoint(r,g.add(o.sub(g)._mult(t))),this.fire("move",e),this.zooming&&this.fire("zoom",e),this.rotating&&this.fire("rotate",e),this.pitching&&this.fire("pitch",e)},function(){t.delayEndEvents?this._onEaseEnd=setTimeout(this._easeToEnd.bind(this,e),t.delayEndEvents):this._easeToEnd(e)}.bind(this),t),this},_easeToEnd:function(t){var e=this.zooming;this.zooming=!1,this.rotating=!1,this.pitching=!1,e&&this.fire("zoomend",t),this.fire("moveend",t)},flyTo:function(t,e){function r(t){var e=(A*A-k*k+(t?-1:1)*L*L*T*T)/(2*(t?A:k)*L*T);return Math.log(Math.sqrt(e*e+1)-e)}function o(t){return(Math.exp(t)-Math.exp(-t))/2}function s(t){return(Math.exp(t)+Math.exp(-t))/2}function u(t){return o(t)/s(t)}this.stop(),t=n.extend({offset:[0,0],speed:1.2,curve:1.42,easing:n.ease},t);var c=this.transform,h=l.convert(t.offset),f=this.getZoom(),p=this.getBearing(),d=this.getPitch(),m="center"in t?a.convert(t.center):this.getCenter(),g="zoom"in t?+t.zoom:f,v="bearing"in t?this._normalizeBearing(t.bearing,p):p,y="pitch"in t?+t.pitch:d;Math.abs(c.center.lng)+Math.abs(m.lng)>180&&(c.center.lng>0&&m.lng<0?m.lng+=360:c.center.lng<0&&m.lng>0&&(m.lng-=360));var b=c.zoomScale(g-f),x=c.point,_="center"in t?c.project(m).sub(h.div(b)):x,w=c.worldSize,M=t.curve,k=Math.max(c.width,c.height),A=k/b,T=_.sub(x).mag();if("minZoom"in t){var E=n.clamp(Math.min(t.minZoom,f,g),c.minZoom,c.maxZoom),S=k/c.zoomScale(E-f);M=Math.sqrt(S/T*2)}var L=M*M,z=r(0),I=function(t){return s(z)/s(z+M*t)},P=function(t){return k*((s(z)*u(z+M*t)-o(z))/L)/T},C=(r(1)-z)/M;if(Math.abs(T)<1e-6){if(Math.abs(k-A)<1e-6)return this.easeTo(t);var R=k>A?-1:1;C=Math.abs(Math.log(A/k))/M,P=function(){return 0},I=function(t){return Math.exp(R*M*t)}}if("duration"in t)t.duration=+t.duration;else{var j="screenSpeed"in t?+t.screenSpeed/M:+t.speed;t.duration=1e3*C/j}return this.zooming=!0,p!==v&&(this.rotating=!0),d!==y&&(this.pitching=!0),this.fire("movestart",e),this.fire("zoomstart",e),this._ease(function(t){var r=t*C,n=P(r);c.zoom=f+c.scaleZoom(1/I(r)),c.center=c.unproject(x.add(_.sub(x).mult(n)),w),this.rotating&&(c.bearing=i(p,v,t)),this.pitching&&(c.pitch=i(d,y,t)),this.fire("move",e),this.fire("zoom",e),this.rotating&&this.fire("rotate",e),this.pitching&&this.fire("pitch",e)},function(){this.zooming=!1,this.rotating=!1,this.pitching=!1,this.fire("zoomend",e),this.fire("moveend",e)},t),this},isEasing:function(){return!!this._abortFn},stop:function(){return this._abortFn&&(this._abortFn(),this._finishEase()),this},_ease:function(t,e,r){this._finishFn=e,this._abortFn=o.timed(function(e){t.call(this,r.easing(e)),1===e&&this._finishEase()},r.animate===!1?0:r.duration,this)},_finishEase:function(){delete this._abortFn;var t=this._finishFn;delete this._finishFn,t.call(this)},_normalizeBearing:function(t,e){t=n.wrap(t,-180,180);var r=Math.abs(t-e);return Math.abs(t-360-e)<r&&(t-=360),Math.abs(t+360-e)<r&&(t+=360),t},_updateEasing:function(t,e,r){var i;
if(this.ease){var o=this.ease,a=(Date.now()-o.start)/o.duration,s=o.easing(a+.01)-o.easing(a),l=.27/Math.sqrt(s*s+1e-4)*.01,u=Math.sqrt(.0729-l*l);i=n.bezier(l,u,.25,1)}else i=r?n.bezier.apply(n,r):n.ease;return this.ease={start:(new Date).getTime(),to:Math.pow(2,e),duration:t,easing:i},i}})},{"../geo/lng_lat":263,"../geo/lng_lat_bounds":264,"../util/browser":350,"../util/interpolate":360,"../util/util":366,"point-geometry":424}],333:[function(t,e,r){"use strict";function n(t){a.setOptions(this,t)}var i=t("./control"),o=t("../../util/dom"),a=t("../../util/util");e.exports=n,n.createAttributionString=function(t){var e=[];for(var r in t){var n=t[r];n.attribution&&e.indexOf(n.attribution)<0&&e.push(n.attribution)}return e.sort(function(t,e){return t.length-e.length}),e=e.filter(function(t,r){for(var n=r+1;n<e.length;n++)if(e[n].indexOf(t)>=0)return!1;return!0}),e.join(" | ")},n.prototype=a.inherit(i,{options:{position:"bottom-right"},onAdd:function(t){var e="mapboxgl-ctrl-attrib",r=this._container=o.create("div",e,t.getContainer());return this._update(),t.on("source.load",this._update.bind(this)),t.on("source.change",this._update.bind(this)),t.on("source.remove",this._update.bind(this)),t.on("moveend",this._updateEditLink.bind(this)),r},_update:function(){this._map.style&&(this._container.innerHTML=n.createAttributionString(this._map.style.sources)),this._editLink=this._container.getElementsByClassName("mapbox-improve-map")[0],this._updateEditLink()},_updateEditLink:function(){if(this._editLink){var t=this._map.getCenter();this._editLink.href="https://www.mapbox.com/map-feedback/#/"+t.lng+"/"+t.lat+"/"+Math.round(this._map.getZoom()+1)}}})},{"../../util/dom":352,"../../util/util":366,"./control":334}],334:[function(t,e,r){"use strict";function n(){}var i=t("../../util/util"),o=t("../../util/evented");e.exports=n,n.prototype={addTo:function(t){this._map=t;var e=this._container=this.onAdd(t);if(this.options&&this.options.position){var r=this.options.position,n=t._controlCorners[r];e.className+=" mapboxgl-ctrl",-1!==r.indexOf("bottom")?n.insertBefore(e,n.firstChild):n.appendChild(e)}return this},remove:function(){return this._container.parentNode.removeChild(this._container),this.onRemove&&this.onRemove(this._map),this._map=null,this}},i.extend(n.prototype,o)},{"../../util/evented":358,"../../util/util":366}],335:[function(t,e,r){"use strict";function n(t){s.setOptions(this,t)}var i=t("./control"),o=t("../../util/browser"),a=t("../../util/dom"),s=t("../../util/util");e.exports=n;var l={enableHighAccuracy:!1,timeout:6e3};n.prototype=s.inherit(i,{options:{position:"top-right"},onAdd:function(t){var e="mapboxgl-ctrl",r=this._container=a.create("div",e+"-group",t.getContainer());return o.supportsGeolocation?(this._container.addEventListener("contextmenu",this._onContextMenu.bind(this)),this._geolocateButton=a.create("button",e+"-icon "+e+"-geolocate",this._container),this._geolocateButton.type="button",this._geolocateButton.addEventListener("click",this._onClickGeolocate.bind(this)),r):r},_onContextMenu:function(t){t.preventDefault()},_onClickGeolocate:function(){navigator.geolocation.getCurrentPosition(this._success.bind(this),this._error.bind(this),l),this._timeoutId=setTimeout(this._finish.bind(this),1e4)},_success:function(t){this._map.jumpTo({center:[t.coords.longitude,t.coords.latitude],zoom:17,bearing:0,pitch:0}),this.fire("geolocate",t),this._finish()},_error:function(t){this.fire("error",t),this._finish()},_finish:function(){this._timeoutId&&clearTimeout(this._timeoutId),this._timeoutId=void 0}})},{"../../util/browser":350,"../../util/dom":352,"../../util/util":366,"./control":334}],336:[function(t,e,r){"use strict";function n(t){s.setOptions(this,t)}function i(t){return new MouseEvent(t.type,{button:2,buttons:2,bubbles:!0,cancelable:!0,detail:t.detail,view:t.view,screenX:t.screenX,screenY:t.screenY,clientX:t.clientX,clientY:t.clientY,movementX:t.movementX,movementY:t.movementY,ctrlKey:t.ctrlKey,shiftKey:t.shiftKey,altKey:t.altKey,metaKey:t.metaKey})}var o=t("./control"),a=t("../../util/dom"),s=t("../../util/util");e.exports=n,n.prototype=s.inherit(o,{options:{position:"top-right"},onAdd:function(t){var e="mapboxgl-ctrl",r=this._container=a.create("div",e+"-group",t.getContainer());return this._container.addEventListener("contextmenu",this._onContextMenu.bind(this)),this._zoomInButton=this._createButton(e+"-icon "+e+"-zoom-in",t.zoomIn.bind(t)),this._zoomOutButton=this._createButton(e+"-icon "+e+"-zoom-out",t.zoomOut.bind(t)),this._compass=this._createButton(e+"-icon "+e+"-compass",t.resetNorth.bind(t)),this._compassArrow=a.create("div","arrow",this._compass),this._compass.addEventListener("mousedown",this._onCompassDown.bind(this)),this._onCompassMove=this._onCompassMove.bind(this),this._onCompassUp=this._onCompassUp.bind(this),t.on("rotate",this._rotateCompassArrow.bind(this)),this._rotateCompassArrow(),this._el=t.getCanvasContainer(),r},_onContextMenu:function(t){t.preventDefault()},_onCompassDown:function(t){0===t.button&&(a.disableDrag(),document.addEventListener("mousemove",this._onCompassMove),document.addEventListener("mouseup",this._onCompassUp),this._el.dispatchEvent(i(t)),t.stopPropagation())},_onCompassMove:function(t){0===t.button&&(this._el.dispatchEvent(i(t)),t.stopPropagation())},_onCompassUp:function(t){0===t.button&&(document.removeEventListener("mousemove",this._onCompassMove),document.removeEventListener("mouseup",this._onCompassUp),a.enableDrag(),this._el.dispatchEvent(i(t)),t.stopPropagation())},_createButton:function(t,e){var r=a.create("button",t,this._container);return r.type="button",r.addEventListener("click",function(){e()}),r},_rotateCompassArrow:function(){var t="rotate("+this._map.transform.angle*(180/Math.PI)+"deg)";this._compassArrow.style.transform=t}})},{"../../util/dom":352,"../../util/util":366,"./control":334}],337:[function(t,e,r){"use strict";function n(t){this._map=t,this._el=t.getCanvasContainer(),this._container=t.getContainer(),a.bindHandlers(this)}var i=t("../../util/dom"),o=t("../../geo/lng_lat_bounds"),a=t("../../util/util");e.exports=n,n.prototype={_enabled:!1,_active:!1,isEnabled:function(){return this._enabled},isActive:function(){return this._active},enable:function(){this.isEnabled()||(this._el.addEventListener("mousedown",this._onMouseDown,!1),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._el.removeEventListener("mousedown",this._onMouseDown),this._enabled=!1)},_onMouseDown:function(t){t.shiftKey&&0===t.button&&(document.addEventListener("mousemove",this._onMouseMove,!1),document.addEventListener("keydown",this._onKeyDown,!1),document.addEventListener("mouseup",this._onMouseUp,!1),i.disableDrag(),this._startPos=i.mousePos(this._el,t),this._active=!0)},_onMouseMove:function(t){var e=this._startPos,r=i.mousePos(this._el,t);this._box||(this._box=i.create("div","mapboxgl-boxzoom",this._container),this._container.classList.add("mapboxgl-crosshair"),this._fireEvent("boxzoomstart",t));var n=Math.min(e.x,r.x),o=Math.max(e.x,r.x),a=Math.min(e.y,r.y),s=Math.max(e.y,r.y);i.setTransform(this._box,"translate("+n+"px,"+a+"px)"),this._box.style.width=o-n+"px",this._box.style.height=s-a+"px"},_onMouseUp:function(t){if(0===t.button){var e=this._startPos,r=i.mousePos(this._el,t),n=new o(this._map.unproject(e),this._map.unproject(r));this._finish(),e.x===r.x&&e.y===r.y?this._fireEvent("boxzoomcancel",t):this._map.fitBounds(n,{linear:!0}).fire("boxzoomend",{originalEvent:t,boxZoomBounds:n})}},_onKeyDown:function(t){27===t.keyCode&&(this._finish(),this._fireEvent("boxzoomcancel",t))},_finish:function(){this._active=!1,document.removeEventListener("mousemove",this._onMouseMove,!1),document.removeEventListener("keydown",this._onKeyDown,!1),document.removeEventListener("mouseup",this._onMouseUp,!1),this._container.classList.remove("mapboxgl-crosshair"),this._box&&(this._box.parentNode.removeChild(this._box),this._box=null),i.enableDrag()},_fireEvent:function(t,e){return this._map.fire(t,{originalEvent:e})}}},{"../../geo/lng_lat_bounds":264,"../../util/dom":352,"../../util/util":366}],338:[function(t,e,r){"use strict";function n(t){this._map=t,this._onDblClick=this._onDblClick.bind(this)}e.exports=n,n.prototype={_enabled:!1,isEnabled:function(){return this._enabled},enable:function(){this.isEnabled()||(this._map.on("dblclick",this._onDblClick),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._map.off("dblclick",this._onDblClick),this._enabled=!1)},_onDblClick:function(t){this._map.zoomTo(this._map.getZoom()+(t.originalEvent.shiftKey?-1:1),{around:t.lngLat},t)}}},{}],339:[function(t,e,r){"use strict";function n(t){this._map=t,this._el=t.getCanvasContainer(),o.bindHandlers(this)}var i=t("../../util/dom"),o=t("../../util/util");e.exports=n;var a=.3,s=o.bezier(0,0,a,1),l=1400,u=2500;n.prototype={_enabled:!1,_active:!1,isEnabled:function(){return this._enabled},isActive:function(){return this._active},enable:function(){this.isEnabled()||(this._el.addEventListener("mousedown",this._onDown),this._el.addEventListener("touchstart",this._onDown),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._el.removeEventListener("mousedown",this._onDown),this._el.removeEventListener("touchstart",this._onDown),this._enabled=!1)},_onDown:function(t){this._ignoreEvent(t)||this.isActive()||(t.touches?(document.addEventListener("touchmove",this._onMove),document.addEventListener("touchend",this._onTouchEnd)):(document.addEventListener("mousemove",this._onMove),document.addEventListener("mouseup",this._onMouseUp)),this._active=!1,this._startPos=this._pos=i.mousePos(this._el,t),this._inertia=[[Date.now(),this._pos]])},_onMove:function(t){if(!this._ignoreEvent(t)){this.isActive()||(this._active=!0,this._fireEvent("dragstart",t),this._fireEvent("movestart",t));var e=i.mousePos(this._el,t),r=this._map;r.stop(),this._drainInertiaBuffer(),this._inertia.push([Date.now(),e]),r.transform.setLocationAtPoint(r.transform.pointLocation(this._pos),e),this._fireEvent("drag",t),this._fireEvent("move",t),this._pos=e,t.preventDefault()}},_onUp:function(t){if(this.isActive()){this._active=!1,this._fireEvent("dragend",t),this._drainInertiaBuffer();var e=function(){this._fireEvent("moveend",t)}.bind(this),r=this._inertia;if(r.length<2)return void e();var n=r[r.length-1],i=r[0],o=n[1].sub(i[1]),c=(n[0]-i[0])/1e3;if(0===c||n[1].equals(i[1]))return void e();var h=o.mult(a/c),f=h.mag();f>l&&(f=l,h._unit()._mult(f));var p=f/(u*a),d=h.mult(-p/2);this._map.panBy(d,{duration:1e3*p,easing:s,noMoveStart:!0},{originalEvent:t})}},_onMouseUp:function(t){this._ignoreEvent(t)||(this._onUp(t),document.removeEventListener("mousemove",this._onMove),document.removeEventListener("mouseup",this._onMouseUp))},_onTouchEnd:function(t){this._ignoreEvent(t)||(this._onUp(t),document.removeEventListener("touchmove",this._onMove),document.removeEventListener("touchend",this._onTouchEnd))},_fireEvent:function(t,e){return this._map.fire(t,{originalEvent:e})},_ignoreEvent:function(t){var e=this._map;if(e.boxZoom&&e.boxZoom.isActive())return!0;if(e.dragRotate&&e.dragRotate.isActive())return!0;if(t.touches)return t.touches.length>1;if(t.ctrlKey)return!0;var r=1,n=0;return"mousemove"===t.type?t.buttons&0===r:t.button!==n},_drainInertiaBuffer:function(){for(var t=this._inertia,e=Date.now(),r=160;t.length>0&&e-t[0][0]>r;)t.shift()}}},{"../../util/dom":352,"../../util/util":366}],340:[function(t,e,r){"use strict";function n(t,e){this._map=t,this._el=t.getCanvasContainer(),this._bearingSnap=e.bearingSnap,a.bindHandlers(this)}var i=t("../../util/dom"),o=t("point-geometry"),a=t("../../util/util");e.exports=n;var s=.25,l=a.bezier(0,0,s,1),u=180,c=720;n.prototype={_enabled:!1,_active:!1,isEnabled:function(){return this._enabled},isActive:function(){return this._active},enable:function(){this.isEnabled()||(this._el.addEventListener("mousedown",this._onDown),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._el.removeEventListener("mousedown",this._onDown),this._enabled=!1)},_onDown:function(t){if(!this._ignoreEvent(t)&&!this.isActive()){document.addEventListener("mousemove",this._onMove),document.addEventListener("mouseup",this._onUp),this._active=!1,this._inertia=[[Date.now(),this._map.getBearing()]],this._startPos=this._pos=i.mousePos(this._el,t),this._center=this._map.transform.centerPoint;var e=this._startPos.sub(this._center),r=e.mag();200>r&&(this._center=this._startPos.add(new o(-200,0)._rotate(e.angle()))),t.preventDefault()}},_onMove:function(t){if(!this._ignoreEvent(t)){this.isActive()||(this._active=!0,this._fireEvent("rotatestart",t),this._fireEvent("movestart",t));var e=this._map;e.stop();var r=this._pos,n=i.mousePos(this._el,t),o=this._center,a=r.sub(o).angleWith(n.sub(o))/Math.PI*180,s=e.getBearing()-a,l=this._inertia,u=l[l.length-1];this._drainInertiaBuffer(),l.push([Date.now(),e._normalizeBearing(s,u[1])]),e.transform.bearing=s,this._fireEvent("rotate",t),this._fireEvent("move",t),this._pos=n}},_onUp:function(t){if(!this._ignoreEvent(t)&&(document.removeEventListener("mousemove",this._onMove),document.removeEventListener("mouseup",this._onUp),this.isActive())){this._active=!1,this._fireEvent("rotateend",t),this._drainInertiaBuffer();var e=this._map,r=e.getBearing(),n=this._inertia,i=function(){Math.abs(r)<this._bearingSnap?e.resetNorth({noMoveStart:!0},{originalEvent:t}):this._fireEvent("moveend",t)}.bind(this);if(n.length<2)return void i();var o=n[0],a=n[n.length-1],h=n[n.length-2],f=e._normalizeBearing(r,h[1]),p=a[1]-o[1],d=0>p?-1:1,m=(a[0]-o[0])/1e3;if(0===p||0===m)return void i();var g=Math.abs(p*(s/m));g>u&&(g=u);var v=g/(c*s),y=d*g*(v/2);f+=y,Math.abs(e._normalizeBearing(f,0))<this._bearingSnap&&(f=e._normalizeBearing(0,f)),e.rotateTo(f,{duration:1e3*v,easing:l,noMoveStart:!0},{originalEvent:t})}},_fireEvent:function(t,e){return this._map.fire(t,{originalEvent:e})},_ignoreEvent:function(t){var e=this._map;if(e.boxZoom&&e.boxZoom.isActive())return!0;if(e.dragPan&&e.dragPan.isActive())return!0;if(t.touches)return t.touches.length>1;var r=t.ctrlKey?1:2,n=t.ctrlKey?0:2;return"mousemove"===t.type?t.buttons&0===r:t.button!==n},_drainInertiaBuffer:function(){for(var t=this._inertia,e=Date.now(),r=160;t.length>0&&e-t[0][0]>r;)t.shift()}}},{"../../util/dom":352,"../../util/util":366,"point-geometry":424}],341:[function(t,e,r){"use strict";function n(t){this._map=t,this._el=t.getCanvasContainer(),this._onKeyDown=this._onKeyDown.bind(this)}e.exports=n;var i=80,o=2,a=5;n.prototype={_enabled:!1,isEnabled:function(){return this._enabled},enable:function(){this.isEnabled()||(this._el.addEventListener("keydown",this._onKeyDown,!1),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._el.removeEventListener("keydown",this._onKeyDown),this._enabled=!1)},_onKeyDown:function(t){if(!(t.altKey||t.ctrlKey||t.metaKey)){var e=this._map,r={originalEvent:t};if(!e.isEasing())switch(t.keyCode){case 61:case 107:case 171:case 187:e.zoomTo(Math.round(e.getZoom())+(t.shiftKey?2:1),r);break;case 189:case 109:case 173:e.zoomTo(Math.round(e.getZoom())-(t.shiftKey?2:1),r);break;case 37:t.shiftKey?e.easeTo({bearing:e.getBearing()-o},r):(t.preventDefault(),e.panBy([-i,0],r));break;case 39:t.shiftKey?e.easeTo({bearing:e.getBearing()+o},r):(t.preventDefault(),e.panBy([i,0],r));break;case 38:t.shiftKey?e.easeTo({pitch:e.getPitch()+a},r):(t.preventDefault(),e.panBy([0,-i],r));break;case 40:t.shiftKey?e.easeTo({pitch:Math.max(e.getPitch()-a,0)},r):(t.preventDefault(),e.panBy([0,i],r))}}}}},{}],342:[function(t,e,r){"use strict";function n(t){this._map=t,this._el=t.getCanvasContainer(),a.bindHandlers(this)}var i=t("../../util/dom"),o=t("../../util/browser"),a=t("../../util/util");e.exports=n;var s="undefined"!=typeof navigator?navigator.userAgent.toLowerCase():"",l=-1!==s.indexOf("firefox"),u=-1!==s.indexOf("safari")&&-1===s.indexOf("chrom");n.prototype={_enabled:!1,isEnabled:function(){return this._enabled},enable:function(){this.isEnabled()||(this._el.addEventListener("wheel",this._onWheel,!1),this._el.addEventListener("mousewheel",this._onWheel,!1),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._el.removeEventListener("wheel",this._onWheel),this._el.removeEventListener("mousewheel",this._onWheel),this._enabled=!1)},_onWheel:function(t){var e;"wheel"===t.type?(e=t.deltaY,l&&t.deltaMode===window.WheelEvent.DOM_DELTA_PIXEL&&(e/=o.devicePixelRatio),t.deltaMode===window.WheelEvent.DOM_DELTA_LINE&&(e*=40)):"mousewheel"===t.type&&(e=-t.wheelDeltaY,u&&(e/=3));var r=o.now(),n=r-(this._time||0);this._pos=i.mousePos(this._el,t),this._time=r,0!==e&&e%4.000244140625===0?(this._type="wheel",e=Math.floor(e/4)):0!==e&&Math.abs(e)<4?this._type="trackpad":n>400?(this._type=null,this._lastValue=e,this._timeout=setTimeout(this._onTimeout,40)):this._type||(this._type=Math.abs(n*e)<200?"trackpad":"wheel",this._timeout&&(clearTimeout(this._timeout),this._timeout=null,e+=this._lastValue)),t.shiftKey&&e&&(e/=4),this._type&&this._zoom(-e,t),t.preventDefault()},_onTimeout:function(){this._type="wheel",this._zoom(-this._lastValue)},_zoom:function(t,e){if(0!==t){var r=this._map,n=2/(1+Math.exp(-Math.abs(t/100)));0>t&&0!==n&&(n=1/n);var i=r.ease?r.ease.to:r.transform.scale,o=r.transform.scaleZoom(i*n);r.zoomTo(o,{duration:0,around:r.unproject(this._pos),delayEndEvents:200},{originalEvent:e})}}}},{"../../util/browser":350,"../../util/dom":352,"../../util/util":366}],343:[function(t,e,r){"use strict";function n(t){this._map=t,this._el=t.getCanvasContainer(),o.bindHandlers(this)}var i=t("../../util/dom"),o=t("../../util/util");e.exports=n;var a=.15,s=o.bezier(0,0,a,1),l=12,u=2.5,c=.15,h=4;n.prototype={_enabled:!1,isEnabled:function(){return this._enabled},enable:function(){this.isEnabled()||(this._el.addEventListener("touchstart",this._onStart,!1),this._enabled=!0)},disable:function(){this.isEnabled()&&(this._el.removeEventListener("touchstart",this._onStart),this._enabled=!1)},disableRotation:function(){this._rotationDisabled=!0},enableRotation:function(){this._rotationDisabled=!1},_onStart:function(t){if(2===t.touches.length){var e=i.mousePos(this._el,t.touches[0]),r=i.mousePos(this._el,t.touches[1]);this._startVec=e.sub(r),this._startScale=this._map.transform.scale,this._startBearing=this._map.transform.bearing,this._gestureIntent=void 0,this._inertia=[],document.addEventListener("touchmove",this._onMove,!1),document.addEventListener("touchend",this._onEnd,!1)}},_onMove:function(t){if(2===t.touches.length){var e=i.mousePos(this._el,t.touches[0]),r=i.mousePos(this._el,t.touches[1]),n=e.add(r).div(2),o=e.sub(r),a=o.mag()/this._startVec.mag(),s=this._rotationDisabled?0:180*o.angleWith(this._startVec)/Math.PI,l=this._map;if(this._gestureIntent){var u={duration:0,around:l.unproject(n)};"rotate"===this._gestureIntent&&(u.bearing=this._startBearing+s),"zoom"!==this._gestureIntent&&"rotate"!==this._gestureIntent||(u.zoom=l.transform.scaleZoom(this._startScale*a)),l.stop(),this._drainInertiaBuffer(),this._inertia.push([Date.now(),a,n]),l.easeTo(u,{originalEvent:t})}else{var f=Math.abs(1-a)>c,p=Math.abs(s)>h;p?this._gestureIntent="rotate":f&&(this._gestureIntent="zoom"),this._gestureIntent&&(this._startVec=o,this._startScale=l.transform.scale,this._startBearing=l.transform.bearing)}t.preventDefault()}},_onEnd:function(t){document.removeEventListener("touchmove",this._onMove),document.removeEventListener("touchend",this._onEnd),this._drainInertiaBuffer();var e=this._inertia,r=this._map;if(e.length<2)return void r.snapToNorth({},{originalEvent:t});var n=e[e.length-1],i=e[0],o=r.transform.scaleZoom(this._startScale*n[1]),c=r.transform.scaleZoom(this._startScale*i[1]),h=o-c,f=(n[0]-i[0])/1e3,p=n[2];if(0===f||o===c)return void r.snapToNorth({},{originalEvent:t});var d=h*a/f;Math.abs(d)>u&&(d=d>0?u:-u);var m=1e3*Math.abs(d/(l*a)),g=o+d*m/2e3;0>g&&(g=0),r.easeTo({zoom:g,duration:m,easing:s,around:r.unproject(p)},{originalEvent:t})},_drainInertiaBuffer:function(){for(var t=this._inertia,e=Date.now(),r=160;t.length>2&&e-t[0][0]>r;)t.shift()}}},{"../../util/dom":352,"../../util/util":366}],344:[function(t,e,r){"use strict";function n(){i.bindAll(["_onHashChange","_updateHash"],this)}e.exports=n;var i=t("../util/util");n.prototype={addTo:function(t){return this._map=t,window.addEventListener("hashchange",this._onHashChange,!1),this._map.on("moveend",this._updateHash),this},remove:function(){return window.removeEventListener("hashchange",this._onHashChange,!1),this._map.off("moveend",this._updateHash),delete this._map,this},_onHashChange:function(){var t=location.hash.replace("#","").split("/");return t.length>=3?(this._map.jumpTo({center:[+t[2],+t[1]],zoom:+t[0],bearing:+(t[3]||0)}),!0):!1},_updateHash:function(){var t=this._map.getCenter(),e=this._map.getZoom(),r=this._map.getBearing(),n=Math.max(0,Math.ceil(Math.log(e)/Math.LN2)),i="#"+Math.round(100*e)/100+"/"+t.lat.toFixed(n)+"/"+t.lng.toFixed(n)+(r?"/"+Math.round(10*r)/10:"");window.history.replaceState("","",i)}}},{"../util/util":366}],345:[function(t,e,r){"use strict";function n(t){t.parentNode&&t.parentNode.removeChild(t)}var i=t("../util/canvas"),o=t("../util/util"),a=t("../util/browser"),s=t("../util/browser").window,l=t("../util/evented"),u=t("../util/dom"),c=t("../style/style"),h=t("../style/animation_loop"),f=t("../render/painter"),p=t("../geo/transform"),d=t("./hash"),m=t("./bind_handlers"),g=t("./camera"),v=t("../geo/lng_lat"),y=t("../geo/lng_lat_bounds"),b=t("point-geometry"),x=t("./control/attribution"),_=0,w=20,M={center:[0,0],zoom:0,bearing:0,pitch:0,minZoom:_,maxZoom:w,interactive:!0,scrollZoom:!0,boxZoom:!0,dragRotate:!0,dragPan:!0,keyboard:!0,doubleClickZoom:!0,touchZoomRotate:!0,bearingSnap:7,hash:!1,attributionControl:!0,failIfMajorPerformanceCaveat:!1,preserveDrawingBuffer:!1,trackResize:!0,workerCount:Math.max(a.hardwareConcurrency-1,1)},k=e.exports=function(t){if(t=o.extend({},M,t),t.workerCount<1)throw new Error("workerCount must an integer greater than or equal to 1.");this._interactive=t.interactive,this._failIfMajorPerformanceCaveat=t.failIfMajorPerformanceCaveat,this._preserveDrawingBuffer=t.preserveDrawingBuffer,this._trackResize=t.trackResize,this._workerCount=t.workerCount,this._bearingSnap=t.bearingSnap,"string"==typeof t.container?this._container=document.getElementById(t.container):this._container=t.container,this.animationLoop=new h,this.transform=new p(t.minZoom,t.maxZoom),t.maxBounds&&this.setMaxBounds(t.maxBounds),o.bindAll(["_forwardStyleEvent","_forwardSourceEvent","_forwardLayerEvent","_forwardTileEvent","_onStyleLoad","_onStyleChange","_onSourceAdd","_onSourceRemove","_onSourceUpdate","_onWindowOnline","_onWindowResize","_update","_render"],this),this._setupContainer(),this._setupPainter(),this.on("move",this._update.bind(this,!1)),this.on("zoom",this._update.bind(this,!0)),this.on("moveend",function(){this.animationLoop.set(300),this._rerender()}.bind(this)),"undefined"!=typeof s&&(s.addEventListener("online",this._onWindowOnline,!1),s.addEventListener("resize",this._onWindowResize,!1)),m(this,t),this._hash=t.hash&&(new d).addTo(this),this._hash&&this._hash._onHashChange()||this.jumpTo({center:t.center,zoom:t.zoom,bearing:t.bearing,pitch:t.pitch}),this.stacks={},this._classes=[],this.resize(),t.classes&&this.setClasses(t.classes),t.style&&this.setStyle(t.style),t.attributionControl&&this.addControl(new x(t.attributionControl));var e=this.fire.bind(this,"error");this.on("style.error",e),this.on("source.error",e),this.on("tile.error",e),this.on("layer.error",e)};o.extend(k.prototype,l),o.extend(k.prototype,g.prototype),o.extend(k.prototype,{addControl:function(t){return t.addTo(this),this},addClass:function(t,e){return this._classes.indexOf(t)>=0||""===t?this:(this._classes.push(t),this._classOptions=e,this.style&&this.style.updateClasses(),this._update(!0))},removeClass:function(t,e){var r=this._classes.indexOf(t);return 0>r||""===t?this:(this._classes.splice(r,1),this._classOptions=e,this.style&&this.style.updateClasses(),this._update(!0))},setClasses:function(t,e){for(var r={},n=0;n<t.length;n++)""!==t[n]&&(r[t[n]]=!0);return this._classes=Object.keys(r),this._classOptions=e,this.style&&this.style.updateClasses(),this._update(!0)},hasClass:function(t){return this._classes.indexOf(t)>=0},getClasses:function(){return this._classes},resize:function(){var t=0,e=0;return this._container&&(t=this._container.offsetWidth||400,e=this._container.offsetHeight||300),this._canvas.resize(t,e),this.transform.resize(t,e),this.painter.resize(t,e),this.fire("movestart").fire("move").fire("resize").fire("moveend")},getBounds:function(){var t=new y(this.transform.pointLocation(new b(0,0)),this.transform.pointLocation(this.transform.size));return(this.transform.angle||this.transform.pitch)&&(t.extend(this.transform.pointLocation(new b(this.transform.size.x,0))),t.extend(this.transform.pointLocation(new b(0,this.transform.size.y)))),t},setMaxBounds:function(t){if(t){var e=y.convert(t);this.transform.lngRange=[e.getWest(),e.getEast()],this.transform.latRange=[e.getSouth(),e.getNorth()],this.transform._constrain(),this._update()}else null!==t&&void 0!==t||(this.transform.lngRange=[],this.transform.latRange=[],this._update());return this},setMinZoom:function(t){if(t=null===t||void 0===t?_:t,t>=_&&t<=this.transform.maxZoom)return this.transform.minZoom=t,this._update(),this.getZoom()<t&&this.setZoom(t),this;throw new Error("minZoom must be between "+_+" and the current maxZoom, inclusive")},setMaxZoom:function(t){if(t=null===t||void 0===t?w:t,t>=this.transform.minZoom&&w>=t)return this.transform.maxZoom=t,this._update(),this.getZoom()>t&&this.setZoom(t),this;throw new Error("maxZoom must be between the current minZoom and "+w+", inclusive")},project:function(t){return this.transform.locationPoint(v.convert(t))},unproject:function(t){return this.transform.pointLocation(b.convert(t))},queryRenderedFeatures:function(){function t(t){return t instanceof b||Array.isArray(t)}var e,r={};return 2===arguments.length?(e=arguments[0],r=arguments[1]):1===arguments.length&&t(arguments[0])?e=arguments[0]:1===arguments.length&&(r=arguments[0]),this.style.queryRenderedFeatures(this._makeQueryGeometry(e),r,this.transform.zoom,this.transform.angle)},_makeQueryGeometry:function(t){void 0===t&&(t=[b.convert([0,0]),b.convert([this.transform.width,this.transform.height])]);var e,r=t instanceof b||"number"==typeof t[0];if(r){var n=b.convert(t);e=[n]}else{var i=[b.convert(t[0]),b.convert(t[1])];e=[i[0],new b(i[1].x,i[0].y),i[1],new b(i[0].x,i[1].y),i[0]]}return e=e.map(function(t){return this.transform.pointCoordinate(t)}.bind(this))},querySourceFeatures:function(t,e){return this.style.querySourceFeatures(t,e)},setStyle:function(t){return this.style&&(this.style.off("load",this._onStyleLoad).off("error",this._forwardStyleEvent).off("change",this._onStyleChange).off("source.add",this._onSourceAdd).off("source.remove",this._onSourceRemove).off("source.load",this._onSourceUpdate).off("source.error",this._forwardSourceEvent).off("source.change",this._onSourceUpdate).off("layer.add",this._forwardLayerEvent).off("layer.remove",this._forwardLayerEvent).off("layer.error",this._forwardLayerEvent).off("tile.add",this._forwardTileEvent).off("tile.remove",this._forwardTileEvent).off("tile.load",this._update).off("tile.error",this._forwardTileEvent).off("tile.stats",this._forwardTileEvent)._remove(),this.off("rotate",this.style._redoPlacement),this.off("pitch",this.style._redoPlacement)),t?(t instanceof c?this.style=t:this.style=new c(t,this.animationLoop,this._workerCount),this.style.on("load",this._onStyleLoad).on("error",this._forwardStyleEvent).on("change",this._onStyleChange).on("source.add",this._onSourceAdd).on("source.remove",this._onSourceRemove).on("source.load",this._onSourceUpdate).on("source.error",this._forwardSourceEvent).on("source.change",this._onSourceUpdate).on("layer.add",this._forwardLayerEvent).on("layer.remove",this._forwardLayerEvent).on("layer.error",this._forwardLayerEvent).on("tile.add",this._forwardTileEvent).on("tile.remove",this._forwardTileEvent).on("tile.load",this._update).on("tile.error",this._forwardTileEvent).on("tile.stats",this._forwardTileEvent),this.on("rotate",this.style._redoPlacement),this.on("pitch",this.style._redoPlacement),this):(this.style=null,this)},getStyle:function(){return this.style?this.style.serialize():void 0},addSource:function(t,e){return this.style.addSource(t,e),this._update(!0),this},addSourceType:function(t,e,r){return this.style.addSourceType(t,e,r)},removeSource:function(t){return this.style.removeSource(t),this._update(!0),this},getSource:function(t){return this.style.getSource(t)},addLayer:function(t,e){return this.style.addLayer(t,e),this._update(!0),this},removeLayer:function(t){return this.style.removeLayer(t),this._update(!0),this},getLayer:function(t){return this.style.getLayer(t)},setFilter:function(t,e){return this.style.setFilter(t,e),this._update(!0),this},setLayerZoomRange:function(t,e,r){return this.style.setLayerZoomRange(t,e,r),this._update(!0),this},getFilter:function(t){return this.style.getFilter(t)},setPaintProperty:function(t,e,r,n){return this.style.setPaintProperty(t,e,r,n),this._update(!0),this},getPaintProperty:function(t,e,r){return this.style.getPaintProperty(t,e,r)},setLayoutProperty:function(t,e,r){return this.style.setLayoutProperty(t,e,r),this._update(!0),this},getLayoutProperty:function(t,e){return this.style.getLayoutProperty(t,e)},getContainer:function(){return 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this._vertices},set vertices(t){this._vertices=t,this._update()}})},{"../geo/lng_lat":263,"../geo/lng_lat_bounds":264,"../geo/transform":265,"../render/painter":279,"../style/animation_loop":299,"../style/style":302,"../util/browser":350,"../util/canvas":351,"../util/dom":352,"../util/evented":358,"../util/util":366,"./bind_handlers":331,"./camera":332,"./control/attribution":333,"./hash":344,"point-geometry":424}],346:[function(t,e,r){"use strict";function n(t,e){t||(t=i.create("div")),t.classList.add("mapboxgl-marker"),this._el=t,this._offset=a.convert(e&&e.offset||[0,0]),this._update=this._update.bind(this)}e.exports=n;var i=t("../util/dom"),o=t("../geo/lng_lat"),a=t("point-geometry");n.prototype={addTo:function(t){return this.remove(),this._map=t,t.getCanvasContainer().appendChild(this._el),t.on("move",this._update),this._update(),this},remove:function(){this._map&&(this._map.off("move",this._update),this._map=null);var t=this._el.parentNode;return 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this._content&&this._content.parentNode&&this._content.parentNode.removeChild(this._content),this._container&&(this._container.parentNode.removeChild(this._container),delete this._container),this._map&&(this._map.off("move",this._update),this._map.off("click",this._onClickClose),delete this._map),this.fire("close"),this},getLngLat:function(){return this._lngLat},setLngLat:function(t){return this._lngLat=s.convert(t),this._update(),this},setText:function(t){return this.setDOMContent(document.createTextNode(t))},setHTML:function(t){var e,r=document.createDocumentFragment(),n=document.createElement("body");for(n.innerHTML=t;;){if(e=n.firstChild,!e)break;r.appendChild(e)}return this.setDOMContent(r)},setDOMContent:function(t){return this._createContent(),this._content.appendChild(t),this._update(),this},_createContent:function(){this._content&&this._content.parentNode&&this._content.parentNode.removeChild(this._content),this._content=a.create("div","mapboxgl-popup-content",this._container),this.options.closeButton&&(this._closeButton=a.create("button","mapboxgl-popup-close-button",this._content),this._closeButton.type="button",this._closeButton.innerHTML="&#215;",this._closeButton.addEventListener("click",this._onClickClose))},_update:function(){if(this._map&&this._lngLat&&this._content){this._container||(this._container=a.create("div","mapboxgl-popup",this._map.getContainer()),this._tip=a.create("div","mapboxgl-popup-tip",this._container),this._container.appendChild(this._content));var t=this._map.project(this._lngLat).round(),e=this.options.anchor;if(!e){var r=this._container.offsetWidth,n=this._container.offsetHeight;e=t.y<n?["top"]:t.y>this._map.transform.height-n?["bottom"]:[],t.x<r/2?e.push("left"):t.x>this._map.transform.width-r/2&&e.push("right"),e=0===e.length?"bottom":e.join("-")}var i={top:"translate(-50%,0)","top-left":"translate(0,0)","top-right":"translate(-100%,0)",bottom:"translate(-50%,-100%)","bottom-left":"translate(0,-100%)","bottom-right":"translate(-100%,-100%)",left:"translate(0,-50%)",right:"translate(-100%,-50%)"},o=this._container.classList;for(var s in i)o.remove("mapboxgl-popup-anchor-"+s);o.add("mapboxgl-popup-anchor-"+e),a.setTransform(this._container,i[e]+" translate("+t.x+"px,"+t.y+"px)")}},_onClickClose:function(){this.remove()}})},{"../geo/lng_lat":263,"../util/dom":352,"../util/evented":358,"../util/util":366}],348:[function(t,e,r){"use strict";function n(t,e){this.target=t,this.parent=e,this.callbacks={},this.callbackID=0,this.receive=this.receive.bind(this),this.target.addEventListener("message",this.receive,!1)}e.exports=n,n.prototype.receive=function(t){function e(t,e,r){this.postMessage({type:"<response>",id:String(i),error:t?String(t):null,data:e},r)}var r,n=t.data,i=n.id;if("<response>"===n.type)r=this.callbacks[n.id],delete this.callbacks[n.id],r&&r(n.error||null,n.data);else if("undefined"!=typeof n.id&&this.parent[n.type])this.parent[n.type](n.data,e.bind(this));else if("undefined"!=typeof n.id&&this.parent.workerSources){var o=n.type.split(".");this.parent.workerSources[o[0]][o[1]](n.data,e.bind(this))}else this.parent[n.type](n.data)},n.prototype.send=function(t,e,r,n){var i=null;r&&(this.callbacks[i=this.callbackID++]=r),this.postMessage({type:t,id:String(i),data:e},n)},n.prototype.postMessage=function(t,e){this.target.postMessage(t,e)}},{}],349:[function(t,e,r){"use strict";function n(t){var e=document.createElement("a");return e.href=t,e.protocol===document.location.protocol&&e.host===document.location.host}r.getJSON=function(t,e){var r=new XMLHttpRequest;return r.open("GET",t,!0),r.setRequestHeader("Accept","application/json"),r.onerror=function(t){e(t)},r.onload=function(){if(r.status>=200&&r.status<300&&r.response){var t;try{t=JSON.parse(r.response)}catch(n){return e(n)}e(null,t)}else e(new Error(r.statusText))},r.send(),r},r.getArrayBuffer=function(t,e){var r=new XMLHttpRequest;return r.open("GET",t,!0),r.responseType="arraybuffer",r.onerror=function(t){e(t)},r.onload=function(){r.status>=200&&r.status<300&&r.response?e(null,r.response):e(new Error(r.statusText))},r.send(),r},r.getImage=function(t,e){return r.getArrayBuffer(t,function(t,r){if(t)return e(t);var n=new Image;n.onload=function(){e(null,n),(window.URL||window.webkitURL).revokeObjectURL(n.src)};var i=new Blob([new Uint8Array(r)],{type:"image/png"});return n.src=(window.URL||window.webkitURL).createObjectURL(i),n.getData=function(){var t=document.createElement("canvas"),e=t.getContext("2d");return t.width=n.width,t.height=n.height,e.drawImage(n,0,0),e.getImageData(0,0,n.width,n.height).data},n})},r.getVideo=function(t,e){var r=document.createElement("video");r.onloadstart=function(){e(null,r)};for(var i=0;i<t.length;i++){var o=document.createElement("source");n(t[i])||(r.crossOrigin="Anonymous"),o.src=t[i],r.appendChild(o)}return r.getData=function(){return r},r}},{}],350:[function(t,e,r){"use strict";r.window=window,e.exports.now=function(){return window.performance&&window.performance.now?window.performance.now.bind(window.performance):Date.now.bind(Date)}();var n=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame;r.frame=function(t){return n(t)};var i=window.cancelAnimationFrame||window.mozCancelAnimationFrame||window.webkitCancelAnimationFrame||window.msCancelAnimationFrame;r.cancelFrame=function(t){i(t)},r.timed=function(t,n,i){function o(l){a||(l=e.exports.now(),l>=s+n?t.call(i,1):(t.call(i,(l-s)/n),r.frame(o)))}if(!n)return t.call(i,1),null;var a=!1,s=e.exports.now();return r.frame(o),function(){a=!0}},r.supported=t("mapbox-gl-supported"),r.hardwareConcurrency=navigator.hardwareConcurrency||4,Object.defineProperty(r,"devicePixelRatio",{get:function(){return window.devicePixelRatio}}),r.supportsWebp=!1;var o=document.createElement("img");o.onload=function(){r.supportsWebp=!0},o.src="data:image/webp;base64,UklGRh4AAABXRUJQVlA4TBEAAAAvAQAAAAfQ//73v/+BiOh/AAA=",r.supportsGeolocation=!!navigator.geolocation},{"mapbox-gl-supported":420}],351:[function(t,e,r){"use strict";function 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t[0]=e[0]+r[0]*n,t[1]=e[1]+r[1]*n,t[2]=e[2]+r[2]*n,t[3]=e[3]+r[3]*n,t},e.exports=i},{"./common.js":383}],385:[function(t,e,r){var n=t("./common.js"),i={};i.create=function(){var t=new n.ARRAY_TYPE(6);return t[0]=1,t[1]=0,t[2]=0,t[3]=1,t[4]=0,t[5]=0,t},i.clone=function(t){var e=new n.ARRAY_TYPE(6);return e[0]=t[0],e[1]=t[1],e[2]=t[2],e[3]=t[3],e[4]=t[4],e[5]=t[5],e},i.copy=function(t,e){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[4]=e[4],t[5]=e[5],t},i.identity=function(t){return t[0]=1,t[1]=0,t[2]=0,t[3]=1,t[4]=0,t[5]=0,t},i.fromValues=function(t,e,r,i,o,a){var s=new n.ARRAY_TYPE(6);return s[0]=t,s[1]=e,s[2]=r,s[3]=i,s[4]=o,s[5]=a,s},i.set=function(t,e,r,n,i,o,a){return t[0]=e,t[1]=r,t[2]=n,t[3]=i,t[4]=o,t[5]=a,t},i.invert=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=r*o-n*i;return l?(l=1/l,t[0]=o*l,t[1]=-n*l,t[2]=-i*l,t[3]=r*l,t[4]=(i*s-o*a)*l,t[5]=(n*a-r*s)*l,t):null},i.determinant=function(t){return t[0]*t[3]-t[1]*t[2]},i.multiply=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=r[0],c=r[1],h=r[2],f=r[3],p=r[4],d=r[5];return t[0]=n*u+o*c,t[1]=i*u+a*c,t[2]=n*h+o*f,t[3]=i*h+a*f,t[4]=n*p+o*d+s,t[5]=i*p+a*d+l,t},i.mul=i.multiply,i.rotate=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=Math.sin(r),c=Math.cos(r);return t[0]=n*c+o*u,t[1]=i*c+a*u,t[2]=n*-u+o*c,t[3]=i*-u+a*c,t[4]=s,t[5]=l,t},i.scale=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=r[0],c=r[1];return t[0]=n*u,t[1]=i*u,t[2]=o*c,t[3]=a*c,t[4]=s,t[5]=l,t},i.translate=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=r[0],c=r[1];return t[0]=n,t[1]=i,t[2]=o,t[3]=a,t[4]=n*u+o*c+s,t[5]=i*u+a*c+l,t},i.fromRotation=function(t,e){var r=Math.sin(e),n=Math.cos(e);return t[0]=n,t[1]=r,t[2]=-r,t[3]=n,t[4]=0,t[5]=0,t},i.fromScaling=function(t,e){return t[0]=e[0],t[1]=0,t[2]=0,t[3]=e[1],t[4]=0,t[5]=0,t},i.fromTranslation=function(t,e){return t[0]=1,t[1]=0,t[2]=0,t[3]=1,t[4]=e[0],t[5]=e[1],t},i.str=function(t){return"mat2d("+t[0]+", 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Math.abs(r-u)<=n.EPSILON*Math.max(1,Math.abs(r),Math.abs(u))&&Math.abs(i-c)<=n.EPSILON*Math.max(1,Math.abs(i),Math.abs(c))&&Math.abs(o-h)<=n.EPSILON*Math.max(1,Math.abs(o),Math.abs(h))&&Math.abs(a-f)<=n.EPSILON*Math.max(1,Math.abs(a),Math.abs(f))&&Math.abs(s-p)<=n.EPSILON*Math.max(1,Math.abs(s),Math.abs(p))&&Math.abs(l-d)<=n.EPSILON*Math.max(1,Math.abs(l),Math.abs(d))},e.exports=i},{"./common.js":383}],386:[function(t,e,r){var n=t("./common.js"),i={};i.create=function(){var t=new n.ARRAY_TYPE(9);return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=1,t[5]=0,t[6]=0,t[7]=0,t[8]=1,t},i.fromMat4=function(t,e){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[4],t[4]=e[5],t[5]=e[6],t[6]=e[8],t[7]=e[9],t[8]=e[10],t},i.clone=function(t){var e=new n.ARRAY_TYPE(9);return e[0]=t[0],e[1]=t[1],e[2]=t[2],e[3]=t[3],e[4]=t[4],e[5]=t[5],e[6]=t[6],e[7]=t[7],e[8]=t[8],e},i.copy=function(t,e){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[4]=e[4],t[5]=e[5],t[6]=e[6],t[7]=e[7],t[8]=e[8],t},i.fromValues=function(t,e,r,i,o,a,s,l,u){var c=new n.ARRAY_TYPE(9);return c[0]=t,c[1]=e,c[2]=r,c[3]=i,c[4]=o,c[5]=a,c[6]=s,c[7]=l,c[8]=u,c},i.set=function(t,e,r,n,i,o,a,s,l,u){return t[0]=e,t[1]=r,t[2]=n,t[3]=i,t[4]=o,t[5]=a,t[6]=s,t[7]=l,t[8]=u,t},i.identity=function(t){return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=1,t[5]=0,t[6]=0,t[7]=0,t[8]=1,t},i.transpose=function(t,e){if(t===e){var r=e[1],n=e[2],i=e[5];t[1]=e[3],t[2]=e[6],t[3]=r,t[5]=e[7],t[6]=n,t[7]=i}else t[0]=e[0],t[1]=e[3],t[2]=e[6],t[3]=e[1],t[4]=e[4],t[5]=e[7],t[6]=e[2],t[7]=e[5],t[8]=e[8];return t},i.invert=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8],h=c*a-s*u,f=-c*o+s*l,p=u*o-a*l,d=r*h+n*f+i*p;return d?(d=1/d,t[0]=h*d,t[1]=(-c*n+i*u)*d,t[2]=(s*n-i*a)*d,t[3]=f*d,t[4]=(c*r-i*l)*d,t[5]=(-s*r+i*o)*d,t[6]=p*d,t[7]=(-u*r+n*l)*d,t[8]=(a*r-n*o)*d,t):null},i.adjoint=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8];return t[0]=a*c-s*u,t[1]=i*u-n*c,t[2]=n*s-i*a,t[3]=s*l-o*c,t[4]=r*c-i*l,t[5]=i*o-r*s,t[6]=o*u-a*l,t[7]=n*l-r*u,t[8]=r*a-n*o,t},i.determinant=function(t){var e=t[0],r=t[1],n=t[2],i=t[3],o=t[4],a=t[5],s=t[6],l=t[7],u=t[8];return e*(u*o-a*l)+r*(-u*i+a*s)+n*(l*i-o*s)},i.multiply=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=r[0],p=r[1],d=r[2],m=r[3],g=r[4],v=r[5],y=r[6],b=r[7],x=r[8];return t[0]=f*n+p*a+d*u,t[1]=f*i+p*s+d*c,t[2]=f*o+p*l+d*h,t[3]=m*n+g*a+v*u,t[4]=m*i+g*s+v*c,t[5]=m*o+g*l+v*h,t[6]=y*n+b*a+x*u,t[7]=y*i+b*s+x*c,t[8]=y*o+b*l+x*h,t},i.mul=i.multiply,i.translate=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=r[0],p=r[1];return t[0]=n,t[1]=i,t[2]=o,t[3]=a,t[4]=s,t[5]=l,t[6]=f*n+p*a+u,t[7]=f*i+p*s+c,t[8]=f*o+p*l+h,t},i.rotate=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=Math.sin(r),p=Math.cos(r);return t[0]=p*n+f*a,t[1]=p*i+f*s,t[2]=p*o+f*l,t[3]=p*a-f*n,t[4]=p*s-f*i,t[5]=p*l-f*o,t[6]=u,t[7]=c,t[8]=h,t},i.scale=function(t,e,r){var n=r[0],i=r[1];return t[0]=n*e[0],t[1]=n*e[1],t[2]=n*e[2],t[3]=i*e[3],t[4]=i*e[4],t[5]=i*e[5],t[6]=e[6],t[7]=e[7],t[8]=e[8],t},i.fromTranslation=function(t,e){return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=1,t[5]=0,t[6]=e[0],t[7]=e[1],t[8]=1,t},i.fromRotation=function(t,e){var r=Math.sin(e),n=Math.cos(e);return t[0]=n,t[1]=r,t[2]=0,t[3]=-r,t[4]=n,t[5]=0,t[6]=0,t[7]=0,t[8]=1,t},i.fromScaling=function(t,e){return t[0]=e[0],t[1]=0,t[2]=0,t[3]=0,t[4]=e[1],t[5]=0,t[6]=0,t[7]=0,t[8]=1,t},i.fromMat2d=function(t,e){return t[0]=e[0],t[1]=e[1],t[2]=0,t[3]=e[2],t[4]=e[3],t[5]=0,t[6]=e[4],t[7]=e[5],t[8]=1,t},i.fromQuat=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=r+r,s=n+n,l=i+i,u=r*a,c=n*a,h=n*s,f=i*a,p=i*s,d=i*l,m=o*a,g=o*s,v=o*l;return t[0]=1-h-d,t[3]=c-v,t[6]=f+g,t[1]=c+v,t[4]=1-u-d,t[7]=p-m,t[2]=f-g,t[5]=p+m,t[8]=1-u-h,t},i.normalFromMat4=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8],h=e[9],f=e[10],p=e[11],d=e[12],m=e[13],g=e[14],v=e[15],y=r*s-n*a,b=r*l-i*a,x=r*u-o*a,_=n*l-i*s,w=n*u-o*s,M=i*u-o*l,k=c*m-h*d,A=c*g-f*d,T=c*v-p*d,E=h*g-f*m,S=h*v-p*m,L=f*v-p*g,z=y*L-b*S+x*E+_*T-w*A+M*k;return z?(z=1/z,t[0]=(s*L-l*S+u*E)*z,t[1]=(l*T-a*L-u*A)*z,t[2]=(a*S-s*T+u*k)*z,t[3]=(i*S-n*L-o*E)*z,t[4]=(r*L-i*T+o*A)*z,t[5]=(n*T-r*S-o*k)*z,t[6]=(m*M-g*w+v*_)*z,t[7]=(g*x-d*M-v*b)*z,t[8]=(d*w-m*x+v*y)*z,t):null},i.str=function(t){return"mat3("+t[0]+", "+t[1]+", "+t[2]+", "+t[3]+", "+t[4]+", "+t[5]+", "+t[6]+", "+t[7]+", "+t[8]+")"},i.frob=function(t){return Math.sqrt(Math.pow(t[0],2)+Math.pow(t[1],2)+Math.pow(t[2],2)+Math.pow(t[3],2)+Math.pow(t[4],2)+Math.pow(t[5],2)+Math.pow(t[6],2)+Math.pow(t[7],2)+Math.pow(t[8],2))},i.add=function(t,e,r){return t[0]=e[0]+r[0],t[1]=e[1]+r[1],t[2]=e[2]+r[2],t[3]=e[3]+r[3],t[4]=e[4]+r[4],t[5]=e[5]+r[5],t[6]=e[6]+r[6],t[7]=e[7]+r[7],t[8]=e[8]+r[8],t},i.subtract=function(t,e,r){return t[0]=e[0]-r[0],t[1]=e[1]-r[1],t[2]=e[2]-r[2],t[3]=e[3]-r[3],t[4]=e[4]-r[4],t[5]=e[5]-r[5],t[6]=e[6]-r[6],t[7]=e[7]-r[7],t[8]=e[8]-r[8],t},i.sub=i.subtract,i.multiplyScalar=function(t,e,r){return t[0]=e[0]*r,t[1]=e[1]*r,t[2]=e[2]*r,t[3]=e[3]*r,t[4]=e[4]*r,t[5]=e[5]*r,t[6]=e[6]*r,t[7]=e[7]*r,t[8]=e[8]*r,t},i.multiplyScalarAndAdd=function(t,e,r,n){return t[0]=e[0]+r[0]*n,t[1]=e[1]+r[1]*n,t[2]=e[2]+r[2]*n,t[3]=e[3]+r[3]*n,t[4]=e[4]+r[4]*n,t[5]=e[5]+r[5]*n,t[6]=e[6]+r[6]*n,t[7]=e[7]+r[7]*n,t[8]=e[8]+r[8]*n,t},i.exactEquals=function(t,e){return t[0]===e[0]&&t[1]===e[1]&&t[2]===e[2]&&t[3]===e[3]&&t[4]===e[4]&&t[5]===e[5]&&t[6]===e[6]&&t[7]===e[7]&&t[8]===e[8]},i.equals=function(t,e){var r=t[0],i=t[1],o=t[2],a=t[3],s=t[4],l=t[5],u=t[6],c=t[7],h=t[8],f=e[0],p=e[1],d=e[2],m=e[3],g=e[4],v=e[5],y=t[6],b=e[7],x=e[8];return Math.abs(r-f)<=n.EPSILON*Math.max(1,Math.abs(r),Math.abs(f))&&Math.abs(i-p)<=n.EPSILON*Math.max(1,Math.abs(i),Math.abs(p))&&Math.abs(o-d)<=n.EPSILON*Math.max(1,Math.abs(o),Math.abs(d))&&Math.abs(a-m)<=n.EPSILON*Math.max(1,Math.abs(a),Math.abs(m))&&Math.abs(s-g)<=n.EPSILON*Math.max(1,Math.abs(s),Math.abs(g))&&Math.abs(l-v)<=n.EPSILON*Math.max(1,Math.abs(l),Math.abs(v))&&Math.abs(u-y)<=n.EPSILON*Math.max(1,Math.abs(u),Math.abs(y))&&Math.abs(c-b)<=n.EPSILON*Math.max(1,Math.abs(c),Math.abs(b))&&Math.abs(h-x)<=n.EPSILON*Math.max(1,Math.abs(h),Math.abs(x))},e.exports=i},{"./common.js":383}],387:[function(t,e,r){var n=t("./common.js"),i={scalar:{},SIMD:{}};i.create=function(){var t=new n.ARRAY_TYPE(16);return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=1,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=1,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.clone=function(t){var e=new n.ARRAY_TYPE(16);return e[0]=t[0],e[1]=t[1],e[2]=t[2],e[3]=t[3],e[4]=t[4],e[5]=t[5],e[6]=t[6],e[7]=t[7],e[8]=t[8],e[9]=t[9],e[10]=t[10],e[11]=t[11],e[12]=t[12],e[13]=t[13],e[14]=t[14],e[15]=t[15],e},i.copy=function(t,e){return t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[4]=e[4],t[5]=e[5],t[6]=e[6],t[7]=e[7],t[8]=e[8],t[9]=e[9],t[10]=e[10],t[11]=e[11],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15],t},i.fromValues=function(t,e,r,i,o,a,s,l,u,c,h,f,p,d,m,g){var v=new n.ARRAY_TYPE(16);return v[0]=t,v[1]=e,v[2]=r,v[3]=i,v[4]=o,v[5]=a,v[6]=s,v[7]=l,v[8]=u,v[9]=c,v[10]=h,v[11]=f,v[12]=p,v[13]=d,v[14]=m,v[15]=g,v},i.set=function(t,e,r,n,i,o,a,s,l,u,c,h,f,p,d,m,g){return t[0]=e,t[1]=r,t[2]=n,t[3]=i,t[4]=o,t[5]=a,t[6]=s,t[7]=l,t[8]=u,t[9]=c,t[10]=h,t[11]=f,t[12]=p,t[13]=d,t[14]=m,t[15]=g,t},i.identity=function(t){return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=1,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=1,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.scalar.transpose=function(t,e){if(t===e){var r=e[1],n=e[2],i=e[3],o=e[6],a=e[7],s=e[11];t[1]=e[4],t[2]=e[8],t[3]=e[12],t[4]=r,t[6]=e[9],t[7]=e[13],t[8]=n,t[9]=o,t[11]=e[14],t[12]=i,t[13]=a,t[14]=s}else t[0]=e[0],t[1]=e[4],t[2]=e[8],t[3]=e[12],t[4]=e[1],t[5]=e[5],t[6]=e[9],t[7]=e[13],t[8]=e[2],t[9]=e[6],t[10]=e[10],t[11]=e[14],t[12]=e[3],t[13]=e[7],t[14]=e[11],t[15]=e[15];return t},i.SIMD.transpose=function(t,e){var r,n,i,o,a,s,l,u,c,h;
return r=SIMD.Float32x4.load(e,0),n=SIMD.Float32x4.load(e,4),i=SIMD.Float32x4.load(e,8),o=SIMD.Float32x4.load(e,12),a=SIMD.Float32x4.shuffle(r,n,0,1,4,5),s=SIMD.Float32x4.shuffle(i,o,0,1,4,5),l=SIMD.Float32x4.shuffle(a,s,0,2,4,6),u=SIMD.Float32x4.shuffle(a,s,1,3,5,7),SIMD.Float32x4.store(t,0,l),SIMD.Float32x4.store(t,4,u),a=SIMD.Float32x4.shuffle(r,n,2,3,6,7),s=SIMD.Float32x4.shuffle(i,o,2,3,6,7),c=SIMD.Float32x4.shuffle(a,s,0,2,4,6),h=SIMD.Float32x4.shuffle(a,s,1,3,5,7),SIMD.Float32x4.store(t,8,c),SIMD.Float32x4.store(t,12,h),t},i.transpose=n.USE_SIMD?i.SIMD.transpose:i.scalar.transpose,i.scalar.invert=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8],h=e[9],f=e[10],p=e[11],d=e[12],m=e[13],g=e[14],v=e[15],y=r*s-n*a,b=r*l-i*a,x=r*u-o*a,_=n*l-i*s,w=n*u-o*s,M=i*u-o*l,k=c*m-h*d,A=c*g-f*d,T=c*v-p*d,E=h*g-f*m,S=h*v-p*m,L=f*v-p*g,z=y*L-b*S+x*E+_*T-w*A+M*k;return z?(z=1/z,t[0]=(s*L-l*S+u*E)*z,t[1]=(i*S-n*L-o*E)*z,t[2]=(m*M-g*w+v*_)*z,t[3]=(f*w-h*M-p*_)*z,t[4]=(l*T-a*L-u*A)*z,t[5]=(r*L-i*T+o*A)*z,t[6]=(g*x-d*M-v*b)*z,t[7]=(c*M-f*x+p*b)*z,t[8]=(a*S-s*T+u*k)*z,t[9]=(n*T-r*S-o*k)*z,t[10]=(d*w-m*x+v*y)*z,t[11]=(h*x-c*w-p*y)*z,t[12]=(s*A-a*E-l*k)*z,t[13]=(r*E-n*A+i*k)*z,t[14]=(m*b-d*_-g*y)*z,t[15]=(c*_-h*b+f*y)*z,t):null},i.SIMD.invert=function(t,e){var r,n,i,o,a,s,l,u,c,h,f=SIMD.Float32x4.load(e,0),p=SIMD.Float32x4.load(e,4),d=SIMD.Float32x4.load(e,8),m=SIMD.Float32x4.load(e,12);return a=SIMD.Float32x4.shuffle(f,p,0,1,4,5),n=SIMD.Float32x4.shuffle(d,m,0,1,4,5),r=SIMD.Float32x4.shuffle(a,n,0,2,4,6),n=SIMD.Float32x4.shuffle(n,a,1,3,5,7),a=SIMD.Float32x4.shuffle(f,p,2,3,6,7),o=SIMD.Float32x4.shuffle(d,m,2,3,6,7),i=SIMD.Float32x4.shuffle(a,o,0,2,4,6),o=SIMD.Float32x4.shuffle(o,a,1,3,5,7),a=SIMD.Float32x4.mul(i,o),a=SIMD.Float32x4.swizzle(a,1,0,3,2),s=SIMD.Float32x4.mul(n,a),l=SIMD.Float32x4.mul(r,a),a=SIMD.Float32x4.swizzle(a,2,3,0,1),s=SIMD.Float32x4.sub(SIMD.Float32x4.mul(n,a),s),l=SIMD.Float32x4.sub(SIMD.Float32x4.mul(r,a),l),l=SIMD.Float32x4.swizzle(l,2,3,0,1),a=SIMD.Float32x4.mul(n,i),a=SIMD.Float32x4.swizzle(a,1,0,3,2),s=SIMD.Float32x4.add(SIMD.Float32x4.mul(o,a),s),c=SIMD.Float32x4.mul(r,a),a=SIMD.Float32x4.swizzle(a,2,3,0,1),s=SIMD.Float32x4.sub(s,SIMD.Float32x4.mul(o,a)),c=SIMD.Float32x4.sub(SIMD.Float32x4.mul(r,a),c),c=SIMD.Float32x4.swizzle(c,2,3,0,1),a=SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(n,2,3,0,1),o),a=SIMD.Float32x4.swizzle(a,1,0,3,2),i=SIMD.Float32x4.swizzle(i,2,3,0,1),s=SIMD.Float32x4.add(SIMD.Float32x4.mul(i,a),s),u=SIMD.Float32x4.mul(r,a),a=SIMD.Float32x4.swizzle(a,2,3,0,1),s=SIMD.Float32x4.sub(s,SIMD.Float32x4.mul(i,a)),u=SIMD.Float32x4.sub(SIMD.Float32x4.mul(r,a),u),u=SIMD.Float32x4.swizzle(u,2,3,0,1),a=SIMD.Float32x4.mul(r,n),a=SIMD.Float32x4.swizzle(a,1,0,3,2),u=SIMD.Float32x4.add(SIMD.Float32x4.mul(o,a),u),c=SIMD.Float32x4.sub(SIMD.Float32x4.mul(i,a),c),a=SIMD.Float32x4.swizzle(a,2,3,0,1),u=SIMD.Float32x4.sub(SIMD.Float32x4.mul(o,a),u),c=SIMD.Float32x4.sub(c,SIMD.Float32x4.mul(i,a)),a=SIMD.Float32x4.mul(r,o),a=SIMD.Float32x4.swizzle(a,1,0,3,2),l=SIMD.Float32x4.sub(l,SIMD.Float32x4.mul(i,a)),u=SIMD.Float32x4.add(SIMD.Float32x4.mul(n,a),u),a=SIMD.Float32x4.swizzle(a,2,3,0,1),l=SIMD.Float32x4.add(SIMD.Float32x4.mul(i,a),l),u=SIMD.Float32x4.sub(u,SIMD.Float32x4.mul(n,a)),a=SIMD.Float32x4.mul(r,i),a=SIMD.Float32x4.swizzle(a,1,0,3,2),l=SIMD.Float32x4.add(SIMD.Float32x4.mul(o,a),l),c=SIMD.Float32x4.sub(c,SIMD.Float32x4.mul(n,a)),a=SIMD.Float32x4.swizzle(a,2,3,0,1),l=SIMD.Float32x4.sub(l,SIMD.Float32x4.mul(o,a)),c=SIMD.Float32x4.add(SIMD.Float32x4.mul(n,a),c),h=SIMD.Float32x4.mul(r,s),h=SIMD.Float32x4.add(SIMD.Float32x4.swizzle(h,2,3,0,1),h),h=SIMD.Float32x4.add(SIMD.Float32x4.swizzle(h,1,0,3,2),h),a=SIMD.Float32x4.reciprocalApproximation(h),h=SIMD.Float32x4.sub(SIMD.Float32x4.add(a,a),SIMD.Float32x4.mul(h,SIMD.Float32x4.mul(a,a))),(h=SIMD.Float32x4.swizzle(h,0,0,0,0))?(SIMD.Float32x4.store(t,0,SIMD.Float32x4.mul(h,s)),SIMD.Float32x4.store(t,4,SIMD.Float32x4.mul(h,l)),SIMD.Float32x4.store(t,8,SIMD.Float32x4.mul(h,u)),SIMD.Float32x4.store(t,12,SIMD.Float32x4.mul(h,c)),t):null},i.invert=n.USE_SIMD?i.SIMD.invert:i.scalar.invert,i.scalar.adjoint=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=e[4],s=e[5],l=e[6],u=e[7],c=e[8],h=e[9],f=e[10],p=e[11],d=e[12],m=e[13],g=e[14],v=e[15];return t[0]=s*(f*v-p*g)-h*(l*v-u*g)+m*(l*p-u*f),t[1]=-(n*(f*v-p*g)-h*(i*v-o*g)+m*(i*p-o*f)),t[2]=n*(l*v-u*g)-s*(i*v-o*g)+m*(i*u-o*l),t[3]=-(n*(l*p-u*f)-s*(i*p-o*f)+h*(i*u-o*l)),t[4]=-(a*(f*v-p*g)-c*(l*v-u*g)+d*(l*p-u*f)),t[5]=r*(f*v-p*g)-c*(i*v-o*g)+d*(i*p-o*f),t[6]=-(r*(l*v-u*g)-a*(i*v-o*g)+d*(i*u-o*l)),t[7]=r*(l*p-u*f)-a*(i*p-o*f)+c*(i*u-o*l),t[8]=a*(h*v-p*m)-c*(s*v-u*m)+d*(s*p-u*h),t[9]=-(r*(h*v-p*m)-c*(n*v-o*m)+d*(n*p-o*h)),t[10]=r*(s*v-u*m)-a*(n*v-o*m)+d*(n*u-o*s),t[11]=-(r*(s*p-u*h)-a*(n*p-o*h)+c*(n*u-o*s)),t[12]=-(a*(h*g-f*m)-c*(s*g-l*m)+d*(s*f-l*h)),t[13]=r*(h*g-f*m)-c*(n*g-i*m)+d*(n*f-i*h),t[14]=-(r*(s*g-l*m)-a*(n*g-i*m)+d*(n*l-i*s)),t[15]=r*(s*f-l*h)-a*(n*f-i*h)+c*(n*l-i*s),t},i.SIMD.adjoint=function(t,e){var r,n,i,o,a,s,l,u,c,h,f,p,d,r=SIMD.Float32x4.load(e,0),n=SIMD.Float32x4.load(e,4),i=SIMD.Float32x4.load(e,8),o=SIMD.Float32x4.load(e,12);return c=SIMD.Float32x4.shuffle(r,n,0,1,4,5),s=SIMD.Float32x4.shuffle(i,o,0,1,4,5),a=SIMD.Float32x4.shuffle(c,s,0,2,4,6),s=SIMD.Float32x4.shuffle(s,c,1,3,5,7),c=SIMD.Float32x4.shuffle(r,n,2,3,6,7),u=SIMD.Float32x4.shuffle(i,o,2,3,6,7),l=SIMD.Float32x4.shuffle(c,u,0,2,4,6),u=SIMD.Float32x4.shuffle(u,c,1,3,5,7),c=SIMD.Float32x4.mul(l,u),c=SIMD.Float32x4.swizzle(c,1,0,3,2),h=SIMD.Float32x4.mul(s,c),f=SIMD.Float32x4.mul(a,c),c=SIMD.Float32x4.swizzle(c,2,3,0,1),h=SIMD.Float32x4.sub(SIMD.Float32x4.mul(s,c),h),f=SIMD.Float32x4.sub(SIMD.Float32x4.mul(a,c),f),f=SIMD.Float32x4.swizzle(f,2,3,0,1),c=SIMD.Float32x4.mul(s,l),c=SIMD.Float32x4.swizzle(c,1,0,3,2),h=SIMD.Float32x4.add(SIMD.Float32x4.mul(u,c),h),d=SIMD.Float32x4.mul(a,c),c=SIMD.Float32x4.swizzle(c,2,3,0,1),h=SIMD.Float32x4.sub(h,SIMD.Float32x4.mul(u,c)),d=SIMD.Float32x4.sub(SIMD.Float32x4.mul(a,c),d),d=SIMD.Float32x4.swizzle(d,2,3,0,1),c=SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(s,2,3,0,1),u),c=SIMD.Float32x4.swizzle(c,1,0,3,2),l=SIMD.Float32x4.swizzle(l,2,3,0,1),h=SIMD.Float32x4.add(SIMD.Float32x4.mul(l,c),h),p=SIMD.Float32x4.mul(a,c),c=SIMD.Float32x4.swizzle(c,2,3,0,1),h=SIMD.Float32x4.sub(h,SIMD.Float32x4.mul(l,c)),p=SIMD.Float32x4.sub(SIMD.Float32x4.mul(a,c),p),p=SIMD.Float32x4.swizzle(p,2,3,0,1),c=SIMD.Float32x4.mul(a,s),c=SIMD.Float32x4.swizzle(c,1,0,3,2),p=SIMD.Float32x4.add(SIMD.Float32x4.mul(u,c),p),d=SIMD.Float32x4.sub(SIMD.Float32x4.mul(l,c),d),c=SIMD.Float32x4.swizzle(c,2,3,0,1),p=SIMD.Float32x4.sub(SIMD.Float32x4.mul(u,c),p),d=SIMD.Float32x4.sub(d,SIMD.Float32x4.mul(l,c)),c=SIMD.Float32x4.mul(a,u),c=SIMD.Float32x4.swizzle(c,1,0,3,2),f=SIMD.Float32x4.sub(f,SIMD.Float32x4.mul(l,c)),p=SIMD.Float32x4.add(SIMD.Float32x4.mul(s,c),p),c=SIMD.Float32x4.swizzle(c,2,3,0,1),f=SIMD.Float32x4.add(SIMD.Float32x4.mul(l,c),f),p=SIMD.Float32x4.sub(p,SIMD.Float32x4.mul(s,c)),c=SIMD.Float32x4.mul(a,l),c=SIMD.Float32x4.swizzle(c,1,0,3,2),f=SIMD.Float32x4.add(SIMD.Float32x4.mul(u,c),f),d=SIMD.Float32x4.sub(d,SIMD.Float32x4.mul(s,c)),c=SIMD.Float32x4.swizzle(c,2,3,0,1),f=SIMD.Float32x4.sub(f,SIMD.Float32x4.mul(u,c)),d=SIMD.Float32x4.add(SIMD.Float32x4.mul(s,c),d),SIMD.Float32x4.store(t,0,h),SIMD.Float32x4.store(t,4,f),SIMD.Float32x4.store(t,8,p),SIMD.Float32x4.store(t,12,d),t},i.adjoint=n.USE_SIMD?i.SIMD.adjoint:i.scalar.adjoint,i.determinant=function(t){var e=t[0],r=t[1],n=t[2],i=t[3],o=t[4],a=t[5],s=t[6],l=t[7],u=t[8],c=t[9],h=t[10],f=t[11],p=t[12],d=t[13],m=t[14],g=t[15],v=e*a-r*o,y=e*s-n*o,b=e*l-i*o,x=r*s-n*a,_=r*l-i*a,w=n*l-i*s,M=u*d-c*p,k=u*m-h*p,A=u*g-f*p,T=c*m-h*d,E=c*g-f*d,S=h*g-f*m;return v*S-y*E+b*T+x*A-_*k+w*M},i.SIMD.multiply=function(t,e,r){var n=SIMD.Float32x4.load(e,0),i=SIMD.Float32x4.load(e,4),o=SIMD.Float32x4.load(e,8),a=SIMD.Float32x4.load(e,12),s=SIMD.Float32x4.load(r,0),l=SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(s,0,0,0,0),n),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(s,1,1,1,1),i),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(s,2,2,2,2),o),SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(s,3,3,3,3),a))));SIMD.Float32x4.store(t,0,l);var u=SIMD.Float32x4.load(r,4),c=SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(u,0,0,0,0),n),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(u,1,1,1,1),i),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(u,2,2,2,2),o),SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(u,3,3,3,3),a))));SIMD.Float32x4.store(t,4,c);var h=SIMD.Float32x4.load(r,8),f=SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(h,0,0,0,0),n),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(h,1,1,1,1),i),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(h,2,2,2,2),o),SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(h,3,3,3,3),a))));SIMD.Float32x4.store(t,8,f);var p=SIMD.Float32x4.load(r,12),d=SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(p,0,0,0,0),n),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(p,1,1,1,1),i),SIMD.Float32x4.add(SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(p,2,2,2,2),o),SIMD.Float32x4.mul(SIMD.Float32x4.swizzle(p,3,3,3,3),a))));return SIMD.Float32x4.store(t,12,d),t},i.scalar.multiply=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=e[9],p=e[10],d=e[11],m=e[12],g=e[13],v=e[14],y=e[15],b=r[0],x=r[1],_=r[2],w=r[3];return t[0]=b*n+x*s+_*h+w*m,t[1]=b*i+x*l+_*f+w*g,t[2]=b*o+x*u+_*p+w*v,t[3]=b*a+x*c+_*d+w*y,b=r[4],x=r[5],_=r[6],w=r[7],t[4]=b*n+x*s+_*h+w*m,t[5]=b*i+x*l+_*f+w*g,t[6]=b*o+x*u+_*p+w*v,t[7]=b*a+x*c+_*d+w*y,b=r[8],x=r[9],_=r[10],w=r[11],t[8]=b*n+x*s+_*h+w*m,t[9]=b*i+x*l+_*f+w*g,t[10]=b*o+x*u+_*p+w*v,t[11]=b*a+x*c+_*d+w*y,b=r[12],x=r[13],_=r[14],w=r[15],t[12]=b*n+x*s+_*h+w*m,t[13]=b*i+x*l+_*f+w*g,t[14]=b*o+x*u+_*p+w*v,t[15]=b*a+x*c+_*d+w*y,t},i.multiply=n.USE_SIMD?i.SIMD.multiply:i.scalar.multiply,i.mul=i.multiply,i.scalar.translate=function(t,e,r){var n,i,o,a,s,l,u,c,h,f,p,d,m=r[0],g=r[1],v=r[2];return e===t?(t[12]=e[0]*m+e[4]*g+e[8]*v+e[12],t[13]=e[1]*m+e[5]*g+e[9]*v+e[13],t[14]=e[2]*m+e[6]*g+e[10]*v+e[14],t[15]=e[3]*m+e[7]*g+e[11]*v+e[15]):(n=e[0],i=e[1],o=e[2],a=e[3],s=e[4],l=e[5],u=e[6],c=e[7],h=e[8],f=e[9],p=e[10],d=e[11],t[0]=n,t[1]=i,t[2]=o,t[3]=a,t[4]=s,t[5]=l,t[6]=u,t[7]=c,t[8]=h,t[9]=f,t[10]=p,t[11]=d,t[12]=n*m+s*g+h*v+e[12],t[13]=i*m+l*g+f*v+e[13],t[14]=o*m+u*g+p*v+e[14],t[15]=a*m+c*g+d*v+e[15]),t},i.SIMD.translate=function(t,e,r){var n=SIMD.Float32x4.load(e,0),i=SIMD.Float32x4.load(e,4),o=SIMD.Float32x4.load(e,8),a=SIMD.Float32x4.load(e,12),s=SIMD.Float32x4(r[0],r[1],r[2],0);e!==t&&(t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[4]=e[4],t[5]=e[5],t[6]=e[6],t[7]=e[7],t[8]=e[8],t[9]=e[9],t[10]=e[10],t[11]=e[11]),n=SIMD.Float32x4.mul(n,SIMD.Float32x4.swizzle(s,0,0,0,0)),i=SIMD.Float32x4.mul(i,SIMD.Float32x4.swizzle(s,1,1,1,1)),o=SIMD.Float32x4.mul(o,SIMD.Float32x4.swizzle(s,2,2,2,2));var l=SIMD.Float32x4.add(n,SIMD.Float32x4.add(i,SIMD.Float32x4.add(o,a)));return SIMD.Float32x4.store(t,12,l),t},i.translate=n.USE_SIMD?i.SIMD.translate:i.scalar.translate,i.scalar.scale=function(t,e,r){var n=r[0],i=r[1],o=r[2];return t[0]=e[0]*n,t[1]=e[1]*n,t[2]=e[2]*n,t[3]=e[3]*n,t[4]=e[4]*i,t[5]=e[5]*i,t[6]=e[6]*i,t[7]=e[7]*i,t[8]=e[8]*o,t[9]=e[9]*o,t[10]=e[10]*o,t[11]=e[11]*o,t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15],t},i.SIMD.scale=function(t,e,r){var n,i,o,a=SIMD.Float32x4(r[0],r[1],r[2],0);return n=SIMD.Float32x4.load(e,0),SIMD.Float32x4.store(t,0,SIMD.Float32x4.mul(n,SIMD.Float32x4.swizzle(a,0,0,0,0))),i=SIMD.Float32x4.load(e,4),SIMD.Float32x4.store(t,4,SIMD.Float32x4.mul(i,SIMD.Float32x4.swizzle(a,1,1,1,1))),o=SIMD.Float32x4.load(e,8),SIMD.Float32x4.store(t,8,SIMD.Float32x4.mul(o,SIMD.Float32x4.swizzle(a,2,2,2,2))),t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15],t},i.scale=n.USE_SIMD?i.SIMD.scale:i.scalar.scale,i.rotate=function(t,e,r,i){var o,a,s,l,u,c,h,f,p,d,m,g,v,y,b,x,_,w,M,k,A,T,E,S,L=i[0],z=i[1],I=i[2],P=Math.sqrt(L*L+z*z+I*I);return Math.abs(P)<n.EPSILON?null:(P=1/P,L*=P,z*=P,I*=P,o=Math.sin(r),a=Math.cos(r),s=1-a,l=e[0],u=e[1],c=e[2],h=e[3],f=e[4],p=e[5],d=e[6],m=e[7],g=e[8],v=e[9],y=e[10],b=e[11],x=L*L*s+a,_=z*L*s+I*o,w=I*L*s-z*o,M=L*z*s-I*o,k=z*z*s+a,A=I*z*s+L*o,T=L*I*s+z*o,E=z*I*s-L*o,S=I*I*s+a,t[0]=l*x+f*_+g*w,t[1]=u*x+p*_+v*w,t[2]=c*x+d*_+y*w,t[3]=h*x+m*_+b*w,t[4]=l*M+f*k+g*A,t[5]=u*M+p*k+v*A,t[6]=c*M+d*k+y*A,t[7]=h*M+m*k+b*A,t[8]=l*T+f*E+g*S,t[9]=u*T+p*E+v*S,t[10]=c*T+d*E+y*S,t[11]=h*T+m*E+b*S,e!==t&&(t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t)},i.scalar.rotateX=function(t,e,r){var n=Math.sin(r),i=Math.cos(r),o=e[4],a=e[5],s=e[6],l=e[7],u=e[8],c=e[9],h=e[10],f=e[11];return e!==t&&(t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t[4]=o*i+u*n,t[5]=a*i+c*n,t[6]=s*i+h*n,t[7]=l*i+f*n,t[8]=u*i-o*n,t[9]=c*i-a*n,t[10]=h*i-s*n,t[11]=f*i-l*n,t},i.SIMD.rotateX=function(t,e,r){var n=SIMD.Float32x4.splat(Math.sin(r)),i=SIMD.Float32x4.splat(Math.cos(r));e!==t&&(t[0]=e[0],t[1]=e[1],t[2]=e[2],t[3]=e[3],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]);var o=SIMD.Float32x4.load(e,4),a=SIMD.Float32x4.load(e,8);return SIMD.Float32x4.store(t,4,SIMD.Float32x4.add(SIMD.Float32x4.mul(o,i),SIMD.Float32x4.mul(a,n))),SIMD.Float32x4.store(t,8,SIMD.Float32x4.sub(SIMD.Float32x4.mul(a,i),SIMD.Float32x4.mul(o,n))),t},i.rotateX=n.USE_SIMD?i.SIMD.rotateX:i.scalar.rotateX,i.scalar.rotateY=function(t,e,r){var n=Math.sin(r),i=Math.cos(r),o=e[0],a=e[1],s=e[2],l=e[3],u=e[8],c=e[9],h=e[10],f=e[11];return e!==t&&(t[4]=e[4],t[5]=e[5],t[6]=e[6],t[7]=e[7],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t[0]=o*i-u*n,t[1]=a*i-c*n,t[2]=s*i-h*n,t[3]=l*i-f*n,t[8]=o*n+u*i,t[9]=a*n+c*i,t[10]=s*n+h*i,t[11]=l*n+f*i,t},i.SIMD.rotateY=function(t,e,r){var n=SIMD.Float32x4.splat(Math.sin(r)),i=SIMD.Float32x4.splat(Math.cos(r));e!==t&&(t[4]=e[4],t[5]=e[5],t[6]=e[6],t[7]=e[7],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]);var o=SIMD.Float32x4.load(e,0),a=SIMD.Float32x4.load(e,8);return SIMD.Float32x4.store(t,0,SIMD.Float32x4.sub(SIMD.Float32x4.mul(o,i),SIMD.Float32x4.mul(a,n))),SIMD.Float32x4.store(t,8,SIMD.Float32x4.add(SIMD.Float32x4.mul(o,n),SIMD.Float32x4.mul(a,i))),t},i.rotateY=n.USE_SIMD?i.SIMD.rotateY:i.scalar.rotateY,i.scalar.rotateZ=function(t,e,r){var n=Math.sin(r),i=Math.cos(r),o=e[0],a=e[1],s=e[2],l=e[3],u=e[4],c=e[5],h=e[6],f=e[7];return e!==t&&(t[8]=e[8],t[9]=e[9],t[10]=e[10],t[11]=e[11],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]),t[0]=o*i+u*n,t[1]=a*i+c*n,t[2]=s*i+h*n,t[3]=l*i+f*n,t[4]=u*i-o*n,t[5]=c*i-a*n,t[6]=h*i-s*n,t[7]=f*i-l*n,t},i.SIMD.rotateZ=function(t,e,r){var n=SIMD.Float32x4.splat(Math.sin(r)),i=SIMD.Float32x4.splat(Math.cos(r));e!==t&&(t[8]=e[8],t[9]=e[9],t[10]=e[10],t[11]=e[11],t[12]=e[12],t[13]=e[13],t[14]=e[14],t[15]=e[15]);var o=SIMD.Float32x4.load(e,0),a=SIMD.Float32x4.load(e,4);return SIMD.Float32x4.store(t,0,SIMD.Float32x4.add(SIMD.Float32x4.mul(o,i),SIMD.Float32x4.mul(a,n))),SIMD.Float32x4.store(t,4,SIMD.Float32x4.sub(SIMD.Float32x4.mul(a,i),SIMD.Float32x4.mul(o,n))),t},i.rotateZ=n.USE_SIMD?i.SIMD.rotateZ:i.scalar.rotateZ,i.fromTranslation=function(t,e){return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=1,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=1,t[11]=0,t[12]=e[0],t[13]=e[1],t[14]=e[2],t[15]=1,t},i.fromScaling=function(t,e){return t[0]=e[0],t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=e[1],t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=e[2],t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.fromRotation=function(t,e,r){var i,o,a,s=r[0],l=r[1],u=r[2],c=Math.sqrt(s*s+l*l+u*u);return Math.abs(c)<n.EPSILON?null:(c=1/c,s*=c,l*=c,u*=c,i=Math.sin(e),o=Math.cos(e),a=1-o,t[0]=s*s*a+o,t[1]=l*s*a+u*i,t[2]=u*s*a-l*i,t[3]=0,t[4]=s*l*a-u*i,t[5]=l*l*a+o,t[6]=u*l*a+s*i,t[7]=0,t[8]=s*u*a+l*i,t[9]=l*u*a-s*i,t[10]=u*u*a+o,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t)},i.fromXRotation=function(t,e){var r=Math.sin(e),n=Math.cos(e);return t[0]=1,t[1]=0,t[2]=0,t[3]=0,t[4]=0,t[5]=n,t[6]=r,t[7]=0,t[8]=0,t[9]=-r,t[10]=n,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.fromYRotation=function(t,e){var r=Math.sin(e),n=Math.cos(e);return t[0]=n,t[1]=0,t[2]=-r,t[3]=0,t[4]=0,t[5]=1,t[6]=0,t[7]=0,t[8]=r,t[9]=0,t[10]=n,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.fromZRotation=function(t,e){var r=Math.sin(e),n=Math.cos(e);return t[0]=n,t[1]=r,t[2]=0,t[3]=0,t[4]=-r,t[5]=n,t[6]=0,t[7]=0,t[8]=0,t[9]=0,t[10]=1,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.fromRotationTranslation=function(t,e,r){var n=e[0],i=e[1],o=e[2],a=e[3],s=n+n,l=i+i,u=o+o,c=n*s,h=n*l,f=n*u,p=i*l,d=i*u,m=o*u,g=a*s,v=a*l,y=a*u;return t[0]=1-(p+m),t[1]=h+y,t[2]=f-v,t[3]=0,t[4]=h-y,t[5]=1-(c+m),t[6]=d+g,t[7]=0,t[8]=f+v,t[9]=d-g,t[10]=1-(c+p),t[11]=0,t[12]=r[0],t[13]=r[1],t[14]=r[2],t[15]=1,t},i.getTranslation=function(t,e){return t[0]=e[12],t[1]=e[13],t[2]=e[14],t},i.getRotation=function(t,e){var r=e[0]+e[5]+e[10],n=0;return r>0?(n=2*Math.sqrt(r+1),t[3]=.25*n,t[0]=(e[6]-e[9])/n,t[1]=(e[8]-e[2])/n,t[2]=(e[1]-e[4])/n):e[0]>e[5]&e[0]>e[10]?(n=2*Math.sqrt(1+e[0]-e[5]-e[10]),t[3]=(e[6]-e[9])/n,t[0]=.25*n,t[1]=(e[1]+e[4])/n,t[2]=(e[8]+e[2])/n):e[5]>e[10]?(n=2*Math.sqrt(1+e[5]-e[0]-e[10]),t[3]=(e[8]-e[2])/n,t[0]=(e[1]+e[4])/n,t[1]=.25*n,t[2]=(e[6]+e[9])/n):(n=2*Math.sqrt(1+e[10]-e[0]-e[5]),t[3]=(e[1]-e[4])/n,t[0]=(e[8]+e[2])/n,t[1]=(e[6]+e[9])/n,t[2]=.25*n),t},i.fromRotationTranslationScale=function(t,e,r,n){var i=e[0],o=e[1],a=e[2],s=e[3],l=i+i,u=o+o,c=a+a,h=i*l,f=i*u,p=i*c,d=o*u,m=o*c,g=a*c,v=s*l,y=s*u,b=s*c,x=n[0],_=n[1],w=n[2];return t[0]=(1-(d+g))*x,t[1]=(f+b)*x,t[2]=(p-y)*x,t[3]=0,t[4]=(f-b)*_,t[5]=(1-(h+g))*_,t[6]=(m+v)*_,t[7]=0,t[8]=(p+y)*w,t[9]=(m-v)*w,t[10]=(1-(h+d))*w,t[11]=0,t[12]=r[0],t[13]=r[1],t[14]=r[2],t[15]=1,t},i.fromRotationTranslationScaleOrigin=function(t,e,r,n,i){var o=e[0],a=e[1],s=e[2],l=e[3],u=o+o,c=a+a,h=s+s,f=o*u,p=o*c,d=o*h,m=a*c,g=a*h,v=s*h,y=l*u,b=l*c,x=l*h,_=n[0],w=n[1],M=n[2],k=i[0],A=i[1],T=i[2];return t[0]=(1-(m+v))*_,t[1]=(p+x)*_,t[2]=(d-b)*_,t[3]=0,t[4]=(p-x)*w,t[5]=(1-(f+v))*w,t[6]=(g+y)*w,t[7]=0,t[8]=(d+b)*M,t[9]=(g-y)*M,t[10]=(1-(f+m))*M,t[11]=0,t[12]=r[0]+k-(t[0]*k+t[4]*A+t[8]*T),t[13]=r[1]+A-(t[1]*k+t[5]*A+t[9]*T),t[14]=r[2]+T-(t[2]*k+t[6]*A+t[10]*T),t[15]=1,t},i.fromQuat=function(t,e){var r=e[0],n=e[1],i=e[2],o=e[3],a=r+r,s=n+n,l=i+i,u=r*a,c=n*a,h=n*s,f=i*a,p=i*s,d=i*l,m=o*a,g=o*s,v=o*l;return t[0]=1-h-d,t[1]=c+v,t[2]=f-g,t[3]=0,t[4]=c-v,t[5]=1-u-d,t[6]=p+m,t[7]=0,t[8]=f+g,t[9]=p-m,t[10]=1-u-h,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,t},i.frustum=function(t,e,r,n,i,o,a){var 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r=t[0],i=t[1],o=t[2],a=t[3],s=t[4],l=t[5],u=t[6],c=t[7],h=t[8],f=t[9],p=t[10],d=t[11],m=t[12],g=t[13],v=t[14],y=t[15],b=e[0],x=e[1],_=e[2],w=e[3],M=e[4],k=e[5],A=e[6],T=e[7],E=e[8],S=e[9],L=e[10],z=e[11],I=e[12],P=e[13],C=e[14],R=e[15];return 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t},r.isFeatureConstant=!0,r.isZoomConstant=!0;return r}function i(t,e){for(var r=0;r<t.stops.length;r++)if(e===t.stops[r][0])return t.stops[r][1];return t.stops[0][1]}function o(t,e){for(var r=0;r<t.stops.length&&!(e<t.stops[r][0]);r++);return t.stops[Math.max(r-1,0)][1]}function a(t,e){for(var r=void 0!==t.base?t.base:1,n=0;;){if(n>=t.stops.length)break;if(e<=t.stops[n][0])break;n++}return 0===n?t.stops[n][1]:n===t.stops.length?t.stops[n-1][1]:s(e,r,t.stops[n-1][0],t.stops[n][0],t.stops[n-1][1],t.stops[n][1])}function s(t,e,r,n,i,o){return"function"==typeof i?function(){var a=i.apply(void 0,arguments),l=o.apply(void 0,arguments);return s(t,e,r,n,a,l)}:i.length?u(t,e,r,n,i,o):l(t,e,r,n,i,o)}function l(t,e,r,n,i,o){var a,s=n-r,l=t-r;return a=1===e?l/s:(Math.pow(e,l)-1)/(Math.pow(e,s)-1),i*(1-a)+o*a}function u(t,e,r,n,i,o){for(var a=[],s=0;s<i.length;s++)a[s]=l(t,e,r,n,i[s],o[s]);return a}function c(t){return"object"==typeof 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opacity\n\n    gl_FragColor = color * opacity;\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nattribute vec2 a_pos;\n\nuniform mat4 u_matrix;\n\n#pragma mapbox: define lowp vec4 color\n#pragma mapbox: define lowp float opacity\n\nvoid main() {\n    #pragma mapbox: initialize lowp vec4 color\n    #pragma mapbox: initialize lowp float opacity\n\n    gl_Position = u_matrix * vec4(a_pos, 0, 1);\n}\n"},circle:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\n#pragma mapbox: define lowp vec4 color\n#pragma mapbox: define lowp float blur\n#pragma mapbox: define lowp float opacity\n\nvarying vec2 v_extrude;\nvarying lowp float v_antialiasblur;\n\nvoid main() {\n    #pragma mapbox: initialize lowp vec4 color\n    #pragma mapbox: initialize lowp float blur\n    #pragma mapbox: initialize lowp float opacity\n\n    float t = smoothstep(1.0 - max(blur, v_antialiasblur), 1.0, length(v_extrude));\n    gl_FragColor = color * (1.0 - t) * opacity;\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform mat4 u_matrix;\nuniform bool u_scale_with_map;\nuniform vec2 u_extrude_scale;\nuniform float u_devicepixelratio;\n\nattribute vec2 a_pos;\n\n#pragma mapbox: define lowp vec4 color\n#pragma mapbox: define mediump float radius\n#pragma mapbox: define lowp float blur\n#pragma mapbox: define lowp float opacity\n\nvarying vec2 v_extrude;\nvarying lowp float v_antialiasblur;\n\nvoid main(void) {\n    #pragma mapbox: initialize lowp vec4 color\n    #pragma mapbox: initialize mediump float radius\n    #pragma mapbox: initialize lowp float blur\n    #pragma mapbox: initialize lowp float opacity\n\n    // unencode the extrusion vector that we snuck into the a_pos vector\n    v_extrude = vec2(mod(a_pos, 2.0) * 2.0 - 1.0);\n\n    vec2 extrude = v_extrude * radius * u_extrude_scale;\n    // multiply a_pos by 0.5, since we had it * 2 in order to sneak\n    // in extrusion data\n    gl_Position = u_matrix * vec4(floor(a_pos * 0.5), 0, 1);\n\n    if (u_scale_with_map) {\n        gl_Position.xy += extrude;\n    } else {\n        gl_Position.xy += extrude * gl_Position.w;\n    }\n\n    // This is a minimum blur distance that serves as a faux-antialiasing for\n    // the circle. since blur is a ratio of the circle's size and the intent is\n    // to keep the blur at roughly 1px, the two are inversely related.\n    v_antialiasblur = 1.0 / u_devicepixelratio / radius;\n}\n"},line:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform lowp vec4 u_color;\nuniform lowp float u_opacity;\nuniform float u_blur;\n\nvarying vec2 v_linewidth;\nvarying vec2 v_normal;\nvarying float v_gamma_scale;\n\nvoid main() {\n    // Calculate the distance of the pixel from the line in pixels.\n    float dist = length(v_normal) * v_linewidth.s;\n\n    // Calculate the antialiasing fade factor. This is either when fading in\n    // the line in case of an offset line (v_linewidth.t) or when fading out\n    // (v_linewidth.s)\n    float blur = u_blur * v_gamma_scale;\n    float alpha = clamp(min(dist - (v_linewidth.t - blur), v_linewidth.s - dist) / blur, 0.0, 1.0);\n\n    gl_FragColor = u_color * (alpha * u_opacity);\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\n// floor(127 / 2) == 63.0\n// the maximum allowed miter limit is 2.0 at the moment. the extrude normal is\n// stored in a byte (-128..127). we scale regular normals up to length 63, but\n// there are also \"special\" normals that have a bigger length (of up to 126 in\n// this case).\n// #define scale 63.0\n#define scale 0.015873016\n\nattribute vec2 a_pos;\nattribute vec4 a_data;\n\nuniform mat4 u_matrix;\nuniform mediump float u_ratio;\nuniform mediump float u_linewidth;\nuniform mediump float u_gapwidth;\nuniform mediump float u_antialiasing;\nuniform mediump float u_extra;\nuniform mat2 u_antialiasingmatrix;\nuniform mediump float u_offset;\nuniform mediump float u_blur;\n\nvarying vec2 v_normal;\nvarying vec2 v_linewidth;\nvarying float v_gamma_scale;\n\nvoid main() {\n    vec2 a_extrude = a_data.xy - 128.0;\n    float a_direction = mod(a_data.z, 4.0) - 1.0;\n\n    // We store the texture normals in the most insignificant bit\n    // transform y so that 0 => -1 and 1 => 1\n    // In the texture normal, x is 0 if the normal points straight up/down and 1 if it's a round cap\n    // y is 1 if the normal points up, and -1 if it points down\n    mediump vec2 normal = mod(a_pos, 2.0);\n    normal.y = sign(normal.y - 0.5);\n    v_normal = normal;\n\n    float inset = u_gapwidth + (u_gapwidth > 0.0 ? u_antialiasing : 0.0);\n    float outset = u_gapwidth + u_linewidth * (u_gapwidth > 0.0 ? 2.0 : 1.0) + u_antialiasing;\n\n    // Scale the extrusion vector down to a normal and then up by the line width\n    // of this vertex.\n    mediump vec2 dist = outset * a_extrude * scale;\n\n    // Calculate the offset when drawing a line that is to the side of the actual line.\n    // We do this by creating a vector that points towards the extrude, but rotate\n    // it when we're drawing round end points (a_direction = -1 or 1) since their\n    // extrude vector points in another direction.\n    mediump float u = 0.5 * a_direction;\n    mediump float t = 1.0 - abs(u);\n    mediump vec2 offset = u_offset * a_extrude * scale * normal.y * mat2(t, -u, u, t);\n\n    // Remove the texture normal bit of the position before scaling it with the\n    // model/view matrix.\n    gl_Position = u_matrix * vec4(floor(a_pos * 0.5) + (offset + dist) / u_ratio, 0.0, 1.0);\n\n    // position of y on the screen\n    float y = gl_Position.y / gl_Position.w;\n\n    // how much features are squished in the y direction by the tilt\n    float squish_scale = length(a_extrude) / length(u_antialiasingmatrix * a_extrude);\n\n    // how much features are squished in all directions by the perspectiveness\n    float perspective_scale = 1.0 / (1.0 - min(y * u_extra, 0.9));\n\n    v_linewidth = vec2(outset, inset);\n    v_gamma_scale = perspective_scale * squish_scale;\n}\n"},linepattern:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform float u_blur;\n\nuniform vec2 u_pattern_size_a;\nuniform vec2 u_pattern_size_b;\nuniform vec2 u_pattern_tl_a;\nuniform vec2 u_pattern_br_a;\nuniform vec2 u_pattern_tl_b;\nuniform vec2 u_pattern_br_b;\nuniform float u_fade;\nuniform float u_opacity;\n\nuniform sampler2D u_image;\n\nvarying vec2 v_normal;\nvarying vec2 v_linewidth;\nvarying float v_linesofar;\nvarying float v_gamma_scale;\n\nvoid main() {\n    // Calculate the distance of the pixel from the line in pixels.\n    float dist = length(v_normal) * v_linewidth.s;\n\n    // Calculate the antialiasing fade factor. This is either when fading in\n    // the line in case of an offset line (v_linewidth.t) or when fading out\n    // (v_linewidth.s)\n    float blur = u_blur * v_gamma_scale;\n    float alpha = clamp(min(dist - (v_linewidth.t - blur), v_linewidth.s - dist) / blur, 0.0, 1.0);\n\n    float x_a = mod(v_linesofar / u_pattern_size_a.x, 1.0);\n    float x_b = mod(v_linesofar / u_pattern_size_b.x, 1.0);\n    float y_a = 0.5 + (v_normal.y * v_linewidth.s / u_pattern_size_a.y);\n    float y_b = 0.5 + (v_normal.y * v_linewidth.s / u_pattern_size_b.y);\n    vec2 pos_a = mix(u_pattern_tl_a, u_pattern_br_a, vec2(x_a, y_a));\n    vec2 pos_b = mix(u_pattern_tl_b, u_pattern_br_b, vec2(x_b, y_b));\n\n    vec4 color = mix(texture2D(u_image, pos_a), texture2D(u_image, pos_b), u_fade);\n\n    alpha *= u_opacity;\n\n    gl_FragColor = color * alpha;\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\n// floor(127 / 2) == 63.0\n// the maximum allowed miter limit is 2.0 at the moment. the extrude normal is\n// stored in a byte (-128..127). we scale regular normals up to length 63, but\n// there are also \"special\" normals that have a bigger length (of up to 126 in\n// this case).\n// #define scale 63.0\n#define scale 0.015873016\n\n// We scale the distance before adding it to the buffers so that we can store\n// long distances for long segments. Use this value to unscale the distance.\n#define LINE_DISTANCE_SCALE 2.0\n\nattribute vec2 a_pos;\nattribute vec4 a_data;\n\nuniform mat4 u_matrix;\nuniform mediump float u_ratio;\nuniform mediump float u_linewidth;\nuniform mediump float u_gapwidth;\nuniform mediump float u_antialiasing;\nuniform mediump float u_extra;\nuniform mat2 u_antialiasingmatrix;\nuniform mediump float u_offset;\n\nvarying vec2 v_normal;\nvarying vec2 v_linewidth;\nvarying float v_linesofar;\nvarying float v_gamma_scale;\n\nvoid main() {\n    vec2 a_extrude = a_data.xy - 128.0;\n    float a_direction = mod(a_data.z, 4.0) - 1.0;\n    float a_linesofar = (floor(a_data.z / 4.0) + a_data.w * 64.0) * LINE_DISTANCE_SCALE;\n\n    // We store the texture normals in the most insignificant bit\n    // transform y so that 0 => -1 and 1 => 1\n    // In the texture normal, x is 0 if the normal points straight up/down and 1 if it's a round cap\n    // y is 1 if the normal points up, and -1 if it points down\n    mediump vec2 normal = mod(a_pos, 2.0);\n    normal.y = sign(normal.y - 0.5);\n    v_normal = normal;\n\n    float inset = u_gapwidth + (u_gapwidth > 0.0 ? u_antialiasing : 0.0);\n    float outset = u_gapwidth + u_linewidth * (u_gapwidth > 0.0 ? 2.0 : 1.0) + u_antialiasing;\n\n    // Scale the extrusion vector down to a normal and then up by the line width\n    // of this vertex.\n    mediump vec2 dist = outset * a_extrude * scale;\n\n    // Calculate the offset when drawing a line that is to the side of the actual line.\n    // We do this by creating a vector that points towards the extrude, but rotate\n    // it when we're drawing round end points (a_direction = -1 or 1) since their\n    // extrude vector points in another direction.\n    mediump float u = 0.5 * a_direction;\n    mediump float t = 1.0 - abs(u);\n    mediump vec2 offset = u_offset * a_extrude * scale * normal.y * mat2(t, -u, u, t);\n\n    // Remove the texture normal bit of the position before scaling it with the\n    // model/view matrix.\n    gl_Position = u_matrix * vec4(floor(a_pos * 0.5) + (offset + dist) / u_ratio, 0.0, 1.0);\n    v_linesofar = a_linesofar;\n\n    // position of y on the screen\n    float y = gl_Position.y / gl_Position.w;\n\n    // how much features are squished in the y direction by the tilt\n    float squish_scale = length(a_extrude) / length(u_antialiasingmatrix * a_extrude);\n\n    // how much features are squished in all directions by the perspectiveness\n    float perspective_scale = 1.0 / (1.0 - min(y * u_extra, 0.9));\n\n    v_linewidth = vec2(outset, inset);\n    v_gamma_scale = perspective_scale * squish_scale;\n}\n"},linesdfpattern:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform lowp vec4 u_color;\nuniform lowp float u_opacity;\n\nuniform float u_blur;\nuniform sampler2D u_image;\nuniform float u_sdfgamma;\nuniform float u_mix;\n\nvarying vec2 v_normal;\nvarying vec2 v_linewidth;\nvarying vec2 v_tex_a;\nvarying vec2 v_tex_b;\nvarying float v_gamma_scale;\n\nvoid main() {\n    // Calculate the distance of the pixel from the line in pixels.\n    float dist = length(v_normal) * v_linewidth.s;\n\n    // Calculate the antialiasing fade factor. This is either when fading in\n    // the line in case of an offset line (v_linewidth.t) or when fading out\n    // (v_linewidth.s)\n    float blur = u_blur * v_gamma_scale;\n    float alpha = clamp(min(dist - (v_linewidth.t - blur), v_linewidth.s - dist) / blur, 0.0, 1.0);\n\n    float sdfdist_a = texture2D(u_image, v_tex_a).a;\n    float sdfdist_b = texture2D(u_image, v_tex_b).a;\n    float sdfdist = mix(sdfdist_a, sdfdist_b, u_mix);\n    alpha *= smoothstep(0.5 - u_sdfgamma, 0.5 + u_sdfgamma, sdfdist);\n\n    gl_FragColor = u_color * (alpha * u_opacity);\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\n// floor(127 / 2) == 63.0\n// the maximum allowed miter limit is 2.0 at the moment. the extrude normal is\n// stored in a byte (-128..127). we scale regular normals up to length 63, but\n// there are also \"special\" normals that have a bigger length (of up to 126 in\n// this case).\n// #define scale 63.0\n#define scale 0.015873016\n\n// We scale the distance before adding it to the buffers so that we can store\n// long distances for long segments. Use this value to unscale the distance.\n#define LINE_DISTANCE_SCALE 2.0\n\nattribute vec2 a_pos;\nattribute vec4 a_data;\n\nuniform mat4 u_matrix;\nuniform mediump float u_ratio;\nuniform mediump float u_linewidth;\nuniform mediump float u_gapwidth;\nuniform mediump float u_antialiasing;\nuniform vec2 u_patternscale_a;\nuniform float u_tex_y_a;\nuniform vec2 u_patternscale_b;\nuniform float u_tex_y_b;\nuniform float u_extra;\nuniform mat2 u_antialiasingmatrix;\nuniform mediump float u_offset;\n\nvarying vec2 v_normal;\nvarying vec2 v_linewidth;\nvarying vec2 v_tex_a;\nvarying vec2 v_tex_b;\nvarying float v_gamma_scale;\n\nvoid main() {\n    vec2 a_extrude = a_data.xy - 128.0;\n    float a_direction = mod(a_data.z, 4.0) - 1.0;\n    float a_linesofar = (floor(a_data.z / 4.0) + a_data.w * 64.0) * LINE_DISTANCE_SCALE;\n\n    // We store the texture normals in the most insignificant bit\n    // transform y so that 0 => -1 and 1 => 1\n    // In the texture normal, x is 0 if the normal points straight up/down and 1 if it's a round cap\n    // y is 1 if the normal points up, and -1 if it points down\n    mediump vec2 normal = mod(a_pos, 2.0);\n    normal.y = sign(normal.y - 0.5);\n    v_normal = normal;\n\n    float inset = u_gapwidth + (u_gapwidth > 0.0 ? u_antialiasing : 0.0);\n    float outset = u_gapwidth + u_linewidth * (u_gapwidth > 0.0 ? 2.0 : 1.0) + u_antialiasing;\n\n    // Scale the extrusion vector down to a normal and then up by the line width\n    // of this vertex.\n    mediump vec2 dist = outset * a_extrude * scale;\n\n    // Calculate the offset when drawing a line that is to the side of the actual line.\n    // We do this by creating a vector that points towards the extrude, but rotate\n    // it when we're drawing round end points (a_direction = -1 or 1) since their\n    // extrude vector points in another direction.\n    mediump float u = 0.5 * a_direction;\n    mediump float t = 1.0 - abs(u);\n    mediump vec2 offset = u_offset * a_extrude * scale * normal.y * mat2(t, -u, u, t);\n\n    // Remove the texture normal bit of the position before scaling it with the\n    // model/view matrix.\n    gl_Position = u_matrix * vec4(floor(a_pos * 0.5) + (offset + dist) / u_ratio, 0.0, 1.0);\n\n    v_tex_a = vec2(a_linesofar * u_patternscale_a.x, normal.y * u_patternscale_a.y + u_tex_y_a);\n    v_tex_b = vec2(a_linesofar * u_patternscale_b.x, normal.y * u_patternscale_b.y + u_tex_y_b);\n\n    // position of y on the screen\n    float y = gl_Position.y / gl_Position.w;\n\n    // how much features are squished in the y direction by the tilt\n    float squish_scale = length(a_extrude) / length(u_antialiasingmatrix * a_extrude);\n\n    // how much features are squished in all directions by the perspectiveness\n    float perspective_scale = 1.0 / (1.0 - min(y * u_extra, 0.9));\n\n    v_linewidth = vec2(outset, inset);\n    v_gamma_scale = perspective_scale * squish_scale;\n}\n"},outline:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\n#pragma mapbox: define lowp vec4 outline_color\n#pragma mapbox: define lowp float opacity\n\nvarying vec2 v_pos;\n\nvoid main() {\n    #pragma mapbox: initialize lowp vec4 outline_color\n    #pragma mapbox: initialize lowp float opacity\n\n    float dist = length(v_pos - gl_FragCoord.xy);\n    float alpha = smoothstep(1.0, 0.0, dist);\n    gl_FragColor = outline_color * (alpha * opacity);\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nattribute vec2 a_pos;\n\nuniform mat4 u_matrix;\nuniform vec2 u_world;\n\nvarying vec2 v_pos;\n\n#pragma mapbox: define lowp vec4 outline_color\n#pragma mapbox: define lowp float opacity\n\nvoid main() {\n    #pragma mapbox: initialize lowp vec4 outline_color\n    #pragma mapbox: initialize lowp float opacity\n\n    gl_Position = u_matrix * vec4(a_pos, 0, 1);\n    v_pos = (gl_Position.xy / gl_Position.w + 1.0) / 2.0 * u_world;\n}\n"},outlinepattern:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform float u_opacity;\nuniform vec2 u_pattern_tl_a;\nuniform vec2 u_pattern_br_a;\nuniform vec2 u_pattern_tl_b;\nuniform vec2 u_pattern_br_b;\nuniform float u_mix;\n\nuniform sampler2D u_image;\n\nvarying vec2 v_pos_a;\nvarying vec2 v_pos_b;\nvarying vec2 v_pos;\n\nvoid main() {\n    vec2 imagecoord = mod(v_pos_a, 1.0);\n    vec2 pos = mix(u_pattern_tl_a, u_pattern_br_a, imagecoord);\n    vec4 color1 = texture2D(u_image, pos);\n\n    vec2 imagecoord_b = mod(v_pos_b, 1.0);\n    vec2 pos2 = mix(u_pattern_tl_b, u_pattern_br_b, imagecoord_b);\n    vec4 color2 = texture2D(u_image, pos2);\n\n    // find distance to outline for alpha interpolation\n\n    float dist = length(v_pos - gl_FragCoord.xy);\n    float alpha = smoothstep(1.0, 0.0, dist);\n    \n\n    gl_FragColor = mix(color1, color2, u_mix) * alpha * u_opacity;\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform vec2 u_pattern_size_a;\nuniform vec2 u_pattern_size_b;\nuniform vec2 u_pixel_coord_upper;\nuniform vec2 u_pixel_coord_lower;\nuniform float u_scale_a;\nuniform float u_scale_b;\nuniform float u_tile_units_to_pixels;\n\nattribute vec2 a_pos;\n\nuniform mat4 u_matrix;\nuniform vec2 u_world;\n\nvarying vec2 v_pos_a;\nvarying vec2 v_pos_b;\nvarying vec2 v_pos;\n\nvoid main() {\n    gl_Position = u_matrix * vec4(a_pos, 0, 1);\n    vec2 scaled_size_a = u_scale_a * u_pattern_size_a;\n    vec2 scaled_size_b = u_scale_b * u_pattern_size_b;\n\n    // the correct offset needs to be calculated.\n    //\n    // The offset depends on how many pixels are between the world origin and\n    // the edge of the tile:\n    // vec2 offset = mod(pixel_coord, size)\n    //\n    // At high zoom levels there are a ton of pixels between the world origin\n    // and the edge of the tile. The glsl spec only guarantees 16 bits of\n    // precision for highp floats. We need more than that.\n    //\n    // The pixel_coord is passed in as two 16 bit values:\n    // pixel_coord_upper = floor(pixel_coord / 2^16)\n    // pixel_coord_lower = mod(pixel_coord, 2^16)\n    //\n    // The offset is calculated in a series of steps that should preserve this precision:\n    vec2 offset_a = mod(mod(mod(u_pixel_coord_upper, scaled_size_a) * 256.0, scaled_size_a) * 256.0 + u_pixel_coord_lower, scaled_size_a);\n    vec2 offset_b = mod(mod(mod(u_pixel_coord_upper, scaled_size_b) * 256.0, scaled_size_b) * 256.0 + u_pixel_coord_lower, scaled_size_b);\n\n    v_pos_a = (u_tile_units_to_pixels * a_pos + offset_a) / scaled_size_a;\n    v_pos_b = (u_tile_units_to_pixels * a_pos + offset_b) / scaled_size_b;\n\n    v_pos = (gl_Position.xy / gl_Position.w + 1.0) / 2.0 * u_world;\n}\n"
},pattern:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform float u_opacity;\nuniform vec2 u_pattern_tl_a;\nuniform vec2 u_pattern_br_a;\nuniform vec2 u_pattern_tl_b;\nuniform vec2 u_pattern_br_b;\nuniform float u_mix;\n\nuniform sampler2D u_image;\n\nvarying vec2 v_pos_a;\nvarying vec2 v_pos_b;\n\nvoid main() {\n\n    vec2 imagecoord = mod(v_pos_a, 1.0);\n    vec2 pos = mix(u_pattern_tl_a, u_pattern_br_a, imagecoord);\n    vec4 color1 = texture2D(u_image, pos);\n\n    vec2 imagecoord_b = mod(v_pos_b, 1.0);\n    vec2 pos2 = mix(u_pattern_tl_b, u_pattern_br_b, imagecoord_b);\n    vec4 color2 = texture2D(u_image, pos2);\n\n    gl_FragColor = mix(color1, color2, u_mix) * u_opacity;\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform mat4 u_matrix;\nuniform vec2 u_pattern_size_a;\nuniform vec2 u_pattern_size_b;\nuniform vec2 u_pixel_coord_upper;\nuniform vec2 u_pixel_coord_lower;\nuniform float u_scale_a;\nuniform float u_scale_b;\nuniform float u_tile_units_to_pixels;\n\nattribute vec2 a_pos;\n\nvarying vec2 v_pos_a;\nvarying vec2 v_pos_b;\n\nvoid main() {\n    gl_Position = u_matrix * vec4(a_pos, 0, 1);\n    vec2 scaled_size_a = u_scale_a * u_pattern_size_a;\n    vec2 scaled_size_b = u_scale_b * u_pattern_size_b;\n\n    // the correct offset needs to be calculated.\n    //\n    // The offset depends on how many pixels are between the world origin and\n    // the edge of the tile:\n    // vec2 offset = mod(pixel_coord, size)\n    //\n    // At high zoom levels there are a ton of pixels between the world origin\n    // and the edge of the tile. The glsl spec only guarantees 16 bits of\n    // precision for highp floats. We need more than that.\n    //\n    // The pixel_coord is passed in as two 16 bit values:\n    // pixel_coord_upper = floor(pixel_coord / 2^16)\n    // pixel_coord_lower = mod(pixel_coord, 2^16)\n    //\n    // The offset is calculated in a series of steps that should preserve this precision:\n    vec2 offset_a = mod(mod(mod(u_pixel_coord_upper, scaled_size_a) * 256.0, scaled_size_a) * 256.0 + u_pixel_coord_lower, scaled_size_a);\n    vec2 offset_b = mod(mod(mod(u_pixel_coord_upper, scaled_size_b) * 256.0, scaled_size_b) * 256.0 + u_pixel_coord_lower, scaled_size_b);\n\n    v_pos_a = (u_tile_units_to_pixels * a_pos + offset_a) / scaled_size_a;\n    v_pos_b = (u_tile_units_to_pixels * a_pos + offset_b) / scaled_size_b;\n}\n"},raster:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform float u_opacity0;\nuniform float u_opacity1;\nuniform sampler2D u_image0;\nuniform sampler2D u_image1;\nvarying vec2 v_pos0;\nvarying vec2 v_pos1;\n\nuniform float u_brightness_low;\nuniform float u_brightness_high;\n\nuniform float u_saturation_factor;\nuniform float u_contrast_factor;\nuniform vec3 u_spin_weights;\n\nvoid main() {\n\n    // read and cross-fade colors from the main and parent tiles\n    vec4 color0 = texture2D(u_image0, v_pos0);\n    vec4 color1 = texture2D(u_image1, v_pos1);\n    vec4 color = color0 * u_opacity0 + color1 * u_opacity1;\n    vec3 rgb = color.rgb;\n\n    // spin\n    rgb = vec3(\n        dot(rgb, u_spin_weights.xyz),\n        dot(rgb, u_spin_weights.zxy),\n        dot(rgb, u_spin_weights.yzx));\n\n    // saturation\n    float average = (color.r + color.g + color.b) / 3.0;\n    rgb += (average - rgb) * u_saturation_factor;\n\n    // contrast\n    rgb = (rgb - 0.5) * u_contrast_factor + 0.5;\n\n    // brightness\n    vec3 u_high_vec = vec3(u_brightness_low, u_brightness_low, u_brightness_low);\n    vec3 u_low_vec = vec3(u_brightness_high, u_brightness_high, u_brightness_high);\n\n    gl_FragColor = vec4(mix(u_high_vec, u_low_vec, rgb), color.a);\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform mat4 u_matrix;\nuniform vec2 u_tl_parent;\nuniform float u_scale_parent;\nuniform float u_buffer_scale;\n\nattribute vec2 a_pos;\nattribute vec2 a_texture_pos;\n\nvarying vec2 v_pos0;\nvarying vec2 v_pos1;\n\nvoid main() {\n    gl_Position = u_matrix * vec4(a_pos, 0, 1);\n    v_pos0 = (((a_texture_pos / 32767.0) - 0.5) / u_buffer_scale ) + 0.5;\n    v_pos1 = (v_pos0 * u_scale_parent) + u_tl_parent;\n}\n"},icon:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform sampler2D u_texture;\nuniform sampler2D u_fadetexture;\nuniform lowp float u_opacity;\n\nvarying vec2 v_tex;\nvarying vec2 v_fade_tex;\n\nvoid main() {\n    lowp float alpha = texture2D(u_fadetexture, v_fade_tex).a * u_opacity;\n    gl_FragColor = texture2D(u_texture, v_tex) * alpha;\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nattribute vec2 a_pos;\nattribute vec2 a_offset;\nattribute vec2 a_texture_pos;\nattribute vec4 a_data;\n\n\n// matrix is for the vertex position.\nuniform mat4 u_matrix;\n\nuniform mediump float u_zoom;\nuniform bool u_rotate_with_map;\nuniform vec2 u_extrude_scale;\n\nuniform vec2 u_texsize;\n\nvarying vec2 v_tex;\nvarying vec2 v_fade_tex;\n\nvoid main() {\n    vec2 a_tex = a_texture_pos.xy;\n    mediump float a_labelminzoom = a_data[0];\n    mediump vec2 a_zoom = a_data.pq;\n    mediump float a_minzoom = a_zoom[0];\n    mediump float a_maxzoom = a_zoom[1];\n\n    // u_zoom is the current zoom level adjusted for the change in font size\n    mediump float z = 2.0 - step(a_minzoom, u_zoom) - (1.0 - step(a_maxzoom, u_zoom));\n\n    vec2 extrude = u_extrude_scale * (a_offset / 64.0);\n    if (u_rotate_with_map) {\n        gl_Position = u_matrix * vec4(a_pos + extrude, 0, 1);\n        gl_Position.z += z * gl_Position.w;\n    } else {\n        gl_Position = u_matrix * vec4(a_pos, 0, 1) + vec4(extrude, 0, 0);\n    }\n\n    v_tex = a_tex / u_texsize;\n    v_fade_tex = vec2(a_labelminzoom / 255.0, 0.0);\n}\n"},sdf:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform sampler2D u_texture;\nuniform sampler2D u_fadetexture;\nuniform lowp vec4 u_color;\nuniform lowp float u_opacity;\nuniform lowp float u_buffer;\nuniform lowp float u_gamma;\n\nvarying vec2 v_tex;\nvarying vec2 v_fade_tex;\nvarying float v_gamma_scale;\n\nvoid main() {\n    lowp float dist = texture2D(u_texture, v_tex).a;\n    lowp float fade_alpha = texture2D(u_fadetexture, v_fade_tex).a;\n    lowp float gamma = u_gamma * v_gamma_scale;\n    lowp float alpha = smoothstep(u_buffer - gamma, u_buffer + gamma, dist) * fade_alpha;\n\n    gl_FragColor = u_color * (alpha * u_opacity);\n\n#ifdef OVERDRAW_INSPECTOR\n    gl_FragColor = vec4(1.0);\n#endif\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nconst float PI = 3.141592653589793;\n\nattribute vec2 a_pos;\nattribute vec2 a_offset;\nattribute vec2 a_texture_pos;\nattribute vec4 a_data;\n\n\n// matrix is for the vertex position.\nuniform mat4 u_matrix;\n\nuniform mediump float u_zoom;\nuniform bool u_rotate_with_map;\nuniform bool u_pitch_with_map;\nuniform mediump float u_pitch;\nuniform mediump float u_bearing;\nuniform mediump float u_aspect_ratio;\nuniform vec2 u_extrude_scale;\n\nuniform vec2 u_texsize;\n\nvarying vec2 v_tex;\nvarying vec2 v_fade_tex;\nvarying float v_gamma_scale;\n\nvoid main() {\n    vec2 a_tex = a_texture_pos.xy;\n    mediump float a_labelminzoom = a_data[0];\n    mediump vec2 a_zoom = a_data.pq;\n    mediump float a_minzoom = a_zoom[0];\n    mediump float a_maxzoom = a_zoom[1];\n\n    // u_zoom is the current zoom level adjusted for the change in font size\n    mediump float z = 2.0 - step(a_minzoom, u_zoom) - (1.0 - step(a_maxzoom, u_zoom));\n\n    // pitch-alignment: map\n    // rotation-alignment: map | viewport\n    if (u_pitch_with_map) {\n        lowp float angle = u_rotate_with_map ? (a_data[1] / 256.0 * 2.0 * PI) : u_bearing;\n        lowp float asin = sin(angle);\n        lowp float acos = cos(angle);\n        mat2 RotationMatrix = mat2(acos, asin, -1.0 * asin, acos);\n        vec2 offset = RotationMatrix * a_offset;\n        vec2 extrude = u_extrude_scale * (offset / 64.0);\n        gl_Position = u_matrix * vec4(a_pos + extrude, 0, 1);\n        gl_Position.z += z * gl_Position.w;\n    // pitch-alignment: viewport\n    // rotation-alignment: map\n    } else if (u_rotate_with_map) {\n        // foreshortening factor to apply on pitched maps\n        // as a label goes from horizontal <=> vertical in angle\n        // it goes from 0% foreshortening to up to around 70% foreshortening\n        lowp float pitchfactor = 1.0 - cos(u_pitch * sin(u_pitch * 0.75));\n\n        lowp float lineangle = a_data[1] / 256.0 * 2.0 * PI;\n\n        // use the lineangle to position points a,b along the line\n        // project the points and calculate the label angle in projected space\n        // this calculation allows labels to be rendered unskewed on pitched maps\n        vec4 a = u_matrix * vec4(a_pos, 0, 1);\n        vec4 b = u_matrix * vec4(a_pos + vec2(cos(lineangle),sin(lineangle)), 0, 1);\n        lowp float angle = atan((b[1]/b[3] - a[1]/a[3])/u_aspect_ratio, b[0]/b[3] - a[0]/a[3]);\n        lowp float asin = sin(angle);\n        lowp float acos = cos(angle);\n        mat2 RotationMatrix = mat2(acos, -1.0 * asin, asin, acos);\n\n        vec2 offset = RotationMatrix * (vec2((1.0-pitchfactor)+(pitchfactor*cos(angle*2.0)), 1.0) * a_offset);\n        vec2 extrude = u_extrude_scale * (offset / 64.0);\n        gl_Position = u_matrix * vec4(a_pos, 0, 1) + vec4(extrude, 0, 0);\n        gl_Position.z += z * gl_Position.w;\n    // pitch-alignment: viewport\n    // rotation-alignment: viewport\n    } else {\n        vec2 extrude = u_extrude_scale * (a_offset / 64.0);\n        gl_Position = u_matrix * vec4(a_pos, 0, 1) + vec4(extrude, 0, 0);\n    }\n\n    v_gamma_scale = (gl_Position.w - 0.5);\n\n    v_tex = a_tex / u_texsize;\n    v_fade_tex = vec2(a_labelminzoom / 255.0, 0.0);\n}\n"},collisionbox:{fragmentSource:"#ifdef GL_ES\nprecision mediump float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nuniform float u_zoom;\nuniform float u_maxzoom;\n\nvarying float v_max_zoom;\nvarying float v_placement_zoom;\n\nvoid main() {\n\n    float alpha = 0.5;\n\n    gl_FragColor = vec4(0.0, 1.0, 0.0, 1.0) * alpha;\n\n    if (v_placement_zoom > u_zoom) {\n        gl_FragColor = vec4(1.0, 0.0, 0.0, 1.0) * alpha;\n    }\n\n    if (u_zoom >= v_max_zoom) {\n        gl_FragColor = vec4(0.0, 0.0, 0.0, 1.0) * alpha * 0.25;\n    }\n\n    if (v_placement_zoom >= u_maxzoom) {\n        gl_FragColor = vec4(0.0, 0.0, 1.0, 1.0) * alpha * 0.2;\n    }\n}\n",vertexSource:"#ifdef GL_ES\nprecision highp float;\n#else\n#define lowp\n#define mediump\n#define highp\n#endif\n\nattribute vec2 a_pos;\nattribute vec2 a_extrude;\nattribute vec2 a_data;\n\nuniform mat4 u_matrix;\nuniform float u_scale;\n\nvarying float v_max_zoom;\nvarying float v_placement_zoom;\n\nvoid main() {\n    gl_Position = u_matrix * vec4(a_pos + a_extrude / u_scale, 0.0, 1.0);\n\n    v_max_zoom = a_data.x;\n    v_placement_zoom = a_data.y;\n}\n"}},e.exports.util="float evaluate_zoom_function_1(const vec4 values, const float t) {\n    if (t < 1.0) {\n        return mix(values[0], values[1], t);\n    } else if (t < 2.0) {\n        return mix(values[1], values[2], t - 1.0);\n    } else {\n        return mix(values[2], values[3], t - 2.0);\n    }\n}\nvec4 evaluate_zoom_function_4(const vec4 value0, const vec4 value1, const vec4 value2, const vec4 value3, const float t) {\n    if (t < 1.0) {\n        return mix(value0, value1, t);\n    } else if (t < 2.0) {\n        return mix(value1, value2, t - 1.0);\n    } else {\n        return mix(value2, value3, t - 2.0);\n    }\n}\n"},{path:58}],395:[function(t,e,r){"use strict";function n(t,e){this.message=(t?t+": 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r=t("./validate_function"),a=t("./validate_object"),s={"*":function(){return[]},array:t("./validate_array"),"boolean":t("./validate_boolean"),number:t("./validate_number"),color:t("./validate_color"),constants:t("./validate_constants"),"enum":t("./validate_enum"),filter:t("./validate_filter"),"function":t("./validate_function"),layer:t("./validate_layer"),object:t("./validate_object"),source:t("./validate_source"),string:t("./validate_string")},l=e.value,u=e.valueSpec,c=e.key,h=e.styleSpec,f=e.style;if("string"===i(l)&&"@"===l[0]){if(h.$version>7)return[new n(c,l,"constants have been deprecated as of v8")];if(!(l in f.constants))return[new n(c,l,'constant "%s" not found',l)];e=o({},e,{value:f.constants[l]})}return 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n=t("../error/validation_error"),i=t("./validate_enum"),o=t("../util/get_type"),a=t("../util/unbundle_jsonlint");e.exports=function s(t){var e,r=t.value,l=t.key,u=t.styleSpec,c=[];if("array"!==o(r))return[new n(l,r,"array expected, %s found",o(r))];if(r.length<1)return[new n(l,r,"filter array must have at least 1 element")];switch(c=c.concat(i({key:l+"[0]",value:r[0],valueSpec:u.filter_operator,style:t.style,styleSpec:t.styleSpec})),a(r[0])){case"<":case"<=":case">":case">=":r.length>=2&&"$type"==r[1]&&c.push(new n(l,r,'"$type" cannot be use with operator "%s"',r[0]));case"==":case"!=":3!=r.length&&c.push(new n(l,r,'filter array for operator "%s" must have 3 elements',r[0]));case"in":case"!in":r.length>=2&&(e=o(r[1]),"string"!==e?c.push(new n(l+"[1]",r[1],"string expected, %s found",e)):"@"===r[1][0]&&c.push(new n(l+"[1]",r[1],"filter key cannot be a constant")));for(var h=2;h<r.length;h++)e=o(r[h]),"$type"==r[1]?c=c.concat(i({key:l+"["+h+"]",value:r[h],valueSpec:u.geometry_type,style:t.style,styleSpec:t.styleSpec})):"string"===e&&"@"===r[h][0]?c.push(new n(l+"["+h+"]",r[h],"filter value cannot be a constant")):"string"!==e&&"number"!==e&&"boolean"!==e&&c.push(new n(l+"["+h+"]",r[h],"string, number, or boolean expected, %s found",e));break;case"any":case"all":case"none":for(h=1;h<r.length;h++)c=c.concat(s({key:l+"["+h+"]",value:r[h],style:t.style,styleSpec:t.styleSpec}));break;case"has":case"!has":e=o(r[1]),2!==r.length?c.push(new n(l,r,'filter array for "%s" operator must have 2 elements',r[0])):"string"!==e?c.push(new n(l+"[1]",r[1],"string expected, %s found",e)):"@"===r[1][0]&&c.push(new n(l+"[1]",r[1],"filter key cannot be a constant"))}return c}},{"../error/validation_error":395,"../util/get_type":397,"../util/unbundle_jsonlint":398,"./validate_enum":404}],406:[function(t,e,r){"use strict";var n=t("../error/validation_error"),i=t("../util/get_type"),o=t("./validate"),a=t("./validate_object"),s=t("./validate_array"),l=t("./validate_number");e.exports=function(t){function e(t){var e=[],o=t.value;return e=e.concat(s({key:t.key,value:o,valueSpec:t.valueSpec,style:t.style,styleSpec:t.styleSpec,arrayElementValidator:r})),"array"===i(o)&&0===o.length&&e.push(new n(t.key,o,"array must have at least one stop")),e}function r(t){var e=[],r=t.value,s=t.key;if("array"!==i(r))return[new n(s,r,"array expected, %s found",i(r))];if(2!==r.length)return[new n(s,r,"array length %d expected, length %d found",2,r.length)];var f=i(r[0]);if(c||(c=f),f!==c)return[new n(s,r,"%s stop key type must match previous stop key type %s",f,c)];if("object"===f){if(void 0===r[0].zoom)return[new n(s,r,"object stop key must have zoom")];if(void 0===r[0].value)return[new n(s,r,"object stop key must have 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0===t.value.property||"object"===c,d=a({key:t.key,value:t.value,valueSpec:t.styleSpec.function,style:t.style,styleSpec:t.styleSpec,objectElementValidators:{stops:e}});return t.styleSpec.$version>=8&&(f&&!t.valueSpec["property-function"]?d.push(new n(t.key,t.value,"property functions not supported")):p&&!t.valueSpec["zoom-function"]&&d.push(new n(t.key,t.value,"zoom functions not supported"))),d}},{"../error/validation_error":395,"../util/get_type":397,"./validate":399,"./validate_array":400,"./validate_number":410,"./validate_object":411}],407:[function(t,e,r){"use strict";var n=t("../error/validation_error"),i=t("./validate_string");e.exports=function(t){var e=t.value,r=t.key,o=i(t);return o.length?o:(-1===e.indexOf("{fontstack}")&&o.push(new n(r,e,'"glyphs" url must include a "{fontstack}" token')),-1===e.indexOf("{range}")&&o.push(new n(r,e,'"glyphs" url must include a "{range}" token')),o)}},{"../error/validation_error":395,"./validate_string":414}],408:[function(t,e,r){"use strict";var n=t("../error/validation_error"),i=t("../util/unbundle_jsonlint"),o=t("./validate_object"),a=t("./validate_filter"),s=t("./validate_paint_property"),l=t("./validate_layout_property"),u=t("../util/extend");e.exports=function(t){var e=[],r=t.value,c=t.key,h=t.style,f=t.styleSpec;r.type||r.ref||e.push(new n(c,r,'either "type" or "ref" is required'));var p=i(r.type),d=i(r.ref);if(r.id)for(var m=0;m<t.arrayIndex;m++){var g=h.layers[m];i(g.id)===i(r.id)&&e.push(new n(c,r.id,'duplicate layer id "%s", previously used at line %d',r.id,g.id.__line__))}if("ref"in r){["type","source","source-layer","filter","layout"].forEach(function(t){t in r&&e.push(new n(c,r[t],'"%s" is prohibited for ref layers',t))});var v;h.layers.forEach(function(t){t.id==d&&(v=t)}),v?v.ref?e.push(new n(c,r.ref,"ref cannot reference another ref layer")):p=i(v.type):e.push(new n(c,r.ref,'ref layer "%s" not found',d))}else if("background"!==p)if(r.source){var y=h.sources&&h.sources[r.source];y?"vector"==y.type&&"raster"==p?e.push(new n(c,r.source,'layer "%s" requires a raster source',r.id)):"raster"==y.type&&"raster"!=p?e.push(new n(c,r.source,'layer "%s" requires a vector source',r.id)):"vector"!=y.type||r["source-layer"]||e.push(new n(c,r,'layer "%s" must specify a "source-layer"',r.id)):e.push(new n(c,r.source,'source "%s" not found',r.source))}else e.push(new n(c,r,'missing required property "source"'));return e=e.concat(o({key:c,value:r,valueSpec:f.layer,style:t.style,styleSpec:t.styleSpec,objectElementValidators:{filter:a,layout:function(t){return o({layer:r,key:t.key,value:t.value,style:t.style,styleSpec:t.styleSpec,objectElementValidators:{"*":function(t){return l(u({layerType:p},t))}}})},paint:function(t){return o({layer:r,key:t.key,value:t.value,style:t.style,styleSpec:t.styleSpec,objectElementValidators:{"*":function(t){return s(u({layerType:p},t))}}})}}}))}},{"../error/validation_error":395,"../util/extend":396,"../util/unbundle_jsonlint":398,"./validate_filter":405,"./validate_layout_property":409,"./validate_object":411,"./validate_paint_property":412}],409:[function(t,e,r){"use strict";var n=t("./validate"),i=t("../error/validation_error");e.exports=function(t){var e=t.key,r=t.style,o=t.styleSpec,a=t.value,s=t.objectKey,l=o["layout_"+t.layerType];if(t.valueSpec||l[s]){var u=[];return"symbol"===t.layerType&&("icon-image"===s&&r&&!r.sprite?u.push(new i(e,a,'use of "icon-image" requires a style "sprite" property')):"text-field"===s&&r&&!r.glyphs&&u.push(new i(e,a,'use of "text-field" requires a style "glyphs" property'))),u.concat(n({key:t.key,value:a,valueSpec:t.valueSpec||l[s],style:r,styleSpec:o}))}return[new i(e,a,'unknown property "%s"',s)]}},{"../error/validation_error":395,"./validate":399}],410:[function(t,e,r){"use strict";var n=t("../util/get_type"),i=t("../error/validation_error");e.exports=function(t){var e=t.key,r=t.value,o=t.valueSpec,a=n(r);return"number"!==a?[new i(e,r,"number expected, %s found",a)]:"minimum"in o&&r<o.minimum?[new i(e,r,"%s is less than the minimum value %s",r,o.minimum)]:"maximum"in o&&r>o.maximum?[new i(e,r,"%s is greater than the maximum value %s",r,o.maximum)]:[]}},{"../error/validation_error":395,"../util/get_type":397}],411:[function(t,e,r){"use strict";var n=t("../error/validation_error"),i=t("../util/get_type"),o=t("./validate");e.exports=function(t){var e=t.key,r=t.value,a=t.valueSpec,s=t.objectElementValidators||{},l=t.style,u=t.styleSpec,c=[],h=i(r);if("object"!==h)return[new n(e,r,"object expected, %s found",h)];for(var f in r){var p=f.split(".")[0],d=a&&(a[p]||a["*"]),m=s[p]||s["*"];d||m?c=c.concat((m||o)({key:(e?e+".":e)+f,value:r[f],valueSpec:d,style:l,styleSpec:u,object:r,objectKey:f})):""!==e&&1!==e.split(".").length&&c.push(new n(e,r[f],'unknown property "%s"',f))}for(p in a)a[p].required&&void 0===a[p].default&&void 0===r[p]&&c.push(new n(e,r,'missing required property "%s"',p));return c}},{"../error/validation_error":395,"../util/get_type":397,"./validate":399}],412:[function(t,e,r){"use strict";var n=t("./validate"),i=t("../error/validation_error");e.exports=function(t){var e=t.key,r=t.style,o=t.styleSpec,a=t.value,s=t.objectKey,l=o["paint_"+t.layerType],u=s.match(/^(.*)-transition$/);return u&&l[u[1]]&&l[u[1]].transition?n({key:e,value:a,valueSpec:o.transition,style:r,styleSpec:o}):t.valueSpec||l[s]?n({key:t.key,value:a,valueSpec:t.valueSpec||l[s],style:r,styleSpec:o}):[new i(e,a,'unknown property "%s"',s)]}},{"../error/validation_error":395,"./validate":399}],413:[function(t,e,r){"use strict";var n=t("../error/validation_error"),i=t("../util/unbundle_jsonlint"),o=t("./validate_object"),a=t("./validate_enum");e.exports=function(t){var e=t.value,r=t.key,s=t.styleSpec,l=t.style;if(!e.type)return[new n(r,e,'"type" is required')];var u=i(e.type);switch(u){case"vector":case"raster":var c=[];if(c=c.concat(o({key:r,value:e,valueSpec:s.source_tile,style:t.style,styleSpec:s})),"url"in e)for(var h in e)["type","url","tileSize"].indexOf(h)<0&&c.push(new n(r+"."+h,e[h],'a source with a "url" property may not include a "%s" property',h));return c;case"geojson":return o({key:r,value:e,valueSpec:s.source_geojson,style:l,styleSpec:s});case"video":return o({key:r,value:e,valueSpec:s.source_video,style:l,styleSpec:s});case"image":return o({key:r,value:e,valueSpec:s.source_image,style:l,styleSpec:s});default:return a({key:r+".type",value:e.type,valueSpec:{values:["vector","raster","geojson","video","image"]},style:l,styleSpec:s})}}},{"../error/validation_error":395,"../util/unbundle_jsonlint":398,"./validate_enum":404,"./validate_object":411}],414:[function(t,e,r){"use strict";var n=t("../util/get_type"),i=t("../error/validation_error");e.exports=function(t){var e=t.value,r=t.key,o=n(e);return"string"!==o?[new i(r,e,"string expected, %s found",o)]:[]}},{"../error/validation_error":395,"../util/get_type":397}],415:[function(t,e,r){"use strict";function n(t,e){e=e||l;var r=[];return r=r.concat(s({key:"",value:t,valueSpec:e.$root,styleSpec:e,style:t,objectElementValidators:{glyphs:u}})),e.$version>7&&t.constants&&(r=r.concat(a({key:"constants",value:t.constants,style:t,styleSpec:e}))),i(r)}function i(t){return[].concat(t).sort(function(t,e){return t.line-e.line})}function o(t){return function(){return i(t.apply(this,arguments))}}var a=t("./validate/validate_constants"),s=t("./validate/validate"),l=t("../reference/latest.min"),u=t("./validate/validate_glyphs_url");n.source=o(t("./validate/validate_source")),n.layer=o(t("./validate/validate_layer")),n.filter=o(t("./validate/validate_filter")),n.paintProperty=o(t("./validate/validate_paint_property")),n.layoutProperty=o(t("./validate/validate_layout_property")),e.exports=n},{"../reference/latest.min":417,"./validate/validate":399,"./validate/validate_constants":403,"./validate/validate_filter":405,"./validate/validate_glyphs_url":407,"./validate/validate_layer":408,"./validate/validate_layout_property":409,"./validate/validate_paint_property":412,"./validate/validate_source":413}],416:[function(t,e,r){e.exports=t("./v8.json")},{"./v8.json":418}],417:[function(t,e,r){e.exports=t("./v8.min.json")},{"./v8.min.json":419}],418:[function(t,e,r){e.exports={$version:8,$root:{version:{required:!0,type:"enum",values:[8],doc:"Style specification version number. Must be 8.",example:8},name:{type:"string",doc:"A human-readable name for the style.",example:"Bright"},metadata:{type:"*",doc:"Arbitrary properties useful to track with the stylesheet, but do not influence rendering. Properties should be prefixed to avoid collisions, like 'mapbox:'."},center:{type:"array",value:"number",doc:"Default map center in longitude and latitude.  The style center will be used only if the map has not been positioned by other means (e.g. map options or user interaction).",example:[-73.9749,40.7736]},zoom:{type:"number",doc:"Default zoom level.  The style zoom will be used only if the map has not been positioned by other means (e.g. map options or user interaction).",example:12.5},bearing:{type:"number","default":0,period:360,units:"degrees",doc:"Default bearing, in degrees.  The style bearing will be used only if the map has not been positioned by other means (e.g. map options or user interaction).",example:29},pitch:{type:"number","default":0,units:"degrees",doc:"Default pitch, in degrees. Zero is perpendicular to the surface.  The style pitch will be used only if the map has not been positioned by other means (e.g. map options or user interaction).",example:50},sources:{required:!0,type:"sources",doc:"Data source specifications.",example:{"mapbox-streets":{type:"vector",url:"mapbox://mapbox.mapbox-streets-v6"}}},sprite:{type:"string",doc:"A base URL for retrieving the sprite image and metadata. The extensions `.png`, `.json` and scale factor `@2x.png` will be automatically appended. This property is required if any layer uses the 'sprite-image' layout property.",example:"mapbox://sprites/mapbox/bright-v8"},glyphs:{type:"string",doc:"A URL template for loading signed-distance-field glyph sets in PBF format. The URL must include `{fontstack}` and `{range}` tokens. This property is required if any layer uses the 'text-field' layout property.",example:"mapbox://fonts/mapbox/{fontstack}/{range}.pbf"},transition:{type:"transition",doc:"A global transition definition to use as a default across properties.",example:{duration:300,delay:0}},layers:{required:!0,type:"array",value:"layer",doc:"Layers will be drawn in the order of this array.",example:[{id:"water",source:"mapbox-streets","source-layer":"water",type:"fill",paint:{"fill-color":"#00ffff"}}]}},sources:{"*":{type:"source",doc:"Specification of a data source. For vector and raster sources, either TileJSON or a URL to a TileJSON must be provided. For GeoJSON and video sources, a URL must be provided."}},source:["source_tile","source_geojson","source_video","source_image"],source_tile:{type:{required:!0,type:"enum",values:["vector","raster"],doc:"The data type of the tile source."},url:{type:"string",doc:"A URL to a TileJSON resource. Supported protocols are `http:`, `https:`, and `mapbox://<mapid>`."},tiles:{type:"array",value:"string",doc:"An array of one or more tile source URLs, as in the TileJSON spec."},minzoom:{type:"number","default":0,doc:"Minimum zoom level for which tiles are available, as in the TileJSON spec."},maxzoom:{type:"number","default":22,doc:"Maximum zoom level for which tiles are available, as in the TileJSON spec. Data from tiles at the maxzoom are used when displaying the map at higher zoom levels."},tileSize:{type:"number","default":512,units:"pixels",doc:"The minimum visual size to display tiles for this layer. Only configurable for raster layers."},"*":{type:"*",doc:"Other keys to configure the data source."}},source_geojson:{type:{required:!0,type:"enum",values:["geojson"],doc:"The data type of the GeoJSON source."
},data:{type:"*",doc:"A URL to a GeoJSON file, or inline GeoJSON."},maxzoom:{type:"number","default":14,doc:"Maximum zoom level at which to create vector tiles (higher means greater detail at high zoom levels)."},buffer:{type:"number","default":64,doc:"Tile buffer size on each side (higher means fewer rendering artifacts near tile edges but slower performance)."},tolerance:{type:"number","default":3,doc:"Douglas-Peucker simplification tolerance (higher means simpler geometries and faster performance)."},cluster:{type:"boolean","default":!1,doc:"If the data is a collection of point features, setting this to true clusters the points by radius into groups."},clusterRadius:{type:"number","default":400,doc:"Radius of each cluster when clustering points, relative to 4096 tile."},clusterMaxZoom:{type:"number",doc:"Max zoom to cluster points on. Defaults to one zoom less than maxzoom (so that last zoom features are not clustered)."}},source_video:{type:{required:!0,type:"enum",values:["video"],doc:"The data type of the video source."},urls:{required:!0,type:"array",value:"string",doc:"URLs to video content in order of preferred format."},coordinates:{required:!0,doc:"Corners of video specified in longitude, latitude pairs.",type:"array",length:4,value:{type:"array",length:2,value:"number",doc:"A single longitude, latitude pair."}}},source_image:{type:{required:!0,type:"enum",values:["image"],doc:"The data type of the image source."},url:{required:!0,type:"string",doc:"URL that points to an image"},coordinates:{required:!0,doc:"Corners of image specified in longitude, latitude pairs.",type:"array",length:4,value:{type:"array",length:2,value:"number",doc:"A single longitude, latitude pair."}}},layer:{id:{type:"string",doc:"Unique layer name.",required:!0},type:{type:"enum",values:["fill","line","symbol","circle","raster","background"],doc:"Rendering type of this layer."},metadata:{type:"*",doc:"Arbitrary properties useful to track with the layer, but do not influence rendering. Properties should be prefixed to avoid collisions, like 'mapbox:'."},ref:{type:"string",doc:"References another layer to copy `type`, `source`, `source-layer`, `minzoom`, `maxzoom`, `filter`, and `layout` properties from. This allows the layers to share processing and be more efficient."},source:{type:"string",doc:"Name of a source description to be used for this layer."},"source-layer":{type:"string",doc:"Layer to use from a vector tile source. Required if the source supports multiple layers."},minzoom:{type:"number",minimum:0,maximum:22,doc:"The minimum zoom level on which the layer gets parsed and appears on."},maxzoom:{type:"number",minimum:0,maximum:22,doc:"The maximum zoom level on which the layer gets parsed and appears on."},interactive:{type:"boolean",doc:"Enable querying of feature data from this layer for interactivity.","default":!1},filter:{type:"filter",doc:"A expression specifying conditions on source features. Only features that match the filter are displayed."},layout:{type:"layout",doc:"Layout properties for the layer."},paint:{type:"paint",doc:"Default paint properties for this layer."},"paint.*":{type:"paint",doc:"Class-specific paint properties for this layer. The class name is the part after the first dot."}},layout:["layout_fill","layout_line","layout_circle","layout_symbol","layout_raster","layout_background"],layout_background:{visibility:{type:"enum","function":"piecewise-constant","zoom-function":!0,values:["visible","none"],"default":"visible",doc:"The display of this layer. `none` hides this layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},layout_fill:{visibility:{type:"enum","function":"piecewise-constant","zoom-function":!0,values:["visible","none"],"default":"visible",doc:"The display of this layer. `none` hides this layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},layout_circle:{visibility:{type:"enum","function":"piecewise-constant","zoom-function":!0,values:["visible","none"],"default":"visible",doc:"The display of this layer. `none` hides this layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},layout_line:{"line-cap":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["butt","round","square"],"default":"butt",doc:"The display of line endings.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"line-join":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["bevel","round","miter"],"default":"miter",doc:"The display of lines when joining.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"line-miter-limit":{type:"number","default":2,"function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Used to automatically convert miter joins to bevel joins for sharp angles.",requires:[{"line-join":"miter"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"line-round-limit":{type:"number","default":1.05,"function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Used to automatically convert round joins to miter joins for shallow angles.",requires:[{"line-join":"round"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},visibility:{type:"enum","function":"piecewise-constant","zoom-function":!0,values:["visible","none"],"default":"visible",doc:"The display of this layer. `none` hides this layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},layout_symbol:{"symbol-placement":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["point","line"],"default":"point",doc:"Label placement relative to its geometry. `line` can only be used on LineStrings and Polygons.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"symbol-spacing":{type:"number","default":250,minimum:1,"function":"interpolated","zoom-function":!0,"property-function":!0,units:"pixels",doc:"Distance between two symbol anchors.",requires:[{"symbol-placement":"line"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"symbol-avoid-edges":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, the symbols will not cross tile edges to avoid mutual collisions. Recommended in layers that don't have enough padding in the vector tile to prevent collisions, or if it is a point symbol layer placed after a line symbol layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-allow-overlap":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, the icon will be visible even if it collides with other previously drawn symbols.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-ignore-placement":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, other symbols can be visible even if they collide with the icon.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-optional":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, text will display without their corresponding icons when the icon collides with other symbols and the text does not.",requires:["icon-image","text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-rotation-alignment":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["map","viewport"],"default":"viewport",doc:"Orientation of icon when map is rotated.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-size":{type:"number","default":1,minimum:0,"function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Scale factor for icon. 1 is original size, 3 triples the size.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-text-fit":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!1,values:["none","both","width","height"],"default":"none",doc:"Position and scale an icon by the its corresponding text.",requires:["icon-image","text-field"],"sdk-support":{basic:{}}},"icon-text-fit-padding":{type:"array",value:"number",length:4,"default":[0,0,0,0],units:"pixels","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Size of padding area around the text-fit size in clockwise order: top, right, bottom, left.",requires:["icon-image","icon-text-fit","text-field"],"sdk-support":{basic:{}}},"icon-image":{type:"string","function":"piecewise-constant","zoom-function":!0,"property-function":!0,doc:"A string with {tokens} replaced, referencing the data property to pull from.",tokens:!0,"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-rotate":{type:"number","default":0,period:360,"function":"interpolated","zoom-function":!0,"property-function":!0,units:"degrees",doc:"Rotates the icon clockwise.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-padding":{type:"number","default":2,minimum:0,"function":"interpolated","zoom-function":!0,"property-function":!0,units:"pixels",doc:"Size of the additional area around the icon bounding box used for detecting symbol collisions.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-keep-upright":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, the icon may be flipped to prevent it from being rendered upside-down.",requires:["icon-image",{"icon-rotation-alignment":"map"},{"symbol-placement":"line"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"icon-offset":{type:"array",value:"number",length:2,"default":[0,0],"function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Offset distance of icon from its anchor. Positive values indicate right and down, while negative values indicate left and up.",requires:["icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-pitch-alignment":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["map","viewport"],doc:"Aligns text to the plane of the `viewport` or the `map` when the map is pitched. Matches `text-rotation-alignment` if unspecified.",requires:["text-field"],"sdk-support":{basic:{}}},"text-rotation-alignment":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["map","viewport"],"default":"viewport",doc:"Orientation of text when map is rotated.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-field":{type:"string","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":"",tokens:!0,doc:"Value to use for a text label. Feature properties are specified using tokens like {field_name}.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-font":{type:"array",value:"string","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":["Open Sans Regular","Arial Unicode MS Regular"],doc:"Font stack to use for displaying text.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-size":{type:"number","default":16,minimum:0,units:"pixels","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Font size.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-max-width":{type:"number","default":10,minimum:0,units:"em","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"The maximum line width for text wrapping.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-line-height":{type:"number","default":1.2,units:"em","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Text leading value for multi-line text.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-letter-spacing":{type:"number","default":0,units:"em","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Text tracking amount.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-justify":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["left","center","right"],"default":"center",doc:"Text justification options.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-anchor":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["center","left","right","top","bottom","top-left","top-right","bottom-left","bottom-right"],"default":"center",doc:"Part of the text placed closest to the anchor.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-max-angle":{type:"number","default":45,units:"degrees","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Maximum angle change between adjacent characters.",requires:["text-field",{"symbol-placement":"line"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-rotate":{type:"number","default":0,period:360,units:"degrees","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Rotates the text clockwise.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-padding":{type:"number","default":2,minimum:0,units:"pixels","function":"interpolated","zoom-function":!0,"property-function":!0,doc:"Size of the additional area around the text bounding box used for detecting symbol collisions.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-keep-upright":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!0,doc:"If true, the text may be flipped vertically to prevent it from being rendered upside-down.",requires:["text-field",{"text-rotation-alignment":"map"},{"symbol-placement":"line"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-transform":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["none","uppercase","lowercase"],"default":"none",doc:"Specifies how to capitalize text, similar to the CSS `text-transform` property.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-offset":{type:"array",doc:"Offset distance of text from its anchor. Positive values indicate right and down, while negative values indicate left and up.",value:"number",units:"ems","function":"interpolated","zoom-function":!0,"property-function":!0,length:2,"default":[0,0],requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-allow-overlap":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, the text will be visible even if it collides with other previously drawn symbols.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-ignore-placement":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, other symbols can be visible even if they collide with the text.",requires:["text-field"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"text-optional":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!1,doc:"If true, icons will display without their corresponding text when the text collides with other symbols and the icon does not.",requires:["text-field","icon-image"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},visibility:{type:"enum","function":"piecewise-constant","zoom-function":!0,values:["visible","none"],"default":"visible",doc:"The display of this layer. `none` hides this layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},layout_raster:{visibility:{type:"enum","function":"piecewise-constant","zoom-function":!0,values:["visible","none"],"default":"visible",doc:"The display of this layer. `none` hides this layer.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},filter:{type:"array",value:"*",doc:"A filter selects specific features from a layer."},filter_operator:{type:"enum",values:["==","!=",">",">=","<","<=","in","!in","all","any","none","has","!has"],doc:"The filter operator."},geometry_type:{type:"enum",values:["Point","LineString","Polygon"],doc:"The geometry type for the filter to select."},color_operation:{type:"enum",values:["lighten","saturate","spin","fade","mix"],doc:"A color operation to apply."},"function":{stops:{type:"array",required:!0,doc:"An array of stops.",value:"function_stop"},base:{type:"number","default":1,minimum:0,doc:"The exponential base of the interpolation curve. It controls the rate at which the result increases. Higher values make the result increase more towards the high end of the range. With `1` the stops are interpolated linearly."},property:{type:"string",doc:"The name of a global property or feature property to use as the function input.","default":"$zoom"},type:{type:"enum",values:["exponential","interval","categorical"],doc:"The interpolation strategy to use in function evaluation.","default":"exponential"}},function_stop:{type:"array",minimum:0,maximum:22,value:["number","color"],length:2,doc:"Zoom level and value pair."},paint:["paint_fill","paint_line","paint_circle","paint_symbol","paint_raster","paint_background"],paint_fill:{"fill-antialias":{type:"boolean","function":"piecewise-constant","zoom-function":!0,"property-function":!0,"default":!0,doc:"Whether or not the fill should be antialiased.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"fill-opacity":{type:"number","function":"interpolated","zoom-function":!0,"property-function":!0,"default":1,minimum:0,maximum:1,doc:"The opacity of the entire fill layer. In contrast to the fill-color, this value will also affect the 1px stroke around the fill, if the stroke is used.",transition:!0,"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"fill-color":{type:"color","default":"#000000",doc:"The color of the filled part of this layer. This color can be specified as rgba with an alpha component and the color's opacity will not affect the opacity of the 1px stroke, if it is used.","function":"interpolated","zoom-function":!0,"property-function":!0,transition:!0,requires:[{"!":"fill-pattern"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"},"property-function":{js:"0.19.0"}}},"fill-outline-color":{type:"color",doc:"The outline color of the fill. Matches the value of `fill-color` if unspecified.","function":"interpolated","zoom-function":!0,"property-function":!0,transition:!0,requires:[{"!":"fill-pattern"},{"fill-antialias":!0}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"},"property-function":{js:"0.19.0"}}},"fill-translate":{type:"array",value:"number",length:2,"default":[0,0],"function":"interpolated","zoom-function":!0,"property-function":!0,transition:!0,units:"pixels",doc:"The geometry's offset. Values are [x, y] where negatives indicate left and up, respectively.","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"fill-translate-anchor":{type:"enum","function":"piecewise-constant","zoom-function":!0,"property-function":!0,values:["map","viewport"],doc:"Control whether the translation is relative to the map (north) or viewport (screen)","default":"map",requires:["fill-translate"],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"fill-pattern":{type:"string","function":"piecewise-constant","zoom-function":!0,"property-function":!0,transition:!0,doc:"Name of image in sprite to use for drawing image fills. For seamless patterns, image width and height must be a factor of two (2, 4, 8, ..., 512).","sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}}},paint_line:{"line-opacity":{type:"number",doc:"The opacity at which the line will be drawn.","function":"interpolated","zoom-function":!0,"property-function":!0,"default":1,minimum:0,maximum:1,transition:!0,"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"line-color":{type:"color",doc:"The color with which the line will be drawn.","default":"#000000","function":"interpolated","zoom-function":!0,"property-function":!0,transition:!0,requires:[{"!":"line-pattern"}],"sdk-support":{basic:{js:"0.10.0",ios:"2.0.0",android:"2.0.1"}}},"line-translate":{type:"array",value:"number",length:2,"default":[0,0],"function":"interpolated","zoom-function":!0,"property-function":!0,transition:!0,units:"pixels",doc:"The geometry's offset. 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t.yaxis1);var n=C.Axes.list({_fullLayout:t});for(e=0;e<n.length;e++){var i=n[e];i.anchor&&"free"!==i.anchor&&(i.anchor=C.Axes.cleanId(i.anchor)),i.overlaying&&(i.overlaying=C.Axes.cleanId(i.overlaying)),i.type||(i.isdate?i.type="date":i.islog?i.type="log":i.isdate===!1&&i.islog===!1&&(i.type="linear")),"withzero"!==i.autorange&&"tozero"!==i.autorange||(i.autorange=!0,i.rangemode="tozero"),delete i.islog,delete i.isdate,delete i.categories,f(i,"domain")&&delete i.domain,void 0!==i.autotick&&(void 0===i.tickmode&&(i.tickmode=i.autotick?"auto":"linear"),delete i.autotick)}void 0===t.annotations||Array.isArray(t.annotations)||(R.warn("Annotations must be an array."),delete t.annotations);var o=(t.annotations||[]).length;for(e=0;o>e;e++){var a=t.annotations[e];a.ref&&("paper"===a.ref?(a.xref="paper",a.yref="paper"):"data"===a.ref&&(a.xref="x",a.yref="y"),delete a.ref),u(a,"xref"),u(a,"yref")}void 0===t.shapes||Array.isArray(t.shapes)||(R.warn("Shapes must be an array."),delete t.shapes);var s=(t.shapes||[]).length;for(e=0;s>e;e++){var l=t.shapes[e];u(l,"xref"),u(l,"yref")}var c=t.legend;c&&(c.x>3?(c.x=1.02,c.xanchor="left"):c.x<-2&&(c.x=-.02,c.xanchor="right"),c.y>3?(c.y=1.02,c.yanchor="bottom"):c.y<-2&&(c.y=-.02,c.yanchor="top")),"rotate"===t.dragmode&&(t.dragmode="orbit"),t.scene1&&(t.scene||(t.scene=t.scene1),delete t.scene1);var h=O.getSubplotIds(t,"gl3d");for(e=0;e<h.length;e++){var p=t[h[e]],d=p.cameraposition;if(Array.isArray(d)&&4===d[0].length){var m=d[0],g=d[1],v=d[2],y=I([],m),b=[];for(r=0;3>r;++r)b[r]=g[e]+v*y[2+4*r];p.camera={eye:{x:b[0],y:b[1],z:b[2]},center:{x:g[0],y:g[1],z:g[2]},up:{x:y[1],y:y[5],z:y[9]}},delete p.cameraposition}}return N.clean(t),t}function u(t,e){var r=t[e],n=e.charAt(0);r&&"paper"!==r&&(t[e]=C.Axes.cleanId(r,n))}function c(t,e){for(var r=[],n=(t.concat(Array.isArray(e)?e:[]).filter(function(t){return"uid"in t}).map(function(t){return t.uid})),i=0;i<t.length;i++){var o,a=t[i];if(!("uid"in a)||-1!==r.indexOf(a.uid)){var s;for(o=0;100>o&&(s=R.randstr(n),-1!==r.indexOf(s));o++);a.uid=R.randstr(n),n.push(a.uid)}if(r.push(a.uid),"histogramy"===a.type&&"xbins"in a&&!("ybins"in a)&&(a.ybins=a.xbins,delete a.xbins),a.error_y&&"opacity"in a.error_y){var l=N.defaults,u=a.error_y.color||(O.traceIs(a,"bar")?N.defaultLine:l[i%l.length]);a.error_y.color=N.addOpacity(N.rgb(u),N.opacity(u)*a.error_y.opacity),delete a.error_y.opacity}if("bardir"in a&&("h"!==a.bardir||!O.traceIs(a,"bar")&&"histogram"!==a.type.substr(0,9)||(a.orientation="h",_(a)),delete a.bardir),"histogramy"===a.type&&_(a),"histogramx"!==a.type&&"histogramy"!==a.type||(a.type="histogram"),"scl"in a&&(a.colorscale=a.scl,delete a.scl),"reversescl"in a&&(a.reversescale=a.reversescl,delete a.reversescl),a.xaxis&&(a.xaxis=C.Axes.cleanId(a.xaxis,"x")),a.yaxis&&(a.yaxis=C.Axes.cleanId(a.yaxis,"y")),O.traceIs(a,"gl3d")&&a.scene&&(a.scene=O.subplotsRegistry.gl3d.cleanId(a.scene)),O.traceIs(a,"pie")||(Array.isArray(a.textposition)?a.textposition=a.textposition.map(h):a.textposition&&(a.textposition=h(a.textposition))),O.traceIs(a,"2dMap")&&("YIGnBu"===a.colorscale&&(a.colorscale="YlGnBu"),"YIOrRd"===a.colorscale&&(a.colorscale="YlOrRd")),O.traceIs(a,"markerColorscale")&&a.marker){var c=a.marker;"YIGnBu"===c.colorscale&&(c.colorscale="YlGnBu"),"YIOrRd"===c.colorscale&&(c.colorscale="YlOrRd")}if("surface"===a.type&&R.isPlainObject(a.contours)){var p=["x","y","z"];for(o=0;o<p.length;o++){var d=a.contours[p[o]];R.isPlainObject(d)&&(d.highlightColor&&(d.highlightcolor=d.highlightColor,delete d.highlightColor),d.highlightWidth&&(d.highlightwidth=d.highlightWidth,delete d.highlightWidth))}}f(a,"line")&&delete a.line,"marker"in a&&(f(a.marker,"line")&&delete a.marker.line,f(a,"marker")&&delete a.marker),N.clean(a)}}function h(t){var e="middle",r="center";return-1!==t.indexOf("top")?e="top":-1!==t.indexOf("bottom")&&(e="bottom"),-1!==t.indexOf("left")?r="left":-1!==t.indexOf("right")&&(r="right"),e+" "+r}function f(t,e){return e in t&&"object"==typeof t[e]&&0===Object.keys(t[e]).length}function p(t){var e,r=C.Axes.list(t),n=t._fullData,i=t._fullLayout,o=t.calcdata=new Array(n.length);for(t.firstscatter=!0,t.numboxes=0,t._hmpixcount=0,t._hmlumcount=0,i._piecolormap={},i._piedefaultcolorcount=0,e=0;e<r.length;e++)r[e]._categories=r[e]._initialCategories.slice();for(e=0;e<n.length;e++){var a=n[e],s=a._module,l=[];s&&a.visible===!0&&s.calc&&(l=s.calc(t,a)),Array.isArray(l)&&l[0]||(l=[{x:!1,y:!1}]),l[0].t||(l[0].t={}),l[0].trace=a,o[e]=l}}function d(t,e){var r,n,i=e+1,o=[];for(r=0;r<t.length;r++)n=t[r],0>n?o.push(i+n):o.push(n);return o}function m(t,e,r){var n,i;for(n=0;n<e.length;n++){if(i=e[n],i!==parseInt(i,10))throw new Error("all values in "+r+" must be integers");if(i>=t.data.length||i<-t.data.length)throw new Error(r+" must be valid indices for gd.data.");if(e.indexOf(i,n+1)>-1||i>=0&&e.indexOf(-t.data.length+i)>-1||0>i&&e.indexOf(t.data.length+i)>-1)throw new Error("each index in "+r+" must be unique.")}}function g(t,e,r){if(!Array.isArray(t.data))throw new Error("gd.data must be an array.");if("undefined"==typeof e)throw new Error("currentIndices is a required argument.");if(Array.isArray(e)||(e=[e]),m(t,e,"currentIndices"),"undefined"==typeof r||Array.isArray(r)||(r=[r]),"undefined"!=typeof r&&m(t,r,"newIndices"),"undefined"!=typeof r&&e.length!==r.length)throw new Error("current and new indices must be of equal length.")}function v(t,e,r){var n,i;if(!Array.isArray(t.data))throw new Error("gd.data must be an array.");if("undefined"==typeof e)throw new Error("traces must be defined.");for(Array.isArray(e)||(e=[e]),n=0;n<e.length;n++)if(i=e[n],"object"!=typeof i||Array.isArray(i)||null===i)throw new Error("all values in traces array must be non-array objects");if("undefined"==typeof r||Array.isArray(r)||(r=[r]),"undefined"!=typeof r&&r.length!==e.length)throw new Error("if indices is specified, traces.length must equal indices.length")}function y(t,e,r,n){var i=R.isPlainObject(n);if(!Array.isArray(t.data))throw new Error("gd.data must be an array");if(!R.isPlainObject(e))throw new Error("update must be a key:value object");if("undefined"==typeof r)throw new Error("indices must be an integer or array of integers");m(t,r,"indices");for(var o in e){if(!Array.isArray(e[o])||e[o].length!==r.length)throw new Error("attribute "+o+" must be an array of length equal to indices array length");if(i&&(!(o in n)||!Array.isArray(n[o])||n[o].length!==e[o].length))throw new Error("when maxPoints is set as a key:value object it must contain a 1:1 corrispondence with the keys and number of traces in the update object")}}function b(t,e,r,n){var i,o,a,s,l,u=R.isPlainObject(n),c=[];Array.isArray(r)||(r=[r]),r=d(r,t.data.length-1);for(var h in e)for(var f=0;f<r.length;f++){if(i=t.data[r[f]],a=R.nestedProperty(i,h),o=a.get(),s=e[h][f],!Array.isArray(s))throw new Error("attribute: "+h+" index: "+f+" must be an array");if(!Array.isArray(o))throw new Error("cannot extend missing or non-array attribute: "+h);l=u?n[h][f]:n,P(l)||(l=-1),c.push({prop:a,target:o,insert:s,maxp:Math.floor(l)})}return c}function x(t,e,r,n,i,o){y(t,e,r,n);for(var a,s,l,u=b(t,e,r,n),c=[],h={},f={},p=0;p<u.length;p++)s=u[p].prop,l=u[p].maxp,a=i(u[p].target,u[p].insert),l>=0&&l<a.length&&(c=o(a,l)),l=u[p].target.length,s.set(a),Array.isArray(h[s.astr])||(h[s.astr]=[]),Array.isArray(f[s.astr])||(f[s.astr]=[]),h[s.astr].push(c),f[s.astr].push(l);return{update:h,maxPoints:f}}function _(t){var e;if(R.swapAttrs(t,["?","?0","d?","?bins","nbins?","autobin?","?src","error_?"]),Array.isArray(t.z)&&Array.isArray(t.z[0])&&(t.transpose?delete t.transpose:t.transpose=!0),t.error_x&&t.error_y){var r=t.error_y,n="copy_ystyle"in r?r.copy_ystyle:!(r.color||r.thickness||r.width);R.swapAttrs(t,["error_?.copy_ystyle"]),n&&R.swapAttrs(t,["error_?.color","error_?.thickness","error_?.width"])}if(t.hoverinfo){var i=t.hoverinfo.split("+");for(e=0;e<i.length;e++)"x"===i[e]?i[e]="y":"y"===i[e]&&(i[e]="x");t.hoverinfo=i.join("+")}}function w(t){var e,r={left:0,right:0,bottom:0,top:0};if(t)for(e in t)t.hasOwnProperty(e)&&(r.left+=t[e].left||0,r.right+=t[e].right||0,r.bottom+=t[e].bottom||0,r.top+=t[e].top||0);return r}function M(t,e){var r,n,i,o=t._fullLayout,a=t._context;if(t.emit("plotly_autosize"),t._context.fillFrame)i=window.innerWidth,n=window.innerHeight,document.body.style.overflow="hidden";else if(P(a.frameMargins)&&a.frameMargins>0){var s=w(t._boundingBoxMargins),l=s.left+s.right,u=s.bottom+s.top,c=o._container.node().getBoundingClientRect(),h=1-2*a.frameMargins;i=Math.round(h*(c.width-l)),n=Math.round(h*(c.height-u))}else r=window.getComputedStyle(t),n=parseFloat(r.height)||o.height,i=parseFloat(r.width)||o.width;return Math.abs(o.width-i)>1||Math.abs(o.height-n)>1?(o.height=t.layout.height=n,o.width=t.layout.width=i):"initial"!==o.autosize&&(delete e.autosize,o.autosize=t.layout.autosize=!0),O.sanitizeMargins(o),e}function k(t){var e=z.select(t),r=t._fullLayout;if(r._container=e.selectAll(".plot-container").data([0]),r._container.enter().insert("div",":first-child").classed("plot-container",!0).classed("plotly",!0),r._paperdiv=r._container.selectAll(".svg-container").data([0]),r._paperdiv.enter().append("div").classed("svg-container",!0).style("position","relative"),"initial"===r.autosize&&(M(t,{}),r.autosize=!0,t.layout.autosize=!0),r._glcontainer=r._paperdiv.selectAll(".gl-container").data([0]),r._glcontainer.enter().append("div").classed("gl-container",!0),r._geocontainer=r._paperdiv.selectAll(".geo-container").data([0]),r._geocontainer.enter().append("div").classed("geo-container",!0),r._paperdiv.selectAll(".main-svg").remove(),r._paper=r._paperdiv.insert("svg",":first-child").classed("main-svg",!0),r._toppaper=r._paperdiv.append("svg").classed("main-svg",!0),!r._uid){var n=[];z.selectAll("defs").each(function(){this.id&&n.push(this.id.split("-")[1])}),r._uid=R.randstr(n)}r._paperdiv.selectAll(".main-svg").attr(Q.svgAttrs),r._defs=r._paper.append("defs").attr("id","defs-"+r._uid),r._topdefs=r._toppaper.append("defs").attr("id","topdefs-"+r._uid),r._draggers=r._paper.append("g").classed("draglayer",!0);var i=r._paper.append("g").classed("layer-below",!0);r._imageLowerLayer=i.append("g").classed("imagelayer",!0),r._shapeLowerLayer=i.append("g").classed("shapelayer",!0);var o=C.Axes.getSubplots(t);o.join("")!==Object.keys(t._fullLayout._plots||{}).join("")&&A(t,o),r._has("cartesian")&&T(t,o),r._ternarylayer=r._paper.append("g").classed("ternarylayer",!0);var a=r._paper.selectAll(".layer-subplot");r._imageSubplotLayer=a.selectAll(".imagelayer"),r._shapeSubplotLayer=a.selectAll(".shapelayer");var s=r._paper.append("g").classed("layer-above",!0);r._imageUpperLayer=s.append("g").classed("imagelayer",!0),r._shapeUpperLayer=s.append("g").classed("shapelayer",!0),r._pielayer=r._paper.append("g").classed("pielayer",!0),r._glimages=r._paper.append("g").classed("glimages",!0),r._geoimages=r._paper.append("g").classed("geoimages",!0),r._infolayer=r._toppaper.append("g").classed("infolayer",!0),r._zoomlayer=r._toppaper.append("g").classed("zoomlayer",!0),r._hoverlayer=r._toppaper.append("g").classed("hoverlayer",!0),t.emit("plotly_framework");var l=R.syncOrAsync([E,function(){return C.Axes.doTicks(t,"redraw")},F.init],t);return l&&l.then&&t._promises.push(l),l}function A(t,e){function r(e,r){return function(){return C.Axes.getFromId(t,e,r)}}for(var n,i,o=t._fullLayout._plots={},a=0;a<e.length;a++)n=e[a],i=o[n]={},i.id=n,i.x=r(n,"x"),i.y=r(n,"y"),i.xaxis=i.x(),i.yaxis=i.y()}function T(t,e){function r(t){t.append("g").classed("imagelayer",!0),t.append("g").classed("maplayer",!0),t.append("g").classed("barlayer",!0),t.append("g").classed("boxlayer",!0),t.append("g").classed("scatterlayer",!0)}var n=t._fullLayout,i=[];n._paper.selectAll("g.subplot").data(e).enter().append("g").classed("subplot",!0).each(function(o){var a=n._plots[o],s=a.plotgroup=z.select(this).classed(o,!0),l=a.xaxis,u=a.yaxis;a.overlays=[];var c=C.Axes.getFromId(t,l.overlaying)||l;c!==l&&c.overlaying&&(c=l,l.overlaying=!1);var h=C.Axes.getFromId(t,u.overlaying)||u;h!==u&&h.overlaying&&(h=u,u.overlaying=!1);var f=c._id+h._id;if(f!==o&&-1!==e.indexOf(f))a.mainplot=f,i.push(a),l.domain=c.domain.slice(),u.domain=h.domain.slice();else{a.bg=s.append("rect").style("stroke-width",0);var p=s.append("g").classed("layer-subplot",!0);a.shapelayer=p.append("g").classed("shapelayer",!0),a.imagelayer=p.append("g").classed("imagelayer",!0),a.gridlayer=s.append("g"),a.overgrid=s.append("g"),a.zerolinelayer=s.append("g"),a.overzero=s.append("g"),a.plot=s.append("g").call(r),a.overplot=s.append("g"),a.xlines=s.append("path"),a.ylines=s.append("path"),a.overlines=s.append("g"),a.xaxislayer=s.append("g"),a.yaxislayer=s.append("g"),a.overaxes=s.append("g")}a.draglayer=n._draggers.append("g")}),i.forEach(function(t){var e=n._plots[t.mainplot];e.overlays.push(t),t.gridlayer=e.overgrid.append("g"),t.zerolinelayer=e.overzero.append("g"),t.plot=e.overplot.append("g").call(r),t.xlines=e.overlines.append("path"),t.ylines=e.overlines.append("path"),t.xaxislayer=e.overaxes.append("g"),t.yaxislayer=e.overaxes.append("g")}),e.forEach(function(t){var e=n._plots[t];e.xlines.style("fill","none").classed("crisp",!0),e.ylines.style("fill","none").classed("crisp",!0)})}function E(t){return R.syncOrAsync([O.doAutoMargin,S],t)}function S(t){var e,r=t._fullLayout,n=r._size,i=C.Axes.list(t);for(e=0;e<i.length;e++)i[e]._linepositions={};r._paperdiv.style({width:r.width+"px",height:r.height+"px"}).selectAll(".main-svg").call(B.setSize,r.width,r.height),t._context.setBackground(t,r.paper_bgcolor);var o=[];return r._paper.selectAll("g.subplot").each(function(e){var i=r._plots[e],a=C.Axes.getFromId(t,e,"x"),s=C.Axes.getFromId(t,e,"y");a.setScale(),s.setScale(),i.bg&&i.bg.call(B.setRect,a._offset-n.p,s._offset-n.p,a._length+2*n.p,s._length+2*n.p).call(N.fill,r.plot_bgcolor),i.clipId="clip"+r._uid+e+"plot";var l=r._defs.selectAll("g.clips").selectAll("#"+i.clipId).data([0]);l.enter().append("clipPath").attr({"class":"plotclip",id:i.clipId}).append("rect"),l.selectAll("rect").attr({width:a._length,height:s._length}),i.plot.call(R.setTranslate,a._offset,s._offset),i.plot.call(B.setClipUrl,i.clipId);var 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title/.test(r.title)?"":r.title,d=0;2>=d;d+=2)this.labelEnable[p+d]=!1,this.labels[p+d]=a(n),this.labelColor[p+d]=s(r.titlefont.color),this.labelFont[p+d]=r.titlefont.family,this.labelSize[p+d]=r.titlefont.size,this.labelPad[p+d]=this.getLabelPad(e,r),this.tickEnable[p+d]=!1,this.tickColor[p+d]=s((r.tickfont||{}).color),this.tickAngle[p+d]="auto"===r.tickangle?0:Math.PI*-r.tickangle/180,this.tickPad[p+d]=this.getTickPad(r),this.tickMarkLength[p+d]=0,this.tickMarkWidth[p+d]=r.tickwidth||0,this.tickMarkColor[p+d]=s(r.tickcolor),this.borderLineEnable[p+d]=!1,this.borderLineColor[p+d]=s(r.linecolor),this.borderLineWidth[p+d]=r.linewidth||0;c=this.hasSharedAxis(r),o=this.hasAxisInDfltPos(e,r)&&!c,l=this.hasAxisInAltrPos(e,r)&&!c,i=r.mirror||!1,h=c?-1!==String(i).indexOf("all"):!!i,f=c?"allticks"===i:-1!==String(i).indexOf("ticks"),o?this.labelEnable[p]=!0:l&&(this.labelEnable[p+2]=!0),o?this.tickEnable[p]=r.showticklabels:l&&(this.tickEnable[p+2]=r.showticklabels),(o||h)&&(this.borderLineEnable[p]=r.showline),(l||h)&&(this.borderLineEnable[p+2]=r.showline),(o||f)&&(this.tickMarkLength[p]=this.getTickMarkLength(r)),(l||f)&&(this.tickMarkLength[p+2]=this.getTickMarkLength(r)),this.gridLineEnable[p]=r.showgrid,this.gridLineColor[p]=s(r.gridcolor),this.gridLineWidth[p]=r.gridwidth,this.zeroLineEnable[p]=r.zeroline,this.zeroLineColor[p]=s(r.zerolinecolor),this.zeroLineWidth[p]=r.zerolinewidth}},l.hasSharedAxis=function(t){var e=this.scene,r=o.Plots.getSubplotIds(e.fullLayout,"gl2d"),n=o.Axes.findSubplotsWithAxis(r,t);return 0!==n.indexOf(e.id)},l.hasAxisInDfltPos=function(t,e){var r=e.side;return"xaxis"===t?"bottom"===r:"yaxis"===t?"left"===r:void 0},l.hasAxisInAltrPos=function(t,e){var r=e.side;return"xaxis"===t?"top"===r:"yaxis"===t?"right"===r:void 0},l.getLabelPad=function(t,e){var r=1.5,n=e.titlefont.size,i=e.showticklabels;return"xaxis"===t?"top"===e.side?-10+n*(r+(i?1:0)):-10+n*(r+(i?.5:0)):"yaxis"===t?"right"===e.side?10+n*(r+(i?1:.5)):10+n*(r+(i?.5:0)):void 0},l.getTickPad=function(t){return"outside"===t.ticks?10+t.ticklen:15},l.getTickMarkLength=function(t){if(!t.ticks)return 0;var e=t.ticklen;return"inside"===t.ticks?-e:e},e.exports=i},{"../../lib/html2unicode":590,"../../lib/str2rgbarray":603,"../../plotly":612}],648:[function(t,e,r){"use strict";var n=t("./scene2d"),i=t("../plots"),o=t("../../constants/xmlns_namespaces");r.name="gl2d",r.attr=["xaxis","yaxis"],r.idRoot=["x","y"],r.idRegex={x:/^x([2-9]|[1-9][0-9]+)?$/,y:/^y([2-9]|[1-9][0-9]+)?$/},r.attrRegex={x:/^xaxis([2-9]|[1-9][0-9]+)?$/,y:/^yaxis([2-9]|[1-9][0-9]+)?$/},r.attributes=t("../cartesian/attributes"),r.plot=function(t){for(var e=t._fullLayout,r=t._fullData,o=i.getSubplotIds(e,"gl2d"),a=0;a<o.length;a++){var s=o[a],l=e._plots[s],u=i.getSubplotData(r,"gl2d",s),c=l._scene2d;void 0===c&&(c=new n({id:s,graphDiv:t,container:t.querySelector(".gl-container"),staticPlot:t._context.staticPlot,plotGlPixelRatio:t._context.plotGlPixelRatio},e),l._scene2d=c),c.plot(u,t.calcdata,e,t.layout)}},r.clean=function(t,e,r,n){for(var o=i.getSubplotIds(n,"gl2d"),a=0;a<o.length;a++){var s=o[a],l=n._plots[s];if(l._scene2d){var u=i.getSubplotData(t,"gl2d",s);0===u.length&&(l._scene2d.destroy(),delete n._plots[s])}}},r.toSVG=function(t){for(var e=t._fullLayout,r=i.getSubplotIds(e,"gl2d"),n=0;n<r.length;n++){var a=e._plots[r[n]],s=a._scene2d,l=s.toImage("png"),u=e._glimages.append("svg:image");u.attr({xmlns:o.svg,"xlink:href":l,x:0,y:0,width:"100%",height:"100%",preserveAspectRatio:"none"}),s.destroy()}}},{"../../constants/xmlns_namespaces":579,"../cartesian/attributes":614,"../plots":671,"./scene2d":649}],649:[function(t,e,r){"use strict";function n(t,e){this.container=t.container,this.graphDiv=t.graphDiv,this.pixelRatio=t.plotGlPixelRatio||window.devicePixelRatio,this.id=t.id,this.staticPlot=!!t.staticPlot,this.fullLayout=e,this.updateAxes(e),this.makeFramework(),this.glplotOptions=f(this),this.glplotOptions.merge(e),this.glplot=u(this.glplotOptions),this.camera=p(this),this.traces={},this.spikes=c(this.glplot),this.selectBox=h(this.glplot,{innerFill:!1,outerFill:!0}),this.pickResult=null,this.bounds=[1/0,1/0,-(1/0),-(1/0)],this.stopped=!1,this.redraw=this.draw.bind(this),this.redraw()}function i(t,e){for(var r=0;2>r;++r){var n=t[r],i=e[r];if(n.length!==i.length)return!0;for(var o=0;o<n.length;++o)if(n[o].x!==i[o].x)return!0}return!1}var o,a,s=t("../../plots/cartesian/axes"),l=t("../../plots/cartesian/graph_interact"),u=t("gl-plot2d"),c=t("gl-spikes2d"),h=t("gl-select-box"),f=t("./convert"),p=t("./camera"),d=t("../../lib/html2unicode"),m=t("../../lib/show_no_webgl_msg"),g=["xaxis","yaxis"];e.exports=n;var v=n.prototype;v.makeFramework=function(){if(this.staticPlot){if(!a){o=document.createElement("canvas");try{a=o.getContext("webgl",{preserveDrawingBuffer:!0,premultipliedAlpha:!0,antialias:!0})}catch(t){throw new Error(["Error creating static canvas/context for image server"].join(" "))}}this.canvas=o,this.gl=a}else{var e,r=document.createElement("canvas"),n={premultipliedAlpha:!0};try{e=r.getContext("webgl",n)}catch(t){}if(!e)try{e=r.getContext("experimental-webgl",n)}catch(t){}e||m(this),this.canvas=r,this.gl=e}var i=this.canvas,s=this.pixelRatio,l=this.fullLayout;i.width=0|Math.ceil(s*l.width),i.height=0|Math.ceil(s*l.height),i.style.width="100%",i.style.height="100%",i.style.position="absolute",i.style.top="0px",i.style.left="0px",i.style["pointer-events"]="none";var u=this.svgContainer=document.createElementNS("http://www.w3.org/2000/svg","svg");u.style.position="absolute",u.style.top=u.style.left="0px",u.style.width=u.style.height="100%",u.style["z-index"]=20,u.style["pointer-events"]="none";var c=this.mouseContainer=document.createElement("div");c.style.position="absolute";var h=this.container;h.appendChild(i),h.appendChild(u),h.appendChild(c)},v.toImage=function(t){t||(t="png"),this.stopped=!0,this.staticPlot&&this.container.appendChild(o),this.glplot.setDirty(),this.glplot.draw();var e=this.glplot.gl,r=e.drawingBufferWidth,n=e.drawingBufferHeight;e.bindFramebuffer(e.FRAMEBUFFER,null);var i=new Uint8Array(r*n*4);e.readPixels(0,0,r,n,e.RGBA,e.UNSIGNED_BYTE,i);for(var a=0,s=n-1;s>a;++a,--s)for(var l=0;r>l;++l)for(var u=0;4>u;++u){var c=i[4*(r*a+l)+u];i[4*(r*a+l)+u]=i[4*(r*s+l)+u],i[4*(r*s+l)+u]=c}var h=document.createElement("canvas");h.width=r,h.height=n;var f=h.getContext("2d"),p=f.createImageData(r,n);p.data.set(i),f.putImageData(p,0,0);var d;switch(t){case"jpeg":d=h.toDataURL("image/jpeg");break;case"webp":d=h.toDataURL("image/webp");break;default:d=h.toDataURL("image/png")}return this.staticPlot&&this.container.removeChild(o),d},v.computeTickMarks=function(){this.xaxis._length=this.glplot.viewBox[2]-this.glplot.viewBox[0],this.yaxis._length=this.glplot.viewBox[3]-this.glplot.viewBox[1];for(var t=[s.calcTicks(this.xaxis),s.calcTicks(this.yaxis)],e=0;2>e;++e)for(var r=0;r<t[e].length;++r)t[e][r].text=d(t[e][r].text+"").replace(/\n/g," ");return t},v.updateAxes=function(t){var e=s.subplotMatch,r="xaxis"+this.id.match(e)[1],n="yaxis"+this.id.match(e)[2];this.xaxis=t[r],this.yaxis=t[n]},v.updateFx=function(t){var e=this.fullLayout;e.dragmode=t.dragmode,e.hovermode=t.hovermode};var y=function(t){var e=t.xaxis.range,r=t.yaxis.range;t.graphDiv.layout.xaxis.autorange=t.xaxis.autorange,t.graphDiv.layout.xaxis.range=e.slice(0),t.graphDiv.layout.yaxis.autorange=t.yaxis.autorange,t.graphDiv.layout.yaxis.range=r.slice(0);var n={lastInputTime:t.camera.lastInputTime};n[t.xaxis._name]=e.slice(),n[t.yaxis._name]=r.slice(),t.graphDiv.emit("plotly_relayout",n)};v.cameraChanged=function(){var t=this.camera,e=this.xaxis.range,r=this.yaxis.range;this.glplot.setDataBox([e[0],r[0],e[1],r[1]]);var n=this.computeTickMarks(),o=this.glplotOptions.ticks;i(n,o)&&(this.glplotOptions.ticks=n,this.glplotOptions.dataBox=t.dataBox,this.glplot.update(this.glplotOptions),y(this))},v.destroy=function(){var t=this.traces;t&&Object.keys(t).map(function(e){t[e].dispose(),delete t[e]}),this.glplot.dispose(),this.staticPlot||this.container.removeChild(this.canvas),this.container.removeChild(this.svgContainer),this.container.removeChild(this.mouseContainer),this.glplot=null,this.stopped=!0},v.plot=function(t,e,r){var n=this.glplot,i=this.pixelRatio;this.fullLayout=r,this.updateAxes(r),this.updateTraces(t,e);var o=r.width,a=r.height,l=0|Math.ceil(i*o),u=0|Math.ceil(i*a),c=this.canvas;c.width===l&&c.height===u||(c.width=l,c.height=u);var h=this.glplotOptions;h.merge(r),h.screenBox=[0,0,o,a];var f=r._size,p=this.xaxis.domain,d=this.yaxis.domain;
h.viewBox=[f.l+p[0]*f.w,f.b+d[0]*f.h,o-f.r-(1-p[1])*f.w,a-f.t-(1-d[1])*f.h],this.mouseContainer.style.width=f.w*(p[1]-p[0])+"px",this.mouseContainer.style.height=f.h*(d[1]-d[0])+"px",this.mouseContainer.height=f.h*(d[1]-d[0]),this.mouseContainer.style.left=f.l+p[0]*f.w+"px",this.mouseContainer.style.top=f.t+(1-d[1])*f.h+"px";var m=this.bounds;m[0]=m[1]=1/0,m[2]=m[3]=-(1/0);var v,y,b=Object.keys(this.traces);for(y=0;y<b.length;++y)for(var x=this.traces[b[y]],_=0;2>_;++_)m[_]=Math.min(m[_],x.bounds[_]),m[_+2]=Math.max(m[_+2],x.bounds[_+2]);for(y=0;2>y;++y)m[y]>m[y+2]&&(m[y]=-1,m[y+2]=1),v=this[g[y]],v._length=h.viewBox[y+2]-h.viewBox[y],s.doAutoRange(v);h.ticks=this.computeTickMarks();var w=this.xaxis.range,M=this.yaxis.range;h.dataBox=[w[0],M[0],w[1],M[1]],h.merge(r),n.update(h),this.glplot.draw()},v.updateTraces=function(t,e){var r,n,i,o=Object.keys(this.traces);t:for(r=0;r<o.length;r++){var a=o[r],s=this.traces[a];for(n=0;n<t.length;n++)if(i=t[n],i.uid===a&&i.type===s.type)continue t;s.dispose(),delete this.traces[a]}for(r=0;r<t.length;r++){i=t[r];var l=e[r],u=this.traces[i.uid];u?u.update(i,l):(u=i._module.plot(this,i,l),this.traces[i.uid]=u)}},v.draw=function(){if(!this.stopped){requestAnimationFrame(this.redraw);var t=this.glplot,e=this.camera,r=e.mouseListener,n=this.fullLayout;this.cameraChanged();var i=r.x*t.pixelRatio,o=this.canvas.height-t.pixelRatio*r.y;if(e.boxEnabled&&"zoom"===n.dragmode)this.selectBox.enabled=!0,this.selectBox.selectBox=[Math.min(e.boxStart[0],e.boxEnd[0]),Math.min(e.boxStart[1],e.boxEnd[1]),Math.max(e.boxStart[0],e.boxEnd[0]),Math.max(e.boxStart[1],e.boxEnd[1])],t.setDirty();else{this.selectBox.enabled=!1;var a=n._size,s=this.xaxis.domain,u=this.yaxis.domain,c=t.pick(i/t.pixelRatio+a.l+s[0]*a.w,o/t.pixelRatio-(a.t+(1-u[1])*a.h));if(c&&n.hovermode){var h=c.object._trace.handlePick(c);if(h&&(!this.lastPickResult||this.lastPickResult.traceUid!==h.trace.uid||this.lastPickResult.dataCoord[0]!==h.dataCoord[0]||this.lastPickResult.dataCoord[1]!==h.dataCoord[1])){var f=h;this.lastPickResult={traceUid:h.trace?h.trace.uid:null,dataCoord:h.dataCoord.slice()},this.spikes.update({center:c.dataCoord}),f.screenCoord=[((t.viewBox[2]-t.viewBox[0])*(c.dataCoord[0]-t.dataBox[0])/(t.dataBox[2]-t.dataBox[0])+t.viewBox[0])/t.pixelRatio,(this.canvas.height-(t.viewBox[3]-t.viewBox[1])*(c.dataCoord[1]-t.dataBox[1])/(t.dataBox[3]-t.dataBox[1])-t.viewBox[1])/t.pixelRatio];var p=f.hoverinfo;if("all"!==p){var d=p.split("+");-1===d.indexOf("x")&&(f.traceCoord[0]=void 0),-1===d.indexOf("y")&&(f.traceCoord[1]=void 0),-1===d.indexOf("z")&&(f.traceCoord[2]=void 0),-1===d.indexOf("text")&&(f.textLabel=void 0),-1===d.indexOf("name")&&(f.name=void 0)}l.loneHover({x:f.screenCoord[0],y:f.screenCoord[1],xLabel:this.hoverFormatter("xaxis",f.traceCoord[0]),yLabel:this.hoverFormatter("yaxis",f.traceCoord[1]),zLabel:f.traceCoord[2],text:f.textLabel,name:f.name,color:f.color},{container:this.svgContainer})}}else!c&&this.lastPickResult&&(this.spikes.update({}),this.lastPickResult=null,l.loneUnhover(this.svgContainer))}t.draw()}},v.hoverFormatter=function(t,e){if(void 0!==e){var r=this[t];return s.tickText(r,r.c2l(e),"hover").text}}},{"../../lib/html2unicode":590,"../../lib/show_no_webgl_msg":601,"../../plots/cartesian/axes":615,"../../plots/cartesian/graph_interact":622,"./camera":646,"./convert":647,"gl-plot2d":176,"gl-select-box":206,"gl-spikes2d":226}],650:[function(t,e,r){"use strict";function n(t,e){t=t||document.body,e=e||{};var r=[.01,1/0];"distanceLimits"in e&&(r[0]=e.distanceLimits[0],r[1]=e.distanceLimits[1]),"zoomMin"in e&&(r[0]=e.zoomMin),"zoomMax"in e&&(r[1]=e.zoomMax);var n=o({center:e.center||[0,0,0],up:e.up||[0,1,0],eye:e.eye||[0,0,10],mode:e.mode||"orbit",distanceLimits:r}),l=[0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0],u=0,c=t.clientWidth,h=t.clientHeight,f={keyBindingMode:"rotate",view:n,element:t,delay:e.delay||16,rotateSpeed:e.rotateSpeed||1,zoomSpeed:e.zoomSpeed||1,translateSpeed:e.translateSpeed||1,flipX:!!e.flipX,flipY:!!e.flipY,modes:n.modes,tick:function(){var e=i(),r=this.delay,o=e-2*r;n.idle(e-r),n.recalcMatrix(o),n.flush(e-(100+2*r));for(var a=!0,s=n.computedMatrix,f=0;16>f;++f)a=a&&l[f]===s[f],l[f]=s[f];var p=t.clientWidth===c&&t.clientHeight===h;return c=t.clientWidth,h=t.clientHeight,a?!p:(u=Math.exp(n.computedRadius[0]),!0)},lookAt:function(t,e,r){n.lookAt(n.lastT(),t,e,r)},rotate:function(t,e,r){n.rotate(n.lastT(),t,e,r)},pan:function(t,e,r){n.pan(n.lastT(),t,e,r)},translate:function(t,e,r){n.translate(n.lastT(),t,e,r)}};Object.defineProperties(f,{matrix:{get:function(){return n.computedMatrix},set:function(t){return n.setMatrix(n.lastT(),t),n.computedMatrix},enumerable:!0},mode:{get:function(){return n.getMode()},set:function(t){var e=n.computedUp.slice(),r=n.computedEye.slice(),o=n.computedCenter.slice();if(n.setMode(t),"turntable"===t){var a=i();n._active.lookAt(a,r,o,e),n._active.lookAt(a+500,r,o,[0,0,1]),n._active.flush(a)}return n.getMode()},enumerable:!0},center:{get:function(){return n.computedCenter},set:function(t){return n.lookAt(n.lastT(),null,t),n.computedCenter},enumerable:!0},eye:{get:function(){return n.computedEye},set:function(t){return n.lookAt(n.lastT(),t),n.computedEye},enumerable:!0},up:{get:function(){return n.computedUp},set:function(t){return n.lookAt(n.lastT(),null,null,t),n.computedUp},enumerable:!0},distance:{get:function(){return u},set:function(t){return n.setDistance(n.lastT(),t),t},enumerable:!0},distanceLimits:{get:function(){return n.getDistanceLimits(r)},set:function(t){return n.setDistanceLimits(t),t},enumerable:!0}}),t.addEventListener("contextmenu",function(t){return t.preventDefault(),!1});var p=0,d=0;return a(t,function(e,r,o,a){var s="rotate"===f.keyBindingMode,l="pan"===f.keyBindingMode,c="zoom"===f.keyBindingMode,h=!!a.control,m=!!a.alt,g=!!a.shift,v=!!(1&e),y=!!(2&e),b=!!(4&e),x=1/t.clientHeight,_=x*(r-p),w=x*(o-d),M=f.flipX?1:-1,k=f.flipY?1:-1,A=i(),T=Math.PI*f.rotateSpeed;if((s&&v&&!h&&!m&&!g||v&&!h&&!m&&g)&&n.rotate(A,M*T*_,-k*T*w,0),(l&&v&&!h&&!m&&!g||y||v&&h&&!m&&!g)&&n.pan(A,-f.translateSpeed*_*u,f.translateSpeed*w*u,0),c&&v&&!h&&!m&&!g||b||v&&!h&&m&&!g){var E=-f.zoomSpeed*w/window.innerHeight*(A-n.lastT())*100;n.pan(A,0,0,u*(Math.exp(E)-1))}return p=r,d=o,!0}),s(t,function(t,e){var r=f.flipX?1:-1,o=f.flipY?1:-1,a=i();if(Math.abs(t)>Math.abs(e))n.rotate(a,0,0,-t*r*Math.PI*f.rotateSpeed/window.innerWidth);else{var s=-f.zoomSpeed*o*e/window.innerHeight*(a-n.lastT())/100;n.pan(a,0,0,u*(Math.exp(s)-1))}},!0),f}e.exports=n;var i=t("right-now"),o=t("3d-view"),a=t("mouse-change"),s=t("mouse-wheel")},{"3d-view":40,"mouse-change":444,"mouse-wheel":448,"right-now":458}],651:[function(t,e,r){"use strict";function n(t,e){for(var r=0;3>r;++r){var n=s[r];e[n]._gd=t}}var i=t("./scene"),o=t("../plots"),a=t("../../constants/xmlns_namespaces"),s=["xaxis","yaxis","zaxis"];r.name="gl3d",r.attr="scene",r.idRoot="scene",r.idRegex=/^scene([2-9]|[1-9][0-9]+)?$/,r.attrRegex=/^scene([2-9]|[1-9][0-9]+)?$/,r.attributes=t("./layout/attributes"),r.layoutAttributes=t("./layout/layout_attributes"),r.supplyLayoutDefaults=t("./layout/defaults"),r.plot=function(t){var e=t._fullLayout,r=t._fullData,a=o.getSubplotIds(e,"gl3d");e._paperdiv.style({width:e.width+"px",height:e.height+"px"}),t._context.setBackground(t,e.paper_bgcolor);for(var s=0;s<a.length;s++){var l=a[s],u=o.getSubplotData(r,"gl3d",l),c=e[l],h=c._scene;void 0===h&&(n(t,c),h=new 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e=t.substr(5);return"1"===e&&(e=""),"scene"+e}},r.setConvert=t("./set_convert")},{"../../constants/xmlns_namespaces":579,"../plots":671,"./layout/attributes":652,"./layout/defaults":656,"./layout/layout_attributes":657,"./scene":661,"./set_convert":662}],652:[function(t,e,r){"use strict";e.exports={scene:{valType:"subplotid",dflt:"scene"}}},{}],653:[function(t,e,r){"use strict";var n=t("../../../components/color"),i=t("../../cartesian/layout_attributes"),o=t("../../../lib/extend").extendFlat;e.exports={showspikes:{valType:"boolean",dflt:!0},spikesides:{valType:"boolean",dflt:!0},spikethickness:{valType:"number",min:0,dflt:2},spikecolor:{valType:"color",dflt:n.defaultLine},showbackground:{valType:"boolean",dflt:!1},backgroundcolor:{valType:"color",dflt:"rgba(204, 204, 204, 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204)"}),gridwidth:i.gridwidth,zeroline:i.zeroline,zerolinecolor:i.zerolinecolor,zerolinewidth:i.zerolinewidth}},{"../../../components/color":506,"../../../lib/extend":586,"../../cartesian/layout_attributes":624}],654:[function(t,e,r){"use strict";var n=t("tinycolor2").mix,i=t("../../../lib"),o=t("./axis_attributes"),a=t("../../cartesian/axis_defaults"),s=["xaxis","yaxis","zaxis"],l=function(){},u=13600/187;e.exports=function(t,e,r){function c(t,e){return i.coerce(h,f,o,t,e)}for(var h,f,p=0;p<s.length;p++){var d=s[p];h=t[d]||{},f={_id:d[0]+r.scene,_name:d},e[d]=f=a(h,f,c,{font:r.font,letter:d[0],data:r.data,showGrid:!0,bgColor:r.bgColor}),c("gridcolor",n(f.color,r.bgColor,u).toRgbString()),c("title",d[0]),f.setScale=l,c("showspikes")&&(c("spikesides"),c("spikethickness"),c("spikecolor",f.color)),c("showaxeslabels"),c("showbackground")&&c("backgroundcolor")}}},{"../../../lib":591,"../../cartesian/axis_defaults":616,"./axis_attributes":653,tinycolor2:477}],655:[function(t,e,r){"use strict";function n(){this.bounds=[[-10,-10,-10],[10,10,10]],this.ticks=[[],[],[]],this.tickEnable=[!0,!0,!0],this.tickFont=["sans-serif","sans-serif","sans-serif"],this.tickSize=[12,12,12],this.tickAngle=[0,0,0],this.tickColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.tickPad=[18,18,18],this.labels=["x","y","z"],this.labelEnable=[!0,!0,!0],this.labelFont=["Open Sans","Open Sans","Open Sans"],this.labelSize=[20,20,20],this.labelAngle=[0,0,0],this.labelColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.labelPad=[30,30,30],this.lineEnable=[!0,!0,!0],this.lineMirror=[!1,!1,!1],this.lineWidth=[1,1,1],this.lineColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.lineTickEnable=[!0,!0,!0],this.lineTickMirror=[!1,!1,!1],this.lineTickLength=[10,10,10],this.lineTickWidth=[1,1,1],this.lineTickColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.gridEnable=[!0,!0,!0],this.gridWidth=[1,1,1],this.gridColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.zeroEnable=[!0,!0,!0],this.zeroLineColor=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.zeroLineWidth=[2,2,2],this.backgroundEnable=[!0,!0,!0],this.backgroundColor=[[.8,.8,.8,.5],[.8,.8,.8,.5],[.8,.8,.8,.5]],this._defaultTickPad=l(this.tickPad),this._defaultLabelPad=l(this.labelPad),this._defaultLineTickLength=l(this.lineTickLength)}function i(t){var e=new n;return e.merge(t),e}var o=t("arraytools"),a=t("../../../lib/html2unicode"),s=t("../../../lib/str2rgbarray"),l=o.copy1D,u=["xaxis","yaxis","zaxis"],c=n.prototype;c.merge=function(t){for(var e=this,r=0;3>r;++r){var n=t[u[r]];e.labels[r]=a(n.title),"titlefont"in n&&(n.titlefont.color&&(e.labelColor[r]=s(n.titlefont.color)),n.titlefont.family&&(e.labelFont[r]=n.titlefont.family),n.titlefont.size&&(e.labelSize[r]=n.titlefont.size)),"showline"in n&&(e.lineEnable[r]=n.showline),"linecolor"in n&&(e.lineColor[r]=s(n.linecolor)),"linewidth"in n&&(e.lineWidth[r]=n.linewidth),"showgrid"in n&&(e.gridEnable[r]=n.showgrid),"gridcolor"in n&&(e.gridColor[r]=s(n.gridcolor)),"gridwidth"in n&&(e.gridWidth[r]=n.gridwidth),"log"===n.type?e.zeroEnable[r]=!1:"zeroline"in n&&(e.zeroEnable[r]=n.zeroline),"zerolinecolor"in n&&(e.zeroLineColor[r]=s(n.zerolinecolor)),"zerolinewidth"in n&&(e.zeroLineWidth[r]=n.zerolinewidth),"ticks"in n&&n.ticks?e.lineTickEnable[r]=!0:e.lineTickEnable[r]=!1,"ticklen"in n&&(e.lineTickLength[r]=e._defaultLineTickLength[r]=n.ticklen),"tickcolor"in n&&(e.lineTickColor[r]=s(n.tickcolor)),"tickwidth"in n&&(e.lineTickWidth[r]=n.tickwidth),"tickangle"in n&&(e.tickAngle[r]="auto"===n.tickangle?0:Math.PI*-n.tickangle/180),"showticklabels"in n&&(e.tickEnable[r]=n.showticklabels),"tickfont"in n&&(n.tickfont.color&&(e.tickColor[r]=s(n.tickfont.color)),n.tickfont.family&&(e.tickFont[r]=n.tickfont.family),n.tickfont.size&&(e.tickSize[r]=n.tickfont.size)),"mirror"in n?-1!==["ticks","all","allticks"].indexOf(n.mirror)?(e.lineTickMirror[r]=!0,e.lineMirror[r]=!0):n.mirror===!0?(e.lineTickMirror[r]=!1,e.lineMirror[r]=!0):(e.lineTickMirror[r]=!1,e.lineMirror[r]=!1):e.lineMirror[r]=!1,"showbackground"in n&&n.showbackground!==!1?(e.backgroundEnable[r]=!0,e.backgroundColor[r]=s(n.backgroundcolor)):e.backgroundEnable[r]=!1}},e.exports=i},{"../../../lib/html2unicode":590,"../../../lib/str2rgbarray":603,arraytools:50}],656:[function(t,e,r){"use strict";function n(t,e,r,n){for(var o=r("bgcolor"),l=i.combine(o,n.paper_bgcolor),u=Object.keys(a.camera),c=0;c<u.length;c++)r("camera."+u[c]+".x"),r("camera."+u[c]+".y"),r("camera."+u[c]+".z");var h=!!r("aspectratio.x")&&!!r("aspectratio.y")&&!!r("aspectratio.z"),f=h?"manual":"auto",p=r("aspectmode",f);h||(t.aspectratio=e.aspectratio={x:1,y:1,z:1},"manual"===p&&(e.aspectmode="auto")),s(t,e,{font:n.font,scene:n.id,data:n.fullData,bgColor:l}),r("dragmode",n.getDfltFromLayout("dragmode")),r("hovermode",n.getDfltFromLayout("hovermode"))}var i=t("../../../components/color"),o=t("../../subplot_defaults"),a=t("./layout_attributes"),s=t("./axis_defaults");e.exports=function(t,e,r){function i(e){if(!s){var r=-1!==a[e].values.indexOf(t[e]);return r?t[e]:void 0}}var s=e._has("cartesian")||e._has("geo")||e._has("gl2d")||e._has("pie")||e._has("ternary");o(t,e,r,{type:"gl3d",attributes:a,handleDefaults:n,font:e.font,fullData:r,getDfltFromLayout:i,paper_bgcolor:e.paper_bgcolor})}},{"../../../components/color":506,"../../subplot_defaults":677,"./axis_defaults":654,"./layout_attributes":657}],657:[function(t,e,r){"use strict";function n(t,e,r){return{x:{valType:"number",dflt:t},y:{valType:"number",dflt:e},z:{valType:"number",dflt:r}}}var i=t("./axis_attributes"),o=t("../../../lib/extend").extendFlat;e.exports={bgcolor:{valType:"color",dflt:"rgba(0,0,0,0)"},camera:{up:o(n(0,0,1),{}),center:o(n(0,0,0),{}),eye:o(n(1.25,1.25,1.25),{})},domain:{x:{valType:"info_array",items:[{valType:"number",min:0,max:1},{valType:"number",min:0,max:1}],dflt:[0,1]},y:{valType:"info_array",items:[{valType:"number",min:0,max:1},{valType:"number",min:0,max:1}],dflt:[0,1]}},aspectmode:{valType:"enumerated",values:["auto","cube","data","manual"],dflt:"auto"},aspectratio:{x:{valType:"number",min:0},y:{valType:"number",min:0},z:{valType:"number",min:0}},xaxis:i,yaxis:i,zaxis:i,dragmode:{valType:"enumerated",values:["orbit","turntable","zoom","pan"],dflt:"turntable"},hovermode:{valType:"enumerated",values:["closest",!1],dflt:"closest"},_deprecated:{cameraposition:{valType:"info_array"}}}},{"../../../lib/extend":586,"./axis_attributes":653}],658:[function(t,e,r){"use strict";function n(){this.enabled=[!0,!0,!0],this.colors=[[0,0,0,1],[0,0,0,1],[0,0,0,1]],this.drawSides=[!0,!0,!0],this.lineWidth=[1,1,1]}function i(t){var e=new n;return e.merge(t),e}var o=t("../../../lib/str2rgbarray"),a=["xaxis","yaxis","zaxis"],s=n.prototype;s.merge=function(t){for(var e=0;3>e;++e){var r=t[a[e]];this.enabled[e]=r.showspikes,this.colors[e]=o(r.spikecolor),this.drawSides[e]=r.spikesides,this.lineWidth[e]=r.spikethickness}},e.exports=i},{"../../../lib/str2rgbarray":603}],659:[function(t,e,r){"use strict";function n(t){for(var e=new Array(3),r=0;3>r;++r){for(var n=t[r],i=new Array(n.length),o=0;o<n.length;++o)i[o]=n[o].x;e[r]=i}return e}function i(t){for(var e=t.axesOptions,r=t.glplot.axesPixels,i=t.fullSceneLayout,u=[[],[],[]],c=0;3>c;++c){var h=i[s[c]];if(h._length=(r[c].hi-r[c].lo)*r[c].pixelsPerDataUnit/t.dataScale[c],Math.abs(h._length)===1/0)u[c]=[];else{h.range[0]=r[c].lo/t.dataScale[c],h.range[1]=r[c].hi/t.dataScale[c],h._m=1/(t.dataScale[c]*r[c].pixelsPerDataUnit),h.range[0]===h.range[1]&&(h.range[0]-=1,h.range[1]+=1);var f=h.tickmode;if("auto"===h.tickmode){h.tickmode="linear";var p=h.nticks||o.Lib.constrain(h._length/40,4,9);o.Axes.autoTicks(h,Math.abs(h.range[1]-h.range[0])/p)}for(var d=o.Axes.calcTicks(h),m=0;m<d.length;++m)d[m].x=d[m].x*t.dataScale[c],d[m].text=a(d[m].text);u[c]=d,h.tickmode=f}}e.ticks=u;for(var c=0;3>c;++c){l[c]=.5*(t.glplot.bounds[0][c]+t.glplot.bounds[1][c]);for(var m=0;2>m;++m)e.bounds[m][c]=t.glplot.bounds[m][c]}t.contourLevels=n(u)}e.exports=i;var o=t("../../../plotly"),a=t("../../../lib/html2unicode"),s=["xaxis","yaxis","zaxis"],l=[0,0,0]},{"../../../lib/html2unicode":590,"../../../plotly":612}],660:[function(t,e,r){"use strict";function n(t,e){var r,n,i=[0,0,0,0];for(r=0;4>r;++r)for(n=0;4>n;++n)i[n]+=t[4*r+n]*e[r];return i}function i(t,e){var r=n(t.projection,n(t.view,n(t.model,[e[0],e[1],e[2],1])));return r}e.exports=i},{}],661:[function(t,e,r){"use strict";function n(t){function e(e,r){if("string"==typeof r)return r;var n=t.fullSceneLayout[e];return m.tickText(n,n.c2l(r),"hover").text}var r,n=t.svgContainer,i=t.container.getBoundingClientRect(),o=i.width,a=i.height;n.setAttributeNS(null,"viewBox","0 0 "+o+" "+a),n.setAttributeNS(null,"width",o),n.setAttributeNS(null,"height",a),k(t),t.glplot.axes.update(t.axesOptions);for(var s=Object.keys(t.traces),l=null,u=t.glplot.selection,c=0;c<s.length;++c)r=t.traces[s[c]],r.handlePick(u)&&(l=r),r.setContourLevels&&r.setContourLevels();var h;if(null!==l){var f=x(t.glplot.cameraParams,u.dataCoordinate);r=l.data;var p=r.hoverinfo,d=e("xaxis",u.traceCoordinate[0]),v=e("yaxis",u.traceCoordinate[1]),y=e("zaxis",u.traceCoordinate[2]);if("all"!==p){var b=p.split("+");-1===b.indexOf("x")&&(d=void 0),-1===b.indexOf("y")&&(v=void 0),-1===b.indexOf("z")&&(y=void 0),-1===b.indexOf("text")&&(u.textLabel=void 0),-1===b.indexOf("name")&&(l.name=void 0)}t.fullSceneLayout.hovermode&&g.loneHover({x:(.5+.5*f[0]/f[3])*o,y:(.5-.5*f[1]/f[3])*a,xLabel:d,yLabel:v,zLabel:y,text:u.textLabel,name:l.name,color:l.color},{container:n});var _={points:[{x:d,y:v,z:y,data:r._input,fullData:r,curveNumber:r.index,pointNumber:u.data.index}]};u.buttons&&u.distance<5?t.graphDiv.emit("plotly_click",_):t.graphDiv.emit("plotly_hover",_),h=_}else g.loneUnhover(n),t.graphDiv.emit("plotly_unhover",h)}function i(t,e,r,i){var o={canvas:r,gl:i,container:t.container,axes:t.axesOptions,spikes:t.spikeOptions,pickRadius:10,snapToData:!0,autoScale:!0,autoBounds:!1};if(t.staticMode){if(!h){c=document.createElement("canvas");try{h=c.getContext("webgl",{preserveDrawingBuffer:!0,premultipliedAlpha:!0,antialias:!0})}catch(a){throw new Error("error creating static canvas/context for image server")}}o.pixelRatio=t.pixelRatio,o.gl=h,o.canvas=c}try{t.glplot=f(o)}catch(a){y(t)}var s=function(t){var e={};e[t.id]=u(t.camera),t.saveCamera(t.graphDiv.layout),t.graphDiv.emit("plotly_relayout",e)};if(t.glplot.canvas.addEventListener("mouseup",s.bind(null,t)),t.glplot.canvas.addEventListener("wheel",s.bind(null,t)),t.staticMode||t.glplot.canvas.addEventListener("webglcontextlost",function(t){p.warn("Lost WebGL context."),t.preventDefault()}),!t.camera){var l=t.fullSceneLayout.camera;t.camera=b(t.container,{center:[l.center.x,l.center.y,l.center.z],eye:[l.eye.x,l.eye.y,l.eye.z],up:[l.up.x,l.up.y,l.up.z],zoomMin:.1,zoomMax:100,mode:"orbit"})}return t.glplot.mouseListener.enabled=!1,t.glplot.camera=t.camera,t.glplot.oncontextloss=function(){t.recoverContext()},t.glplot.onrender=n.bind(null,t),t.traces={},!0}function o(t,e){var r=document.createElement("div"),n=t.container;this.graphDiv=t.graphDiv;var 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s(t,e,r){var n=t.fullSceneLayout;a(n.xaxis,e.x,0,r),a(n.yaxis,e.y,1,r),a(n.zaxis,e.z,2,r)}function l(t){return[[t.eye.x,t.eye.y,t.eye.z],[t.center.x,t.center.y,t.center.z],[t.up.x,t.up.y,t.up.z]]}function u(t){return{up:{x:t.up[0],y:t.up[1],z:t.up[2]},center:{x:t.center[0],y:t.center[1],z:t.center[2]},eye:{x:t.eye[0],y:t.eye[1],z:t.eye[2]}}}var c,h,f=t("gl-plot3d"),p=t("../../lib"),d=t("../../plots/plots"),m=t("../../plots/cartesian/axes"),g=t("../../plots/cartesian/graph_interact"),v=t("../../lib/str2rgbarray"),y=t("../../lib/show_no_webgl_msg"),b=t("./camera"),x=t("./project"),_=t("./set_convert"),w=t("./layout/convert"),M=t("./layout/spikes"),k=t("./layout/tick_marks"),A=o.prototype;A.recoverContext=function(){function t(){return r.isContextLost()?void requestAnimationFrame(t):i(e,e.fullLayout,n,r)?void e.plot.apply(e,e.plotArgs):void p.error("Catastrophic and unrecoverable WebGL error. 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i=M+a.pxmid[0]*e.rCenter+(e.x||0),s=k+a.pxmid[1]*e.rCenter+(e.y||0);e.outside&&(a.yLabelMin=s-r.height/2,a.yLabelMid=s,a.yLabelMax=s+r.height/2,a.labelExtraX=0,a.labelExtraY=0,v=!0),t.attr("transform","translate("+i+","+s+")"+(e.scale<1?"scale("+e.scale+")":"")+(e.rotate?"rotate("+e.rotate+")":"")+"translate("+-(r.left+r.right)/2+","+-(r.top+r.bottom)/2+")")})}),v&&a(l,g),s.each(function(t){if(t.labelExtraX||t.labelExtraY){var e=c.select(this),r=e.select("g.slicetext text");r.attr("transform","translate("+t.labelExtraX+","+t.labelExtraY+")"+r.attr("transform"));var n=t.cxFinal+t.pxmid[0],i=t.cyFinal+t.pxmid[1],o="M"+n+","+i,a=(t.yLabelMax-t.yLabelMin)*(t.pxmid[0]<0?-1:1)/4;if(t.labelExtraX){var s=t.labelExtraX*t.pxmid[1]/t.pxmid[0],l=t.yLabelMid+t.labelExtraY-(t.cyFinal+t.pxmid[1]);o+=Math.abs(s)>Math.abs(l)?"l"+l*t.pxmid[0]/t.pxmid[1]+","+l+"H"+(n+t.labelExtraX+a):"l"+t.labelExtraX+","+s+"v"+(l-s)+"h"+a}else 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o=r.marker.line.width||0;Array.isArray(o)&&(o=o[e.i]||0),t.style({"stroke-width":o,fill:e.color}).call(n.stroke,i)}},{"../../components/color":506}],772:[function(t,e,r){"use strict";var n=t("../../lib");e.exports=function(t){var e=t[0].trace,r=e.marker;if(n.mergeArray(e.text,t,"tx"),n.mergeArray(e.textposition,t,"tp"),e.textfont&&(n.mergeArray(e.textfont.size,t,"ts"),n.mergeArray(e.textfont.color,t,"tc"),n.mergeArray(e.textfont.family,t,"tf")),r&&r.line){var i=r.line;n.mergeArray(r.opacity,t,"mo"),n.mergeArray(r.symbol,t,"mx"),n.mergeArray(r.color,t,"mc"),n.mergeArray(i.color,t,"mlc"),n.mergeArray(i.width,t,"mlw")}}},{"../../lib":591}],773:[function(t,e,r){"use strict";var n=t("../../components/colorscale/color_attributes"),i=t("../../components/drawing"),o=(t("./constants"),t("../../lib/extend").extendFlat);e.exports={x:{valType:"data_array"},x0:{valType:"any",dflt:0},dx:{valType:"number",dflt:1},y:{valType:"data_array"},y0:{valType:"any",dflt:0},dy:{valType:"number",
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y="projection."+g[v];f(y+".show")&&(f(y+".opacity"),f(y+".scale"))}u(t,e,r,{axis:"z"}),u(t,e,r,{axis:"y",inherit:"z"}),u(t,e,r,{axis:"x",inherit:"z"})}},{"../../components/errorbars/defaults":534,"../../lib":591,"../scatter/line_defaults":784,"../scatter/marker_defaults":788,"../scatter/subtypes":792,"../scatter/text_defaults":793,"./attributes":795}],800:[function(t,e,r){"use strict";var n={};n.plot=t("./convert"),n.attributes=t("./attributes"),n.markerSymbols=t("../../constants/gl_markers"),n.supplyDefaults=t("./defaults"),n.colorbar=t("../scatter/colorbar"),n.calc=t("./calc"),n.moduleType="trace",n.name="scatter3d",n.basePlotModule=t("../../plots/gl3d"),n.categories=["gl3d","symbols","markerColorscale","showLegend"],n.meta={},e.exports=n},{"../../constants/gl_markers":577,"../../plots/gl3d":651,"../scatter/colorbar":776,"./attributes":795,"./calc":796,"./convert":798,"./defaults":799}],801:[function(t,e,r){"use strict";var n=t("../scatter/attributes"),i=t("../../plots/attributes"),o=t("../../components/colorscale/color_attributes"),a=t("../../lib/extend").extendFlat,s=n.marker,l=n.line,u=s.line;e.exports={lon:{valType:"data_array"},lat:{valType:"data_array"},locations:{valType:"data_array"},locationmode:{valType:"enumerated",values:["ISO-3","USA-states","country names"],dflt:"ISO-3"},mode:a({},n.mode,{dflt:"markers"}),text:a({},n.text,{}),line:{color:l.color,width:l.width,dash:l.dash},marker:a({},{symbol:s.symbol,opacity:s.opacity,size:s.size,sizeref:s.sizeref,sizemin:s.sizemin,sizemode:s.sizemode,showscale:s.showscale,line:a({},{width:u.width},o("marker.line"))},o("marker")),textfont:n.textfont,textposition:n.textposition,hoverinfo:a({},i.hoverinfo,{flags:["lon","lat","location","text","name"]}),_nestedModules:{"marker.colorbar":"Colorbar"}}},{"../../components/colorscale/color_attributes":514,"../../lib/extend":586,"../../plots/attributes":613,"../scatter/attributes":773}],802:[function(t,e,r){"use 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o=i.line;n(i.opacity,"mo"),n(i.symbol,"mx"),n(i.color,"mc"),n(i.size,"ms"),n(o.color,"mlc"),n(o.width,"mlw")}}function i(t){for(var e=t.lon.length,r=new Array(e),n=0;e>n;n++)r[n]=[t.lon[n],t.lat[n]];return{type:"LineString",coordinates:r,trace:t}}function o(t,e){function r(e){var r=t.mockAxis;return u.tickText(r,r.c2l(e),"hover").text+"\xb0"}var n=e.hoverinfo;if("none"===n)return function(t){delete t.textLabel};var i="all"===n?g.hoverinfo.flags:n.split("+"),o=-1!==i.indexOf("location")&&Array.isArray(e.locations),a=-1!==i.indexOf("lon"),s=-1!==i.indexOf("lat"),l=-1!==i.indexOf("text");
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n=t("../scatter/attributes"),i=t("../../components/colorscale/color_attributes"),o=t("../../constants/gl2d_dashes"),a=t("../../constants/gl_markers"),s=t("../../lib/extend").extendFlat,l=t("../../lib/extend").extendDeep,u=n.line,c=n.marker,h=c.line;e.exports={x:n.x,x0:n.x0,dx:n.dx,y:n.y,y0:n.y0,dy:n.dy,text:s({},n.text,{}),mode:{valType:"flaglist",flags:["lines","markers"],extras:["none"]},line:{color:u.color,width:u.width,dash:{valType:"enumerated",values:Object.keys(o),dflt:"solid"}},marker:l({},i("marker"),{symbol:{valType:"enumerated",values:Object.keys(a),dflt:"circle",arrayOk:!0},size:c.size,sizeref:c.sizeref,sizemin:c.sizemin,sizemode:c.sizemode,opacity:c.opacity,showscale:c.showscale,line:l({},i("marker.line"),{width:h.width})}),connectgaps:n.connectgaps,fill:s({},n.fill,{values:["none","tozeroy","tozerox"]}),fillcolor:n.fillcolor,_nestedModules:{error_x:"ErrorBars",error_y:"ErrorBars","marker.colorbar":"Colorbar"}}},{"../../components/colorscale/color_attributes":514,"../../constants/gl2d_dashes":575,"../../constants/gl_markers":577,"../../lib/extend":586,"../scatter/attributes":773}],807:[function(t,e,r){"use 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e=this.scene,r=e.xaxis,n=e.yaxis,o=this.bounds,a=this.pickXData=r.makeCalcdata(t,"x").slice(),l=this.pickYData=n.makeCalcdata(t,"y").slice();this.xData=a.slice(),this.yData=l.slice();var c,h,f,p,d,m,g,v,b=y.calcFromTrace(t,e.fullLayout),x=a.length,_=new Array(x),M=new Float32Array(2*x),k=new Float32Array(4*x),A=new Float32Array(4*x),T=0,E=0,L=0,I=0,P="log"===r.type?function(t){return r.d2l(t)}:function(t){return t},C="log"===n.type?function(t){return n.d2l(t)}:function(t){return t};for(c=0;x>c;++c)this.xData[c]=f=P(a[c]),this.yData[c]=p=C(l[c]),isNaN(f)||isNaN(p)||(_[T++]=c,M[E++]=f,M[E++]=p,d=k[L++]=f-b[c].xs||0,m=k[L++]=b[c].xh-f||0,k[L++]=0,k[L++]=0,A[I++]=0,A[I++]=0,g=A[I++]=p-b[c].ys||0,v=A[I++]=b[c].yh-p||0,o[0]=Math.min(o[0],f-d),o[1]=Math.min(o[1],p-g),o[2]=Math.max(o[2],f+m),o[3]=Math.max(o[3],p+v));M=u(M,E),this.idToIndex=_,this.updateLines(t,M),this.updateError("X",t,M,k),this.updateError("Y",t,M,A);var 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i=this["error"+t],o=e["error_"+t.toLowerCase()],s=this["error"+t+"Options"];"x"===t.toLowerCase()&&o.copy_ystyle&&(o=e.error_y),this["hasError"+t]?(s.positions=r,s.errors=n,s.capSize=o.width,s.lineWidth=o.thickness/2,s.color=a(o.color,1,1)):s.positions=new Float32Array(0),i.update(s)},E.expandAxesFast=function(t,e){for(var r,n,i,o=e||10,a=0;2>a;a++)r=this.scene[T[a]],n=r._min,n||(n=[]),n.push({val:t[a],pad:o}),i=r._max,i||(i=[]),i.push({val:t[a+2],pad:o})},E.expandAxesFancy=function(t,e,r){var n=this.scene,i={padded:!0,ppad:r};v.expand(n.xaxis,t,i),v.expand(n.yaxis,e,i)},E.dispose=function(){this.line.dispose(),this.errorX.dispose(),this.errorY.dispose(),this.scatter.dispose(),this.fancyScatter.dispose()},e.exports=c},{"../../components/errorbars":535,"../../constants/gl2d_dashes":575,"../../constants/gl_markers":577,"../../lib":591,"../../lib/gl_format_color":589,"../../lib/str2rgbarray":603,"../../plots/cartesian/axes":615,"../scatter/get_trace_color":781,"../scatter/make_bubble_size_func":787,"../scatter/subtypes":792,"fast-isnumeric":128,"gl-error2d":130,"gl-line2d":136,"gl-scatter2d":201,"gl-scatter2d-fancy":196}],808:[function(t,e,r){"use strict";var n=t("../../lib"),i=t("../scatter/constants"),o=t("../scatter/subtypes"),a=t("../scatter/xy_defaults"),s=t("../scatter/marker_defaults"),l=t("../scatter/line_defaults"),u=t("../scatter/fillcolor_defaults"),c=t("../../components/errorbars/defaults"),h=t("./attributes");e.exports=function(t,e,r,f){function p(r,i){return n.coerce(t,e,h,r,i)}var d=a(t,e,p);return d?(p("text"),p("mode",d<i.PTS_LINESONLY?"lines+markers":"lines"),o.hasLines(e)&&(p("connectgaps"),l(t,e,r,f,p)),o.hasMarkers(e)&&s(t,e,r,f,p),p("fill"),"none"!==e.fill&&u(t,e,r,p),c(t,e,r,{axis:"y"}),void c(t,e,r,{axis:"x",inherit:"y"})):void(e.visible=!1)}},{"../../components/errorbars/defaults":534,"../../lib":591,"../scatter/constants":778,"../scatter/fillcolor_defaults":780,"../scatter/line_defaults":784,"../scatter/marker_defaults":788,"../scatter/subtypes":792,"../scatter/xy_defaults":794,"./attributes":806}],809:[function(t,e,r){"use strict";var n={};n.attributes=t("./attributes"),n.supplyDefaults=t("./defaults"),n.colorbar=t("../scatter/colorbar"),n.calc=t("../scatter3d/calc"),n.plot=t("./convert"),n.moduleType="trace",n.name="scattergl",n.basePlotModule=t("../../plots/gl2d"),n.categories=["gl2d","symbols","errorBarsOK","markerColorscale","showLegend"],n.meta={},e.exports=n},{"../../plots/gl2d":648,"../scatter/colorbar":776,"../scatter3d/calc":796,"./attributes":806,"./convert":807,"./defaults":808}],810:[function(t,e,r){"use strict";var n=t("../scattergeo/attributes"),i=t("../scatter/attributes"),o=t("../../plots/mapbox/layout_attributes"),a=t("../../plots/attributes"),s=t("../../lib/extend").extendFlat,l=n.line,u=n.marker;e.exports={lon:n.lon,lat:n.lat,mode:{valType:"flaglist",flags:["lines","markers","text"],dflt:"markers",extras:["none"]},text:s({},i.text,{}),line:{color:l.color,width:l.width,dash:l.dash},connectgaps:i.connectgaps,marker:{symbol:{valType:"string",dflt:"circle",arrayOk:!0},opacity:s({},u.opacity,{arrayOk:!1}),size:u.size,sizeref:u.sizeref,sizemin:u.sizemin,sizemode:u.sizemode,color:u.color,colorscale:u.colorscale,cauto:u.cauto,cmax:u.cmax,cmin:u.cmin,autocolorscale:u.autocolorscale,reversescale:u.reversescale,showscale:u.showscale},fill:{valType:"enumerated",values:["none","toself"],dflt:"none"},fillcolor:i.fillcolor,textfont:o.layers.symbol.textfont,textposition:o.layers.symbol.textposition,hoverinfo:s({},a.hoverinfo,{flags:["lon","lat","text","name"]}),_nestedModules:{"marker.colorbar":"Colorbar"}}},{"../../lib/extend":586,"../../plots/attributes":613,"../../plots/mapbox/layout_attributes":668,"../scatter/attributes":773,"../scattergeo/attributes":801}],811:[function(t,e,r){"use 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<div class="fluid-row" id="header">
<h1 class="title toc-ignore">RBMRB : A package to download and visualize BMRB data in R</h1>
<h4 class="author"><em>Kumaran Baskaran</em></h4>
<h4 class="date"><em>November 08, 2016</em></h4>
</div>
<div id="rbmrb" class="section level1">
<h1>RBMRB</h1>
<p><a href="http://www.bmrb.wisc.edu/">BMRB</a> collects, annotates, archives, and disseminates (worldwide in the public domain) the important spectral and quantitative data derived from NMR spectroscopic investigations of biological macromolecules and metabolites. The goal is to empower scientists in their analysis of the structure, dynamics, and chemistry of biological systems and to support further development of the field of biomolecular NMR spectroscopy</p>
<p><a href="https://github.com/uwbmrb/RBMRB">RBMRB</a> is a library to fetch NMR chemical shift data directly from <a href="http://www.bmrb.wisc.edu/">BMRB</a> into R environment as a data frame in R. This facilitates access to BMRB data for statistical analysis and data visualization. It is using the <a href="https://github.com/uwbmrb/BMRB-API">BMRB-API</a> to fetch the data from BMRB database.</p>
<div id="installation" class="section level2">
<h2>Installation</h2>
<div id="method-1-easy-method" class="section level4">
<h4>Method 1 (Easy method)</h4>
<p>RBMRB version 2.0 is available in CRAN archive and it can be installed using the following command.</p>
<pre class="r"><code>install.packages("RBMRB")</code></pre>
<p>This will automatically install all the dependencies. Please make sure all the dependicies installed corretly otherwise, it will complain during runtime.</p>
</div>
<div id="method-2" class="section level4">
<h4>Method 2</h4>
<p>RBMRB library has been developed and tested in R version 3.3.x. It requires the following R packages preinstalled</p>
<ul>
<li><strong>httr</strong> to import data from BMRB web server(version 1.2.1 or later)</li>
<li><strong>data.table</strong> to format the imported data into a data frame in R (version 1.9.6 or later)</li>
<li><strong>rjson</strong> to deal with BMRB-API (version 0.2.15 or later)</li>
<li><strong>ggplot2</strong> to simulate spectra (version 2.1.0 or later)</li>
<li><strong>plotly</strong> for interactive graphics in simulated spectra (version 4.5.2 or later)</li>
</ul>
<p>Users should make sure that the above packages have been installed correctly with the required versions, before proceeding to RBMRB installation.</p>
<p>Here is the instruction to install those packages. Open your R and use the following command</p>
<pre class="r"><code>install.packages(c("httr","data.table","rjson","ggplot2","plotly"))</code></pre>
<p>Once the necessary packages have been installed, proceed with RMRBM installation. The source file can be downloaded from <a href="https://github.com/uwbmrb/RBMRB/raw/master/RBMRB_2.0.tar.gz">GitHub</a></p>
<p>After downloading the source file, use the following command to install RBMRB library</p>
<pre class="r"><code>install.packages("~/Downloads/RBMRB_2.0.tar.gz",repos=NULL,type="source")</code></pre>
<p>Note: provide the correct path to the downloaded file.</p>
</div>
<div id="method-3" class="section level4">
<h4>Method 3</h4>
<p>If you have devtools library in your R, then you can install directly from GitHub.</p>
<pre class="r"><code>library(devtools)
install_github("uwbmrb/RBMRB/RBMRB")</code></pre>
</div>
</div>
<div id="usage" class="section level2">
<h2>Usage</h2>
<p>RBMRB can be used in a similar way like any other library in R.</p>
<pre class="r"><code>library(RBMRB)</code></pre>
</div>
<div id="data-access" class="section level2">
<h2>Data access</h2>
<p>BMRB data can be imported in two ways</p>
<ul>
<li><strong>Entry method</strong> Chemical shift data from single or multiple entries</li>
<li><strong>Atom method</strong> Chemical shift data from all entries for a given atom</li>
</ul>
<div id="entry-method" class="section level3">
<h3>Entry method</h3>
<div id="fetch_entry_chemical_shifts" class="section level4">
<h4>fetch_entry_chemical_shifts:</h4>
<p>This function will fetch the ‘Atom_chem_shift’ loop from a NMR-STAR file for a given entry or a list of entries in CSV format. This function works on both macromolecules and metabolites data base. For metabolites entry ids should have right prefix (example ‘bmse000034’)</p>
<div id="examples" class="section level6">
<h6>Examples:</h6>
<pre class="r"><code>df1<-fetch_entry_chemical_shifts(15060)
df2<-fetch_entry_chemical_shifts(c(17074,17076,17077))
df2<-fetch_entry_chemical_shifts(c('17074','17076','17077'))
df3<-fetch_entry_chemical_shifts(c('bmse000034','bmse000035','bmse000036'))</code></pre>
<p>These data frames have the following columns</p>
<pre class="r"><code>colnames(df1)</code></pre>
<pre><code>## [1] "ID" "Assembly_atom_ID"
## [3] "Entity_assembly_ID" "Entity_ID"
## [5] "Comp_index_ID" "Seq_ID"
## [7] "Comp_ID" "Atom_ID"
## [9] "Atom_type" "Atom_isotope_number"
## [11] "Val" "Val_err"
## [13] "Assign_fig_of_merit" "Ambiguity_code"
## [15] "Occupancy" "Resonance_ID"
## [17] "Auth_entity_assembly_ID" "Auth_asym_ID"
## [19] "Auth_seq_ID" "Auth_comp_ID"
## [21] "Auth_atom_ID" "Details"
## [23] "Entry_ID" "Assigned_chem_shift_list_ID"</code></pre>
<p>Sample data output</p>
<pre class="r"><code>head(df1)</code></pre>
<pre><code>## ID Assembly_atom_ID Entity_assembly_ID Entity_ID Comp_index_ID Seq_ID
## 1 1 . 1 1 20 20
## 2 2 . 1 1 20 20
## 3 3 . 1 1 20 20
## 4 4 . 1 1 20 20
## 5 5 . 1 1 21 21
## 6 6 . 1 1 21 21
## Comp_ID Atom_ID Atom_type Atom_isotope_number Val Val_err
## 1 LEU H H 1 8.149 NA
## 2 LEU CA C 13 56.016 NA
## 3 LEU CB C 13 42.180 NA
## 4 LEU N N 15 122.739 NA
## 5 VAL H H 1 8.048 NA
## 6 VAL CA C 13 63.412 NA
## Assign_fig_of_merit Ambiguity_code Occupancy Resonance_ID
## 1 . 1 . .
## 2 . 1 . .
## 3 . 1 . .
## 4 . 1 . .
## 5 . 1 . .
## 6 . 1 . .
## Auth_entity_assembly_ID Auth_asym_ID Auth_seq_ID Auth_comp_ID
## 1 . . 20 LEU
## 2 . . 20 LEU
## 3 . . 20 LEU
## 4 . . 20 LEU
## 5 . . 21 VAL
## 6 . . 21 VAL
## Auth_atom_ID Details Entry_ID Assigned_chem_shift_list_ID
## 1 HN . 15060 1
## 2 CA . 15060 1
## 3 CB . 15060 1
## 4 N . 15060 1
## 5 HN . 15060 1
## 6 CA . 15060 1</code></pre>
</div>
</div>
</div>
<div id="atom-method" class="section level3">
<h3>Atom method</h3>
<div id="fetch_atom_chemical_shifts" class="section level4">
<h4>fetch_atom_chemical_shifts:</h4>
<p>This function will fetch the chemical shift data from all the entries for a given atom. The atom name should be in NMR-STAR atom nomenclature.</p>
<div id="examples-1" class="section level6">
<h6>Examples:</h6>
<pre class="r"><code>df4<-fetch_atom_chemical_shifts('CG2')
df5<-fetch_atom_chemical_shifts('C9')</code></pre>
<p>These data frames have the following columns</p>
<pre class="r"><code>colnames(df4)</code></pre>
<pre><code>## [1] "Entry_ID" "Entity_ID"
## [3] "Comp_index_ID" "Comp_ID"
## [5] "Atom_ID" "Atom_type"
## [7] "Val" "Val_err"
## [9] "Ambiguity_code" "Assigned_chem_shift_list_ID"</code></pre>
<p>Sample data output</p>
<pre class="r"><code>head(df4)</code></pre>
<pre><code>## Entry_ID Entity_ID Comp_index_ID Comp_ID Atom_ID Atom_type Val
## 1 10001 1 1 ILE CG2 C 15.700
## 2 10001 1 6 ILE CG2 C 17.900
## 3 10002 1 3 ILE CG2 C 17.516
## 4 10002 1 18 VAL CG2 C 22.278
## 5 10002 1 19 THR CG2 C 21.957
## 6 10002 1 26 THR CG2 C 21.779
## Val_err Ambiguity_code Assigned_chem_shift_list_ID
## 1 0.4 1 1
## 2 0.3 1 1
## 3 0.4 1 1
## 4 0.4 1 1
## 5 0.4 1 1
## 6 0.4 1 1</code></pre>
</div>
</div>
</div>
</div>
<div id="data-manipulation" class="section level2">
<h2>Data manipulation</h2>
<p>There are few data manipulation functions are available to facilitate plotting.</p>
<div id="convert_cs_to_n15hsqc" class="section level4">
<h4>convert_cs_to_n15hsqc:</h4>
<p>This function will reformat the chemical shift data frame into a data frame which is easy to plot the N15-HSQC spectrum from the data.</p>
</div>
<div id="examples-2" class="section level4">
<h4>Examples</h4>
<pre class="r"><code>n15hsqc1<-convert_cs_to_n15hsqc(df1)
n15hsqc2<-convert_cs_to_n15hsqc(df2)</code></pre>
<p>The output data frame will look like</p>
<pre class="r"><code>head(n15hsqc1)</code></pre>
<pre><code>## Entry_ID Comp_index_ID Entity_ID Assigned_chem_shift_list_ID Comp_ID_H
## 1 15060 25 HE21 1 1 GLN
## 2 15060 26 HE21 1 1 GLN
## 3 15060 44 HE21 1 1 GLN
## 4 15060 47 HE21 1 1 GLN
## 5 15060 53 HE21 1 1 GLN
## 6 15060 96 HE21 1 1 GLN
## Comp_ID_N H N
## 1 GLN 7.703 112.158
## 2 GLN 7.393 111.116
## 3 GLN 7.600 111.932
## 4 GLN 7.884 115.368
## 5 GLN 7.337 113.885
## 6 GLN 7.519 112.512</code></pre>
<p>This data frame is easy to plot using any plotting library</p>
<pre class="r"><code>library(ggplot2)
plt1<-ggplot(n15hsqc1)+geom_point(aes(x=H,y=N))
plt1</code></pre>
<p><img 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" width="672" /></p>
<pre class="r"><code>plt2<-ggplot(n15hsqc2)+geom_point(aes(x=H,y=N,color=Entry_ID))
plt2</code></pre>
<p><img 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" width="672" /></p>
<pre class="r"><code>plt3<-ggplot(n15hsqc2)+geom_point(aes(x=H,y=N,color=Entry_ID))+geom_line(aes(x=H,y=N,group=Comp_index_ID))
plt3</code></pre>
<p><img 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4DzwRR6AADahZ+f3+LFi4OCgkTkk08+efXVV71dEQAA8G0EeAAA2kvfvn2fe+451+u//e1v27dv9249AADApxHgAQBoR9ddd92CBQtExGaz3XHHHeXl5d6uCAAA+CoCPAAA7esf//jH0KFDRaSoqOjmm29WVbXapDlRqTtVo3M4eSoeAACcLxaxAwCgfRmNxsWLF0+dOrW2tnbt2rWz736195V/cp3Sa9TkHtbpA+tD/Z3eLRIAAFz8GIEHAKDdJSYm/utfZx6G3/TOw6W5X7le25zKzhPGF74ML6ziK3UAAHAOBHgAADpC5PAbBky8Q0ScTvuXr15vritrPFVvVd7aFmK1M50eAAC0hQAPAEC7czjli8MBl97wYmTPkSJSX1m4ZXG6qjZNm682a77N9/NegQAAwAcQ4AEAaHcnKvUNVkWr95v0mwy9f4iIFO5bt3/9P937HCoxeKk6AADgGwjwAAC0u4qGMzfckJh+V6S/JiJ6Y1BgRMJZfeq5KQMAgLawZA4AAO1O4/Z4e58x8+vKjvccmRoaO9C9j5b8DgAA2kSABwCg3UUHOdwPh818sHmfqLP7AAAAeODbfgAA2l18mD3c/xz5fFh3S8cUAwAAfBQBHgCAdqeIzBra0EaH+FD7JT0I8AAAoC0EeAAAOsKwOMsvhjZoWtrrPTbYfuulNRruyQAAoE08Aw8AQAeZ2M80sm/AR7vsh4q1JpuiiMSG2Ef1tFzex6zTqN6uDgAAXOwI8AAAdJzeUXLLZSaLxWK1KzqNyqg7AAA4fwR4AAC8wKBjyB0AAPw4fPMPAAAAAIAPIMADAAAAAOADCPAAAAAAAPgAAjwAAAAAAD6AAA8AAAAAgA8gwAMAAAAA4AMI8AAAAAAA+AACPAAAAAAAPoAADwAAAACADyDAAwAAAADgAwjwAAAAAAD4AAI8AAAAAAA+gAAPAAAAAIAPIMADAAAAAOADCPAAAAAAAPgAAjwAAAAAAD6AAA8AAAAAgA8gwAMAAAAA4AMI8AAAAAAA+AACPAAAAAAAPoAADwAAAACADyDAAwAAAADgAwjwAAAAAAD4AAI8AAAAAAA+gAAPAAAAAIAPIMADAAAAAOADdN4uAADgNd/UHdhYs6vYVhGgNQ71T7w29LJwXbC3iwIAAEDLCPAA0BXlW4vvOv6vHfWH3Bsf0bz+cNzCO6NTvFUVAAAA2kCAB4Aup9B6etbhB4ttFR7t9U7znwtfr3bU/yn2Bq8UBgAAgDYQ4AGgy3mk6PXm6b3Rv4rfvzbsssF+vTuwIgBeUOGo2V53sNRWGaDxGxnYv68x3tsVAQDOgQAPAF1Lqb1yXfW2Njo4VOfbZRue6vHrDisJQAercdT/teiNjMqNVqetsXFc4OBnet7Fl3cAcDEjwANA17KzLsepOpuOv66UpQUSa5Tr42VgkKtte/1B14viWl1+ha7BqoT4OXtH2CMDHR1fMIALq8Jek3LkoRzzCY/2bfXfTz90//v9Hr0iaJhXCgMAnBMBHgC6lkpH7ZlXqsjSAnm3SFSRYw3ydaVcEio3xsvwkAp7TXGtbtWeoPyKptuEIjIw1nrd8Lowf2fLbw3AFzxU+Grz9O5iVq135v1z2+BXg7T+HVwVAOB8sA88AHQtYdogEZF6h/wlR94pEtXt3K5q+eP3ct+B4K9C/rMp1D29i4gqcrDY8O9NYeX12g6tGMCFU2Q9/WHlljY6lNorMyq+6LB6AAA/CgEeADozxdSgO5arz/lee+K4YrOJyKjAJE2BRe7ZL9sqRUQUkbQ4uaOnhOvPXLO/9uCf31n56JgTu1eLqnq8Ya1Fk7E7yLMVgI/YUrtXlXP8H7y5LrtjigEA/FhMoQeAzkmpqfbbuEF3JKcxhKs6nW34Jfutqube7511FhERg0b+kChTo0REZsfKp2XyTqGctopIef53n790XVjckGEzHki89EaNpul+kVeuL6zUJYTbO/5DAfiZSuxn70BRaJIym9TbZUyYGM6M67SxSwUAwLsYgQeATkh7ujRw6Wu6w4fch9BVm+0fL/77xptvtrvSe3ejvDj0THoXEb0i18TIWyMn3f1ocHRfV1vVyQNb3rh5zZOXegzF557WCwAfFOjxcPvL+fLA9/LYYSlvWo4+QOPX0WUBAM4PI/AA0Ok4HH6ZKxSTyb2t1mq9fe1nmUeOug4vuWy0/ZHEvXr3hawUf43xf3stCJhxc+/k/8v/btXurEerTn4vIvFDp4uinPVuFr7/BXzSIL9eZx0H/rCkRb1dxOh6OdijDwDgokGAB4DORn/kkKay3L0lp7xy3odrD1dUiogict+4UQ8uWSqRUVtr935Zu6fIetpfYxwe0DclbHykLuS9AlVRNL1Hz+s1ak7+rg8PfPr8kKn3evwIo56n4AGfNC5wcIIhpsBaeua4KcCf2SRSEWVuxCQvVAYAOA8EeADobLR5R90Pd54quWb56hqrVUQC9fr/zrxq3sD+5hPHbZHRE4KTJwQne1weF2rfXWgUEUXR9B41p/eoOc1/RFwID8ADPkmnaJ/u8ZuFeU84VaeISOAPvwr+EOBvCZ40IqC/l6oDAJwDcyABoLPR1Ne6Hw6NjhoQGS4iPYKDPr3hl/MG9hcRTV1tyxeLDI+zaDVtDbAHGZ0Du9na6ADgYjYtdMxrZVcEOrQiHlPo5VdFMS9+JkptjfeqAwC0hQAPAJ2Nqj1rdpWfTvte6sz5gwZsv/WGS2JjzrTqWl2FLjzAOS2pobWzisjs4fV6LVPoAV+lO3r4pt3m/V8PezgvLlET6GocV+S/eceglw720tfWGTd97t0KAQCtIcADQGfjjIr2aEkICX7rF9Mj/JpWlnZEevZxN3mAafqgBk2zW4RBq6ZdUjc8znKBKgXgBfp9e0Sku0X/l6Pxj5QkuBqnnwgaWx10psPh7xWL2Wv1AQBa55PPwH/22Wcvvvjiq6++2r179+ZnDx06tHLlyhMnTlRVVcXHxw8ePPj6668PDg726FZdXf3ee+9t3769qqoqMjLysssuu/766wMCAjrkEwBAO7IPHGLY9pXHxm8/UEUU8Q9w9Onb9ptcNaBhRLxle75ffoXObFcCDWpilG1sL3Ow0dkeNQPoMNriosbXIcYzK8/vKSk12e3+Op2IiMOhOV3i6MFa9ABw0fG9AK+q6qZNm1o7+9FHHy1atEhVVY1GExwcfPTo0aNHj27evPnpp5+Oj49v7FZeXv6nP/2prKxMRPz8/EpKSlavXr1z585nnnkmKCioIz4GALQbR3Q3W/Io/Z6dciavu1NExDxpqqo/90bukYGOmYPr26dGAN5jbhpdjw44sy181pFjw15/+9EJl944ZKBGURQzI/AAcDHysSn0TqczMzMzOzu7xbPl5eVvvfWWiNx2220rVqx4++23Fy1aNGjQoOrq6pdffll1G4x67bXXysrKEhMTX3rppeXLlz///PMxMTGFhYVLly7toE8CAO3JPGW6fWiyeKZ3EY3GMulq29AR3igKwEVB9W+abzi6e7cbhiS5/qEorK27/ePPLn3r/c+On3D6MycRAC5GPhPgd+7c+cILL9x5551vvPFGa33Wrl1rtVovv/zy2bNn6/V6EYmJibn//vu1Wu2+fftc4+0iUl1dvX37doPB8NBDDyUkJCiK0rdv34cfflhENm/ebLVaO+YTAUA70mpNM1Mb5i+0DRziDA1T/fydUTG2EaPrb/61dcxl3i4OgDc5E5rmxmsVZcm10zYvTBufEOdq2VtaNisj85e//8O+ffu8VCAAoFU+M4X+m2+++eKLL9ruc+LECRG5/PLL3RtjYmLi4+NPnDhRUFAQHR0tIlu2bHE4HCNHjuzWrVtjt8TExMTExGPHju3cudPjHQDARzl69nH07OPtKgBcXCwjxui+3+e+TMaY7t0+u2HOF/kFf/x88/dlFSKyafPmqVOnzpo169FHH01ISPBesQCAs/jMCPz111//wg9aW2quuro6ICDAPZa7GI1GETH/8DSX6xvlkSNHenS75JJLRKS1+fkAAACdgDMu3jLuiubtU3olbLvlhn/Pne0a8HA6nVlZWZdeeunDDz9cU8PO8ABwUfCZEfjo6GjX7UREtFpti33++c9/Nm+sra0tLCwUkV69zkwYq6ysFJG4uDiPnq417auqqi5QyQDge/KtxcvKPtlRf6jOaQrVBl4aNGRBxNVxhihv1wXgQrKOn6wGBRu3bjxrsTpFkaHJN9z74C8czsWLFz/33HP19fVWq/X1119ftWrV7373u9/85jcGg6Gxe51Fc6xcX2PWGHVqfKg9LtTuhU8CAF2MzwT4H8tms9XW1ubl5S1fvtxkMk2YMKFxFfrq6moRCQwM9LjEtf686ywAdEH/Kfng76fetqlNv4Vvrs3+f8Urnuxx581RM7xYGIALTFFsI8fYBw/X5eUqZaWKzeYMC3f06ecMCxeRQJHf//738+bNe/bZZ9955x2Hw1FRUfH444+/+eabDz74YFpamsWu+Wh/4K5CP4fbtpJxofbrhtf1iiDGA0A76rQB/o9//GNeXp7r9YwZM26//fbGU66I3ny7uDYCvNPpHDt2bPP2Z599dtKkSedZkk6ni4piFKtLCwgIaO0BEHQdRqPR+MPGyxeV5/Pff+zkkubtFtX2x4KXIkPCb4m7tuOr6pSCg4ODg4O9XQW87GK5I7htsushKirqrbfeevDBBx999NEVK1aISEFBwd133/3mW0sHp/xT232iR/+T1br/fhV291WS3LN9S+40wsLCvF0C2ldDQ4O3S0An5DPPwP9YvXr16t27t7+/v4hs2bLFfQE89/3kmrPZbO1eHABcZIotZY8cfrmNDvcffrHaXtdh9QC4SAwePDgjI+PTTz9tXDxo547tS//vyg3PXV118oBHZ4dTFm2WOkuHVwkAXUanHYG/7777RERV1U2bNr344osvv/xyeHj4uHHjRCQsLMxkMtXX13tcUldXJyLh4eEtvmF8S19RG41Gh8NxzmJcD+2rqup0Os/ZGZ2VVqvl70BXpiiKRqORi/WfguWbX2qQtr6+rLDVZJVsuTF2WoeV1FlptVqn09n2V8noxBr/KfCtvwaTJ0/etm3bBx988MAD/3vixHEROfn9Z5mPjex/xa0jZ//NP6Rp/eB6i2w66JwxzGc+mle4/hr41t8B/AT890V76LQB3kVRlEmTJp04cWLlypXr169vDPCnTp1qHuBdLS0GeI1Gk5mZ2by9pqbGtSRe2zVERkaKiMPhYIW8riwiIsJsNjOZqsvS6XSu2ZJWq7W2ttbb5ZxFU1OdfXKXuK/secoi3T3n+W8r2z/TOKYjC+t8XHeE+vp6i4Uxyi7KaDS6HqDwxTvCVVdd9cqKbX/5x+K96562mWqcDlvO5teO7Xh/1kPfhMUNbuy2r8A+rger1rfFdUeoqamx21kyoJNrvuoW8DN1nin0lZWVrpTe/NTgwYNFpLS01HXo+h361KlTHt1KSkqE55EAdD26g/vrtG6/RObUyS275YkjUmh271br9LGwAeCCs0rg8Gsemvd03rCZD2p1RhEJjkoM7T7QvU+NqfP8egkAF5vO8y+swWBYunTpa6+91nxOu2uwKyIiwnU4bNgwaWm/9z179ojI0KFD271WALiYaE6Xxlj1TcdLCkQV2VwuX1X80KSKSDddy08YAeg6jDpVRIyBEaPnPD37sX29R80ZO/9finLW75NGPdOGAaC9dJ4AHxgYGBsba7fbt23b5t6uqupXX30lIomJia6WCRMmaLXa7Oxs9wXni4uLDx8+HBAQcOmll3Zk2QDgdYrNemVFiIh0t4y6rPx+ZU+tiOiDQnpOm6ecuU0oIjI+eLg3qwRwEYgNbpqtE9Kt/+S7VnYfOMWjT3zouZcHAgD8NJ0nwIvIL37xCxF55ZVXtm/f7hqHr6mpef3117dv3+7v73/ttWc2QAoNDR07dqzJZHr22Wddj59VV1c//fTTqqpOnjzZYDB48SMAQMdTAwOvrOyeWvzcjJL/JJZdrTqdIhIalXRV7bO/OEYHoQgAACAASURBVPVGsC1eRC5Ru18aOPhc7wSgk+sRbo8JbiufKyIje5jb6AAA+Dk61SJ211577bZt2/bu3fvEE09otdrAwMCamhoRMRqN99xzT0xMTGPPO++88/Dhw9nZ2QsWLIiPjy8oKFBVtWfPngsXLvRe+QDgHdaExNcqr4yw9hERm+nM1CS9f4iIRNqSZpz+z9aIO/+bcJdG6VTf+QL4CRSR64bXLfom1NHKZhpjepl7RbAwGwC0l04V4DUazeOPP/7pp59u3Ljx1KlTDQ0NiYmJ/fv3T0tLi46Odu8ZGRn5wgsvvPvuu9u3by8qKoqOjh4/fvz8+fNd+8YDQJfytWHEMb8Q12ur6cza0Qb/UNeLIHvs/5b8tc9lvbxTHICLTN8o24LRNSt2B5tsisepcb3Ms4fXeaUqAOgifDLAv/POO62dUhRl2rRp06ade6fi0NDQu+6666677rqgpQGA79lRFND4unEEvjHAi8gh/Ui7s0LHADwAEREZ2t2aGFn57XFjbpmh2qQx6tQeYfYxPc0J4Yy9A0D78skADwC4UFSRk9VN9wLr2VPoXcx2TXm9tlubD74C6FICDM4pA0xTBpi8XQgAdC0EeADo0uwOxf1Z1sheoyb/JsPaUBUWP8S9m7nZXFkAAAB0MAI8AHRpeq1q0KlW+5l87h/Srffoec27hfixsTMAAICX8UQjAHR1faNsbXcID3CGBTB/HgAAwMsI8ADQ1Y1PPMdTrBP6mphADwAA4HUEeADo6vpH2yb0bTXDD+xmvbw361QBAAB4H8/AAwBk1tD6iADHpzmBDdamsXa9Rh3f13z1wHoNX/YCAABcBAjwAABRRK5INI/pZck9rS+u0aqqEhnoGBBjCzA4z30xAAAAOgQBHgBwhkGrDo61Do71dh0AAABoCdMiAQAAAADwAQR4AAAAAAB8AFPoAQAAziixVXxU9fUBU55VtcfpI6eGjh4XONjbRQEAcAYBHgAAdBUF1tIN1duPWU4qoiQau08PHdfDEO065VSdz5dkPFe83KraG/u/ULLi8qChL/W6r7EbAABeRIAHAACdn1m1Plr0xltl6+2qo7Hx/4oW3xI186/xtxoV/Z8LX19Utqb5hV/X7U858r/rk56N0YV3YL0AALSAZ+ABAEAnZ1cdNx99cvHpte7pXURsqv310x/deuypr+v2t5jeXQqspY8VvdneRQIAcE4EeAAA0Mm9Xb7hi9pdrZ39tGbH34rebPsdVldtqXbUX9iqAAD4sZhCDwAAOrklZR+33WGf+ZhU2eRYgxxtkLx6OW6S54eIsWmcw+q0ZTfkTgxObudKAQBoCwEeAAB0ZjWO+oOmfLE4Ja9BjtTL0XqxOuX+vlJolvwGyTfJ4XrriQY5ZTnrsuMNkhTk3lDpqO3QugEAaIYADwAAOqG6uroDBw5kZ2fvPLhbdh+QnDqxq2fOKSJfljcdtqjQ7BHgw7XB7VYsAADnhQAPADgHVZWDJYZDJYaKBq1GUbsFO5LjLT3C7Oe+EviRtMeP6nMOaspPKyKOkDBH3/62pMGiOa8le8rLy/e6yc/PV9VWIroqnuldp0i8n/QPlF4B0stfkoIkXO9+3qDRjwjo9xM/FQAAFwgBHgDQlooG7bIdwYVVTfeLQyWyKdd/ZA/LnOQ6g67NMUzgvCkmk9/aD3R5RxtbNEUF+oP79N9uNafOc0ZENr+kuLg4Ozs7JycnJydn9+7dubm5rSb25oJ00stf+gdK/0DpHdBjQK8itVyVVi//ZfjEEG3gj/xMAABcYAR4AECr6iyaV78KrWxoYfxzd6Gx3qr86tIaRen4uuBLFLNZVFX192+rk8MR8MF7mpOFIiKqSNNfKlVbVhqQsbR+4R1qYJArsWdnZ+/Zs+e7776rqKg4zxo0Oq0z3tDGAPudcaknbWX/Lc1s8fJehti/xt16nj8LAID2Q4AHALRqw8GAFtO7y+FSw65C46gES2sd0JUpNdXGbV/pDh9UGupFRPX3t/cbaL10vDMsvHln/d5dZ9K7NKV3h6rmlFceLKs4WF7+zYqsHcdP1NTUnOdPDw0NTUpKSk5OTk5OHjhwYN+B/efl/3Vn/aEWO48NHPSrqGt1ijZSF/rsqfcsqs397MTg5H/3/EOULvQ8fzQAAO2HAA8AaJndqewuMrbdZ+cJPwI8mtPm5/lnrVDM5sYWxWTS79utO3TAPOs6e78kj/76A3tFxOZ0Hqmo2l1curO45OvCU4fKKywOx/n8OL1eP3DgwCFDhgwZMmTw4MFDhw6NiIjw6PNe4l//58S/11R/7dGeGjb+uZ53GzR6EflDt3kLIq9eU/X196bjJqclwRAzJWTUmMCBP/bjAwDQTgjwAICWldZqrfZzzI8vqOI+Ak+ammr/D5crNmvzU4rN6pe1qiH9DmdUtIjU19fn5uYeOnTo4Dvv7zpVsruk1Gw/r8QeFBQ0aNCgESNGuAbYBw0aZDAY2r4kTBe0JPGh7Ibcj6u/PWIuVET6+fW4NvSy4QF93btF68JujbrmvD8rAAAdil+8AAAtM5+d3mtKDh/d9m5xzqakiXckjrvR1Wi1Kw6naM9rjXB0FYavN7WY3kWk2mI9cPrkjsf++p1Tyc7Ozs3NdZzHGLtOo+kXHjri8isGjxk7ZMiQFgfYz1NyQL9kFpMHAPgsAjwAoGWBBqf7YdWpg3uyHhOR4Kg+jQE+wKCS3nEWVdXl5jQeOVR184nCb08W7yk+vaf0dH71eT3ErlGUsXHdrugRNyw6elhM5ICIcL1GU3/n752hYe1WNwAAPoAADwBoWUyQI8jorLOcCejd+k9QFI2qOosPb2rskxhpa+VqdFVmk2IyOVX126JTq3JyVx46UlLf0FpfrVbrMQLfIzjo+sFJd4wY2is0xL1dDQ1zhrCMHACgqyPAAwBapihyeR/zJ4cCXIfGwIiw+KGVhXtrTx+rrzgRGNFTRK5INHm1RlxcVFXdtWv32i+2rDqUe7KuzuOsVlEGRIRHBPhVmMw5FVVOp7MxvRsNhll9ev5qxNDJvRJaXHfBOmqcsGMhAKDLI8ADAFo1qb/pyGl9XvmZHbNjB0ysLNwrIsWHt/S9dIE+dochJFAkxqs14qKwb9++Dz/8cPXq1QUFBe7tWkWZ0DM+tX/fCD+/XSWly/YfOlh+1ubtycnJaWlp8+bNi92327Bta4tvbu87wDpyTDtWDwCAjyDAAwBapdOov7qsZs3+wO0n/JxOiU268uAX/xGRk0c+K5t5+ntDxtsHDc8m/DYtYoq3K4V3HDp0KCsr68MPP8zNzfU4dUlszI1DBl7dO2Fr4cnX9+zfU3La/Wx4ePgvfvGL2267bciQIa4Wy8QpztAw49aNrn3jXVSd3jp6nPXyK0XDWgsAABDgAQBtMmjVXybXfeT3j8On9f6jQkRRRFWPHs1Qgw+JiMlpuSf/hUhN8FVhDJB2IQUFBevWrcvIyMjOzvY4lZSUlDp1arq9/kRV1bL9h/5v09cmu73xrFZRruyVsPCee6bfsECv13tca0u+xD5kuLbguKa8TBwONTzCntBb9fdv988DAICPIMADAM5hY82uNQ3rJVAkUCTBT06Y1MIGKbdKpEFEnKL++fBzU0YsUQx+3q4U7auoqGjt2rWZmZk7duxQVdX9VFJSUkpKypw5c0Rk1apVM99eWVBc4t5hQER4+rBBC5OHhF433zY0ubUfoep09j79pA87vQEA0AICPADgHD6o3Nx0MDxETphERPbXypWRrraj+roDX741dNqvvVEd2t2pU6c++uijFnN7z549Z8+ePX/+/F69em3YsOHBBx/cvHmze58Qo2FWv8Sbhg6cnNjb0auP9YpJtti4Dv8EAAB0EgR4AMA55JhPNB0MD5E1JSIiO6sbA7yIHD79fXJZqSOKBe06j8rKyk8++SQrK+uLL76wu02DF5GEhIQZM2akpqaOGzcuOzv71Vdf/eCDD+rOXnY+OTk5PT19bmpKkM0motaHhql6Q8d+AgAAOhsCPADgHMyqtelgeIhoFXGo8ulpmRktg4NdzQ1ahy73MAG+E6iurl6/fn1WVtbGjRttNpv7qbi4uGuvvTY1NXXs2LGlpaWZmZl/+tOfDh486N4nNjY2LS3tpptu6tOnj6vF2XG1AwDQyRHgAQDnEKuLOCj5Zw4i9HJdrKw8JaE6MTdFs3izQamqaPl6+AKTyfTpp58uX778yy+/tFqt7qciIiKmTp2alpY2ceJEp9O5devW22+/fd26de7x3mAwTJo0af78+ddcc41Ox28XAAC0C26xAIBzmBQycmPt7qbjWxLEKXJDnISeWUXcoGomVgVLrOKd+vAzWCyWL7/8Misra82aNQ0NDe6nwsLCpk2blpKSctVVV+l0uiNHjjzxxBPvvffe6dNnbQiXlJSUlpa2YMGCyMhIAQAA7YkADwA4hwWR0/5d9F6ZmM4cGzTym17uHe4siA6zaS3h4V4oDj+J1WrduHFjVlbWxx9/7PHsemho6PTp01NSUqZMmaLX62tra1etWrVixYpNmza5dwsJCZk9e3ZaWtq4ceM6tnYAALouAjwA4BxCtYFvxP5+ftE/TdoWHme+vCr48aM9RFHs/QZ2fG34URwOx86dOzMyMlavXl1TU+N+ys/Pb+LEifPnz58xY4bBYFBVdfv27RkZGStXrnQfmddoNKNHj54/f/68efP82aEdAICORYAHAJzbZd3Hf7n/6P9qPtkY0ZT6gh3a353o9lBenNGp2IYmOyOjvFgh2uB0Onfs2JGZmfnhhx+WlZW5nzIajVdeeWVKSsqsWbMCAwNF5NSpUytWrHj77bePHz/u3jMuLm7u3Lk333xzz549O7J4AADQiAAPADgvfScv+OhDXfH3B3cH19dpnfEWw5iaQH+HRkTsvftarr7G2wXCU2Nuz8zMLC0tdT/lWnMuJSXlmmuuCQ4OFhGr1ZqVlbV8+XKPTeOMRuP06dPT09MnTpyoKCxzAACANxHgAQDnRdXpTHNvjNq355rd27UlpaKqoiiOmBjbyLG2YSOEaHcxOXToUFZWVkZGRn5+vnu7VqsdNWpUamrqnDlzGtecO3To0IoVK5YtW1ZRcdY+AsnJyWlpaXPnzo2IiOi40gEAQOsI8ACA86YotuEjbcNHKjab0lCvBgSqer23a0ITV25ftWrVsWPH3NtdD66npqZed9110dHRrsbq6urMzMy33npr79697p3DwsJSUlJuvfXWoUOHdlzpAADgPBDgAQA/mqrXq6Fh3q7ip6h21K+t+mavKbfBYemmD78yeMQVwcMU8e3pAzk5OZmZmatXrz5y5IjHKdcoekpKSmxsrKvF6XRu2bIlIyMjKyvLbDY39tRoNBMmTEhPT3ctYtdx1QMAgPNGgAcAdBVvla1/9OQbdQ5TY8sLJStGBvR/udf9/fzivVjYT1NQULBu3brMzMzt27d7nEpKSkpJSUlLS+vdu3djY1FR0apVq958882CggL3zn379v3lL39544039ujRowPKBgAAPxkBHgDQJfy7ZNXfTr7ZvH13w5FZRx5Yn/Sv3obYDi/qpygqKlq7dm1mZuaOHTtUVXU/5crtc+bM6du3b2OjxWLZsGHD0qVLN2/e7N7fz89v2rRprE4HAIAPIcADADq/o5aip04ta+1sub3mgYJXMvo+1pEl/VgVFRVr1qxZvnx589zes2fP2bNnz58/f8CAAe7t2dnZy5cvX7lyZWVlpXt7cnJyenr6nDlzXPvGAQAAX0GABwB0TnanUlCpq7VodBp1ZflnNtXeRueNNbvyrcW9Lr5B+MrKyk8++SQrK8tjdzcR6dGjx8yZM1NTU8eNG+feXlpaunr16nfffffAgQPu7d26dUtJSVm4cOGgQYM6onQAAHChEeABAJ2N3Smf5wR8dczfbG+cGX7/dL+J28JfqNIfE1Wk3i5BnnfA7XUHe0VcLAG+urp6/fr1WVlZGzdutNls7qfi4uKuvfba1NTUsWPHuk99dzgcW7duXbp06bp169wvcW35Pn/+/GuuuUan474PAIAP40YOAOhUbE5l0dcheeWe+9vFmcekFL/xacz9pzatl//my+09ZWaM+/LzlY7aDi20JWazedOmTRkZGevXr7dare6nIiIipk6dmpaWNmHCBI1G437qyJEj77///nvvvXf69Gn39gEDBsyfP//GG2+MiorqiOoBAEA7I8ADADqV9d8HNE/vLlrVeNmxP3zw2mtSZ5cXjkk3o4wKbTwb4TQatn+tO35UqalRdVo1prt10FBHn74tvtWFZbFYvvzyy6ysrDVr1jQ0NLifCgsLmzZtWkpKylVXXeUxfl5bW/vxxx+vWLHCY3W6kJCQ2bNnp6WleUytBwAAvo4ADwDoPMw25es8v+btTqe9+tShioLsI18tkRqbiMjoMPf0LiIT1+w0Vjiajk+XHsvbdqBfpGX0mJ4BPYb49dYoGrmgrFbrxo0bs7KyPv7447q6OvdTISEhM2bMSElJmTx5cvNd2bOzs5cuXbpq1ar6+vrGRo1GM3r06Pnz58+dOzcgIODClgoAAC4GBHgAQOdxrFzvcJ61I1r+rg+y1/69qmi/w25pavXTyO/7uHebUhna1y29fxZZ/VC/wn3BDSIiJ74UkR6G6D/F3nhj5NSfX6TD4di2bVtmZuaqVasqKircT/n5+U2cODElJSUlJcXf39/jwuLi4oyMjGXLluXl5bm3x8XFzZ07Nz09vVevXj+/PAAAcNEiwAMAOo9qk+cgudNhK8//zrPf7T0l1th4FGk3vHiwZ+Phaz1K703KV8/eGb3QevreE/9vT8ORZxLu+mm1OZ3OHTt2fPLJJ80fVjcajVdeeWVKSsqsWbOab+3mGqjPyMj4+OOP3ReiNxgMM2bMSEtLmzp1qlar/WlVAQAAH0KABwB0Hnqt6tESkTBCRPxDukUkjIjoOSIiIVnXL+rzEX9p7DCiNmDR9wNO6SetThhT6BdvVfTl1sPjTu/7Pnxljf6Ex7stKft4bOCguRGTzr8kV27PzMzMysoqKSlxP6XVasePHz9v3rxrrrkmODi4+bU5OTkZGRnvvPNOeXm5e3tSUlJaWtpNN90UERFx/pUAAABfR4AHAHQe3YIdHi0h3fpf/69T/qFN+8NF2rf0Koqu1zriLMYpFSGjZeir4Wn5fmdG4PO2v79p0U16Y1DCJanBVw8suvSgaM4ai/9/pSvPM8AfOnQoKysrIyMjPz/fvV2r1Y4aNSo1NXXOnDmRkZHNL6yurs7MzFy+fPn27dvd28PCwlJSUm655ZZhw4adTwE/h+7oYX32Lu3JAsVsVgMC7T162kaNc8QntPfPBQAAbSDAAwA6jx7h9qhAR1l903xyRdG4p3cRuaFk/5D63q7XDp3+H0m3F9jCGs/uWfOE6nRYTdVHv1oqX4k2PMBxbw+5vGmg+5Ap/6S1LM7Q6sZsrty+atWqY8eOubdrNJoxY8bccMMNs2bNCg0NbX6h0+ncsmVLRkbGRx99ZDKZ3C+cMGHCvHnzUlNT/fxaWKLvnE7ZyjdUbz9qKVJVtY+x+/TQcT0M0a32djj8Pl6tP3SgsUGpr9PnfK8/fNA6apxl0tWiKK1eCwAA2hMBHgDQeSgiqcPrl3wb4vScSn/G8Lp9Q+oPul6rfv5bL7u9oKgpvZcc2Vp18oB7f0dlg0QZ5WwnbS0E+JycnMzMzNWrVx85csTjlGvGe1paWvfu3SMjI2tray0Wi3uHoqKiVatWvfXWWydOnDVpPzExcc6cOTfccENCwk8c+rY6bU+eentR2Rqr09bY+EjRopujZjwaf5uf4rm+vYj4fb7ePb03UVXDzm9V/wDrpeN/WjEAAOBnIsADADqVpBjrvJG1H2QH2RyeA8VDJP8W80dqULAaGmbvnViXPOLNbRb3Ee2cza+5Xoyc/beAkNij2941VRcrfYZVyVlj6f6apkhfUFCwbt26zMxMj+nuIpKUlJSSkpKWlta7d+8WS7VYLBs2bFi6dKnHRu5Go3H69Onp6ekTJ05UfsZwt1N13pH/zMdV33q021XH4tNrj1lOvZv4F51y1up3mrJS/d5dbbyn4ZsttuRRarMV8gEAQAcgwAMAOptRCZbEKPtXx/yOlOprzFqDTo0PtY/uaR4UG2iXOxv3W3/wxH9s5jsaA7zqdFQUZIuI1uA/eMrdhoDwARPvcNjMm21/q9I3BXijou9j7H7y5Mk1a9ZkZmbu2LHDPXvLD7l9zpw5ffv2ba3C7Ozs5cuXN99GLjk5OT09/Ze//GVQUNDP/3PIqNzYPL032liz683ydbdHzXJv1B8+KKoqIma7o9xkOt1gigsKjAls2lVesdt0Rw/bhib//PIAAMCPRYAHAHRC4f6OWUPqZUirHY5ZTr5T8elc528bWxSNdvZf95zK2VhdnGMICHc1avV+GlXfdFm1feCu4Hl/ntM8tyckJMyYMeP6668fPnx4az+0qqpq1apVL7300t69e93bu3XrlpKSsnDhwkGDBv24z9mmN06vbfmExSl1dqlz/Gf/kmBDfXV1dVVVVUlJSXFxcU3e0eqKykqLpaSu3vXxXpkx5dbhZ/05asrLLmCRAADg/BHgAQBd0cdV3zpVZ72uNNAR09SqKN0HTuk+cIp7z3pdidTa5dtK2VwhO6uyHWfl9h49esycOTM1NXXcuHGt/SzX6nRLly5dt26dzdb0LLprG7n09PSZM2fq9frWLv9pLKptT0Nu03FuvbxZILn1UmMX+5mPUCRyt2xu+31ON5g8mxz2ljoCAIB2R4AHAHRFx62nRKTI75sYy1ARKc/fFZGQrGjOeiDc2lB1bO/y0n0r5LvKxtDr0r1791mzZqWmpo4dO7aNx9Rzc3M/+OCD9957r7Cw0L29f//+119//Q033BAd3fpq8D9Phb1GFVVEpNouS07IulJpZWE/D3qNJtLfPyrAL9Lfv1tgwICIcI8OakgLS+gDAIAOQIAHAHRFTlUVkYPBqwbXzndWNmQ9MdrgH9rv8pvHXf+Cw2o6efCz3G/ePrEn02m3ul8VERExderUtLS0CRMmaDSa1t7cbDZ/8sknzVenCw4Onj179ty5cy+//PLmVylWq6rVilbb/NRPEKYNEqcqa0rkrUKp/WHM3KiRML2E6yVUJyF6CdHdN3BBr5iEiIiIyMjIiIiI2Pra2A1Zbb+zvU+/C1IhAAD4sQjwAICuqKexm4hYNNUbox9O/GqEqKq1oaq2JHfz4vT8XR/YLfXuncPCwqZNm5aSkjJlypS257pnZ2cvXbp01apV9fVN76AoypgxY+bPnz9v3ryEhASPbeS0Jaf027/WHT+qmM0i4oyKsQ0aahs1Tv15k+r3bNvld1+OObfqzLFOkVnd5NYE8W/6giDBEPPQkAfPukxVnfu+05wsau1tbUmDnZGeW+gBAICOQYAHAHRClQ2ar/P8D5fqa8wag07tEeYYlWAeFGttnOw+PXTskyeXisgpzY7S7StcjQX7zlr1LTA46NqZ16SkpEyePNlgaGHL9EbFxcUZGRnvvPPOsWNnbTjXvXv3efPmLVy40LWTXPPJ9oZdO4wbN4jT2diiKSs1bvlCfyDbNHeBMzRMfrzi4uLHH398xYoVTYP/l4TKb3tLT8+93xZGTfe8WFEaZs0JfP8tpaa6+Ts7YrpZps1q3g4AADoGAR4A0NnsKjCuctsHvt4qlQ3afScNg2KtC0bVVpk03xX6FVQMmb77j99/+97Jr9c7as8ab1cMWnVkyMiZl2be9qp/mxueW63WjRs3ZmRkfPzxx3Z709JuBoNhxowZaWlpV111lU7X6q1Wl5tj/GK9qC08m66pKPdf9W7Dzb9Wf8yMepvNtmTJkqeeeqqu7sxmeX7xIeZbu8nEyOadRwb0vytmdvN2NTSsLv0Ovy0bdfuzlR/Wq1ONfrYRo62XT1Rb/zgAAKC9cRsGALSLakf9ltrsPMspraLpa4yfEDw8QON37st+tpxSw/LdwS2FYjlYbHh+Y8jBvdvydqzI27HcVFNy1mlFZGy4TIxQx0eMiRqyvO9j/tpW03tOTk5GRsa7775bVnbWnmpJSUlpaWk33XRTRETEOUs1bvqsxfTuoikv0+3dZRs55pzv47Jp06aHH3748OHDrkN/f/+777771rtvf7h00erKLR6dZ4Ze+kLPe/yUVqYV+AeYp12rTJmulJzSWC2qf4AjutuFejgfAAD8ZAR4AMAFZlcdzxUvf7n0w3qnubExXBf8x9jr74j+hSKtrtn+86kiWfsCWwzF5fnf5X699PjOFQ3Vp9zbFUWjqk4RCZw/qv42fYIh5raoa38dk6JXWrhF1tTUrF69evny5du3b3dvDw0NTU1Nvfnmm9vYBN7dIVP+rpKddcEHYo36y6sC+5ha/mpDf/jQ+QT4vLy8J554IiurafG5adOmPf300wkJCSLyeu8H7omZs7b6m8PmAlXU/n49ZoSMGxWYdM63VXU6NT7Bec5+AACgoxDgAQA/j6pq84/p8vOUuloxGK0x3e4MXP9R7bcevSrttX8ufP2o5eQ/evym/WoprNSdrjtroLiiIDv3m6XHd66oryhwb9dodN0HTekzZv7hrUtKc7eKSMqw//e/Q6Pi9C3MNnc6nTt27MjIyFixYoXJZHJ7E82ECRPmzZuXmprq53de8wsO1B27/cDfv609ICLSX0REUWV6cbDhn3kL+yf9on/iWUVWVbT9biaT6d///veLL77YuCpe//79n3zyycmTJ7t3Gx7Qd3hA3/MpDwAAXMwI8ACAn05TXua39kNtSdOY9tvxpz8adLy1/m+cXntV8Khpoec7LfzHKqn1nOadt/39A58813ioKJrovpf1GT2vz5j5/qGxdkv9N8t+KyJ+QVHGmMvsdTUSbne//OTJkytXrly6dGl+fr57e3x8/Jw5c2655RbXKPd5i0UPPQAAIABJREFU+q4+Z072I3UOk3ujWmNf/8y3cqD2s8P5G2+ckxzjtjO8w9HGu23YsOGhhx4qKDjzxURoaOgDDzxw2223tfHUPQAA8Gnc4wEAP5GmsiLgvTcVU4N7478TSlrr7/Lq6cz2C/CNC9c16jN2/t51T4tIWNzgfpel971sYUBYXOPZU4e+cNgtIhI3+GpF0RRV6XqG20XEarWuX79++fLln3/+ucMtRRuNxunTp6enp0+cOLH5kvIeqs2agkp9vUUJNDp7RdiNBuudef/0SO+Sb5JHDkmJRUTMquNYVY17gFfDwlt85yNHjjz88MNffvml61Cj0cydO/exxx6LimKDNwAAOjMCPADgJ/L7fJ1Hej9tsB8MMomIqCJ5DbKnWvbXilOkl7/0CZCe/tLT/5u6Aw7VqVU07VFSqL/nI9sRCSMuu+mVHsNmBkX2amw0157euuQ2Y1BkXflxV0vckGkiYrYphw4dWrFixbJlyyoqzpq+npycnJaWNm/evPDwlkO1u8oGTea+oIPFhsaH8RVFIqOLSvU2cZ8isLtaHj8idXYRkWCd868D4i3dxG37Nntif493rqqqeuaZZ5YsWdK46P2IESOeeuqp0aNHn7MqAADg6wjwAICfQlNdpc076tH4TVWpZBZLdo3srZEat7noX//wQqvY4vxuTr55+KBhgwYNSkpKSkxMvIBTvhMjbVqN6nCeNTY+cJLnU/em6uKCvWtERG8McrVE9RmTs/m1zc++fPRQtnvPmJiY1NTUBQsWDBky5DxrKK3Vvrw1tMF61jcUqiplpfEp2iVrY39dpz0lBSb5vEwyTopdFRGJ95MnBkq835e5tWOrz5SkBgZZRzbFcqfTuWLFikcffbRx3fuYmJgHH3zwpptu0mja5dsQAABwsSHAAwB+Cu3JQo+Wv2399u9f7zjHZQ5VCkwbCtZvWLPe1WAwGPr165eUlDR48OABAwYMGjSoV69ePzmR+v1/9u47MIpqawD4mZntNdn0kE56SKGEUKVKEQGlhSLqE5/tKdg/FbFgAVGfih312SgSepdQpZcACSGVBNJ72ZbtM/P9sWGz2RSSEEI7v3+cuXPn7t1lTXLm3nsulx0SaDia397m7QBgbKi1HpiNWgDgCeXbl/ZjLCZbBYqihg0b9uijj06cOJHL5Xa8AwwLa1KkDtG7DV2h6bXHJyclGa7Y7TzfRwrvhYGMAwAVPLO1jBUI9Q8nsvzGxHipqalvvvlmSkqK9ZTL5T7++ONvvvmmVCrteN8QQgghdKfDAB4hhFCXNJ88DwAJ3l5NJ1wSIiQQK4M4GQgpKNBDoQ4KdFCghyoj2G3zZjKZMjMzMzMzt2zZYi0RCARhYWHh4eFhYWHWUfpOJYobFmQ4XSAwtVgMb8+grbU/Nembpq0HBwfPmTNnzpw5bm5uLe67vsvVvHK14+/WhrrigpQNV8+ur756xvGGsa7wUhBwGwN+KU2yHA4dFmUYNpKVyQGgsrJyxYoVq1evZpjG1QHDhw//+OOPw8PDu9A9hBBCCN3RMIBHCCHUJUKRQ8FQH++hPt6mOMnZ+zgQIQG+3Sh0sNh2+KZ8zkhleFZWVk5OTnZ2dnZ2dnl5s43ZDQZDWlpaWlrTVHaJRGIL5sPDw8PDwz09PVvtlEpHfnbQqWUqO6tC0T+9lANKLu6+sO1dh0s8oWzSAxPmzZnVkex07bhc5Thcf+CbqUVpO8Bhb/peAhjhAqNcwb/ZZIGIAQ81TB3PUhQAmM3mX3/9dfny5RqNxnrV29v7rbfeSkxM7HL3EEIIIXRHwwAeIYRQV9C9HEfFJTzugbnT67iWoWFZV/mGVu+KEfV+PnAWj+D069fPVqhWq69evZqdnZ2bm5udnZ2Tk+OwZ5tWqz137ty5c+dsJTKZLDAwMOyauLg4Dw8PAPjxpLyt6L228FzpkbWHz4xj9Cb7coIgp0/7vw9emOwa5ZgxrgvUBsfJ8wKpuy16Fyt8/fs+TA73vDR4O7TopitHPtJnNEtSAHD06NG33norOzu7sRGB4IUXXli0aBGfz7/xTiKEEELoDoUBPEII3bXMrCVDf1VFN0hJUR9REI/ozp/5jExuCezNaZHHTmHm7DkfOi86/5ysweHSfdLYHwNea9kNmUwWGxsbGxtrK1EqlTk5OdYh+tzc3MzMzOrqavtb1Gq1wyi9k5NTYO8wnTjWyTvSyTtK4RsjkLoDgE5VXnA2KffYL/Ul6a2+kfsCg1b31rL/7GgIeZ7l8Tr5MTjiUqxDSWB8YsmlPQH9pgcMmOkRPBQIIkP6V8vonQDiY5+nxKSgrKzso48+SkpKsl0aN27c8uXLO7WOACGEEEJ3JQzgEULoLqRjDJ9WrPu95m8N3bhSXUQK5rqMfdPrERklbv/ejjPeP4la/QuhcwzUA/T8o2ciNo3y3eGmumosI4AIEfhMcR42StqXaBm5tsbJySkhISEhIcFWUl5enpOTY514n5WVlZubq9Vq7W9RKpUXzp0GOG0rETv7cIUyVUUOyzRt5E5yeMxQKWhpOKe0ljzg7wkARIOWk3nRHHejm7F5yWmHEu+IMbNWFBF22+ap+Fcc6ghJ/nKfZyYKB65YsWLlypVGo9FaHhwc/NFHH40ePfoGe4UQQgihuwMG8AghdLeps6gfuvxWlqHZLHQdY/i5eud+Vcr20OVeXJdueSFG7qSb87hg1xaqosy+nOXxTCPGTogbMKFbXgYAALy8vLy8vEaOHGkrqaioyLkmOzv70qVLOl2zvHoN9SVOgghb9C7zCFVX5jIWE6SqwdS0Xfz9gY37w1OFV288gI/2Mu7OEFkYgoVrzyoIwv6xBZ8Db3o9eapuRLGltJaXy5OVDZZEzncZl3rw7JA3hxQXF1uricXi55577sUXX+Td8KQAhBBCCN01MIBHCKG7zaKilQ7Ru02BqeKpgk+3hyzr4Ej4dTEKF90jC6jiAk7hVVKjZnl82sPTEhLBCgTd0n47PD09PT09R4wYYSv5IVl77FyesiyjpvCcsixTWZ7pFTHGpFP6xk7uPXg+xRXs+DAeAEBlbmpELI5wVViPqQYt3DC5kBkbpv87S9TW52uk4Z90dwB3dwB3AIWIjpWlLlz07MGDB60VCIKYOXPme++917U0+AghhBC6i2EAjxBCd5VMQ8HfqtPtVDilzTihvTRUEt1tL0kQtF8g7RfYbQ12VWyo6xV9gHfkWOspw1hokz5hzlfW6eu1RRe8I8dqVAUaVQFoLdY644P8bZH2jS+AtxoVqjPRcOiyyCHxPBAALDTbQk+nTN60/It9X9i2oI+JiVm+fHl8fHy39AQhhBBCdxkM4BFC6K6yX5XSeMSwUKSH3AaIkIBvs73KDqjPdWcAf9tI8DNsuyhhrkXIJMkhBVLbVRe/vuNf3ndCsSJHsgU+y4fkagAYG+hnq0C7undLNwiACRG62F6m04WCglqO3kyIeazJQlRpqaZKLJt38s+Uja/r1ZXWAidnxWuvvrJgwQKKolpvFyGEEEL3PAzgEULo7lFRUXHqwDE4VwK5DZChaRxnXuAHic0C+GJT1a3p301GknB/uG5vluMG9TYaTkmOZAsAQKoaAEiCGOXn03iNICyRMd3YGS+Z5aHoxjn5WiP54V6F7VJt4blTaxdW5Z+41m1OyLAnXnl9ycMJN33dAUIIIYTuaBjAI4TQLUBYLESDluVyWdEN5YSvqKhIuyYlJaWurq6VSrmOS7v5BPdGXvR2NiZUpzaQJ6+2EglrOaVbvR8DACjSQ5URAPp7uruKGh9tmPoOoN09blKvCuq41nkBRm1t6o6lWYe+taXW8wwbOWjOSmef6AqzGUB1kzqAEEIIobsDBvAIIdSzsjNE/xygykuBYQCAlcpMUTHmhGEdXIBdVVWVmpp64cKF1NTU1NTUmpqaNqtKOBAqhlAxxModrgTzfVq94+7wcIw23t+wPV1cruKYaYIlaC1VeUm6PlPSuLO6z3F9CQAAjA1onD9v7htvHDX+5nVJbSAYxnL52P/ObX7LqK21FgqdvAdMWxY8eD4QBABojWS7bSCEEEIIYQCPEEI9hmUt2zfBiSPXljizAAShUfNPHeNmZ+gTH2VkjpE2AGg0mszMTNswe05OTlvNi0SiPn36hESHr3c5bQkRgJ+w1UzzFEFOdh7SPe/oduUjtzw3rGk028SS5xr6FZl6CUheH8Z9Sdrz1gB+VL++5tj+5pi+tKf3Te1PbuqR7UvfqC9Jty+UuQUFD3nUdirgsi3uQwghhBBqBgN4hBDqIfTxf+gTR+wKmsJrUlkv2LRO99hTQJINDQ2XLl2yRey5ubmsYzbzRlwuNygoKPaavn37WvcM71WxbkX52ra6scD1wd78Xt31pu4IPIIzWBI1GKIAwGQyHc/OAQCJRNJn8XsG7s1dTVBeXv7hhx8mJSXZSjg8kcWkA4CI0S/Y1+wlt9zUniCEEELoLoABPEII9QiLxXLg71avmBnmcp3ywqXso0dOnbycd/nyZYZhWq3J4XB69+5ti9jj4uL4fH7Laq94JNZaVL9U72p5aZZi9Pu9nriR93GnO3XqlE6nA4D77ruPezOjd5PJ9Ntvv3388ccNDQ3WEplHiFf46Jx/fgQA14ABgQNm2ioTAP19DTevMwghhBC6O2AAjxBCPYEsLgSdznZqsNDrs3JOlVacr6jKqKm1tBGxkyQZEhISFxcXFxcXGxsbHR0tEFw/UTlJkMt9nnlQPuSXml2ntBk1FpWCI4sXh//L9YExsv7d9pbuTIcOHbIejBw58ua9yt69excvXlxYWGg9FYlE8xe8oA97dcNbfawl/actsy59txoUaPBX4Ag8QgghhK4DA3iEEOoJhLLe/nTJkRNfp6S2WjMgICAuLq5v375xcXExMTESiaRrrzhMGjNM2p37ot0dbAH8qFGjbkb7V65cWbx48f79+62nBEFMnjx56dKlvXr1evO9z627vveKGucdObaxAsDQIP2DfRpuRmcQQgghdJfBAB4hhHpGs3XsBwqKbMe9pJIBnh79vNz7hoWFv/aWs7Nzj/ftXlFVVZWZmQkAgYGBAQEBXWiBYaCmgTLRhJOQkfCbzZvQ6XTffPPNV199ZTKZrCXR0dHLli1LSEgAgNra2r9+/wYACIKY/cwHEmcLn8N6yy39fQ2eMvrG3hZCCCGE7hUYwCOEUE9gnZrCcp3ZklNbDwB+MunR+bM8xCJruSU0Qo/R+8106NAha0bALgy/N5jI5GzRhWK+wdI49d1DSo8I1g3wM7Isu2PHjnfeeae0tNR6ydnZ+dVXX12wYAFFNe458Nlnn2m1WgCYPXv2u49FGI3K7nlLCCGEELqXYACPEEI9gfENAKEI9DoAuFhVTbMsAMR7ediidwAw9w69Zf27Nxw+fNh60NkAvkpDrTohVxuabdVeqaGSLkgPncr8549Fp0+fthaSJDljxoylS5e6uLjYahYVFf3xxx8AwOVyly5deiNvASGEEEL3MgzgEUKoR3A4nLETLDs2A8CFymprWayHm+067epuiYy+NX27N7Asaw3gORzO0KFDO34jzRC/npY5RO8AYGyoS93+ftahb1mmcQ784MGDly1bFhUV5VDzo48+ss6rf+yxx4KDgzUaTZffBUIIIYTuZRjAI4RQD6GGjmBrqumTR1OvBfBx1wJ4xsnZMH0OkI4hIupG6enpNTU1ABAfHy+VSjt+47lifm0DZV/Cskz+ydVnN7xq0DT+U3p4ei55++1Zs2YRdrnlrTIyMrZu3QoAYrH45ZdfvqH3gBBCCKF7GwbwCCHUUwiC89BMOrD3hTWbrAVx7m6sRGrqE2seOJRtbUd31I26nH8+q5Jnf6quzD30w6y64jTrKcXhR93/0mfvL+wb2Pqu8u+//z7DMADw3HPPubu7d7rfCCGEEELXYACPEEI9yhQUkl1dAwDenp6i197Wiru4SxzqrC4H8PW6ZjMjhHIv28C7d+TYhNlfOXlH6kELYGh574kTJ6yvq1Aonn322a70GyGEEELoGgzgEUKoR126dMm6HDomLo69o6J3FqCglltUz9GZSSmfCXQx95JbbnWnOkqn0509exYAFApFTExMp+51mBPPFUgHTF9+Yfv7A6YvCxgw01pIOk6cBwBgWfaDDz6wHr/66qudmrePEEIIIdQSBvAIIdSjUlNTrQfR0XdSyrrCOs7GVGmlptlS8ACFeWZfrZvkDtjG/NixY9bnJiNHjiQ7mWvAVUKXqpr9uuw96JGA+FkUp2nVQ6sfwo4dO1JSUgDA19f3scce60q/EUIIIYTsYMIkhBDqUbYAvrPjwLfQ5WruD8flDtE7ABTUcb896lShdiy/fRAqJe/0McGOTUd/XmUtGTViRGcbifY2tWiXsI/eJXwmQGF2qGKxWD755BPr8VtvvcXj8QAhhBBC6MbgCDxCCPWoCxcuWA/ulADeRBNJ56U009occQCdidiQKn1+uLJF8vVbjWV5x//hnz4GDAMAB9Iac85NqCyiqitpN4+OtxTtZfRzFhbVt/kbc2KkjmrxPHz16tW5ubkAEBkZOW3atM52HyGEEEKoJRyBRwihnkPTdEZGBgAoFApvb++uNUJo1NyLF3hHD/KOHeZmpRMGfbf20VF6GU/VYgt0e8X1nML61hOw30L8Q8n8k0es0XuhSn25TgkAUa4uvhaTcP0fZF1tx5siCHgsQe0la2XBPwEwNkwX7+eYvs5gMHzxxRfW43fffbezk/YRQgghhFqFI/AIIdRzsrKydDodAMTGxnbhdsJi5h/ez714HuimFdcsl2caPNw0cAjcnEHwKzVNwXlt0YX8U6vjHlzCEzk1q1PLbTmH/BaiKsp458/YTvddLbIe3B/oBwCEXi848Ldu5ryONyjlMy+MUJ24Kkgp5FdqOCwAj2KD3cwjgvWBLq288e+//76srAwABg8ePHr06Bt6MwghhBBC12AAjxBCPef8+fPWgy4E8ARNCzeuo4oLHMvNJv6RA6RKaRg36cZ72FKDidTVlxac25h34vfaogsA4OQVETr8Sfs6GsPtNYGem54KLGs73V/QGMCPDfSzHlCFVwiVkpU7tXJzGzgke19v/X299TRDGC0g4rFt1VQqld999531eMmSJZ3uPUIIIYRQGzCARwihnmNbAN+FFPTclFMto/emq2nnLMFhlqDgLvetJbVavXPnzlW/bMpLP8ayjK08/9RqhwBeyG0zmr0lyPJS2zHNsv8UlQCAgEMN9bm2bIFlORVl5s4E8DYUyYraTUj3+eefK5VKAHjwwQfj4+O78BIIIYQQQq3CAB4hhHqObQS+0xnsWJZ34Wz7VbjnT7cXwNM0VVxI1VQBTbMyucU/kBWJ26hIHzt2LCkpaefOndYJ/zZOXhEB8bOCBz/qcIuPU9c3hDey5ivGMhNj9uG5u3BkXW7Hnn1eAAJg64wp+64Wqo0mIcfut57BceF6tyguLv7f//4HABRFvfnmmzfjJRBCCCF0z8IAHiGEegjLsmlpaQAgk8n8/f07dS+pVhEate20skH3zN8H5HzeV/ePkvMbh4Op4qK2budmZ1iO7OGrdZRtpJyizNF9jSPvZ7lNS9yzs7M3bNiwdu3ampoa+9v5YkVA/xm9B8/3CBnWsnG5kAl178oC+CJT5bLy1TvrTxjYxn3aYkXBL3nMmuQ0uAut2WNFYlAprcckQSR4eyZ4ezrWEYpu8FVatWLFCuuG8/PmzQsNDb0ZL4EQQgihexYG8Agh1EMuX76sUqkAIDo6muhswrkGre2QBViwa591XXd2bf2OmVPdREIAICxmwmxiuc2md6frr3yX9eMBOqc+niZYiGoQzil3fbbYXUQDNzWFqqrQJc4vrqjcvHnz2rVr8/Pz7e/l8/njx4+fNWuWMGjSzszWZ5uTBEyL0XLITk+hP9OQNSf/fTXdYF+Ypst7/OrHz7hP/aDXk23d2BG0jx9lN4u+FSRJ+/jeyEu0Kisra8OGDQAgEAheeeWVbm8fIYQQQvc4DOARQqiH3NAO8AKB7fDn1Eu2rGypldVj1m7anfiQj1QCFMVymm3n9nPNziXFP1kIxvrDniXgkkS/OKT4T++a7amhMiW7K3n/6v+tPpx+ibVL+UaS5IABAxITE6dNmyaRSAAAwEJxGnZdElma7wYv4rHTYzURnqbOvpt6i2b+lQ8donebH6q2RQoD5ijGdrZZG3NsP975M/a5+h0rhEa0tYLgRnz44Yc0TQPAM8880+VtAhFCCCGE2oIBPEKoJxB6HWE0snwBKxTe6r7cMl3OYMcCWyJiOM6El4qurNO8efiYtVzM5TaYzbl19aPXbNw166He0dH2O8ntUZ16q3gVCy3Gxs1MdnrZgH0ZhtO1puYhblhY2JQpU+bMmePr6zg6PTRQH+1lTCniF9Vz9WZCzGN6u1n6+Ri6lr7u55qddRZ1OxVWlK+drRhDQBeT2zPOLsYRY/kH97Z+Ve5kHD2+ay234/Tp08nJyQDg5OT03HPPdXv7CCGEEEIYwCOEbiaG4V04y01NIetqGwsUrua+8aa4/kCSt7ZrPa8LGexqLerPK/7aVPdPHa2G/sBhCPHL2VqTGQCmhAQtvW/wA+u3lWm1RWrNmHWbNsUPCbe79/3S3xyjd60FVpdCcjVom0XP3h4eMxITZ8yYERER0U5nZAJmdKgeQN9OnQ5KVtkl5Cs1QF4DjHCxr1Biqs7UF0QJA7v8Eqb+CQxfIDicTOibddgSFGwYP5kVS7rccluWLl1qPXjxxRednZ27vX2EEEIIIQzgEUI3C2E2CTeupUqaZVYj62r4B/ZwcrP00+fYp0+7F1hH4EUiUXBwhzZ7y9IXzsx/p9JcZyuxbClTZdYDgEjK/3b8aDeR8NC86Q8kbc2vV1U16B58/Y21Pn4DBw4EgCxDYb6x+SLwvdXwcyGomtLFc4ScucEhcyPDBz6/iA6P6vgbISxm6mo+VV3F0hZW5kQHBDGd2Y/NbDZfSb8MFysgQwMX1aA0AwBEScG12er9QmPljQTwAGDpE9sQFsm5cpmsqgCTkZXK6cDetJvHjbTZlt27d585cwYAvLy8FixYcDNeAiGEEEIIA3iE0M3C/3uHQ/RuQxUXCJJ36Sc91MNduoWKi4utqd1jYmIoirpufR1jmHvlffvoHYr18Ftx49UX/ZMVunnlQn+57ODcGZO2/X2ppFSlUs2YMeP3338fNWpUvqFFCrf8hsbonSJggBOMdfWK81h1pi8QoBN0Yl0DNz2V/8++ZsPaBGGJjDaMnsDaLdR3UFVVdeHChbS0tDNnzpw6dcpoNDrWyNLCcIV9AYe4/qd0XSyXaw6LhLDIG2+qHTRNL1u2zHr85ptvCtr+HBBCCCGEbgQG8Aihm4KqqeLmZLZTgZOVTiYMYVzde6xLt5Z1AzkA6Nu3b0fq/1Gzt8RU3XROs/BpPhgZAID73WC44l1LxUxhAri6S8Mit7z4xty5c8+ePavX6x955JHvv/+eGd5iCvfjvnCkFnyF8Hwg+AsBgDaQQACQJOPhuMVaW/injvGOHnQsZVlOxkVhdaV+9uMsn9/YX5rOzs4+depUSkrKmTNniora2OKOS0KIGCIl4OMY9PYW3DFJ4P7666/s7GwACAkJmTlz5q3uDkIIIYTuWhjAI4RuCk5eLtglNq9s0P19pWCEn0+AXNZYxLKcvFzTPRPAX7x40XoQFxfXkfp7VKeana8vg2wtAIALD571B4ASju70xPg4UQgAOAFs3LjxscceO3z4sMlkeuqppxZ+/Bo4PCgQUfB1NLg1TVP3N/AAwBIY3MEd0amqSt6xQ+1cNR/4+5yL5+nTp0+fPn3mzBmlUtlqTTc3N0WUd45vLURJIUoK/FayIUQI/Xvze3WkV7ec0Wj89NNPrcfvvPMOh4O/WBFCCCF0s+DfGQihm4JQ1tmfzti862x5BUUQU0N7L4rvm+DtCQCkqv4W9e4WsI3Ax8bGdqR+kamy2TkBwCGAZuGVIJA0/uguNFVaA3gAEIlEq1evXrBgwd69e2ma/vKNTyTPhWmnNl+a7tZskfnEGidWKDSOHtfBt8C9cMb+oYxVubbhRGn5iZKyk6XlqZXfMC0qAABFUcHBwbGxsQkJCQMHDgwLCzOC+b6s568ay1t9IZIg3+v1RAd7dcutWrWqtLQUAPr37z9+fPcnt0cIIYQQssEAHiF0kzRtAHZVaMhQ1gEAzbKbc/I25+T183T/T7/YaVEdGou+O1hH4Hk8XmRkZCsrwK9rTi+Id4IUJQxoM10cn8//9ddfFy5cuHHjRpZltd9mg9oH5vu0WtnDyH1KE6qfOZtxUrRaoSWquAgA0sV9TsoGFgr89m9ckncmqUFT02pliUQyYMCA+Ph4/77BECGlhYQH13mgOEJKiQBAALy/er83K+/dQlOFw41cgvOxz1Ojpf062KtbS6VSff3119bjJUuWEEQX971DCCGEEOoIDOARQjcF6+QMAOlS3UthhcectMBY7K+er6hasHvf0nMXnyqpmDt3rkTS/Xt63Vaqq6srKioAIDo6msfjdSSAD+B7NVsDDwDBYggW2xcE8rwc7uJyud99952Li8uPP/4IAPBnCajM8J9Ah/3U5Qx3jfgJzmMT6Q6k07MxG02/ey+4IIkFgOorp9MOfOdQIdBJPjAhof+YsQkJCWFhYbnmkjeKf/hU+ytcex98gjvfZfzbvR4Tk4Igvveh8K9+rN6+qf5wnqEUAOSUeLSs/yKPGTeYfL4nrVy5sr6+HgAmTJgwdOjQW90dhBBCCN3lMIBHCN0U5uDQkxnbHorN1VMMAICZBQBw48F0L9hSAZVGACisrFy8ePGKFSvmz5//5JNP9up1Z6x57gLb/Pl+/To6sPyAfNAxzcV2Kvjy3KNFQS3LCYL48MMP3d3dP/jgAwCA7ZUyg0D9kidQBADwCe4U52Fvej3iy3O8CqS9AAAgAElEQVRvZbJ7u/5wnXtB0LjbXE1hivXAySvCJ/oBj+AhL0kLx7JXdTMfoQOCAOCE9lJi3rsG1mTfgpE1/1yz81RDxraQZTJKLKVEr3rOftVztpE1mxizdXD+DlJRUfHTTz8BAEVRixcvvtXdQQghhNDdr5XUQQghdONUzpJH4goao3eGBYYFABBRMM0L/ugLS8PcwhvT16lUqm+++aZfv37z5s1LSUm5dV2+iWwZ7DqYgh4A5ruO9+e1lxx+ifdjBLQ5YXvhwoUff/yxdUa3Orlw5BfiLf4fHgpfmRf713f+L/vyOp078Got97ygaa/4uqJU60H8rM/jZ33m12/agcB/MSSH9vAEAC2tf/LqJw7Ru80l/dW3S362L+ET3DsuegeATz75RK/XA8CsWbPCw8NvdXcQQgghdPfDEXiEOudqLfdcMb9MxTHThFzIhLqb4v0MQm5nxzLvfn/VHagmDY0n5mufD5cEACAABjnXDXbZwPy44Zd1mzdvtlgsDMMkJycnJycPHDjw6aefnjRpkm2zdIaBC6UC68dutICTkAl1Nw8L0rtJ6J5/X12Tnp5uPej4CLyA4K3r/e7M/HdKHSbSAxBA/J/X3Ied72u/hX//+98ymezFF1+0WCyHkw9aFpj+/PNPAcFr/662XCjh25/WFTcG8Aq/xkQGSo5TTvBIH6EIrP/6ltZT0Futrz/4dq9H3Tkt9rq7c+Tl5f31118AwOfzX3/99VvdHYQQQgjdE3AEHqGOMjPE2hTp98fkZwoFJUpOpYbKreLuvCT+9IDz5Wrure7dbeew5kLTiZlpPOA2jRjTLFMXyHz77benT59euHChTNa4vdyZM2cWLFgwaNCgVatW6XS6BhPxw3H5+vOSvGquzkTQDFHbQJ28KvjikNPZIsedw283+TXctSnSZfsU/5y6BAAkSUm9ojt+e4jA53DYyhc8pntyG/PM8QjOKFm/rSEfv+I5uyMtJCYmfvfdd1wuFwCOHTs2bdq0urq6697VqkpN02p5lqHryzIAQCB1F8mb1uGXhAyxHvyjSW2/NYZljqjTutaT28SHH35osVgAYMGCBT4+rWcKRAghhBDqXgTb2pY/qIPMZnNHtvy15SXGT/uO9t1B4lxB65d4FLz+ABvo1t7t1q/BvfMdGHDmX+fVOY0nWgt8eBksLPQSwEtNy7ZXhPznVf951uP6+vpVq1Z988031h25rFxcXGLGPOOR8LxQ3spkcoKAhWPZGN+b+C66jGFhzUnicDYAgElXv2aRC7Csc68+D7+fPjEGpg1gO5usvMpUb2BMHjwFn+z006Ldu3fPnDnTOtk7MjIyOTnZ29u7s418uIO4ajcVwKRT1hWnGRvq/Ps9bCucGc9OiAYAGHhmQYo6q7G0zgybymGMKwQ1myS/PPi51wMe6Ww3bjGzmVXVA0mdzb08eOhQlmXlcnleXp6Li0vH2yAI/M17r7vXfh2gVuGPgnuBXq8Xie68BWLoNodT6G+IxWIxmVpf5GlPLBYDAMMw1j+g0Z0os5w6V9DmeK+JhjUn2ZfHtvfvKxKJOviFuTsIwG6qtoQDyyNa1uHRHJ1OZz3m8/kvvPDCM888s3PnzpUrV549exYAamtrDyV9RG7+NDA+MXr8a84+zYavWRbWnWJ7u+hvw527tqbyDmc3Rtq1heet26e7+PdjAXZfBA5hvj/C3KkGJcCXAJ82mHXQuRsBYOTIkdu2bZsxY4Zarc7MzBw2bNiOHTsCAzuX6V3GFwA0DcLzRE6eYSMc6oi5Jp3OAgACsHvKcLgGNpTBhjJ41AceaRqp5jNN//qd1WAiLhRRpUrKYAa5kA33pMM86Zv7NSgppo4eIK7kAU0DwP+t32r9y/ull14SCoUdfyMEQYhEIpPJZB29R/cgDofD5/MBwGw2m82d/t8Z3R1IkhQKhQaDgWGY69dGdyz8UY9uBgzgb4jZbL5uPEYQBAbwd4FT+dL2K1ytIYtrTK7iNldlC4VCs9l873wHwni+JyC9/TohnF4tP5AJEyZMmDDh6NGjP/zww759+1mWYSym/JN/5p9a7R0xNmbi/3lFjLFVrtKQVyrM3vLb6xdkbQN1KLdpv7eawvPWA4VvYwa7PZe4cV5aCb/n/m7r27fvli1bZs2aVVtbW1BQMHbs2A0bNkREtPJUpS1BCjatpL3d/kgC/GQNej0DAGF832NwLYX+wWsbxfeT29cPpry79r/D8SuCPZkik13AfiCb6y23zOmv8ZDelLQI3NQUwYG/4drf2X9fKfinsBgAPCXif48e0al3YQvgO7KVILor8fl8awBvsVjund8IyAGHwxEKhUajEQM8hFBn4Rp4hDqkXO34tMusVxen7WhWR4VPxJpMVzgOzzrw53n2F4W1dXX48OFr1qx56svMyDELOTwRAADLlmXuK07f7VDTfm32bSK9jGc/plJX1JgOwMW/MYOdmSYyK7qYTK7LYmJiduzYYd2rr7KycurUqefOnev47f39jHJBe08cBvobbI8kpjuPbCwtNUBuAwCAtwAimp6C+fLc48WdeHxgc/CyaFu6xNRiuL1Mxfn+mLxa2/1fBqqkULB/jy16Z1j2vaOnrMdLhg5U7N1JqFXd/qIIIYQQQq3CAB6hDjFamgUM6qq8ncsGH/j24ZL0PW3VuccliCNnKka1dZUiyE98n6GI6/wIkroHJ8z5auaKwgHTl4ucexEkFTH6eYc6NHPbfexV2maPcupL0wEACELhG2srvCXPHUJCQnbs2BEUFAQA9fX106dPP3r0aAfv5VHsI/FqHqf1FZtuEvr+sKZp5PHi8ETFaACA/dfWzY9yse15R3bsX7+lKg21L7vNxYQ6E7n1YntzBLqGf+wwsCxce99/ZeakVlYDQIjC6dHoSMJs4p8+3u0vihBCCCHUKgzgEeoQafPZzlkHv1GWZbIMfeTnRzTV+Y112h2fvAd96bdwunMr4/AiUvCN30tjZP2v24J1yFcgcY2e+H8zluWPf2mv1NVx5bZceNttJmdu3qMpS85NWZJy34I/eUK5XZ1b89zB19d3586dUVFRANDQ0DBv3rwDBw508F5/hWXRCGWYu6ll16u11IoDzvtzRLapB//1e2GGYiQcrm08H+lq/a+Q5H/tt+h+WXwXOp9SLKDb/Z/scjW3tqE7n4wQej1VUgQA1qcPJpr+4PgZ66Wl9w3hkiQAcC5nd+MrIoQQQgi1AwN4hDok2LVZsoP4mZ9aM3gZG+r2ffWgSa/ikGyAAtMRNcMjOD8EvLol+KNZitGhAl9vnms/ceiLnjNPRnw/QzGyIy2EuTd97BSHb7/63YrPYQNdbrsFhHJhsyiT5PBc/Pv3HjTPvtDp1j13cHNz27ZtW3x8PADo9fpHH31027ZtHb1XQi8YrB4a1MrCXaOFSM4WrTknY1gAAB7BWVA9AkoNACAIc/YO8bX968+yDs53XmFd09QGlmVsz87aqnPjSI0a7NJEJ2XlXlWqAGCAl8dDob2thUSDlsBVrAghhBDqEbhkF6EOGRxoOHpFaBs1JSnu6Gc37fgwXlNzVVWR/c+qOe9+kcRvY3bxPW6YNGaYNKZr9w4KNBzJFzaY2nzUODJYzyFvu4891M10JE/Yfp0wj1v5uEcul2/cuPHxxx8/dOiQyWR6+umn1Wr1/PnzO3Lv1VrusSttvrv0Mt6pAsGQQAMAbNq0yVq4+JGXn4l65sa7rTc3fRNSt72XnvzZ4HnfhQx93L6OztytD6abTzbIrKmzHiwcENd0hSDgtlvGgRBCCKG7E47AI9QhciEzM05L2P2Zzpe4jP7PZg5fDAAl6XvSd757yzp39xJy2UcHanhU6yF6lJdpVEgX9yG7qULczb7O7Q3Jhrmbet3qzPkikWj16tWTJ08GAJqmX3nllW+++aYjNx7Jv86ziaP5QgCwWCzWgX2SJKdOnXrD/QUAEHIbpzYUX9yZtusj2qQ/9tsTdcVp9nVE3O5cycJI5UA2/aKsuZYz3FfWlJCPlUhZCp+GI4QQQqgnYACPUEfF+Rj/PVjlKWua+azwjRv55O8EQQDA1199sWXLllvXu7tWoIt50UhlpKfJ/umJVMBMiW54NF5N3pY/wwiARwZo2srZ7iFjE/tpe7hLreLxeD/99NPcuXMBgGXZ999//4MPPrjuXfnVXIeSK6fX5p9aY9Iprae1DVS9njp8+HB1dTUA3HfffV5eXt3S4QCFBQC0NQVH//c4yzIAED3hdfvUgAAQ0K1LKliBgPYLsJ3W6Q3WA4VAYCs0h7S5mYLV5Wru+vOSLw87fXbQedVx2d/poDfjkD1CCCGEugIHDRDqhGA380uj6kuVnFIVx0wTcgEdNHHkl9xFX375JcuyCxcuDAwMjIuLq7YoaywqGSnqxXO71V2+G7hJ6McT1A0mokLNMVoIJyHjJbMQt3cE5CyiF41U7s4UXyjh2/KucSkYHgoPRpssxtsl3yFFUV9++aVcLv/+++8BYOXKlRqNZvny5WQbj0bMNGFosdtC6o6lqoocgqTcggYFDpjp33+6Wi/ZuHGj9er06dM72BmaZdL1+SXmah5wI4UBPi3+9xngZziUBQe/n27U1gKAV/iofg9/aF8h1N2kEHVzcgHD0FHiogLrNnJ1hsbN2xXCxgCeFQhMg4bb1zezlnMNOfnGMhZYX45PQc7AjPKmaL9KQ12uhj0C8ex+dIgbZs1ACCGEUOcQLHvbLR+9g6jVapPJ1H4dgiBcXFwAwGKxKJXKHukX6lEMwzz22GN///03ADh5ubj8MDRfWGW95MlVzHcZ/4LHdCHJVygUBoNBp7sdp3zfKoTFXFh2MVlzLp+oB5EkSOw3QZ7gy3O/1f3qTgYLUVzP0ZtJmZCIDpTwOWA0GjUaza3ul6OVK1faht+nT5/+9ddfc7mOI+0AwLLw1k5X+1TwyrLMLe9EOVQLDAopLSk0mUx8Pj8zM1Mmk7X/6gzL/FSz86uKDdWWph+Sg0QR7/s82U8cSljMwALL5QLArMdfOrRrNQCIFb5TlqQIpE3fFgmfef4+VbcH8ADAybgo2LuDoOm4X9Zk19YRAOpX/8MlSVYg1D88i/bxt9VcU7tvefnqCnPjUvmx1Z/56oe22iaXZJ8drvJxwux39xw+ny+VSgFAp9Phb4R7FofDcXJyUiqVFkyBebdzdXW91V1AdxsM4G8IBvDISqvVTpw4MTs7GwAgUgqfRgC3aQAzXOi/OfjDMPcgDOBtCLPJciz5Ld3W37yrGGj6KcQB8nHXB97zeYJPtBI93tGsf64B3KYBPAD8/PPPixcvZhgGAMaNG/fLL78I7CaK23x12KlU1TR7izYbSjP2Fl3YWpy206CtcagskUgWLFjwwAMP9O3bl2hj1gTNMk8VrNiubGU3dS5D/JkV+lC5DABYseTbqyWv/vYnAJAUd+Jrh9yDm2JjX2fL7H4aN8nNyu1P1VRxTxwJWvhKdYNOzudVvPGiJSzKOGgYK216NvFu6f++q2paR+OnHz6mekU7bQYozM8NV92kDqPbFgbwCDCAv5dgAI+6HQbwNwQDeGTzwulP/pr3JagsAADj3ODV3vZXh0j6HEn4wWgw4p9rAEDo9Zz1vz7kd/yws9pW6GQO8NEPldLeLNBeUvaTPqOdr5Mr7Q5z+wfwAJCUlLRo0SLrH5RDhgxZvXq1NdKwd+yKcHu6uOW9LENX5Z8svrizKmVdZXWRw1UXF5cxY8ZMmTJl1KhRPB7P/tL3VVvfKf2lte6wAISIIS+eiPYx8M6UVYxdt9lE0wDw8fLP+t7/dImKYzQTcgEd4m4Ocr3py8pZlu3Vq5fZbPb380tJSYHmzyMOas4n5jXLZDmq5qMA3XU2zHvj/vqbMWUA3c4wgEeAAfy9BAN41O1wDTxC3aDSXLeRfxLeDIHF2UCzkFwNYRKY7GGrcEJ7aX/d2eGiLu6mdpfh79v1ozDDFr0LacWg+lcCdKOa9uzSwPJyZmSIcVxYA3Vbpqm7W82aNUsqlf773/82Go0nTpyYNm3a+vXrFQqFfZ1BAfrzxfwSpeOvD4KkPEKGhQZGPx1mil75lYVhOCRJs6z1MXFtbW1SUlJSUpJcLh8xYsS4ceMeeOABqVRKs8zXlZva6A4BADqS+dqv8pULLrO37rFG77P7RDw97UHG2TDgJnwC7dBoNGazGQAULi7QYjbBN5WbHUqcTcG2Y72qovLy0YABMx3qlKkoDOARQggh1HEYwCPUDQ6oz1tYGvrJ4d9+8EMhAMB3BeAnhNim6bXbq48O978bAnhCr+NevEAVFRB6HXC5tFcvc59YxrVxKbKRNWformoYnQtHHi7w4xCUw+2kso6bm7VqcBWfkffRzA1qGCuxeLd8FZYlD+UKlTpyTv/bdLD6bjVx4sR169bNnz+/oaEhNTV18uTJGzdutE8jzyHhiUHqNSnS/BrHZQ5exoqnyn/ZfOmchWEA4F8xkS8N7LetomZrZe3Zs2etk/NVKtX27du3b9/O5/NHjhwZPXZAdUA1yJs3ta4UgkQQIgEFFwCSnZQXdpwt02oBINbd7ftxIznHDhsmdzQ3XnexTaGyzqSwZ2YtJ7WXms6NDDAsl22cQ2I2aPatnFRbdCGuLKPvlPfsbzS2yAiIEEIIIdQODOAR6gaFporGo2lecFUHe6uBZmHZZfitLwgaR5Cv6stvWf+6Dzcnk793B2E02kqokiJeyilT/JCKIfEfVfy5vvaggW1cV+LEkTzhOullz0T7Be3U1fw6jrmG4/tQ+eci+jpZ+i+U8Pt4GaO9r7NQpSMIvY5TVECoVUBxaHd32tsXbs896G4Dw4cP37x585w5c+rq6nJzcydNmrRp06bAwEBbBQmfeWqoKruCd7GMX6mh2NpaD315jPZSf805Dkuvy8i1VpsTGRbkJH/JSf7sSy9Xevvu27cvOTl5//791mnDRqNx7969e/fuBQIgUgqDnGGoM/gIodIIvxY3vpKCC+HSPAayiuoAwFnA/+uhiUIOh83PBZoGyvHx0E1VV9eYms5hSgIA1FrUFvbaQLqRgXdzwMioFxWKSDeGNh/6fmZt4XkAyD74bfjIZ4Wyprk5sjb2GkQIIYQQahUG8Ah1AwLshtEWBkKBHnK0UGeG7RUwy7uVOncmzpU8wc7N1v20mmHZ8osHx0p+KSabjZYrLdr/Vqw/qD6/KfgDGdW4aprQakp4vHHVXwhpFwCgLcacwz+oq/I8Q+/zjhrHE8od2j5VILzBAJ6wmI1HdpdfPsuh6QC9QMAQAMDI5MZR4y2h4TfS8l2sX79+27ZtmzlzZkVFRXFx8YMPPrhx48aIiAhbBQIgwtMU4Wki62rEv3xnK7+iVKWUVwCAr0w62Kfxy8/JvqToE5uYmJiYmKjVag8cOLB79+79+/er1WoAABYgQwMZGvilCHyFYP9cpc4MJ+qsm60RBPH20IReUgkAEGYz2aBlZI7fllYVmSp/rdl9VHOx1qISkYJ+4tC5ivsHSxwz519XfX299cDZ2dnhkpi8lu3PyMA7OXBBBQDHv31i+vNpJ/54ujRjLwBQPOGYF7bZR+9cirXubI8QQggh1EEYwCPUDQL5TROMgUvCs/7wYgYAQFIZTPYAIQUAvTOKCd1ZCO902HC7YBj+vl2tRO8ADLDzYvKLyYZW70vVXX6t+LsfA16znhIcTqZ4gpB2YWhzQ33Joe9n1haeA4Csg9+4BSWIFX6jnkmyv72g9oZ+TJ1SpX2W/tUxp2p6IACAgCEmVTu9k+8TpgbhtiTD2InmvvE30v5dLDw8fOfOndOnTy8sLKyqqpoyZcq6desGDHBceE7WNss8f6askkOSZoaZExlGtFZHIpFMnTp16tSpNE2npKSs3fLX2m1JUHPtGU2xvq3+sCz7yoEjb/9zoo+bS4y7W7jYJSp+YGRkpFjcSkY9m9W1yW8U/2Bkm3ZczzUU/1V7YLZizH/9nucSnfh2tTMCL6VEvjz3Yk2FLXoHDmF6SHRu2+LLx38FAIKkRjy5xr33EPu7hgQauBTmkUUIIYRQJ2AAj1A3GCsbwCe4TUFCpBTineCsEtQW2FoBc3oBwNQSMXlpk6C02DBmwq3sa1dRJYWkutmWV2aGMVpoCY+b7KpKkbUevQMA6OkthXuHZfpZKnWlpaVlWRkn89V1dU/qleUs2+xxQPWV09qaAoe7zQxhshA8TlfinB+rt79T8jMjbrrXQLKbPOr3uKnWXuw9ocZJcCiZ9gtkXDBDbOv8/f23bt06c+bMvLw8pVI5ffr0P/74Y8SIEfZ1CLpZDrbZkaH3B/puzM4bE+DbVp3GQoIgCEJCiXgk1wQdnWSht1jOlleeLa+EtEsAQJJkYGBgnz59+vTpEx0dHRUV5enpaau8Q3n85aJvWGjly/NX3QEOQX3h90IHXxfaHYEHgIdFQ1e++BGkqgEAuCQsCTHUV1/cucx6NSHxC/9+D9vXD1CYx0VgBvIeRNNUaRFVVQkWCyOV0X6BbIsdFhBCCKHbHwbwCHUDF47sPx7T/luxvqnocV9IUQILsKEcJns8YHAZppQCAPf8GdrX3xwa0WZbtyuqqtKhZE9+wawtuyiC4Iq5ICNBTIGEAxIKRBzgElBjgiojVJlAa2EBXobnO/IqBk01bTFSHL6thEOy3BbRe2EdN6uSV9dAEgR4SOlob2PLDcD/0aQuKfm51eBNRzJzY/IvnOjjb+Dzzp8x3P9AR/p2b/Lx8dmxY8fMmTMvXbqk0+nmzp27atWqSZMm2Sq0nMfuIhQ+3TfavoSVN6uTnZ29ffv2pKSkwsLCZncSAMFicOdDtQkuax3+6TgkqRAIjLRFZWyK9hmGyc/Pz8/P37Ztm7VELpeHhYXFxsb2iY3+gJvE+jLAaX31yprafY+5TogThXTsk2gvgNfpdGdf2toUvb8TCgCw8qr1aujk5yLGND0p4FEwNNg0NlTDJXH4vYdwLmcLDiUTKrudXEnSHBljHD2O5Qvavg8hhBC67WAAj1D3eN1zbompOqnuYON5iBgSnOFUPWgtPuvrfu090FaTe/r4nRjAEyajQ4naaAQAmmVprQm0nWuN4vDFCl+xwo/LFxel7QCA8JHPRI17RazwtY/eAcDPuVmebq2R/Ou8JLeq2Ubie7NFA/0NU6Ib7COiT8rXOEbvV3Ug51oTm+tI5tPA8m+yAqiigs51/d7j6uq6devWefPmnT592mQyLViw4Msvv5w9e7b1Ku3pDUIR6NsbTDYHBLMsm5KSsm3bth07dpSVldlfJUkypF9EYYLZMEwCLtf+ZZVmOKt0OqhqSK0z0wwAWBimSqcDAIoggoMC/YJ6A0BeXl5BQYF1pzorlUp15syZM2fONJ7zSQgQQW8R9BZDqBjCJLaaLLCb6v/peADf1hR663ONk8dPAgDJp5j3Q0HCgVczgGYBAEa5kq/VTXfNpfTeRgsoxGz/ECltNBqNjtE7zTIaWici+TzSMb0/uhHctHOC5F2OpQzDvZRKVpbr5zyGMTxCCKE7CAbwCHUPiiC/9X9ponzgTxe+PSPXWgiWmO/Dnq4HFtRbS5inLSBozJhNVZYTBj0rEN7aDncWI5Y4lIh5vDgPN5XRVGrWmXTm1oa6ASQccOeBOz8uMOqhsLE+Pj69evXaeqWPidfLtpN2cdoOvaoieNi/SLKVn0gJAQbbscFMrDohr1A75h5nWThdINAYyMcS1NZG62j1OV1jLnRQmaFADxdUkFQGA53gvTBr8S5X5TcAREMnnz3ck+Ry+YYNGx5//PGDBw/SNL1w4UK1Wv3UU08BAJCkMWEo//C+tu7N0DSs/+f4+kWvOIy3kyQ5YMCAqVOnTp482cvLq8Jc92vObwfqzhQLjFyGiKFls73DEscqNENNBwuLd+Vd3XH5isZkAgCaZXPyr+TkXwGAsLCwhQsXxsTE6PX6tLS0tLS09PR0vd5uIb2RgRwt5GgBAMIlsLKPfR+yDUUd/xBaHYG3Ru/Hjx8HAKFQ+Nufv+U4VX006/+MBgYAFP19lqxcNst9DI/kAhgAgCAIEQ80zZ+GJavO/li97ZQ2w8RaSIKMEgTMdx0/32V8y10YUWeRynrBgb/bukpVV/KPHjKMndiTXUIIIYRuBAbwCHWnyfy+c1LCDSRbxzPLzdQTwbr9BUVPxUWThN0oMssSGs0dF8DTfgEOJQ+H9n44tDcAvN+7dFlgGeho0FqggYYGGkwMuPDAnWdN4AcA//Z/YZZitPW4hC85caXpA/GNndzWi0Z5meJ8mmKdA7miltG7TWYFL7WE7y8qz87OPph+jDmdD0V6KNCDqimBGZyoh39qYYQLAFTwzAaS5fP5bTWI7AmFwj///PPZZ5/dvn07y7KLFy+urKxcsmQJAJj6J5AVZdzsDFtlFiCrpm5zzuW1mblX6pX27TjE7bZyT67izT4vv11VyTt2iHM1z5Yu0VkgmB4WPD0s2MCwx0z09hrl1v0HqqqqrFdzcnJycnIAwN/ff9y4ce+8806/fv3Kysqys7N/PLH26LmTcFkLdde+AL0d09010G3mzGupZQCv0WgSExPPnj1r/XzWrFkTFRX11gMPGOt0ABAREbFj/Q65vL1U+QzLvFby/R81f9uXpOuvvF78/ca6w+t6v2vbvgF1DffCWWgtBYMN5+J54r4xLI/XTh2EEELo9oEBPELdisMFAAFDeBt4APDpmOEiDsdV1CJWvwP/WGScXSy9Qzn5uS0vPVzpvDygjBVRIGo9uhaRgrGypuzlI4N1KYV8E93evnoEAQn+hinRDbZKDAMpRY4zXU06paY6v740Q1meqSzN2FqZUV95tb23MdYVBjrZzkiWpd0926mO7PF4vFWrVslkstWrVwPAypUrAeDtt98mSNLw4DTax4936viZnJxNOXlbcvJKNM2mNpAkGR8fP3Xq1AcffNA+bndAu3vop80mzCZSWQ8MwybZacoAACAASURBVMidgSBIlRJYhnFyTuALEgCW0nRKSkpycvKuXbvy8/OtNxYWFv70008//fSTi4vLmDFjpkyZMu25OUfL6gAAakyQr4P8Bgh1DIa9uC4df/sOAbxarU5MTExJSYFr0Xt8fPy0adOsXfL29l63bl370TsAfFm5wT56t3emIeuZgs/X9n6n4z1ELVHFTfM+aJa9XFcf7tJsBQRB01RZsSWgd493DSGEEOoKDOAR6k4sl8vInchrqZL8ZK1kOWYFAkYq69l+dQ/DuEmiNZUOuegBIEYrerTC7Xev6rZufNVztoLT9JadhMwj8Zo/z0jNjGMMTwB4ySwxvUwt89LV6qgGU7P6lZeP7f5k+HU6zSfBTwgBIvAXQqzMfgm0n5HPY0lDVMx1WrgnsQDVGkptIPkc1lNO25ILUBT13//+Vy6Xf/vttwCwcuVKlUq1YsWK3Nzc7fsObdiwoaCgwL6dtsbbr/PqXB7t1rRfOu3uYX+VoqiEhISEhIQlS5ZkZ2cnJyfv3bv37Nmz1pXwtbW1SUlJSUlJUpkU4niQ4ARDFZDgBAlOji8DMFLWt+OfiXUNPIfDkUqlarV61qxZ586dAwCRSLRmzZrBgwc/8cQT1tF4mUz2119/9erVq/0GlRbtl5Ub2qmwT332uDZ9qCS6nTqoJQNr2lx35Kg2rdqslPiW9BXz55Ur3NXUozv2Hi0qPTBverRb840ntLiOBiGE0B0DA3iEupk5og//1LF2KljCIoEke6w/3YiVSHXzn+Tv38PNzQK7tGG0h9fyvo/XGtbsVJ5wuIUA4ln3h573mOZQHu5hWjRSuTdbnFXBszDWmuCnsNwf1hDqbobW6EyO0b7cK9yhhOTwgoMCw8PDwsLCdjulZbhXgq8AyNaH+h+qcrb0DjWHODZyj2NYOHZFeCRPqDY0fkspku3rY5oY0SAVMABAEMR7772nUCg++OADAPj99983btzY0OC4j2BYWNiUKVMSExP9/f1vXm/Dw8PDw8MXLlxYXFy8Z8+e5OTk48ePWywWANCoNXAE4EgtfHUV+kghwRlGuFhTGFr14rnNcB7Z8deyjsA7OTlZo/fz588DgEgkWrt27dChQ994443du3cDAI/H++233yIirp+o8qDmvJ5xzA3pYGf9CQzgO+WkNuPpgk/LzbWN506wywmWORW4v3GlvKAeAGZs3pW24BEBx266EK6jQQghdOfAAB6hbmYeOJSbdYlUKVu9yoolxqEje7ZH3YkViQ1TZhhVSqq0iNRqWL6A8fSmPbw4AL/Cm7uUJ3+v2XNOl6umG1w58kHiqKfdpwySRLXalLuUnh+vNtFEbQNloUEhpsW89nbVEvMdrwokrl7ho4RyL+defZy8I528oxQegR9PaZznfL/u8qTc182spdXWXEzcRdQIwwPTgWhvJv+9hmaI305Lc5on+acZIqWIn1XBfXqoylNGA0B2drbBYHBxcamtrQUA++i9Z+L2lnx9fZ966qmnnnqqrq5u3759ycnJ+/fv1+l0AAAmBs6r4LwKfiiAYDEMcoZRLmI/558DXheSHY3cLBaLRqMBACcnp5kzZ164cAEARCLRunXrhgwZ8vnnn//yyy8AQJLkDz/8MHz49SaGAADAVWOzbPyQ3wD+IodN76441EHtOt+Qm5j/ruNjkTIDvTi7vNQAAHyK+uC+wc2id4LAdTQIIYTuIBjAI9TNWD5fP2u+cOt6srrK8ZrCRT9lJtsinfsdh5U7WeStTEie5DR4ktPgTjXFo1gvWesxtgMXES3lMxpjs8kLE149aH8a5NY0et9XFPKt/0svFH5pZB2H9N0Y4VqPF6QJw3Ebbgd/Z4kconebBhP5+eYS18rVGzcmOcyTt/Lx8VmzZk1kZOTN7eL1KBSKxMTExMREvV5/5MiRTds27/p7t0ljAABgAS43wOUG+LPEPSRoz8QN9LhxAwcOJNp4iEOWFvMy06mqctZsrgbSOkW/vLw8Ly8PAGQy2fr16wcMGLBp06ZPPvnEesvSpUsnT24zKaMDmmWaTowMvJgBFAHDFfBK03pshsAvaZsYFtJK+eeK+WUqjpkmZAImk9vAFbrpOSVNlTI18G5uYyZLKefrWeNnuQTZN0L7+rOt/TRDCCGEbk8YwCPU/RgnZ938f3MyLnJys6i6GmBZRuHCi+lr6hNLmzsUrKKWCAIGBRj25YjaqTMooFlS8Yed7+sjDPqqckOy+my9RQMAXlyXqc7DFnrMcOPgn+yO9Gbi2JVWNsRWlmVcTdmQf3K1pjrf4VJYWFhUVNTOnTtNJlNJScnChQvXr1/v4tKJzHA3j1AoHD9+/Pjx42ma/uf00V83rz7591FVZeNe7lcvX1l5eeXKlSt9fX1HjRo1bty40aNHc7mNE+wJmhbs3cnJSLO1pqptnNlhnW4gk8mSkpL69+9/9OjRhQsXWmP755577umnn+54D/34dmv709RgZAAAdM1SP/jxPAC1Rm8m/jgjy69pWhNRraXc4P6HlCNOKj69LN4JAHC0DlbkNX6wnnz4OPwSwwG7RJwsn28YPaGHe44QQgjdCAzgEbopWIoyx/Q1xzSlyBIoFGAwAAbwN2BkiD6nildU3/oPrv6+xj5eJofCEIHPN/4vAUAdreYCR0q1F//fg8yspcai4hAUBWR6OY9unlYw69C36XtWNNQ12yydIIjGvHSTJvnXVXFzMo/JhTPWbNCYTGlpaZMnTdq4ebO3t3fPvo/2UBQ1esjI0UNGwmeQnZ29ffv27du3WzefA4Di4uI//vjjjz/+UCgUY8eOHT9+/JgxY1wO/s2x2xUPAK6omnI3yiQSa/SelZX1+OOPm0wmAJg6deq7777bqY6NlvXjEpzGVR6nGx8QQIKzfZ3xsoGdfb/3AhbAIXq3oVje4OrX6s+l1Bw+AsfrwDqDIVwCS8PAiXtOqWtqRCbXPTiNcXPvqV4jhBBC3QADeITQHYNLsU8OVm25KEktabYgniLZEcH6cWG6Nu8EUFB3ZOb/mydNl/dFZdJBdVMetSjN7IGwyL4OYzbaR+9O3pExw6Z//tqUgIAAQq0SbvmLqqoEgBFuij2JD03ZuL1Ob7icn//ghAkbt24NCmo2Ufk2YU169/rrrxcWFu7du3fbtm229PV1dXXW9PUCPn+0j9ek4MApIb3dREIAqNHpFyUftrbAp6gdTz4a0a//yfSyx2bOVKvVADBw0ODvvvuO7GRySneO879cH1hVvR0A4IwSAIAAGNA0NyRe/P/s3WVgVFf6MPDnyrhm4u5KIMGlUDxo0QJtserW2Trdf7e+Zbf6tlBvqUApXqBoKBoIRUJw4sSTiUwyrlfeDxMmM5OJEBIS4Pw+zZw59865IWTmuec5z0mYKBvUytF3tSvVXI/Re2Pl5YLMn6+dXGfS1jS3jvCCf8UCDwcAtQCnA4MZiZSOjKaS+rEk+haEIAiC3GYwlkXr6zpPq9Xa517agGGYPaGUoii12nNhM+RuoFAozGZzU1Ut5ObU6ojcGm6DkcCA9ZfSfQKs9gLpvRlJknK5HAAsFou9HFoPWlO/b3nFtxTrkq2dqLt/WOPLzi2GhvJNy8PlgYkRg+bFDF8s8Y0OV9ieHaXBKEr46/d4Q71z5xxVw7SNO6r0egDw9fbevHVrnz6e6xf2KlVVVXv37t27d6+jfL0DB8fvDQueHhP1w/lLV+ubcu9Hjo55ftozmbIHf317rEaZCwDyoKQZ/zo2Ogabkkpz2osH7Z8IOp3OYrEAgJWxLS1eceBiBvzjIgBAvBhWJdt7RvOCt8euCOAo2jjbXWtdluRCZXMBQspqLDj+U+GJX+tLslz6CQmYFQBLQhxbUYyWpG6Jef9WDrUlHo8nkUgAwGg0ok+Eu5b9E0GtVrv92UHuPD4+Pu13QpAbge49Iwhy+/GT0H4SU/v9ulOVhsxRclVGnMTBX0onB1pkvf4mgt1x3cVXK75hWPfRajhlbi0iReiDnyn5kuYcY18xDQCcc2fconcASPRWHFo4d+rG7dfUmjqVaubMmevXrx88eHA3XEFXCgoKeuyxxyLmpaoLfrl4KIs90QBZajAzAGBjmIMl5QdLyp375yf12S15Kv2TNHv0LpQHpb2wlxAojldCaUnpsqALMHQoSxCe36wFLs5ZF/Xmw5ue2wsXAQCGyAFAQUgX+0x6wX+emBB07cXeMWp0Lj9hDLDs7W9ajU23yDEM940ezk5U1E1WgsCl5whx8q0bJYIgCIJ0AxTAIwiC3BiDFf89m19Q47Kcfvdl0agY06R4ww2mUfeAFdVrW0bvAKDknzMTjXzaZQ22c/QOACnBVgAgcy7rrFaKYTUWC82wGouln58PieMRMumhh+ZO37zjcp1Ko9Hcf//9v/zyy9ixY7v1cm7ex8r1H1evZ3EWJvjABB+wMJCtgRMN2N9qVnt9CwMebq+FlggPZPy4uKbgOABwBNKJ/9wtUoTZu5Rzwr+ouPJ60c+m+YtYnodygB7hGN54oukewdfz3xuUNCic649jvf7XqEe5FWsguIKIgffnH/tRpAiNGvpQ/L3/kPhGnVB8WCfY7txNhPMf8p54a0eKIAiCIF0MBfAIgiA3wGBlPzjCUib3YngUA4fzBVoTvmBAD6fHt62Waswy5Lk06Sk4rAKlhVGa93nfF6AbwNgsNrOOYSirUc2yjNWoZhnKZtZhjHkbbTQajS2XDpU882iAWAQAAWLR/gfnzNy880y10mg0Llq06Lvvvps+ffrNjBkzGohrhbhGjeEY4+1LhUexvI7u396uvZqTH1X/7tLEw2G4Fwz3YhkWLung70aosQCJwVEVAJSc2lKavRUAcIIz7uktitBU50NL+OP+MG+Zlb7LPOP+Dg5ArVZnZWUBgJ+f3/1Dp7e2px3iTC5g6vQuU+vJk16OGbHEP2YkXP8B6gmlcwcMsE/DnkNLEhAEQZDbHQrgEQRBOooF9v/O5vJMo1rrcLac1zfIkhTQTmmMHlRqqWHBtfSJloJVxfaHjZDZCJmdOK3JaRmngs/fu2DW3BNnj54+Y7VaH3/88c8+++yhhx7qxGkxmuIePcg9nwV083J9lse3jrjXOnAodEWs6x69O8MxSJFCihQA4P2mzcfs0Ttg2D1LfwxKmggADG3DiaaCaiTL/2+EbNqZy3j9vYxPW+XNiZIi7oWzRGXF3uzz9kWwE0cMR9F7B8X5WQvqXIrYyQISZAEJjqcUZq7hN+8CGMr1+yj06QlSVBEQQRAEue2hAB5BEKSj/lAewuqntt3nZAm/NwfwHlSYO9hRJpMRBCGRSHgGvZgkeAQhIEkRl8PFca7rqm8xl7P+558ef3X5nj17aJp+4YUXtFrtU089dWMDo2nBHxuJEpfN51kAzGLmHd6PqxvNE6bc2AlbqLTUXVbmg4YCLQVaG6gp4GAw0ddDV61LoalBc/8XM2IJy9AXdn9Qdn7HtNczCU5TzrwFl+/3KZxSVGBtLYBnGHLXH9zzZ+3P9hZesz+4D2y8g/ss4yZ1yY2JO9uQcPPRQoHe0upCg0GR6j4BS5RUgwgXpAiiR0r6cTD0hQdBEAS5E6DPMwRBkA7hnj31m/ZwLLPA0WJoKBfIAhyzr3alDR52t+o9wrh+GGDNk/DXjPBhoUuP/jJ4KBiEBHCwH4tixvoMZGbNF4vFpNOGW/y9f3Iun2/jXRi5F8cvYPXq1S+++OKGDRtYln3zzTfr6urefPPNjg+Vm33aLXoHAEdoyzl3hoqOoyKjWzvcbDar1Wq1Wq3RaGpqapRKZcun9ap6oFxK8UMw33MAX2NxPEwc91zfya8BwLGfHi46+RsA5Gf8kDj+efurNsx4QWKcptV4OAkAAFB7duDXo3eGZQ8UlwEAB8fHhodys0+DQGAZMbq1YxE7AYddPFi3+m+plfZwsyPez7qgD0ngN7VwA0EQBEF6JxTAIwiCtI+beZQ5dfjacDJW29RiNTbu+3SCQOo35qlNQlmgo6fJhjEM9M5SdhQDEta7vyA+25QLAFBshOVXQUcBAEQJodoCgTyYFWBPGpfbiHnXgkgcM8rlbuexDhnBybnknNbu3mHYKAAgSfKLL77gcrlr1qwBgJUrVxqNxhUrVnQoUZxluefOtPaiiaKUekPFxvU1/Qd7DNGVSqVG02oI3RaNpy2dsjWOAD5i4NyhD3xuf5ww9uni0xsYhiq/uNsRwDfwCrQkw+KerxFXN9KZRx1Pz1TX1BlNADAyNFjG4wIA52SmNWUgKxJ3ZvB3k0hv27LR6l1XRHk1XMeaEBGXGR1jujfG1MqPH0EQBEFueyiARxAEaQdRV8s7eaycS5mJpk2bbRb9/s+namvytTX5R75dMHV5hqMzl6R7W/TOApwr5/1dIihXkwwDqdhPgdwrlzTflb35XVO8GimED5NAbYMwgWOO+43iYB6D0RwPCQWMt4954jR++k5g2Zav2vqm2pJT7I9xHP/kk09kMtmqVasA4Mcff9RqtV988YXzfL5HuE6LadQVOn2eqjFX1ZCrashvUFfrDfUmU4Opozn/bZPL5XJvrxJ+PUhJkJIg44CcA7IWA7uqg3fz7SkL/NTwe59Yh+FN6wX8okeMfPSXopO/BfdJs7coeef1RLW/JYQJ8fb4pmT+VWCatwDYV1RifzA5Ktz+AKMpsiDXlopWa7fPT0I/OkxrsOKVasJKY3IBEySletv/PgRBEATpWiiARxAEaQd58SwwjJQi1JwSK64nzMTBVTPqrp0EAI5AOmzhl86dQ7wsrZymZ9AMtvaM5KqS62hhWYxfzq//6A9Q2wAAQvjw30SQkc6x6xMVvs+V+wMA4xfg8bS2vqmMTM47vJ+oba71zUokluH32voNcF7FjWHYW2+9JZfL33//fQDYtGmTTqf74YcfeK6V5G02W2lpaV5eXoHdlcuFBYW6FuXuO4LH43l7e3t5efn6+np7eyuu8/X1tT+wN9pvIswufOO47qJ9cb2HcxUZ4N95YKIBAPpIzO/5V+pPhRnvdbwePWxh9LCF9scUZjql+AwARmvlVEy8x7HhKhUAlGl1uwuLdxcWHyuvtLdPiY5w6lPfiau+a4m4TJyfh20REQRBEOSOhAJ4BEGQdhCVFQAgo4hIE14g2mXeeqk69zAAkFzhxGW7FCH9nDuPivSUg91ztl8SOUfvAGBoKEv/bKJRXQUA/IBA88eBoGiaZscBG6gRvVwaMKvWCwAAw6yJya2dmQ6LMC79B96owuvrMIZh5F60r39riweWLVsmlUqXL1/OMMzevXsXLFjw9ttvl5eXl5SU5F1nNrc/tc4nCTmfHyQWBYiEcoFANHykXC4PCAjw9/eXy+UymUwul/v7+3e8nPubgUun65fbWE//asVGWJ4DegoAIEEMKxKAjx/lvT0S/h1pHO/W10Sojni/1cApGKoWpUaPtUplbh0Yhjl37tyBjZvTT525VOcSosd7e8UpvBxPsdbXJnQfmoFaPWmhMBGX8RX3wAAQBEEQBOkIFMAjCIK0AzM1Zc4vqfL9IHL15Fmfq0qzq3MPjX16i3+sy5ZyXO/cPoE+PTFGz+oNxOlSvnOLobFi78dj9fUlACBShE178eizxT/75SpxFkwEE2jhyqjmevK2vqlMUEjbb8F4eTNentPFHVQqVV5eHoZhY8aMOXz4MMuymZmZaWlpbR/lJeDHK7wSvRVxCnmijyJe4RUmkxJOkTkdGGxc9FjbJ2nXAFHc1+EvPV/6uZl1ne2vNGP/l8tqrxcI+CABBAQAUJj5iM+/cy1bow2TFdZYkuUbyJoK/skC8U4bZvS1kt9Zp1gnTnCcxmg0Hj58eP/+/X/99VddXZ37NfJ5k6IiXh020LmRbRH8dyuDFfsrV5RVzrNSTT9bmYAZFW0aGYVWkiMIgiBIr4MCeARBkHawAiFoNQCwrMx/m1/DXyGvjXjl9dS8t/yihzv6MBhVI9/3zbD+PTdMD65Uc51XqZu0NemfTtTVXQMAkSJ0ymtHRN4RKt+lQ858jbVIVrf17W+e0M6eeR4plcq8vLzS0tLc3Nz8/PycnJza2tp2j5LL5XFxcQkJCfHx8fHx8REREfGFOZzs020c4lhpf5NmeY3qK4xaVbM1XXO6ntIAQJharn7jlFZlBbi+xEDi8nEZ4W01yDdnmlwK+E8wBHzq+2jQ0OEAUF9ff/Dgwf379x88eNBgMLi9Y6RcNi48dGp0xMTIMLcd+ACgjdL6N8PK2A7qzmYb8jW0wY/jNUKcPFzcp9FIfntcpja55E1oTPiuy6K8Gu4jw7Qk7qHMAYIgCIIgPQUF8AiC3PaMVsxC42Iew+meYIMJCiFqqgFAQOM7z8U/nFx0MOh1H+/EUHOOhApigG7kFvkpKr9MeFxM8to9261hZam/9ZePqUIBmhdjW/Qqq0kNAEKv4MmvHJL4RAJAjTDI8PhznPNnybJiTK9juVwmIMianMoEh7b7LjabraqqKjc31xGxX7582Wg0tn0UQRAsyzIMAwB+fn4fffTR6NGjxWL3uutmP1+iKB/XqD2ehA4Js/Ub0O4I24VRNqK0OLGu9hs2lZaO0cUG12lNc56Ypa1qBICIiIhl697aiv19xphrZWxcnDNYmPCY77T75PcAwAVjYZYhV0cbvVnBMK/+sfyQ3NzcLStXpqennzlzhnWt8EcQRHJy8qS0tDkEncrYWhsPFRVL+we29mqnHdBmvVz+VZXVJXW/ryBmYtX3btG7HQtQUMfZfVk4s5/73QcEQRAEQXoQxnqqIYx0kFartbZXYwnDMG9vbwCgKEqt9vxNFLkbKBQKs9ncbmyDdJyNwY4VCc6U8lQGAgBwDEK9bKNjzMmBXVxGjqitEa753rni+mGFdodfY57QzGIQb+BP5SSPmPxi2ychSVIulwOAxWLR6XRdO0IAIKoricI8vEEFGLbBr/ZN4QklrblH9X9xhvucu2lr8o98/+C9j62VByXZWwaFmef313fkLbRabXFxsT1Qt69aLywspNtbsM3lciMjI+3z6gkJCeHh4fHx8Xl5efPnz29oaACAkJCQLVu2REd7mHbGtRr+n1uI6kq3diouwTx5BsvjtzzkhnAunOUdO4SZTI6Weot1wtZduRWVABAUFLRz586wsDD7S2pKLyc97O5mNptPnTqVnp6+a9eu6upqt1eFQuHIkSMnTZo0ZcoUX19fDMMUJGH5+v9h6saWp2K8fYwPPswKhDd5XW52qjMfL/mIYd0rvUUYx42t/6CNA3Ec/p3WIOahEnFdicfjSSQSADAajegT4a5l/0RQq9UU1bvKpiBdzsenFy2sQ+4MKIC/KSiARzoOBfBdS2/Bv8+UKnUe0ogGhZnnpeo7XMWsQ7jHDvFOHvf4EisSGxY+ysrcN0t3030BPGYy8dN3kgW59qcfRVS/FVNhf5yifWSA+h8tRsw6V4mflGAcH+/h11KtVtujdEfEXlZW1u5Hhlwut4fojog9NDQU91TZLj8/f968eVVVVQDg4+OzefPm5GRPBfNYlrxWQBbm440NQBC0wptKTKbbW5nfEbxjh7iu/6Yai3Xyhj/O1dTZh/Tnn3/Gxsa2drhKpTpw4EBrSfJhYWFjxoxJS0sbO3Ysl9tcRND+iaCvq4UD+8hL5zG66bs7y+HYUgZa7xnDcrnQpRop3dCcJxspD79yI1X/jjVMa/vwBQN0A0N718YKtzsUwCOAAvi7CQrgkS6HUugRBLn9sABrTks8Ru8AkFXG9xYx4+O68puxdeRY4PG5mUcw1y9bdGCwedrsdqP3LtFoJIrqSZ0F55FsqJwK8aIwAIyiBFvWEcoqe59zEuM7Mc3z1eWC4x4CeNd7G4kBVoqiKisrHQXhS0tLL1++rFKp2h2Sv7+/Y1I9Pj4+MTHRz8+vg5cTFxe3a9euuXPnFhcX19fXz5o16/fffx8yZEjL0VLRcVR0XAdP20FEZTn3VKZzi8Fmm711pz16l/N42978l8foPTc3d//+/R6T5HEc79u3b1pa2qRJk1JS2lqfz/IFlolTsbET8RolZjIyAiEbEMS2WAzfJbY1ZniM3gFATPs7HtNWU3HW5tCU6TyRwrlPo7FbRoUgCIIgSOegAB5BkNtPrpJb0sBpo8PhfME9USY+2XUZRhhmHTLClpxC5l0lapRA2ViJjIqIosMioGvn+j3RW/BtF8WXq7jO1xMgpeam6GPzjzuidwD4MlTJQHOvBk5BifBwhHGs89kYyqqtLVBXXdXVXWMbLy5ZdSU/P9/klEbuEYfDCQoKsk+q26vNxcbGCoU3lewdGhq6a9euefPmXb16VaPR3H///b/88su4ceNu5pwdxDl7CljWsfu7iaJmb915oqIKAKRc7u4FswY01umvpypYLJaTJ0+mp6fv2bOnstI9n18gEIwaNWrSpEmTJ0/u+P0LAGBJDt2BQgM36bQhx72pygzpdTDDn4Hm5Q+VV/869tNSHCdTpv87dcbbjnYcQ2l6CIIgCNKLoAAeQZDbz+XqdtKMrTRWUMvtG9TFqb+sUGTrP7jV+mPdQ2PGvz4mbzS6Z6ErteS3mfKnVDrnvPMMhQ70FFSaocwEFWaoMmc++y5VVQ8lJnX1VV3dNXXVFU11LttiObQbqVQaGRlpn1q3R+yxsbFEN0wR+/n57dix46GHHjpz5ozJZFq8ePE333wzY8aMLn8jN2R5KUBT9A4Az6UfziirBAARh7Nj3oyBAX5gNDQW5u/PPr9///5Dhw7p9e5lAkJDQ8eOHdsySb63aaBbTL/vUMI2JWyuOjvoRc7YT+2bKZSd2wYADENJ/GKc+/pJ0AJ4BEEQBOlFUACPIMjtp6FFWq9ZX1+dczBy8AJHS73+DtnD+o8L4pbRux3NwK/S2a8qs3Mry05XK89U1VT8UAaNLncYrEePHoOjbb+FYws3R8QeFhaGdX9mgePdt2zZsnTp0iNHjlit1n/84x9arXbREUdYWgAAIABJREFUokXd+JYsi5lcVli8NXLoicrqSp1+/awpMh7vk1NndxcWn/rkK3upfAfnJPl+/frdsh/RzZARIpfnFgb21wEAUKzq5N+7T47wi7mnz4R/ll/YBQA4wQnt17x3IJ9kY33bqfOCIAiCIMithAJ4BEFuP26V1LK2LL96aBVjs3iHDZD6N61b5p7PxsKjbr5Qec+qNxA5SvfZXZahG6uu1BWeqM47XFd86ktV+7XlmhG4f1BgQlSMY9P1pKQke0mtHiQUCtetW/fkk0/u2rWLpumXXnpJq9U+88wz3fV+GMZyuZilOUEjWCJeMWbE+iv5z6YfLte6T1k7kuTT0tICAgK6a1TdY4AwbnvjsebnPBxWJsM2JRyoAzMDALWFmbWFTeUAAuLHcIVejr5piUZeF65DQRAEQRDkpqEAHkGQ249CRF9TOa2BxzDaagKAqwe+GLbwS3ubV2Mhf9cF09wHe2SEXaWovukyacqiqy1UV13Ny/hemXuEYTpWuJjAIIgPkUII5EGYACKE3Ahp5sB17rOyvQCXy/3xxx9feOGFDRs2sCz79ttvq1SqN998s5vejvELJMpLGkymw2WVuwuLdxVc07bYUsTX13fs2LEzZszo5UnybZvjde//qtcZGXNzU6gAlkXCI6Gwpxb7s5ata34pfMBs+wOMZcdrj46M8rQvAIIgCIIgPQcF8AiC3H76BFizypqn1pPGPX/lr//HUNaCzJ/7z3yXJ/amMctLCTu2ng+UVpTSIeE9ONTOcWzhdjS78tylfHX1VV19sXviQQsSLlfhKypNJCBcCIE8CBdCmABcs7wny4f1wujdjiCIlStXymSy7777DgBWrlxpMBhWrFjhcRe6m1FaWvpXXtFfO3dmlFdSjPsa70RvxbSYyLSJE1KXvXxbJMm3zZ+jeD/4sZfLv3J/QULCgiDenKBX1wq2ZpZfLS/ki30iBt7PZyzxpvzxjYdjoFoPKIBHEARBkN4FBfAIgtx+kgKs4QqqtKHpL5jQKzhy0Lyik+soqzEv4/t+U/91Ubr2vLR2dn/9wfyr0OsDeKVSmXddaWnp1atX6+rq2j2K5IkkvlGK0NTkwJAnOTlJ3ooAsYgBdnr//EPeWo+HeJPSd4If7erhdyUMw/7zn//4+fm9//77ALB69WqNRrNq1SqSvNlPK5qms7Ky9u/fv2fPnsLCQrdXBSQ5PDhwakzknPjoILEYCNw8Ic12+0fvdkt8JpMY+Ubl93raZa+BEDP3pytR94ZJ3ghLLmxUKwR8Uc2HPKYpE4EOi+yJwSIIgiAI0hYUwCMIcvvBMFgyWPv9AU4N3bR4u8/EF4tOrgOA3MNfi+5PvSD7GQDOSYwb687eD1N6cqyurFZrcXHx2bNnHRF7R7ZwwwmOSBEqD0ySB/eR+ETKg5IUYf05PLH91TT6zLiiphrpOGAbL8Y80ad4u1+j20miecGrI5eHcm9gn7OesmzZMoFA8MYbb7Asu2XLFp1Ot3r1ah6P14lTNTQ0HD9+PD09fd++fVqt+30NX4lkYljwtJjISZHhYq7Togya4e/Zjuu0lmEjb+ZCeo+HvCdMlQ37o/FotjFfSxt9SNm4S41zchke03STIsZLDgDANK8jsCX26ZGhIgiCIAjSBhTAIwhyW5LwmaleG/9pw2L194loP+/wgYrQlIbyC4bGigzeW44/bttEZfe3dyqGga7O0W6i0WhKSkpyc3Pz8/PLysry8/Pz8vJomm77KIlEEhUVZS8IHxefkFHbF1P0I0jP4SuOQb9xkTbpYM6Fs8AwACChiQ0XY455GzYk4ZcVtA3oUI7fBOmgOV73cnGOx5P0Qk888YRUKn3hhRcoikpPT3/ggQfWrl0rFovbPVBHG0U4v7ysPD09ff/+/SdOnLDZ3Df+i4+Pt1ekGx4SJFr/S2trE7jHDlEBQXREVBdcTy8gJ8WP+k57FKbZnxLcKm7ezwCefxvpgCBbcuotHB2CIAiCIB2CAngEQW5XpRLjOXr9OdmPQtqHZIT6oEooBwAAjQ0kTX/c8viG1g4vbySPFQny6zhGK07iECynBoaaB4eZic4G846F6/aIvaSkpLS0tN2j2t3CLamW89MpXouV2k1Gx5r85GCeMMUyeDhZlI83NgCGMQrv/tFxqRJpJ6+kd1iwYAGPx3vmmWdsNtvx48fnzJmzYcMGhULhsfPf+itfK7cdOZVh/rsGTjRCuXtSA4/HGzZsWFpa2vTp04OCgpoat65vu7IA7+Rx450SwLuhA4LMM+fx92zHzGa3l5igENPsBd11WwvphUxG7uULRHkpZtCzAgEdGEL1TWWksp4eFoIgCOIBCuARBLldmf18oBoAwEjUAwHwZAg8EQwyEmTN88xWwvMy5sMFgvQcEXM9dqMYKG0gSxvEWWX8R4dphdxWwuXrKIqqrKwsKSlxROxXr17V6/XtjjkwMDAxMTE6OtoesSclJfn6+rZ9SJyfbdEg7eZzEpPN5VowDMbEmiYnNt2hYGVy24Ah7Q7g9jJr1iyxWPzII4+YzeZz587NmDFjy5Ytbhu5NTY2vrjjg93pe+BkI+jdi/MrvBUTxk+YNGnSuHHj3CfwGYYovWZ/WGMwnlXW1hmNS/smOXchKsswm43l3DaZCzeEio4zPPoMJ/s0WVxEaDUsjtO+/rbEZCqpL4re7x6cvKu89J3OuyqSxUW8U8ct94yxDr2nBweGIAiCeIQCeARBbldBklB7AN8kxMOW7yHCwJaN2eW8vVc9V2IvayR/PS15aqTGOVa2Wq3Xrl3Lz8/Pzc2115nLzc21OH3f9YjL5QYGBton1ePi4vr06TNkyBChUGixWHQ6953G25YcaI3ybjhTxr+m4ujMOI9kQ+TU4DCzn6SdbPw7wIQJEzZv3rxw4UKtVpuXlzdt2rStW7dGRESUlpbak+SPZx6nqRY/h3ABDPOCoV6JqQO+7PMxhhNur+v1+itZWbmns7OVteeUtTmqBgCQcLmLkxNx59p1DIPptayXdxdcCU1zivKJqgoKwwiCIAOCqKjYHo+TWZHYOmqcddS4nh0G0lPIwjz+rj+gZYYPTfMyDgIAiuERBEF6GxTAIwhyuxogjFMQkga6rWB4gnSQWwvDwJ5Wone7vHL9HweuUqpLjoi9vLycaS2F/TqZTBYREREfHx8fHx8REREXFxcbG0sQzXEjSZJCobC9a2qVkMuOjjGNjmmn3N0dadiwYdu2bZs/f75KpSorKxszZoyvr29JSYl7Py4OyRIY6gUjFeDbtG17JlVwdNNbExNmG5P6Xc3JOXXq1IULFy5cuFBQUNDy31RnteY1NCZ6u2Tps0QXfFASxUWC9J2YTgsANAABIABgZHLz1Fl0SNjNnx9BOgGjaf6BvR6i9+u4mUdticksyqVHEATpTVAAjyDI7YrEiBcC5r9Vubq1DgpC+qjPNLfG0kaO1uwy7amuzqm4uFujzFNX52iqcyyGhnXtvXVISEhsbGxsbGxcXFxMTEx8fLyPj08nL6OXoGlO/lWitBjT6YDLZfwDbUl9e8kiWKPRWF1dPXLkyJ07dzIMYzAYDAan0gYyEgbLYZgXDJIDD4dsDXAwAACKhWIj5OlfP7/3vZw/choaKNpzoELieJKPYkCA36AAfz+hwPklls9nxZKbHD9ZlC/YvqkpTGIBrk/w4xq1YNNa07xFdGhv3+kQuSMRpdfsN5Vag9EUJ+cymoRHEATpVVAAjyDIbexJ3xkXTUVbGo60fElMCNZEvyEn3euW1+nds6lrCzPPbH61tbcgSTI4ONg+qZ6QkBAfH9+nT5+OlEO/jRDVlfydW3GNurkpP4ebecQybKR1xGjooe3Qy8rKjhw5kp6efuTIEavV6vYqhmFTpkwJmtvnx6AMcFQ6+KgQDtQDB4dAHtRYwMIAQJGnk/v7+6ekpNzjIx8FdKq/n5Dj+dOQik24ySx3zGblp+9qnuR0/VliNM3fu8P42LMs4f5riSDdjahRttsHr22/D4IgCHIroQAeQZDbGI7hX4e/NEKc/Llyc5m1xt5IYsRk2dC3gh6O5HlYAN9yFlYWkOB4TJA8iV90QHjSfSMj7XXmEhISOrcD+e2CqKsRbFqLtYiQgWF4JzIwm80yZuItGwxN05cvX7Yvbr9w4YLbqyRJ9u3bt6qqqqamhmXZAwcOTB/hD5VqKDBAvgGu6JqK2NkYKHNfaxAgFvUPCUq+b1ZKSsrgwYPt1ewxo0H087eYscVWBSwABqxAYLlnzE1eEVGQhxnaqm6Ia9RESREVHXeTb4QgN8zaTiEPAMAs7psUIAiCID0LBfAIgtzeMMAWe09a7D3pmqWqwlrHx7mJ/HAJ0epqcy+hewTvFdJ36INfyAMTZQHxIkUYACQGWB8Z2lZm6Z2E99ceD9H7ddysk1RSX9ovoLUOXcJoNB47dmz//v379u2rra11e1WhUIwcOTItLW3KlCkmk+nEiRPvvvtuZWWl1Wr9498/t3VeKQlT/IYHB22wpPiLhABgePxxxqt5iTsrFJnmLRRs24hpNS4HYsCKxMZZC9ib3oqPrKpwPD5ZWf3TxSv/uXeEn8jl95OorEABPHLrscK2qoE09RHdUdlGCIIgdwAUwCMIcoeI4gVF8YLa7+Zj4xKslW5OZeYKZEnjlzn3SfBrNaC9w+ANKqKyvK0eLEteOkePn9Id715eXn748OHWkuTDw8PT0tLuvfdeqVR6+fLljIyMVatW5eXltXo6DMC+L2CyBK7ogAV4KgIm+Dx2JdK/uilgxnRa8HKpUUf7BRgefpJ7LovIz8Eb6oEFRqGgYxOt/QezAkGL97hxJqPaYtmaW/DduUsXa+sBIE7h9crQgS4DN7VIAUCQ7keHRbTbhwptvw+CIAhyK6EAHkGQuwuXYEfHmP7Ka32KXkAPCm8/s/TOgCsrnZ9uyy96Ys9f48PDNsye6rjDQSqru/DHwTDMpUuXWkuSJwiif//+ycnJcrm8qqoqIyPjxx9/ZFnW8+BxvLmS/AAZZGsAAAbL4YMEONYA+XqY4BNv5M9XOk25kx4+9Vge3zJsJAwb2RXX53Rals3MzPz9x1/+PHXGQjdvdPf7lVy3AJ4VdH57AgTpNNo/kA4JIyrKWuvASqR0fNKtHBKCIAjSLhTAIwhy1xkfZ6zWkperuS1fEnKZh4fpOLjniPHOc8FSkhVWo+TaFDYysgye3HtAb7XtKCjKVtYODPBr6mTugr3rTCZTRkbG/v3709PTa2pq3F6VSqXR0dEymUyn0128eDErK8vjSUiSjI6OTrmuX79+r7/++u+//w4ATdE7ANwfCAAwSgGjFIEWzpbzsVz2ehU6HGcVXbGje3tqa2u3b9++du3a3Nxc5/Y4hdeSvokP93WPiOigkFswKgRpyTxlpnDdTx7KQACwBGmaNpvlcG79qBAEQZA2oAAeQZC7Do7D4iHav4v5RwsEjaam6t8kzqaGWCcnGqT8drZ8vzMUmiuXlX1+BnLBvviaBfglFyxNeeyHS8sdAXxHFsq2pu0keYlEIhQKGxoatFrtuXPnPJ7B399/6NChQ4cOtUfsAte09s8//1wmk33zzTfXz0hCigwAJDTxULX3W9eCvK3N4QcVGcPyuyIrvhUMwxw7dmzNmjV79+612WyOdj5JTouOeCw1eWx4aMuC/qxMTkdGd9+oEKQNjNzLsOgx/v7dZInLdg20X4Bl0nQ6oP1FSQiCIMgthgJ4BEHuRhjAiEjziEhzvYHQmHAeyfpL6btn4j3HVDqj8HU15VQdfV8tnGneRu5wabkjzZsKCbuhkzsnyV+8eNEtAR7DMIIgKIoCAJ1Op9Pp3A63b/Bm5ygX3xILUKMl6g3Egqf/t3P33oqyEgAAHTVhee0Hs8b0MQtJ1iVYZjlcy+gJN3QhHadUKjdt2vTrr7+WlblkI8fHx8+fP/+REcOCju5v3knOGUGY0qazBPosRnoMK5Ob5i3EG+qJshLcZGR5fDowmA4M7ulxIQiCIJ6hLw0IgtzVfES0j4huv98dhGGZZWVfuETvdVb4vrTpMY4Bw2ZWVJfhigpJvI4jIX2HhmmJAGk7PyWz2Xzq1Kn09PSdO3cqla3uHc2yrD16d5DJZKmpqUOGDElJSRkwYICvr2+7l3CpircvR1inJwCgoeJiU/QOAAAHLlzj6pl1M6eQTsvdWaHINGMu4+3T7plvCE3Tx48fX7NmzZ49e5wvSiKRzJ49e/78+UOHDrW3mOQyfvout0RlViI1TZ5BR0R17agQpBMYhQ+j6OL/IAiCIEh3QAE8giDI3SXLmHfeWND8nAX4/BoYaACAoV5AYHCiwUxRy6jRgf5jAQDyAPIgQmGbm6r3l7iH8fX19QcPHty/f/+BAweMRmNHBiAWi5OSkhzT7AkJCTc0/v25wgNONQgv7/vI/iBy0Pyyc3/QNLWnqGTGzr+2zJ8pJUlG7kVHx1pSB0GXFoqrrKzcunXrzz//XFFR4dyekpKyZMmSuXPnikQu6w6omHhDRBSRl0NWVfAY2sbl2QKDqdgEliC6cFQIgiAIgtzxUACPIAhyAxgW6vWEhcKEXNb79py6P6G77PL8UH1T8ryEhBejBEfBdKIBAKpyDgQmjHX0KmngfJkhf/IeTYicAoDc3Nxdu3bt3LkzJyentSrxDhwOJykpyT7HnpKSEhcXh+N424e0Jr+W4xy9Gxsri7M2AwDJFQ5f9HX0sIcyfnjAajEfKyictPvgxo0bW8vA7xyr1bpv3741a9ZkZGQ4X7VMJps5c+ajjz7ap0+f1o5lSQ7Vpx+dnCL29jbrdDbL3bLTAYIgCIIgXQgF8AiCIB1iobADecIzZXyjtWlxtUzA3BNpGhVtIjoZjfaMekrt8nykAkqCYHM1PBuBKXjDwv/vMEwHgOqcQzDbpaNer/vXJ5tNub+fOXO67cl2t3Lx/fv353I91PzvhMMFLhPpVw+uZCgrAMSOfJQn9g5Nnbn0rT/X/3eOXq8/f/78fffdt2XLlsDAwJt/38LCwvXr169bt06lUjm326fc582bJ+iSTeMRBEEQBEHahAJ4BEGQ9unM+LeZMvuiaweNCd9zVZSfXfOMYSMRE2UdOJQViXtqhB0nJVyryvNweCwMxvlApNDf0i/CZ5rQK9jYWFlfcsaiV5m0yurcI+Xnd9SXnbPo69s4bVhY2LBhwxxBO5/P7/KR22isWOVUVd5iyD/2IwBgGJ404Z/2RjZw4qYtWxc99GBDQ0N+fv60adO2bt0aGRnpdiqGZcpstXraFMBR+JCy1t7RYrGkp6e3nHL39fWdNWvWkiVLbjT/H0EQBEEQ5GagAB5BEKQdLMDaMxK36N2hkB/1GzXmiVPruRfPGWfcT4dF3NrRNbHSmMpA0Ax4CWkRt62c9hRhjIfWSCEABJgHGtVVMv94Y2Mly9AbXwmmqVYzvcVicb9+/e65556UlJShQ4fK5fKbvoh2aM0443RllM0UOXhB4Ylfg/qkSf2aLopmIDZp0I4dO+bNm6dUKsvLy6dPn7558+akpKbd1zW04RPl+o0NhxqppgL4CYLwZ/1mL1CMw6C5cH1eXt6mTZt+++23hoYGRyOO46NGjVqyZMmUKVM4aH9sBEGQW49liVol3lDPsiwjVzABQdDZNVl3nt9++23x4sUd7Pzxxx+/8sor3TqeW0ytVnt5eQHAggULNmzY4Gj/8ccfn3jiCY+HyOXy4ODg8ePHL1q0aPDgwbdooDcNBfAIgtzJLBSWVc4vqOVozTiJs8EyakCoJdSLav9IJ4V1nJKGtqK1s+KhMV7bxzYaBds2GJf8g/HqynXX7arVEem5ohwll2IAADCAMAU1Md4Y5+e+77rdGGn/IK5PlfX6dLrKCgUGKDBAvuHy1ZfP65o/5NyjdwwTSPyiEgc+s2TauHHjfHxudc1qDuFyY4Iv9hm+6OsBs963mrXO7VwCEhISdu3aNXfu3NLS0tra2pkzZ65fv37QoEGlVuXsgjfKrbXO/XNNpc+Xfn5Ak/VdxKsmg3H37t2bN28+evSoc5+AgID58+cvXbo0LOzGNtVDEARBugon7yo34yCubnS0sBKJZcQYW7/+PTgq5PalVqvVavWVK1dWrlz5yCOPrFy5Uiy+DVIpUQCPIMgdq6ie83uWRGdpvjdf0sDJLBYMDjPPTtGTHb5ln6NsZ/02Bvi/owO3XMoLtAD3+GHzfXM7PeYblVfLXXNaYqObp45ZgNIGcvXf0rQE4/h4DyvVdY2mJeWTPj2yyna5Dgr00GBzvOR2YwPDcHlwX339Ne/wgZGD7o8d9ThB8gaHmef110NPEPMYIZd11CCw44m9eWJv5z4CLgMA4eHhu3btmjdvXm5urlqtnjt37s9rfnnHb6tb9O6w40x68UcnivZeMBiaN3tzTLlPnTrVeV86BEEQ5Bbj/Z3BPX7ErRHT6fjpO4m6GvP4yT0xqF5q4cKFgwYNarvPqFGjbuYt3nnnnXfffdfb27u+vq3ldb3K4sWLBwwY4Hhqs9mUSmVmZuapU6cA4Oeffy4oKNi7d2/vj+HR1xEEQe5MFWryp7+lNgZr+dKZMj7NYg8M0HXwVGqTe/K8ujrn/M73Rj38E4YTOMkFABz8/ht5eGVuOFmYj9EUS9yKv64aE77WNXp3YAHSc4UBUqpPoFWv11+5cuX8hQuHT1y+cOF8fWUutFI3HudzfUIG+4QPLMnabNRUsyyT9s/dQq9g5z5BshvLX+hCOAb9giwnS9paXZ8abHH8OAICArZt2zZ//vxLly4ZjcaFDy2kXo+Eka75EQYajqpgZw0UGS46NQcFBd1///2PPPJISEhIF18GgiAIcoOIitKW0bsDJ/s0HRpui0u8hSPq1SZPnrxo0aKeHkWvM3Xq1AceeKBl++nTp5cuXZqbm3v8+PFXXnnl22+/vfVjuyEogEcQpIexLBTUcUsaSJ0FF3OZcAUV52u9+RVtOy6JPUbvdtnlvMFh5mgfW2sdnGGYS7hbdHJd5ponaKtJVZot8gqZ/MpBAGCB3urX+EVeOEbZMK2G9fJu5WRd6UiBwOopemdom7Ymv6Yw87k1x2w1ZwoKChiG8XgGHCclgZH8vqR3kt+Q1EFPj3x8zbE4ow1nGTrn8FcAUJ13OHpY85cALsH2C/acmX9rTIw3XqriGqyefz8kfGZ8vMm5xcfHZ/v27Q899NCpU6coqw3+UwAvRUGaLwCAiYYviuF4A1ibfzgklzN96rRFixaNGjWq03vdIQiCIF2Le+oEALAArX2uc05logAe6ZwhQ4YcOXJk+PDhxcXF33333eOPP95u/kLPQgE8giA9qayR3JjtXh9OIaTn9dd3MLr2qE5PlDa4/H2jrEaSIwCs+aP/bDm/g2/hK3aJfqV+MSxlAwBtTb62Jr+26IRf9AgNWabi2lQk5WMjgbpF+8Pn1Ljk9ttM2tObXq4vyVJXXmYYz/PkGE7Ig5J8Igb7RAzyiRisCOmHk9zEAOsjQ5uWkeu5FbgtLDBxfFMAn3PQOYAfHKWS8LrtejpAwmceH6Fdc1raaHSPrhVC+uFhOhHX/VaFVCrdvHnzww8/fOjQIWBY+LQI9BTMCQQBAUWG5ug9hA+T/F56+J+vJiy5BReCIAiCdBTLEqXFANBoMl+uU+WqGupMpjdGDHHuQtRUYyYTi3b0RDrF39//iy++mDFjBgB88803q1ev7ukRtQVNLyAI0mNKGjjfHXffmw0AGozEj3/L8ms7X+W7WusSvRef3rDuOdm2t/pU5x5yNFaqPVeVbyk50KWWm2/U0H7T37A/5gq99KpSGrOWCzIBwEowgGGsVNrpkXccy4La7HIJJF9cfGZjQ/l5t+jdz88/LGV66oy3J73016JVmlnvXBz58OqEMU/7RAyy5//nKLn2Kn1/lJbjhjAACEwYi+EEAFRe/cv5VEfrqrr7utoVLKNeHNs4NckQrqCEXEbEZSIUtunJhpfGqgMknm9bCASCtWvXKsZFAgCwAN+WwuoyAIBJfsDF4V5v+F8irE6FBUFS726vpY8gCIJ0hFarvXDhwsaNG99/++25m7Ylfr8maNUPaRv+WPbXkf+dOGOlXe+Vsyxu6OjKOKQlsViMYdj27dsB4NixY7Nnzw4KChIIBElJSY8++mhJSYmj51NPPYVh2LvvvgsAKpUKwzAMwz755BPn8+zbtw8ANm/e3K9fP5Ikv/zyy4yMDHvPNWvWeBzAwIEDMQxLSkpiW1nl192mT59u33R248aNNlvn55BuATQDjyAIAADDMlraKCL4HOwW/VmgGdiU3WqWO83A5nOS1yY0uhUe7yAL5XLa4qzNDEOpq3P2fTI+etjCwfM/FUj9zVSrCfZuQuRU3xDTpYrm+/qp09/ki32AZWNGLOUIpOelq81EI5/B/CwcOiiE5XX9FugeYIC5phNiGO4d1l+ZnyGUBXqHD/SOGOgTPnD5Q4lmMuCPC+1UZLlSzY1Q2I6VEPa7Jlyh3Cd8YF3xaWNjpUaZJwuIt3fDNUk15mp/fg9PcfBJdkysaUysya0dMxoIZTVmszIiERMQxJLN94C4XO7EDx/c+NaPsLcWAGBjFVgYeDgUJvuCuPl3PooXeEuuAEEQBHGh0+muXbuWm5ubn5+fm5ubl5dXVlbWWixnY5jCRk2Sj0tNE5bTTsVZpCNWrlz5wgsvOH7yOTk5OTk5v//+++HDh4cPH35D5/nnP//peHrPPfcEBAQolcqtW7cuWeKe6Zabm5udnQ0AixcvxrCOfj3rWhiGTZ069auvvjIYDFeuXElNTe2RYXQECuAR5G6Xrjn9fd2fJ/VXrCyFY3hfQdQS70kLvdMIrHszdArquPWGtubANWb8SjU3NaTVfcjbIOG55FFTlua64kUn15Vf3D1wzoq02Y92/IQPpBpPq4sF+qa9xDGcSBz3nP1xvnjHedlPADC+QUYCbhxxbycG3AkYgK+VCAxUAAAgAElEQVSYUWpdfobDF3/LFcqFsqYoFMMgNqzhaGFzH5tFn/nL4wPnrJD4Rjkf2GAkAIDWBzhC3sDE8XXFpwGgOudgcwDPkn/X1s8KC+2mi+o0XKPmHUoni/Id9flYDseWOsg6cowjjJ/uNWLjC4dATMDmagCA7UqwsbAs0nESGSEaJUm55WNHEATp1WqpxnxTuY2lIvlBEdyALjmnwWBwBOo5OTn5+fkVFRVtH8IniURvRYKPIsnbO8lHESJ1uTHN8vmMWNIlY7ubpaenf/vtt1FRUc8///ygQYNUKtUPP/ywe/dui8WycOHCoqIiDMO++uqrL7/88r333nv//fcVCkVNTQ0AuFWNOXHixAcffAAAoaGhMTExcXFxBEHMnTv3q6++Sk9P1+l0EonLP9b69evtDxYuXHirrtWD8PBw+4Ps7GwUwCMI0hsxLPNy+Ve/qfY7t1wwFr5sLNzaeHRd1FtiohsnWktU7f/9KWngdC6AD1fYSByo61E8bWuaqsVJLkNZrUb13789U3v2p3u//LBfv34dOSGHYB8aUvfyhffj9DN9rH1wlqAxi5J3/qpkU4XgBADggL1eHGwZNZaOiO7EgDsnOdCi1AqdW+SBLiV8orxtIi7jmMBgGfrodw+WX9xVnXto/HM7/KKbb6Xb+xCMyNGiCE2RByVJ/GJ4Ipcpjv9VbF3WeDyOH3qffMRjPtO79Zekg4iaasGmtZjZ7NyI2WzcM38TZSWmBYvtORGTZEOGSfqcfAJAymlKod9dAwYKXosBEgOA5YEL+RiawEEQBGly1pD3XtUvJ/SXHS2x/JDXAh6a5XVjO5BZrdZr1645Iva8vLw2qqvacTicoKCg+Pj4lJSUhISEPnp134piovW5WSouCYiOroy74+3fv1+tVrfd55lnnmlZq/Xbb78dPnz4rl27FIqmj/4ZM2bMmjXrzz//LC4uLi4ujoqKIggCrkfsGIZ53GN1xYoV/v7+3377rX1Vud28efO++uori8WyZ8+eBQsWONpZlv39998BYMyYMWFhYZ254C4SGto0P1FXV9eDw2gXCuAR5O71iXKDc/Tu7IT+8jOln62JeqP73t1gc/nYuLTvYxwn+BLf6OGLHY16SyfTqAQcdlCY2bHfGGVtCuBnvn3+3Pa3Ss5uAYCinKyJEycuWrTonXfecbsT7NFwSZ/FcQVvVz4FgHEYoRVv3gsdB+yzqr7JEx+xRsZ0bsCdMyradLqUrzV7zpUgcJiSZAAAb1HTQsHTm14uv7gLAGwWvVuKmr0PReg412N4rkCmrrqqrroq8Y6IHNK87YoBV5kYywVj4QVj4W/l2zcSC6NjR7E9N++B0RR/x2a36B0ANCR9UKHOF1bRpyrD+00YLU6Vk+JfIv9vXuGblxYACAn4shhYgCMqX3XC+Ke2CTje9fWw2cc6KtoUIL1FZQgRBEF6rT8aM54t/YxiXf4eFpgrnij5KNuY/17wY60daLPZioqKnMP1wsJCmm7r7ypJksHBwfHx8QkJCXFxcQkJCYmJiVxu8x1VzGLBfv0ONJ6DUlYosowcc2OXd0dbu3bt2rVr2+7z1FNPedxs5auvvnJE7wCAYdiTTz75559/AkBBQUFUVFTLQ1qiafr3338fM2aMc+PIkSP9/f1ramq2bt3qHMBnZWUVFhYCwOLFi6FHOTaObWxs7NmRtA0F8Ahyl2qgtKtqtrbRYa/m5GlDzhBRd23KIuS4LGy7sPM9m0Uv9Ap2DuCF3M4XMpmaZChtIO3V7Bwz8FK/mLFPby6/uPPS5mdrqssZhlmzZk16evqbb77p/FnSmqf9ZiXyw1dUrz1nLHA0DuFEvuH30Ij+w2799ugCDvvYcO1PJ6Uak/tnMAdn5w3Qh3lRAJDgb8VxyD3yw9UDXwAAYNjIh1f7Rg1z7t8n0AoAHEkVNDSlR9rMTdWAOPzm4JzGLPXcPMfTEkI7x7L67E9ZggGjrCNGQ0/su0bmXMFdv9IxwH4Sofw4slpH2L8vVkLxWSHOf9Zv9ksBC/bFf7q6btf6+QcKBCL601yWpurOZx757P7xz//ZyMrOlPGzK/jT+xjuiXJfYI8gCHL3uGaper7sc7fo3eGb2u39hbGzve4FAIqiKisrHbG6PSXeam1rw9GW4Xp8fDyf31b5GJbHM81fLNi+Ea+rdXuJkcnNsx9gRe2UekE64p577unfv79bY0REhP1Bx8vLDRw4cPTo0W6N9iz6r7/+es+ePSaTSXB9ywD79Dufz587d26nR94lHHc0emodfgehAB5B7lIHtFlm1unz1cJAtgaSxCBrrvu1U53ZfQF8iNwG0PS3m2Eom9UAAFyBSw1we/zZOXwO+/Qoza7LorPlfPsMPIYTOMHxFdOPP3lv6CuZq1at+uKLL6xWa01NzXPPPbdhw4aPPvooNja27dOOkfYfI+1fbVNds1RhgEXzgvw5irYP6VaBUurFMY0ZRYILlTyVgQAAMY9J9LeOiTX5ipu+eMkFjLRu59+/PWN/OmjOf6OGPOh8ksQAa4TCBgCTYoiDp5sK49ksTSkGJL/5W1GBaBeFuUS2lTzr5yGV7/x9DDfozZPu667rbB1RUuT8lMXgifjidbZyIFwWFxgZ88fK9fnm8u8jXn3ad+Zz9VHfxkQfeubi4W/n0zazMj9j3yfj0l7Yx5f40gz8eUkk4TP9gjqzfANBEOQOsKpmq5XxVIibZqHWCqXGN/5490BDQl5eXm5ursXSzl9Lf39/e6xuz4ePi4sT3Ph+b4zcy7j4CfLKRTI/h2ioB5ZlvBRUTIKtbyrL6fy2NXektWvXLlq0qP1+LcTHx7ds9DhR37bk5GSPMfD8+fO//vprg8GQnp4+a9YsAKBpesOGDQAwc+ZMmUx240PuSuXl5fYHcnmv3pIGBfAIcpcqtlS7PP/8GhyshxA+rE511DW/ZunGPcMSAmwyAWOfOrYa1fZF2Fxh819MDNNv0H24p0o2UBg/UTqIi9/wxzOfZO9P1U9KNG5/3aQD4PH4z47ShHnZMAwABK+99tqcOXOWL1+ekZEBAMePHx8zZsxTTz312muv8Xjt7HUeyPEO5Hjf6Hi6iZDLTk40Tk40UgzGMMAl3W+Q5+Xlrf5gkX1vudh7Huk7Zbnzq6Fe1AMDmibbJwUGZwSeslUPA08z8GrOtbOSb6DQACISApt/RFv8G94pCuZcPGeLS6Ijb10JADtcp3V+utWvYd2py/B9KUzxgyfCQeSyJHKH+viEutRHM+qv1AoKgseFpoSnvbD3wKoZNrNOVZq958N7J738l8grhAXYdVmUHGjBe/UteARBkO5yUHvW5bmFgU+LoMwEZSagWACoA9gEF1seiGFYaGhoQkKCfV7dHq63PbvecSxB2Pr1t/VznyJGuopjEfhNCgz0vKWLcxa9PYA/cuSIUqmEXpA/D04BvJ+fX8+OpG0ogEeQuxTNOhWPYQFOqQEAKszQaAMFx0OfrsbB2bkp+l9OSxkGrMamFGje9QCeBeaw939LrIegBgAgiOvzWehz46UDO/FGEh5jT6EXCfnhCpf5hJiYmC1btmzatOntt99WqVRWq3XlypU7d+788MMPx44dezNX1yNInIUWd8lra2sfeOABrVYLAPEpI8c++o3leoDPI9mh4ebJSQbS6aj3h0R/eOFEXWkqZb4+A88RqEqzckp/uVa8lT5XD3oKMIAhXvBgECRJAOCa0GLDWQ6DcS+eNd3yAN55rzgA+ExcBmsqgAXYUwsnG+HJcBjr49zh+5J1j12LPiafbdbV2sx6vsRv+MKvTv7+vNWk0Shz9/xv5KSX/pL6x6pNeGkDJ9K7V+8EiyAI0h0olq6hXNcAc3HI0oDeQ1qcY3bdHrEnJyeLRKKW3ZDbgseKdJ3Q2u+AI4t+586dVquVy+Xa8+d9fX3T0tK65K1vRmlpqf3BgAEDenYkbUMBPILcpcJ4/s1PKk3Nn8rVZkcAH87rmt1iWpPgb314iHZTtqje2PRFgSv0AgALrjmh+KhEeMjRs8pav/Daez9F/GuqfJjncwEYrdi5Cn6xijTZcAGHifSm+oeY7avoTSYTAHicAcAwbMGCBZMmTfroo49Wr17NMExxcfH8+fPT0tI+/vjjoKCgrr3kW8xsNi9dutS+N49/aPygx/60sM0z5xYKO14skPCZ0THNWfE4YP9KiSuLqnxkY4a9JXPdk6zN9UsbC3CqEU41wsdJkCJlgLUBywGMqGxnE6DuwPj4wvUsegvOng+wwDQ/2K4EioUGG/y3ENZWAg5gY8DIAM1eMlBCFgC+dDsPT+xt0av0qtI9H45KezFdEZpSqyduNIBXm/AcZdP+iL5iOjHAKuN3410wBEGQ7kBgOIkRVueb+BhAmACu6kBMQrgAwgUQLvzfyBdnDZzk7d1b8tGQ28K8efO+/vprjUZz8ODBsWPHbt26FQAefPBBTk+vg2BZds+ePQAgFov79OnTs4NpGwrgEeQuNV46kMDwpjn23OZt0qHKDH2aUqbTpIO7exgJ/tZ3OLt/rriwEwAAaIk203tFsfCgDTO69aRZ5qXyVSMlfaWEh9u62eW8bRfFFqo54/liFS89Rzg7RZ8abLZX02kjhU8ul69YsWLmzJmvvvpqTk4OAOzfv//kyZPLly9/7LHHiNtzZxqWZZctW5aVlQUAIqli5NO77PdHnDEM7L4iEnLZwWFmi8Vy9uzZzMzMEydOZGVlma/XdXeJ3gUExIug0Ah6CkIE0E8KAN5WjpDBAQAz90DhNyqhD/fsKfsSDBXXxghw+Ec4TPSFVcVwWQcAUNGhUQ2c/cGlfR/r6opM2pq9H4+Z+M/dVN8ObTHYNAwG231FeLJEQDt94yUvwYhI05QkI4F3vhwjgiDILWav8JJjKnVpfS0apCSIm2IHEiPmJs+Qk6h0HHJjRo0a5ciiN5vNGo0Gekf+/O7du69duwYADzzwQFdlInSTXj04BEG6TyDHe6nPlJ/qdgMA5DfviAbVTaVohmskafVSWtrtIxFcywlsbFpHV+J7FkS1kKUGAoMIIXi53I5VUdqd6hMLvSe6neFcBW9jtqRlhGSmsA1nJTar2b7ZbLtr8IYOHXro0KGffvrpv//9r16v12q1b7zxxoYNGz7++OOBAzuTve+RyoBVqjgkzvpL6Jbr1bvQe++9t23bNgDg8Xhjn90p9fOwxR1lNdYV/f32rgxC+Vd29lmPdYNxPsGkSKCvFPpJIVYEBAYmGnbXgi/XXi5hkqqp6gzL74E94enAYKpPP/LyBQpj93hrmlojhfBpH/irDn4qgwYbAACJAZ8ALgY8HPiEFEKF3ID64jOUtelWUdaW5SJFKIcvtZm1VqN63yfjYuA/cYun+fr6tjsGhoFfT0nyat33kKcYyCgS1BuIpUO0vbuiLYIgiIuZ8pHuAXyQy2foGEl/FL0jnUAQxJw5c7755pvt27erVCoASEhI6MJvWZ1TU1Pz/PPPAwCGYU8//XTPDqZdKIBHkLvXe8GPlZSdPSRQQp5TAF9lBoA4I3/9hSjB5e2Gx59nu6j2jGcMg+u0GvP1ArZiEoCFn8qh0AAAICMhgA8KDvhyQcEFX+728J0DU0IDAwMdpUrNNuzPS+LW4mAWYFt20wrvdmreMgyuqueZTU/NmXXftGn/WbFi06ZNAHDp0qWpU6cuWrTo7f/P3nnHR1F1ffzMzO7sbrZk03uBhIQQSkLvVenSmzThAR9BERAFrOgjVtRXmoIIqCgd6SJSpJeQQOgtpPeym2yyder7xyybzWYTAgkJ5X4//DFz75k7Z5fNzv7uPfecjz9WqWo1n3E+GfZdhtwSEoAEAByHaF+qf5TBli6+Dtm0adPKlSsBAMOwqfN/tIR2tu/NuXkk986xvDsnitLiOcaJaHeTSiSEKM9gAICvXx8wv39RhW4ZAaOs+WnEHDY/3brVgg0IrPMXUhPMfQfref3Lsv3n1HafZAygrxf08QQz55DKDgACykapd7nk3Tlha6FMOipbZztlacuyL+cv+3K+VCoNCgoKDAwMCAgIDAwMDAwMDg4ODAz09fW1xftdyJBWVu82buaRCZnSdsGOleoRCATiiWWG97BNmiMZVL7TXilGLgqYUr8eIZ5ETCYTy7IPG6g4ZsyYVatWaTSa3bt3A8CkSZMatmxbQkLC5MmT09LSAGDGjBlP+AZ4QAIegXiekWl1+84G/eAnWph8wSaARTmWt9L8Fqb6K1gcwCS6eZVu3f4xOoFhgGHF5QKeAA4g837Ms44Bnd7e/Dgkd4PNACCVSv39/X18fGRuQQVssIs6wEXtL3cLcFEHyNR+hKh8p3eZ0SpQq8otjzE0ee6U+PJFWwR4E5ns53Ejhw4a9O6HH2ZmWsvFHzx4cNGiRTUpF18ZHmD7Jdm5VOux8JjiOLiWQ94pEE9pXxruVZfJ0s6ePTt//nzheOHChZ6dJt6oWHMgcc+iguRzDlcpSbKdn0/v0KDeIUExPl5Dtu8VBPwQg0dhmnhJaC5UQsRjP90KjdJbZ0aolg0zg87i2Ojwy/EGvZM+Aqus3gEgidwn/itJOPZv9oKpNF+vSadNpZUtzWZzUlJSUlKS48AE4ePjI+j5bDYc5CEKj2CFR4jCI1QkcdzlcSYFCXgEAvE0Icel28L/NyF5cbIl26HLlZCvabQgShrSII4hasLBgweLioqqt8EwbM6cOY98C2EK22g0rlixonv37p6ensHBwTW81hZFL5xOmDDhkd14KA4cOCBkvBegabqgoODMmTPnzll/EXXv3n3JkiX140xtQAIegXh+ITLTCB66JYp4qnzbrjqDWXwv0M4m/XELeM7VrdRWQlYuAoaHyUGQboRUI2SawOw8B5jZbE5JSUlJSQFwFKKRPV7rPGm17ZSlrLLceRI7k0m25TeiqMChUXL+9DAv725HDq9Yu04oF19QUDBr1qzNmzcvWbIkIiLioV7lhTTpuVTr9IHDJDPFYL/Hqxa8UCwn6ybbWVJS0iuvvCIEww8bNmzevHnrzjtObPtG9BAEvFTp5dWog0+TriMDlHMkt3C7KfCy++H0SpL89F5gbJn800bZtxTl+8m7lCg/TwrsqLOGUNItW9d/DTmBncUn4w23H+oS5u90pjgHAHwjuvebd1hopIwlem2GQZMuNd29cfTH1NQUoR3DMJ53DPJgWTYnJycnJ+fChQsOXRKFx/D/XZe5lueAzNGJKAZ7rDsmEAgEom4JkwT823Tpr0V/7y4+dducwQIXQvr0VbWf4T3UV+ze0N4hqmPjxo0bN26s3oYgiNoI+HbtrGmS3nrrLQD45ptv3nnnnRpea4uiB4AePXqEhNTTZNDvv//++++/V9U7ZcqUFStWKBRPwcYQJOARiOcX3GgAgIu51hnQUFdVG1/vxm6uHM/bhBzudFWzTqEjmpZYdlhPFASQOIy2Kx9q4UBLg4YCLQW5lq5UU3edNC8vLz8/Pzs7m2GclLSRu1UI5BZqyEEVIfTSA7sc1LsNorDA/fjhBQsWjBw5csGCBUK5+DNnzvTs2XPmzJk1KRcvwAMcuetSjYGJxk4lS/tHOebtewS0Wu2ECRNKSkoAoEOHDj/88AOGYSopC1Ahm0Cj9mPlHsG+ET3U/s2Eljb523BdBZ1voK1BAb81ehNEUm+68LfrN2Re2fdczLKcvKYGqS91P2icICztOlFdetbe/0cAz8nel7YV7P9v9QzkW8CDBHWVKW0VF+XCJzt26Ke2RtJF7e6idg9s2TbY/PPiCW+99daWLVsAgOf5yZMnDx06NDs7OzMzMzMzUzjIyclxmjWANuokSk+HRgONk6K63yuBQCAQjw8XXPq69/DXvYc3tCOIJ46+fft+++23K1asyM3N9fT09PR0fOo98HJBwDds+jqVShUQENCnT5/JkyfbpiSefJCARyCeX3hSAgDx9wX89y/0GBAW6mgjeZwb4AEAgG7bqYS5L2yUlb6UJDj4ScBPAgCuhHxds1XuIutGdIZhCgsLt58pPnuj2KDNNOpyjcVZxpJctX+F4h9M1SvwRF6OKOVeNb6Jku8SeTlhYWH25eJpml6+fPnevXuXLFnSq1cvjuOEKutlZWUcx5lMJovFQtO0wWAAAJ1OpzXiCZd4jqVZ2sxSJp5jSRd1016v29/odj5ZewFvsVgmTpyYmpoKACEhIb/99htJkgAQ4U0nZFR47e5BMe5BMbZTjOejjHfsDUy4LIeVAABOiK5ivlIXr7vQ5LRr5xAqc3xPhUdJhigliSkt4XGC8/ahm0TxSmUtnX80yPhzkpNHb3csLG/KMcO8G9bEdRIcfCTgIwFvidxPZfDkwUcCvhKRm2rIa/8UdDiVc+OQb2SPysNezJB2bSxdvny5Uqn8+eefAWDDhg0kSX7++ec4jtvMeJ7Pz89PSs1a/pdOr0k3aDL0mnS9Nh0AcNzxkywToXpyCAQCgXiMTJw4ceLEiY92rV5f5YJN06ZNK4ehAcDbb7/99ttv13wce44dOwYAEolk1KhRD+NmdajVaqd+Tp8+ffr06XV1lycBJOARiOcX1scPAC7mWQV8G1/vqmweK7xMplHfD8aTV/mlhAF8HTTTpt4BQCQS+fn5vdA1JEtcXW45lrbuPWYYJj09vaSkhOd5nU7HcZwpIQ67dbeMoliOL6UohuP0FM0DX2KmAEBPUQzHGY6dNbkoGIbR6/V+fn40TQtyPS0tbcyYMY/2kj1C2jgI+BJTbSvV8Tw/d+7c+Ph4AHBzc9uyZYutNm8LP4uXwqVQX+Ut2ugTvWirBr5WWPTZmfjLrLpEVwgAHMte2v2RbUtCOhm0+gw7p0eQi39ALR2uPeK7tyTHDwOA2VakrYSG929b1TsAWDjIMEGGCQAMUJ6KiRUR+9xaKzxCFB4hl/f+T+HZSO3fzDO0rc2AB7icLfF3ZT7//HOpVLpixQoAWLt2bWlp6bJly2zVZTAM8/X19fX1PWtw0xiq+x/0VrJSMYqfRyAQCAQCLBbLH3/8AQBDhw615SRG1Bwk4J96TpddXV904ILhlo7Ru4mUHRTNpnkO6qiIfvCViOceNiBIL1fe1hQDQLBK6S2vFOaN40yzFvXgSZHpfiF6xX0VJEgvmgMzBzQHFs6HVxuupa8xrzGbzSaTiaIoo9FIUZTeYLyRDQaDgWNp2lzGsQxtLuU5ljaVchxLm3Q8b1353L17t5DvtMGxzSnYwLHaqruvvvpqx44dACAWi9etWxceXl40jsBhUvuy1addjZSTLK++SmZc1h7bqZ6i99y1j0rg755a26zPbFuwfbGROHTHZViLx7634gHwPHniqHAYYCFzpBSYOfjojlBGAdzF4CuFPDMU01DpreUZtqwwuaww2dYS1OqlF97ca2+TX0YAAIZhixYtUqvVixcvBoBt27aVlZX9/PPPDrsn2gWbD95yTFxnT3uUwQ6BQCAQCAAA+OGHH7RaLQBMnjy5oX15KkEC/imG5bmFWat+Kzpoa8mlNbuLT+0uPjXdc/Dnga/iGF7N5QgE4HicXwjDcQDQzs+ncr+lY1fO3aMeHNGUaAEAMChPGJ5thjeu2dvkAbwN8fXgzAMhSVImk9E0bTZbK8wDgIuLS2RkpJubm5D+RK1WA4BcLheLxSwmjctyBwwnXVwBgJS5kjLH+eZaVpLbtWvX999/Lxx/9dVX3bp1czDwVTJzehTvv6G4nkva4svEON8h1Nw/ykiW+cLdYqHR28VxHofn2Iu7Pujzxi5bS2KmZHC0XtSgXzBEUSEufGwA+mpU8coy+CrJWhBRJYJvmkGQDACA4aGQkpfgX0infHBxpT6rGPIskmySLizmuPIECgrPUIfxGbZ8smP27NkqlWrhwoUcx/39998vv/zy77//LpeXK/bu4eYbeZLMYueP1BB3unNjk9MuBAKBQCCeE06cOHHixImMjAwhwV7z5s0HDBhQ2SwnJ0cIdaw5GIZFRkbWjZdPA0jAP8V8nrvBXr3bs7Zov1qkWOhXT1UZEE8vCbnWchptHAQ8jls6dqM6d68fN/SlZQAAMgLw+6qJrJU6JEQSgnQhJVK1QsKxVE5ODgCEhIRERUWRJOni4kKSpFwulxQVuOZli3FcSZIiHFOSJIHjSlIswnEpQUhFIhGOS3r0plvEqlQqDMOEC213ycvLW7x4sVAu3mg0XrlyZdSoUYsXL3Z3d0zPu/S4OkdX3fdtywDqjjljbeH+M/prhUyJApfFyJpM8HzxBVXbaq4SOH/+/KxZs4R9X/PmzatqPtvNhZvUrtRA4ZnFIguDKSRckBtDEjwAUO06i5NuA88DgGfFQAwMF/Eck5G4uyD5nHdYJ6HRRGNaA+GtbMiUbFixxnY8I8tnhUdOaQkDACDB4dNIq3oHABEGfpK5bSaP9xndpF/M6HsfGThzqH5Yx6K3jcXZek26vihNr0nzatzBYXxXWYVXN2XKFJVKNWvWLJqmT506NWLEiC1btri5uVlvgvP/6ajbnqi8medYDb65n2VUTANPdiAQCAQC0eBcu3bt448/Fo4lEsmPP/5on1bGxoIFCx6YQt8BuVxew733zwZIwD+tZFIFqwv2VGOwPH/HK+o+vjLfamwQiMTEROGg1cDBjFqJ6ctAKmN8/ZgWsZzard7cMAjF3hV230hKEXT3sEbUK0WAgZvKbbbfKJVKRRCEUqnEcVypVIpEIoVCIRaL5XK5SCzWUK45pTJepJSKuUYeTIg7jQFs2bLlzTffBICJEyfOnTvX/r64rkS+diVwVWcXw3FDt56cq9ppp6+v7w8//DB06NB3331XKBe/bdu248ePL1q0aMyYMZhdSbaB0YZ1Z12ripJXSblrLjs+vb2W5q1rwiWgz6IK9+vODlF3+TH0bQlWZTb19PT0KVOmCLnQhwwZsnDhwipfCwAAyEmuqY9j4nTOP8DSrbfk5FEAkErlBCmz1d5TejYqLUgCgFqk9UQAACAASURBVJQLm20CHgBMtJNo/PoEs0tU40WJNqZEjv6KN3+TBH28oFmFjHoD1R1neY8AgHbypkebLl2Uve48E4/jhLAHHiKcz1JFetMOLSNGjFAqlf/5z3/MZvOlS5eGDh26bds2X1/rd6yc5Kd0KE3Xim7mSYR0A15KtrmvJcjNSaEEBAKBQCCeN8LDw5s1a5aent6mTZsvvviiS5cuTs1mz549bNiwhxqZIGqbSOjpAgn4p5X9JWdtv/WdQvHM0d2LXysIYoMbUe06soH1VGIR8XQhCHgcx6NGjTU1UCJxiqIoCwVgtwEeAFxF8GETe7Mhnv1nBb1R/VABAC0BAAz2jWazdftx5TJynKuaim1HXoyr0rfW7atS7zb69u3bvXv35cuX25eL37Rp0zfffCOUi8doOuWGnocq07SUWbB1mXtowslf9N6SM5IM8seQeU4vLC4uHjt2rEajAYCYmJiVK1c6ncyuCVSHLrybO3n8sERXIlN46rWZQrvSu7Eg4ItSK+xfUEobOCWbw//LixrVqSvNF77u+q9HedydNyN5M2TSf71esu0nCpMEbGy8SBNc+jubn5Nf5fymt5Jt7FMaZ0g2smZPsbqZNJTAcAB48cUXt27dOnHixLKyslu3bg0fPnz79u2BgeVlC0PcmRB3pNgRCAQCgXCkf//+/fv3f6BZ+/bt27dvXw/+PL2gqL6nlSRzlmNTEQVzb1i3gAIAwG2FGaMo0b07Lls2SE7+W6/+IZ4GiouLMzIyAKBJkybKBlLvACAULQeouAJfERIXz/R+uOlYGzYBX7mMHABYer5IRzlP1Mc0a2np8UJNbiGVSoVC8T16WGuSnT17tmfPnosXL2aSk4h1P58oCarmcp7HumirXDnfrj2WYLhduZ2m6WnTpiUnJwNAUFDQpk2bnBa6rzl0RJRh+izDhGlu6vJqrjKVj1TpDQDazMsca12UNojyz1FnanOv2sP6+PGKCh/aFmUuBxIj00622pMYsfVq+JkLzW7zc2d4D62cDUSCifWBf5ZKUpyOLCPZ9ICVTW+8PPjuwjHJH/e+PafZ9Unf5m2hOBoAOnfuvGvXLmGXxL1791566SXhvwCBQCAQCASiHkAC/mnFwlcM7+QBvk+Bm2Uw9wasywCaAwAzzlm7eJ6MOy1OfCISgCGeHBITE4WN07GxsQ3ohk6nEw583bycGuAY/l3QG2GSR6xbVr2ABxw3Dx5uGj6WbRTGi8UAwIvFbKMw04hxpkHD4GEWtMPCwrZv375y5UpPT08AEMrFdxkwcH1SCYs5BnelJWwX/qVf2pVz8wh3qRi7VAaXdHC9DJINwp+wjb13d0iP/C098jeZcB4v1gAAz/NvvfXWqVOnAECpVG7cuNHLy/m793DgOOcfEBRUXlBQJFF4hrYBAJY2F2dfF5bdbyq2fZT9M8c3aGFzDLN06Vm52Zci+2lchxa4teZ8uRgnU/g5VNELd95aVvjHHu9p11WbGMw+vRzX2Fe712/yFqNVrgtomdKvczcOv/eBkTMDQKtWrfbt2+fv7w8AWVlZgwcPvn79eh2/OgQCgUAgEAhnoBD6pxV/ccXc4MW0tXgSy8PWHIgrgflhQUQAAMD9naqS08eZFrG8CP2nI6xcunRJOHhCBHx337aR/j1XFuwsZspsvc2koYsDp3dXtnrk8asJobfBhEcy4ZEAgLEMTzz63wiGYWPHju3fv//XX3+9bt06juNSikve3vB90OWkThN/lLsHMZTx9K/TYl766NjqamvIe5DwnyB4wUv4+72rvSVOtKplyfHDTHTLz67d2bp1KwCIRKL169dHRUU9ss+VCQ3wOHv/WCxVeoa2y7r2NwAUpV7wCI7NlsbdVG7jKOai8W47edM6vO/DQreMxYsKnO6A4GUy04hxPOmYUo7juSmpXyRbsgGAwczx6hWXXNd4UJEurCeFlxWRt+Uk2H/87LlguPVR9rrvgt4AgIiIiP37948cOTI1NbWoqGjYsGGbNm1CIX8IBAKBQCAeN0jLPa30UbVZmr+9/NxdDKtbwvoM2J0HPECaEWZfz+iOM218RfeXEDGziUhPYcIiGsZjxJOHLYPdEyLg3dTq2T6jXvMemmC4nWkpEOOiZtLQprJgDGqVL80m4B1qdzulNurdhqur6xdffPFy3xfnvznrYl4BAGRe3Z/70bFWA9/Pv3c669rfubeOPmAIDQXfJMOBAngjFMLlRtxurZvn9/z559d7rRUovvjii549e9beZ3vsF/PFEoV7cIzVqewrN5SbL6pXcxgDAHfNmXUl4PUWXGfGSYL3kLP4w/xvW3r3Y4NCyPOnifxcIYs+LyaZqGhLl54VAux5XpSaLEpJ+ou9nuidZD8Ci1kKJFdtp1S1G9g3ag7N933ZV+wOAEFBQfv37x89evTNmzd1Ot2oUaN+/fXX3r17P4T3CAQCgUAgEA8JEvBPKx0V0Z0Vzc/q7eI2JTjMDIUeHvBtCmSZgOXTkjVEuwoBwHixtr4dRTzBXLlyBQBIkoyOjm5AN2wCXqVSAYAEE3dRtABFnY1vsViEg5oI+Dok1tP9xMTRKy9e+d+ZBBNlZiyGi7s+ELpoc1l458kyVz+bMWPR35LuAOABANJMcLMMAOBGGbxxDQZ4ew8uD0BIyM1/9cBhYe/DrFmzpk6dWueeC1sABNI8TtKtlaFzX+MjZRmhd01Eoq3LxFlqf6+LmZITSbK8MuvDSCrmWwdZXow0ysmaxuczTZoyTZqCyUiUlfEiglO7O2x8wHUl0n1/ErnZAPB3s9TaeMvy3PGyxHHufYRTb2/vPXv2jB8/Pj4+3mQyTZo0adWqVUOGDKnNLRAIBAKBQCCqAQn4p5jVoe+8dPfddCqvQmszJaxq4fZLHr0/d1X/3o5LWWxD1m1GPFFkZWXl5+cDQHR0NFkp0rg+sQl4V9cq87TXBqPRKBy4uLhUb1m3YJRFhONz28W+1DxmaHzJvfN/CO24iOw1c3tQy8H2xoWSa7d8Lpafny+GH9Ig3wI8wIGCw8dOfNveMLttTK7eMGLnfiPNAMCAyCYffvDB4/DcfgVe65qs9d8C/k7MAsla7brnediWqLyYWWFWxUxjZ1Ok13PI/3bWPVydeZkLK3Py/4sZ9C5bfsNKdQAAPKTLKD9LmwBTBznrQ5l0qac3lw42GRUllS8EALBwkG8BPWNfly6LKrQ3UavVO3bseOWVV44fP05R1H//+9/S0tKJEyc+hOe1pshA3MwjtQYCw8BTzkT7UWpZg6YnQCAQCES9wzb0j3wcx+0L6CIeH0jAP8X4iT2ORH7/ee6GzZojtpx2MhafUuD9v6ZtLf6Ul4vjjl/+QQWxEM8Ply9fFg5at27dsJ48bgHfUCvwILdGEYRKwY0qEI5xQtxrxjYH9Q7An3X/pkJDRzeIcYXN2fBnLlCc0UR9eOJsdpn+ZEZ2gcEIALE+Xn8M7MObjLxSVYcu8wCXMqUnskNtLZ1N75t1xDXlBhq3T/Z2P1CiFhxPkjmodxulZvyXONU7vUsIvLbF6iQn/8VKdTwABlBEevgbljYqs+YLuH7ou7xtuyRb3UP+OyJjwE0eKopeHmBEAtAceJGwsfxvhMQcn5suLi4bN2587bXX9u/fz7LsvHnzSktLX3/99Vp6XhMoBtt9TX4xU8rbvU/7b0CnUNOgaGPt3z0EAoFAPBXwPG9brmgo5HI5EvD1AxLwTzdqkeKboNc/DZh2xXhPl3bd/1xCbJlcxuIAAJXUOxAEE9K4/p1EPIGYaezsBauAj4mJaVhnSkuthbvrXMALAc9Xiu8KpxeZpGZ8tLiSAKslqZbca6YUA2fyFbm3VzST49Zc90xgMGAYx3HTDxyOv3EHADCc6Dbtt6CYoQ4j9IsuucTyWocnrxSHqUGqfn5dlpb8ffmeTCS6WlB4o0gDAH4K+Y4Rg+VisdFkYutOwHMcbLqovJojMRHlC+5y0j9SN6CRsfff3rOMRPni83+9hyiJR49ooDnsWFJ1l2sMREKmpEOI+ZFvAQAYTYtuXwcADKBEpP4ucK6Es37GOJa+eWQZAFgM2ubSqT7FGRfcllW8GMCbhGwzaGhgeBBZf5RE4t5QCZIk165d+9Zbb23evJnn+Y8//lij0Xz00Ue1cZ4oKhAl3caLtQAY5+ZON4nkPCvcmuWwdedVqRqxw4UsB6dTZCUmYlK7UvRTCoFAIBCIZwwk4J8FZLikoyIaoprK47U4W8iD85RfVJuOfO3KRCOedniAhAzp6WRpXqno72PWxF2cRyeWA6Lhako+phX4eMPtWenfp1hyoCxTaFlYsGblzb+XBc/uVouc9vZcM6W8m7n6guGWrcUFl071HPiu/wQpRvJyBRXZbN7ylZtv3AEAHMNmjnmHbTfSfuO4u4we18YY6sF24b/+OnfjL4UHDJxVsuKADS50/SYlOKSv5EhExtfnEk5lZgOAkiT3jBoSoFQAAOe0MN6jcui2y9UcCQBIVeVCUSxVAICKDu5d+NVfvq8Ky9Q9VbHv+tUqSjy1SGxmHiAub+WRNRTwPPD/ll7aWXzypimVAS5Q7PWCqs3LHi8oCjUYY81Kt8NreInYFQDunlrr2ah9UWq8QZsJAL6RPbzDOnuXdUpzOVogqVgNzkcC2WbgeCiwgL8UANxp0YtXdPCCEx8Igli2bJlKpfrpp58AYPny5Xq9/ssvv8QfphKhAGaxSA4fEN++LqTly5JSt+Rm7jY08m/l32usLbX+6RRpZfVu43oueSlL0iaoDvIUIBAIBAKBeHJAAv4ZgiBMw8a6bP0NK3NSA4kJi7B07VnvPiGeIFgO2xCvvJVHAgDwvCYjEQDEUmWiPkZ7mp/WSScTN0zA7eMQ8HGGm6OSPjLzFACA5X5oNIlnUgVjkz/5I+yj3srabhw4VnppYspiiq+QtdzImX8o2BlnuPln+GIZJpl7/Mz6y9YV4BV9e04LNkLSOwWkV7okSMLTId0i8ebNhAulGPmx/9SFfhMuG5IKmBI5Lu20P84nu0jovZJfJKh3AsN+Gdy3pbcnAPBKZR3Gzxsp7GSydYJPqvDEcILnWAAQS63bv72oZkGmrnrF5Znew2b5jBBVqmz/UGiNjrKWpc2FqRc8gmLEMtV9G+e3wIsKxbeu4fm5GMNwCpUmxG+a7MDRsvLserdN6UdKE1YW7PyFnNgNAAAMhDxR2QoAClMvnPt9JoYTYpn1w9ai/0IAAMAiDEMLJNebm5XXpfe/Qn2tEf6KbPcW0jf8LW3dKfXXHO9xRtahkaWFr8VBm2MY9tlnn3l7ey9evBgA1q9fX1paumLFCtHDFO/EWFb25yYiOxMATriVftgkK15luN95p+mlgwsjZg527woA51IfMH1zPk2GBDwCgUAgEM8YSMA/U3Bu7oZXZkhOHxPduIrRlLVR5Uq160THtgMUTPl8s++G3KreAUryblPGEgDwCGmD4URGMWy9pJzSobRBHKvzEHqaZ2anL7Oqd7AT8BJc6J2Tviyu2U8u+KMvXxczZa+lf+ug3m0kGG5/dmWJZDe7fsPvAIBh2NIXe0xr1Vzo9aYKPWW05cVBTKMwhwulGNlRYa0IIG6OQ/Y+ANh9N/mjk9a67N/26T44vBEAD4DRLVvX4R91UiHJcNbRMJyQyD3MZQUAIJKU1wN4lXx7egu+ltJdwKFW3NUDX17e+z+WsfSZtTv4/hYDDCrNKHGc5Phh8tIFsO35xmCCfPsZtZNZyyyqcBS9+rRLeBOjNE0azAEOAIl7PuY4BjiGLSsAAPegVoHN+wv23pYWUzz6f/dn0YTm9w56lgCUC/gmcd2b+owAAAaDYgKKi+BeEekud3mlfZmfyvEzMHv2bJlM9sEHH/A8v2PHjrKysnXr1tU8/4L40gVBva8NKJwdlc5VfBNuS0qnpn89z5I2y22yMMHBMVT+vTPZN/7BAGsz8kt744xiUcMG1yAQCAQCgahzkIB/1uBlMvOLA6F3P0KrAYuZVyg5tVtDO4VoeIqN+Pm0cr1alBovHHg1ai8c3Mwj07WiEPdqq2A/HkpKrDnA60rAnyi7nGLJKT+nKwh4AMijtX/r4ka69XjkW/yhOVTMOBGNNtat28ltzRaOFy1aNHHSRCojTcZQmETKePsY3L3gQZHVdPNWojs3r54/N+2vwxzPA8AbbVrNbN0SAAAw1tefat/5kf2vjNZQwR+Zq48g4MV2Ah7MbiJMVye385BXSJYrc/VjGQsA5N89ZRPwngrHhLrSwwfEVy/Zt2zyK3Kq3gV0vOm9pjk7LjU24HKhpdeMbXGb5ySd+UU4bdF/gW0SxAv8Pvf6j5z5ZteVJju9i9cHFJz3KxHWvhP3fmIxFrcb/Q1OlIesaw3ET6ddZ/Uo8ZQ7+vnqq6+qVKq5c+cyDPPPP/+MHTv2jz/+UChqVBpRfOUSAFxWGuc0Tasqlfz/5W11z/S7c1KXc/NIzo1DlEkHAKSLOnb4Yhwvf6zzPBhpXClBGekRCAQCgXh2QDPzzygEwXp5s4HBSL0jBG7nk5zdz/iiNKuA92zUztZ4I69+k7TfRwihJwiihgrngcTpb1Y4F1bgMbDlIXNi85Cc1F9x0lp6f/rjt0ybev/ko49mzZrFuarZ2LaiFwcS3XtDo/AHqncAABxP7dh91L5DBpoGgH6NQ77u1VXoYSKiTKMm8KIq9z8/ChWXxD1D2gCAi6ufVFleK64Og3hC3WmFnbD0jRBC3SE/6ZStsYUfZX8JkZ3poN4BYKOfpsK5xVGsHnQv1ooZBWuNQhdLlV2nru81c4dbYIvG7V9u1G6szVItJXiplCcIjIeR+W5/XYo8Srwe0nq40HvzyLJ/vnvBVJpvP7iRxvZekzt9gWPHjl23bp1QoPHMmTMjRozQarVOLe3BTCa8WAMA34bmshiAsPx+vhiulwEAmFg4WwwrUuGVxA8HjTu74bW0hO2CegcAyliiSa/w/mAAMjFS7wgEAoFAPFOgFXgE4rnAYTsxS5sIsZSlzZ4hbW2NRfqGmdETBLxKpaqr6iPFbMUl2QHeUMYAVUHJaJharSTnUhrHpl15sDkbvmwKiaWw0areP+7W8a2ObSlH0xqh1+vHTZqUU1wMAFHBQevnz+OlMovajW0Syfr41cZ5p3jKK7w/HSf84Bf1gk+TrhhO2NnUWY1ZAocBzYzbE61TNkqvMLlboKE4S5N+iTaXiaXKIDemVUCF/dvi65cdBik2WxJzCyGhFDJMkGaCDCPkU7CrLcjKfWaAux7o0iY9neBZ9n7wf2ibkaFtRjqMFupOA4axQaGitGShJcGta++Zs64dXHJx1wc8x+bdPbn309a9Zu7wDutku+pOAVlqxlVSJzp54MCBGzZsmDp1qslkSkxMHDJkyI4dO/z8qvu/wyzWWn2HPITPJwYlNHybDGUMhMsh1QiM47YCsUTh27RXQPN+AdH9VN7h9l0BakaEZukRCAQCgXi2QAIegXge6fLK2k4TVxVnX1d4hja0L1BWVgYAKlWd5WNTE8oK52P8K9u4iZSVG2uOC14xWuFoEaxOAx5g7g3bIvCgvtHvxbRjb994hFh3lmVnzJhx48YNAPDx8dm8dx8ZEFCrimoPook3RRI8xVrnUESkS1jHCbZeobZFtN9DzEVgJiORl4NRFCdz4fwCeLFjvEC7YLPWiP97x0WQpN7hXVLjt3IcU5gS17pDzyntHUug4Xm5AMBw3IWcvAPJaXuTUu5qi53cONsM4RVWxbU9u0viClprE+NVbZ3YC95i0DHUDABUu442AZ8mDQYMazFgoVtgy+Orx9AWvbEk59T6KcMX37BFqvM8ZJWImvk6f2f69Omzbdu2CRMmlJaW3rlzZ9CgQTt37vTw8KjKDV4qAwCdiC0V3Z8r2ZJjjexIMpTbYQBh8hfavSIKGOUT3gUXkY7jAGAA7WtXhA+BQCAQCMQTCBLwCMRzgbuL49opTog9gmPtW7wUDRBtazQaKYqCOk1B39ol4oE2beVNa3OLptKQRGNS+XmMCoJlkG4qD+Ee7f9+qw5QCnhRIfD8w0aff/jhh//88w8ASKXSDRs2BAQE1MbbmiAV8b0jTQdvOq/NjgGEedKRPjUS8FipTnrskCjpti3VHC8S0S1jqW59bCXQBPo1NUZ40cfvye4Vin0iuqXGbwUAVcm/s3vGivAKS80ajWbXubi/r904kpZZRlXhhggDXymYHD/q3nJf06DOAwtKky+YtKzzUpq9wo2BagYA2NAwql0nMv4cAJgJGfB85tX9iXs/oS16AMBFZI9XN9rvMwcAE13df27Hjh137do1ZswYjUaTkZExaNCgw4cPh4aGOjXmpTLOw1NSXFjeND0Y3MTwWyYwPLiKoJUrtHaF9mrwJBdFvHY4oVlWiZPnOAYQ4U0jAY9AIBAIxLMHEvAIxHNBUx8Kx4GrVqE3822AilO2DHZqtbquxuzj2iaQ9MqiCqsy8BCpBrp2rM0tRrr32Kw9YjciCd9Fw/u34K4BAGCYb+SEiNbn5ACAcezDCvg1a9asXbsWAHAc/+mnn1q3rm3FuxrSK9xYbMDj0p0k5w9wZSa1K6vJayCKCly2bACTEeD+QjAAxjDkpXhRZrph7GSQVZgjaORBN/KgeYDE4Jb9NgIApN86nV+2QC1j5SR/69atf/7559ChQxcvXuQqfnwxgJbeXoYIyb0IHIKkECwDP6l9mgMBD5GqmTQUAOTeqhl9TNsSRfcKK8QCkATft6mxW7jJ1mLp+SLn5i4+dSwrfvOJv5cVZ12zdflH9fEMdVzGV0oeUH+xZcuW+/btGz16dHZ2dn5+fs+ePXfs2NGiRQunxnRMW+nRgyFmSbrUAgAgwmCsP/TwAAMDjeW2VAUyXNLIxXNaJ92fl5XXcytMi2AArYPMw1sacFR4BIFAIBCIZw4k4BGI5wI3F65TiOlMqvPlRwCI9qMaJAW9rQh8HYbQSzDx/wW/OSH5U9pZmTccw78NfkNFOM89VkN6KGNeUnfZV3KmvEklgm+awdYccBeLBvstvRyC8QAAvEJZTco6PWvaXXIqTn+zlDO44ooOimbqS8yiRYuE3k8++WTgwIG18fOhwDAYGaNv6kOdTJalF4sFveytZNsFm7s2NhP4A2QqAADLSvdst6p3gExpYJJLeCmhknHGUFNGRGGS9PAB85BRTm4NENw42kXpbizTXkxIeHd1Ys6Nf7Kv7NLk3HWwlIlEnQL8BoY3Gh4RFqBU3FCYOnS4wWBV+jbTexiBWd9/tYz7b2ddulZ0t5AsMeJiEfirmGg/i5yscDnP8/vzipbsPHD1Wrl0V3o1bjFgYUTXaQ7ji3AIdqMf+MY0adJk3759o0aNSklJ0Wq1L7300oYNG7p3717ZkmrVRpR0Z3Re1rehueWtvhKACrs2+rt2kGIkkPzk9qWZxaKbeaTGQGAYeCnY5n4WX1WdZStAIBAIBALxRIEEPALxvDCouaHYRNzMc9wuCwAh7szY2OqKoj0+6rwIvEAvZewfYR/NTl+WT1dI/e1OqP4veNYg105VXVhzfgydx6fy+3Vny5tkBEwJUrLEqhuhvbTW+Qgm1LHYu439JWffzvxBy5TaWjZf2ou9dZNnWQCYMGHCzJkza+/nwxLtR0X7UTSH6c2YjOSlohro9vuIk27jWg0AFIo9f/cZn+RSIaeaN1U4IWNLQLGWc3N3uDC5SLz6KO3i3shYpmVp08FvezsYeHh49OnWbShG9w0JVNrF4UfrZUuSguZFZDj1p7ey9evewx0aQ9yZquaqeJ4/dOjQkiVLrl69amu0SXf7fH422gSZpeIavUVBQUH79+8fM2bM9evXDQbDyy+//PPPPzuZoCEI04ixc/6VbbJszpE43yygIuTv+08qH9mNCXJrgNk3BAKBQCAelvXr10+bNi0pKSk8PPzB1lVQUFDwv//9b9++ffn5+QEBASNGjPjoo4/q5JdkUlJSy5Ytu3TpcuTIkQdbNxBIwCMQzwsiHNq2vJIq1ZbmR4tNAUJws6eC6RRq6dzIRDRQtmrbCnzdCngA6K1sfTF67b7iM+cNN4qZMhUh76BoNkTdxQV3EiL+CEgx8pfG7526tmNr1r5ElVGPcwEWso9W9VqWt5/lfpA2QVSVwW6/7uy0tK853i4sXEvDB7d5AwMAzbvGfvvtt3Xi56Mhxnk3l4eQ7gJEWjIA5Iu9v/abkZ51pyB5t74orWnvN9R+UQBQQHotDXpjesLpaI9koClOrmCDQtJKdHv/OrR+2785t45znKMKVfs3C2r10rQxvccPisUwTHzlkvTQ/vJuHgCD1zN8gkzkwqY5KRKjrUeOS1/zHvqO7zgxVqPHnFPpHhIS0nfsO3T4TKfSHQC8lOyAZganXc7tvbz27NkzadKks2fPUhQ1bdq0pUuXjh071sGMF5PSfqO250eMz/kmHUocej1Frr80ei+U9K35fREIBAKBeBLgeX7Tpk1Ouzw9PTWaSiV+7IiPj2/bti0AZGdnd+zYMSsrCwAUCkVqaup33333119/nT171s3N7WFHs4fjuOnTp5vNT3oGGSTgEYjnAgtPv5u5eqPmMA88eIGYl0tZNYWXNZK7DQ1YQODBDeWYbQ98nQt4AJBg4lHuPUe596zzkW10az7yxVyp+KxjfXIAABw39XuJc3eSclzPmuZn/FhBvVs4+PgOFFIAAMGyvAXuFpwR1eNXNMOzicakFEsOz/ONpf6tXSJEmHPVWhm9BddTuK4oJ/Xk6fjExN0aLCtzMcdYV4/z750e+rG1AhwP+E+mVu+f/CQ7NbOaTPJShWerwR+GtBkpdwsEgBwZi2HFAEC3as3LZNJ//8HKSgHu167HsP7uXbq3HHCRz7xlSqOACRJ7d1Y0VxLOE/I5UJV0nz179oQJEwiCuJBu2ndNbmEdN5Q387WMiTW4kA83zeHq6nro0KEhQ4b8+++/DMPMmTPHgk2b8AAAIABJREFUYrFMnjy5smWET8vjnmt+KTqwr+TMHXMmx3ONJH4D1Z3+6/2SO1Fn+00QCAQCgagfWJZdunTp0aNHH+1ygrD+LHnzzTezsrJiYmI2btwYFRWVmJg4cuTI27dvv/fee6tXr37Y0exZs2bNyZMnH829+gQJeATiuWBG6rf2wd40ZqBFBgC4bSodnvTBP5HfBZHeDeKYLYS+DvfA1ysYZu47mPULkJw9iZWW15bn/APMPfuyAUFOL/qn9EKRfSF6HuDLe3BHDwDgKoJPI4ukhoO6uJFuPR6v8/fZqv33y9w/su3S/vmJPRb6TZjg8WI1V9EMs+No0r6jl5JvxBUkn9Vr0p2aaTOv5N057hvZ06LX5N7+N+PKvugr2xmj4/S2VOnlH903PWEHy1g4lo7qPcu27l2oJwr1hJeCBQAmIkofFiHKSCPyc3ma4pUqNjSMU7vhAO2gabuHKS7wQOkutLQPMccEWm7mkddzyVIzThIQ4kbHBlk85Y+4z1wul2/btm3q1Kn79u1jWfadd97R6XRvvvmm0GukMAuDKaS8GOcVhOxNn5Fv+jiWrEcgEAgEom7QlxGXL2IZaWA0YFIZFxDIxbTlK+10qyV//fXX9u3bT5w4kZaWVpXN1atXOWfJluPi4kaNGjVw4MCYmBgAKCws3Ldvn0wm27lzZ6NGjQCgdevWO3fubN269ZYtW5YuXSqVSms+mj2ZmZkLFiyoxausP55KAX/kyJHly5f/9NNPfn5+lXuLioo2bdqUnJycm5vr4eHRuHHj0aNHV67Zo9PpNm/efOHChZKSEg8Pj06dOo0bN87FpUYrNgjE08VBXVyFrdoVKWRKPslev67Ru/Xpko3HF0Jfn9AtYunmMURRAVZSDDjOeflwqupezkXDnQrnv2TCWS0AgASHxU3BXwoAlwx360fAL875bXn+DofGXFozN2P5TVPa54Gv2rdrtdqEhIT4+PgLF+ITLl2mzM4DyGUqH6+wToRYmnphCwDEbZ4jVXnn3XYSJB/l4S5t9x+/VkN9wrsAhu3Lu1OUlkCZdMXZ192DWtnMNuckdA6QtZFHYoABQTCNwphGVSYXeCDVSPfx48eLRI5PRpLgYwIsMQF1VqaBJMmff/553rx5mzZt4nn+008/1WhLur38ZXy6RGskAADHIcSN7hFuqqrCPAKBQCAQtQS/mkj8vQejy1OxEmnJxLlTbPc+bNeedXijXbt2/fbbb9Xb+Pv7V240mUwffPCBp6fnunXrMAwDgC1btjAM07dvX0G9C8TGxsbGxiYmJv71118jR46s+Wg2eJ6fMWNGWVnZlClTfv3114d/ifXK0yfgeZ4/ceJEVb2JiYlfffWVyWQCAFdX15ycnOzs7LNnz06fPn3QoEE2M41GM3/+/KKiIgCQSqX5+fm7d+9OSEhYsmSJQqGoh1eBQNQnFQqeOeNvXVwxU+YmUtaPP/bYVuDrsIxcw4BhrJcPePnUxLaUrah7DxYAAGAA88OgqfUrqITV17GHzjhWllhZvdtYU7i3s0vzsAK3hISEuLi4ixcv3rt3j+edBI1jOOEW0Nw7vIt3WCfvsM5yj+DC5PPpiTsxnOA5Vpt11d6YICWSKJdPPVsImeTnhX9qwmUAADxv1FlTr6dd3GEv4Ndq9i42JERKg78Jer2TIrqaV4QZ9KKsDDCbgRSz/kGca4XP1cNK98cHQRBLly51dXVdtWoVAPywcvnR61THCT8Ivyg4DlI14lSNuGOoeXgrPaoHh0AgEIi6Bb9xVbTvT6j8TOc44vhhwDG2c52tIixatGjWrFnCcc+ePW2LNw/kww8/vHPnzp49e3x9rZlfjh07BgD9+vVzsOzXr19iYuLRo0cFAV/D0Wxs2rTpwIEDL7/88qBBg5CAr2M4jtu7d++VK1ec9tI0vWrVKpPJ1Llz59dff12lUhmNxm3btu3cuXPt2rXR0dG2dfg1a9YUFRU1btz47bffDgwMTElJ+fLLL7OysjZs2PD666/X3+tBIOqFy8Z7jk00B9lmCLWGnNA8c8OU2lXZsr49e8x74J9Y3EUV9wsYWAAAbwl0L98w7yGqjz0FK/L/dNJqYuGWHm6WwS39tFujWL3zRWDSRe0d1skrrJNPWGfPRu3FUqUQJJ+495PMy3spU6XHM4YRYikpU4vc5GVSTasQnwClAgC86aJ0SRAAJMdtMhZnC7YlubfsLy0VZQLAHXPG8Hvvrw99b6C6Y2V/MKNBcvSg+M5N+58jbGhj8wsDODePJ0e6lzuMYZ9++qmnp+fixYsB4Pbx1ZRR123abzhRXqn+fJrUQ872sCtTj0AgEAhELcEYWnToLyfq/T7EyWNsdCtwrZvFleDg4OBga7qlmj9w4+Livv/++7Fjxw4ZMsTWmJ+fDwBNmjRxMBZy2gu9NR9NoKCgYM6cOR4eHsuWLatmnfjJ4akR8AkJCadPn75+/XpBQUFVNidOnMjLy/P09Hz77bfFYjEAuLi4TJkyRavVHj9+fPv27fPnzwcAnU534cIFkiTfe+89Hx8fAAgLC3v//ffnzp178uTJ6dOnk6STOlsIxNOL43pvngW+TIIcC6xuAR7WT7uOfYhk2nXIU78H/pHoIG+2CnZbTxgeaA4AQFYhn0pHeXXrzHUCxdHn9NcrNGWZ4bO7kGYCzvpQt9/njWFYeHh427Zt/SK6pBK91H5RcD8CLfnc77ePrypMieP5ilvOMMwjuHVQy0GX930KPM9SJhNlAh1AGnxcePbfUSMAoJX+SrokiKXNl3Z9YLuu4N4Z23GR5JZBZH0kszw3O2NpR+Uah0RuWKlOvvlX+zQEAkRaiuz3tbt9Qr5a8/OTI93t6TXqncMpPnGbZvM8l3JhM20u6zVjG0HKbAZH7rh0amQmiYcuCoBAIBAIhFOwe0lgqDbQj6GJm9fYTt3qyyNHeJ5fsGABjuPCHLcNQQlWDtsU8s9XpROrGk1g9uzZGo3m999/9/LyqhvvHzNPjYA/d+7cv//+W71NSkoKAPTp00dQ7zb69Olz/PhxoRcATp06xbJsbGysoN4FGjdu3Lhx45SUlISEhM6dnZd9QiCeUjwJVz1rt4K3MhVu6QEAliTDV1FCKm9vSgw8D1h9x+o+G3vgH5YXXNsGkz4ZVD4AgOm+RnYpF/AhpO8Lro7VTeocDVvK8BUzsXmSkF6u3gEApHjLFi07xLTr2LFj165d3d3dAeDYXVnxLbn9dWWFKQXJ52ynBCnzCe8S1HKwkEmetuhTLmxmzHqaMtAm65RNUp5WOOitPXHatcuxQz8KafDEEgVt0Zt0eaUF91Te4Txw8a4r7e+lYw0biw47pHaTHdxbWb3zAAfupX52Ji4xvzw/35Mj3QVu5kmier1BylxPr5/KcUzm1f2Hlg14YdZescw6Q2FhsHuFYrQZHoFAIBB1BVaQ+2CjvBrYPDYOHjx48uTJV1991WGxXZDotnJxNqoX8FWNBgB79+7dunVrv379JkyYUGfeP2aeiJ8vNWHcuHG2Tezvv/++0WisbJOdnQ0AtggNG8IkTWGh9QfctWvXACA2NtbBrHXr1ikpKVeuXEECHvGM0UnRPE2bV34+tzHMuAqlDCTqYGs2jAtQsHjn3/+SSI7TzVtRHbvx0rqplF4Tnk8BL8HEK0Lmjrm3yMLTYLwvoaW4rXdlyFyyZgXMa4MMkzg2SXFo5AJaCpoooLkSopXQVPFHzG9+4orF8CrN8wS1eilx7ydSpVdA8/7BrV4KaN5fLC1PqSCWKEZ+flc4jlevuP7ue3DPUGg0FZkoTxkp4S0v3/12xcGVAAAYFhTzUkrcZgDIv3tS4R1y1mNJXvYp+DULFAQoRCAnQCHa5rk1NJxUqVRqtdrV1dWNMrukpdhPP/EAu+8mf3HmwrXCIltjkyZN5s2bN3zYMFJbhCffBQxj3Tw4T6/6n7eyp8iAA0BYx4liqer4T2NZ2sxSJsBxexuNoaYl/RAIBAKBeDA1KHWOUXWWuvVh4Tju/fffl0gkixYtcuhymojHBkU5meyuZrSSkpKZM2fK5fLVq1djDfpj4KF4agS8l5eXLarBaeE+AJg6der48eODghzrNiUlJQGAbb29uLgYnCUnFHLa23bkIhDPDNO9Bm8t/re86rgnCfPDYdFt4AF+y4KWqmmKJlIOA5ORjD8nvnvLOGYSp3ac2nxMCH9xJEk+bzUgOiua72ryxZvpS5PN9zMUuBAA0EQauCx4zkOVQ3tk1CKFP+mZQxVVaP2/aNtUAgB4iFQ+IscPg5fCsTSLR3DskEWXPIJibGKYxSiCr7AdicXoi+ofC8mbvr6d8+4dBoDXXMa3CQ7rWBq3bfdXlKkUAJp2GhPY5mVBwCelbLkx+mixOAXyKYirUC7+NqT/B445+KAkSZWEVEskrlKJxmS6oym/JMLdbcHY0YM//lRy67p0/Y+Yrvx7nnP3tPTow4RHPujdenxY37HgmCEvzjlwadcHL8zeL5ZUSKeKoucRCAQCUZcoapC3uCY2j4eDBw9evnx5woQJgYGBDl0+Pj5lZWWV9Zqg7ypnp6t+tPnz5+fk5CxdurRywbInmadGwNcEp2+9Xq/ftm0bAHTp0kVoEVb85HK5g6WQf95pXkSe548ePVq5PSIionIIhwO26RwMwySSSutdiOcGDMMIgmiQz0A7SbP3AiZ+nrWhvKmDGgb7wL58YHnys+Q3J3WC+/tOMF2Jy+6t9PRZUMVMWR1i4izFpSUAoHJVPfN/HbaZRxzHhRfbVdLqotu6n0o2LoQ3AKC5R5PPor7sqYrFMby6geqUMZ69l+Zsq9AkrXD30Z69ZVIZVCQ6ECMv8hRrN1eNYR7BFcKaTCFbrpbm+plbSzk3GjMWSm7ckx+I0A8ZmL/qmtdXeXAYAIpzbmU26X6NbronIREASJLcuur9v6jEIysx4Pn8e6dAHAMAYHAsPueUMooqo6jssgqb+iLc3d7r3G5MVATWpCl/5jgRd8bhKlxbJNu1le3dj+3cvSZ3qRPso/c9FXy6dTMB+DXtNejdM5UjAnxc8Wf+D+T5wbbLr6GeCIgnARzHAUAsFle1KIV4NmCYGj2/6h8+tHGd2Dwm1qxZAwCvvPJK5S4fH5979+5VFvBCi1MBX9VocXFxa9eu7dChgy1D/tPCMyXgK5OTk7NkyZK8vDx3d/fBgwcLjYJEr1wurnoB/+67Tqpkf/vttz179qyhMwRBKJUNNpWFeBKQSCQN9XPts6iZoaqA95JWFdH3v/JeC8FulPEpRqrIvODA8U1DB9iMscICl3t3iLYdHp8/twxpi5J/3l9w2lxaBgAaiWH43fc/CZveVd3qgdc+7YjFYvs8Ha1dIoSDHoFthwb2rGdnPo58dXfxqTST831ugVLvxU1fU4odv7iUAENiYUdClcNG+cOc3uP/l7z2+/TPTZw1Bq+JYVCs7lUAcPWLElpKcm/xABe2vsWxDADMmzevZcuWllLx+6EySDVCjhk0FHiQ0M0DmilBz4CBBT0DerarOLq7uEXJfYrTUnUF+SVmSmexGO7Xs430cHu3U7sxUREEhgEAxtB8JfVugzh2SBoZhdfXjxWZrHxOpH04XMyw66uk3iUiaBsmk4gB8YzRgE8ExBNC5cUkxDOG0z2/TwKcXwAfFIJlpldlwKvd2Mio+nTJRm5u7v79+wMDA3v37l25VwipTk5OdmhPS0sDu4DrmoyWmpoKAHFxcZVz4hw9elRYgo2Pj2/b9rHnJHpYnlkBT9P0rl27tm3bRlGUUqlctGiRLcd19Xsn6Ps//hCIZ4zpAUNe9n3xsCb+cvpZc+KFYDMZ2i9k9NpdRprZeefeb9duvtKimc2Yu3Xt8Qn4/YVnxl770MiawcAK+dJ4OXFUm3C8+NL/RcyZHTzmMd33CYQvzNfFWXO/yY16MJuhYgICHuB6FpxPhgwNMCy4KyA6AHpEgryOfvarRYpDrZcNv/LuDX2KQ1dTecjOVl95ip2XkBnQCgr1cOK2k65QT5jZG0hM9Hn4jLnB4w5qziUZs4DHC85PFLamqf2tn7SSnJtZV/dn3zgEAFKl14vj3gWAtqqm7rEB2tQkAIDrZdDDA6Q4BJS/LTiGL2v/TWtVedA7d+0y/cd64ZjmOJ3ZYqDpYFdVBSlcXCEI3xGeZ48fwaf8tzqbx0ObUAjxgHRNlQaDYwCpdwQCgUDUJRjGDBkp/nWN01z0vEjMDBsDooZ59vzyyy8sy06cONFpfErPnj137tx55MiRN954w7798OHDANCjh2Pt+mpGk0qllQW/2WzW6XRisVjI2vuE5Lt14En0qfakp6d/8803GRkZANCiRYu33nrL09PT1qtWq00mk8HgWDRLr9eDs6yGAIBhmNMoDl9fX5PpweV5hcUWjuMslgbLBoFocKRSKcMwDRtMhQP0U7brb2ax5BwAACV807vbG/8ccxGL8IrrfmxhIWP7bGsKsauXIScTY1lQqLhGYdCi1SN/raeZc8dc/cC6Kqu//24oCABgeW7unaUR4sAeascck88Atsh5lmUpigKjEdu/E7t1XXfNWvBcdu+O+YtF8EJ/vm1HYRnWTMOvZ8lr2eWPnPxSuJUDf1/lp3amovwcN6I/GoGY5+mWqzYXHt5TdOquKZMHvok0cIhntwnefaU4Wc1X3JjWEOVD/HtblFyIsxwAgJ8r3ymM6RHBEBwI1ylAMkrdE9SQVIAvtVhnHZTeYYRIwjKWkpybCTuswU2xQz+9WaDoZDIBwIwXJ3+x8yMAgGul0MPD4b4z/IZFiYMrOBYciru4gNEIAGIc93SReULFsH+C4EsfkN+ES7pjMhrrIaGdTCajKIply/P/v9oNW35UUlDm5NYdG7O9mlA1eM4gnhoIghCq1dI0/cSG1yIeN8ITwWKxcFzdfJMjnkye5HVB3s2DnvY68dduPPluhfaAIGbgMN7HSSx6/bB9+3YAGDBggNPecePGzZs37+jRowUFBd7e3kJjSkrKhQsXXF1dhw0bVvPRhg0bVtl+x44do0eP7t69+5EjR2r5Qh4fz6CA/+eff9asWUPTtJub29SpU3v06OGQVFCtVufm5lYW8EJLVQL+zTffrNxeWlpaeZzK19oE/AONEc8wEomEpuknIZhKTFG21cxprZqn6UrHRzeN8nC3t+F4zmgwAMdJTh0j48+CXdwKfvUSf+yQafAINsAxYWRN+DJjgy2m2k7AW7+LeOA/SV23P+LrRxj5CUckEgkCnmEYo6bIZfNvWFEBAOjvP92VJIlZzPDXbkqrobr24gHWnVPdLXAy/WywYD+dIGd20wWq6+zX/2hFj9GKCvPWrIk2wAN+eTRWQ+OOwHKYnsJkIp4U8QBgMUHlqcpsjRTAKuBxXKTyjSzOumrRFxlLsgFA7RcV0X16no4XviTHdxv+BXwEAHC9zH4QDLDXvIcs8n6l8nepqMeLsr/3VOUn1SKGvHzRdnoiI0tjMvcIDvCwC2UHhjZqinjZ402mKDwRLBaL/XwuCfBmd8OxJFlChrTUjAMAhkGgmukRbmrpb3kCvjMQdYlEIrEJ+CfhiYBoEIQngslkQpM4iAaEV7kyL7+CaTVYRhpmNPASCR8QzPv6NaBL+fn5ly9fFovF7dq1c2rg5eU1ZMiQnTt3TpgwYceOHa6uroWFhSNHjuQ4buLEifY71Goy2lPKsybgT5w48cMPPwBAp06d5syZ4zSvtVBVLjfXcc9nfn6+rReBeIbhXCvMUi3u7qRuIufmAQDSY4fEly5U7sVKdbLtG03jp7DeDz1B+09JHBTTUMpACV0uz+TlMjXeeFvLlLqLVA878lOE5PRxvMhaqrTsfskTxf2N8ZLzp9nwyMtc6N0C0vn1ADSH7b0mf72bk5wd9Q+B867SByRKZysuMnWftgHD8IPf9mb1FgBoP+57HBdx94vS+/j4hISEpKenY6mmXlhLjcwox6UxLk3GufeJkoU4HZ9p3spMU5JjhzC2YmV7DKPad6ZbtrYX8CsSLu+/l4oBnJo0pq2fXfhcw0XKSUR8/yhj/yijzoxTDKaUcFIxyj2PQCAQiMcO7+7BuzsGuzUUwrp369atHaS4PcuXL4+Lizty5IiXl1dERMTNmzd5no+Ojv78888fYbSnkWdKwOfm5i5fvhwAxo4dO378+Kqq+bVo0eLcuXNXrlyxFZYXuHz5MgA0b968HlxFIBoQNigEZC5gqm7lh20SSeTliBPjqzLAaEp65G/D+KkO7VqtVqPRaDSaoqKigoIC4bSwsLCwsFCr1RYVFRVpipwUxVL8P3v3HR9F0T4A/Nnd6/0ul947CSTU0LsoRUUUEZSiWFBeFH82fEUQFBDsKCqgoiJFFASpIkUQCQk1CSUkgfR2SS7X+93u/v6443K5XEISQgi+8/344bM7Oze7e+DdPbMzzzR8FlE0VWGr+zcH8HYb41K2e89ocz3lFrBuzEqgaWbW2Wz5TVaSK1ExVSZCxiNbrtZFSHmNInhZeM+z29+wGJQAEJYyPrT7WACQetzLoEGDSktLaZp+pnbEfffd15pT2HunkTHxzOzzREUpZjTQHC4VEmbv2Zf0DwCSpNlszGoFAJKm0yuqAIDLZKQENMyuokRimtlsj0mnEXPQeFoEQRDkf9ShQ4fAY+0wn0JDQy9cuLBkyZK9e/cWFBRERkZOmTJl8eLFTZOFt6a1u9G/KoD/888/7Xb7PffcM3369BaqDRs2bMOGDTk5OVqtViwWOwsVCkVBQQGPxxs4cGCnXCyC3DkEYRkygnPkj+aOk4HB9sTunL/+hMYZH/U2W43RpDSZlWaL0mRWZJytPn+53mRyxuf19fUqlaqd073iG2Xi7cx11DrHMd2FnZoTudZSC2ULpfj3hhpmV/pLHQR4DKFvCOABiIqyaqZrVIJJU5V/4pvynL0PvH0axxt9aFdr75oAPkZuZzNoq8PVr6qvK7p6dA0AYDjR79EPnYVJgTZ3/UGDBm3btg0AMjMzWxnAAwAlllhH3OPjAEE4EpKYl7IBILumTm2xAsDAkGC2R0obR3JK228LQRAEQZA2UCqVLRzduHHjxo0bb9pIQEDA2rVr165d23K1Vrbm6dFHH20533lX8K8K4E+ePAkAAwYMUPvKNozjuDNcF4vF/fv3z8jI+Pjjj9966y0ej6fValetWkXT9KhRo5wz0xDk383eOw3XalhnM5oeovzk5oenAY4TNVVehyb8svtstaJR0T+ZbTqvSCQyiUmHCAcxEyQMkDBBwoQILvQRu+swMCKCFdCmZrsyI2WZW/LJH9qGN6oA4Fg8fBRVvaA0aKhKlBYR/BKA0W6PEDUMOsBMRiuJ1Vw7mXv0i7ILuyjKAQDl2Xsi+zzi2Xijldi7NiZOj0owH8x1TWs6t2MB6bACQOLwOdLQHgDgxyf7RTRMC3f3pWZk+PhX2g6X0xK2kAfSherSva5VcxLjGwbPUyKxrb+PuSQIgiAIgiBdyr8ngLfb7bW1tQDw/vvv+6wQEBDw3XffObfnzJlTUFCQk5Mzffr00NDQ8vJymqYjIiJmzpzZeVeMIHeUdeS9ZFQM68wpoqIMSBIAKInUkdLb1m8A7cwwb/HORBbAb2kGEZvNlkgkEokkKCgoMDBQLBa7t50bwcHBLBZrUcW36+v2tNDOMEGqiPiXLI1LA/100cq/9BeaHlIzHW/FVQAAKw1/pCZ0+fWwMIur99Bot2/NL/p5Y0pdea67Pobh9aUXvAJ40V013HpknEmhI7Ir2LWFGSUXdgIAkyPs9eA7ACBkU08N0DHwhj7vmJiYoKAghUKRk5NjNptbmL1G0WCxYxwmjTffm7Gm5rf3qzc5QkgAgCuuFdvWPWAW8CreKwyjZXLzw9NoNqfZ1yMIgiAIgnQN/54Avq6urvWV/fz8Vq9evXXr1jNnzlRWVvr7+w8dOnTq1Kn/sgwHCNIyR1SsIyoWIx1gNAKLTXutQM7jgapR/b5BgQ6KknO5ch43kM/z53FFI8eIU3sFBgb6+fm18n+fl4Om/Ko+pnbofR5l4cxFIT6WbLxLHdBk+ozePdkwaltQ/SE/7YELieJy+4acK99fvKIyW9wVmFxRTNq05Hv/TxKc5PlCFoOOkN1N6YtxDB7vq4+X255ZOd85O6Pn/W+L/QL7hFnu62YSsL07I/r3779nzx673X7u3Llhw4Y1bfBiFftUEadUzSQpwHEIlzgGRpn7hFu9AvkNdfveq/rRtUPScEUPAMAl6ATBR4xqIjrx9ZQ5NPHv+TZEEARBEORf7K78ybJly5amhSEhIXv2tPRYz4tYLJ47d+7cuXM77roQ5K5EEwwQiZuWO8KjiIoyz5KFgxsvwoFhhsem0nxBm07nz5BsiXlnZtGyeofO6xAHY30Z+UoqL7ZNDXYVJMnMvcTIv0Ko6oGiKLHEEZe4Q3q0dS+mVfnq0Qf3WE8pSY+ZV+KghG4j/xM/7Bkm28ebPDTGwsS7+jQtLxhA8elN1YXnACA0LHLdsifD/OqJZjIeDBo0yPmpnpmZ6RXAUxRsuyDMrmR7lpSqGKUqYU4le2Z/vfud0TgMK6o3Nbwy3wAmEgCghxAYGAB8iqVPJWeFEf4deZ8IgiAIgiC3x10ZwCMI0gnsqb1ZZ09hzS9Ra+/Wva3Ru1Mav9vf3dasqfltt+akwq4CAClDOFbc/+WAKXGc0PZf8Z2DaTXc338hamvcJYReR1SU5Q29As5hDSo77K+B02r4ogd4DvU2k3CsHnZVQ2nDqgA4hg0bPvy5554LSH5wW5bIZy6VGD/7mMQusYK0jbIf12dnmQostM2fIRkm7JnCjWmussViWblypXP73aWLI/1b+g5yT4PPzPROtbA/l+8ZvXvKq2HtyhE81ts1xONP3Rk96fFG5dzoNuolcl//Hs3J/wQ83MKVIAiCIAiCdBEogEcQxDdaJLbeO4FzcC/4iiApicw6emy7Gw8RWaxZAAAgAElEQVRkypaHPbc87Dk9abKDQ0bcxYvGYXY7b/sWXF3f9JABd8A1I+yqhuP14KABADLUMEQGAGAm4YdyOFTneiAMAABMAXPe6LGzFi8Jj4oCAACbiKvdfZGv0Dd8VrMIekiM5b5uJqILPH7/Q5v5Zvm6anujex8m7Pl5xPxwX5kIv/rqq4qKCgDo16/fxIkTW248OTlZLBZrtdqzZ8/abDZ3hlGNGT9V3NJ8jfNl7OFx5iChAwD2atIbDhhJOHFjWkjPhlEnVy2lLV8JgiAIgiBIF4ECeARBmmXv0YvmcDlHD2I6bUMphjniu1nunUDzOiDVnJDg3Xojdxbr/Omm0buNJHfmF+p2ZcM1j5kCGEC+AYbIgAZ4twAueLyrMTx4KCh2XOrbfb71bCdWbn9ltKZay6jSEg4Kk/KoSJmdw7jzoTsA/KL666XS1TR4X8w/+pwJBW8cSPjIK4avq6v78ssvAQDDsHfffRfDbpJCH8fxtLS0I0eOmM3mS5cu9e3b11meW80iG8+Xt+hr9XXF4uBuLK4YAGiAS1WsoERHpuHKYd05V6UqC7yTD2VmAAARA+Ia/uEZSQsgCIIgCILcDVAAjyBISxxxiYboOEZZCVFTTdtttEBIRsVQUr87fV1dCOPqZc9dpcn8bc7l9VmXFAZjQymXgDFyeDgIwrgAAIdqXdE7gcEQGTwUCCkiAGD56hPBAELEjhBxq/LVYWYz89IFRkkRptfTTCYVEGTvkUqGRbb77pqjsKveLF/bNHp3H11Q/MXPics9C5cvX24wGADgkUce6d+/f2vOMnDgwCNHjgBAZmamO4BXGgmvahWX/vjn+6cAgMWTCv1jJCHJ9UmJ1OioVeydlIgCDCBLC8uvgd4BAMDB4Y1Yz4kMwUz07xlBEARBkLsDCuARBLkZgnBExzqi787ccrcbReEqpXvvXHXNg9t3qz1W4MOCOPRDgTAuAPg3wk6VHdbfyA74RiyMlrsrx7FvKQUAo7iQu38XNMymB6Kmmnkpy57UwzpuIs3oyA/8baqjRqqlB9dHTDmlNbmRgcnO3StXrvzyyy8AwGaz33777VaeZfBg19rsmZmZ8+bNAwDMbMaqNABxntW0NQXODZtJXV96vr70fGEG7PkeAAA4OIiYUGd1dTXImLCsG8Q36igZIezVyutBEARBEAS5s1AAjyAI0n4YRQLlGs+dX69+aMded/Q+IiJsXt+ehqGiZ1NKKM8n1WuKweAAAOgv8YzeAWCiZGi7rwSvLOfs2gYk2fQQ8+plIEnLQ1Pa3XhT6fU5UGqGSgtU3fjPQsHT4ZDakM7g3OmtkQ+8BzgOAEuXLiVJEgDmzp0bHh7eyrP07NmTy+WazebMzEyKopjKOu7OnwMY/cC/UQAvC0uN6jdFq8jXKfJJh7VRExYKPPpTwEqDH8vzeHci9B5R3zbdO4IgCIIgyJ2CAngEQZD2oxlMmsPBLJYKveGB7bvrzWYA6BXo/+2EMSn+cgCAGgixsV5LLLsiMAMA0ADJAjinAQKD/2uUrX2IIGWCZGD7LsPqwHJO1l8NmqNiSBngCLVW9dedSzLluSswC67aiwvJdg2jMJvNxcXFRUVFxR4qqyp9DJ//qBA29AQWzqS4JO5QWusZJYWOmPiDBw8eP34cAORy+fz581t/ahaL1adPn/T0dI1Gk5+Tk5ZxDDMaujOv7JQ/RHtMoY9OmxqdNhUAaIo01JdqFXndOVnnCv46eehvMDbu0TA6YF8NzApz7mE0trFuCIE1s5AdgiAIgiBIF3NLAbxA0J4VpDw550MiCILcvRyRMfrsCw/+urtcpweAGIl496MTA/kNOdJGasTnTvfIFpguCU37/NX7pgA1RAZlZpA3PAruz4r5IfotDG6S182nEhVz82m+jjPGXVLODssU9U81Xn5K8RP3RoY2Vu4l880CeL1eX1JS4hWuKxSK1l5KjTVmS8rAez9lUyIAqGRUHsmvTwshly93TYZfuHChUChs090NHDgwPT0dAM5u/6W/lAc0BNtr+unPnxX1a1oZwwmhf0y/7mGDJcJftn7tit5xDCYEQAQX1pYADZCtdQfwiSZOUo2jSyzHhyAIgiC3AMdRZ/T/ilsK4I1G480rIQiC/KvpUvtMfue9q/UqAAgW8A9MneQZvQMAJRTiOl1vPa+3njerSp4tNK2OVBzrrasBO4fCeuv4sxT+Dz+0gmC0p0tUoSM2ZIisjobIX1OVe/GPVRE9H4R+U74JemZ+1dcYTQMAVtsoDtdoNM743BmxFxYWFhcXK5VK7xP4wmKx+MFidaAdQjgQwoFQDlgoWFbgHzswOfpZZ/QOABY89IAtdO3bn+Xn5wNAYmLi448/3tYbbFgN/vTpeeNGObs4ptf8omLKCn0tOB8scgRpdz0wY45OpwMA4BLwVhwMlAIAqO3QXQhpEnfl+5VisNvbekkIgiAI0qVgGMbnd8DaQMhd4ZYC+OnTp7f1JeXl5SdOnLiVkyIIgtxBegteqmZY7LiATUVI7UzMNvPNtzIrqwGAz+GufWJOhIQCumGVM3vPPrRIwvrnL3dJLz3vx8sxAEABjQMGAI6oWDOvnQOa9l3hu6N3Z+hedHorTZH1Jeci+07O4yeeE/SOqU0vVGuvFZXl1X3ofq6uUqlabtmJxWJFRUXFxMRER0dHR0c7t8PCwgrtVSOuvugA152GmgekvvltUNwwaLw4nM2kTt+5wrm9bNkyRtsT6aWlpTEYDIfDkV5c4i7MqSztVvhqat+nj0mHaxiugFzk0A2KshSc++7pdxZTFAUA8lA/5dIwiLyxaPzsRnPvhSTxUmkgHSEGBEEQBEGQu8QtBfCbN29ufWWHw/Hll1/+/vvvzl0ej/fuu+/eytkRBEE6k9pM7L7Iv6pguad+4xh1+odpl0/+BQAEizvi5T93xw87aa9/SLkvTX+eFgitg4fbU/tgDjvj4gVcq/Fq0Bm90wTDNnIMtIveil+rYwGApio3e9+ykrO/0jf6DvR1RYc/v99qUG6ryTeb9a1pjcPhREdHu2N1p5CQEJ+j8hKI8NfwkR9Qro6Jfpp5svj4ptWy9y6zGuoBoO+QcaNGjWrHPfL5/NTU1AsXLlTpDUUabYxEbLTbn95/+Lpa81TBtU/uGW7hBRpwPo8yC621Lxwo27Znr/OFI0eO/HbNF+9mLdwMPoYVcChs88XYIBvLEuXjMT6CIAiC3F1IX1lsOxOO4xjWnpmASFt1UhK7s2fPPv/881lZWc7diRMnrlmzJiIionPOjiAI4kTS1HlT/iVToY12hLL8hwhS/Biim78MQKFnrDspNtkafTNl/Pxq7sntAIATzFEvbA+MHwYA9Uy/74OfLOsz9r5+uDMBO81kmadM5+3chqnqvZql2RzLAw+T/oHtux2FjlBXXb14YKXzqXujO3VYKy8fbO6FLBYrODg4MTGxW7dukZGRkZGRUVFR4eHhbZpB93rC87yDhSsiyzlkiMweT4P3DH59XVHesa8BAMcZAx5b1aZbc7PTDlHPILgAANBdfCpsaAh/del1tQYAMisVOIb52VV+oFIYjPf+fuBslWuawKxZs1atWsVkMr9mPDrk6sFV0dWlHFcueoyGMSrRymsRPQxcWih09OjZvgtDEARBkC6CpmmT6Q5ndOHz+SiA7xy3PYDXarWLFi366quvaJoGgLCwsDVr1kyaNOl2nxdBEMTLYd3ZheXflNgapoKzMMYs+bjFIU/ycE4LL6Qo2HxW6BW9Z+1ZmnvkcwAADBs8a3146v2eR49UB0XXa+P9XfOrKamf9en/CHIvkhez6JpqoChKJHHExtv6DaSFrepBaKq0tPT9VV/u37nJHboz2YLoAdMKTnznWY1gchJEvKQAediI0ZHx8c5YPSIiogO+Zbm8tMiRAzU7SznhcCN6p2nq9Nb5Eb0fCkm+9+z2152LuiWOfAGXpgC0atC+p3qHbnrRe+cjC5279CVduR8TjpUCAI5j300Yw2UwACCntu7RnfudSQQZDMayZcueffZZ50tsI+97cnvtU+nleXxzKcfKI4lkA1duZwAAzWSZJk6hmSzf50YQBEEQBOl6bmMAT9P0jh07Xn755erqagAgCOLll19+9913bz13PYIgSFttrj/0atmXdOOlz2y047u6fVmmazvjlrcQw+fWsGv1hGdJ3vG12Xtck4D6T/k4fsjspq86fo0X769179JMJjHiHmLEPVarVa9v1Zj25pSVlX3++edbtmxxj5djsgXxQ59OvX8hiychbWZhQJwoIE4UECcMiItik0tKV1oenGxPSLqVkzb1ec329/HNlJQKN7veHJqm0n985lr6jwXp3/d9eEXphV0AwOJJek1cQrc9wT5FUzOLlp035kMPIWAANECWFs5pnH+H9Iyw6hQW1MGOvGtz/jhisjsAQCaTbdiwYejQoe5GaCbTNHUmK/1Et6wzSQabqxTDHNGx1tFjKanfrb4LCIIgCIIgneh2BfDFxcXz5s37448/nLsDBgxYt25dr169btPpEAS5rUptil9Vx7JN16yU3Z8pGSbo+YhsOAe7ax5dltgUb5avpX0sXA4AcN6Yv6p6y3uhzzT38oJapmuLpq1GVcmF3zK3vOgsCO0x1mEznfnlVZqmBkxb7fmqonqmgwJG82PSFTqiUMk02nAOk46QOiJl9pvGuM7QfevWrQ6Hw1nCZPPjhz6Tev9Crsg1Dn/4s42ykyRYz5mmziTDIm/Wdtvs05xaXvWTc9vAqAYAmiL/+WF2YcYmACDtFtfwBICe97/NEcglXEdbT7FHk37WmAcAIGJABBdKzVDjGgYP8Xx6Wsib1vL8fUWL/z7l/HtNSkravHlz08lZNMGwDh9tGzwcV1TiBgPNZJJBITQfdSUjCIIgCHL36fgA3mazffrpp++9957ZbAYAsVi8cuXK559/Hi1OiCB3IxroD6q3rq75lfTIrL5DdXxV9eZ1Ua8PFvS4g9fWehvq9tno5gNIG/VD/u7Juv4WnUmj0Wg0Gq1W67lRUGHQaDQ2o9qir6OoRu1UXv6z8vKfAEAwOV4BPEmBwYpLuBQ0oTYTO7IE1+qYnoVBInJyT0OkzPeqZk1Ddx6PN3369N4PLDxbF9XcnTEwesD4GFLo4xrag6YZ1/KYVy4SNdUrU0/BjeTuamaRHq/M2vCWM3oHDIsdOL0wYzMACOXRSfe8BABJQbZmm23Gbs3Jhp0UEZSaXdssHBbEgZ0q+vjSonTXsPwxY8Z88803LSwyTzMYZFjkHc7wgyAIgiAIcms6OIA/efLkCy+8cOXKFefu448//umnnwYFBXXsWRAE6TTLqjauqfmtaXm1vX7q9SW741f24Sd0/lW11Un9xUb7v1bBGQ3oHGBwgN4BVsoCMAZG38opSLuFtJkJFtezkEX4eOZfp8fW/C02WL37NBU6Yl26ePYAXUJAo1i3vLx89erVTUP3//u//wsICCApTJVhL1QyoQkMYFJPo38HRe+Y3cbZs4NRdB0A8nmWAq654ZiDOvj9OEPGZQDAMHzQjK9y9r/vPNJvyocEg81n0UNjzL5abcl1a2XDTg8h7KtxbT8bAXwCXsuF60ZnwXPPPbd8+XLUTYwgCIIgyL9ehwXwKpXqzTff/O47V/KkuLi4r7/++t577+2o9hEE6XxXLaVf1+5q7qiFtr1e/tVf3T7vzEtqn1q7xxJu2yrh+/K2toDjDBZfxuZL2XwZiydl82VsvozFv7HBk7L5MozRKIoWcyguy0cAvymD0TR6dyIp2HZBsGCMmsOg4Wahu7OEwOlnB+n+zOOlF3HsZMMYfH8BOTHFmBjQ5ufezeHs+c0ZvQNAMc/ScOCMBtaVGirMAIDhxNCnNuiVxUZVOQAExA6K6jOZw6CfHKDj+3orWmajPAYj9BQBgQFJQy8RxPFh3iVQ2wGAwWKu/vSzqVOn3tK9IUhjDgqyKzg5laxaA4OiQMojuwfbBkRaOMw2/zNGEARBkI7VAQE8TdObN29+7bXX6urqAIDFYr355psLFy7kcFrK6owgSJeFWa2MvCtEVfkOXgYpaun57SVz0SVzUQq3q6+kLSC4tQ41AMA/KvjBI3rn4CBkOP9LC+qR6B8jkUgkEolUKpVKpWKxWCqVSiQSkuW37kwE1cYn2b3CrE3ntJfVw7Xalh4UG6x4TgU7hLjmM3R/+eWXAwO915wjcHpCsnF0vKmonqk2EQyCDhY5wiWODlzMhVFcyCi65t51BTEVZlhbCmdvdI7gmN/L47lRMRkL5gEAYNjgJ1b3DreNSzJJee0Zuh7G8i+yVrl2/FjwXiLkGUBAwIJccNDOwuXffTJ1KIrekY6kNuEbz4iqtA0/kLQWvETF/KeQOzNNFylrczYHBEEQBOlAtxrA5+fnz50799ixY87dUaNGrV27NjEx8ZYvDEGQO4OZd4V9eD9msQBAdt+yhgM1VvisCLJ1EMKGKB5EcCGaB5Hc8yF5XT+A786NLrJWwTUjfHjdFX0+EgzPRgDDFeNigH2XsDbqahmj+DqmUYPdQFFcR2CsPb6bcy334bHm49e4zZ/Bm5BrHxXvY0XW/Btr2BlVZTXX0+sKM8NS7w/tfp+7gqG+9P0ly84c2ugO3blc7owZM3yG7p44TDq57fPMW4mZd9lz11+NwfpS2K1wBdIAEMWDl6KUKcpDH08GqxEA/Mf0WPtiLANvf7790aI+J/Q5Dft9xXBRB2srXLtxfP6y1BlDJre7fQRpyk5hGzLFXqtOOOks+PeZ4vkjNH58lEsBQRAEuWNuKYBfunTpypUrbTYbAMjl8k8++WTmzJkdsLYwgiB3CCP3EufA70C7ojId48bv1EN18HUJmEgAgAoLVDSMoH6T8fR3sXGJiYlJSUmJiYndunWLjo5mMG61c9Bkw0pUTL0FJ3A6VEIGi9r+1IuiiHolmIw0nz9VOmpv4TFYkg9WCgAgTQJzIgBv+LAaykpM2PQrpte5S3CVklFwlRkabn5oCs0XjE8y2h1wqpjbZAQtDU0WSNMwi4/Klz9OzY+DUHeh0Wb++eS+nb8VFJ8uqb12Uq8svvF62hnAG+pLrxz6NP/v9c610wGAxWJNmzZtwYIFLYfunQBT1nnu+tUDtreGdkbvAgbMDIOJgUBgUGiEw3UAAGx82oKpDPyWxhvP8hv3dc3vrqETJhJWXofTatexEX7weuz8qOlszMfkfwRpt/RCjs/o3clsx/7I5c1Iu6VlIBEEQRDkVmA03f4fWJ6xemRkpEQiaWsL2dnZ7T57V6DT6Zz9Fy3AMMzPzw8AHA6HRqNpuTLyLyaTySwWi8nk46lsF4FZzPxvv8QsDcnGHuydf5hRD6uL4Uaub2DhYKeaWY7tRhUWKz4+3hnSJyQkJCUlRUZGtj7BmJ3EDuTyTpdwHFTDJ0yI2DEp1RjVTIZ27xux2Vjpx5mXsjCrKxI2M1nR23/UFNQDAERyYXUP4Df8RhfgnOPnuvdQeV9hNduuZjjE4mDRtHlAEABQpmacLuGUqZkmOyZgUTmMoxnsLQHW1EjTcLE9EjDQMItLuX9f5+8nMXtPXtwW6X+zs7JzcnL2px+6ev4ybfXx4M4vsu8983Ze/vOTpqH7G2+80UWSgPJ/XIfX1XqWTD331+6/c2GsP8wOB/GNKPrNq5ClBQDBrPiLHx4RErxbPO9ZY97UwiX6chW8kw9lZgAADGBGGMwIe0A6+LuoNwnsLktc5/xG0Ov11hv/OJEu5bNjkmpdS/2PBE6/O17FYrT/txObzXYul2AymbryNwJyWzEYDIlEotFo3IOtkH8ruVzeCWehadpgMHTCiVrA5/NRNtnO0WFJ7EpLS0tLSzuqNQRBOh+jIM8zegeAoFNm2HoJ6m/0UqVJ4NUYEDOh0gKlJig1Q6k5RiEpuV5MeUwQt9lsV65cca9GAQAsFis6OjoxMdH5iD4hISEhIcHnp7zNga0/JS5Xe380VWkZ69LF0/vqUkJu1mVmNPC2bcRV9c5dGoCm6Sd/3aW5Vg8AIGXC8m6e0Xsw029jRVqPG/UBwI7TX4YrvglTFnOdAw0uR2WfmWNKnlcoSTZbk7hcMiTc3qffX5zq968vBQAV81qe4EaifoqGcgtkGOCKPudKTkrZFp+dpDjOEAUlBMYNFQd1qy87/9vCBHfojjNYo++f8dnyV7pI6O5ECYReAfyG1GFhQ0K/Hqqj3d0s6Spn9I5LWb/895tbj94BII3f7f2aqa++NN+utwIAcAl4MzZkZMJLAZOflk/A77boHeniaADPx+92sw5nsAhmo4Q+JIUpjUSIGAVdCIIgyJ1xSwH8kCFDOuo6EAS544jqSs/dUq3u52/TwRmZcwmYGwnjXJnPIZILkVwAGC8e+FPM23q9Pj8/Py8vz/lnXl6eQqHwbMpms+Xn5+fn57tL+Hy+8+G8+0F9aGgoAPyRy2savTtRFPyaJYzyUwvZlIE0s3AmC/NRk7t3J+4RjWMAi06c2nOtCAA4DGLV/FlZ3cNzzSUmyhrOChgl7P24YGjAoS/d9fUEObF3QYakUTd2Ca5dKMjYGynYk5UgNOjxulrmxQvpwwBYN2qo7PB3PZxWw1UDmBseszeK3cUMSBJiSeIRgZ+GR4y1GpSX//zk/K6FpN01HwFnsOIHP9XnocXvTuFLuV1rki0ZFcsoLvQsEbCYn1gTH7qg/yC66oREb6co2ODKmPDe4nf7+/fokPP+9NNPb775pvMJlTw44I31S4b0HpjACceaTFtAkFuH5ReQ9GD37uXDn145/Flk74dTJ7wlDmpI7mMj0T8/BEGQdvr++++feeaZa9euxcXFtbuR2trad999d+/evTU1NaGhoY888sjixYvFYnH7WqNp+qefflq3bt2VK1cEAkG/fv1WrFiRkpLS7su73W4pgD958mRHXQeCIHde48fvkWLRfwf1W55+BpKFsCAWQrzXlQhj+X8Q/gIACIXCfv369evXz31Ip9MVFxfn5eUVFBQ4A3uvETpGozErKysrK8tdIhQKo6JjzIJUSXB3SUiyJKS7UB4NjXNqWB3Y4uysP3gfqhw6AIhlhz4sHfZCwCQxwXdWICpKifISz5dsvnz1k9MXAAADWDvunsfNPCNnChUe4K5AKKqAbIiW5yaXZEgMsLkC4vgwUOrZVIbEMC+59KdLMQAANF1XXwwiEtJV8JcSsnVANXnSjoE4xj+sV8yVGCUkCSCMCwA0QF75vpqfjxX8/a1X6N7rwXd40tDxyUYpt81Lpt9u9pTerNPpmMnoVT5cLRyuTrTg9AqF4qOK0wDQvXv3Z5+YfetntNlsb7zxxtatW527/fv337hxY+cMRET+R9E0/++DfHlP443Pk6LTP9vNuuunNqaMe8OzopjTtfrXEARB7hY0Tbu/2b3I5fL6+nqfh5zOnj3r/KlZWVk5cODAiooKABAIBMXFxZ988sn+/ftPnTollUrb2hpN008++eSmTZsAgMfj1dXV7d279+DBg3v27Bk3bly77vK267Ah9AiC3PV4fK+C/w5KCxcJ/UcEvyIrL4VGU3bvE6d9Ev5iEFPmsyWRSNSzZ8+ePXu6S1QqVW5urueDerVa7fkSvV5/6WIOQEPWcTZfFhA7eMz8vZ7VNGp/FcuVaq7QWvmxYtsvqr+2xS5N4IQDgHuhcqd9CvPcQ387tx8aOzslrT9tvMoovmbzbwjgwd4wr/6S0LQjUAVnNLCpAgDgoSCYE+nOVA8A2wPqFwiC47WsI8VlZ05mw4UqsDReXI5LQAwPegihuxCShY/GPpRlugZGj26IEpPiPz8obiRvJxjshOHPpY7/L08aSuAwtptxZHyXi94BgGazzQ9N4e7Ygtl9pCEwSoM2rN/i3F66dClBNJsDrJVUKtXTTz+dnp7u3J05c+aqVatYLFbLr0KQW4FXV+FaTTIv76ywLwAoS87qagoAQBbeSxLS3V3NX0BKeW1cUhJBEAQBIEly9erVR48ebd/L3b8uXnrppYqKil69em3ZsiUpKSkrK2vy5Ml5eXlvvfXWunXr2tral19+uWnTJqFQuHXr1nvvvZeiqDfeeOOrr7565plnrl69KhKJ2ne1txUK4BEEcXGEhjGzz3mWMHD8yZRkUMF96ZLjMt15kUnTvVugPHaoMDWRE9GmxmUy2dChQ4cOHeou0Wg0znH1zgf1ly9f9uortRpVFoPSqx0u6edVUm6rnVa49J+kr/g4B9O68kSSGLFT/tAeaRhPflKryIvqN0X66IavMCzSWj5Le17o8XJaIHBv75drAAD+rHWNff9dAXkGuD8QhAQIGbiAG1AQN+NUeUn2KYu5cRpqMQOG+8EoOSQLPJPbJ3OiDmnPNqoZxYNYPuQbgIFLRw1InviqRJIYyMcGBZj6hlu6cmBAhkWYZj7HPvan51h6msOx9x2wdO9BlVoNAOPGjRs5cuQtnig3N3fGjBnl5eUAQBDEwoUL58+ff4ttIshN4SolANyrOnpO2IcG7HrGJmd5TP9pntVGJ3TFLjYEQZD2MZDm7cq/MvRXauwqGVOUJkh6zG+0nNnOsejN2b9///bt2//++++SkpLm6ly8eNEzoZLb6dOnH3300QkTJvTq1QsAnE/IuVzuzp07o6OjAaBPnz47d+7s06fPtm3bVq9ezeFwWt+ayWRavnw5APzyyy/jx4931vn888/T09Ozs7MPHjz42GOP3frtdzgUwCMI4kLGJ9GCo5jBxwpJDBobUy8eDbHGhOfhlp+vOkkkkgEDBgwYMMBdcvKq+dv9pfWl5zVVueqqK+qKi9JQ76nUdtzHr2eVGVtb+s9/Qu/j3ri2n4KeOCNMEwDc/1Z6zr5lfR9Z6RyNX8oO/8Isf9FsFnNdH+uUREaLJc7Iv4RrBQB4Ox42V8KWCqAB8gyQ55oPTwEo4Lzn5H4Mw5kSsS2KhiguiBlQbAKlDYQMEBAgZPDEggmSQUt1YqwAACAASURBVN8rD3hf7qwwyFTD46FqOZ0OnwDA99H/HSO5C1KKUH5y86PTMaOBqKnG7HZKKKICg4vLyzf+9BMAMBiMRYsW3eIpDh8+/Pzzz+v1egDgiwXTPpvrNzgpy3StJzcWpaxDbiuMJAEg3Foxpe637+leBX9/AwAYTsQMeNxdZ7Alq094+B27RARBkA71hzrzP4Wf1Du07pLflMffLfv+g6i5TwVM6MAT7dq1a+PGjS3XCQkJaVpoNpvffvttuVy+YcMG5/Jn27Ztczgc9913nzN6d+rdu3fv3r2zsrL2798/efLk1rd26NCh2tra7t27u6N3ACAIYv78+Rs2bHCO0u+CUACPIIgLzWRaxk/k7tzmOSe88dGHOip69yk+TBAYPzQw/sZTepq227wnXauZ18FMQq4BSJohFiQxn+hGTBVgIbWV8O5FCGVOGSNiC0jDGWGasz6bL+s/9TPPFrQ0d38u/kTfG/0UGGZNG8Q58gcAYM6M6jgGs8KgpwhWXgNVSwvX0TRlU6tBDZDlY4VIE0ASxBEsBggwEDJAwAABA4QECBggYcI/KmecD36sELnIyrWy2ew2v2WdjqIhXy8rNAXqrDjXSoc5HJ8tWuxcTXP27NmJiYk3baE5NE2vWbNmxYoVzi5zLJRrfC92Q9g/UPYPACRahR8wHhia+iiNBtIjtwctEilYNitOD9L+/eHuFc6FIRKHP8eXRQCAiNTdrzw4WFpthul3+koRBEE6wGHN2ekF7zpo7598Zso6v2g1RdNPB97fUed65513XnzxRef2yJEjtVpty/XdFi1alJ+fv3v3bvfSPMeOHQOAsWPHetUcO3ZsVlbW0aNHnQF8K1s7cuQIADR9yezZs2fP7oCEPrcJCuARBGngiIo1PTqdc3APrm0UkVLyAMv4iWSQj+7MDhQoJEPFjkrtjc8lDGOyXePbaZpSlWVV5R65dP1ryK0AOwUADoBLcO4SvEowOWyelCsJ4YmDt/KlfiIZJv2cxZPyJCE8STCLJ+WJgz3z4V2qYptTDVymayK6vVc/oryUmZ8ba/YIoXuKYH0qZGpAY49RjGLomDaT2qyrMShLAMBm0titrVpwlbQ5QAUtdwSMg9EAwOPxJBKJRCKRSqXuDbFYLJVKPUskEolzEenOV6FhbLsg9FxnS5F//PCfBwFALBa//vrr7W7ZarW+8sor27dvd+33k9AL40DQ8A2Vz9Y/TP/8zd6Lk4e/SnqmMECQW6Z26D+v2bHdcKx2uBoAGNl6x9UrACBgsz8YkCyt3iS3K6MspThQ1j733emLRRAE6QBWyv5y0eqm0bvb26Xr75cNCmwm1VFbRURERES4pl4yGK0NP0+fPv3ZZ59NnTp14sSJ7sKamhoAiI+P96rszGnvPNr61srKygAgNTW1lZfURaAAHkGQRsiIKOOzLzJKCvHKctxspvgCMjScjPROCH+bTEo1rksXkZT3uc5seyX36BfNvYq0W0zaapO22jmHvrBJhfte+TO0e8Mvb5KCKi0jVn4jqMYwy4OTqaCQBy8deQcqKffqb2ImjPUXOkJHVP3o+7w2s9WktpnUdua5XMcPmhoVx0T4WfhhVimpt2k0Gq1Wq9Fo6uqVlOPmaatNJpPJZKqqqrppTQBgs9nOkF4sFrs3goKCAgMDPctlMllH5X6r0jLWp4utjoa/GpqmzvzqCtofnf1fmaydX/MKhWLWrFkNSxJMCICXooHw/jdAY/BSVO7Q3d+ExPUnlHW41ULxBGR4pL1HT5rDbd+pEaTAUv5Y4ZJKW51rnwbHtyXOzbQH48fS1+DGYB2aL7Cn9rkDl4ggCNLRjusuVLg/93wxUpZd9SdeCJrUaZfkhabpBQsW4Di+bNkyz/La2loAkEgkXvWd+eedR1vfmnPZY39//23btn3xxRcXL14Ui8W9evV66aWXumwKekABPIIgPuC4IyYeYrx7NztBpMz+ZH/9tjMcE9Uo7AxMGN4QwIuZvJ5xUcx7Lfo6k7baoq+16Oss+pa+h7gi72e2Jlvj+BDDbP0Hh/bt/3jBB1ssmZ5H/GyNhoWXZf1+/Nsn/KMHjH3tMMHi8lhcniQkWJT4w6hmR5o5aHJR0fofSvZSejvoHWBwgN4BBlJs5ozCUlhGTKPRuKP9FjqPPVmt1pqamtZU9hnq+9wICAjAcd/zzGmAHdkCz+gdAK6n/1hfeh4AhP4xkPx/GrNJwm0pCZ/BildpCRuJiTlUqNjhPNW5c+eeeuop542wWCyYH2O7z/tb2c2C0+vlpavOus6CAzCu57MyTljGPlgW5X/OlK9x6GUMUX9BUgBD2lwjCOJmoW1PFL5X6fkr9o9auGYEAAjhHJvN21ygnFEtBwCazTZNmopmcCAI8u9wwVBw0zrnDfmdcCXNOXjw4IkTJ5577jmvh+3OEN29XJxbywF8c605A/g1a9bs2LHD2YhCoThw4MCBAwdef/31jz76qONuqCOhAB5BkK6lW6BtYcSFs+f0V3ndNAwJi7aFWSqyBxyFTDH0EUNfMcTy+6gWxRsbBcy1hadU5Tk4gw00SZOkw2Zyx/ZmrYIrDvY6i4DdZNl2AJpgfNBtgaJoxVHdeXchi260ul7h6a2kzazIP16deyS0h6t31mJvaXgCAyNWxf7n+chHdhvSs/QFBrspiJCNEPacJBnGwplN62s0GoVC4Yzn3YF90436+nqHw9HiewnQllAfPKJ958N8d4RPMWUZ5aEsnpTNl7J4Uo7Qn3RYL/y+2PmqtCkfUzjnQgU1Ot7ks9kaPbHvMr+gluV+0/ksakScWXVp68svz7dYLAAgk8le+3rx27JfXDUqzHBBC7kGCGDBA4EQ4JrdcEym82q8HNO9UrrygFFD3xg6gWP4g+LB74fPQWE80rLN9YdKbR6JKc0k/FTu2p4TCUx8SVzlEzX+VFw368h7KXGzXUsIgiB3F63j5tMANa2oc5tQFLVw4UI2m/3OO+94HaJpH7/f3JxJeVrfmlKpBIAdO3Y88cQTH374YWhoqMlkWrdu3YIFCz7++ONx48bdc889t3YrtwUK4BEE6XI4YUHjDu0cpzrsLuGCdtYHSe5docN7Nv71Uz/l/73evUsw2Gy+jMWX8iQhktAeF/e/z5OEcMXBzlnxfKEkVOw7YxwbY26NeWeb6q/vlfsvmYsomrIQjdIB0JRrMHzxue3uAF7IaenrxCmeE7Y86HkAsFqtzizrzXHGzDdtEADUarXmBve254ZWq3XuWq3W1jTojvbz82/S7y4JTjJpqgAgKHFEZJ+HAaBU5fsLpVDJ/D5TZCcb9XEYrdiKVR9l73nXuZucnLx58+aj5izYo4QsLVzQgtLjO7iX2B3AV7EbfTdfFZjH9MmvZzVKMUDR1G7NydPG3P0JH0awAltx38j/qD80jYbbwJZKV7qKniIYLAWASrbt5NMP95Z6L4eBIAhyV5Mzb/4zw78VdW6TgwcPZmdnT58+PSwszOtQYGCgXq/XaLyTB6vVagBwZ6drZWsikchsNg8bNmzTpk3OQYg8Hu/VV18tLS394osvPvzwQxTAIwiCtArlJyfDI4nyUnfJYzV+l4XmD6OqXfuYd8Bs1jV6wkw6rM5Z8ZqqXJ+n2P5ftvs5s+cDZ+fGAyH9n0gcY6asaoeeQ4s/PARNFxMtvbBz8Iy1OIMFADHylnLU3T7O/HatqWmxWFp+nu/eUCqVpK9lCLzoaq4BAIbhaVM+dpaYbD6G35ts2Oaz3tG73Wo48e2Msuzdzt1Bgwb16tVr9uzZFy9ehKY968Fs6N2wIK3Q0ZBCj8RgVvcir+jdTWFXzS35ZF/CBxh0RvoG5G5UYlU02nfQQGBAA8yNcpcVg6p3J18WgiDIbTZYePN+ySGilE64Ep+++eYbAHjyySebHgoMDLx+/XrTAN5Z4jOAb6G1oKCgmpqaJ5980msK4dSpU51T4tt7B7cXCuARBOmKLPc9wN/6A5gbhmS/dz1sgEawMqbqnMioIyqDoFE2qdiBM2ShKSZtlVlXa9HVmDRVFn2dcyEon246sJzP5wcHB/v5+QUEBOjwcB0WxBOHcEUBVpPaWcFm0lRdPRKWMoGB04OiLLd8x7cXh8MJCgry+cXmhSRJ53N7zwf4l4oN2UUGq1FlM6qtRpWm6orNrAWA2EEz5VH9nC/ks3xMgD9dwjE2Tjegrys6suZBd8cKhuEZGRkZGRmNXoZjEM+HPmLoLgQO7hmApxp4zo2vzucsP3tWfZwDCXyI50OCAGTe8xHOGK+eNeb15ycBgrTGC5EwPgCytRDDu9OXgiAIchsNFHZP5cVeNDVN++sSxPKb5De8My/Jrbq6et++fWFhYaNHj256NDAwEAAKC72vvKSkxH209a0FBQXl5OSEhoZ6lTtLamtrHQ5H69Pmd5oud0EIgiAAQMn8jNOe5Bz4naipdhfer5RMMARXjByaHh/3d3aj+lF9J0f1nWxUV/DEwRhOODBzlnhDD+VUh1pv0lTZTGqTttqsqeLYK3j2cr1OU1NTU1VVZbc3++TcaDRev379+vXrLVzk8fXTpGGpUcHC5ccDAgMDPZ/nh4SEMJk+5rd3fQRByGQyr5TyVVrG6uOuoXT1ZVl7l/UDAILF7TPpPXedKEmjwe2lKua1OmZmCcezUJF//M/PxlKOhpo03RD2x8XFGVJZihQH9BR5riHnaXq1n3Mjp7ZOrTPDaTOcdnWpgJwF8XyYGgLJDcvs/a3PRgE80pwodlCZrXEvXiQXIhstahDFunm3F4IgyN0Fx/B1cW+Mu/KajjQ2PcrCmetj3+DjnKaHOsEPP/xAkuSMGTMIgmh6dOTIkTt37jxy5Mi8efM8yw8fPgwAI0aMaFNrqampf/7557Vr17xyzhcVFQFAYmJiF4zeAQXwCIJ0WZTc3zTzWaKshFFWjBn0NItFBoaQCUkSFmsCQFm5vbi+UYScsXlu3vF1QYkjx7/+V474x8uiLQWC3Q/EzJrKftROgoxHJQbYAoSNBodbLJaamhqFQuH805kE3r1br6xzkC2lVbdb9LXX02uvw5l/fBxls9nOkN75p0wmi4mJCQ4OlsvlQqFQLpd3zW8Fn4LFjkiGutQhBYAz2/7PGXWnjFvAl7mWdWVTtv7qUwB9AEBtJradF3j97QBA/olvMre8SJGNOk04woC0AUMmjR86atSo8PDwy+bi+/PfMNG+h07cr5Q8WCcFoAEwvdWG4RhNeQy5V9pAaYPLevi2p/tpfLWtvkPeAeRfabxk4Al9TgsVgpl+vXhxnXY9CIIgnaYHL+Zw98/mFn58wdgoI30cJ+zLmFcG37nx89u3bweA8ePH+zw6bdq0V1999ejRo7W1tQEBrjWGioqKzpw5IxaLJ03yXveu5dZmz5790UcfrVu37oUXXvB87uIcdd+vX79bvpvb4q75+YggyP8iDCMjo8nIaO9igFn99ctPkKTR31mSe+TzvOPrAECRf/xMyXtXRvwJADbcoBJlTIj1/akNABwOJzIyMjIy0sehPTuY+blqi7XaYNRYLNVGU7XBWGSidlzNq9UoW3PtVqu1tLS0tLS0uQoSicRz4r3XhPwWFnXrfBjAjJotn0qfuZp1QFFwAgB4kpCUsW+4KzxW95u/qsA4sI/GjH/9j1hrbnTlFOW4sGvRpT8+cLWG44FxQ8NSJoQkj/GL6PN4P0PvMFfE3oMbvTVuyZyCFbWY9zOBR2pl316JunE58POkCc/GXd9sLofrRrhuhGtGKDGBgwa9A1YXwXuuxf/4xJ15gIDcFWb43beuZnejRPSNLQyeiWNd5X9DBEGQjpXEizqe8uUZw9V03cV6u05E8NKESSNEve7g515NTU12djaTyUxLS/NZwd/ff+LEiTt37pw+ffqOHTvEYnFdXd3kyZMpipoxYwaXy21Ta0lJSUOHDj158uSkSZO++uqrqKgorVa7YsWKbdu2cbncpUuXdvgNdggUwCMIclfis6iYlIM/5+kSjA8acvLP/vq6+9CVI6thRDfndhBD1kwDLSFKCpn5uQAg5bClnEb56ivqq/d4BvDD/WBKMGjsoLFDvT3NHhusF9XW1iqVSoVCYTC0tASLM3Vcc0dZLJZcLg8MDPT395fL5UFBQf7+/gEBAQEBAc5dgUDQjltrE60FV5sIHVanJa+x4JzUWnRu5y7noT4Pr2Cw+QDAJ42P1f7WX38OADCrZc8lf6/o3WpUHVv3WPXVo87dqL6Thz79A5PdMMo9sPGwiCGClMye32/L2/yXMqOCMHIoLFXPm17tN0Ir8col2Msm3JwkgKQb70OtFZ6/CEYSMtVwuA7u9QeA7lzv3h8EceNgrK2x70wpfKfK5t0rhwH2cuCj0/y6Yv5hBEGQDtRfkNRf0FXmmh05cgQA+vTp4xWKe/riiy9Onz595MgRf3//hISE3Nxcmqa7d+++YsWKdrT27bffDhky5MCBA9HR0VKp1JnNnsvlrl+/PiYmpmPuqqOhAB5BkLvVSHHKQtHcS4bv4NsrQHmsiH5GAxVmCOMCwAhhr3a0zMq95LlL0bTBbhexWABwUdh4qfNzGlgQCyxXyHoOrEcSF6byYp27Foulrq5OoVAolUqlUqnT6WpraysqKqqrq2tra2tra81mc3PXYLPZqqqqqqqqmqvA4XD8/f2DgoKai/Nb+LpqmcmG7bksuFTFupE9Xkxh0VWh4hPHXrDWlAAAQyS8mP5hNeescIj8o/La/nrXqDODzn5F0ai/Q1dTcGTNRK0iHwAwnOj78IqU8W96VggQksFi79XshQTvue5znoM5uLIW16gBgBroZzLoeb9tBZIEAAfGyBGk8G2RI+stJlxXw8ku56RTAQAvRMInRQAAX5dAL7EwSDJW1L99bwLyPyKBE34s8fPVNdt3qI7XOTQAwMCIgYLu8wMmjxL1uenLEQRBkA506NAhABgyZEgLdUJDQy9cuLBkyZK9e/cWFBRERkZOmTJl8eLFQqHQq2ZrWuvWrVtOTs577733xx9/1NXVJScn9+3bd9GiRQkJCbd8N7cLRjddswdpNZ1OZ7PZWq6DYZifnx8AOByOFp62If96MpnMYrGYTKabV0Va7YnLSw7P/hFKTAAAyULoLoDt1QCAPRDEndcvjCX/K2UlG2tzTyXvh3WEshYASJr++Ure8vQzJVqdjMtJlsvS7fW0wgoAEMiGGisAwHuJMLBhLbehwtRdcd59wADAYDCcq7t7rgPvXN3N5wx8rVZbWVnZ8jP8lrHZPpbKcy+YFxYW5vMZfo2eWPuPxGT3XnrNalT9tjDealQBAHAJMJOAY7Cpt1jKPXW6e6yZDRh2etrSH883vBWkw/rbW3FGdQUAsLjiEXO2hqVM8GwTx+DpgdqEgNYuwodXVXIO7c0zyTcFPq5liD0PGYjqf/yWKzgXYFEenNEAAPQRr9q0+pmAB1rZeOdwfiPo9XqrtdklEpA7gga6xq620LYgpoyDsW7fidhstvNXpslkQt8I/7Oc3wgajcbh8O7BRP5l5HJ5J5yFpulb+cHQIfh8fteZ+vfvhp7AIwhyt6IoyrEyzxW9B7BhaQJQALtqwEERh3STxvzIFvitqqRSQmz3JJjE3JbS0XnB7DaKpn/Lv77s5OkClSvJucpsOVnu8Ty85kYAdqzeM4A/Z8hr/Yncq7v17NnTZwWLxfL3RfWOUxqDTmPSVps0VTaj2qStNmuraGOVuq6ihUT6N10qz51mzx3eC0SSzNo4jBfCk4TwZeE40ZDQJWv3Emf0jseJqetaAIABEvBnaYFcElex+VIsGRhspBolriMY7CFPfXf48/sFflFjXtotCenueZSJ04/0MrQ+egcAKiT03NiXfjojopos7S4gg++rW3044JXqV2ww5yLoHXBBy/pTDTNb3zzyPw0DLIjZnhk3CIIgCNKZUACPIMjdasWKFccO/QUABJuBLUlySJhxxgl0WrfCjC0Omyn/n29Tx//XaMMzSzgXq9hP9tdF+7UqVqRpen9J+Xu/77tU1zAtNkIkVFksBpuvFq7qgQZ3RGmh7Q6aZGA+Vitph2KN6JgiTBoN7h4Cj1PB2G6mnn5ldXV1dXV1NTU19fX1CoXCuatQKOrr65VKJUU123Nx0zR7HGEAVxTAEQUy2fzynH0AgOEE2yoygxYAYLwr++s+f7WRIPHeaVym97lCu48d+fy24G6j2XxXaIRh4C8g4/1tw2ItMh4JbWF1YL/lCJtG704EzRyhWlwQ85bkzbi/Fv0KAIsWLRo2bFhUVFSbzoIgCIIgCNJloQAeQZBORQN9TJ91WHu23FbLBEYyL+phyfA4Tmhb29m7d++aNWsAAMOwtWu+HvHgPUeqas+XD1COySrM2AIAV4+u6XHvqziDBQAmG/bjadHro9VCzk2ew58+fXr58uWZmZnukiQ/2aKhAx5JjMMAXpZfW0+VgsIKJSYoM0OeAQLZ8FWKZ0SJAXRU9O6g4PdLAqrxPCfP4PVoAa/3PYFJSfKkJN/pZ0iSVCqV9fX11dXVSqWytrbWHec7d1UqVQsXYNHXWvS1UHnZXUJTpLm8HABAzoI018rwFpwuSA6L654abnVgAF7zsqL6Puq5OzDK8nBqO4f5Xalm6a0tDc/j2gM/k6xOft42O9O0b98+k8n06quv/vbbbxjmO+ZHEARBEAS5u6AAHkGQzlNqU8wp+chzxdF92lMfK7Y9JRq9LHoeq/nJ6kRFKVFShBsMwGSSAYFZVnLevHnOFB6vvvrqww8/DACainCaxvwi+wQlDFcUnDBpqkrO74gZ8ISzBbMd++sa96EU78XJ3DIzM99///2MjAx3SbxMsnjIgEe7xeOu8I8ewpCt79E4k4WZBEaj4FBE8Fr/hrSsSMlSm1qKVx0UZFWw70lodhotQRCBgYGBgYHJyck+K9hstvr6+pqamtra2vr6+s1/awwapVmnMGmqLfo6k7bKbtb5bnp8ABANN64dMhQwTMyhugXZrip8zB92DhzAMOgfaWnhjlpWqvZeW95HHRUzOcj28ccfZ2ZmKpXKf/7554cffnj66afbfVIEQRAEQZCuAwXwCIJ0khq76qFrCyttdV7lFE19rz2i/Sf/26QlpH+g11Fcq+Hs20lUVbhLVEbTjE2/OvO3jx8/fsGCBQBgsmFFSld01/3eV5xrlV8+9Kk7gAeAXAXbZwCfm5v7ySef7Nmzx10SFhb2+rSpz2JWRqMnt9hYpQQHjPJ8xsz1ftg+TOB7Nns7VGpu/iS/UnNLH+MsFis4ODg4ONi5e1Uss9gbugz0dYW/L0l12FwdBH4RvSN6TzLravKC98CUEM92Qjiu4fSTUozlaoahyXNy5/s4Kt4c2iTnfOuZbA1/HQ6b6fDn94cm3xvW8wFZWKq73GjDAMDPz2/lypXPPfccACxdunTUqFHR0Wg9OQRBEARB7nooVSCCIJ1kedVPzug9xNJ/aP2iidU/Ply95d7aT5P0jzIp7m/C8iMHPySKCz1fgmk1vK0/eEbvVpJ8bNf+Sp0eAJIjI77++mtnylONmXAPNQ/v+aDQPxYACCbHZmp4YK4x4STV6Gl5Xl7eM888M3LkSHf0LpfLFy9enJmZOf3N/9qmzqL8GiWPFTuImVV+LdwjEyM+iZjX1nemOVay0Ud06YVd/3z/1M5F3cxaRUMdR0cODvfjNZpiwJeGY3hDJ0J4zwd7PfhOypOL4Kkw4DRcWxI3MpjpelukPPKFIdqmUToDp8cnGccmNTsCojV4rIauk+q8vxT5x8/vejtn3/JG13yjzqRJkyZOnAgAZrP5xRdfJMm2zbdHEARBEATpgtATeARBOoORsuxSn2DS/BHKpeHmoe5yiT0mzDIoRTfzuHzRxqDyB/ftNDw7D7iuUeicY4cwg96znRf/PHa6SgEAMi5n5/h7RGYTJRBA43nXGE4Mmv4lW+Anj0rzugx3tbKyss8//3zLli3uuE4mk82bN2/OnDkcDsdZQkZGG2fPxauriNpqzOGghSJSHvCBsjLbtCYHfKR2JzD8h+iFMoaone9REwJ2o3C6KvfQ9VMbAaC2MCOyz8M+69yiHsG2Sm3D9wJJ2jCsIVB39oYU8Y94verlwCmeuwFCcv5IzbVaVkEdU2PCWQwIFTtSQ63CW77UCKk9o9j1t1Nx6Q/nRljKeM86kbKGRIMfffRRRkZGXV3dmTNnvvvuu+eff/4WLwBBEARBEOTOQgE8giCdIddcYqUd4+o+Dbb0a3qUTwbcV/vZKb+5mMXMzrlgHTgUADCDnnE937Pa6rNZmy5fBQAGjm+dOD5KJLBdvGC9ZxwASLgkhgF9I0AP7TGu6VlEXIqB0xUVFZ999tnWrVvdq+8KBIKnn3765ZdfFomaxN4YRoWEUiENOfYIP/kBau2Hiq3r6/ZYKJu7PIUbszbytURuRFvfmRbEyhslvfePGZR3fB0A1BU1BPBx/m1Yhq0piqZwjxB9cIz5RCHHfGMU/aUDq2xmrfuosvS8HTdeFm7xbOEZ//snS0d4NYsBJATYEgJs0KF6BNv+n737Doyiyh8A/p2Z7ZtN2/RGGoEklJBC702KIlIUj+ZZEPXw9Cw/5UTPQxT1wFPPgooVBQQREaRLEYGQQCAhBEjvPdlk+87OzO+PWTabTSVlN8D384fOvnnz9m2y7OY7773v2ydm+fn5pZcPAAAQRGDsXdYKHlJmgM2+dJ6enhs3bly6dCkA/Pvfb5Qr5tCKQQxHuEmZgb702HBtKnNmj+rPa/oiM8eESfzvch2xwHNiO7kYEEIIIYScC/9MQQg5QgOjCdNNtUbvldmnSi7v19YVR0960jt8JAAIOXmU5kmAH6j8HBg5FgCospKmiBygoKHxlROn+eP/TB43sV+QpQ4AAMhFXKgnnV/bXpKzEEnp2rX/2bRpk9Fo2cJdJpM9+uijq1atcnd37/xrEZHCVwKWv+i/+KIuu4KukxCimO8TpAAAIABJREFUobII317YQdrf1RzpTedUW16UT8Qo/qAq15Jpz1XCDg0wtn5xuw42nPuyel+y9oqWNbhQ0uGy6Ie9Z9/lNlwq5B4d1bjptJvJTGjrSzIPvwcABEHw+QJriy7sd3/SSFpC+iCB8oWAJX9RTu3my+w8sYCbP1TzXYprXekVdXUeAChD4mXultX4AhLuj9dQZLMs+DNmzLhn7oJfd+80mQw/vr9i9kunCJKq11Fn8qnTBdQfytRc2XG+Zpah8DfV2Q+rdn4Z+nK0tJ/DXhRCCCGEUOfhGniEkCMoBW6R2qZR8arc0+n73sw9813hhV3WQj/DcDWlINSWtOeEQW/bQqib64/3zXYViZYNjl4Zb0laRuia1lTfFa1ra7Mwg6bm4s8vrV4c9cEHH/DRu0gkWrZsWUpKypo1a24qercSEYLh8ug57mOmuyX1RvTOWzhMY936ztUnUqLwBoCaglTWbKJI7sEEtUjAtduAPTPHPFm4cUne2t/VF7SsAQA0jP539YUleWufLNxo5phgD/MLk+uHiMvP73yRT19nTQTImPSxP1386nL49xmRZ5Nj05mnHBm982L9TQ+NaKy++hv/MHjwLP7AQ8Y+MqrBbs4CAJhZiLz3U7lHEABU5529fGiD9RTBCcfWrvEzxNvWzzGULshZU07X9uJrQAghhBDqKgzgEUKOECsNU5qirA9dPC1TzTMOvHvt5Gf8MQFkqSQARDc2IZNI7RqZFRF6cunCj+6abC3hpE17toUr6fuGaMjmn2q0QZ2x/+2fXo5I2/e2wWAAAKFQuGzZstTU1A0bNvj4+PTQ6+stHlLm6fGqgb4mAACC8A4bAQAMbSDrLzw5tiHCi2Y4dnvd7wty1gxIXxx8cf6IK4+/VPJpnrGsrQb/VfrljrpjrZ7aUXfsX6VfEjTtJmGG5X6Ul7wVACRC0ZYknxsb6UHWz9l3FynmV3rEqWWCdveQ7z0DfU1E8a/88aTJU8eG65cmqV+YUtcyegeAlEKJilGOWvoJ/zBt96v1Ntvakxw1XPW0iFUQNt+GVeb6N8u+681XgBBCCCHURTiFHiHkCCJCIAWF9aGr3wD+QO4Z4j+wKSA3kGJG6c0fm/2DwHZdOwAADFQ2G+tmA4NtH44MNQS6mQ9fk+VUiwx6bdbv/8s48LZRW8+fJUny7rvvXrNmTWhoaI+9sN7nJmUfHtlYo6Vya4T6UYnb0vcCQAT7e7BHZL1ZvSx/3VlNprVynrEsr7psS82hd0OefNDTfni8yFS5uWZfO8+1uerXZ3bnhxmkq7fu4n/uL4wYNkxqPrX0/n8cPXm2tLxap//kQvqLIxMBgHBSXnetVpucfBYAPDw8/u8vAyiqvcz26WViAAgecnf/MQ9l//k1Yzb+sXnZ3f9MJinLwgSlacDikkMMQVeJL2UqthVL/wSAPao/3w15UkK0sqE9QgghhJATYQCPEHIQpYSqvRFqKUOGxc9dW1+WmTh/vYuyab2xG91ojh7BH3MKhTm8vyD3epstkiQ9ZJhdWbCHeUl8zQ9bt7/99vqa6iq+kCCIe+655+WXX46MjOy5F+RQXnLGS87QM4Zu2wQAkJqSsmLFY8ubR+9WRo5+puhDH4HHFNcE2/LfVGfNXIuo28SCyDL+bCa4X3xUwYdKTheVAECgwuXZpHgAiPfz+c/kceO++5ED2Jh84dG4QZ4SCdsy559DHD9+3GQyAcCUKVMoimq/cpXGUmH4A++VXTmirS8xaGo1tYWuPs3eCRQn9Dck+hsSr7v8ctrzHR1ryDeU40p4hBBCtwSCIBQKRcf10G0Bp9AjhBxkgE+zvcGH3v3KxBVbbaN3GaMP8BeZIwdYS4xTZnAyeVsNGkeOZbx9bUtoo3HL/z5IjIt74fl/WKP3CRMmHD16dPPmzbdu9G4VHx8vEAgAIDU1da/q9JnWoncey7GvlH7ONdtfD3KNpfb1crTwwHnYXARqy2/nqkj36klLssC140fJhJb7vIn+vvf0DwcAldG4MfkCADDhUfatOcTRo0f5gylTpnRYmWUtk/9FMvcxyz/vP/bhua+n20bvuWe37FmbeOrrR/jUgFGae4c2PAQAGlbfWnsIIYQQQs6EATxCyEHGhOupdj9yJkI6PWeebQnr5q578CHGL8CuJicQGidOM41u2r2MZZh9/904dsjgZ19fW15dzRdOjoo8+v13O3fuHDx4cM+8BmeTyWTR0dEAUFJS8sO13+xPm1jbgD3HUHpZn9/0mONog8b+kh9KQcvA9jJYkgYfF0CtKf1wXm59AwDE+XovihlgW/eNCaMFJAkAH52/VOjlx3g7J4PAsWPHAIAkyYkTJ3ZY2U3aNOMgcNCMsQ9tFkndbCvU5KfUFp7PPvWlvqGcLxnSuEzMuvn1WmJChBBCqMexzubsH8AdBKfQI4QcxNuFuXew5udLLq2mTe8vV42bFMG1mBDNeip1Sx6hCvMFhXmEuhGEQsbHzzww1pq+juO4X/fsWf/KK9kVFdarRgb6vz5u5ISQIMhINQQH0dGDeulFOV5SUlJGRgYAZF3MhOHNz+0sh72VMMULZvpAgAQArumLBkvDgWVFF86JUs+EeedBuE19hgMWgADgAPQM7K6A/VUZN27s/mfyOLJ5Wv8oT49FMQO2XM7Sm83rM66+06uv8wYzS1Q0UgaacJWw3grmSmZmSUkJACQkJHh5eXV4+UAfU1lDm990qrIrhWk/88eewUP5A4oTDzNODxb19QSHCCGEEI/jOK22vYwwDiCXy0kSx4YdAQN4hJDjjAw1uEnYPZfltdqmSF1IcWPDDdMHMm2OzxMEExrOhIa3PHPixInXX3+dD2h5ESHK4Hlh5tHu61ntHm3RwgrPEft/YQKCWLeu7BXXByUmJn755ZcAoM6ohOHNI9gjNVBjgu1l8GMZxChgmrd6uQbcGOnP2wX5OQAwk3B7I9xmFj1FwL+iIF8HW0vhZB2wHBhZGlgAmBsVMTY4kK/FEUDcuOmyZvL4HddyjDS9Zdu2J1atCgsL671XqjGSB7JkacVi+sY0eIWErTl1nD/uzPx5ABgbYThdIDXQrW8wSFJCbV0xAAglCoVX0xtsnGhSd3qOEEIIIdRLMIBHCDlUtJ9poK+pqF5Q3igws4SHlAn3oqXCm9vMHABOnDixbt26tLQ0a0mEjwe9NDB3uksuAQAaADjm2fhRcOW8Ks+PUk4Kps7pwVfhRElJSfwBd0UNYBPAq2iQ37gtwgFkqiFT/a/Nf8saOfIhX88RAX4AkNAon1njvt9L1azFMBms7g/LDbC9jDxSw5pZiYBaN2GM9Tzn6a2fdS8YDCCVenr7LtUxX3zxBU3Tb7/99qefftpLL7NaQ236063R0OymjtpAWhfAT53alGOfMBgE+TlETRXBAevmZg6N4G7cr3ERs0sSG79JdrXeBbCl8ImQufnrGsp9IkaDzXSDwfIoAFwDjxBCCKE+h+C4m/67GVk1NjbyyZDbQRCEUqkEALPZrFKp2q+MbmOenp4Gg0Gn0zm7I7e8lJSUN99889SpU9aSAUqPFWOHbfgrXSaz3wlcwniQIBipJbaO/5wknDmzSyAQuLu7A4DRaFSr1d1pKiYmprq6mhIJmJ/jQdj8RRXr4VA1HKqG+mY/iihPj/uj+y8fHCPzkkyPv5bp0kp0GquRfnMs6LdLOWODAkYHNeUdMEdE6ectsj6sra1NTEzUaDQkSR49enTQoJ5fnsCy8N5xj0q1/YIKk65+6zM+LGtWuHvnXLtMkiRwnCj1rOj0CcL2o5gk6dihxsl3cSLLPnCVampfpvxalajlN56q7Epp5sHw4Q9K3fyshQuHaZJCDD3+uuDGN4JarTYajb3RPur7xGIxnyxap9PhN8Idi/9GUKlUZrO549roVtaZ1V7dx3GcRtMizY1j4RR6h8EReIRQX8GwREqR+FKpuLyRYlnCQ8ZE+9FjwvQKiSUzyoULFzZs2HDo0CHrJUFBQc8tW/KYSf3koMIyWY2ltIEWHtBGhS0eHPiElFECgJkwrP+zdmmsPNjjdvhTKTExcf/+/YzJ7JZPNNhlgg+WwiMhsDwYUlT9T4gLTl6hzWYAuF5X/8af59afSZ0eFnJAN/2DgdWfB1aphJYEb+409Vipz8t5ATIpOWhkot3TmcObZe9XKpUrVqzYuHEjy7JvvfXW999/3+MvML1c3DJ6B4DSzEMsawYA/0F362iBi5gV/35QdOGcfT2WFWakUXU1uvuXcgIBAPgqmIdHNupMRKVakF8nOHClaWsD94AY94AY26tJEgb4dHBnFiGEEELIKTCARwj1PI6D69Wi7Gpho54UC7hAd/PgAKNc1N58H5We/DrZ1TbfWHmjoLxRcCZf8mCCGurT33333V9//dU6aSggIOCpp5566KGHpJXlph+/2ulXZ7nsfAPx6nWaZnRJl6WPKzkAAkDASVS1gR+dgntiNWPCe2Vk1ZH4AB4AFlQkbh2YqWNbvCIBcdeMu75+YrXpxLG9X3z2+cXLFyurAcDMsoUNajdCoNxanRozQOVLVolpH6MwWiul2vjlsG7u5sFxdoVPPfXU119/XVdXd+jQodOnT48ePbpnX+C1SlHLQn1jZUnGfv44cNDMa1XC4dzVVqL3G8jSYmHyKdOYidYSmYgLU9KhSjqrQlRYJ2zrwlH99K4SzKaLEEIIob4I5zkghHpYRSP13nH3zWdcT+ZIL5aKkwsluy65vHXI8888aVuXMCyx+Yxbq9nCK4qvPbzibxMmTtyzZw8fvXt6eq5ZsyY5OXnFihUikYhVel1zMehIS8QlGuBHkRIAKEz7ua74ou26Z5aFPRku16taCQ5vLYmJlkHy6vTiIwPem+aaZLs6wFvg/u/AR74J+6eAoNxcXR8ZOujs8kUXHl78/IgEpVS6fEjM/ryCl46dGvDxV7sOXJpc6zpIIyXbiN45mVx/3yKOsv+9uLq6rlq1ij9+8803e/wF1uvsv5tyTn/70z+jCi/8DAAkKQiImabSU6K01CoRnS81aCmmtWZAlJYKLTa2IQCWJqm9XVq/ZICP6e5BOKsZIYQQQn0UjsAjhHpStYba9Ke71mSfMMzEEL9kyI0MMbl/K9HRmQJJyynTmtrC9H1vZp/6kp81DQAuLi4PP/zwM888w68g5XEyeUOgD0Am/zCWWawdEXn95Oes2bRv/dixD30ZlnR/U2WA/VdkUbf4BOn4+HihUEjT9Llz5/pLgn6IeLWOaczQ5elYQ6DQO1YaRt2I51lPJX8Q4+X5xoTRr4wZwXLckj37AYDhuIFKy1bn/G+LlclJnWUTGk4gNMcMMo6dxMldWu3DY4899sUXX5SWliYnJx85csQ2pVz3CZq/F7T1Jcnb/k7rG/mHXqGJIpn7H5o/n/fdXhJiBACKg2G1shU5ymUaP9sLCb2OrK1hW+xX7yphn56g+j1bllwg1pksPyulnBkbrh8VZiBbz1iPEEIIIeR8GMAjhHpMmalm8/lWonerQ1dlg/yMPgr7wc9LpWLbhzpV2aW9a6//sZllLJnYhBLFypWP//1vK93c3Fo26xY/CSqP8cch+gmSOTOrsk+pyrPMRu3xzxbVFV9MuG+dNcd4aYOgXkd6yG7hOdISiSQmJubSpUsVFRVlZWUBAQGelOsEhf1EdwBggkM5mZy4EZZLBFSVVnc4vwgA3MSie/o3bZzGCQS6h58Ak4nUqEEkZjyVQLWyCt1KLBb/4x//eO655wDg3//+9+TJk3swdY2XC3O9qmmKO0kJffuPK770K/+wrjSjIHVHrldqicySB44BSN10KTVbe+Bvo7aoYkn+jgQHQAChb31fXLGAmxmtnTFQW6ej9DShELNu0lv4LYEQQgihOwROoUcI9QA9a3yx+JOJ6f9Sq/zaqcaykFIkaVle1Xz4Xd9QfvXEJj56pwTiAeNXzH8ze+nKV1qN3gEg3H+oD2EZk1eYA2XuAXf/M7lf/H0AABxH6xttdwgDANtd6G9R1s3kUlJS2qtHUcYJzfZL35J5lWZZAHggZoBU0HQPlx41npPKODd3JjCY8fZpP3rnLV68uH///gCQlZX1yy+/3PyLaNOQgGYZ2qWuvlNX7VF4W243mI3aY5/eX/zfr0F9IyXhV8VwohbKDLvePbU+oMRSyP/Oxa2836wIApRyJsjdjNE7QgghhG4JGMAjhLrLxJkfzH39q5rfPA3RtuUF538y6RvsKhfWtTLxx9R8SF7ZL6HfsLkkJRwwfsWC9Xmjl22SuvrSTJsD+yRBPuo/lz8mOAIAhBLF5Cd+Spy/3rf/uOEPbLSr3yObZxJmWnj5kmT/L9Jd26T7dgvTUgiD43YOty6D7yCAB6AHxZnGTbbewvguI4s/WDYo2vqTMMUnGUeMaf36tlEU9cILL/DH69evp2n7Pfy6LFxJx/o3W+Zg0NRoagoAgBJYJmtwx6vg0Utwph4OVsO2UgAAAuDRkPcGVFuXxHNCEevl3VO9QgghhBByOgzgEULd9UnVz39qMgBAzLpaijgubc+/jn2y4PinD3Bss+hcR7fysePeYvwz6f4N89/MHr1sk8w94Ead1rOO8Z7ymTdWMQQA1IIySxFBDJ75fzOeP0oKmrLW8QGrl7y7w62C/Fz5pg8k+38RXr4kyL0uuJIuObJfvul94eVL3Wy5k6wj8KmpqR1WNo4cq1v8MD0w9lydKqu2DgBivJSJ/r6cRGqOHKB7YKlxyky7SQqdNHfu3CFDhgBAXl7eDz/80IUW2vJgvLq/d9MdgdLLBziOBYDI0cuDH14MYhIAoJ6G167Be3mWSkuCYJq3mmKOear5AnPM4JYZ+BBCCCGEbl0YwCOEuoUDbnP1Pv7YSDUAgEnfcPiDuy/ueR0ASjMP5iU3i+vkolaC5wG+9oO3Cq8wF2U/60MPGevdYuW8LREh2Brx2mPe95TJ/rQtJ6lmu4URAH4Ks4esvaY6RBXkSn/eZl1Y3tS4ySTZ/4swI607jXdSSEiIr68vAKSnpxsMHW+Mx/gHGu6Zv/nG3ZMHVj2tfu4VzaoX9fc9wISEdbkbBEGsXr2aP3733Xf1+h6bgyAScI+OanggXh0prBGxtHUDOWFiafGiXPhkCMTcSGTIcgAAU7xgSRBfkCc1AgDr5m4cN6mn+oMQQgih7vvyyy8JgsjJyelOI1VVVU899VRISIhYLA4PD3/++ecbGuynfN7GMIBHCHVLoamynK7lj6tEGQ0VV/euG1mS8RsAAEHEzXktYuQS2/qhSnPLRsZH6AVtbWUGAACT++s6HCCWEKI3g1Z8PGKMQGhsqw4BMDOme5uEMYzk0D5g2rwFIP79YMvYvjfws+hpms7IyOhMfaPRuHv3bgAQCAQLFiyAHso5N2XKlLFjxwJAZWXl5s2be6RNHkHAcFHBc1fWbsz+hyp9FwCIKEoyVAsAECSBjTHwcDAICACAwa7wj3CweYuwAUH6Rcs5qawH+4MQQgih7uA4rq35el5eXkS7rFMOS0tLExISPv744+LiYpFIlJ+fv2HDhpEjR9bX199sa51/0j4FA3iEULdU0yrrsfpUxp43EhoqrgKAQCyftHLHsDn/sp2bLSAhKaSV4WJPGfNAvKatiDIxxDA8tONBZl4/qevjI/UyUSu3AwgCZsVqo/26tYecoCifbLC85Dqheb+Xaot/za/e9ZViyyQCwmQSXM3szlN0UueXwfP27t3L35+eNm2aj4/9zmrdsWbNGoIgAOD9999XqVQd1u88YcpZ4LiUsoo6vQEAxgYFRBJyyzmSgEWBsGkIvBAB6waCsOndEzxsuvYvf2VdW095iBBCCCHHYxhm48aNR48e7drl1I30uqtWrSopKYmLi8vMzGxsbDx//nxoaOjVq1dffvnlLrTWI9UcDBcHIoRuDllTJSjII9SNnEDA+fi5B0oAAGgWNhXCnkp+eN3FK3TKU7s9g4faXTszRuslb33semig0V3K7MuUF9Q1TXp3l7JTonTDQw03tT67n6f52Yn1h6/J0svEBpoAAJKESC96SpQuTNn1RGs0Q5Q2CAwF4CGNcGEKXo3M2epbS28thl8q4C4f8tF+d1e7/ed6vxC9SFBR1mP53NrW2UT0N2zdupU/ePDBB3u2J/Hx8dOmTTt06JBKpfr444+tk+q7T1CUDwAH8wr5h3eF9wuq9tjmV9tUI1gKwVLbS1wo6ejIu7q2pB8hhBC6ozAsXC4T5FZTaiMhF0OoJzMkyCyieiTbb5N9+/bt2LHjxIkTBQUFbdVJT09n2VZWWSYnJy9YsGDWrFlxcXEAUF1d/euvv0ql0l27doWFhQFAfHz8rl274uPjt23b9t///lcikXS+tU5W62sIjuvh39AdpbGx0WTqYDSPIAilUgkAZrO5Z8em0K3F09PTYDDodN2bv+1UhE4rObhXkHPNttAklwRGnlK/kQFZGr5EkOQ/5eGdAcLRttUkQu7uWO3wfh0PpKv0ZEWjwMyCp4z1dzV3JxBjOWgwULQZPGSssBvfRgYzcSBLnlIgpllLb1iCzhbvS/72b8yhUgAAAQG/jQAAT1pwJHVglO8Q/Xz7IFkgELi7uwOA0WhUq9Vd7kxTrwyGiIgIk8nk5+fX4Sz6srKy+Ph4hmG8vLzS09OFQmH79W9WVlbWxIkTWZaVyWQpKSk9M8LPsoqN64DjRn2zLa2yGgAuPbKkv9J93PCs865tLlJ4LeCvf/Od1wPP3jv4bwS1Wm00trnQA93exGKxQqEAAJ1Od0t/I6Du4L8RVCqV2dzKsjJ0O/Hy8nLAs3Acp9Fobvaq3GpqS7KkTtdsAqRczD2QYBgadNPvTLlcTrYxl/LRRx+1W2SXnZ0dGRnZYZt6vX7YsGG1tbUZGRl+fn4A8OGHHz799NOzZs3at2+fbc34+Pi0tLSdO3fOnz+/8611p5oT4RR6hFCnEHq97Iev7aJ3ADiaftW04rwleicJWBpkfqPfwYjn9vs+ecn1q2z53izFjuCos6un13UmegcAdyk70Nc0yN8U4Nat6J3vjoeU8VEw3YneNUbywxPup/Mk1ugdAFiDqejtzy3ROwAwlvbrhObFg3NpmSOWXkskktjYWACoqKgoLi5uv/IPP/zAMAwALFy4sMejdwCIjo6eN28eAOh0uvfee69nGiVJTiCo1OouVlYDQKib6wClBwnEjvTIAbrWd3df5jXjKd/7eubZEUIIodtXbjX1yUmZXfQOAFoj8dUZ6fminpym/eqrr6bd4OZ2EwvcXnnllWvXrm3evNkaSB87dgwA7rrrLruafEn78/Nbttadak6EATxCqFPExw+T9bW2JQzHvfFn8vxde41aEwCAuxDeHAhLg/hcYhXitAvun51SrhOH/P7kwHCJ4Fad7LP9gku1ptkKKKOm9uDG6ZZEfS1kuej3BjoiiR10ejM5juO2b9/OHy9atKiXOrN69WqRSAQA33zzTWFhYY+0yfn4Hcgr4N86MyNC+cIAg+h0cswreYHBBssGgRRBJskHfh22ekPwUwTg5HmEEEKoPSwL21IldBsJeTkOdl6Q6Ew99n0aEhISd4NA0NlbA8nJye+9994DDzwwZ84ca2FlZSUA9O/f364yP57Pn+18a12u5lwYwCOEOkYYDMKsZpO0a3T6OTt+eePPcyzHAUBSP//4/02BePu7qvM8xn8dtpoibtWPmtIGwbUqkW2Jujp375sjq3JPAwAlkgrFLi2vOupa27KwN3RyGfzp06f5VWdxcXExMTG91Jng4ODFixcDAE3T7777bo+0aYoZbLsA3louZ6hX8gKyTw3NK1uUGvt5/pAff4t6d7b7qB55UoQQQuj2ll0tqFK397eZzkSkFTszVxrHcS+++CJJkmvXrrUtr6qqAgB+TaItDw8P69nOt9a1ak6HSewQQh2jKkptN05jOW7a1l1ZtXUAQAC8MDLxtXEjuTKffaNHHGw4V2AopwhqgDT4XvexcTL7W6S3FrvovbHy+r714wzqKgAQyz2nrtpz+dCGGtVFrbDatlo566BsF9ZE9O2PwPde+jo7zz333Pbt23U63Y4dO5544gl+hn936GOGHC0qBQCpQDA+OMjuLCeVuo6drRDZf4vbV+Mgs0KUWS6u0ZIA4CVnBgeYon1NmOcOIYTQnamgpuORlfwaakyEA3Lytu7AgQMnT5587LHH7Abb+RCdD9dttR/At9Va16o5HQbwCKFOaL6xOUkQb00aM++nvQqRcNPMqXOjIgCA0+kmK+InK+Kd1MVe0aBv9g3n4hWmDIkrzTwk8wic9vffPIOGTI4cky87ctxrjW01Gdn6Cu0eFxQU5O/vX15efvnyZb1eL5VKW9bRarV79+4FALFYzC9T7z2+vr6PPfbY+++/z7LsO++8880333SzweSUlAa9HgAmhATJhM2+sFg3d8Pc+zm3DqJ3lZ7ckuJaVN90bWGd8HyxJNSTXpKkdpW0knsWIYQQur1pOzE9vjN1egnLsqtXrxaLxa+++qrdqfbzr7eaXLyd1rpQrS+4Vee1IoQcSmIfGc4ID/1w+sSUv/6Fj94BgGtR5zYgIJt9T5CUcNLKHREjl9zzz3OeQUP4Qoaw/7aIlvYDR0lISAAAmqYvXbrUaoXdu3drtVoAmDVrVsspZz1u1apV/F3w3377rZP727XDmo1m8n3z6JjBjLcP6+VtDu9vmD5b9/CTjE8H2WUMZuLz02620btVQZ3wizNuJgZH4RFCCN1x5KKOMxO5iJ2WvejAgQMXL15csGBBUJD95DtfX18AaLmxV319PQC0mnaunda6UK0vwAAeIdQxxte/5cbajwwdFOKqsD5k/QMd2ylH8FHYJ3gRSl3HP/qdzD3AWqIS5ttWEBDUve5jHdE5AOjEMvgffviBP+jt+fM8Nze3J598kj/u/hKyI0eO8AcTH1hkmH2f7qGV2r8+oZ//ID00getEFpzj2TK7BISiOqAIAAAgAElEQVS2KhqpEzm34V0nhBBCqH2hXm3kr7MRpuy4Ti/57LPPAGD58uUtT7UVwPMlrQbw7bTWhWp9AQbwCKGOcXIXc3gHy4FMQ+Ic0xlHivUzCcn27kCzBFMgPWZb8oTP3HBxQFv1e1z7iehzc3P5wN7f33/8+PGO6dLKlSv9/f0B4MyZM/x2L11TWlqalZUFAJGRkWFhYTd7OQdwvkjcfp3UtitUmeu31B56rfTLNaVfbK7eW2xqfVkdQgghdMvp7834ura3iEwu4uKCb3or+B5RXl6+d+/eoKCgyZMntzzLB/C5ubl25XyyXv5s51u72Wp9BAbwCKFOMU6+i7MssW4loKXjEpkgx80bdxgXMTtloL6dCpku29RCy27wBBCPet39iv8yh3TNYujQofzmbefOnWt5duvWrfxqsUWLFlFUm2PRPUsikTzzzDP88bp169pfrtaOw4cP8wdTp07twuVaI9lgsP+O2/vmyD1rE1N/eqnsyhHGpK/XUXrafmqJmWPWlX077PLDzxZ9+HHVz59W/fJSyabhV1a8UPyxnjV2oScIIYRQn0KS8Jckg6iNvwsIAu5PMMg6Mc2+N3z11VcMwyxZsqTVv1smTpwINhP0rPi/GSZMmHBTrd1stT4CA3iEUKew7h66B5azXj5gt882SZqGjzZMmeGkfvW6Sf114yP1rS6VJrwv6Pz3eQnc+kuCHvScuj/q3beCHycdu2eeSCQaMmQIANTU1BQVFdmeYll2586d/PH999/vyF4tXbo0NDQUAC5dusSn0OsC6wL4KVOmdOFyo9n+l2bSN9QUpNYWns/Y//bBjdO2/M11z9rEN9auPXjwoFqt5utwwD1ZuPG/lTtMXLORBzPHfF2z/y95/zaxTkvJixBCCPWUUCXz5ASdl4v9OLyrhHtktN5Zw+8AsGPHDgCYOXNmq2cXLVokEAiOHj1qm3A+Ly/v3Llzbm5uc+fOvanWbrZaH4FZ6BFCncV6+2iXrxDkXBMU5BKNjSAUsD5+dPRg1t1+M4/bCQFwd6x2sL/xdL60oE6oMRIyIdfPkx4VZojwCgH4wNkdhMTERH7+fEpKSkhIiLX82LFjpaWlADBy5MjIyEhHdkkoFL744ov8Yvh169bNnDlT0Ikl67ZMJtMff/wBADKZbPTo0V3og1zMEs2nizRWZgslriZdPf+QZc21hec/++T8Z5+ASCSKi4sbM2YMN1jxs9dxkLR+F+aUOv2Lmr1P+tzXhf4ghBBCfUqYF/PPGdorFYKcKkpjJKQiLkzJDgqk2xqZd4DKysqLFy8KhULrCkE73t7ec+bM2bVr1+LFi3fu3Onm5lZdXT1//nyWZZcsWWK3HU+Hrd1Utb4DA3iE0M0gSXNUtDkq2tn9cLR+nuZ+nmpn96J1SUlJn376KQCkpqbOnz/fWm5NX/eXv/zF8b2aP3/+xx9/fPny5dzc3O3bty9evPimLj99+jSfPH/ChAn8GoGbJRFwge7mElXT15xXaOLiD+rU1XllWUfKrhypuHrMoKnhT5lMpnPnzlmWIZAERMggVgGDFBDvBi7Nvii/KvjxhX0VnEDIevvQMUOYkNAu9A0hhBDqC0gSBgWYBwU4bbzdDj83Pj4+vtWdcXkffPBBcnLykSNHvL29o6Kirly5wnFcbGzsunXrutBa56v1HTiFHiGEbm3Dhw/nD2wT0dfX1x84cAAAZDLZPffc4/hekST50ksv8cdvv/22wWC4qcu7OX+eNy6ilfwFCu/wAeNXTFr544PvVW3+6cxbb711zz33eHl5NdVgOcjWwu4KeCMbFp6H567AxUbryQKhplxdSlWUCTMuyrZ/K/llB0HjpHqEEEKoBxw6dAgAxowZ006dwMDACxcurFy50sfH5/r16/369XvhhRfOnDnj5ubWhdY6X63vILqcXggBQGNjo8lkvwW0HYIglEolAJjN5pZ7HqA7h6enp8Fg0Ol0zu4Icg6BQMBvw240Gq0rrnvK0KFDy8rKBAJBTk6OXC4HgC+++OLll18GgEWLFn344Yc9+3SdN3v2bH5Ye+3atStXruz8haNGjcrJyQGACxcuBAcHd+3ZOYAfLyjOF7eean54P8OCOI2lJsddu3btyKnfXz/wAWQ0Ql2LmHyEBzwWAiFSADibHBunllnPmMP76+d3dos+/htBrVYbjZgP7w4lFosVCgUA6HQ6/Ea4Y/HfCCqVymzuKyOfqJc0u0HcaziO02g0DniidsjlcpLEsWFHwJ8yQgjd8vhVW2az+dKlS3zJ1q1b+QOnzJ+3evXVV/mD9957r/O3LYqKivjoPTo6usvROwAQAAuHqWdGayWCZreqpULu7ljt/KFNf+sQBDFw4MCVjzxOvjIAtiXA5qHw9zCY5AWeQkuN5Hp4PB0+yAcV7UE3Wx0oyMsWZF/tcicRQgghhDoPA3iEELrlWdOu8LPos7Ky0tPTASAkJGTkyJFO7NiIESP4LVXr6uo++eSTTl7FT2YDgGnTpnWzAyQBk6L0q++qWz68cXasdnas9qERjf+cXjc+Uk+02FpAQFCDpeEAAMFSmO0LL0fClnh4JhzchQAADAd7K4llFz87mKoxNRuiF15J72Y/EUIIIYQ6AwN4hBC65SUmJvIHfDr6LVu28A+XLFlCtIxTHeu1117j59R9/PHHNTU1nbnEur9rdxbA25IIuFh/04RI/YRIfYyfSSRoc+3YEuX0Zo8FBMzygS+HwgJ/EJIAwBmYDckXMqqbvRCysqJH+sly9tv5IIQQQgjZwgAeIYRueUOGDJFIJABw7tw5k8n0008/AQBJkgsXLnR21yAmJmbOnDkAoNVq33///Q7rGwyG06dPA4BCoXD8hi5LlNPHKobYl7oIYEU/+DrOfYIfATBvQOSoQH/b80RHyVDaYWLpzdV7Z1x/PuDifb4X743NWPZk4cbL+vwuN4gQQgih2xgG8AghdMujBFRQTCgA1NXVjVh3b21tLQCMHz8+KCjIyT0DAICXX35ZKBQCwJdffllUVNR+5T/++EOv1wPApEmT+KscSUBQ34W9Mt9jQstT0wnvjHH3nViycN0E+33pWRdF156u2qyalf3iSyWbzmuv0ZwZAKrM9Tvqjk279uym6j1daxMhhBBCtzEM4BFC6NZWbKqacf35nPAG/mHJV2mW8olcOV3rvH41CQ8PX7RoEQCYTKYNGza0X9m6gdzUqVN7vWetcaGkn4Y+//vA95/1vX+2+6iZriOeKQ78PXXgnotR3ibB8AC/MHf7jWqYfmFdeCKWY5fmvXFJl9PylJlj1pR88avqz668AIQQQgjdvjCARwihW1gjo52f80qaLhuibwwC6xkAADmVm6BfmPOqjr25Ddh7yYsvviiVSgFg+/bt169fb6cmH8ATBDFp0iQHda41g6XhqwOWfh22+tuIV/7tvnC0qs0xdo4S0PHDu/AUu1WnzmuvtdkscK+Vfomr4hFCCCFkCwN4hBC6hb1fuTPfWA4AEOPS7MRkLxCT1wxFH1X97JSO2fHz83v44YcBgGGY9evXt1Xt+vXrBQUFADBkyBA/Pz+Hda995tihQFJtnWX8A1g39y40axlgZziop6FQDxmNlpsvNxSbqtJ02V1oGSGEEEK3K4GzO4AQQqiLOOB+rPvd8kApAl8xVBotD6d78//fVnv0Bb8HndE7e88888z333+vUqn27t17/vz5hISElnV6PP98jxCdPAos09ZZQUkRVZTPhLQyi95gMKhUqsrKyoqKCpVK1dDQ0NDQYDAYiouLS0tLL1VdhUY9qMzA3siK/99YiGk21J9jLE2QD+jRV4MQQgihWxgG8AghdKuqNqsq6Lqmx9EulgC+nxQGWAbki0yVDYzWjZI7o4PNuLu7r1y5cv369RzHrV+/fseOHS3rOH0BfEuETivIsx8G15vNKoOx3mAs12or1Nqakg01gSF8iG4N1+vq6miabrXNNqnNdgVmrs0bBwghhBC6A2EAjxBCtyoNo2/2OFYBx2sBAGb42BarGV1fCOAB4Iknnti8eXN1dfXx48f/+OOPcePG2Z7VarVnz54FAA8Pj/j4eCf10R5VWQ5s00L0P4pLH9j9W52+JzILkAQoBOAmAFcBuArBVQBKkV2VIJF3DzwRQgghhG4XGMAjhNCtykvgRgDBwY0J2NO9IUcLBAF3+1rrkATpLezKCu3eIJPJnn322dWrVwPA2rVrDx48SBCE9ezx48dNJhMATJ48maLaXHPuYITRaPvww9SLnYne3d3dlUqlp6enh4eHp6enp6enUqn08vLy9PQMCwuTSCQKhWI7ffLVss3tNKKgZCNdYrv7AhBCCCF0G8EAHiGEblWulHyILKJpHzIpBc9F2NVJkg0UE47eTb0dy5cv37RpU2FhYVpa2v79+2fNmmU9ZZ0/36cWwLMSqe3D5LIKABCS5OTQYKVUqpRKlFKJ0tvb5Z55SqXSw8OD/69A0PrXK0EQSqVSrVYbjcZl7IyPq39utgiiuad9FvSp3x1CCKG+iSAIudzJU+1IEpOjOwgG8AghdAtb6X3vE4Xt7az+hM9ch3WmM0Qi0fPPP79q1SoAWLt27fTp062x7rFjxwCAJEnnbiBnh/UP5CiKYBgAyFc1VGp1ADDMz+eXBXOsdei4RMO0WW020QY5Kfku/JWFua+qzJqWZ+d6jFvlO78bHUcIIXQHwfj5zoG/aYQQuoXN95zwgOfkts4u95ox232UI/vTGQsXLhw4cCAA5OTk7Ny5ky+8cuVKSUkJAMTHx3t5eTmzf81xYrE5dih/nFxWyR+MCLDZ4o4k6bjErjUeJ+v/+4D353mMF5FNI+0hIt8NwU99FvoCReB3NEIIIYSawRF4hBC6hRFAfBDy9yhJ8PuVOxsZrbXcQ6B4zm/RCu97nNi3tlAU9dJLLz300EMA8M4778ybN08kEh0+fJg/26fmz/OM46dQpUVkbU1KeQVfkuTflGXAOHYi4+3TxqUdCxb5bAp9QccasvSFetYYIPIKFwd0t8cIIYQQuk1hAI8QQrc2kiCf9l3wsNfsU5r0PGMZAUSEOHCsYrCMlDi7a22aPXt2UlJSSkpKcXHxt99+++ijj/bBDeSsOKlU9+BDkkP7zn33I19iGYGXygzjp9BDhnX/KWSkBPd7RwghhFCHCI7jOq6F2tDY2MjnTG4Hn7IIAMxms0qlcki/UF/k6elpMBh0Op2zO4KcQyAQuLu7A4DRaFSr1c7ujvOdOXNmzpw5AKBUKk/s+mnYlKm02ezl5ZWZmdk3F/IZjcbwsDATTXu7ueZ8/QXn7WsOj+SE9hu/tc82iV0v9RP1cWKxWKFQAIBOp8NvhDsW/42gUqnMZrOz+4J6V59aFIZuD33xjySEEEK3vVGjRk0YPx4Aamtr//X4Y7TZDAAzA3xk+34mGvrivc709HQTTQNA0pixprGT6AExNxu9I4QQQgh1EwbwCCGEnIFh1o4dwe8C/0t2Ll92V2iI8Gqm/NvPqcpyJ3atVSkpKfxBQkKCc3uCEEIIoTsWBvAIIYScQHT6xHCzYW5UBADQDAsAFEFMDg0GAMKgl/68naBpJ3exufPnz/MHiYldzDmPEEIIIdRNGMAjhBByNIKmRanJAPDv8aMpgh+Gh3h/H0+JJfEeoW4UZKQ5rX+t4QN4iqKGDh3q7L4ghBBC6A6FWegR6tOoijLhxfNUWTGh03FyORMQTA9LZHz8Or7SKRhGmHVZcDWTqq0GlmVd3cyRUfTQBE4idXbPUN9CFRcQZpoD6O/pPtjH62JlNQDY5VQV5OXQ8cOd078WKioqSktLASAmJkYulzu7OwghhBC6Q2EAj1BfxXHik7+LUk7zYU2lmP6f+/Vf5cfyiz8jS6hIWcgcj7EPe81ypfpKLEGoG6U/b6cqyw0k93lg9TbfmssKg4lgg9MkUzyGPx6+pJ+or953QA5HNDYAANG8MK2yKre+IcLDjX9Iqhsd3q82paam8gc4fx4hhBBCToRT6BHqo8Rn/hCd+5OP3k94NA4befnd0PKrcr2R5PSEOUOft67s24lXn75iKHB2TwEACMYs2/k9VVleIjGNS7ry7IDCZHetlmJoksuT6D/XnxiX9dTP9Sed3U3UZ1CW28e1en1GVQ1/zLDcm6fPWatwfWkzOWsAHx8f79yeIIQQQuhO1of+PEIIWRFqtfDsKf44W2aYH5ddJ2xlq9hiU9X9Oa/VmZ0/UCm8kELWVJsIds6w6xmKVnY21rOmJws3ntVkOr5vqA9iPZX8waG8IobjAEBAkgCw7cq1a7X1ljrKPrR3Lo7AI4QQQqgvwAAeob5ImH2VYCwR++sRpRqShTIDmLmWNSvpug+rfnJs71ohyLoMAF8F1lyR6y1FLTpr5pjXyr50bL9QH8X4B3KubgBwML+AL5kZEQoADNc0CG+OinFO51qgaTo9PR0APDw8IiIinN0dhBBCCN25MIBHqC8ia6oAwEwISsUexzxE8EY2PHQR5qfCmquwqxwam43G/1J/ykndbELWVAPATt+6pqLPC+GfVyGtwbbaZXV5pkqlNeEnzx2PJI0TpzEcdyi/CABEFPWfyeMUIhEA7LianVFdw4SEmvsPcHYvLTIzM/V6PQAkJCQQBNFhfYQQQgihXoJJ7BDqi4po94OBK67KBtCEcGzKpV/+iAMA0DOQrIJkFYz1BNemf7zFpio9a5SSYqd1l2UJlgGA6zKDpUTPwP4q0DKQooIpXvD3iCjz3Bj1Qg864psSAAClnBkZahgTrhdgLH+nogfEnPMLqdMbAGBMUEA/N9cn4oe8czaV5bgX0tPueXaavubXQJHXaPkgT4Grc7tqnT+fkJDg3J4ghBBC6A6HATxCfc7ZAsluZg4rtwz0ZR7eyB8QpIBjzRAkAR/7WN3EmaXgvACeJDmZnNBqTBRrKcnXgeDGQOXRGvlVl9iV97r7N809rtVS+zLl6WXiR0Y2yEStLA1Ad4IDpRX8wV3RUQDw7OgRH6VnaHXG4xeuHv/zPYiQA4CIECz3mrkmYLkTb1FduHCBP8AAHiGEEELOhYNfCPUtuTXCn9NdWM4S/epUZXnntgGAQCR74N3i6f93SPzoYLtLFJTMzdmbyTGhEQAQpL8RYsUoYEs8rOgHQhIAtKUFe98Ynnt2i91VxfWCbRcUju0p6kOOHDnCH4xb82/1C6/ufHycdp43AAAH8F0pf8rEmT+v/nVezis61tBWO72NH4EnCGLYsGHO6gNCCCGEEGAAj1Bfc+iqjLMZkL5y9APWbAKAyDEPSd38AvtPGxb9gt0lU1ydPypoTBoFJHlXrVtTkZiEBf7SDeMVPhEAQBs1J79YenLzMrOpWY76q5Wigjqhg3uLDDRRp6Ocm4ygqqoqIyMDAEJCQqKioopNVc8XfQTz/cFFAABwug6uaayVU7VX15d/75R+1tXVFRQUAEBUVJS7u7tT+oAQQgghxMMAHqE+RGcibaNZs0l3/Y8vAIAgyJgpq/jCEP1420sEBPWs3/2O7GSrWG8fw9SZq0r8XM2UbXm/wFlzXkkJibuXf5h75rvf1o/V1Bba1sksFzmuo3c2DuB8sfj94+6v/aZcf9jj9f2ebx32+P261Mw6ITHb0aNHOY4DgGnTpgHA5up9Ro4GOQXz/S01tpTY1v+6Zr+eNTq8m5CSksL3E+fPI4QQQsjpMIBHqA+p05G2w+/auiK5RzAABA+9x81vIF8oN/uQYAnyKYLcEPy3GEmoozvaGnpoguLu5d8WJUhsokEXc4BI5jHlqZ9HLPovKRABgEFTKxS72F5Yp6Ps20K9gGFhS4pi+wVFaYPA+i6r11EHsuT/O+mmc/hovHX+/JQpUwDgD80ly4l5fuAmBABIVkFW0yC8njWmaK86uJMAcP78ef4Ad4BHCCGEkNNhAI9Q3+XmN/De19JmPHdk2L2vWwu5GxusD5dH/9L/rb8opzqpd61gwiLGzF9zOOD1adQA0na3LYKImfr32S+dcvXtP/HxbWIXpe1VHIdJ7BzhQJY8o6z1PHBlDYItqQ5NRmA2m0+cOAEAYrF47NixAFBF11vOSSmY7w8iEu7zA79mHa6k61q01OswgEcIIYRQ34FZ6BHqQzxkDEGAXTzrHz3F9qFMYvwp8l+RkiA/oadDO9dpA/2H/eA/rM7ceNVQlFPie/mapdwrNOm+tVdI0v5jx8uFtW+i19RqqZQicYlKqKcJhZgN96ITgw13Qhp8jZH8M0/aToWcauH1KmGUD+2Y/pw7d66hoQEAxo4dK5VKAUBO2nRvrh9M8wKl/doKF6q9l9AbWJZNS0sDABcXl6ioKAc/O0IIIYSQHQzgu4WiKLG4g52NiBvjkARBdFgZ3cYIghAIBO2/B8RiCPdicqvbm1I+PJia4pXU073ref5ib3+59zApcSUb2BsResvoHQCGhXAO+KfBARzMFB3MErM2twuuVIiOXpM9mGQYGmTu7Q5QlOXXSpKk4z8KLpULzR3dJ7lWIxsc7KBM78ePH+cPZsyYwf80hrhE5BotmedBQoKklcwI8W4DHfyjy8zMVKvVAJCYmCiTybrfIP+NIBRi4sY7l/W335k/IdDtiv9GEIlE1q8GdFsym3v9rwt0B8IAvlvEYrFA0NmfIUVRCgXumHVHE4lEIlEHCdvuHwFv7wO2jSFhuRjmJokU0lsm65tCAVOi4XBmmxWG9YPBoT0QF3XolzTY31o39DTx9Rnp09NgSLADegEAIBQKHRy/mTnmt6p0gKYt0MquHPEKSxJJ3WyrqfRChcJBHbMugJ87dy7/wfhw8Jyfa0+2c8l4j7hYr0hHdM4GnycfAMaMGdODH+ASiUQikfRUa+gWJRaLMYC/w/XIbUHUl+l0uo4rIXSTMIDvFr1e3+GtNYIg+J2HGIZpbGx0SL9QX+Tm5mYymfR6ffvVvESwMF68M03GtBgvlYm4h0ZoWIO5vsNRUo6jcq5ReTmEupETCjkfP3PMYM7NOTtgTesPFfUuGWWtRIb9PM0Lhmrq63t9BnuNhtx30a2tsywH3x7VvVb/obC2GgjglN5MVLQ5PokT92SIRVGUq6srAJhMJq1W24Mtt8/MMcty36isHxx3I4A36eoPvz8LCCIsceH4R7dYa9I0XV+vaaOZnlRWVnb58mUAiIyMVCqV9fX1ADBGEDPbY9S++jOtXiIjJW/4P8rXdCR+oT4AxMbG9siz898IWq3WZDJ1vzV0KxKJRHK5HAD0er3B4KA5L6ivEQgECoWisbGRYRhn9wX1IpZl8TYN6nEYwHcLx3EdfvJap9B3pjK6vbEs25n3QEKQzl9hOnpddrVSSDMEAMhF3KAA49QonZuU7bABsqZa8utPVE1VU1HWZeEfv5uGjzaOmQikE1JXLklqOF8k/jNPWtYo4Ff4+yiYkaGGUaF6igAH/LO4UCRufwJ5HSPLVSui6VIAIMpLyfJSQVqK/r4HGB+/nuqDsz4KPq7adUCVHCloyphQdHEPy9AAQFLNpnIo5UzvdYzloFIt0BgJqZA7vP8gn7lw6tSpts/4SchzT8P7u+v/sLvWV+j5WegL0eJ+jv8ITU1N5Q/i4uJ65Nn5t0EnPwrQbYm9sYwH/yq4k+FHAUKoyzCAR6gvCnAzL01qZFhQG0mSAIWYJTq3UTehqiva80kF1+jiSg3SSqXMjXCdZUVnTxFGo2HqzN7rdpu9AkgMMSaGGE1mQmMipUJWKnRo3rjSBvvPupKM/Rd2rxkwYUX48AeFEgUAFImCo212KSMaG6Q7vtf+dSUnkzuyqz2L5diPK3cDQIn0DEPQFCcEgMILu/iz/RLm2VaO8euVXdbNLHH0uvRMvlRnsryJj/1gmSrPbyBnJSXFn4e++LDX7B11xzIN+TrWGCj0muKa8KDnVMenrwOAxsbG7OxsAAgLC/P29nZ8BxBCCCGE7GAAj1DfRZHgLu1shnaGYz+t3v1p0baKYZZZ+mKWWFipfCM70M9kGWgVpqXQ0YOYQEet9m5BJOA8BU4YbTCa7e9/5Jz+prbw/OlvH0/e+vfgofdEjlqqCbKf5E/otKIzJ41TnHDLo6dcNRZVmesBwECqMl23DmlYRhs1pVcOA4BQogiIbtqDMMqH7u/d8ynoDTTx2Wm3ElXTdw1rNpVm/Q4AQrE8Om5My0tGucSOcont8Z50wfnz5/nBUtxADiGEEEJ9BAbwCPUkQqel8nOpBhWQJKP0YkLDOaEjEs6ZOPOSvLXHGi+ATTpbI8lt8a85qFQdPD8wRmsZwBSmX3BiAE/o9VR+DtVQDwTJeCqZfuGcQ3I4uYib3QdhWXNNgWVqNEMbClJ3FKTuuOTmdSk6dPngGIWvbFNQ1SGvhiKxSQIZ0Xnn53tMuMd9DEU4YfVBN1XSTcu201w/U9ABRGo9Y9IDQNDgWZTQssg/hKt6MKFXMiHvSnexjd4BoOL6CdqgBgD/6Ck/pnv/bbyqc5NLnMC6A3x8fLxze4IQQgghxMMAHqGeQTBm0cnfhWkphM16Nk4iNY2ZaBqWCJ2cAd9Vb5R9c6zxgn3pkRr4qqg6XL7gRTItZYiYJQCAqijr1Z60iWHEf54Qnj9L2OR95MQS06hxpsSRvf3zCfei00qa7hSQpGD+umtlVw7nnP628OJuPqCtbqh552zNhpQL4pVhuvHW+dJ0YUPygYbkUS6xX4ev9qRce7WfPU5GNr1qlmCOUy9R2yzLBPrFzwOARkFJiWzP+wUNRtFjPf7sNVrqUon9DZqSjP38QeCgmcX1gutVogE+fTSdmzWAxxF4hBBCCPURt96AEkJ9EcNId20XpZ4lmmejIQx68dH94uOHe/XJ683qzTX7mhWZOfhfPryTA9UmSK7P21ew3a/W0qWO0uD3CpaV/rJDlHyqWfQOQBgN4uOHJYd/6+3njws0KpoPwhMkFThoxoQVPyzaUD5m+eehEQn8LQSGYXUf5cLHBXZb+Z3RZMwIXTIAACAASURBVC7JXctwnV3R0Ef0FwcJbD/nPYTMKDkAgIcodfoPPwTd9VPAQhG3myJ75XVdqxK1THVQkmH5dQcNngkAVyv76J6IHMdduHABAMRicUxMjLO7gxBCCCEEgAE8Qj1CdOEcVZDb5tnUs1Rhfu89+x+adBNrs3pZz8DzV2BPZVPJDyW7oYI/ZJ2xnYnw0nlB7nW7QqLdsz1LLOAWJagFrX3giaRuSaMW/rno7suPLfMZ728p3V0Ba66BttntmBTt1R11x3q1nz3OU+A6Rdw8+Px7GLw5ED4ZrFFUGslGAPhLhZL19OqNZ1fpmv3EK7NPlV870VBxDQA8Age5KPsBQL2uj34N5ebm1tXVAUBcXJxI1EfvMiCEEELoTtNH/3JCyCkIhiF0WoK+yVReHCe6cK79KqLzyV3vVkdKTFXNHkspCJQAAJAEhMoAAAzsmW2Z/Ek2qF/v9aQtovPO/Pnw+nvTj49R+bma7coHaTP/r3ijkq4T+0ur/9kPngi13FpIUcGqDChptkvzLtXJ3u5nj3st9AlXxma1FElAojt4WjL2jWxwWVbmzQzolRFmirAZgOe4w/+deeDdifyjoMGzLHVIh+5H0HnWDeSSkpKc2xOEEEIIIStcA4/uXDmG0j80l2rNjS6kNKleMiatQlhWwm9Kznr70IOHmeISgeo4sxfZoCIaG/jjQonxd2VjmZiWM2Rco2ysSiHgCACgigt674UIiRb/kJ8OgzoT3B8AIVJ45BLomPqzVUdCiqaGh9JxCb3UDb1er9VqtVqtSqXSarUajUar1arVanVNDX3iqNpk0tB0g8GoNtEamo5wd/tw+iSJwPLjpUqKgON6eyV8P0/zs5NURXWCYpXQSBNyMRtlyu/3y+f82Sy5gSMA7vMDXxGszwEDCyUGuNQAQRJrC1n6gl7tYW/oLwv5UfLIXzVflovt70xNrHf9IT0CAoLp/gN746m9XJqmMGhVpbRRY33Iz58HAB+XProHMj9/HgASEnrrnwxCCCGE0M3CAB7dicpMNc8Vf3SkMdW2MDpQ+pG632iVAgDI6irx7wcFVzL0CxZz0o42oNZqAKBOaH52QOEOv3q2UAeFOtAwMMytX6zrxqshs2vcCZMJ6N7K1BUpCbIvEpPwVrTleGkQbCoEgL8fPn5u/Rusl0/7rWk0Gj721mg0DQ0NfEyu0WgaGxvVarX1oe0ptVqtVqsZ5iYisdMlZSMD/R4ZOsjymGEIg6HjH3W3EQD9PM39PK3j8P6mcZNFf/wOADrqRv9He8J/B8Fr12CYG8z2tb1cz/bKTum9LWHQ3SnJ0u+zdx30VBXKjCKGjNVK769Q3l3txvkF6u9b1Eu3TqL9TEKKoxkCABorm1ZJCKWuPpFjAIAAGBLYRzPYWUfgMYBHCCGEUN+BATy64xSbqmZdf6GCrrMrz3LR3xV/bUd65Iwad76EqiiT/rpTd//SDloUi+uE5smJV6/K9QAAJ2vhuxIAgNX9CyeKFwzN3pQVtqzSFwRCYHol/BvjMlhBSdVM8+x0GjPoWdAzEO0C/mIoN+bWNyz7z3sJmddVQPAhOj9C3tjYaH3Y0NDQGz1s1c6rOU0BPEFwTlpmbBw5lvH2EZ38PcCgbSoNl8GHg0Bh/wkZIOqVteIOIB4x5bF+0U+mnBFczSP0eiBJxtffNG0oPXhYZ6aZdI1cxE2J0h3IkgMAv/SdFxgznaSEAJAYYvBvsaihL9Dr9VlZWQAQGBjo7+/fYX2EEEIIIcfAAB7dcf5R/L+W0TuPJrlHY/Mvnx7iTt+Y2l2YT+XnMmER7TTIeSj/b2CZJXoHAMGNwUyaBQCOgL8PKBwvjOp/84OcZrOZH/q2zkhvOQyu0WjqNSptVRpoaNAxoGcscXtr9mXn7cv+8Ga70T6RSOTi4qJQKFxdXeU3uLu7u7i48McKFxevsydcOVCIhHKRyE0smrBlR7VOf7KopFqn95ZJAaDIjfDotTCyQ+aIKHNEVJSqxrPgb3XcjTDeXdiy5kTFMIf2rEcxfgHMPfMBgDDTnKCVV9cbJkXpNUbyVJ60sTLbWsjPnx/kb5o3VNv2pc6UlpZmNpsBh98RQggh1MdgAI/uLNcMRccb09qpUFOtee7/2bvv+Ciua3HgZ8rO9qLeUUVIICEQIAlENTYYHGPHjlviOMUtiZ36/F7aL3mJHb+X5hTbqU7sxH5OYjsuIbiAwSBhsAoC1JFQRX0lrbaXqb8/RqxWKyEJUFmJ8/2Dz8ydu6O7Qu3MvfeczlN7HRH+FuHll7jV+SRJ6vX6if11Op2b8P3N3g72i7m4rBd3GltY6PMBJ3pY6YdCy+eOHPF4PHa7nWVZu91utVqHhoZYlgUAeQm6z+fz+Xx2u91ms9ntdo7jnE6nJM1fii+lUmkymUwmk9FoVKvV8qnRaDSZTCqVSqVSTTwOCwtTKoMLfU9UE2Etbhyb2791xfLnztQIkvSoeVnx5jvifP1l4e89wlujaNNcvr9pkKbIR+I+8UTvXy/VQU0qH4raN59DmiPzFr0DAAGwL9e1Ko4t+0PjxSZiy/brb1hrz40P0cXzAFBZWSkfYACPEEIIoZCCATy6tpxw1I47P2ODf/aNhdwA4OBf7ve9PCsf7M9d8Ocu+fDvUPN3mJ27Xq5bMtNjtBqKIF6oafDyPAB8/f7PF+/ZOzZDrtcbjUbiinZBy0sAnE6n1+v1er1Op5PjOPkhhdvtdrvdLMs6HI63+o/kt3CUTxI4wcIRTexoWriKmqPhu77XqMkCafsLFT1fLSCU9ELmJP9S9McrXefes02SEp8mqGeTv57IRM3/qJaA9EjO0VcnH+fm5HzjJg1A6EbvEJDBDlPQI4QQQiikYACPri1DfMAe79d64c9dIIZoFavZ0udw5UZF7khOTDYYvnXsQwB46+Che7/0iCRJHo/HYrH09vbK4bfVavX5fN6Lgk59Pp/H47HZbP5Tu90uiuIMh9Ex/lSpDfe5LP1NJW5bn8YYBwBDgwkvVnAPbLTNcSr6qdAE9ZfU7/zG/MZvzG9aeLu/PV+b+aOEBzdo5yRV+7WAZdne3l75+IYbbljYwcyEHMArFIrc3NyFHgtCCCGE0BgM4NHSN+ikHD5SRUsxekFPaQAAfCL8sg0+GLqMuyjI0fLgEhABldtomhZJySuw4H8OIIjABTwUIAAIACAogiQukiTJfwwA8r9yo/9UxnFc4Km8ol4QhJlHzhV9/RV9/T86Ue6/S3t394IvDI5M3dBTd1CSxAun38za8SW58fyg4nS3cl3SQmZ6pwjyKzGf+ELULWc85y/4BtSkcqU6JU0Zv4BDWgI6Ojr8X7HXX3/9wg5mWl1dXf39/QCQm5urUqmm7Y8QQgghNG8wgEdLlijByXZ1aYva6iHlFgUlJcTsVQ6+7HuiElouZs/aFwP3JYHchSJATX23Lf57bQn/Fzf0wKr2Se8sASxXJh/O/jVNUADQ5ustbHh47PKhQfh5KwDAnfFwUwx4BOClZMuGp9fcZreNWK1WlmVtNpsgCA6HY9KV5x6Px+fzORwOjuPcbvdsfUJma6WBWmNQKWmDQa9UKtVqtVarVSgURqORpmmdTifvkNfr9TRN/9Xzfoc0AEoSVBTQBKXV7Bn+rUoZSTFqa099T91BAGg/9Zo/gAeAUxdUCxvAyxhSUahdWahdOfllSaLbW6nONsLlBEYpxMbxmdmSas5r4C1eDQ0N8oFSqczPz1/YwUwLC8ghhBBCKGRhAI+WJl6Ev5YbmszjKpNxAlFe0kb8rh7sLgAABQmPpsCecXXRFSJxT3+EQMD3MrqnuH+9r/Ofw0fvjrweAFKZ+Bh29QBTM3qNujjV/WovvDq6bLgTam+B52fjnV0hiiAkAHGylHgKhSI6OjolJSU9PT0zM1NOX6dWqymF6mhb+KBHp9SGUQo1pVDRjFqhNhIEGaYWvrDZFqaZahXA29aPOtoPAoxtGjexWVHqAvlYrY9WG2M9tv6B88e9DrNKP/q/0G0N9R9K1OCA6sCb5JDZ36KoBunoId/2G7g8jPcm9/7778sH2dnZ1MKVG5ihqqoq+WCGAXwXa35x6L2PnPUjgsNIaQu0K++N2JWhSpjLMSKEEELoGhXqfysjdGUONmqDoncAaCr9Y9nfvizyLACAUQHfWw6rDUF9vtURn+FWlRmdfUoOpvRO90E5gPcJRJHlsXeiH+ZIDwCAZhbiE4ZhNBqNRqORJ7cVCoU8ua1UKnU6nb9R7sMwzEGh6pDzFGgoYMgNXv0znWkmUBiVSoYitYrRlOMCwKnEtPf6zD//+c85buzdcRzX09PT09Nz4sSJyMjITZs2bdu2LS8vr9aznmRVMZMNb8RDvVRp+PJW6xT71d+2fTTuvM0tdpuFRB9FKwGAIKlV13+NZ92pG+70R+8AwPKEKAG5cNvgp0YOmtX/+Cvh9Qa1EyyrOvQ2wXHs+qIFGViIO3NmtPTD1q1bF3YkM+GfgV+/fv20nf80eOC/e/7MSmPV7Ctd534/+NZ/xt7zH7F3z9UQ0ZQIm5X0eiQFI5rCgCQXejgIIYTQbMIAHi1Bbpb4sG3czlWRZz96+ZHm43+STyOS86O/f2Nj0geBfWiJ+E5b/Lc74gGgJWyy+/pEoAh/mfc2b498oKKlGD7jhsFflkR+30WZYb0RdkVBuxv0NFCEQZEcBatpWr1zjV7DEP75bXnlucFg8Afn/pXnBkPwY4Vp3Svd+2TfS8+a3xAlsRLgkyt7vt+WuM+s04gkAABJConJvuKtKxOTVwK4JNPTP/4mACi1EeFJeebWkwI3GpEODQ3t379///79AKAxxkUv3xy/8vqEVbt1EclBH7HbSjcOMCtjL5lLvN3XBy4BTtug0gqVVhhmR6DmSM6t1395P0kpACB3zzcnvkrDiCEbvQOA6v23J0bvfkzpEX55lmhcyGJ4oenChQvywcc//vGFHcm0WJatra0FgMjIyOTk4C/7IC8Pv//t7j9MbBck8cd9LysI+isxn5iTUYaq447qDxynu3xmJclkq5JvCducxERP/7LZIorMmUpFVTlps8oNkkrN5eSxm7ZKSsxlgBBCaInAAB4tQS1DjCAG5IHzOg798kZz60n5dHnxZzfe+7vcOIFLzPjQWTPAjRhJ7Vpt5j0RO1Oy9B6nU1KpPCNHwNI4dse/dsE7ZhjhYIMJ1psgVw9pGlHgQZKAIAAgLZLjzHm3977aqj3Yoyp3f9lMS+oIdkW6a08YlwYAYRrhZ3cRXq93Fve0ByIJ8nvxn7kn/PpXRo5Uu1sdWvc/48Mt2rw7yTy1pJAMRulitXazg/JkfCNi2T+GL5zxuYZjM7fe8JUD5taTfeeO9p37YKijUhRG5xLdtr6OU691nHoNAAwxmcvW7Ntwx88CP+i5yQJ4SZLq6+sPHz587u13odYMwrhF+z1173WefiN1w12XeiPpkdMsfFhA5JCZ6umaogMhCHTtWXbz9vka0eLQ0NDg8/kAgCTJlSsvkVYgZFRXV7MsCzMoIGcXXD/onWpfzE/7/nZH+I44RcRsji9UdbHmhzt+Vuk6F9j4ZN+LX4y+9Ttxn5bThcwpQuBVb7xCd7QGtEmE18OcKqPPn3Pf/RnJYJzrMSCEEELzAAN4tASNuMetmVQodbqIZHPrSYKk1n38SXni1+nhH426+cGomwN7SgwIGi0AJI+Mn0QlCRjhAGB0MhkA1JRledgv9vy8aFNxfn7+5nSmycxQkjLTuS/TuW/ikLakewHmPMlZhirhu3H3BTUG7VM/dE7DA130qWff/vFmkKSa936SvvHTcdk747J3AgDvc4U5SqD34HtHK1saTonCaDhtH2i29Z0LunPg59lms5WUlBw5cuTIkSMDAwPBIyMJWK6FVlf8vZ+YInonADanX3J+e8FRfT3T9qH7ukO6vvlCOHDggHwQGRlJhvx6Zv8G+GmT7R2yVVp55xQdfBK333ri4ahJfiAsMQOcZd/5b3Wzg0HtvCQ8M/D6MG/79bKvzvUYmGPvj4/eAUYLhwBps6r/9Zr73vthAWtUIoQQQrMEA3i0BFFBMQJBFH/2T17n4Oq9347Luk5uI4mpkrJvMOSED9AWxcV9rXujoc4BtXbgL77KIwzXDP1vzU8BgGGYvLy8iPQtfPSOmIxiRhO8/j4rht2U4pmHAH5avAiNAwwARKdvWr7ps+dPvCCwno9efmTX196VO9BKraDf89/3FxTdoXmnRhxsLettPNzbcHj4wum4rB1BdyMJqba29siRI4cPH66qquJ5PvjjhSlgvQkKTJBvBD0N/b6BmP5+85lY39pJh7djuTslPHRn4AnPDFZPzM0Ki0Xtvffekw+ysrIWdiQz4Q/gp90A3+DtGHc+4IMYZVCfOnfbrI0shP2o78WJ0bvf34YP32rassMwh9UHCJeTOVs1RQeqv5dubeYzVszdGBBCCKH5gQE8WoKidEJQC81odn/j/an7jOtvivp2b+p/Jp8fPY9g4CfZwEvQ7obTNqhzkPUO0Tkar7IsW1lZCZWVAL8AAH1UWnRGcczyzfErbwiLTtmc7t2d5Q6ReUeHj+KE0Tmo9Z/4ceeZt1j3iMB5eZ+LVmrldjdLuFkyUicolPr4ldfHr7webgePfUDeuA4AnM/Zf+5oV/WBfzW+bRkMnpSmKConJ2fbtm07b9j5TfUL58T+sWuxSgG4Q9Ff32B9dIXjFhIU/isaRrwx212UErrT7wAgqTXTd9Jo534gC0oQ6NbzVG8XwfoklVpIXManpE+RJ8xut/tryC2KqmxyAE9RVF5e3tQ9XWLAl2uvF+6vhnwjfDIBVun9zU7BMzfDDCFOwfOGpWTqPi8NHyqks+S9CTJBEJzOcesXHA6HIIz9WJZragZ2sNlsgadut9t/Q6q3m6yptgfcf3V05K7UcSkMMIBHCCG0NGAAj5ag9EhOy0gudqrVknkJU650JogHYz/e2PPC8wkB00o0Acu1sFwb+3Hm7VPL2aydJ3v6ysvLT5482d09VnPOMdjmGGxr/eglAIiOjhkoKuwuLCwsLNy2bdtVvq+rJwasp1fpo4vu+TVBUmmFnwzuJsGKaJahJPZitK82xFh765tLn+ttPNzfVOJfWu8XERFRXFy8a9eu3bt3m0yjGxBe8qbcVv3VLmZcWC4QvrKwp1K9/3qwe7dFm8Cv2xBrFJdHcww1W4Xq54oQnzRtHz4+cR5GslCojlb1e/8mHPaxpvIToincu/cWIWHyT87Ro0f9UVlGRsY8DPJqDAwMdHV1AUBWVpZer5+iJ+F0xLf2gD/d5Cu9IEhQaYUUdWAAH6sIn8PhhoY6T1tgEn4AgA43fL0eXGPR+L+h7N/w1HyO6jO5K4MCeNJuu1RnhBBCaBHBAB4tQTQp3Zjter1ad6kOK6LZzOhptirzGzY981r7jtrTT6X0ndWPTgQZeeqe/oj/15pgzNno3XlDBsB9990HAP39/RUVFSUlJeXl5c3NzdLFcutm84A/qbvBYFi3bt3mzZsLCwvXrl3LMMFV7uaBQS3SJPAXw/j0jZ+e2IehJR0jEgTsXOF+q9LX13ikt+FwV+3b7pFLTrbv2rWroKCAmLC/NEUVX7Lsx7+s+unL0Wb/foRVTvU3OuM+1RcmUac9e1cKiSE96x5IjIgUkpKprs5LdZAoms9dM59Dmk90a7P6rVfHPQQCAADSalG/8pLnznuFxGUTX3X48GH/cXp6+twO8arNsIAcaRnW/P0vOxnfj+ReQyy8PwgAoCDhtrjAnlv000zjLwEjggMAACT/nnOQIDB6XxCCFPxAUALcAI8QQmgpwAAeLU2FKV6blzzSpJk4q5sawX1qvWPaO0gU5fnEPbcejbzj1Jlhytut5DQCmeZRkQqG3bTVu2FjYOfY2Nh9+/bt27cPAAYHB0+fPl1RUVFWVnbmzBl/xXW73X706NGjR48CgFqtzs3NLSoqKigoKCoqMhrnKT2ygpQyothzA1M9O8iOYZuazh06dKiktPTEiZMCHzzZrtJHLV+99YG7rtu7Z5d/sv1S9HHpPyx8/H/e/dcFe6eDFhJ8TBRLA4AYFe3dfbMQl3CV72ieeXd9TPu3FyBoM/zFyMW34wZxiWa6JjhWdfDAxOh99KrAq97d7/r8F4Eal2xckqRjx475T9PS0uZ0kFdvRhvgRVG1/zXC7Sry6IpsujKjE/7ZN5odY3cURIx9c2Wqkm4wTl9JfrGLoOWv+YDwWElCXEA6AIZklMps9eh8OEmSQZUyNRqNQjG2oYamaZ1u3ONXvV5PBXxpMQyjVo9LKRLhdStqTo/dkFZkhAf/aBLDl/5qCIQQQtcCDODRkrUry70imittVbUOMW6WoEhINHEFyb51Sd4ZVhqXaIX3hr2+os3a9tZs24hEkFxEJJ+aIammKikcFRW1e/fu3bt3A4DL5Tp16lR5eXlFRUVFRYXHM7oh1uPxyC0AQFFURkaGvMa+uLg4ImJui07dsMLdbGbECQ82fC5LX+ORvsbDb5/7t3mgL+gqQVLhSWuS19xUuGXvrddlr02acn/CeEJUjHDfQ3G93YldnYTP62OUQmKSkLBsMWaEFsMjXHd/RvXOW1Tgp4gASaX27tjF5yzZ6Vbq/DnCNVXGddJqoTvb+LTlgY01NTX9/aNJECIiIsLCgvM7hhr/DPwU2/XptvPUoBkACAmer0/bllkz+K4ZAIAk4BNj0+8GSvvHlP9UEEv/l2yuOk1NKj2ib6wpXgV/HZeo8uawbb9PeWzuxkB4vdrf/5LgpkqByWeGeglDhBBCaCaW/t8W6FqWHM59OpwDAF4kaPIKt1hLegO3evKs6dPSarXbtm2Td78bDIbKykp5mf2HH35osVjkPoIgNDU1NTU1vfjiiwCQnJxcWFhYWFhYUFAwF1m7k8L429c4X6/WyZOp1t76ruoDl9rZHhkZuWnTJnlnu84QdvFzeCWF0oT4RGFJ7A8XI6Pcn36AutBBX2gnnA6JYYSYeCEzW1qIPRHzhu7pnrYP1dMVFMAHrp8P/Q3wPM9XV1cDgNFonGK1P90xllg+za2887fsbzwCAMCOCIgffbS3XUr5yYpvpynj53bEoUFNKu8O3/nC0DuX6kAA8bmovXM6BkmlYjduVZYeuVQHPmOFkJR8qasIIYTQIoIBPLomXHH0PptjoOm1a9euWLHioYceAoDOzk45mP/oo4/kvFmyzs7Ozs7OV199FQCio6PXrFkjT87n5ubOVg3tdF1vpuPk6++cqCt/x23tDboq72yXg/bVq1cH7Gxf+M9hqCAIITlVSE5d6HHMo/G7Bo50dJ3uN7eMWP+wZ6e/kZhQQu/IkbGAKvQ3wDc0NMhpz9etWzfF9xrhHNuAIwH8o6oRAAiAJ9YVMs3aCI4utGmXZW/zXRvRu+zbcfd+6Kw57538Kc8Xom8p1M757DdbsIl02BVnKideEhKXeffeOtcDQAghhOYHBvAILYzk5OT77rsvMAdeWVlZRUVFTU1NQA4886FDhw4dOvTEE0/odLp169YVFBQUFhYWFRUplcEVp6cmimJtbW1JSUlpaemJEycm1mz3T7bfeOON87YnHy0aqnFbjv/7+Een+gYA4IdbimJ1o5XzgsrsjYyMnD49ti059AP4mayfBwCJHvu92W61DXs8AFCUEPcYpMGF0XY2YEf3tSCM1v9r+f9+7cLTh2zj4mcNqfqP2Lu+HHP7fAyCILzX7+EzMhWVZVR3J8HzQJJCdCyXt47LyZui0iFCCCG0uGAAj9DCC8yB53A4Tp8+XVpaWlZWdvbsWX+hY6fTWVJSUlJSAgAKhWLlypXbtm2T4/kpMslZLJYPP/ywpKTk0KFD/t3IfpeebEdoHCE+UVFd5T/NjYqUA/hq85A/gBfix6UkPHLkSGBZ79AP4GeUwQ5AiojyH58dGC0zuS42OrCPENDnGhFFm15O+36dp/2I/VQ3O6gg6FXq1D2mwnDKMP2LZw+fks6npAMA4fVIjBLjdoQQQksPBvAIhRa9Xu/fNu92u2tra8vLy8vLy8vKyuz20frbHMdVV1fL+3X9OfAKCgqKi4sTExOnnWyPiorasWPH7t27t23bhpPtaCb45SukYxri4kL61dGR8kGNeWh3WjIASEaTkDouRA9cPw+LYQ+8PANPEMTatVPlvOBWrGROlsgJ+WvNQ3Lj6uixiF1SKoXxuQCuHTnq1Bx1SGwtkcavGUEIIYSWDAzg0dLHi+BmSZoEDTN5EayQpdFo5IR2AMDzfH19vRzMT5EDT61WS5Lk9QYXV18Ck+0+nnCzhE4lKUIgo8G1RlKqfLtuUu3/J0gSAORdDOBrB4cAACjKs+tjEjX2C0UURbmAHEEQkiSRJJmSkjLvo74MFoulvb0dADIyMqbOli+GR7D5BcypMgCoNo/OwPufaACAb/OOqQtVIIQQQghdMQzg0VJ2YYT+oFlzflDBCQQA6FXi2gTfjkyPdh4jeVGE80NMh4UGklDRikSDIi2Su4LomabpvLy8vLw8fw68srKy8vLy0tLSzs5Ofzd/pToZwzBZWVl79+797Gc/O9cF6uYIL8LJdnVFp8rsoACAJMCkEWJ0QpROiNQJ2TGsUb3InsssUlxmtnTLHaqDBwiPOyc6kgCQAKrNg5Le4Llxn5AyrsZ7VVXV0NCQ/zQpKelyszbMs6qqKjn3xNTr52W+bdcTHKuoPl1tHgIABUlmR4YDAJAku2krl18wx4NFCCGE0LULA3i0ZH3Ypj5Qpw0seO7wkqWt6jM9yvuL7PHG4IXlc6FtWPHaGd2wi7rYoAAwxur5u9Y5E65iABaLpbq6uqKi4tChQwMDA1P0ZFm2pqampqbm6aefzsnJKSoq2rp1a2FhoWqRzBC6WeLPZcaukYCpXQksLsriohoHAAAoEjamePaucodCoYElj1+e5UpNp841qHu7k6Ne7xgcahmxDd37gEqn8N1zbAAAIABJREFUC+rpXz8vR8Whv37evwF+6gx2o0jSu+tjAwnLen76DABkR0UqoqK5xGVcfoEQFTOn40QIIYTQNQ4DeLQ0nRtg/l2rnTSkc3jJ58sMj+0cUdFzG/I1m5kXyg3ChOnhfgf9u+PGh4ttSWGXEcMLglBXV1dSUnLw4MFTp06JYvB9o6Ojt2/fvm3bNr1eX1tbK6e19/l88lW3211RUVFRUfH000/TNL1q1aqCgoKioqLNmzeHh4dfxbucW3+rMgRG7xMJInzYph5yUZ8tsGO+qnkg0Qo+J4/Pycsp/GfHgQOCKDY0N+fn5wd1C6wAD0sog12gs0Mj8sHKHde57n9kToaFEEIIITQeBvBoaXqnQTNFdG73kifa1Dszg8tWzyJWIF49o5sYvQdc1X99+8i0Mefw8PCJEydKSkree+89s9kcdJWm6fz8fDkdXeDO9j179gAAx3ENDQ1ytfmKigqr1Spf5XlezoH33HPPAUBycrKc0H7jxo3Lli278vc821oGFc3mceW4orjBaHZIJIg+JtZKj+XePzfAVFxQFaUE7/xHc2fVqlUHDhwAgPr6+qAA3mw219TUAIDRaLTZbBDyAbwoinLFO41Gs2LFihm+qq6uTj5YtWrVXI0MIYQQQmg8DODREmRxU/12WgKYYqt5XS8zpwF8XS9j904VnQ84qJYhRWY0N/HStJPtSUlJO3bs2LZt2/bt2w2GS1ZpUigU8rZ5+Z7nz5+vqKgoLy8/ceJET0+Pv1tnZ+eLL74o58CLiYkpvGjBc93V94/umvbY+pN6SzK736Gd/XsyUkxKJQB0qJPfjNzXrB5N932yXY0B/HzyR6319fVBl44cOSKvnI+JiVkUAXxzc7Nc4iE/P5+mZ/pr0f/Gc3Jy5mpkCCGEEELjYQCPlqAhJwkTovee+kP6qDRD9Ohe3IB96XOiY3j6b652y7gAXp5sP3jw4Pvvvz8yMhLU+VKT7TNEUVRWVlZWVtZ9990HF3PgyfF8c3OzHG4BwMDAwP79+/fv3w8Aer0+Pz9f3jO/du1ahmEu6yNeFpZlLRbLwMBAf3//wMBAZ2dnf3//meahQXO/c7iT97n8PfUM89CanG9u2pACnV/revbvMXceNxYDQL+dcrOEhsGd8PPEH7XW1tYGXfKvn/d/lYb4Hni5gBxczvp5wBl4hBBCCC0EDODR0mfpOnv8+c9Zus4uL/7s5s+9IDfOdZznHhgBGCtEfP7EC5zXQZJ01o4v+RtdPnLmk+07duzQ6/WzNbzk5OTk5OS77roLAAYHB0+fPi3vmT9z5gzHjT5TcDgcJSUlJSUlAKBWq3Nzc4uKiuSV9lNM+0/B5XL19PT09fX19/f39vb29/f7TwcHB/0PEabmYNmnKk4/U3X2S/l5P9iy8W7zax2q5C5lIgC4WFLDCFcwMHQFEhMTTSaT1WptaGgQRZG8uBuE53n5a0apVA4PDwOASqWKi4tbyLFO5/Iy2AEAAMuyLS0tAJCUlDR12TmEEEIIoVmEATxagsK148JgjSneNtAEAK1lL6+95Yfa8GUAEK6Zy0hPEHRDPaCL9zdUvvqYz2VR6aPkAN7rGOxvOtb86pvfrHjXvzXdL3CyXV4AP6eioqJ27969e/duAHC5XKdOnZL3zJeXl/vryXs8HjkHHgBQFJWRkVFYWLht27bi4uKg6nSDg4NyfC5H5j09Pf39/X19fb29vQ6H43LHRlKKaJ06VadN0OvidNp2q+3tlnYJgBXEX1WeeaWx+f8VF+xUv/eXxAcAAKff5xNBECtXrjx58qTT6bxw4YK/zHtFRYW8bL6wsLC0tBQA0tPTydBOMHgFAXxDQ4P8qAvXzyOEEEJoPmEAj5agSK0QrRfksuEAoNJHL9/0mXPHfi8KXMORZzbc8TMAWBXru5oP4eWJlkHFsIsiACJ1QkYkxwTktKf6euI9LaDb4G8haQYAWNfI2z/e7Bhs9dj6J97TZDJlZWVlZmauWLFCLvNWX18fWOMdAJRKZVAFOK1Wq1CMy/RmNBoDF9iTJBk0da9UKtVqNUxGq9Vu27Zt27ZtAMDzfH19fXl5uVxt3v+gQRCEpqampqYmedu8Xq83GAwKhYJl2ZGRkaBC9DNB0Qq93mAy6g0Gg0ql0uv1YWFhOp2Oo4znzIrtg0eJi5/arIjwhiFLm9Umn/Y5XY8cPJpUVrVsn1C4+3NaJnj9AuH1EF6PpGAkbXCdM3T1Vq1adfLkSQCoq6vzB/D+AnI5OTlyAB/i6+edTmdzczMAJCcnR0VFzfBV/vXzGMAjhBBCaD5hAI+WphuzXS9WjC3zztn9n02lz0mi0FTyh7ybvhuhpG58/ydMSxJbvE0Mj7ysO4sSHDuvOXpe7ePHgmQNI12X6d6S7pGbSIfNoixlyZsZUed1mPubSjivAwBEkTe3nLjUna1Wa1lZWVlZ2WW+11kwcUf9DBe0A4DD4biCqfVAAs9ZR4atI8OTXq2arFFJUWtjo8t6+gCgy2bveukLHcd/ucr3XzfffLP8Xuj6GuZUGTU4AJIEAJLewOau5Qo2SeMfdqCr4Y9d6+rqPvaxj8nH/g3wMTGjFdFDPINdVVWVIAiAG+ARQgghtBhgAI+Wppw49sZs98HG0WJy+qi05PzbOk69xnkdbUef/l6uRuuzw7l6uqXJe/PtfMZMC0dJEvzjtP5stzKo3c0SB+q0g07q9jwnAAgE+ZH5/DvlN5NljuELp2HGwfBCmXm4HiIeWZf3P9uLP+js+l7Jyap+MwD0dDTdf//92dnZj33jG3dSguLcuNTohMOuPFmiaKp333UfzsbPFn8A78/H3tvb29jYCADp6elyXndYDAG8fDDz9fMQkLovNzd39sc0N0bcZEO/ctBJSQDhGiE7ho3WY84IhBBCaJHBAB4tWddlupPDuSPNmrYhWpSI3Bv/q+PUawDQcuinsamfAZoCAILnVftfd3/uYTEsYrr7AQCc7lZOjN79SmrtfWffa6x4++C779qublIaTSFcpXqsaB0AXJecdN19d73VO/TD0zWNDfUA0NjYeP+DD/4xPvaHWzZuT04IqkVADg9p/vWa657PwoKWx1sysrKyFAoFx3H+6ejDhw/LD4Ouv/761tZWuTHEA3h/CvqZB/CSJMnPKYxGY1JS0lyNbPYIIvFOg+ZEuzowS+Y7Ddr8RN8tq50qepE9v0MIIYSuZRjAo6UsPZJLj7RRb7xu7xpSSLwjOelYZ9egy/W3+nOfzxtd+EoIPHOy1HvTx2dyw+OtwVvHJVGwdJ29UP3vruoDk062E3FqY25e1LINnNnGg9tFm210h6gHAMjTZOwzFQMATdM63bhpYZVKFbTXXafTUdS40ncmk0k+YFl2eHjYZrM5nc7BwcGhoaGenp7BwcHh4eG+vj55efBlMZlMMTExsbGx8r/JycnyQVRUlFqtDlxvz7Js4KZ3j8dTXV199uzZurq62tpal8s18eYEQWpM8ca4LGPsClP8KpUuUuBZnh3rmRXNpplsPp8PAM64mzVNzasdaifL8aIIACRB3JqZHq5SAYAEQACor0s69tSvDhw48OSTT7a1tQFAeW//ja+8eV1y0uNbN66Piwn86GRPF93aPPM1F2gKDMNkZGQ0NjZ2d3dbLJbw8HD/BvidO3c+/vjj8nFaWtrCjXEakiTJM/BKpXLmu9nb29vlbSOrVq263IKO808CePmUvq4vuAykJEFVl3LIRT5cbKdJjOERQgihxQEDeLTEETyv7jinEQQA+EbB2mOdXQDwVEUVQ5FqhcKkVKpoSm2x0tl5SpVKo9EYDIZLZcz2cESvbdy3TH9TyeFn93Eee1BPlUpVkL/6wzWDYoFRildZAaxQGXB9NDv9V1K/IgfwMzE8PByY1N1/0NfXJyf9viw0TUdHRyckJMTGxsbFxcXHx8fGxiYkJMTFxcXGxiqVl1xlMK2srCy5Oh3HcWfPnpWr01VUVFgsFrmDJImukW7XSHdvw2EAMMWvuvUH1QQ59mxiWTj/8JbRhHnd7OAdpx55tjzbwFMTPhQQAL0q1ltwHUmS+/bt27Nnzyu/+PnP//DHHocTAD7o7Dr6UtfNy9N+u/u6SM3Ykxe6pQkD+NmSk5Mjz0U3NjZu2LBBzlqn0Wg2btzY3t4OAJGRkaFcZa29vV3+yszLy2OY4BD3UhZXBruz3cqJ0btfp0VR2qq+brl7PoeEEEIIoSuGATxa4ging7g4BX1DavLq6Mga81DriO2Bdw6P6/enl/yHDMNoNBq9Xq9UKrVarU6nU6lUWq2WVukbBo0KlV6h1FEKlUJtAEnivWNL5bXhSbErtj98R9Gdt92k1Wq/U/3kc+IlM9KtVKXcZNwY1Gi1Wjs7O/v7+wcGBuR/5dOenh6n03m5712pVPpn0eV/U1JS5IOEhASanttvf4VCsWHDhg0bNjzyyCMA0NnZWVZWduCDqrKycmtvw1g3lT4wegcAu3dsSjORiSpK3HKb7+Q/qpdHcsED7lD7vlvI/jZ6k/8jfn7blvsl70t1jY9/WD7gcksA1eYhg3Jc9EJOqNuHrtiqVatee+01AKirq+N5Xv4q3bp1q8VikddfLJb181eWwW5RbID/qF01dYeydtWO5e5QX0iAEEIIIQDAAB4tfQELXB208Nim9fe99d7Ur2BZlmXZieXZp+WydLV+9NJ/ffTSf33jEbVarVQpVWrBq+BBSYKOBoYEhgQNCQKogUnSRdzPft7j8djtdrvdbrPZhoaGrmC5uxyl+yNz/3L3mJiYmJiY0Fnfm5ycnJycnL3lvv+r1LttfebzHw6c/3Cg5UTsim1BPYN25D6Z+OCd3u412tpHLsTsGwxL8yhFkM5pvW9Gj7ydJr2c/SRJBKyYIIChqPvzcu5eueJ3p2ueKq/6fnEhM37rAYTKp2Qp8Odgr6ur6+npkY937tzZ0tIiH4d4AH/69Gn54LIy2C2iGXhRggvWaSovWD2k1U2GaYKrMCKEEEIoBGEAj5Y4SacrC/f+KrH7SITdQQnENkhZnZfbQOQPqV0e1sPzXl4Y4ThXUorX67VarT6fTw6qvV7vFZQ09/N4PB6PB0YucRXgIPTM/G4KhUIu3q7T6bRarclkioqKMplMsbGxRqNRrp2u0WgCD1QqFcdxM18VPD/iDDwAaIxxKevvSFl/BwBMzBqQYOIDTzWk6s3lT/7G/OZv1ft/mN7jb7wnYuf+2HtN9FjuAF4SjpMdewEAQKtQPFa47oE1OfoJnwHRFD6r7+ma5p+Crq+v93q98vHOnTv9xeRCPIC/ggx2cDGAZxgmMzNzToY1e7wcIYqj2SIAoPP0G91178Uu35KQc6NKP1b03s2RYYABPEIIIbQIYACPlrhfDr75v/l1IoxGiRIBHZvVHZuh3an695m8OJ8CAPicPM+eWyZ9ufciObY/eg7Km9wC5+VZj9va47H2eZ1DHvsA67FxXjvnsUu8i/N5rmAifWocx3EcJ+eou9zXypG/Uqk0mUwqlcp/oFKpjEbjtJfCwsKuZkt8kCidkBzOdVoCpgQnrBFYv8wX1KIg6K/F3PGV6NtbfD0DnMVE61cokxhy3LyilXd+su2H56XzbeQajTg6J2+abOT8ctwAP2s0YTpjdJjNPFJXXyeJEgCkr8hISkryp6DPyMhY0AFOxev1NjQ0AIC8qWSGr7JYLH19fQCQmZkZag/IJlIpJJIA8eJTss4zb7V+9FJz6XM3fPXtxNy9/m4aBpPYIYQQQosDBvBoKfun5diTfS9OeqlO57l9zfnjFStJWuHbFLyKW8ayrH8vuvxvW3tnY/Og3dLvGr4givykr5oCwzARERExMTE6nU6v12u1WoVCIf/L87zP5wtcBWCz2eRnByMjIyzLXu7H8vP5fHJG94GBgSu+yaSx/cyfAoSHh/tDnVtXu3533MgKky9kX7/MmxbBTXqJJMhMVVKmavKqXQ92/rTSdQ4U8PPUvu+3XjIYE5KS+dTQDSkXl1JH9Rc7nrIlS2AG6WKM2LHG+8zA64uihtyZM2c4joPL3ABfU1MjH4T++nkAIAlICuM7LaO/6weaSwGAIMjo9E3+PgaVaFJjQXiEEEJoccAAHi1ZoiQ+0ffXKTqc1rteSbDtWXt/j9XWcbZ6Yuo4s9ksTVjgPS2TyRS4Ed2/Lz0nJ4dhGLf7CrM9Txrbyy2Bly71FMBiscixypXx+XxXE//L/LE9qVD7yAig1RStYrRhtEJNKVRKbVhqtMLST7zSPPkTAb1eH1RIz++o/fQx+xn5+Mepfake5ad7Iyd2E6JiPLfcgUXgZ0WZs/6e1h+wEg/pWqgcSxghrDc83vuXsKYWACBJMiUlZcGGOJ2rzGC3KAJ4AChI9nZadADgGul2DncCQHhSHqMx+TsUJnvxWwIhhBBaLDCAR0tWlbu5lx0a19TrhQorDLEwzIKZhWH2gaFKkZ18in4KKpUqMjpBbYpXhy0zhMfHxcWsWRG7bkVkQkJCVFTUpYJMg8Hg3yR8BVQqVWxs7BW/HADcbrfX63U4HPKB3W6XA345yJd3/sstE58LXH1SAJjBU4AzAG9MeQd/aQC9Xi+XBtDpdEqlsg46gegFJQlqSlSTDzIDryUs+64vbb1NS0kAAK1qnys3J23zHRKFP/RmgSiJj3X9lpV4AIB0zdgFDQWr9MBLI73DAJCUlDSL+y9mnT+D3WUF8PX19fLBYgng1yd5a3qYJjPT33RMbonJ3Oq/mmjity+/qu9rhBBCCM0n/FsWLVltvt7gplY3/LYjsGGKrE1B2d0D59JDKrv7zGk0Go1GEx5+VSncgpICTL0uYNKeNpvtCtY1yBwOh8PhGBoamrbnoW/AoRu9GpGM9ilsCn6EFr4fn/9ljN5nSZW7ucl7YfQkLSCAX2cEmoALHhAkCO0N8G6WPHWqCgAUCsXq1atn/kJ5Bp4gCH8G/hBHEPDpAvvfq+mTLx2XW2KWb5EPcuLY29c4FBRugEcIIYQWDfxzFi1Z4sTwPDI44xSpZ3LTsieG6AkJCXq9fp4GuqjIm9sB4GqWA8zwKYDd42gdah0YMbM+lmKBchOkpJhpUgA1BQBuUuxQj6bEEzDJ9uw56z4/dpKoBhUJXhEAYIMJAKB7dEY3BDfAO3zkB83qmh5lf193f38fAMSmrB5h9Wr1jFJa+Hw+uUJeYmKiyWSatv+CswmuXw28+o/hI0OEjWxrAAAgiJUb0zelulfGsommy07kgRBCCKGFhQE8WrISFVHBTUkq+FIKRDIQwUAUA+GK7cZ1r2T8cCFGd02byVOAP7T888X+CwqxSA+iVdE+oDwrENwal/4PkQ+nZW1jWdbtdjscDq/X63a7f3T++WPDp8ErgFsAVgSPOG5dNwAALGNi5vZdXUvsgmvshABI00KDAwh/AD+6VSTUAviuEfqFcoPTRwKAubVMbtQlbXym1HTramdh8vQ7XBoaGnieh4D6eaGsg+2/7fx3u1gzAICNE7vtAACJqt/EftGm2XWD6dGL1eUQQgghtGhgAI+WrELdKhOts/LOsSYdDbeOixh3GTfM97DQdEQRflTeNDL0mWJR7W/0UMNVxt+f1R24yf6rg7XCstzrGIbxT4F+OvnOY+1tU9yTIRXb9WvmdtzXkgjaOO78c0nwQhcUh0EEAzAWwIfUEnoXSzxfZnCxoyUGB9tGA/iotEJBhDeqdZFaIT1ymkSP/gx2ob9+npP4e1ufGI3eAaDWMVpMM1cPAP83fChDlfBI9G0LNj6EEEIIXRFyoQeA0FxhCPrrMXdO0SGJif5U5K55Gw+aCVGE35UrnOZiRUD0DgBqIWKz5bv5toeHFPy3Bl8gXM7AqzcZN65Sp05x24ej9oXThjkZ8TVpo258+JpngF+tgjviR09Dcgn98VaNP3qHgAA+On0jAEgSvNeonfYmiyiD3RsjpWN5CgCgzjF6kDP6jfCL/le90pXXp0QIIYTQgsAAHi1lX4i65e7wnZNeiqSNL6d9X0UE74pHC+ujDlWn2Xipq3m2z8b61rwfZu1tKA1spwjyxbTvJjHRk75qt7Hg23H3zvJAr20rVMu26vMuebnbCwAqlSouLm7+xjSdur6xb3aRZ4cvnAEAlS5SH5kmN16w0A7vNL8Ta2tr5YPQX0L/nq183HmNffQgdzS7h11wnXTWze+gEEIIIXS1MIBHSxlJkM8kf+03yV/PUif7G7Wk6tMRu0uyn8kOaEQhorRVDQD+pNi8z1X65/ve//Vef4dV9nsAoGqkNuiFy5iYD1b8+qGofUZqbB41hYn9adIXX0z9roLA7UKz7BfLHo2mwya54BLAygFAeno6SYbKrxgJYNg1Nhin5YJSGw4AUWlFcLGihAQw7J68BuRoB0lqbGwEAKPRmJiYOJfjnQWdvv6xE7MP2twAANFKiBkr7Nfh7Zv3cSGEEELoquAftWjpuzP8ujvDrxvgLL3csJpg0lUJGM6FphEPNeKmICCz1uFnb+lrPJJacLe/T5x3HQBYBMfEl5to3ZOJDz6ecH+rr8cleqNpUwIzIZEhmiXJTOy7K372tQvPHHdUB7bH9qvlwDGkNsADABGQsM0QnXHXz3tcli7ON24vxtT1Ddvb2x0OBwDk5OSEfiHJcSP8XSeIEgBAgemSfRBCCCG0GGAYg64VMYrwGMVVlUBHc83uCQ4n8vZ+e6C5tLfhfc7rUKj0AKCQtLSkDqcuWeSPIshMVdLcDhQBAMAyJuaNjB/VedpPOGvN3IiOUq9RZ5hbzj8KpRBiG+AJAJNaGHKNm2DXhgd/nYRrhClu4s9gF/ob4AEghYmtcbcCAFRa4YQFAEBDwacSAvukMiG0xwEhhBBCM4EBPEIoVCjp4AnQuOydmz/3gj4qVY7eAUAkeBF8BcZQ34F87chRp+YEZBD8cesh+SCkAngAWBnHlraop+iQaOKNanGKDoslgKf6e+lz9R/3SfujAXwiPNs+euFzSaNlAgAAIIzWb9Lj9xFCCCG0yGAAjxAKFZE6kaEllh83D59e9KnA0xFFyy6LMWbDpikXO6MF09LSIh+EWgC/PcNT2anycJMvGicAdme7p75D6AfwBMcpDx1QNNQCwJ0EPF2gOfPaOejzAQAs18LNMYGdvxX7KQY3EyGEEEKLTahkGEIIIZqU8uJ9U/cZUB76afi9ktE0dTe0UFpbW+WDtLS0hR1JEJ1S/EyhXaWY5MkPQcDHclwroqepqSYH8AzDZGZmzskQr5Ikqf71qhy9AwAlwc+ORBOv9wMAEACPpgI59vDii9G3fj7qpgUZJkIIIYSuBj59RwiFkBuz3efMzKWqebnppmfDo+PWXD/Po0IzJElSe3s7AERGRoaFTZajfkGlRXBf32E91Kiu61P6eAIASBIyIrnrV7hTwrmpX2uxWPr6+gAgMzOTYUKx/CTdWEe3t/pPJYAfvf2hxIkAYNiTYM/WAYCCoDfqVj0ac/sO/doFGyhCCCGErgIG8AihEKJXiQ9tsr1UaTA7ggt6Rau6v1Sk1Rgxeg9dfX19LpcLQm/9vF+YWrgr33mH6BzxUIIIJrXITMi8MKmamhr5IGTXzzN1ZwNPX65rPNbZDQDRWk3N8pukY7RTSWge/C9GoVmgASKEEEJoFmAAjxAKLTF64WvbR6p7lI39zJCLokiI0Qur430rYlRY8yrE+TfAh1oNuSAkCRHaqRLOTxT6G+DJgbGi7qIk/ay8Sj7+6Y4tJqUSeAjjwT1sFWIxgEcIIYQWMQzgEUIhhyZhXZJvXdI0++FRqAnZDfBXr76+Xj4I0QBekgjf2PcLSRBHP/WJJ09U1A0O37UyYMe+17sAY0MIIYTQ7MEAHiGE0OzwB/AhPgN/BeQZeIIgVq1atdBjmQxBSGoN4Xb5G8JVqqd2bmUFYdy6FZ1u3keGEEIIodmEWegRQgjNDn8AH7J74K+M1+uVdwckJiaaTCFaAYFPXDaxkaHGcklIao0QHjmPI0IIIYTQ7MMAHiGE0OyQo1yKolJSUhZ6LLOpsbGR53kAyM3NXeixXBK3rmDqDuzaDUDiL32EEEJoccPf5QghhGYBy7Ld3d0AkJSUpFQqF3o4s8mfwS5E188DAICQmMwWbLrk1YQkrqh4PseDEEIIobmAe+ARQgjNgo6ODnmaeomtn4fQz2B3kW/rTklvZE4cJQKT1ZEktzrft/0GicLf+AghhNCih7/OEUIIzYLFUkPuCtTW1soHobyEHgCAINj8DVxOHt3RSgyaQRQkUxifki7pDQs9MoQQQgjNDgzgEUIIzYKlWkNOFMWGhgYAMBqNiYmJCz2c6UkMw2VmQ2b2Qg8EIYQQQrMP98AjhBCaBUu1hlxHR4fT6QSAnJwcgiCm7Y8QQgghNHcwgEcIITQLlmoNOf/6+RDfAI8QQgihawEG8AghhGaBvAderVbHxcUt9Fhmkz8FPQbwCCGEEFpwuAceIYQuycsTpy6omgYUNg+poCHewOcn+VIjuIUeV8ix2+1DQ0MAkJ6eTi6tYuMYwCOEEEIodGAAjxBCk2sbVrxcqXf4xsLRrhG6vFO1Ot53V75TQUkLOLZQ409Bv8TWz8PFAJ5hmMzMzIUeC0IIIYSudUtqngQhhGZLr41+/iNDYPTuV9OrfPmUfv6HFMqWagA/PDzc398PAJmZmQzDLPRwEEIIIXStwxl4hBCaxP5aLStcMuV4Qz/T0M+sjGXnc0ihrK2tTT5YMgF8n52u7WWOl5TLp2kr8hZ2PAghhBBCgAE8QghNNOIm24cVgS2SJBLEuNn4qi4lBvB+/hn4JVBDjuWJN2p0Z7qUEkDt2Xq5cUCx4fkyw135Ti0jLuzwEEIIIXQtwyX0CCEUrM9OSwCcz9nbcPjU69/a/8T6ylf/I6hPrw0fgI7x15BLS0tb2JFcJVGCv1QYTncp5QwHlq5quT08ac25AeYPJwwsj6XgEUIIIbRg8A9QhBAa4/F4KipLJVrPAAAgAElEQVQqXnv7xNHjFUPtFaIwmnBeFIIn230YyF0kSVJ7ezsAREZGmkymhR7OVansVLUMji2+sHSdBQAgiPCk1QDQb6ePnlfvznYv1PAQQgghdI3DAB4hFNLIIbPi/DlyxAIAoimcz8wSIqNn90OwLHvq1Knjx48fP3789OnTHDdJlTiB8/Gsm2Y0/haDCpdSj+rt7XW5XHCZG+DPe7tfHfmgxtHs9jniBM12xYrb425UhsfO2TBnpLxT5T8WWI+9vxkA9BEpjCZMbqy4oNqV5Sbw6Q1CCCGEFgIG8AihEEWwrOrwO3RDLUhjBduYkyVc1irfDXslpWqK105LEIS6urqSkpLy8vKPPvrI4XBM7KM2xsYs3xK/8vqElbt0kSlBVzOisBr8KP/6+RlugBck8fHev/x+8F+iNPYQ5E227idN/37evLGg+L6gZzSiBD1WethN0SREavlYgzCLgx/3gUToCdgZYempFUUeAMKXrfE3Oryk1UuFqedqDAghhBBCU8AAHiEUkgRB/cbfqa7O4HZJUjTWWV2D/7cj7pS72So4oxSmTbqcW01b1KRy2rt2dnaWlJSUlJSUlpZardaJHSIiIoqLiwsLC9mo7RfITZe6D01Kxaney3xLS5Y/gJ/hDPx3e/7458G3J7b3qtjbEo+//5Yle/dDQlKK3FjeoTrcpLF5xzK2xBqEvStdWTGzn0HQwxMBD4vAEJ2x/aG/D3edDUvIGdeNJcLUs/7BEUIIIYSmhwE8QigUMdWnJ4neAQDgL/FDj6VXOXvGJm//MXzkiZ6/PpP8tZ2GdRP7y0F7eXn58ePH+/r6JnbQarXr16/funXrtm3bcnNzSZIEAE4g/niS77RM8kOSALh9jTNMg3Owoy4rgD/jPv/84DuXuuomxa8ubzu+/3XXA4+KSuWb1bqyjuClFv126oUyw75cV3Ga52qGPZFaIZEkiBe/spTa8NSCu1ML7g7qhonoEUIIIbRQMIBHCIUiRU3VpO1/TjA/kj1JYD/IWz/d9qO/pX1/u2EtAAwMDJSXl5eUlBw9erSrq2tif7VaXVBQUFBQUFhYuGnTJoVCEdRBQUkPbbK906Ap61AJ4tiO5yidcEuuMzMa18+P8deQm0kA/4rliATSFB1OGVwN5FBGfXVZ1JaJ0btMAthfp00O5xJN/BUM+FJIApLDuKAKgkHC1IJRjQE8QgghhBYGBvAIoZBDcCw5aA5q/NLBD3yU9PqNAsTrwTjJzy7O4vni8e/sbltx4sMTHR0dEzswDLNu3botW7Zs2bIlPz+fYZiph6GgpFtyXdevcLcPMyNuUkFJcQZ+WRiPCcyCyDPwFEWlpqZO27nG3Rrc9EYflFogWQ1hCjAqwEj/zdp2x4fHDySuFkFFUpOH05IEx86r790wSfKCq7Ex1Tt1AL8pDbdOIIQQQmjBYACPEAo9nuCl0T5B+EdDk5vj4TQAAZCuhbUGWGOEVA00O+GsHc7Y4IJnSIKX4VTgCymKysvL27JlS3FxcVFRkVp92XuXtYyUE+e7qrezpLEs293dDQBJSUnTPhMBALswoQZbhRUaHNAwFoo/BS1PwQcAPwYApTZcpY9W6SNV+qgdX3iNICl/t/OD03+4y5WX4KvvY6p7Js+nkB7Jzfq6fYQQQgihmcMAHiEUetSaoIYa86CHu7hYWgJocUGLC16bZEM7ABAEkZWVJc+0b9q0yWAwzOlgr3Ht7e08z8OMM9hF0samwHMJoHeqOW2fy+JzWWz9oFAbAqN3APBwBMsTDD3VgvzLRQDcne8I14qlLeO2TpAEbEj23pzjoskpXo0QQgghNLcwgEdo4Tl85ICdEiQiTC1E6zE1GkgKhRAVQw0O+Fs2xMVeePSBm4mKsy39cMYG/ZNNiSeoYI3x+q3XPbPv+5GRkfM33Gvb5daQK9bnnnDWjp0TAC+uhW4vWFgY4cDKEXb+3kajmTRWW2mvY9DrGPQ6hwBApYsKuhVBAE3OZvQuo0jYk+0qTvU09DNmByUBRGrFlbEspi1ECCGE0ILDAB6hhdRtpd+u17YOje25jdAKOzPd65dd62u2ubXrqUPjKo1FadS5K5edvVkDANDngzM2OGODDjdk6mCNAdYaIZIBgML4LRGREV2s2Sa4ohWmaDpsQcZ/leyCq4cdogkqmYlhyKm2ZC+4y60h96nwG54deMMtjp91T1RB4mi+ujsGIp6LS7Pdff/3zq7mRAIARJH3OYZ41hV0q2idQM7ZfLhBJRal4HZ3hBBCCIUWDODRZXvfXvnS0KFTrnMOwR2pMG7S5T4Q9bG1muULPa7Fp7ZX+fcqPT8+ofWwi3r1jP7CiOLjec5rOVcal7uWPn+Obh+X8GyzVf9S/BAAQJwS4qJhb/TEFzZ7LqyqvW+QH63xnqFKeDjqlvsidpPE4lj6/KGj5uf9/yhz1QuSCABqUrnXWPSt+HtTmNiFHtrkLjeAj2cif5b0xUc7fzVpLvp0j/KppmV8Th6ZlLDKzJ7tVgIASdJq4yRvf23itf6cCyGEEELXmsXxFy0KEazIPdTxs0+2Pv6urWyQt3oltpsdfNXywY3Nj/1v3/8t9OgWmREP9fcqHX+JclRlHapTFyYvoHWtIEnvrXdxa9ZDwBzrx81h0exU09FKQvHayDF/9A4ALd6e/+z67b1tP2LFRVD47ZmB129r+X8nnLVy9A4AHtH3+kjJjnNfKXVUL+zYLuWyasjJ7gy/7tfJXzGK4/4rCQluM4cfq1zpTk7y7PoYAOzJdmuYS66Qj9IJm9MxnxxCCCGEri0YwKPL8M3u3785UjqxXZTEX/S/8sfB/fM/pMWrtEXNi1NNsR9uuux86UuMRNPeG/a6HnjUt2MXl7eOy8tXbtnzdNKXaYKatD9FUD5p8ij9fXvl471/mcOxzgZ5kJPOSzsFz2fb/6efs8z/qKYlz8BrNJr4+PgZvoSV+N8MvGkjuSiO3jVs/Exv1BMtifvPZn5s0Pip3JbclHfO+toAIEwjfK7QZlRN8pQrzsA/sMnOULO/AR4hhBBCKJThEno0Uw3ejpeH35+iw4/7Xr4rfKeR0s7bkBa1cwPjph8F3kfR4ypXjbgps4O6FnLaOX1kdY/ywgjNCYRWKWZEcqvifP5c36LRxK4v8nfeCfCqPvzrF57tZPsDb5KqjG/39U7xUZ4feucrsZ8I5S3xP+n72xRXHYL72YHXf5T44LyNZybsdvvQ0BAApKWlEcRM93z8dejdJu8FABhU8IcibMGXJfhBzwtvLf8fAEgO5//jupGyDlVDPzPsokgCYgzC6nhffpIXs8EjhBBC6BqEATyaqbcsx4PnBj0CEASoRv+OdgjuI/aq28K2TnsrgudAkiTF7NdwXkSsnrH448y//ru34fCur7+nUOmD+iz5AP5Eu/qdOg0XsBihvEMVptZ8cr0zOXzy6fQt+ryylb8vdVafcp6zCs4ohWmTLueflqOjAbwoQa8X2j0wzMKOSDCO/pTjJP6Iveqe8Ovn/j1diT5uuNrdMnbuE8EtQNi4pzwHbRWhFsDPaP28JBE+r6RggBpdOhG8kEeQgBoX/J901g1wlhhFOACoFNL25Z7ty3G1PEIIIYQQBvBoxs57u4ObDg/BbzsgTQP5Rlilh1xDs7drijsQLidTcVLR3EjYbQAgabR8eiZbVCyawudu2CFLQYIgAgBUvfGdmnf+FwAOP3Pz7q8fIumx5xqKyZeKLx0lLeq36ydZsjHiof540vCFYltSGD/xKgDQBHWdPv86fT4AmM3mhsqGD0sPQVMrtLvhggd8Fxddn7DAz1b6X9XpG5j0bqGgizWPHnEivD8EL3VDrh6+My43ZDc3KEpiSGXj8wfwk9aQo9pbmaoyqquT4HkgCCEqhlu9lludf9538YdJrxfe6ocaO/xuNQSE8BJI573dcgCPEEIIIYT8MIBHMzXJ7uIaOwgSnHfBeRcAAEm8lNVnL64vKiravn27wWAI7Ev2dmvefIVwjxWCItwuRe0Z+lydd++tfGb2nL+BEBOlF7pG6NNvfU+O3gEgKq0oMHonCIjSLeXp9xE39V6j5lJXOYF4vVr31e3WoGXZbre7qampvr6+sbGxsbGxvr7eYrn0zvBqO9Q7YNXougYSQjevPwEEeEV41wyv9ICFAwAoGYZPJkDK2KcopEJ3mT8FfVpa2rgLkqQ8eoipKg9socz91OF3mYZaXw4HLS54ow8+GAZRAgD4yAKbxoXrl0pngBBCCCF0LcMAHs1UAhMZ3GSkIVwxGmwAgCiZG7qfa3juueeeo2l67dq1mzZtKi4uLigo0IGkeePvhGeSRbAEx6kOvOG59wEhOmaO30FoyYv3/ev5H1S//aR8mrvnm+tv/3Fgh/RITqe8RJL6JaGqSylMmcav10ZfGCJ4W0tDQ0NDQ8O5c+fq6+s7OztFccpPi1EBaRqgCai0AgD8oweeyJKvpClnmmVtnrlcrg/+9G945gzYAqLWtcagbilMbKjF8P4APmgGnjlVNi56v0gCOPThh/CnGqgbGWtVktAfXBAuQTHhBw5CCCGE0DUPA3g0U9cZ8v8y9O64pkdT4dFU6PNBnR3qHXDKBubRv8J5nq+srKysrPz1r39NUVRu8rLiMMOmxPidKUkmpTLozoQgMMc/8Nx+z/y8kbnA8gRBgoK8jJzYx/7x/6rf/pV8vHbfD9bs++/AqzQp/X/27ju+qap/HPjn3uykadO99x5QhuwtWDaooOIDqAjqA4IiiMoQ9If4PLi+gMpwIPCwcQICZcseLVDopnTvmTRpdu79/XFLukNHmq7P++ULk3vPvfckTdp8cj7ncyaHVzV2XOvpKIKmgMvuLIW7sytqfv/QlKHo4RWX4FFaZUVFXkJZVqw0P7EiP+FA3j21ytTzwOVyfX19IyMj+b42e0SXwFsIrjwAADUFc++CTAc3pZBWBQEiPsEda92/vR9USymVyr17927evLm4uLhma7gYXvWEPtb1Gk+yGQydTKOLwBM6Lfd6/eUqKJo++Sjz82u3YgtrPVIhC6Ic4SU3sK9TEcOD6xgs8GqvTiOEEEIIdVkYwKPmirIeGC7wTVBl1N/hygNXR3jG8TnbkSt0z167du3atWtXr14tKqqeb2wwGO6lZ9wD+D42jk2S/VycRnq6R/l6j/RyN56DnZVOaLU0t4uVtStRsC48FCQVcqu0JADYCg2R7tpRASoR9wkj55999tm3mzczt/tO/7TP1LW19/LZ9Kz+cnebxqd/t5RCQ/6TJrifz6tQkgBgxaNCnbVPB6nsRR2cn6/SEZReW1n8sDQzNvHc5rKsOxy+tU5dafooZ2fnyMjIkJCQoKCgyMjIwMBA1uPSaPmPPj1bGVPdjk/CdGfYkwsAcDgfVgUudXnBli1u4qwdoKqqat++fZs2bSopKTFuJMLF9GueEFk/dAcAJ7bt207PW7CDT0bTdEZGBgA4ODjY2NTkC7Ay0wmNhobqGQtlKtXBxNQtMfeyZDU/XMKBSz/vCpOdQNBIpYdlLi8RnXi+A0IIIYRQR8EAHjUXiyB/8V059eFHRY0tRh0h8P3Sc5ENSxQYGPjqq68CQFpamjGYLyysXvFLT1G38gtv5Rd+dTP2p0nj5kQ8nvpuMJCVUoODk6UejRncz+cdirWqXT69Qsm6+FAQm82bN7jSQ9J4+E3T9Jo1a3744Qfm7ooPPxo2Y/m9XF1BJdtAgb2ICnHWjvBT2QjMkzyfU8H+5aa1QlOTd63QkLez+ffyeC/3V0S41s9bbm+FhYVxcXEpKSkpKSn/3HhQnJtKUzXfIzSM3q3EkrDQoJCQkODg4MjIyIiICJGoyXUKt/u8//KjT25XJVffn+4CRwpAZYBL5dPffeo95xfb4QG1hkKh+OGHH+qF7qNGjfroo4/SfGXLc77T0vVfPE5s2wP+6yRsK8v29Any8/OrqqqgQf48WVEOAJlS2d+PMk+kZVzOydPVmvXgJ7FZ1D/ScVafBT53dA0eKQDMtn9mjn1UO/cdIYQQQqhLwgAetYAvz/VCyOb/l7/rt/J/jJ+8rViCeQ6TVri8LCDr5MYHBAQEBAS88sorhE5XsPbDyzl5l3Jy/8nOK1BUZ0Sv+ufatCB/a+Oou+mJzZ1MTgX7QKzY0FiX5Rpy5w3r95+WChuMw9M0vXr16h9//JG5u2rVqvfeew9ANcy3XZbIUmjInTdsqrSNjGTqDMT+GPHikQY3M43zN0oqlTKxenJyclxcXHx8vFKpNNGeIFk2LsESt3CJW5iDd3+JW/i6F21drJubKWDDEh0N/O+u0pN7y04nqjJpMZuc6kodzgWKtv5dRg7v+Nnjcrl869atX3zxRe3Ce6NGjVq5cmX//v0B4CmASGHApqLDZytjKw1VAODGdXhOMnKJ8wx7diPD8h2rYf68Vqu9fv36uT27Tl26nCGtv8D7QDeX9wf1nxLgSxKEQeXpFjTrk7xfrioeGBt4cp2Wu8yabf+MZfqPEEIIIdTlEDTdWSbEdkWVlZVardZ0G4Ig7O3tAUCv10ulUov0q91VUeo4ZVqFXu7EsY0UBnCJJ3wTZPXdV4SqOnJLq5AuPHX+ck4eACwb2O/z0cMAAAhC8fb7tEDQzh03m5+u26QWc0w0GB2omhRWZ/K2ra3tkiVLtm3bxtxdvXr10qVL27GLAMfjRZcemXpKg52084c8IWW9+bRabXp6elxcXGpqKhOxG6dRNIUnstUopUDTABA86q0hs78nyJqEaj973b+H1w8Cm0lNaxUGlbZcOaj/QLVazeFwbt265eHh0bqztZ1Codi1a9eWLVsqKmqKt40aNWrVqlX9+vVr2J4GukxfySM4YlaThfo73M6dOz/88EMAWLFihY+PT3R09IULF+Ryeb1mLlaiSf4+c8JDhnrUFBHUR0SqJk4HgCJdeaI6S0vpvHjOIXyvbp85z/xFkMvlGo2l819QJ8Hj8cRiMQAolUrT32mibozNZkskEqlUqte349foqDNwcMCarMjMcAQetYaI5A+1imh+e71/ECf+HnM7wFayJWr0gF8O6Cnqu9i4eb3DA+0kBnfPLhS9K7VEWkn96D0vIVoocRfZunOFtgDwIJ9bO4Cnafrdd9+1ZPQOAA8KanIiNIqyypJHjr4DazdIK+Wq9QS/tWXtaufDx8XFpaWlGQymRsslEklQUE0+vEKhmPvKq0z07j9k7tA524CoCd6EXGpmX0XrOgYAfILLZ3PByWbWrFm7du3S6XQ7duxYv359q0/YagqFYufOnd9++23t7+9GjRq1evXqvn37NnUUAYQDu34V+s7m3r3qN/U333zT8Ecfam83OcB3kr/PYHdXkqgfluv9g5gbzhw7XO8dIYQQQqiZMIBHlqAdMpydFE8Yqr9mDrW3mx8ZvuPuA63B8NHFK7/NmKoZNrpDO9gyFSoWVTfmNejUpzdNZGJRFocvlLgJbVxTD9j7+Pg4Ozs7OzsfO3bsr7/+YhqvWbPm3XffbdceGgyGzOzc+9evl2bFlmXGSgsS5aUZLA5/7nfy2kPcBgoqlCxX62Z9/d/SfHgOh+Pn5xccHMyE6yEhId7e3sa9SUlJs2fP1mk1AODbd/LweTtrR+/edvoX+8odzFFmb8mSJXv37tXr9Xv27Fm6dCmTDmMZcrn8l19+2bJli0xWnUdAEMTkyZNXrlwZFBRksW6Yl8FgiImJOX369KlTp1JTU40bmRs8Hm/w4MFRUVHP2Uv80pObPImzqy4g2BLdRQghhBDqXjCAR5ZASezUU5/nH/vdGMOvGzH4SPLDcpX677SMv60dRnr5dGgHW6bhbP2qilx4PBvFoFPLS9LlJelH0xo5ViwWHzt27P79+87Ozi4uLkyE7+Li4unpSZKtn6Qtl8sTExNNR9cGrUpWlCpxDa2zsYnKA63IhzdRH76erKysmTNnMmHtU089dfjItsxKZZ6Mo9IR1nwqwEHnbadr9MBW8PLyevbZZ3/99VelUvnTTz8xKd/trby8/Keffvrhhx9qh+5RUVEbNmzo37+/RqNpmGfeyVVUVFy+fDk6Ojo6Otr4oIzs7OzGjRs3fvz4p59+2srKCgDAYNAf/ZWdltLwVJSNRPXsi9CGVztCCCGEUI+Fc+DbpMfOgW8dsqSYd/UiO/0hGAwA8P2d+8vP/gMAQUFBFy9e5HBMTSnvVBQacv0pu9rvnKrynAfRX6rLMqDsUaW0oFwha+k7i8vlurq6urq6enp6Mjfc3d2ZG05OTkTdDGSaprOysuLj4xMSEhISEuLj43NyckycnGRzJa5hdp69e09aZeNSM/JJELB2QpmIS0PL8+FtbGyCg4ObWR++trKyssmTJzP1z0JCQo4ePWpra9ucA1stNTV1xIgRFEVJJJK7d+9WR5jtgwndd+zYUVlZXVyAIIhnnnnmww8/7Nevn0QiAYAuFMBnZWVFR0efPn362rVrOl39b1UIgqBp2tXV9d69e418/UTTnLhYbswNpig9ANB8gS4iUjt0JM3jW6DznRPOgUc4Bx4BzoHvSXAOPDI7DODbBAP4ViB0OlJWARStFYrGTJqUlJQEAJ9//vkbb7zR0V1rgW8vSXIq6iSwDJXdeKHkNz6lAQAdRZUqVfmKqnXXbp9NS2caBAUF6XS6nJyclv615nA4tra2tra2QqFQp9NVVVUVFxczy3c1hYmuRW4DNNa9Ja5hDj5PsTh1QiatsqIiL4Ele+BiuNv2fPjmUygU06dPv3//PgC4ubn9/fffliks98orr5w8eRIA1q1bt3jx4va4RMPQnSTJcePGffTRR7169YLHH9eg0wfwjSbJGxmT5ENDQ59//nkAGDdu3IEDB0yckJDLSaWC5nApiS0OvGMAjzCAR4ABfE+CATwyO0yhR5ZGczjMeu8sgM8++2zGjBkA8MUXX8yYMcPOrsvUshofovz5urXx26+RsisvFx027uWQpLNIuPbSdSZ6Jwji888//+CDD9RqtVKplEqlWVlZhYWFRUVFxhuZmZl5eXmN/iHX6XTFxcXFxcVNdYYgCD6fb29v7+fnFxoa2rt370GDBrm7u8s0vG/OS3QUQem10vyE0sxYaUGiNC+hLCtWKSsw/QCbnw/ffFqt9vXXX2eidzs7uyNHjlisLPzSpUuZAH7r1q0LFizg8805AsyE7tu3bzeG5UzovnLlyoiIFtR67FhSqfTSpUtPTJIfM2YME3ucOHGC2WVcQ64ptFhsEIvbo88IIYQQQj0NBvCoI40cOXLChAmnTp2SSqUbN27cuHFjR/eouYKctBPDqk4mimgAsaFMQO9cGyAt4xhcNOwhMqvRpeJ/nzy/Nz4JAAiAb6ZPnjN/vvFYiUQikUgiIyONW3Q63aNHj+Li4u7fv3///v3ExETjKG5z0DStUqlyc3Nzc3MvXbpk3M7n87k8oUqj02kUYDLXptX58M1HUdSiRYsuXLgAAAKBYO/evZYs5NavX78RI0Zcvny5pKTk4MGDr732mllOW1ZW9vPPP9cL3adMmfLhhx92lTJ1ppPkg4ODx48fHxUVNWDAgHpJ8mlp1TUenhjAI4QQQgghc8EAHnWw9evXnz9/XqvV7t69+9VXXw0LC+voHjWOlEnJijKaICk7B1osBoDRgSoPiX5HWtJ+8tMt3FqTIyjaZmOWLL4QAAiATc+MfivIV5mfC7XqnzMV3ePi4php50lJSabnYjg7O4eFhfn4+NjZ2TFxlHH0Pjc3t6l0erVarVarG384JEskEtrZ2fn7+wcEBAQHB3t7ezs7O3t5eQmF7bLw+Nq1a5k6/BwO55dffhkwYED1Dpomy0pJeSXNZlEOzu23muC77757+fJlAPj222/nzJnDZrfpt19ZWdnWrVt//PFHlUrFbGFC948++igwMNAM3W1PxiT56OjolJT6deaMSfKTJk0ykSKRnl49NwQDeIQQQgghi8EAHnUwHx+fN99887vvvjMYDKtXr/7jjz86ukf1sVOTeVcvkqU1GeyUu6d6xNMGT+8M3rW9gg16ulaxNxrgq0eyC6UAQBLE9+PHzOsdrqeo1OvXslIexsXFxcTE3Lt3z0Q+PABYWVn5+/szg+ENx8ON9eElEgmPx1Or1abnwzeKogxyuVwul2dlZZ0/f772LolEwhTGZ0J64w0PD49Wl3/75ptvduzYAQAEQXz99ddjx44FAKBpzv27vJtXCNnjrz8IQu/tpx3zDDPJwrxGjRo1YMCA27dvZ2dn//HHHy+88ELrzlNaWrpt27YffvjB+OUIE7qvXLkyICDAfP01P2OS/OnTpxvW47Czsxs+fDgTt4ubkfFuHIHv5I8aIYQQQqg7wSJ2bYJF7MxCoVAMHjyYWaVs165dkydP7uge1eBeuci7fqmRHSRZ9sy4vsTWYn1FzUYaYHM6nCgGACBAPNxpptwxuaT8blGxWm+qonu9CedBQUG105XbUh/e39/fzs6usrLSONme+Tc9Pb0VddQaxvbMv35+fiZCvkOHDi1ZsoT5VfPJJ5+8/fbbAAA0LTj5FzvhvrEZDcCU2qdZbPVzL+p9zR8W/v3330zyfFBQ0OXLl1u6bl9TofuqVauaMwrdUUXssrKy/vnnn+jo6IsXLzb8feXt7R0VFTV+/Phhw4a1KCshNDS0tLRUKBRmZmbWWyUBmYBF7BAWsUOARex6Eixih8wOA/g2wQDeXPbt27d06VIA8Pb2vnr1Ko/H6+geAQCwH6UKfj/YyA4agID9buWvhz0CAKBoKNJClhIO5kPikwMzLpfr6+vLjK4HBwf36tWrdvU+Jrve9IrutbW6PrxarWaK5zUsp9ewhtkT8Xi82svaGyP89PT0RYsWMR9QFixY8J///Kf6Sbhzi3fuVFNno3m8qvlv0yIzr/dG0/SoUaOYhQ/27NkzceLEZh5YUlKyffv22qE7h8N57rnnli1b1vwEcksG8AaDIT4+nhlsj4uLa089N/UAACAASURBVNiTfv36jR8/fvLkya1LgJfJZMzAe0REBFPXADUTBvAIA3gEGMD3JBjAI7PDFHrUKbz88su7d+++e/duVlbWtm3bmGC+w/FuXGFuKEnqvlipYBtsdexIuVCp1cUXl+4seggXi+FhFaRVgYYycR4XK1FwRETvAQN79+4dEhJSu6I7kw9/5syZ1NTU5OTklJSUrKws072qPVwfEhISGhrK5XJb8ej4fL63t3ej0X5TsT3zb6Nn02g0WVlZJjrv5OQkk8nWr1/v7e3t7OTkd+W8L49jy+cBgIGAeCtlCVcnNJC95EKxgUVoNNzYW5qRT7ficZlAEMTixYuZFIBNmzY1J4DPy8v7/vvv9+zZYwy3mNB9+fLlfn5+5u1e2ymVysuXL58+ffrkyZMlJSX19hqT5CdOnGhtbd2WC2EFO4QQQgihDoEBPOoUSJLcsGHD5MmTaZretGnTrFmzXFxcOrZLhEpFFuSVcvRrAnMOupSpKQr+KIAHcjJdSRWbHDojCfATMv9NFrv9qImw8fFTzplvZ2+vVqvT09PPnj3bunz4dqoP35CJ2F6hUOTl5eXn5zP18/Lz8wsKCvLz8/Pz802P2xcXFx85cqTeRjGPy7fjy1xZWkcODJTACDsORTxfbPv5Q0+X9Idg7gAeAGbMmPHll19mZmbeuXPn8uXLI0aMaKplbm7u1q1bG4bu77//vq+vr9k71hbZ2dkXL140e5K8CY8ePWJu4AR4hBBCCCFLwgAedRYDBgx47rnnfv/996qqqg0bNnz77bcd2x9SIc/gq8Y9lZLH0wIAnCqBH7MBoJGhdlsO+ArBXwR+QlAZYIITsKunBAck2CfFKe7LNYmrVycmJt67d890wblW58NbjJWVFdO9hruUSmVubm5BQUFBQUFycvKuXbuYB8tms5tKEZRrtPICLTBr0p8uhp8jdR6CQy7lZ+wrT8Wz2yNKZrFYCxcu/PDDDwFg8+bNjQbwOTk527Ztaxi6r1ixwsfHpx061RrNTJKfNGlSe8TYxgAeR+ARQgghhCypSwbwZ8+e3bJly44dO1xdXVvdTCaTHThw4NatW1Kp1N7efsiQIbNmzWqnBbRQM61bt+7UqVNKpfLQoUOvvfZa//79O7AzBpJ4ufej6ugdADIez1RkEeApAD+hh5skN5wDvkKw41Tv0tOQp4YLpZCtgkwVZCs3F2g2m7yKufLhOwOhUBgUFBQUFFReXr5lyxYmevf19T1x4oSVlVVeXl5BQQEzel+UmlJ4785NbXlppRKkj9cepwHiKsFDAADlHP1LoYmXaR2P4Ji4YuvMmTPnm2++KSoq+ueff27fvl2zoN3j0H337t3GcWwul/vss892ntDdYknypmEAjxBCCCHUIbpeAE/T9D///NPGZmVlZStWrCgtLQUAPp9fVFT0559/xsTEfPHFF61eKAu1nZub2+LFi7/44guaptesWXPixIkOrG59mki7J65VXqjw8YLq23qBjxAA8mgQl1DyVBlkqSBLCQ+rIEcNlKmqkB2SD29hKpVqzpw5Dx8+BAAXF5fffvuNKd/i7+9vDPZImVTzyzfeI+4BSYOWgkvl8EUaAECyAiY7M20y+Kpfyy/Otn/G7D3kcrlvvvnm+vXrAeC7777bvXs3AOTk5GzatOnAgQM6nc7YbNasWcuXL3dzczN7H1rK8knypuEceIQQQgihDtHFAniKoo4ePdowX7SlzX744YfS0lI/P7/ly5d7eHikp6f/5z//yc3N3bNnz6JFi8zda9QCS5Ys2b//QG5uTkxMzPZdv7/x6kw22TELJZxT1n39FGoAAAiA+3I4UQwPq+h0pVxlavo6i80O8Pc35sMPGjTI1dVVpVK1Z6/r0xmIPBm7SkOIeLS7RM9p5ydTp9PNmzfv9u3bAGBtbX3w4EFPT8+GzSgbyVk/lo7pDJeEgRIgAGiAZEXtZmdlMe0RwAPA66+//u2330ql0pMnT164cOH48eP79+835vl3ktDddJI8i8Xq379/+yXJm0DTdEZGBgA4ODjY2NhY8tIIIYQQQj1clwngY2Jirly5Eh8fX1xc3MZmMpns1q1bXC535cqVzs7OAODv779q1aqlS5deunRpwYIFXTeHuatTasm/kxwCJ2/M3fEvAPjvf9ZnWv9rWBB7fKiSx7Z0GJ+rLKoeWs9SQWoVFGkAAGiA7zKaPMaOAz5C8BLYhDqvHPLm3P7P1n4t2dnZGRchswCVjjiZKIrJ5ump6iwGDkkP8NZMCK3ic9rlyaRpetmyZefOnQMAPp+/b9++8PDwphpnhXqBIqb6jjUbXPmgpcBLULMcPECern6KuLlYWVm9/vrr33zzDU3TL730knE1TSZ0f//9901Pz2lXxiT5U6dONfw9ZrEkeRPy8/OZta+wgh1CCCGEkIV1mQD++vXr58+fN0uzy5cvGwyGvn37MtE7w8/Pz8/PLz09PSYmZujQoW3tLmq5ChVr+xWbCiXpM+BllwvbC1MvKSvyYo9/QT+7/mEJ99/DZSKuqaXa2q6wsDAuLs5YHz71YarpfHiwYrsFeI7rPcI70FfqRxV6apR8nS1LPMQqfJrtcD7RkV8DydTk9is2ZVWs2ht1FHEtg59SzFk0XCbmm//J/OSTTw4ePAgALBZr27ZtgwcPNtGYbesItYfbv+8FIla9Ntx2mADPyMrKysvLY24z0TsTuq9YsaKjlj/Iycm5cOHCE5Pkhw4dyuG019PSTDgBHiGEEEKoo3SZAH7WrFmTJ09mbq9atYoZ/2ldswcPHgBA3759623v169fenp6XFwcBvCWRwPsuy2uUJLM3YGzNh37bABNGeJPfRkw9FWAgCN3rV4bVGnGK0qlUiZWT05OjouLS0hIMF0fHtgEuPPBWwjeAggUgbcQXHgf+yyfaTfajL0yqlCy0ko5cg3JIWkPid7HTteiagAHYsT1onejsirWwTviN4aaWvKtFb777rutW7cCAEEQX3311ZQpU0y3D+C617nfIHoHgCB+I+n3bZSamrp58+bff/+9dmH8sLCwQ4cOWT50pyjqwYMHT0ySnzhxYmBgoIX7VttVxYO/pdczNAUEEH48VzKhOi8AA3iEEEIIIQvrMgG8o6Ojo6Mjc5vFajwyaWaziooKAGg4u5VJmpVKpW3vLWqph8Wc7IqaV6O9V9/AYfNSL/9k0Gtif1s5ZuGRxEJuQSXb1brx1cieSKfTPXr0KDU1lQnXU1JSsrKyTB9i7+RQ5qEDLwEEisBHCD4C4JC1G4hI/jjrp1rXHxOqtOQfcaIHBTy61vC/vcjwXG9FkJOu6eNqZJZz0stMDdI+LOFklbO97Vr5ZDb022+/MTXhAGDlypVz5sx54iFDrSIc2ZISvam323Tb4ebpHwAApKSkbNmy5bfffjMYqisXCAQCjUZDUZSxJJtlKJVKJmhvNEne1tZ2xIgRUVFREyZM6PAZ5qV62cKsry9W3q2z9W4m839MoUcIIYQQsrAuE8CbkUwmA4CG1b+Z+vPM3npoml65cmXD7f/6178aXRC7USwWSywWt6yvPUZmap2Xol5T1f/5DZkxR7QqWWbsr/mJZ9zCnsmQWgW5myoaV1tBQcGdO3eSkpISExPv3r2bmppqDNsaJZFIQkNDw8LCQkND+/Xr16tXL7FY/Fbqxt2FJ5s65GOfeZ62LZgpTRAEj8cz8fUTAMjVxNbznBJ5/dH2sirWzzds5g3TDfB5cup7ZvqT39eZMnGEt3kC+PPnz7/zzjsURQHAm2++uXbt2mYe+N+ARfOTP29q72T7oVPcGlmkvRUSExO/+uqrQ4cOGV8DIpHotdde++CDD9atW7dr1y6tVrtr164NGzaY5XJNyc7OPnz48LFjx86cOWNcYd7I19d30qRJkydPHjFiRIcnyTOqDKoX7617UPWo/o7c6lIOwRGh+DutpZiVNQQCARZb6bFIsvq7YC6Xa/ovAurGmJeBSCRi/nqi7qrhnDiE2q7nBvANl4szHcCfPXu24fYJEybweLxmXpeJ31rW1x5DVqu4W87941d3LRj3zvHIKWtuH1kBADcPvjf9k3uVGjaP1/grViqVxsfHJyYmJiQkxMbGxsXFKRSKRlsyOBxOYGBgeHh4WFhY//79w8PDfX19Gy5ZtyN8ZRWt+bWoflUFAogVPrM/9H+lpQ+TxWKZ/ri26xqUyBvfRdOw/yanlyfYCJ9wFVndSnmFqZf4Vg5CW3euwKZWGxaP9+QPjrRMarh8gUqKp8vLgCQJJ2dW736sISOAz2ca3L59+8UXX2T+Pj377LNbt25t/ufR1z2nlhpkq9K2Gej6H1+esR94oPd6Hrut75eEhISNGzfu37/fGLoz5etWrlzJJMyvWbPmf//7n8Fg+OGHH1avXm1ra9vGK9ZDUdTdu3ePHTt2/PjxO3fu0HSdqgosFmvw4MFTp06dNm1aaGioeS/ddhvT9zUSvQNArgoAgCTOiB4M5Jk/CaUnYLPZllnwD3Vm+DJAneTrWtR+TI8eIdQ6PfEvR73P0PUYV4FGlsR5HPQ9urH3ys55FKU/s3nSxA/+Sbn0Y2VRqjQ/IfXSTxMj/8200el0qampxnA9MTExPT3d9PldXV1rh+sRERHN+TKFR3KO9N7wV8mlH3L/uiGLL9dVuvIcRtr2ecfzxaGSXm17xI2QKeFW0xXuAUCtg0upMLXPE87DqRVB05Th1FdP05TB2jlwxobURts0hUpJ1O3fDerH695RFJ2fp8/PM9y6xnntTcLZNS0tbcqUKcx3JWPGjDl48GBLR5M+8JkTZT/o/7IOnK+IzdeUilnCp6xD5rtPe8l5LEmQTz6+afHx8V988UXD0H3VqlW1q1f6+/vPmDHj8OHDcrn8u++++/jjj9tyUSOlUnnu3Lnjx48fO3asoKCg3l47O7uxY8dOmTJl2rRpEonELFdsDzvzjjWyVU9DkRYAwIW3p+TU6qB5Fu4VQgghhFBP1hMDeIlEolKpGlYsY+KQRofgSJL866+/Gm7n8XjMjHoTCIJgPqMbDIbKSnOWYetObHh8AEHyha039i+haQoAbN17iew8B7741dlvpwFAzK8fHBPm/PHNo3v37qWlpZn+RtPGxiYkJCQkJCQ4OLhPnz4RERH1Ei6USmVTdRAbGsnuNdKnbrhOwxN/7o32SqPRmFhJ7l4ul6ZrZnaUZNyy84xk1R2Fjs/RD/duYozeeCEuD6B6mF4lK6QpAwAIJW512ygrKupncddGlhTx9vxEPK70VsrR73QvOW9fWczVWelZ/c7Ej/Ofs2zWO8wU7vDw8J07d7boWTXyBodN7kugbkk7mbT1NfYSExO//PLLo0ePGr+qE4lECxYseOedd5h3d72f3eLFi48cOULT9KZNm+bNm9dwck3z5eTknD9//tSpUxcvXmyYJO/j4zNt2rSpU6cOGTKEyVmgaboVLyTLKNXJstSFjezIU1evzuDBT1VmZ5XmWrNa/4z1QMxfhKqqKsyr7LG4XC7ze0alUllybVHUqbBYLGtr68rKShyh7d4oihIKn5Q5iVAL9dAAvqCgoGEAz2xpKofW3d294cbKysonfggzJmbTNI2/ppsS4aL+8ustt3/9iLnrHDjCu/+MO7+vLs2KJUgWTRl0avm+HxqfL83hcPz8/IKDg4ODgyMjI0NCQry8vOrlw3eSZ970a6BSVdMu8dyW20dWBI18Y8js72u3kauJJz6WMGf1cVJooAAAlLJ8ZqPQpiaAZ5MQ7qw2GEzNu+NePGuM3v9wrvh3aIaMXXPdW2zZ9jn/gmwlAHh7ex8+fNjKyqrDn+TExMSvv/762LFjxtCdGXVfvHgx875utIehoaFjx449e/ZseXn57t2733rrrRZdtHYl+fv37zdMkmcqyU+YMCEsLIz5Lk+j0ahUqibO11lU6Op+25iigAtlINcD5/E7y50PAOXaShGXb/HedWHMryaKojr8/YI6inHOM34q6MnwVwFCqNV6aAAPAA3zWouKiox7kcUw9eE/++yz29HRxo1FDy8XPbzc1CHOzs4hISFBQUFMuB4aGto9ykHxOTQAaJUVl35+NSfuGAAkX9jq0WuiZ++aJdl47CdXu7EVUqMCVOdTBQCglD4O4GuNwI8KVNoITJ2H0GjYmdWTn8/ay+ZGPNITNAANQAAAaCj4OBnSlQDAtxUdOnTIycmpZQ/V3BISEr755puGofuSJUua845evnw5U+Ri69at8+bNa87LSaVSXbp06fTp09HR0cyvjtokEsnIkSM7SSX51rFn1+12nhp+LwAAED6eJeEhIIBwYHfJR4faCaHTEcoqmsujBYKO7gtCCCHUPfXEAL5Xr17Xr1+Pi4szrhjPuHfvHgBERER0UL96isLCQmYhN0ZiYqLpugNcgY1QKJSWFQBA7969jxw5YmdnZ6nOWpSbjb4s686F7S/IS6qn9PsPmesWMrZ2Gw9Js76qHx9SpdQSNzL5xgBeIKkumD/UTx0V/IREd7JSCgYDAFBALw3O1hM0AMDWLLDnwguusDEN4uUAAAKWZoO/wtVUUYn21jB0F4vF8+bNe+edd5ofOT/11FODBw++ceNGfn7+kSNHZs+e3VTLnJycCxcuREdHX7x4sWH2jbe3d1RU1Pjx44cOHdrVSxPZsERhfJ9EdWb1ffHjPxbKx69AD34fYYCAxMKcCACAk/SAE3OTVVQANA0AlMRW17uf7qlBNKsnfsxACCGE2k9P/Ms6YsSIn3/+OS4uTiaTGT/iFxYWpqamCoXCwYMHd2z3uhmZTJacnJySksIswJ6QkNBw8kJtbDbH3i3A2iVc7Bru4d+vT6+gqUNcJKzSQYMGlZeX379/PzY29plnnrFY/y3pzJ87//7vKoNOAwAcntXQV3b4DfpX7QYEQD+PZk2YJAh4PlIR6a5Zey6X2WLv6NrbTTPMT+1r34wyjY+T529KqtKEagCAMyXwZyEAQHRx9SpiHBI+DaYDhIfLL0QKO2A98JiYmP/7v/87c+aMMXS3s7ObP3/+W2+91YpB76VLl86aNQsANm3aNGvWrNrV+JqZJD9+/PjmLyrZJbzhNPW97G+r71g3+GPhKXjDcaqFu4Q6I4rin/iTkxT/+D4NQJDSCt6lc+zkeNWLc2kBzv9ECCGEzKYnBvA2NjYDBw68fv36V199tXLlSqFQKJPJ/vvf/9I0PWbMmO6RjN1RmHz41NRUJlxPSUnJyspqzoEEQcyaNWv+/PmN5cPrASQfffTRBx98AACrV68eNWpUN/sxKRSKZcuW/fHHH8xdG5eQMQuP2LrXTwYZ6qvytG3B4u3+DjpHsvr5XxhlNXTAE6rfGVHW1QHwA6vHY/VJj5flY6J3AuADf+hjDQAJKpOl89vB7du3N23adPr0aeMWJnT/97//bW1t3bpzjh07NjIyMi4uLjMz89ixY88++6wxSf706dOFhfXLuRmT5MePH99d5938y27cmcrbJ6Q3AGqNwDP45LMBY2faje6IfqHOhXv1Yq3oHaon2gAAAKu4SHD0V+VLLV5xEyGEEEJN6YkBPAC8+eabqampcXFxs2fPdnd3z8nJoWnay8tr7ty5Hd21LqZePnxSUpLpqn7W1tZMfXgvL68jR46kpKQAAJfL/f7775999lkTB77yyiu7du1KTEzMyMj46aefFi1aZOZH0nFSU1Nff/115qkAgPFTX/Kb/qMaxLXbEASM8FNNCjeVvNAoY+TJLHveTLTIyuDkwioulLMeT5V/xxd8hbAtE/Q0AMDbPjDKntmjoMxWj43Q68jiItBoQCAwODpDg0Xp2iN0N1qyZMmCBQsAYN3atb/u2X3x5k2Ntn62gre396hRo6KionrCl30kQf7o/cFG3v7txX9q647AO/q4bvNZTgDR1LGop1ApubdvmNjPys5kZz7S+/hbrEcIIYRQ99ZDA3h7e/tNmzbt37//1q1beXl5jo6Ow4cPf+mllwTdq+6OVEVWKFkkAY5WeiHXDBOVW5oP31R9+OLi4hdeeIEJWQUCwS+//DJ27FgT5wEAFou1YcOG5557DgC+/PLLmTNndnjhtCfSU0RhJUutI6z5lKO48bnrhw4dWrFiBVOTnMfjrV279s0339TqtbE5iocl3Eo1yWPT7hJ9f0+1cxNnMM1YX6324ufNoR06UvDnYVdtrV8RU50hUAQH82GgBCbVPPkuHDOUJCBUKt6lc+yE+4ShOsWA5vF1fZ7SDh1Js9kAcOvWrc2bNzcM3RcuXCgWixs/aUskJydnZmby+Xy1Wp1fUJBfq8gliyQjevViBtsjIyPbfq0uhEtyPnZ79d9O08/KYpayZlOPVy4YFjKATdT/egX1QOyMR8b3bJNtHqZgAI8QQgiZS5cM4Pft29f2ZjY2NgsXLly4cKGZOtW5JBRwz6QI82XVP1+CgEBH3cSwKnebFiRgtyIfvjn14bOzs2fOnJmRkQEANjY2+/btGzRoUHP6M3z48ClTphw/flyhUGzcuPHrr79u/mOxMIWGPJkovJfL01HVQ5RiPjWhFzHCr6aNRqNZuXLl//73P+aun5/fzp07w8PDAYDLpof4qof4mmF9YGYE3trauqXLm+sDQzSDh4+6e56ggTaOs4ZYwSdB9VqOELc1piVlUuHB3URlnbXfCY2ae/MKKyPtgl/olu3ba4fu9vb2r7/+ettDd7VaffPmzejo6OPHjzdclkLE4Yzycp8c4Ds1wM+ubz/V1JlAkm25XNflyJa8bD/uU4ltWVkZs8XfH+MxBADAklXUvpshlbmLrbh1c2fIum0QQggh1BZdMoBHpkUnCc+l1ikaRNOQWsxJL5XM6i/v7aZp6sBW58MzY+y9evV6Yn34lJSUF154gQmWHB0dDx8+3KKy/59++umZM2c0Gs3evXvnzp3bp0+f5h9rMcVy1o5rNnJ1nWBPriaP3Ib72bxXB6rYJP3o0aPXX389MTGR2Ttp0qQtW7aYfb0xnU5XXl4OLcyfN9KOeNrO2W1mXskRSX5TbexY1rPsnpA98QQ0zf/rSL3onXEtN/+zQ3+ez8oxbrG3t1+0aNEbb7zRlmSZ0tLSc+fOnT59+uzZs0pl/YL8bJLUUxQA/D5jyigvj+qtqcm8m1c0Q0a2+qJdHVlRZi8QlD2+G+Dc2fNfkIXUTe0aufdIhVrT28nh2isvNdUGIYQQQm2BAXx3E1/ArRe9G+kpOBBr5W6jtxcZwHz58M3v2927d2fNmsWElJ6enkeOHGnpOJ6Xl9fChQs3bdpEUdTq1auPHz/eog5YgIGCPbetmejdTVswRHbDV53FpTRVbKtUQeAVw5ATCUJW9uF33nmnsrISANhs9sqVK5csWdIeD6SoqIiiKGhtAA8A+qCQz/y/vJv8fpq2/gA1AHBJznaf5Taslo3t18POSGMV1T/5tdz89VdvXagVujs4OCxcuLAtoXtycjKzbPvt27cbVpLv5eszxdl+kr/vX8W6jad+B4CFDyrfGro4tCp5WOU1kUHJuX1dO3BoD1wTi9DpeOdOceLv2dE1kzgi4u8ITtirx02ku3shAGSaoVYFx+IqZYmyTkUMGoAAoCS2Fu8XQggh1G31uA+j3d7ZlMajd8qgqyxKleYnLr8Qpyu6nZKSkp2dXS+MqadePnxISAiP19w1nwmNhqyU0QTQEluazQGAK1euzJ07V6FQAEBgYOCRI0fc3d1b+OAAAJYuXXrw4MHCwsJbt24dPXp0+vTprThJ+7mfzyuWswianl56PKriLGEce9JASFXK6OJTs/YVnL90kNnm7u7+448/DhgwwIwdILRaslJK00BLbJuqYKfVahuOPCsUCoOhzjR7g8Egl8sB4EvDvG0lf56rjDXQFGgo0FIA4M93f8NxKimV/wP/VFZW1nstNXUJvb7OJA6KopQP4lhFBXSt0tVXc/Ov59WE9K5WoqVzZ89evbb5Lz8j00nyQqFw+PDh48ePnzBhgs/5U4a8vP85z87nhfCvXlbLS9ITzl0tkSd7TzttN3Ze4Z7wqiQyN8fg7dvSPnRtFCX48xArMx0A7AV84+ZAWxt2QpxAVqF8cW7DWoOo5zD4BtIsFmEwAEBCaXWKRphDdYVL5k2tD+hWyysihBBCHQsD+G5FriaN894Z0vzEu0c/qch9IC9OoyhTE+AlEklYWFhoaCjzb0hISOsmGLPycnhXL7JysoCiAIBmsQz+gX+qqfnL39doNAAQGRl56NAhe3v7VpwcAEQi0Zo1axYvXgwA69ati4qK6lSlB5OLuAAwvfT4+IozzJZDSakPiksBoFipPPUoq/hxWOvh4TFs2LAdO3Zs37699hl0Ol0zQ19mDN+IMBjU8krmSWZoH8fUhw8fPnz4cJsfXB2PIOkjOGvec9bjLrZ6f1D/eb3DycHDNC2J3o1J8ufOnWuYV+Ll5TV69Oh6leQJuewX51fviXuzAcLGvXvnjzWuIU8DQQJAFUu0w23BeznfusplrSkk2JVx7t9honcAsONXB/BOIqGExwMAVm429+5t7VODO6x/qKPRAoFuwBDujSsAEF9SHcCHO9TMpTJ4+uh9/Bo/GCGEEEIthwF8t1KhaqTIVmbMkYYbuVxuUFBQaGhoaGhoeHh4SEiIm5tb2zvAuXOLf+E0E7ozCIPh0O9/vnXqHDOveOjQoXv37m1j7bEXX3zxl19+iY2NzcvL+/77799///229ttMqij1Kf3ZJIdLlx2SPgAIUQhmFNkeP55xJDG1YePc3NxDhw5ZvpNdgofYaunAfvMjwwVsNgBo2c36TWU6ST4iIsJEJflEQfA9cW/mduiYt91Cxzn61dRW1BGcA84zlrHSW/+QuibOvVjjbeMIfKCtpFaDGAzgezjNsNFERTknJdE4Ah/h6MDcMDg6qabPhE420QkhhBDq0jCA71ZYDeJ3a5cgFptn0GuENq4S93CJa5ijT//Vs9zDQluQD9/cq+dkaMrM4wAAIABJREFU8c9HQ93A6fvYuPfPXWI2jR8z5qc9e/h8fqOHNx9BEBs3boyKiqIoavPmzbNmzfLw8HjyYe0sTpk2L+M/OdxieDwpOEWo/supwt5eboGri7lcNlnnUzJJkAaKkmo0AOBoby+0sgIAoVDYcF0ASa1ZrAwul9swr8HKyopdN5BmsVgNv4sRCATNvIRQKAQAdnICOzWJ2WjN5bJIgkuSA91caheyNtg5NHzIjOYnyZted/Amr3dN34QSB5+n1PISvtjRuDGH5/2AVxpi4hTdDqHTsUqKjHdtjQG8Xc1Pk6woJ1QqujNlwSBLI0n11Bl6/6D4g38wGyIc7Wkbia53P+2AwT2wbARCCCHUrvAva7diJzSQZO3xbyBJ9pTVN8QOfhyBNbPF0crQt0+7LOrDu3qxXvT+1c3YNf9cY27PCgva+sosQ5ujd0ZkZOTMmTMPHz6sVqs3bNiwbds2s5y21XK0xS8+Wleur6y/I0tVliM13uvr7Lhi8FMSPo+K7McfOLReW4FA0PBblYal6Xk8Xr3oWvDrfnZGWsNevXHi7P/ikwBg3xuv9V3+UQsejwWxhgwW7t4BTZdjoDkcg19gvY2mk+Q9PT3HjBlTL0netAKyJlan9Nqjnw2Q5sUPfeWHoBHzjdvXld044OtJEj1mMTlVnakczsLq+hoh9nUWmyBUSgzgezqC0IX1Si6XAoDExlr84VqFsE21LRFCCCHUFAzguxUBhw500KYU14lY7DzrrLVmYhm5tiDUalZeTc1wiqbfPXPxx3vxzN1F/SK/HjeSyEw342D0unXrTp48KZfLf/vtt1dffXXw4I7M4/284H/1o3cDDYfzYW8e6CgAIAhi9dABK4cOZAEBBGhCgrWNJXK3AqHXs7MzGt1VoKiObD3kMqDpzpnIanB00vXqw7l/t6kG2qGjjPGhiSR5kiR79eplIkneFJpW1/plWJZzryL3PgDE/vaR74AXOfzqLINcjSy68tZEmx6TMS6oUxFzSoDvQDcXPUW9GFrn+xRa0HjhTNSjZGdnMzVKQ8PCaYzeEUIIoXaDAXx3Mylc+aiUo6caD9VsBNSoAFWju9qIVFTWHvr/8MIVY/S+ZtjANcMGAQColIRGQ5spdd/JyWnJkiWff/45TdOrV68+c+YMSXbM0KiK0hyvuFZnU7oSvnoEaY9Hhh24vovC1qhr5lTTIitzXZ1QyKFu9Xga4EZegYDNLnw8NO3K4xiUVWa8qHmpx00CjYaTklh/B0FoBwyp7NX35j//REdH//333/n59VekFwgEI0aMaE6SvAmEXmej15Sxqwsr2jgHuYY8XZB8Xq0oTTy3JXLyama7klV6Snaz5wTwNIdjcHRilRQzdx2EgktzXqjXhrK1x+F3BACJidXv37CwsI7tCUIIIdS9YQDf3bha6+cMkB+MFav19WN4W4Fh3uBKPsfU0nGtRtesAgbfx8Z9G3MPAAiAL8eOXNy/1nCoWWPst99++8CBAxkZGffv3z906NDLL79sxpM3X6a2UE1r62z6u6g6eicAJjjBm945AjZ1niYfP0sGL/OtRlb3KX1QUvrcr8dy5YrngwPyFVUAYMvnCdhsRQd9u9EsLJZ62kx9WgonLpZVkEeoVLTIqtDG7qRcdWrPgfOvvcGM7NXWiiR5E2gON1iVkM6v/qFwhZKnZv732IZBbK6QeJwwbyB0Rby4LI1/G6/Vtegi+7POnjTZoJ/FOoM6s+TkZOZGSEiPqhSBEEIIWRoG8N1QmIv2vTEVl9IESUXcciWLJMFJpI/00A7zVbVT9C7VK3hinojFAoPh5KPMD85fZrb/v5FDa0fvtFhMczhmvC6Xy127du28efMAYP369ZMnT7a2tjbj+ZupytAgqWG+F9yUAgHwnh/0swEAHdAaFi0wEACg9w2gHBwbnqd1KJEVzeYQeh1z118iqVBrAODko0y1Xg8ArlYiWiCg+Z19mFQfEKwPCK5Okv/7CUnyvXv3Jsw6I2CYOOsUqGmortHg4DNg2Cs/eEZOFVg7M1tSrP7QEUrzXrTz00X256SlGFeSq8fg4aXtN9DCXUKdE47AI4QQQpaBAXz3ZCukpveumg5VFGXeMe86ktRZmwoPn6uMlRmqAMBrhGjkVcPvR68aaBoAXusdtmJw/9rtdYHmH5mZMmXK6NGjL168WFJSsnnz5o8//tjsl3giZ45d/U1CFqwPBhceCKpLqdvp2AIDCQC0tY16/FRzXp7F0vsHGvPPhRz2wFCPC/czVI/Xjc/ygI2R6tdprYAw87oD5qLRaG7cuBEdHX3ixIm8vLx6e41J8uPHj3d2dm6nPgj7RkTc/PG+8G0Cqt8wQSMWGPeWcBNiJdsBwI9nhtUWuxKSVD37Eu/cSU58XJ1CgwShD+ulHjcJai0WgHoy4wh8cHBwx/YEIYQQ6t4wgO/m2i96P1B+9v2crVpKZ9ySXVq+d2s86HQAEOXr/V3UmNrtaYFAO3hEe/Rk/fr1Y8aM0ev127dvnz17tp+fX3tcxQRPrpMfzy1dU3d6tm+dyl5jysVAEHRoRNWYKLNXeNIOH81+lEro9QCwwS//4nMcuF+zt8qJ9YnVrf0p7x32/9Sda7aR/7YrKys7e/bs6dOnz58/395J8k+k9wt4KT1+i/CdPtL3bHU1efIGQpti9UesZLueUAPApB4zAd6I5nDUE6ZpBw5lP0xmlZcBAGVrrwsINmMWCerqtFpteno6ALi7uzdcOAMhhBBCZoQBPGqNa4r497K/NdC1FqyT62F1MlToAIDtLfpuxjPsWl8e0AKB6vmX26mIWkhIyJw5c3bt2qXVaj/99NPdu3e3x1VMW+z8/LLs75raSwKxyPNl9sSJGoGQViqbatZqlJ2DevoL/GO/7bcvWO+XB54SELGg6nFlO3suAKSqc2anrz8b/H9sooOHTI2V5GNiYqjaax62c5L8E3HHTp8b+3C961x7XZCdNpBDCRXswiLePQ1Zvb7AcHHvp6176JRvys5BO2h4R/cCdVJpaWlarRYAQkNDO7ovCCGEUDeHATxqjc/yd9eJ3vU0rE+FHBUAgANX/3nwLnXl2hQBANBisS44XDtwaLuWQF+1atXRo0fLy8tPnDhx4cKFMWPGPPkYs5pt98xV+YPfKv5pdO9a99d6O00kbO1ArW6nDuj9AuWvvvlx2iIAAA4JQ2zhbGn1PrvqugMJqoxfyy/Osh/bTn0woZlJ8lFRUS4uLpbvXjWCWNx/eWYm53/Sc2WclHo7ewv9f/b9kICeNQceoebACfAIIYSQxWAAj1qsSFceU1UrvKEBvnkE9yoBAIQs+CwEHLl/CIhl4z8AkqQ57Z78DAC2trbLli1bs2YNAHz88ccXLlzgmLVa3hORBLnVe1lvof/mol9rLwjvw3VZ5z5vimSoBfoQwynOZz1euG6UQ00Ab1/zI/hbdt2SAXx5efmZM2c6SZJ8c5AE+Y3v0nHSwdtK/oypStbTBgAI5HvMsY9a4DiVS+AvTIQagSXoEUIIIYvBz6OoxTK1hTTUKmelpUCqBwBgE7A2CPyEAJCuzqd4PEsOV86fP3/fvn1JSUkpKSm7d+9esGDBk48xK5IgFzk9N99xym1FUpa2iEWQQTzPSGEAi7DQ+m11JuH3twErNij0ADUj8PXbtJtOmyTfTJMkgydJBqtpbalOJmFZWbE6ewF/hDpWUlIScwNT6BFCCKH2hgE8arE6yfMAwCNhfTBsyYAwMbNkGgDQFo/L2Gz2+vXrZ86cCQAbN258/vnn7ewaFIdvfzyCM1zcu0PmClNQ6+fCJmC0PRwvAi4JHjXxZ/2fnfkYk+RPnjyZm5tbb29nSZJvCT7B9ehMNf8Q6rSYAJ7NZgcGBnZ0XxBCCKFuDgN41GKeXKf6m1gEvFen9rsnx8nys4VHjRr1zDPPnDlzRiqVvrZsc/+XvtVThERABTlph/upbIXtFbt2Ep6cuj+XN73BRwCBVmBd8zb35j5hGTaFhryawU8q5JZVsdgkOFrpI921A73VHBbdaHtjkvyFCxfkcnm9vR4eHk8//XSnSpJHCJmXQqFgvrPz8/Pj8TrpWpUIIYRQt4EBPGoxT65TGN8nUZ1pok2UzQBLdaeO1ev+c/7iJYNOc+PkDucB/7b16FUkZxXJBTcz+S/0VUS6azqkV5YxUBRqyxZX6B9H0XwSptUf6zb9c3lUyvnfbbFSW53zrwGoKudklnOuZ/JfG1TpIDIYW5pIkgeA4OBgZrB94MCBnTNJHiFkLklJSTRNA+bPI4QQQhaBATxqjY/cZr+SvqGpvdYs0WLn5y3ZHwZFw/miyNAxi+NPf01ThpsHl054/xyzS2sgDtwRW/MpX3ud6ZN0XVySs8z5pY/zfmqqgRfXebZDVFN7i+WsX25aa/WNxNvFctaP16zfGVEaHxfz119/NZokz+fzBw0aFBUVNXXqVFdX11Y/CoRQ14IT4BFCCCFLwgAetcZEm8ErXef8t2BfnWp2AABgxRLs8l3pxLa1fK/u5vJzKth9pq17dHOfSlZYkHw++95fXn2mM3spCo7Fi94ZJbV8xyzmLadpyeqsfWVnGu5yYtvu8/uYTzSZxx6dLGo0elcrSguTL1yKO7btjT9VVfWT5B0cHJ5++unx48ePHTtWJBK1sf8IoS7HGMBjCXqEEELIAjCAR620zOWlfsKgrwoP3lYmUzQFAHyCO0kyeKXbXB9ux1Qpu5fLBQAOX9xv+v+7uudNALh1aJl7xAQWu3paZq6UXVrFqp0K3s0QQGzyemekuM+Wol8TVBnMRjFLONN29Aeu/3Jg2zR1oFZPJBbWWXhPUZaVfmNfdtyx0oxbNF2/knyfPn2YJPmIiIj2eCAIoc6vQFd2TRF/7v5l5i4uAo8QQghZAAbwqPVGW/cdbd1Xqlfk6UpYQPry3XiERVdfr6dYUf16DhwxP/nitrLsu5qq8orc+w4+NRO/i+XdOYBnPG87ciYdbrh7jZWdwVVpSZ6AcnPTkZUG9yYD+DIly0DVGX6vyIuP/WN17S0srmDY4IHjx2OSPEI9XaletjJ3x1HpVYqmICUdAIBHvq35/kvV2+EC347uHUIIIdSdYQCP2krCtpKwrTq6FwAAuseBOUGQg17e/Oj63n7PfcYXO9Zt0wNqqsXGXLlfdsU6pMJuIAEaW332tOx7T8XH6SL7q8dNBLKRden1Db7TcAt5ms0T6TVVfLGTe8R4r8ip7r0mfjFTwyEbL0ePEOohCnRlk1M/yNEWAwCU60CmAwDwEd5WpUxIef9wwP8bYhXesT1ECCGEujEM4FH3IRFQCk11dOocOMI5cERjbbr58HtWTPr2vKcMdg7GLSXsfj+5TPvZ9e+N8Wf4LJZm7ISGR9kI6leSZ3EFw1790cYlxN6zDxAEAIi4FIdUt2vnEUKd3/Ls76ujdwDIVFbf8BEAgJrWvpX55Y2w7UKS30G9QwghhLq5RsbiEOqigpy0phuIuLSnRG+ZznSIgjL4Lr+3AWqid2a4nAAS6Kn/Dp1Axd0iS4sbHmjNp1zE9Z8Zv4Ev23v1hcfrwAU7d9sC/gihZnqozj1TebvmfsbjAN5XyPy/QFf2R8Vli/cLIYQQ6ikwgEfdx3A/NZ/dSIK3cdPoQGVj+ePdx84YPUHXGfiqPWHARjvpCy8bdnJio8eODVaZODNJwugApYkGCKGe4LI8rs79mhF4oXHbJfk9C/YIIYQQ6lm6dTSDehgrHjV7gJzdYJI2E8T2dtOM8DcVo3Z1ZVUsmbpO/f+q8px6bWKsB5FlRY0eHumuGe7X+PNDEjAzUuFi3c1nHyCEnqhYX3clzlAxDLcDN37tAL5IV2HpbiGEEEI9Bs6BR91KsJN2ySjZ8XjRw5KaevhiPvV0kGqoj4ro1gXscmWs2ne1Sulva4IlrqGhTy8OHDaP2cg3BGVBnHMTZ5jWq8rTVn86WVhWVXMqT1v9lPAqX3vMn0eoldLLODcz+TkVbKWOsObTYR4w2IuU8Dq6W60iqje5fZITTHKq18aKJbBchxBCCKEeBgN41N24WuvfGCqTa8h8GVtvAFsh5WKtJ7t16M6QaepMYmdzhUHDXk+68H1B8gVjAM+lRCUiVlMBPAD09dD08dAUVbLKlSySAGex3lZYv74dQqiZKAp+i7O6nV0T9Cq1UJgIF5NFk0JhZEDXywkKFz55lbgIgZ8FeoIQQgj1TBjAo+5JzKOCn1TTrpux49cZgSfZXEV5tsjOs/fEj4wbVawKsVuA6fMQAC7WBkyYR6jtjibUid6NKAqOJ4gEXHqAVxdb2WG4qJcb1yFfW9pUAzbBmmE7ypJdQgghhHoUnAOPUDfhZ2+giTqj5eOWHH3xi2yJW5hxi4wb5xE0zOJdQ6gnKqxkXc8wtZra3wkirb6LZQdxSc5/Pd4iiSY/PLzt9Hwg38OSXUIIIYR6FAzgEeomhFzKzjHbRAMDoY10LWGxOSbaIITMJS6PRzeyLEYNpZZILeFaqjtmM9Fm8HdeSxuu9E4Asdj5+VWuczqkVwghhFAPgSn0CHUfS/pZfXyhiKNpdJI7nen4866g5y3dJ4R6qiL5k//CFlayIlwt0Bcze8FuzCjrPntKo6/I75fopTYsUV9h0Bz7qFCBd0d3DSGEEOrmMIBHqPuw4sHq0YbPbz5gScOJWvk1VewiudsfWyPGillCE4cjhMxI14w6EjpDF0uhN3Ji277vMut9l1kd3RGEEEKoZ8EAHqFuxYHP/WaU642y+Ojc0mKlgSI09tbKZz1dhopndnTXEOpZrPlPXsHBmo/VIhFCCCHUAhjAI9QNDbZ3G2zv1tG9QKhHC3LSNVqCvl4by3QGIYQQQt0DBvA9GqGsYqWnkbIKAIK2s9f7+NMCQfMPJ0uKWTmZZJWC5nINzq4GL18gsSwiQggBAES4ahythCUKlskGOAKPEEIIoRbAAL6nMhh4Vy9yYm4SBr1xG83h6AYN0wwa/sQ4nKiU8aOPszMf1d5I2Ug0UZP1Pv7t0mGEEOpSWCTMHSjffsVGqW1koruz2DCjj8LyvUIIIYRQl4bjpT0SRQmO/sq9ebV29A4AhE7HvXJRcOoomFz7iJBJRft31oveAYCUSQW/7uekJJq/wwgh1AW5iPXvjqqIcNUStUJ4DgtGBOreHikVcU2uMocQQggh1ACOwPdEnAd32WkpTe1lJ9zn+AfpgsOaasA/c4KQy4EGqDuqRAMQNM2LPq739KaFIjN2GCGEuihbIfXKwEqFhsypYKv1hBWP7htgrVOrNRqM3hFCCCHUYjgC3xNx79wy3YATe7OpXaS0nJ2RBlA/ejduIDRqTnxcm/qHEELdixWPCnXR9vXQBDnp+JyO7g1CCCGEuiwM4HscQqUiS0tMt2Hl54Kh8dJKrJzsJ16ClZPVmp4hhBBCCCGEEGoaptD3OERVnbJJVTrd9byC67kF/V2dJ/n7VG+laUKlpK3EjRyurHN4lqzyRn5hbEHRisFPOQoFj9tUtUfPEUIIIYQQQqgnwwC+x6H5ddYlvpqbP+3IUQB4OTy4JoAHAH7jyxfTvDrb/3s95pf7CQAw2tuz5vAmjkUIIYQQQggh1GqYQt/j0CKr2kPrg91dWQQBANdyC4wbKQdHmt34NE3K2bX23adcnZgbsQVFxo0GZzczdhghhBBCCCGEEGAA3xMRhDYi0njPmssNd7QHgCxZZa68Oj1eF9GnqaMNLm4GByfj3X4uzsyNmMLHATxJ6sJ7m7vTCCGEEEIIIdTTYQDfE+kGDaccHKvv0DDUo3rA/FpuPgAYXN11/QY2eTBBaMZPoVnVky8iHO0FbDYAxBQUM1s0g4dT9g7t1XWEEEIIIYQQ6qkwgO+JaC5X+cIcg6c3AAABQ9yrs+Kv5xXo/QKVM16mWSwThxvcPFQzX6ZFVgDAIckIRwcAKFOpshRV2uGjtUNHtfsDQAghhBBCCKGeB4vY9VC0lVj50iuszHTOo9ShEns4Fg0AV6rUqhkvN+dwg5dv1ZtL2InxrOzM/kF3bxcUAsCV0D7Thoxs334jhBBCCCGEUE+FI/A9GEEYfP3V4yaqXptl5SIBgAcPH3penT4u5b0tRb9WUWrTR9Nsjq53X/nkqdKJ4cyWBVc29kuYvzzn+4fq3HbvPEIIIYQQQgj1MBjA93TnKmNHJL2tCGMDAFC0OvH/t3en8VFU+f7Hf9V7NrJDCCFAQBGQfZFFQBHBEWUUHRZR74wOOHfCIKPCDIncqyNhFFxR7lyD6OgA3uSv8lJQBBfEsA37pgRQZI2AJOmkk07v9X/QGEIIASFJpdKf94OZrlOnKr/wil397apzTtEu53fPFLx9074/HXAdq/3YM76SUQdm/F/CpuCmmu845jn9zplPb8r/0+LC1fVdOQAAAACEFAJ8SNvnOvLbQ3NK/OXS5eeF5b5xBP//sOfkuO//2+F3XuxYvxqYeOhvO5wHpXWYhBtFRA6Uiyoi4lF9jx9b8Hnp1nouHwAAAABCCAE+pM0ueNulekTkXIDf66jce9zz0/+cXnaxYz8oXru9/ICIiCLSIUJEpMIvxyuCewNqYNaJN+qnagAAAAAIRQT40FXqL19TuuPsRrtwiTKJiOSXiU+t7POhfd3FDv/Ivv7cRseIsy/2l1e2fec68U3FD3VXLwAAAACENAJ86DriOeVVfWc3FJFOkSIiflVOnJu+7pC7wK8Gajz8vJnqro08++JYxUX7AAAAAACuAsvIhS53wHPe9n2tZHwruSZCrOe+1gmoql8Cxpq+6PGo3nMbPaLlbx3l2kiJM5/3I6r2AQAAAABcBQJ86EqxND9vu3PUhX0STTEWpeY/klaWxGOe02c3ok3SP/bCPq2r/QgAAAAAwJXiEfrQlWSO6xLWrvY+tzTrfdFdURfdFRRtjOgT3vFKKgMAAAAAXIAAH9KeaDm+lr0WxfRo0r0X2/u7xNvjTc1qOXxqi3stBnMtHQAAAAAAl48AH9LuiB44tUXNEd2smF5r8+f21lYXOzbaGPF2WmaEwVbj3l/H3JjefEzdVAkAAAAAIMBjVvJ/vNnurx1tqZUtiiiDIruuuOa5u2OH1H7sDRGdv7zulVExA4zKuT+kFEvi3Nb/ubDdjKqNAAAAAICrxCR2kDtjBt0ZM+io59QhV4HFYL7GlpJoirnMY9Osyf9sl1HiL99Xcbgi4G5lSbzGlqKIUq8FA42Zy6fsPG49XGQudyuRVrVNnLdHittmUrWuCwAAALpHgMdZqZYWqZYWV3ZstDGif2SXuq0H0KPdBdb3d0ZWeM99h7XtmPXTfRFjupf1SvVrWBgAAACaAB5yBoC6sbvAumRrVNX0HuT0KEu2Ru06zpyOAAAAuCoEeACoA26fsmxXhHqRJ+VVVT7YFe7yNmxNAAAAaFoI8ABQB7750VLuqe0d1eFSdh5tsHIAAADQBBHgAaAOHLNXn1LE63Jseneqs+THypZDPzVsTQAAAGhaCPAAUAdc3upvp7s+ztr3xavvZ1yz46On/D63iDjdWlQGAACApoIADwB1IMISqLrpdTn2r31dRHzu8p0fPf3hU92P71kZFaZRcQAAAGgSCPAAUAfaxp83Q53ZFnX303vbD3hAFEVESk7u/+yV2196/NZ9+/ZpVCAAAAB0jwAPAHWgUwtvXPh5K72Hx7Ya8vA7v3piTWxKt2DLv9d93r1798cff7ysrEyLGgEAAKBvBHgAqANGgzquV5nJUH0duaSOQ3/93ztu+v0/Y2LjRcTr9S5YsGDAgAE5OTnqxRadAwAAAGpCgAeAutEu3vvIoJLmUf5q7UnN1Bdm/Hr7ti1Tp041Go0icvLkySlTpowcOXLbtm1aVAoAAABdUrgFdDVKS0s9Hk/tfRRFiY+PFxGfz2e32xukLjRGcXFxLpfL6XRqXQjql6rKd2fMh4vMTo8h3BJoG+ftkOBVFDGZTDExMTt37pwyZcr69euDnQ0Gw7333vv0008nJCRoWzYaRvCK4HA43G7WJAhRVqs1KipKRJxOJ1eEkBW8Itjtdp/Pp3UtqF9c31HnuAMPAHVJUeSaRO+tHZ2/7lp2a0fnNYleRTm3t0ePHl988cXixYtTUlJEJBAI5ObmDhgwIDs7m49xAAAAqB0BHgAa2siRIzds2DB9+nSr1Soidrs9MzNzyJAha9as0bo0AAAANF4EeADQQFhY2IwZM/Ly8kaPHh1sOXjw4NixYydOnHjs2DFtawMAAEDjRIAHAM20a9du0aJF77///nXXXRdsWb169cCBA+fOncsYaQAAAFRDgAcAjQ0ZMuTLL7/MysoKTm3lcrnmzZvXr1+/nJwcrUsDAABAI0KABwDtmc3myZMnb9y48cEHHzQYDCJSUFAwZcqUu+++e9++fVpXBwAAgEaBAA8AjUWLFi1eeOGFVatW9enTJ9iybt26YcOGZWRklJaWalsbAAAANEeAB4DGpUePHp988slrr72WmJgoIj6fb+HChX379s3Ozvb7/VpXBwAAAM0Q4AGg0VEUZdy4cRs3bpw6darFYhGRoqKizMzMESNGbNmyRevqAAAAoA0CPAD8MgZ7kXn/t+a9O40/fK94PfX3g6Kjo2fNmrV27dphw4YFW3bv3j1q1Kj09PTTp0/X388FAABA42TSugAAaOz2u45uKc8v8pUmVRhu3Hqi4w/FlbtUs9nbo4/nxptVU329nXbo0CEnJ2fVqlUZGRlHjx5VVTU3N3fFihXp6enTpk0L3p8HAABAKFBUVdW6Bh0rLS31eC5x/01RlPj4eBHx+Xx2u71B6kJjFBcX53K5nE6n1oXgFzjgOvb4sQWbyr6p2jjiTPSr+W3auKyVLYHkFOfYB1SzuZZTmUymmJgYEXG73Q6H4wqKcblc2dnZL774Ynl5ebAlLS1t9uzZt9566xWcDZoIXhEcDofb7da6FmjDarUGF4x0Op1cEUJW8Ipgt9t9Pp/WtaDil3lLAAAgAElEQVR+JSQkaF0CmhoeoQeAmu10Hhx54PFq6V1EVieUDLrh2wPhrsoWQ8Fx69rP67sem802derUjRs3jh07VlEUETl06NB999137733HjhwoL5/OgAAADRHgAeAGnhV3x8Ov1Dmr6hx7xmz7+HrD6nKuRbz7u2Kq+bOdatly5YLFixYtmxZ586dgy1r16696aabMjIyysrKGqAAAAAAaIUADwA1WF2y5Xv3ieqtqsjxCvmqUBYd3WIsXR9d5Ul4v9947EiDlTdo0KAvvvjihRdeiIuLExGv17tw4cIBAwbk5OQwMAoAAKCpIsADQA3WOXaf21BFVv8kf/5G7toiD+2SOQclp0C+L/8qrrTqIYqjtPpZ6pPJZHrwwQc3bdo0adIko9EoIidPnpwyZcptt922ffv2hqwEAAAADYMADwA1OO37ear54xUy/Vt5/nv5xiEV/nM9vneetHrPO0aLCeFjY2PnzJnz2Wef3XDDDcGW7du3/+pXv0pPTy8sLGz4egAAAFB/CPAAUINIY5h4A/Kv4/LIHtn98631SJN0byb3tJQZHWRgbDOfseohgYTmGhQqIiJdu3Zdvnz5okWLUlJSRCQQCOTm5vbv3z87O5spjgEAAJoMAjwA1CBqn1/+c4/867h4AyIisWbJuEY+6CPzOssjbWR4grSwdnNEVPYPxCX4W7TUrFwRRVFGjx69YcOG6dOnBxeHt9vtmZmZQ4YMWbNmjYaFAQAAoK4Q4AHgPCUlJRkZGQsffE6OVoiIKCLDE2Rhd7kpvmq3OK/p9jPRZzcMBtctt4miXHCyhhYWFjZjxox169aNHj062HLw4MGxY8dOnDjx2LFj2tYGAACAq0SAB4BzVq1aNXjw4IULFwYCARGRVjZ5rrPM6CDNTFW7Kao8f6B18BF61WDw9Bvob5umScE1ateu3aJFi957772OHTsGW1avXj1o0KC5c+e63W5tawMAAMAVI8ADgIjI0aNHx48ff//99//4448iYjabp06dmrn8eXPPuGo9w/yG1/Lb3PdjQnBTCQQsm9aFffB/itvV0EXXaujQoWvWrMnKyoqKihKRioqKefPm3XDDDTk5OVqXBgAAgCthfOqpp7SuQcfcbrff76+9j6Io4eHhIhIIBFyuxvX5Hg0pLCzM5/N5vd5Ld0XD8vl8b7zxxkMPPbR///5gS//+/d99990xY8b0j77+N3E3hxusRsUYbYy4zpz8wKHwN75pM7S4WbWTGIoLjT+e8HbpdrEH6Q0Gg81mExG/3+/xeOr1N6pkNBp79+49fvz4srKyPXv2qKrqcDg++eSTTZs2devWLTExsWHKQKXgFcHj8Vzy2oGmymQyWa1WEfF6vVwRQlbwiuByuc4+7YWmK5gCgDqkqKqqdQ06VlpaeskP4oqixMfHi4jP57Pb7Q1SFxqjuLg4l8vldDq1LgTn2bt372OPPbZjx47gZnR09IwZM37/+98bDDU8oBT2Ya7pQH4tZ6u4/S5fl2417jKZTDExMSLidrsdDsdVF/6L7dixIyMjY+vWrcFNs9n829/+9q9//WuzZtW/jED9CV4RHA4HYxlCltVqDT4U43Q6uSKErOAVwW63s1BIk5eQkKB1CWhqeIQeQIiqqKh45plnhg8fXpneR48evWnTpsmTJ9eY3hVXhen7g7Wf0/LNrrovtI707Nnz448/fu2114IfJrxe78KFC/v27Zudnc3dYAAAAF0gwANoso4UmT/cE/mPddEL8mIWb4naetTmD5x9vj04qdv8+fOD2TU1NTU3N3fRokW1fFNuKDwjVYLuvsIil6967jWcPlkPv0edMRgM48aN27Rp09SpU4NLzRUVFWVmZo4cOXLLli1aVwcAAIBLIMADaIK8fmXptqgFedHrD9l+KDQfKTLtLrDm7oh8/suYXd8VpaenVy6rZjKZJk2a9PXXX9988821n1PxnHvmucLnu+u95b3eXPLpocPn92mgwe1XIzo6etasWWvXrh02bFiwZdeuXaNGjUpPTz99+rS2tQEAAKAWBHgATY0q8q8tUTuPWy/Yof77syV3DB+Qm5sbbOjatevKlSvnzJkTERFx6dNGRFa+fnbDliMlpYfsJbPXb646j4gaGXXV5TeQDh065OTkLF68ODU1VURUVc3Nze3bt+/cuXMbbI49AAAA/CIEeABNzd4CS/4pS7XG4hN7P352UN6b/+EqLxKR8PDwWbNmffbZZz169LjM0/oTmqthYSLyXbH95S07RMSgKC8NH1J10nlf67Z18As0oJEjR65fv37WrFnBrzCcTue8efOGDBny+eefa10aAAAAqiPAA2hqth2zVd30eyp2fPTUR8/0Pv39xmBLavc7Pv9q49SpU41G4y84r8Hg7d1fRB7/4mu33y8iD3fv0rdl0nkd+vS/6vIbms1mmzp16oYNG8aOHRts+f777ydMmDBx4sQjR45oWxsAAACqIsADaGpOlJiqbh7fu3LnR08HfB4RCY9tNeyPH9zyp+US2ebyT5hfceSNn1bMKfjXi+1OPVN2fNWhIyISF2Z7avB5cd19063+xOZ18RtoIDk5ecGCBcuWLevUqVOwZfXq1QMHDszIyCgrK9O2NgAAAASZLt0FAHTF7a36VLu06TWmdbc7ju35uOPgSX1/M88c1kxEXOf3uZjjnp8eO/rqGseOn08dkPfPLhQ3Z+ig+LCw4OtAs2jPzSO813aqq19BKzfeeOOXX365dOnSrKysoqIij8ezcOHC5cuXP/nkk2PHjlWUy/pHAwAAQD0hwANoaqJsAVfZec/G97/v1e6lTyam3VDZ0symXnBcdUc9p0YdmHHSW3SuafFxOeUWEaVjZNRf73VXpKgGQ6B5C39ya6lp6Xg9MplMDz744J133jlv3rw333zT7/efPHlyypQpS5Ys+fvf/96lSxetCwQAAAhdTeQTJwBUSkvwVmuJTGhbNb3bTGpKjK/GY8vchp0nrF9/F7bxB1vG/k9Oee3n9p1wyQcnRUQUUae0nRL44FSPLt5e/fwpbZpMeq8UGxs7Z86c1atX9+vXL9iycePGYcOGpaenFxYWalsbAABAyGpqHzoBYFCay1Drs94D0lxGQ/U78G6f8v7OyKzVcUu3Rq34JmLZ7sjkQ9PvLng32dX3bI//OSzegIjInS2kY2Sxz/Fe8Vf1UH4j0q1btxUrVixatKhVq1YiEggEcnNz+/fvn52d7ff7ta4OAAAg5BDgATQ1SVG+27uUX2xvmzjf8Gud1RpdXuUf66L/fcTmD5zXHu1LHXH65baFN8ni47LFLiISY5bftg7u3VC2t24rb4QURRk9evSGDRumT59usVhExG63Z2ZmDh8+fOPGjVpXBwAAEFoI8ACaoCHtK+7r44i2nRfHTQYZ2M41aWCJ2Vj99vsn30YUlNQwJ0h58fFt780sePh/5Z3jZ5seTpXIsz1Pe4vrvvRGKTw8fMaMGevWrRsxYkSwZe/evaNHj544ceKxY8e0rQ0AACB0MIkdgKapRyv39S3dh86YTzpMXr8SF+7vkOiNsgYu7OnyKluP2qo1njm89ZvVLx7e9l7AX2VE/cBYGZFYudXMGFE/tTdS7dq1W7Jkydq1azMyMg4cOCAiq1evzsvLmzJlyqOPPmq1WrUuEAAAoInjDjyAJstkkGube4e0r7jlWmfPFHeN6V1EDheZfefv2bgkffnsvoc2vxtM74piaNHrZpnXWZ7qKFVG13cP71CP1TdWQ4cO/eqrr7KysqKiokSkoqJi3rx5N9xwQ05OjtalAQAANHEEeAChzuGu/k6YdO2Q4Auj2dZ+wAN3/W3vkD8tke7NqvYxK6bfxN3UMBU2NmazefLkyRs3bqxcHP7EiRNTpkwZM2ZMfn6+1tUBAAA0WQR4AKHOaqo+JL5N73uadxjU555nx79QMOThd2JadvIYq8+K91jSuPbWVg1VY2PUokWLBQsWrFq1qnfv3sGWvLy8YcOGZWRklJaWalsbAABAk0SABxDqWjarvia8wWAa9dd1XX/1F0t4bLClyHywcq9ZMc1sef/jSeMarsRGrGfPnp988slrr72WkJAgIl6vd+HChX379s3Ozg4Eah6zAAAAgCtDgAcQ6hIj/amx1TN8NQnNj/SL6DS8WZ8ZLe/7d+fXH0sap0ita82HEoPBMG7cuE2bNk2aNMlkMolIUVFRZmbmiBEjtmzZonV1AAAATYeiqtWfHcXlKy0t9Xg8tfdRFCU+Pl5EfD6f3W5vkLrQGMXFxblcLqez+grkaAyO203/yIv2BmrO5D1T3BN6O6q2GIoLlZISMZkC8YlqWNjl/AiTyRQTEyMibrfb4XBcsr9OHTx4MDMzc82aNcFNRVF+85vfPPXUU4mJibUfGCKCVwSHw+F2u7WuBdqwWq3BCSCdTidXhJAVvCLY7Xaf7xJfH0Pvgo+nAXWIAH9VCPC4fAT4Ru7gT+Z3t0WVXTChXe/Wrnt7lBsNZ98qzXt2WDbmGUp+/m9ZUXzt2u8e1HmT+VSxzxFnatYvotO1ttYXnj9EAnzQqlWrZs6cWblEfERExB//+Mdp06ZZLBZtC9McAR4EeAgBPpQQ4FHnCPBXhQCPy0eAb/xcPmXrUduB02a702A1S3K0r3dr17mn61XV9ulH5r27qh5yMNyV3unw17HnBfIbo7q90Do9zZpctTGkAryIuFyu+fPnv/rqqy6XK9jSvn372bNnDx8+XNvCtEWABwEeQoAPJQR41DkC/FUhwOPyEeD1zrx9s+2LT6u27I50juidbzf7f25Q5eeB8dHGiI+ufbazrW1l51AL8EEFBQVZWVm5ubmVLSNGjJgzZ06bNm00rEpDBHgQ4CEE+FBCgEedYxI7ALgMqmrdtK5qg1+R311/qDK9G1RTW+ewG4qn3XTmmQFFTySUDvnjoVf9aqhPw56cnLxgwYJly5Z16tQp2LJ69eqBAwdmZGSUlZVpWxsAAIDucAf+qlzmLRSr1Soiqqpe8nY9mjCLxRIIBPiuXa8Kjsv/vlK1YWWc/e4DX0myTZJtLRL6DSl/JtLfsmoHl9E+tPvJ33ZuF9xUFCU4AjwQCHi93gYrvJHw+Xxvv/32rFmzioqKgi3JycnPPPPMfffdpyihNZ+/1Wr1+Xx+v//SXdEUGQwGs9ksIvwZhLLgn4HH4+FzeNPm8XiCT9wAdYgAf1XcbrfBcOmnGIKXalVVCW+hzGw2BwIBPq7pVf43gcVvVm1Ij8lflPFZ5WZYdFJ0UsfrR05v3W1U1W6/H+zv2y4gIoqiBJdYC+U/g8LCwqysrH/84x+V/wJDhgx56aWXunbtqm1hDclsNvv9/kAg1J/OCFkGg8FoNIoIfwahLHhF8Pl8fA5v2txud2RkpNZVoKkhwF8VxsDj8jEGXtdMP3wX9t7Sqi23+//95Qubq3UzWsLuzNwc2+r6ypZwizr9lqIIixqaY+BrtHv37pkzZ27efPZfz2Aw3HvvvX/729+Cb5VNG2PgwRh4CGPgQwlj4FHnGAMPAJcWiKt+AW7VMlqmpUWO6ZXa867YVtcbzTYR8Xsqvnp9nM9z7kO506PsKbA2aK2NXrdu3VasWLFo0aJWrVqJSCAQyM3NHTBgQHZ29oXPJrhV70lvUZm/QotKAQAAGhcCPABcWiA6xt/ivCHug0wJcnvzDhP+cEv6srue3jP+xZNRiWkiYi/49tvPXq7a80iRuUFr1QNFUUaPHr1hw4bp06cHpwYoLi7OzMwcPnz4pk2bgn0+L9065rsn03aP67r3P9rtHtv/2z+8cur/uVRmEgEAAKGLAA8Al8V98wipMufF6J9imvmMlkCz4KYlLPqmR3KMJmvnW6ZeP/KJqgeWe0JrkrbLFx4ePmPGjLy8vFtvvTXYsnfv3jvvvHPixIlTt8yd8P3TeY5dnsDZCf++d5+YXfDOiP2PnfIWXdmPUyoqzPv2WNZ/ZVm3xrx3l1LONPgAAEBnGAN/VRgDj8vHGPgmwPTtHtuq5crPQxbfaPXTG8nDepZMquxQXnQ0Ii612lF9Ut1jezoYA1+7tWvXZmRkHDhw4Oy21SBjk2Vcsliqf9HcO6LjJ9fMNSi/5AvoQMC6eYN5U55Sdf5/o9HTs69nyDDVaLrK4i8fY+DBGHgIY+BDCWPgUee4Aw8Al8vXuavzd3/w9ugTiI4Rg+HhUy3vOv8u7oXpXUTaxIbconFXYOjQoV999VVWVtbZCXvdAfnXcZm8W74urNZzW/n+j0s2/qKT21Ytt+R9qVRbvc/vt2zdZFuWI8wEDgAAdKLhbjsAQBMQiIlz3Xp75eZ/BuS5Ne7isotOUxdhUbsmc6/1spjN5smTJ8fclJr+5J/lqzOiihS4ZPZB6fuTjEiUCKNEmCTCKBHGD21f3xkz6DJPazqQb96766J7f/jesnOrp1e/OvolAAAA6hEBHgCunMEg9/WsyN5g8fprGOiuKDKmuyPcwkilX6A0ziczO8iYJHntsOwvExHZYpct540/+lC2fygvWq3WmJiYmJiY6Ojo4AubzXZhY9LGtfFl5bE2m81krPEnmrdtJsADAABdIMADwFVpE+ebPLAkZ3vUmfLz8mGULXBP97LOScya/sucnZmlY6S80kU+OS3/PCalNY8Rdbvdp06dOnXq1GWe2WYyNrNao62Wzyfc0yIivLLdYC9SHA41KuqqawcAAKhfBHgAuFpt4nxP3FK8/5TlUKG5zK2EmdU2cb4uLT0mA/fef7FUS4uzrwyK3NFChsbLmjNS5JVyv5T7pNwv5f5oly3aZSstLS0tLQ1c9gh2l8/v8jlPlzstxuq34g0V5X4CPAAAaPQI8ABQBwyKdErydOJ++1UbHNUtwmArD7jObkeZZHRStT7PtX3intihwddlZWXBJO9wOEp/VlJSUvnKuWt7idtT6nYH/7fU7Ym2WqqdULXa6vnXAgAAqAMEeABAIxJusE1LGptV8M7FOnQJa/frmBsrNyMjIyMjI5OTky96wrdfN56u7TF7NTwiENXsyqoFAABoSCwjBwBoXKY2v2dc3LAad7WxJP0r7UmTUvN0dDXyde1Vewfv9T3EwNUQAADoAB9ZAACNi0ExvNbmz//b9omuYWmKnJ3eP8EUPbXFvV9e93JrS/NfdDZP917+Vq0vtjcQn+Dpf7kr0gEAAGiLR+gBAI3RPbFD74kdWuQrPeUrjjKEt7IkVIb5X8ZorBgz3vbpctPB/Gp7/CmpFXfcwwB4AACgFwR4AEDjFWdqFme62gHqqi2s4q6xxoLjpvxvDEWFoqpqbJy3/bX+tmmiXNGXAgAAAFogwAMAQoI/OcWfnKJ1FQAAAFeOMfAAAAAAAOgAAR4AAAAAAB0gwAMAAAAAoAMEeAAAAAAAdIAADwAAAACADhDgAQAAAADQAQI8AAAAAAA6QIAHAAAAAEAHCPAAAAAAAOgAAR4AAAAAAB0gwAMAAAAAoAMEeAAAAAAAdIAADwAAAACADhDgAQAAAADQAQI8AAAAAAA6QIAHAAAAAEAHCPAAAAAAAOgAAR4AAAAAAB0gwAMAAAAAoAMEeAAAAAAAdIAADwAAAACADhDgAQAAAADQAQI8AAAAAAA6QIAHAAAAAEAHCPAAAAAAAOgAAR4AAAAAAB0gwAMAAAAAoAMEeAAAAAAAdIAADwAAAACADhDgAQAAAADQAQI8AAAAAAA6YNK6gKYvEAhs2LBBRGw2W2pqqtblQDNerzcQCGhdBTTjdDq//fZbEWnWrFlSUpLW5UAzvBWEuDNnzuzZs0dEEhMTY2NjtS4H2lBV1ev1qqqqdSEA9EfhvaO+uVyuG2+8UUSuu+66xYsXa10OAG3k5+fff//9InLbbbfNnj1b63IAaOPTTz998sknReSRRx6ZNGmS1uUAAHSGR+gBAAAAANABAjwAAAAAADpAgAcAAAAAQAcI8AAAAAAA6AABHgAAAAAAHSDAAwAAAACgAywjBwAAAACADnAHHgAAAAAAHSDAAwAAAACgAwR4AAAAAAB0gAAPAAAAAIAOEOABAAAAANABk9YFNHGqqq5Zs2blypVHjx612WzXXHPNAw880KZNG63rAtCgiouLly5dmp+ff+rUqeTk5C5dukyYMCEyMlLrugDUu88//3z+/Pmvv/56y5YtL9xbUlLy7rvvbt682W63x8fHDxgwYPz48eHh4Q1fJwBAF1hGrh6pqvryyy+vWbNGRKxWq8/n8/v9RqNx1qxZvXr10ro6AA0kPz//6aefLi8vF5GoqCiHwyEiMTExWVlZrVu31ro6APVIVdX/+q//2rVrV40BvrCwcPr06WfOnBERm83mcrlEJCUlZe7cuXzBBwCoEY/Q16OPP/54zZo1YWFhs2bNWrp0aU5OzqhRo/x+//z5851Op9bVAWgIHo/nlVdeKS8vHzx48OLFi5csWfLWW2/16tXLbrfPnz8/EAhoXSCA+hIIBD788MNdu3ZdrEN2dvaZM2fS0tIWLFiQk5Pz0ksvNW/e/Pjx4++8805D1gkA0BECfH1xu905OTkiMmPGjL59+5rNZovFMmnSpLS0tKKiou3bt2tdIICGsHfv3hMnTjRv3nzatGnNmjUTkfj4+CeeeCI8PHz//v1HjhzRukAAdW/r1q0vv/zy5MmT33zzzYv1KSkp2bx5s8VimTlzZuvWrRVFad++fUZGhoh8/fXXHo+nAesFAOgGAb6+7Nixo6SkJDU1tXfv3pWNBoPhjjvu6NSpU/B5OQBN3g8//CAinTt3NpvNlY2RkZEdOnSo3Augidm4ceOXX355+vTpWvrk5eX5/f5u3bq1aNGisjEtLS0tLc3pdG7durX+ywQA6A+T2NWX4CNzAwcOrNY+fPjw4cOHa1ERAA0Eb6Nd+Kh8cP4RbrIBTdL48eNHjRoVfJ2RkVHjuLk9e/aISM+ePau19+rV69ChQ7t27brwIwQAAAT4+vLTTz+JSNu2bbUuBICWgnfa9+zZU1FRERYWFmwsLi4+ePBg5V4ATUxiYmJiYmLwtdForLFPcXGxiCQnJ1drD851Z7fb67NAAIBeEeDrS/DCHB0dnZeXt3z58sOHD4eHh6elpd1xxx1MQQ+Ejt69e3fr1m337t2zZ89++OGHk5OTDx8+nJ2d7XK5Bg8e3L59e60LBKCNkpISEYmIiKjWHpx/PrgXAIBqCPD1JRjgV6xYsX79ehGJjIwsLi7eunXr1q1b77777t/97ndaFwigIRgMhszMzOeee2779u3Tpk2rbB82bFh6erqiKBrWBkBDwYh+4XJxBHgAQC2YxK6+lJaWisj69euHDh361ltvLV26NDc396GHHjIYDMuWLatlURkATcyGDRvy8/NFJCIiok2bNjabTUR27NixY8cOrUsDoJngRBgX4/V6G6wSAICOEODrS3h4uIh06dLlsccei4+PFxGr1XrXXXcFZ7X54IMPNK4PQIPIy8t75ZVXFEWZOXPm0qVLX3311ZycnEcffbSsrGzOnDl8lweErJiYGBEpLy+v1l5WViYisbGxGtQEAGj0CPD1JXjpHTZsWLVHZAcPHiwihw8f1qQqAA1JVdV33nlHRCZPnjxgwIDgu4GiKLfccsvEiRMDgcDixYu1rhGANi4W4IMtBHgAQI0I8PUleOkN3nuvKi4uTkTsdrvf79egLAANqKys7NSpUyLSp0+faruCLd99992FK8wBCAXBAP/jjz9Waw++aQT3AgBQDQG+vgQXkCsoKKjWHrwwp6SkXGxdGQBNhtVqNRgMInLhF3Y+n09EwsLCmMcOCE1du3YVkQvH0ezcuVNErr/+eg1qAgA0egT4+nLLLbeIyMqVK6t9cP/000+FxZ+B0GCxWFJTU0UkuBpFVcGW9u3bE+CB0DR48GCj0bhr166qE86fPHnywIED4eHh/fv317A2AECjRYCvL61bt+7cufOxY8eysrJOnz4tIk6n85///GdeXp7FYpkwYYLWBQJoCGPGjBGRt956a+XKlR6PR0ScTud777333nvvicjdd9+tcX0ANBIdHd2vX7+Kiornn3/e6XSKSElJybPPPquq6s0332yxWLQuEADQGCm1r2KCq3H8+PG//OUvDodDRCIjI4PzyloslvT09Jtvvlnr6gA0kIULFy5fvlxEFEWJiooKrjGpKMqECRPGjx+vdXUA6tfEiRMdDsfrr7/esmXLarsKCwufeOKJwsJCo9HYqlWrY8eOqaqampo6d+7c4Fo2AABUQ4CvX2fOnMnJydm2bVtJSUlSUlKHDh3Gjh3bqlUrresC0KC+/fbbDz/88MiRI2fOnGnRokXbtm3vueeetLQ0resCUO9qCfAiUlJSsnTp0s2bN9vt9vj4+BtvvHHcuHFhYWENXycAQBcI8AAAAAAA6ABj4AEAAAAA0AECPAAAAAAAOkCABwAAAABABwjwAAAAAADoAAEeAAAAAAAdIMADAAAAAKADBHgAAAAAAHSAAA8AAAAAgA4Q4AEAAAAA0AECPAAAAAAAOkCABwAAAABABwjwAAD8MtOmTVMURVGU/Pz82nted911iqKkpKQ0TGEAAKBpI8ADAAAAAKADBHgAAAAAAHSAAA8AAAAAgA4Q4AEAAAAA0AECPAAAAAAAOkCABwAAAABABwjwAAAAAADoAAEeAAAAAAAdMGldAAAAerV48eKkpKRaOhQXFzdYMQAAoMkjwAMAcIWysrK0LgEAAIQQHqEHAAAAAEAHCPAAAFyhffv2qbXq2LGj1jUCAICmgwAPAAAAAIAOEOABAAAAANABAjwAAAAAADpAgAcAAAAAQAcI8AAAAAAA6AABHgAAAAAAHSDAAwAAAACgAwR4AAAAAAB0gAAPAAAAAIAOKKqqal0DAAAAAAC4BO7AAwAAAACgAwR4AAAAAAB0gAAPAAAAAIAOEOABAAAAANABAjwAAAAAADpAgAcAAAAAQAcI8AAAAAAA6AABHgAAAAAAHS+8XcAAAABlSURBVCDAAwAAAACgAwR4AAAAAAB0gAAPAAAAAIAOEOABAAAAANABAjwAAAAAADpAgAcAAAAAQAcI8AAAAAAA6AABHgAAAAAAHSDAAwAAAACgAwR4AAAAAAB0gAAPAAAAAIAO/H8/TntXHAQO7AAAAABJRU5ErkJggg==" width="672" /></p>
</div>
<div id="convert_cs_to_c13hsqc" class="section level4">
<h4>convert_cs_to_c13hsqc:</h4>
<p>This function will reformat the chemical shift data frame into a data frame which is easy to plot the C13-HSQC spectrum from the data.</p>
</div>
<div id="examples-3" class="section level4">
<h4>Examples</h4>
<pre class="r"><code>c13hsqc1<-convert_cs_to_c13hsqc(df1)
c13hsqc2<-convert_cs_to_c13hsqc(df2)</code></pre>
<p>The output data frame will look like</p>
<pre class="r"><code>head(c13hsqc1)</code></pre>
<pre><code>## Entry_ID Comp_index_ID Entity_ID Assigned_chem_shift_list_ID Comp_ID_C
## 1 15060 101 HA 1 1 ASP
## 2 15060 102 HA 1 1 ASP
## 3 15060 103 HA 1 1 SER
## 4 15060 104 HA 1 1 ASP
## 5 15060 105 HA 1 1 GLU
## 6 15060 106 HA 1 1 GLU
## Comp_ID_H Atom_ID_C Atom_ID_H C H
## 1 ASP CA HA 54.487 4.630
## 2 ASP CA HA 54.572 4.609
## 3 SER CA HA 58.470 4.420
## 4 ASP CA HA 54.567 4.640
## 5 GLU CA HA 56.521 4.271
## 6 GLU CA HA 56.400 4.300</code></pre>
<p>and the user may generate a spectrum using the following script</p>
<pre class="r"><code>library(ggplot2)
plt1<-ggplot(c13hsqc1)+geom_point(aes(x=H,y=C))
plt1</code></pre>
<p><img 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" width="672" /></p>
<pre class="r"><code>plt2<-ggplot(c13hsqc2)+geom_point(aes(x=H,y=C,color=Entry_ID))
plt2</code></pre>
<p><img 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" width="672" /></p>
</div>
<div id="convert_cs_to_tocsy" class="section level4">
<h4>convert_cs_to_tocsy:</h4>
<p>This function will reformat the chemical shift data frame into a data frame which is easy to plot the TOCSY spectrum from the data. Note : Since both dimensions have proton chemical shifts, the columns are named as Val.x and Val.y</p>
</div>
<div id="examples-4" class="section level4">
<h4>Examples</h4>
<pre class="r"><code>tocsy1<-convert_cs_to_tocsy(df1)
tocsy2<-convert_cs_to_tocsy(df2)</code></pre>
<p>after conversion the data will look like</p>
<pre class="r"><code>head(tocsy1)</code></pre>
<pre><code>## Entry_ID Entity_ID Comp_index_ID Assigned_chem_shift_list_ID ID.x
## 1 15060 1 100 1 915
## 2 15060 1 100 1 915
## 3 15060 1 100 1 916
## 4 15060 1 100 1 916
## 5 15060 1 101 1 919
## 6 15060 1 101 1 919
## Assembly_atom_ID.x Entity_assembly_ID.x Seq_ID.x Comp_ID.x Atom_ID.x
## 1 . 1 100 GLY HA2
## 2 . 1 100 GLY HA2
## 3 . 1 100 GLY HA3
## 4 . 1 100 GLY HA3
## 5 . 1 101 ASP H
## 6 . 1 101 ASP H
## Atom_type.x Atom_isotope_number.x Val.x Val_err.x Assign_fig_of_merit.x
## 1 H 1 3.960 NA .
## 2 H 1 3.960 NA .
## 3 H 1 4.000 NA .
## 4 H 1 4.000 NA .
## 5 H 1 8.269 NA .
## 6 H 1 8.269 NA .
## Ambiguity_code.x Occupancy.x Resonance_ID.x Auth_entity_assembly_ID.x
## 1 2 . . .
## 2 2 . . .
## 3 2 . . .
## 4 2 . . .
## 5 1 . . .
## 6 1 . . .
## Auth_asym_ID.x Auth_seq_ID.x Auth_comp_ID.x Auth_atom_ID.x Details.x
## 1 . 100 GLY HA1 .
## 2 . 100 GLY HA1 .
## 3 . 100 GLY HA2 .
## 4 . 100 GLY HA2 .
## 5 . 101 ASP HN .
## 6 . 101 ASP HN .
## ID.y Assembly_atom_ID.y Entity_assembly_ID.y Seq_ID.y Comp_ID.y
## 1 915 . 1 100 GLY
## 2 916 . 1 100 GLY
## 3 915 . 1 100 GLY
## 4 916 . 1 100 GLY
## 5 919 . 1 101 ASP
## 6 920 . 1 101 ASP
## Atom_ID.y Atom_type.y Atom_isotope_number.y Val.y Val_err.y
## 1 HA2 H 1 3.960 NA
## 2 HA3 H 1 4.000 NA
## 3 HA2 H 1 3.960 NA
## 4 HA3 H 1 4.000 NA
## 5 H H 1 8.269 NA
## 6 HA H 1 4.630 NA
## Assign_fig_of_merit.y Ambiguity_code.y Occupancy.y Resonance_ID.y
## 1 . 2 . .
## 2 . 2 . .
## 3 . 2 . .
## 4 . 2 . .
## 5 . 1 . .
## 6 . 1 . .
## Auth_entity_assembly_ID.y Auth_asym_ID.y Auth_seq_ID.y Auth_comp_ID.y
## 1 . . 100 GLY
## 2 . . 100 GLY
## 3 . . 100 GLY
## 4 . . 100 GLY
## 5 . . 101 ASP
## 6 . . 101 ASP
## Auth_atom_ID.y Details.y
## 1 HA1 .
## 2 HA2 .
## 3 HA1 .
## 4 HA2 .
## 5 HN .
## 6 HA .</code></pre>
<p>Plotting TOCSY spectrum</p>
<pre class="r"><code>library(ggplot2)
plt1<-ggplot(tocsy1)+geom_point(aes(x=Val.x,y=Val.y))
plt1</code></pre>
<p><img src="data:image/png;base64,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" width="672" /></p>
<pre class="r"><code>plt2<-ggplot(tocsy2)+geom_point(aes(x=Val.x,y=Val.y,color=Entry_ID))
plt2</code></pre>
<p><img 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1jza+95d0f0rg8CmhXPGvemhxrX/KP5zV2Bss4N+EeCo+6jn3O9nxO5KH6x1gCVNw9ORKnxUOMaPe5TpgcbX41fAACGt42+fbeW/6YoFC97JyJNZ0caej/kDQBAj2AQO4A+eaDp3wnLuBV/8hv0KcGEZR5rfu1bef/T/vrD5sRZ7ib//s9nLyOi1mDiPr1OeRQRqaRvaKmcTAsTFFZGbfQ90f66xd/jB4IOJd6wfJt8+z6VsahHG9R07W+Nr/654SWPerY1Y7aQ/oOCm27O/iQR+dXQ3bVPPN+yTtaVjgITLaN+U/jlyzyZfFMjqaqenqGMHqtbbT38bwzjN9X/DPGaQ048ykCDl7JyBiGi1Njk2x+/QJXUWB6pH2cuGJx4AGDoCGjhe0797Snf+xpRMlfL5oCBh8wAAGNBAg/QJyfC1QnL9Hsl3tFwORGxSNi84W136G0al6B8vdx65pXXS5QwITtTcS7pSXT60plfDYXaGqwZeb34J5ker5L+bNjJ0Un/RuUfX/64uUGHZsVzV9WDJ8LV3y9YveL4Dw+ETnUpcDxcverUPU8cLLmx3nVmUzwvz5orLblcF4bbRTKghdcpR4iIJW4hMZyb0Mu64lajjL/QRYPcigQeYKQJtNWvKPv+XvHMEDzJXC3RWAcABg2a0AP0SQaXxHRb/T3DTLaQzsIh63P/MB3cJyaRZadxViIy7f4or2JfwsI+oab9hV+oTVzYVMPrlPXs01xLs8vW44boPlO8XaTx1h5t7cXW97pn7x0eblr7tfLfd8/e22mkf23a6UP2M80fmKqKuz+yvvg0U5So5Y2rMtIgkUpEfqEuYeHcmCMYGp7AeJElfjpj7+GXEACMjmtt+cW2n3Zk70Tk4xNfLV22Po1zBgCQPCTwAH2yMjNmL+4OIiWeVq1DMjNXrcxcYv5g3X+5siXnH75nfOImANNt47jWZvfWN9ZlvRO/pE5atXVL++sq62adEuTkVdZNpQEbHwxa3lhTmh9JGEkXldZNcdaWWhI1LTjXgw2vxi+wzrczztowp81dcGjmwgN/Gd2gMJ2I+Joq09aNPYphCGKqwleVmw7sMR3cy9VUKR8PDRj/wyeidEEe03yIQon7dBgRI5YvZCYshpEUAUaUt1o2LTv8ncfzzsnYq2wJrpZE2tQCXCsAYJAMt9ahAINsiXOOiQmdO1R3d7FzVvIbPN8+eZv/cJwCZs40kyu8Xbn38ZkNyWyQZ9zKjCX7t7923fn7W0T5E01bRoWi9GzXiRjRsbS1HTXwAaGhzLFmiu9/Ym25xrq93rz3jopiIuLra8cHT07OnVHWmOxAPmHefcjxQqy1IhM+nbk41truWhXv4XB5/DLJzJp5zBa+a1Llv3Nb1+6Z5FB5ce9OaeES4o3ZuVHXxd0fiVs3sU5J+KRsG5vNdNKPpa0t9d6YpsZsH7685hX18BYzz3PTZ0eWXK6b481fYEQ5slCRqMyOlr1z7ZMHIxoASCldVX64657HTPuoW7u6BvO+Guu2otCFsd47zVWZaU0b2PgAAD6GGniAvvp54RfjNJI3Mf6Zkh8nv7UXS37Bx6iEt6k5E/3L79Qe+vWuU+9kTuT1eAlVujJ6in/leW1fuVX9VV3dmB/o5jHBW0p9Nx5Oe7HFVNa9PCPymCoinLfUd2OOVEpEJmIfZfy5xro96vZbxGMfZN0922f7WnVe+xK+svwzc32F6Um1OY9w3nU5d0mcL1bHwTsLPlMs5iazqXaNsjtxISIiypFKS303ntf2lWm+VVly9Nxsa4b/q6XlRMTCYa4h+hR9Q52uW95aa97wNju3Cj27OXi+x05ECgu/m3tnkI8+0PxS93uLPVuIiFTVtG+X7fknWSg08EEPqvSgTkQm3T42eNks7y2zPV8cH7zSomZ0LlPfdjpF0QHA4GGq+tC6p7aGp5zX9pVpvhuypCldCnyQdXeLeCzqewXx8GcXOQY+Onmq9AAAIABJREFURgCAM1gyVVIjkNfrlSQpcTkYMNnZ2USkqqrbnWxilkJ31zz+YOOa7svNTNw4+S8l1nizbXd3IHj6ymN3yJ3GkBN063z3tycGlnP62VYzYa5tV8ZDx9LWdnm7Tc1e2Pq/xaGY47e7TScazPuKw4vtypncW2ER4dzHAS3isUbHX7fZdzDiJvtWTPOvSpfHtK8K8A1laWsOOp+z6MqRD2fmSmc6CMiz5oavuFrR2MaT1m2nLW0fT4qbqXpUCnn4XEYcEckscNq+fk/6Y0G+KWp4POPuyFv1g4KbkviozqqWmuYc+mL8MlnSpEWtP8qSJnVe2Gg+sNn16zZTeffyW7eXzvHZQitWKRO73swNfcKh/dY3onwniejtLM+n55y5E7WombO9XywJXGHWnESkk9ZiPnJrzXvLWrveqirTZoauXjGgMQ+yWz/42im6ZLbnFpN+tsZNZdJhx792ZzyqkUxE12iTnpj7+9TF2Hs8z2dmZuK3zKA4jnO5XEQkSZLX6011OMNcnVd4aZNerZzTp6bJfPBD12/aTGeHTeF1sdT3mSm+a+3qmZ9Oj1DpsG367UVL+WjDnTqdTsaYx+MZ0OBhgDidTlEUicjtdqtqnwY4aL+hBehHSOCjw01PyhkrgSeiU6HaL1bceyxUpZDKiGy8ZUXmRX8s/lbvtqaS+u2KP7/eti2ohwXNcmXjX3IipVFL7k1/fE/6Yx1/2tXcqxse6cjMY26fSe/k3u4VqnOlGYtbfmjSogzFp1HkzbxvN5rPTLVlVV0WLVPifAH+zLz3TKfTm2blS2J783tp/sLIkss73i5zabIuauE2hyALx48+2LzufvGUwiQ/X6exs7+FHOOWOub6tGCT3OYSHHPtkz+XdeUkS3Fyn1On/0jXph34XKsa8043NzLzysY/C7ql+yqJ87+Re5tbPNFl+Y9OFf7kVFHwhs+ro8f2NJ6Usz35d765Meoqnei342p/Nr62Y34ERlyaki/oFok1P3Qke1VDVpS3Meb/2u162vCpaLrzrf1c5LKoq6qsmzdk/0Bj6jwa9cachwY5sH6BBN7QkMAPmkq38MjmdEk9px1d+4+azAJv5n+je5s1m5pj1pwy1/a/eZ/8avENsbaMBN7QkMDDUIY+8AD9o8Ra+P6UB/prazzxfxvz3b+NISJ664htQyTmnOSzPV+stm5pEs90m1/QelfC7J2IeF28uPnuVwtXz2q7OWr2TkQcmS9uufvVgs+oTCKiEN8a4s+Z101ndNom5UtnOr1rufmd12ZYdVHU3W5NJ16eUvplKp3i2/ebumd2BM78EDJiC9JKf1z4hXn2fqjf5hl3neuSR5q6tkc4s1Y3Xdzy06jZOxGJWtrFLT9dW3Bzl0H7TtoixHFaTuLPc6hhwUCs7J2IGNH/ni6c7Xf8YlzVLmeAiHTSAkLdJS2OX5wcNdcbY2IFXecrTiulMwco5kF2uF6Mlb0TUXFo0WT/tUccLwdNeMYNMGwpGr2wy9Ele6ePp44x6faLm3/6n/zPd37oTERBvmlSWsYfx9w93dqzkVYBAPoFEniAIU3VaFt5/Ims2FTvqqbse4jIoRQWh5Id+M2u5s30fN4lT4xTpn2D5bYN8TfFiHSrVSmJtykiusgx6yLHrEbFfTpSx4iNNxdlCf05Tdn38m9407OtSoqSuBaHLnIoRXHe65In5ofPq7OcM0w9I1JKJupW400kxgX8Cctc2eRY1jStziyfsoZ5nU0KWlxygl8Ezp944nSj2HwqwWGd5lt1xPEyCckOyggAhlPWIDYH4o1RmiGXFITn1Vi3dV64PG3+kxN/MsChAQDEhEHsAPpPOMyfPMnXVFKvWluxYID5vF3eW+8TglKCeeTzI3O6vEhSUTjmmLrdN94d06kkZCYiYix82bIkRynPFTIvsE+bb5+aJTiZqjCvp79GR3MJzlcm/LI0WpXILDVmXWuH7v9piZQWufSKfoltkOmmxDMXMkZEVBAxLWpzXOhJS5i9E5EuDpNsVtfpdEuCj8ipFNvUnHHmAiJiisK8HhYebsP4AYxcqsp8vtNJzOWSL53z0/AZbcbDE/5voKICAEgCauAB+oF5+1bTlveYcnYAdt1sDS1foSaqlCYiFgqJ2z80HT7AAn4i0nlBHTNWuvAitaiYiPyRxE/ZrJqr/YVFTTyv9Tlha+mJN65G6w5NRETzvGl5EZMumCKXL1OmzejRroXTJ8WPtnQ87NDTM6TSmfK8hX1MEceZC9ZN/uN/2j58y7P9RLiaZ/wkS/Hy9IWtxxfvTzSWgq3bf/qJuZ/XMnr2kQ4RmiNdN1tYJByvjDOT8/RsgAkj9iaIKiQzRTvTzTUOq+ZaHhlje+GffE0VaRoRaekZyvTZ0rwFyTwiAYAhiG+sN23dJJw+wWQ5lP95cp4fv7xVOfPTcKnb+SPHilnzrh/4GAEA4kECD9BXtuef5KuruixkkZD1lefluRdELrsyznv55kbrS8+yTi2TmaoIp04Ip09GLrpMumCRRUjcBVfizrSXlrlAjyJXWDBhGYlFb4zNEftZYJ60eJ40c45u79n8t+b33xV3bO28hHna/p+98w6Mozr++Lytt1d16r0Xq7n3ig3G2JhiMKZDaCGUJJQQyC8hkJAEQkIaoSUklNAx1Rhwxb1briqWLFm9nKQ7Xb/b9n5/SKheU7Vs7+ev0+7b3bnT3t6bNzPfYffsoEtOutbcgg1h/g4MBQqR1xoXXWtc1HvjJyFUMnv7vtNVYQvyE2cOx5KzCUmKOXn08aIAQ8SJU6iqCqKh/63rD9kQJsUnjoRxZx+Wwgj562DYQ5rM3PJVBYl73HzC2sHs3kaVnnStuQXrRrIAREFBYQygTxxVbVrfnemmloOn1XT+whYKxg+m/53Qn5NLugoKCucZSgq9gsKwYLZtGui9d4IA6MP7yVq/faSRwHOfvI981hVjzO7YQpWXxehFkgjiZ7QzXRq5bXRZiGZ3jWdKg45xc9UDN1KI/GPSfdMvf8Q7Z8FgvXf66KF+3ns3RIeZ+/SDzlDnyJIQFrw7fTvb8+nN1Rb8NeUnI27GWOKdf1Gvf03/W0iOiOSnz/IsWYbJ0JZxCcK79HIgzpOfDJKAWJ0IAV14gbS9e4iisI8gPWFu4z77cDRuVAUFhdGDrK9Vbfyqd51asrc+6FHtTFmGoH170p8V711BQWGccJ7MxhQUzhbsof0B9iIAbt2n/vbSRw4iW6AGM+zOLSoKF8YH6QJVofkKABKZqDtSJsfohMCDuxGR+7j+TQ8ZKImapfArk5ffHnlZ+PdqcyrELDfM/ib7Tz+IXB7ihfogSeyubQH2k20mquTEUM4ckMJ4ng2Yy+AhLfWq3QCQo0p+NvHeTzJ/pyF8S9afK2CN1r3mFtnYWV7RxwuVYuNdq2/GFC3FxnuuuT6oSh+mGc/lq8S0jFEz9iwwI8ULAVPol1iPprj9rm6QLU10efD1LwUFhfEDu3Nrv3W3SY5jailQEF5AttXe9i0FLyey0aNsnYKCgkKoKCn0CgpDh2xuBhwkCofcftPa6dPlgY8lzO1EW+uKPKKylbb7KYbPifU8MOUGLXFHp6J7Det6bbdelIPo3gHAta3rHp1w25k4ft0RwH5825UFznRN2J81DzyfeJ9J7BCxFE2FMcTQq3/JxjrkDpK3T58+JRZMGvIlfKJh5JUFzk+O+k4WQAhuniw9Gv2PMFJnIP00UTsHkSKjXT/4EVV8jDp9iuiwAEJyRKSYnSfk5HXH0sXUDOddD9LHD1PVVchmA5qStXrAQLqdhMAjQxifmOwpHHSVxPhndqr7WANbY/b9IxjFeK5uWR/4DGRFmTAhfxRMU1BQGHmQ200OqBjSSK7VrZ+9HXuT70MA7kw0FU55skvzU0FBQWF8oDjwCgpDhzpTEXwQBvB6wZdCO7KYB27sB2G1hEVG/XCe9d1D+mZb/243U5O8105y0mSPtFhKuHDHbNsHh3X+HH4AoLGwqu2LxZZdXtulCdmkBtk/Pab1in0mKDSBryh0zkrpUkEjEBFLhwe1Nvjb6QiumkZ0BP9YhsCsFA/GsO6ERui7uqEi5VWTHFMSASB24FFIEIAgMBmoz9B4BlOUMGmaMGlaoDEcx8+az8/q04BQo9EwHAcAbpsN80FyQM5FKALumGX9oEhX1tJfNzElXLxdtS9wXA4AiBC+v50gnsckCefsXaSgcG6DMfJ6CKvF51r1HNs+GaGPoq/lUZ9HAUPhVRMdhUnD0mRRUFBQGA0UB15BYRiEtihPyH6KZf0FvgeMidFJDy2ynGxmS5sZs4ugCIjVi5MTvElGH6XdWVHC40stxZ8cLuejOigDjQUCMAbgEaOWXWme6rnW/QaxJ3V/SqI3O5o/XKeqbqcdXqRmcIpRmJ7i1bGjUOIbwjsOacyQmJ3qyY/jD9WwNRbabfPo7a2ZHSfndOzTlHukuAR+0jQxt6Az0kK0t7EHdpOVFZ35ArIxXJiQL0yfjVXnXk94BX+oGXznbFtlG32yiW22kRhDpFbKj+UnxPLMkRHoGEc2NdAH91LVVcjrAYSkiCgxf6IwdSamlF9eBYXRB2P6VAl95CDZ1ACSFGAFbZ5170THyT2GWVWqdFtyjobFqeHCjGSvmlF0LhQUFMYjyjRCQWHo8MkZDHwXZBBCsp8aY2w0Bs0nlw1dqjkEARPjvRPjvaEYxpB4jqZmYc1XwU7eFVvQMHhhhnthxqi3uZbDgkczRrVzm46VF2c6Vd98QfettCfra7n6WrGs2HPVavJUierbr5DUszhCWMzs3p1M8XHXNTfKUUol5HlFRqSQEdlfOQKHcBMGvlGZg3vZHVt6Cm4xJttM5PbNdPEx1+qbFQV7BYXRRZK4rz6hyst6bwkwXCfZl5k3Y0OYY8G5LV+qoKBwIaA48AoKQwfHxwNBgByoo3SAmK2YkcM0NgQ4vxxmHLK7KGXm0AHV4DBNS6npQzv5kJESkjHHIXeglQIxM3tUbWB3bPH3yVCV5arPP6aqK30KjCObVf3Je8477sMsCwC8LHzWsfNr694qbxMCSGfjLzfMudq4gEbj47mKMdHUSLabQBSxwSglJlsI/p32jdvsRxqEVg6xBVz6mvDF83UT/Z2gwdv6r/rPt7QdbPK2G0jNFE32zeFLJ6pHQMoOedxkfS2y24Cm5ehYKSpmvJWYSkmpmGWR1996GQZAAW5U+lQJu22Tz11EWyv3yXuu23543kj6KyiMN2yi46MdL2zWltfP5VUSUehQ39gUcbE5+KqZkDG6vz4KCgoKI8L4mGgqKJyz8JOnM0UH/ObSI3AvX+X32Ckz6CMHfbeR6xyw8OIhGyZkTaBj4siWJr8nn70A0/2rf0cdkuTnLmK3fOtvvxwZJeT5dSmHD7JZmaIDAQZQVYF0DZDdxhze5527qJpvvr3y9yWe6u5dpe6a9R17XzZ99mb6/6UwPsrpxxKqspz9bmPvIu3N0a4fFFa1oZ6lkxPuqvfNm68Mm/fPlIc5or9Gw3umjT+t/LuzVx34EVfFG61f3x218pmEu0k0ROcTiQKzfQt9rKh3goMUGe29ZLmUlDK0c44GmKL42QvY7Zv97EdSVIw4ocDPwZjx47137iZbTXTxcaFw8rDNVFBQ6M/e6i33mF5pMfasvh3Tud6Ja1vZGvbGyXSd5DeRHrMqfta8MbFRQUFBYViQTz/99Nm2YTzi9XqlgNlWCqONWq0GAIyxx+M527YEQkrPpKrKCYfDxz4E/ORpwvRZfg+mKCkljaooQ8KA3m8I8fMu4qdMH7plCIlpmVRVBfL4CHcLBZO8Fy0d1bAnwzAkSQ7890mx8YTbTTY3DjwEG8Lcq2/GavXoWUWXnKAqg4j/B8Htbi2csKL8sUqvj+wJk9ixwXrw+oiLVcSYL44AAAAvCxuOvvPO6Q/eC6vbYbRbaCnDpTqqc10xudRG+GgxeMpTV+apXWVc2Hvj+o69d1f9kZd9jC9yldsl1xJ9IFU8fyCBV3/0P6q8DPXt3UC4nHTJCRwRKUdGHXFVvNX27fvmLRusB6r55lg6/Gz1BZDiEwmHnWxpHrhLDjO6V98EfkpjyJYm5uBe8JuWgwAAZEnMKxxBawdCEATHccpv2TkKQojjOACQJMnrNxNEoT9bSz+90f6ajfShDlOu8RzRu25sifD5tcSsyn31GjkqxtfOIcKyLEJI+fedo7AsS5IkAHg8HhyKYpF/1KM5q1G4MFEceN8ok56zzrniwAOAMGkaATLZ2NBHlI5l3cuvFmYGWc7HGq2QPxGJImG1IFEEACAIKSnVc9lKoWDYATpWJRZMxgjIDgvqFBJHSIqN55cs42cvGO2kZX8OPCAkpmfJ0TGkzdqdfYDVGmHKTM/lq7BWN6pW0aUnyaZAZQtBQV7vM2m1m22H/A2wSg4AWKQ7C/HV3Y4T15x64m18+IDBUax1HzI4v4i2/DehdWOEtYX1MaPt5LS3foomK4NN6PyTl4Ubqp62SX7bHx5xV6w0zI2iBy3OzG7fTPnrnY6xua7kNsPm3zS/tddxsth95qS76jv7kf+0rbdJznnaQhKNuYQ7QmJmDo6KRjYr4exaocMarTBtpmfFqgB99ai6Gqq8NKjEpTB15khaOwDFgT+nURz4wcJj8amaV3/h+Fjy/82rUnvznOo8JwcAQKBOwVTMsmJuoefKa+XoEc6cUhz4cxrFgVcYzygp9AoKI4Bn3mLPvMWE201WlWFaJaZmABNqABZrtJ5LlsPFlyG7DYki1ukxPfRG6/1PzjD8giX8giXIbkcCjzUazKpG6uTDQcyaIGZNQF4vcjowTWOtbmyqoNHwfoY7T/GxeVvgIR+bv/tV/G0oxC4FI8Qu+/HrK5/icX9HvZURWxm/3nsnH5m/W6qf0fl6t+NEI98WYLCM5U8s23/F3TYo8xDP00cP+9vbQUvLJpaWuvpni4hYesX0eYtgfi31sUFdbqQQsnOF7Fzk9SCnE9MM1gVfYMI4BOVqP40pFBQUhgAGfO+ZP31l3RN05Htxbde2GAFAyJvIz54PJCVrdYoghYKCwrmF4sArKIwYMsfJ+VOGeDBCWG8YtQZqgHW60Tv5kMEs2ykIN2bIesMwz2Ayci1CkAbgTUK7RbKHkyOgNI4kEZPBH9S8LDxc+yKPRf+Z24EocVd3vy711AQdX+w+M9hLkA11SBL9GfeHtIZSrV9pw08tO64Mm3952JzBXnRwSBIg5HMqj1lV6CtfWB88NwEblObSIRHi/T/sq0iYIMabkqJC6HzZsTsU7x0ATmi6Or9gY4RsjBhNoxTGiLF5SigojCuUO15BQeECQkzPYrdvhmHE4a2piaEMc0qe4TjwRGM9c2gfVVOFPB4gCDk2ji+YLBRO8Rcp2uE4Vs13VmsPxQlxyD3Os1MOXrTSe3yIIKcD/BgnEPjtuEAxfwB4q+2bUXLgkd3GHNxLnz6FrB0AIBsjxOxcfsZszA0x6VGKSwBODQE7RIqK2HVAqDOn6aIDZF0NEgRMUnJCojBpmpCTN7I+NmFuZw7soaoqkNMBCEkRUWJugTB1Jg45f0rhrEM01DGH9r2r/xJCWxNzUF3JL2JG1iiapTD6UOWlzLHDRH0tEkVM0XJSMj95upiZc7btUlAYCxQHXkFB4QJCjogUMrLp06f8DoiOJUw+dMs6wSwbNnUxUfWuHDBNmkTEEErEu2H37mB2b+9ZZZBlorFB1djAnDzmvOYG8OVYHnL6fUehEEuHd7+OpoK3QO89PlT8F4aUadwddJA67UOuYb1Bf5BnKrmvPkG9lBoISzuzfxd94ohr1Q1yfMKQTkp65yxgt27wtx/r9MKkqUM584UAxqqN6+njRd0bkCSStdVkbTVVetJz5bUjFWqjSo6rvv2qpxsCxmSbidy5lT5xxL36JiU2e07A7tnB7NkOGO9fYgvxkDgvDQBCdq40onp1CmOKJKm+/pwuK+7egESBPFPJnakU8go9y69SaiIUznuUW1xBQaGLNgf59gH9c5uMz24Mf2VnWHnr+RiGkmWywxJgv3f6HO/chT53YZp2X7ma00dNUwcJn87Q5KrQED89+sRRZtc2nzkCRGO9+ou1Pnd1SH6bEYbCAm7m8UZ20yn1xjJ1rP0iTgriny/UTRrsJQJMly1UcJU1u+QSBpT3DxPC3M59/hHyJZOJXE71p+8hp6/uEiHAT50pFPqppuHU7mtuOAsdHM8RmN3benvvvaFOn2I3rh+Rq5D1Ndw3X/buZdgN0WHhPn4XiT5aMCiMK1oPn95dIn8RsfKbiCV6fjIKbUK7xKyXYuO9l10x2uYpjB6q7zb29t57Q5ec8N/+U0Hh/EGJwCsoKIAE8OJ3xkZbj9C3xU28vkevxe5H5jVpo0aglnucQBcfJ9pMAQrF2b3bnXc9IMclsnu3E02NXd4ySQoZ2fzCJZ1xuQeir/nBmT8EuMqD0dcM0T5JYndsCbCfrKumKssHZgmGkUNU70dATLHd6qm98x3odinV16MvinUfFRlelZAPNyaOjrjWuGiwF5LDI6TYeJ/tA8OF4L9EelJDoxH+wWJ2fRfAT0NuN7t3p+eS5UM5NUKey64Qk1PZA7uJVlPnNkzRYm6+d97iUJTwLkyQ08EcCFTJTBcfF6bPkaKih3kh1Y6tAXQECWsHXXSAD9ZDROFsYTHzH++lTouzIapry3LT1Vaqdk/Ec83skQAHqmR0T8xV7pUrMDnmXS0URgiiw0wf86uHCgBM0QFh2qzh690oKIxnFAdeQUEBfv9tuMPrI3zhQNzv96T+Nn4bPWPi2Fs1GlCnSgAgQKE4YTGTrSYxPVNMz0RuN9FhBoqSjeGY6skAvzxszl1Rl/+n1Xcw8IdRVy4zDLFDGFlfi1x++7d1QpeXDnTgZ2pzh3bFueafZzuu4vtuRJgqsN1kFNI3Rz4moz5RShVi/p32czUxlF4GnouXqz94q3/YE0OOS2UUycBx+BmaCUO4YgCQJFGVFYHHUKdKYGgOPAAAiHmFYl4hcjoImxVoWjJGgOI2BISqrECBm95hTJaXDNOBR3Yb0VgfxJJTpYoDPz4xVza/dDzVTvTv42gQk5eZXtwa+Xgdt9vngQjDC2G3xmVcMQ71XBVChyovC9LFQ5apijJ+2qyxskhB4SygpNArKFzofHJU69N770QC4q81haTJNJYmjR6EJYiAPAAQlvbOF5jjpLgEKSqmt/feybOJ9z6fdF8U1afQPZoyvpD0wO8T7xmGee1BxyCzjzELtBPT2Xh/h2jEmExn/g+bZnHQR/N/nn1ZtuMqf0cluGfnOVf33jJLk7dxwl9mafICW8iLqMlGNVopt9BnoUSOT/Csur5/DT8CWka3uYIsQPwgcuiOtE+Q3RY0TRq5nMgbXNIvMFijleISpMhoxXsPSij3P+Hr/h/kVcyAMQR040KxRGHsES2m149qB3rvnRCYnN/+K0b2sTdCoD/R3rsm47pRNlBh1Bmbp4SCwjhHicArKFzoFNUFaeTWRkfRn74o/egnY2PPKCFi6auOPd+kHy1nbBgg3a26sjXs+qZwBvdfvMCBY4AAAIAA3RG54uaISw86S8s9dQhQlipxhiaXGV6aN+obWLBS0pvxrRsjrQ2soJJRoV19U3PEQil24IE0ov6R8tNrK37lxT1OKQJign1VvuNGnZAAAALAbY1iTGwdE79XzxITzczO8tyqgKH0ZfyDj2VlNrpbdaR6qjo7SxVEgb/JRm0oVZ8yMZIMAIAQpIULSye4MiK7rBLTMhx3PUAfL6Kqq5DdhilKjokTCib+ND56U/njJZ5qn6e9IeLiywwjHU6RJQA4pnO9Gd96SO/qoMUYnrrIrL+rIbpT5ur7YUrD9rHgkLPsA/OW4+oiy/wOEQHCQGMi1ktPsalZTBzWO5tYXieSk+2am6jI4aQD7XMUf2T/vHhWiZOU4j1MgpdxkdJptVcAnOJhl7cZbmmK0EgkhPAQUBhL3CL/8yNHoHkORwVS6FDJYenOS8t0n/bemI3DN+S9oNVGjrKNCmMB8vNMNtPifxNat4TbGlW8mqnOr628PnzJbG3+GJunoDA2IDyMdkrnMTabjef54OMURo3IyEgAkCTJYgkkOaYwfB7/IjLoU+Cm5g8m33vJoE6r0WgYhhkn/74GvvXO6ueKnOX9tuc6uA+OZ+a4+nixrpvukBKSxtC6HqjTp7jPPux8vd1ou7WwysT0jxJf6U76x+y/aHwlse93ljxY/dfOfnIE0Etan01y+0gDpljHwws9zj1v/9P1YwL7FYfv5OmVDjUZUhT6ZBP73iGtKA8oT0B4eb5tcUaQcLdZsj1c++LXHft6b2QI+r6oq5+Iu5lCIxy+xl7P7zb8+MXEZtzXXrVMvFiaenNTBABghnH85PFztD04SZJGo3H8/5YJWHys7uV32zeFfsiN4Zf8Oel+hghy6/bDi4WHav+x1rwt8LBkN/PeicypdIrzzvsHdf6RhSCI8PBwAOB53mYLVWL9fOWEs/7POyHGOzmUwWfUm7dFPtn95xVh815IesBInQXhCb1ejxCyWq1jf+nzGGb3NnbPjn4bv43suDP/jJnuL0u5OvyivyX/hEWDe1Z0otfrGYYBAIvFIg1vRa9zQqugMIIoEXgFhQsaDx84k7SLJi5+mtshcb4TF8c5LtlzXeWvKzw+ql5Lte4V007t35cf2a2jxqmluCE1DxsJpKRUTFFIFI/qXKumVLgIH6GGL7k615k/vpfxazSgkn+WJm9v3qubbYf2OorttXMoX947AIhe7e92Wo4Z9s50PhLUJLsHqTXBLW9zku8e0koDvXcAwOibk/owbfOUmECzqHBS/1baL0+6z2y0HjjjbWIIOpdLudwwJ44elYZeT7e993KSj36BLkK+J/+MRiKuNhnFtMxz1Hs/h3i09qX3zYNTjX7fvBkj/GLyQ4M66sGav34uFsQ1AAAgAElEQVRu2Rl0WC3HXzH11DbPDL8VKQpjy2lP3VN7GzK9K0McX+CIz/BGC0hOSZx8Sc5VearU0bROYawR07L6OfB7wxxrJlXyyMfP5VrzNhFL/079+VhZp6AwRig18AoKFzSq0LpZGQULuFyjbMto8Yrpc5/eeycNLP+7jIbuP71zFpzFFrKYZfnpswHgsexan957J5tth/pFqruhEHmZYdbPo+5i2+YHuBDrSXJJEzAEzw/n6JCytLaWc7699y7Qm8dCanRXwKU9Env9iykPvZD0wN2RK0fJey/31L3W+oW/vTLgR7JrvTQh+GkoqDBSHHSWDdZ77+SD9i37nSWhj99pPxaK996JhZJ+FVs2BKsURhxUeeqWI3/KcK4I/ZAsl/hSacqrTdN+WvCg4r2ff8jxCWJaZu8tD+fU+PTeO/ncsnOH/djo26WgMKYoEXgFhQsdjCSEg+Qnt6o2ShHnqibzR+bvul9TmEt0zwkXsiiZdVKmBtWBDrrqoxjzn08lUxgJBZP4qT4E5GvMVGU74/IilsLJ4WJmJE+Omo/Pz13U2FGzK+xg4GEfW767PGyOv70VJiagOw0AkOiea6YrIoT+gva90VJiuFoWQ+i/frI5yK8J4848cPzDmROXBj/X6LO2bV+K4xKjkEFi2k41NXD7bFRd7wGNKn7jkpyLIofbrkwhMGst2wYzHMV6psR6JzOyliccH9dUz8zNCzFDovdDIBQ2uIpsklNP9kk+kWWoaGNqzZRXRGoWZ0QIKeFKu/hRxH7g5NqqmqywR0Ls8d5JsqcWqzXuq69XesWdr3guX6X+8K3ODp0lGvdRXZDowseW7xbqJo2JaQoKY4TiwCsoXNA4JLeJrY/xBKot9BL2I7qmK8bMphHFg/kqb1fv8SzHyhkdD7Jyn/awtdzOPeHP1cao46ZcKhb0/4032cmPjuhqLX0elUa1fO0ke3b06MzdSbJoQT4+82ngUSddZwLstbiCz3e1YlyFdl2EJZADPzczpHQEQUIePsivCQJia1XRrJQZ2BAWeOSoggF2V3GW4jsWyT0iAtgin9Fs2Wv8E0/0pAkcj0EXnQUDLyyKA97GvYnkc+e3/8oopPdsssILzdJ1k+0p4cFXmPzpI/qDl4VTnrrezQsrWum1R7UWVx+fMMkorplij9EpincjjEdE6w6Sh0yLMIfivIM4kMLi1AS3c+GPcCiVPwrnJpjjXDffxezbSR89fEIXvLPMSVfVGFiloDCWKCn0CgoXNBzJbIj+KUaBZsCbIx7TJ2SMmUkji1PqEmArtN0y3/zLft47ACS7F6xoea3+qpsGeu8tdvLlXWH9vHcAsLiI/+4znGwKrfxgCDbj4KJxDjlQzCEUrxuDdEr7hYk97m8ARbVdOSOkRd4Qo6DNjIs5EiSzYLT5pkTz5QkNkvtIACIg0p1Ll5teonHPpN8hucfcugsOpxzShxztLVje8nIf7x0AAEx28rXdhqr24ApV3c+BQdjW6wYoaWb+s8/Qz3sHgDoL9fLOsGa7EgsZSQQJvb7HcNAUhgfIfATlsuRW9WWLFe/9vAfTtHfBEscDj7bPD54bqDzMFc4/FAdeQeGChgQSg/Bp/E0i8jHBxSBvD3/axB1bnn/D2Ns2IhhJLUPQYULaVOuP/I3Ri4knKvr7Bhhg7VGdi/c9g5RxoL3DJIYO1Cepk9iAxeERmuAhQRtdJyNxU9TPatX9FX0BwMSemDv/pDq0NQqKwIgJIpQtg0DJJrK6MqQzjg41Znp7BedvbzifNaXj7u4/Y0P4LygMk2C3OgYAAlMLzE9S2HfDQ1FGHx721fug/4WMg7Wt+wbwCOjjI1p//QTdAvqoSKu08xlBtlZwA5dNg0Jh6Upj+cKpQ9EbVzhXIYjo8JSgo2KZUdFSUVA4iygOvILChU66Kt5G1v0vafExw5se0iIjESOJJxzV3Nb/JS+u0m5gEZOjCv4bOT4hEDFPW5jjuJoIWOdf2tjfG2/ooGrMgSaRLh4drWdHxsq+TNPk+OwS15vAFX3Z0QIigiSeVqu/AwCesG+JfPzrmB+V6D5qUO1vYg+XaT/bFPXozvhHVqVMD91mQ0Rd4AEN3P5MNxCOkKTsRok9Z1SBHa1sx5Xk9331FupC6lmlMBwW6AL3dEcAkOCZpReSAwyyuMnS5iBLTQsGWQEbQ4dnq7p6SR5rYJ18oMlSfQdVG/BZoRAivCwcdJzaUTXo2vUUvPv/CovnL1QW3S44Zmvzg3aUVArgFc4/FAdeQeFCZ23GM50p0EWG195PWPFW0oI3k+a/m7j0u6hfSsADgucS/MauzwkeiF4VtIGwJEOtpWcSgAG/X9O/afxAzphHJdrDIvruqECaAyyi7wk4gCHxxCy/wvsA0MDta2V6stlb2GP7jX/dGP3QtzEP7g1/vp7b80za3QZqEF0DV+cyHtJvu2MJ8UfCXrvaZARmVJY8QqQ62P+LxupwPgcALjPMylSdtW6CFw43hS8N2qA7xht88l3VHsR/vj3yMh2pDt2w+6OvJlDXBCnobQMAZ0JI41cIgIDFP1f+O//YTTeVvCwIg3tKtGp3PnB1jjZDafx3IWIgNbdEXBpggI5U3x552ZjZo6AwNigOvILChU4CE/V6yhMDm4p3clfk5bdEjQvl8CEzUZWuloIn0HYH2WQs31/6zBZzadBDHN7ReoT+LO6G2dp8n7sIRPwl+cEkJohA+s0TDG7dhu4/e0eeTezxbRFPPl2VcGtj5MADSUT8Iu6We2KvHJTB2TqjIe0TN+lDT0gg3NsinlzdYstyqaSzquvu8AQveVDJYalM7AvJD4yBPQpGSvdKyqM0CuR+s1Jw1UNnsG9iFBX2YvJDJArpC7vMMPOHUT33f73TEfQQR8AQvUJgeGfHDft+9Efblx3gUYXw7+5Ns/rgn+afqwliCiPCk3G3T1Jn+txFIuLF5IeiqUFX0CgojHOUpC+FcwayoZY5fADZbFir4SdNl9LOgqwaabXSe7YTFjMwpJiezU+dNfY2+ETC8kl3VT3fyhBUrio1kYka1OHzdIWvpz3xu4a3avkWCSQAIAAlstH/SntskiqzyFneKLSpCGaiGJnQ6gKvB2t1Ulwi5vqUE7cI5hPuKo/Mx9ORE9XjSPTu8cO/xsRvOSnIZ6Kiuopc36x8b63nYCGZHfTMasZ3RnY931rirhawmMhEFXDpIboNfYxBzNrMZ/7Q+L//tq73YL57e44q+feJ9ywKlt3dYid3V3FJ4kWtyC0DSWASAYlBNjPl5dovyzVf3l8XsdJkXKyhFs645SvnoSJXuV12RZCGOdr8u6NW5nNpgzUYAJ7Ku/xh0xMnYVGqc4lWigMAN9ley+08oX/n0nbXn8szAEDMKxzCmeH7O7yON7EEnadKTRjUHY4x2daKWptVxDxBDhLcmxeW9Zuc+8JJ/dDsVBgsF+unfZX1x5/Xv1LqaJ7guCbZvUAnJgJgK1Vbo/6uXLdOIIP7z5yfb2JvLg+b80XWs4/XvVrs7pG+R4Bwr9UtHam+L/rqh2PWUKgri9smOY94KuNhSeCTq+mek2AMxxrZojq2wUpJMtKzUla0MD/dY1QrYvU+sFq8v9l7wgh/ulmKlRBvpxpDOUpGUhtT2hG2/aOZ1zKEMpW9oNGS3BdZzz7T+Ob/2jbwuEeRN59L+2PSj2Zp8s6ibQoKowTCWNFe8YHNZuN5Pvg4hVEjMjISACRJslgsZEMt9/G7SOjbtYskXVeslrICNcEaSbxezRuvEPY+Sl0YkDBjjveiS8bIBl9gwP9pXf+3lo9bhJ7g50xN7m8S7pzeqweSP2r45l/Vv77RdlDGXe6rjlTfFXn5z+JupIB8xfT5P02ftIs97/oii/6P5UmT7GogSaFgknfRJZhVlXpqflX/7x32Y93Dwkn9Q0lrfp52q70jiLbZaFNddWBmxzPzLL/McqwMMAwB/N8ys0ElY0mcfOjGRsYT65m63PRS4JMvz3Muzuojb1vkLH+y4fUDzp7ofTRlfDhuzV2Rl/vLcQiMVXLudZys401qQpXPpU7kMohgywG7qrj1xRppgOZWLbf9kPHpmVZWJxHfhdssVJc7kcrE3ht91Z2RK3qfWaPRcBwHIT8MRSz9q/XLfzd/Xi+ZAYDELIEJGbnndujur49Z1WIEACk13bX65lA1679HxvLrbV/9vXmtSbR0b5ytzf9twl1T1FlBDyerq1TbNnZ2DP5t6h1NzJQAgyUk3HBR0Qz9OFp+GjIkSRqNxnPlt6zOQv3ngNrl6V/KblDzbOQRU22QpdJLCxsvSQ9JcREDLnZXn3BXOiR3PB05U5NbzTeXeWq8spDKxs7RFvSTn3i17PUPTOqZlp8EPu3dc6ydfSXdAvrfQf3p1v4Z9TSJr53kmJoUaks0giDCw8MBgOd5m+0sP0VHj+cOftfSdDmNB1HdAAAm9mir+hePZd1zUdzCUTJsRNDr9Qghq9VvbZHCyGIWbXsdxY1Cm5bkCrmMfC51aD+7nej1eoZhAMBisUjSsFbfOie0CgojiOLA++ZcmfScx3Q78Pb9e7gvPi7Rup/KqC/VeDCCPIfqN5WJeQ4OALxLL+cnTxttY0i3Q/3y30CW34hr+0+SqZ0SNZi8rC3sN1UJpARSRpbrmhtH2wafYJfj/pLfriV9JHtTiHwt9bErw/x2WCHa204Wf3OF+jMb6aOf+TR1jpHWbbYe8nFmDK8Xp9/QHAEAcmTU+ium3FL/vBf7OMkye9QHpsVEeo5QOBnTo9V0LTD/2/rMI8YDMd5JK1peDTBsQgx/52wbAJSf3jXP/kcAIDC5qvm9AOpZNIEfu8QSxskAgDwe+sSRr9q2/SBmn4B6XGcCkwYxVSWHzQ1L+2f2rdT37d3sXqLdSSLAUVpZzfiRtx4SRXXsB0V+i4rznQdeSn38DOej48DF+mlvp/2yWw1oUA68W/beWPmb3Y4TA3dNcHIbinJivLSYlum54lrMDqK61SuiJjvxXMP737o3OqmWfntpTLwe+8CK+EDVj/TJo6pv1wHGAFCl9j6eGRfpeTrA+ErNNwtSjj2UdXeAMecK55AD3+Em/rbN6K+nAyatXpBV/qtgvIR1ZtaHN0+4xufeVgdp9xIshWN0EkUMesJzw95799L8tY0fUdhv/wI153ryEhdJAAb4125DZRuNwYffQCC4c3aXnx+UTgfe6oIGs+B2OSO1kiaELINzi1t2/SPW/FRgeVGf3NHxcf7SbDl+vKtUKA78OY3iwCuMZ5S8I4XxDrnuo4K5J0+re1yOSs6zLqojzcUW7Z/IbfqazysEpo9zSLodYHVIYWGgCiLlHfzq7SaQQPXpe98YzddPquSJHl/rpMb1QkrTQzWxz1YAWVUhpQcPBo4sVGX5f46+vDbdd18uEUsPVP9lSl6Wz2Jpds8O6cC2W2Yd6+29G/nMCY6ro/mJtKzmkaNFdSxM295Bn4n1Ts50rIzic0nMekhLE1v0QO6nWyPsfy1L8tga76nd7EX9p6RaMXaC4xraM/UxKjLyNLBVsmjQeIChSEgwiFOTvNnRo9OBbQBNrmYwQgt7rEz36QS77ym+RDquKux6C81tFcACAMhI2h3+3KWmv3fLkvdjRb6r03sn62q4dZ80SOa755zo9t5pmZtsuyvbcRUjawEAWuDJSu9F6VJKhLjllLpb3x4hSI8QLst1poSLPq8yKCQZfVUcqAFysWamk8gC6O9pk5htaEj5da3bKEUTCCK10rQUWJgHVGi5/0/Uv+rTeweAMo375pnN66J/LqZlhh57N9nJb0s1JS2MLIMe7l8D93fQVUcNb5xRb+4eIyD5vqaXDjVC1HTfPjzRYVZtXA8YmxjhxxNqvoyyYHT8orb5aS7fKTNO0nQo7OUMe1LvjUgUQBAxywKhFDmPFhvL1AE6MiLJYFLvSHLNR75Ve/De8BdSba7+WzHsqeZ2nOYsrq6jKAJPTvQuz3XpVINYMmuUrS7SedD40hzzz3wOkEGIjttAEgsA4GQj4897BwAZw5cntT9bYvG1sz/lJnrzLqhqBQAaIAwhyIwULst1JhlH4EFx1ml3On61szXe+xs/H1UgCriW3OXzZObsrAgrKCgojAcUB15hXMN/+3nCwiI71T3f6pkanVF7ExccNu2cxm362n351QAAPK/+6G2iqQl11zQiQszKdl+1ZrDXJSvKuG/XIU9XdvSnUeabJvnwkzHgv6Y0tTD86xvWOe97BABOm5hjjYwoo+wofkrI2ZJDgGyoY7/46IW5tQHGeDD/qumL3yfeY7KTJgcpYxSulpLsVeqNXxHmtjcSWutU3aE5NLXjnom223tPkSOEnFz7ajNdESH01CnoxIQob0G+/cZT2s+unvLlAous8hakymES8rYxZW6yHQCynCvnmH9GYhYAJAQtnTHX7yfYJjt5pJ7NjhZum2FjqFGPKan4rptnn/EFAbkKbDf1cwM66DNy7NsRmi7RMs4jwfdB4mb2yOaoRxe0/1ot9Vk+l5Dn2kJxbpoHAMhWE/fJe0gQXsxucZMyABCYSvDMnGN+QtO36l4S2S0DhO0xhso2+pXdYddNdkxL8hEYHxTHG5mgunrprqUC4dQLyQiQja630JUGIfXi1uf0YpIM0A4AAK0OsrQZtlXAjy+BoBHzOt70gXlrgAG72OatUa6FIXjvZhfZ5iAbrOTmU2pB6jM+TEi/qO2ZGN3Efca/dG90EfK/aj5+mo4QJvlIw2EO7QdJamKFxdNLq7muL+POiN96SVuO/ep+t0EbU7o98tcuso3jkwAAiSJ9eD9dfIxobwMATFFScio/Y66UnBr0XSgMCkmGk01B7rII74RtkU/OMz/ByH2yS3jCsdf4/Bn1JrVzbr9z/u+gvqRvbzlRRodqVWUtzA/nWmP1ocXTMOYkAIAy7ScYpJmWn/ZrR+8m23eGP/MEk97557EGFgK6pCY72Wil4g1BnPBtFdw3JZreD0eMoaKVrmwPWzPZHnoe/hhg9RANHZQoIx0rJxnFUHIcqhqdrxxM0EHqYK+FAKYle1ZNpIAcdNBeQUFB4XxCceAVxjVXu9+wG3qiJRNsa2K8hRIh1HLba9U7nJS8ctKpr0vVAEC2tanfehXkvqEVLFPlZbp//NH+wM9C/8lnN31NHz3UexJ2+8SqzhfpjmWJnjkA0Kg6dFr7VefG9+LaH61pKy7RbK/kuq9/uI59v0iXE83fNWdUyhfZzV+f5BxNbJBszKIW8a8VYU22nm96mJixQsqZj9o3RfQYNtF22yTbHQMPR0D09t67ITGdZ18DsKaRlJebuh0hXMftaVDtm215JGhcpdxEP7fZ+OOF1tEWdsr1dqmRYZAPhb10SvN5hmtZuJBFyqyTamlUHahRb39Ys6x7fCYdQwCSv18DalQdXBu/Ot25NNY7hZMieMLeyhYb6SNz0/7cOYDdtrFTnWFThBUBUWC/scB2y2CFlGUZPj6qjTeIcfohhteqzfT6YnVNCP2ush1X5Nqv6/7TQTbTWMPKPrLu683w52/g0UuC1NxvsvYIKPhjg/VA4E68JxqZTac0zbYgX9Jc+3XtdHnF9189ANgYaX12+xYxJw+r+mc4kzVVAPBwTk0NJ0TyuWoxSiBcFvr0XuOfSrVr01yXhAuZBKYcZFM9t7ee24tBAkATyDjksKvXvttZNt8JEkWq6jR1ptI7ax6/IIiemcKgsHlJjxDkcaGRohu4/R8lrMpwXhrtnchJEW7C3MqeqNRs4AkHAOSQMb3HbzqlKfHTGd7hJd46oH90SUdI6fQI5Xi0RTonAJzSfl6j3pbhXBblzWdkvZtsb1YdOaPeLCJPLtd1S5gcwedULXYysANfbqL7ee/dyDJ8fFQXbxBDXYAYTZpt5LqT2ope1f4qCs9Ld1+S4yb9f7Z7jng+r00JMezuITrOaDZrxbg4xnhpTOqkBH7IT0gFBQWF8wnFgVcY12zRdwmzXdb6j1j39G49kiznCgxymW7t9vC/gcADgPrt1/p77914vZrXX3LeG0SFqBOy4hRztE/h98uJzQLCC81PpTuWdRuQ4Vo23/x/Nept30X+HwA8m3yfrsJHheQpE/PbDeG/Xuajt9ZwIFpNpKmlMTJIaWuO4+oC82NNQPRO6eygDO/FXF+tSq5nn+rcopYiJ1vvhN7pDSHTN4yJktzzEt1zQzyNw0u8sDXs/gXWoPGo4bBEVWgUT3ULttnphqOG//YeQAC6qlcddVRM9sJa3TZjz+qGhLwV2q96O41/Ii7vfIGcDrKmS9G6iZGWtD6b7B6iqJIsw5ZT3C0z7EM49lCtau1RrRxaNgPZN4SolWIDDG61w5YyZml2oIhfnWAKsLdrDB9ozIZS9ZbyUFWsJtvuqtCu7+6L18DyyOshT5eLBf0XCJDDXsOJVaqVN9TfpJK7llQwyPXc3oPGfxwx/HvAuZFaJpZFzuc+/aC39/79gYAwZvftwoYwYeLUEK1VCIoQ2refklk3aS7Tflam/azfriiemh/TE4H3iGjn6UDFU+1OsqiOnZkSUsLLtVLO+9Clv+AhOop1H0Lfxa50t2pi/PTO10IIbrUoB3k8bilXB/gqSzJsrVDfNG0oD4oRpLKN/u9evdD3vXhEtKVcXdVO3z3XRvvy4V/fpSlvH0wxMIJ9xhcA4N30X19qOJsdKBUUFBTGFYoDrzB+aeRbJYQB4Ib6rzm5v4IRAiLXviaczynXvJ66bRMElBghbB1EY50cnxRgTCfcN1/02/JOfPvVze8a+fQBBqBU1+LrGj45HvaWTvQrbe3wEG/s118/zfbuAUOdhRJkIBGoWZkGbPWSoowoEsfopOun2aM1oQZVyDYTAKikQJFRo5A+x/xYp4M9cMK4xzAn0/GPMN7qJtoRJknM+Bw2BAYl+spL6O0Duscu7ggQsRkmbOGMZw7sfzC32t+AO9y5edqeFrJSWsaz+3IXGw54/Jg0yam5edrNna+J1hb4Xgd0gv3GIXvvnZSZmCGsoTTbyLXHQvXeh8ChGnppwIZ6JAQKm9NYk+5carRf8nqLQcPIyUZhSqK3d/u9kmYmdO8dALRirFFIs9BdSTGd3wKyzTTQDRQZ7l/Rt07r6OPYIyCS3PPiPFM3Rj/Swh7td8j/NWfHqBHZ0jTwut3/F3bHViF/kpLEO1LoVTJCEExOl/eQHf72PVc/gZreI0FyupUWgjnJZS1MiA78xZlXLKs5tiHCtw4ZAeh5YQmiuqL9BpXc7iQDf4sNqkDPebeAqoPl0ZS1nOXyb7eA3jmo8/chn2mnvylWX1no7L1RxNLvtoHL5lcI0CdO0gQAS+m8Sw0zhmytgoKCwvmHosqjMH45aC0DgKWmvwz03ruJ8U76PGYeU3w86NnYHd+FclHk7T+rC+PvHui9d6OV4mebHwt8ztJm5un1kRWttEdEkox4CXW4yFYXxUtIxsCLqM5C/Xmz8e0DIbeeFgQAyHFxyP+st8B2ix/Npy5YaUKCe1amc0WGa1mAYaON2UUebRjF+aiYmXO7fslvKhNJX5/VTe3xv5vyZO8tmKRy5t34wcnsMMGHhzbNpvkw8iGa64rBdbc2lIHIcg63EwEvIhc/6GfydxVqf6knI4LFRXjEnpm6TXJ+1bHnb80f/6Nl7dcd++ySK52N93dsinvRdQ2fzjU/zlqmlZvoI/XsFye0z20KP1zXU/O8dTDeeydaMa77da6LAwDkS2h9fcyVZsp33j6FuSVtf+jSFwQAAIThZzUJ9035KVlRFvjqyO0iGwJpTygMChWNk41BSoFyNdZrTD7KUmgZPV+RsmrGvb3XU6zu4GsrZleoXzQxa8KbnpVL2308nFUyerkmf9HM27u3ZEfzENB7Z0icFhEo5cDqJoK2BvIIKIDm3xhwsEblDPik2lfN9S6LaHZ5H97gddliAhzikwZu3yV84r9ynx6CkQoKCgrnMUoEXmH8ks4lAECCZ3bgYfXEauQ9EPRshDW49i9p8pHom+ReHfgohAfxPQoQnDnZxLx9UHfbDDt4PMK3H/yJ3FeksyMZ5jjCH4q5npg1v+ckWi0AxHnoBR26HUbfuZQJnpmhGzOEwO8IUm5ipo2mLJNn+ZUPb1cvP7j9lYTmnUZ7Gy3oJHKmVXOHUDh70Q8xp+03XkrLWITuO7r541fCqzZEWms4Ly0TBXbuenPcNZN/ANkF3SNlTZcnX8smktgwfFPJAEsyfig3jXo4ThCRisLY3PaPxvf/Jm534J5/lo5U3xN1BYMoHvd3S5JdCxe3/aF7Fan7HvOI6KMiHQBMS/I6eVRnGfTPkIx6rrWmORwAsK5/Db8goa3UVPD/caokY47zqhO6d1Uysbol/F5Lev5FP5DiEwlL/4IXGyXtNTiaWEErEVNsmgw3y+7YKkyaKuYWYkr5DR0BLs52/3ef37AzAlgylf6h6ee3HHrnraiGgwank5CiBXqRWXefOT110U39lAWJEL5E5GAWyqjl163dZlh/YuM7ca1FercHSfE8s9isv0+cGrv0Fsz1rEDNTvXsrFQ7/XvXCzLctM+lxEEaRp3V/I/y1iDPHFGGyjY6P44HgGNt5S8fiNULfhfB/Z4Eue6nzFfM+CcilGwXBQUFhT4okw+F8UuhNj3RMytoSrYoh3YbB9PZAgBJ7h8I4kmG8NNFrJtBub6BB59sZJ0Hdl3nevZgiqu7yneb0fYs/HHp1tc+nPOKxGkBQEpIxiSJJOm58qQlM0oHJnsTmOSk8NCNOZvRHIAO9yinApGkd8myjKkz/lZWQrS3giRhg1HMz5SSUvxNpcXUDO0dP3viVMmv6mvB4gZWJSUkiYvy+nWzl2NisYpDHncHMzjVOp/oWFlFD86BFyQUwFsYESgC9B2Nqi3r7w7f8UFsb+cWAyC75PpL84d5XGqJu7rPUVg1x/JY7xwQ1PfIdSe1uTG8zRPQm/GDlarpfDHNphHEodUAACAASURBVLmtMRIAxJT+7kFVOy0E6y+d4J59Qvfu3e55c/UPfsPFv3uUpI5DnPbW6d59c+z7GFlwktKvMxv+G9/a2V+gk7kdur+eck36tgHv3ua+/BopKWXw70ChDxNi+CVZrq0VPnIxEMDKAmdKuCiE5y9I/83ismKysQ68XuDUUmaymJ0nDahliNQGr0WKDmFMDyTJX7x8Wcesy8tKiLZWkCQcZhSn+HiAqBl883TbG/v6F4d3khPNX5zTv91dP8LUMkXgwHXyBk5mhvK9GTFsnuBPbKubAIAXd7571L4iYvDeuwzC8pTipZNuGYp9CgoKCuc7igOvMK7JluYHHwRgVkeG25sDx5GxLgQXKyoWEPSO2p1RjfXs/JHWlKJ4oY8RQKa4F7UQiYsP/n3zwl8CAGZZYdJUpujgVLvm/eOZd+RXddB95qMykmUkBl16GCd0TkYJSztVcpJsaUKSJGt1Umq6kJ3rs9IYud10yXGioc7Bkx1suCo2XFuYBapAslUAIIeF87NDup06ccn0PmpWCbfALJMEghiHVNjonZ7k7VOuT5LCtFnM7m30gKWfITAxgQcAq5tw8ISWlQ0hdKsmEA6hfhgw4EFpE/QmU2vTvPefD6JMfb136P1lK3FXz9MU7nb2tIJPdM/p13uvHy4enWhi08IH/bm1MiUOqhkAZli1nxzLpDCSEpKkuIR+w6whrApF8DlZzhWi7RebhK6fQi/AaSrpdEzSDuP8W1tevWni7k4F8t7sCbMvmlHy2dHsxWbg1r7nvvF2KdZvEYECYW5HTgeoVFJ4ZADhgMvyXPFh0jcl6nZnzxgCAUXirRXcllNqksDhGjk3xjB7iadbQ0GUoahGdbyRbbGRMoZwjZwb452Z4tGycuB+ii4BtTnJSI1Ubab3V6tqzJRLIHSsnBYhzEnz+JQ6D/EBkhkl/HhRx1fF2nJTz+NXw+CFGa5FmW4i2F1JE3hCDB+4r15h3FluIxeKgD9Dwe/WVdrkn0YM/vxtTPGi5LKl+YuGYJvCecaZdvpAjarGTLkFQqeSU8OFuemeWJ3SjEDhQkdx4BXGNXclXbK5PfgwNjEJSpsDeyje2SEIjJEkphgk9NTTckKQgMmIYxAzb6vd7iWsm6MedVHmFS2vasQe9d3Hv8AJYdID8zv4hReTTY1kU8PytrCjewteTjZtjOhK9i50qFfFL2vUQ5Nv3aVxR4xOZLdtYg7t6/RERUQW6aaeaDeYimU5TI9oGgAwBprEiWHibOF42o61u9QztoZf00JHgwzQCLo6x+xo86I5mpEKTNWYqf8d1PcONFk9RLmJ3l2lumOWvXfrO++seWR9bVxDM8IYh9Dq3B9qRmZJ+Q8bw7vzEYxqeU6qe0GGO0BWLUlAhFpqcwYKNcsgfhJ/3YqW1zTSUGScl53+AEnSiyktgYd5vfaPTxW+HFWzJ8zuJXCUNzfomava6KlJXprAQSXHupGRVKl55ZJ2ww3N4Tc0R1AYYa3Os/IaGPDJh+RjyLr57U/6dIYambg/Jv3ouHanzwM9BL61sPLknolhArAb17tuuydE+y8gZJkpOsAc2ovsXTU+mKbFvIneBYt755z3ZmK8tzDeu++Man2xhpcQAHRKhPBdEgzI7iVqzNTuM9ytM+yp4YLFRbx1QN9o7ZnGdA2o4mameLeWB9JLK21myk10slE8097jZrt4ssVOHqhRLZ3gujh76E/+WL109xyr3UM0WClRRnqVlGgQg7ru3VyW6zplYgTJ95dCy8oX57iHbNuIEKOT6juCzB4/OkoCnjWEk7exRU/PkZINivd+oSNj+Py4dl91z9K8kyebbeSBGtWlua4lWWM9N1NQGFeQTz/99Nm2YTzi9XqlgKrmCqONWq0GgEiO3loafOJzyeWx7P7dAQKRWM15l60M7cIcVVnR/ZdBsq+PWB7SgSMKhVXZzivz7NczsqbvHmTzENtPc3MzRFRYAIJAmFp0Ilps1l/RGrEnzFGnFirV/Fb5NJJZg2vi2Fs+BC5z70g4srnz9Sl15J+THzygn9/ExtlInV2gbR7C5iHsXqLDTdZa6L22hC1hU49qZzjJnk+GJ5gqt6G4BgoTJZYarg9vdpGv7grrVGnql9Xh8BJlLcyMFG+PU40xVVasMTeWaiZYaL9qi4HR0gKH3MWt2t5ycR4BVbQyp9uYiQleyv+XwO4lejshA6lV7zil/YKTImP4Qd8PVxir5lR+aSelR7NrAy+QNcvWV48n3tEY9UR1/IO1sQZxYa0qOfDJW+xUmEpuFE1uV0jyATRIP2h+75mqxpuaIyY61AQihJw896rrsc6HwJiE0f6aIEkZwdCJhKuFPeZzn4uUo3hqtlVLOB1S9gSs6a+kcNYhCILjuLPyW4YkUf3ZB/SRQ73FBZEsky1NdOkJMSMHc76963oL9c4hXeAEcl5EJ5rYvBjhjf36FrsPN5KXUJOVmpPmqesI9L3AGHX4krvDAJVttJqRk43DivKxFI7UStE6ycDJg1rZ07A4KUwqbWEGfg56lXzHbFtkyP1KRgmahCP1gXIEMACCoeR/YbL5hYtVEZqooZo2vmBZFiHk9Z7ljIlzlK+KNXvO+HhQYIDTrbSGlZOG9w0NCsuyJEkCgMfjwUHz3ALSOaFVUBhBFBV6hXFNtD54JM2oloAkXdfd7HcESbrufDDEK/ITp0mZfbpm6SRH4ENE1LMSPLKFif5mfaKMnt8ahinau2SZ8/5H3Nfc8MAlOGVh0XajzU6IAkgu2bNN9e8OunpEzRktvrAVeAmmmeF/UGD+Q8p9drJ/OnRvMCAP8p2b3eJVv3NAO/x/wbclavf3EsoD/wVtTnJXZc+sgt25laquBIDVpk+pAUJugUEAHNlqUr1bRh9o4/vLsHVSY6bWHgnkHC7KdBs4v8n2AuE+HPYKAFRpN0hoEPNIB9l02PDbrMb/AkArK+JgHogMuJURAABhMIqkTuqfeT4QjOHTY9pN0pcCChJLMajkWSmehy625d0wx3PFtZ6lKzxXrnb86CHPlav9ec4JYWLEsP2cNOclAfZujbB1viCafbSdu5Bhtm8hz1QO3I4BkN3Off4R+GmcsO6kRgohHcMjoHcPa1sdfhNPPCKyuIiHovdMcJ0K3ezebCjVuIWzpg2SHc3/7GLr0nyI0gEAIIBonXRxjuuRxZbEsLOfPJwTzefF+uj70M3QPrh4Vd3zKykVO7hWcwrnJa0OcndVoDvh21KN5+x9QxUUzjpKBN43SgT+rNO5YIkxJiVXacC2tz9ZaFUzGBuMUsFksqIM9V7tRiDFxDrv+QlmBqHULeQWIBVL1NUgWQaANHf1XkMgJfzvop5o5oqS3PNhYCLvqCFIqJo6EKtFOtbwi5p6S9NV06z3FtpuzXAu4wmbhanCSKrjdsV5p3HSEIoQxxQHqbXS3psmfkHKd8V5pw3nVB0eMiVcHE6ESpDQx0e0ckCH1e7Cc9PcgBDyuFVfrkUYA0CYZE321hdr8gUipNATAtym+eE7MX9vpy0zLT8NMLLFThXE8zrWt89Dk5ATzZ9qYdxC/wVZL2HdGvmLNqY0XMha3vISjX0EAXwKR9Rxu9bH3tuiKj9Ot9/eGCkB/CW1Oeg7+mVVAid32SAh4oA+pNbNEXzOjqjfxHtmUrh/wNxONc6fWvTgNO1FWe68WF7DYFCp5MhoOTZejowCJlAMEAFEqOWjjcxwJBpZWX/M8Ka/vWqJ/GFDNABISSlSfOKQrzJKnK0IPHK7uK8+9ZkP1ZUK73LiiEg5qk9BBwbc4SLXF2u//zPIvy1wiTsAtLvI1af+20REnuFSQ7a9B1FGsTopzuD/o5NlwtxO2K1AkkD7/sr7055ALidpbke8F7Mqfz8aHAMzs7il+bAsj1+QZpmX7smMFOhxI8eeF8s32ak2/2sog+XiuOZbFrHnmUOmROCHzL4z3Om2QL+kooxi9VKcfhQfbkoEXmE8o9TAK4x3Zqd5GqyUv2zYNVPt3ZrDksHgvPenIElURRlpMYsJiVJy2tAu6p022zttNumwvlT+xlPow3w7Od3iO4Z/zPBmLbcHABpUB1c0vzq0MuOhsbsy/C+W51Y2vY7wxd05xIysXdT+zKyORz+PvcFJtayLvSvTsXypfDu4ozAgr0ANs2e4gFxxgs2FNG2M20o36KU4jRA77LcCW8Pm2mlDuuvS4Z9qV5UqI5IPkHPeD0lGpS1MnYVyC0ivkg2cFLQku9VJqf/5FzkvX4qJRb28owJn8VM1v98WtrBEPaEmWAI5BrRHKwFAsntBUCN3VqmMKtnmJTQMTgoTcmL6vMEYnfTw4o49Z1QnOtW8ADjOvYdaW6L90E2aCaAXt/6BkX1H+H2+1ST3/CzninLNut0G2wmdq8ChTvQw7bQ2yb0gTEgjgHSQTXXcbitd031Iqpt1kuJriab1UR3HdU4BFV3TtEInpgZ9a6xsoCX157E359mvT3Yv0ImJAHIHVV2t3lqqXyvwU68j8oOexCdhEU0l+nW51puGLOCHgCQw2btrXW/U31cpy2qNzwEXJlR1JQRbMqCqTgu5BS7Z89/Wrz+1bC/z1ApYnCQumwpPdw4YviMnyahNVDcycUM+Q4uDAvDheiGng921jSo92a2WIkXHCLPmCxPyAcCD+bfavl1r3lbsPiNgMZ6JXKybcn/0qmxVEgBQJceZ/XvItq5+pZhlxdxC77xF2P8tRBBAjLlfK8iotJmp76A8AjKo5IwoIbWv3iRD4R/MspU2M4dqVQ1WyiuAXfKQ8pC8FCTdMcuZG6NMRxV6aLEHXxtqsY2bBS0FhTFHeWIqnANcO9kxNdH7XpHO5u7KpycIiNFJd86yGbgBM0WStGdlrbPuskgn5rikierMIV/3t/bP/4a2AMAJ3bs16l1LW57XSYkId5ZGyxS0fhr7mJnpKph3kE3rYu+4oWH9kC83WPRiwsqmNzrt6YdKClvT+OVbSUtkEMq1X5bDl6AHAMh1XTS77feDrZ3BAAgwj5yN3P494X+6opXYb3BphMtmW36ORqgMh5Mi1tR/OWRHqzenWpjnN4evnuzIjvad5ClIyOIiACBMLZeb6M+Oae3Bonn9kBHxVJL58eP7dNA/s0Mv2q5s+2ol+vrBrL/iYG+HAhUAaMXgPsahPgtYnIGTV0925PR6gyyFF2e5F2d1qVtJWJ5V9J6bsALAZOudenHQ8eFC623lmnUAsNtgz3doV7XcbyVWkbjn/c7oeLCNPSUhj05IAEBOsv6qydvLNV8IRKcN0raI317W+hItB0+IDReyqzSbDoe90pnt35tyb91gLe/m/drSbNu1w7mpvESHQUh1U20eomPg3gKnBgAAIUdCbK2nDgASmSg1MczC+3MeZA0unomslmq++cbKp097Gro3dgiekbWEJ5gQ02F8H+5r3YZsbeE+ege5+lSIkKYWct0nZM2Zyotm3njmt6XunoWtRr7t3fZNH5u/ez7xvrsPuqmTfSQVkNdLHz1EVZS51twiR47d4m9gjjeynx3TdIqAdFEGKeHimin2qF7t9xBAXiyfF8sfrKz96OQkEobivfNc7e/+n73zjI+juvrwudO270qrXi3Zau5Fbrg3jDG9g+mQhBJISKgB3lASQg0t1BBaCDVgsLGxwRT33mRbktV71/Yyfe77YWWV1TbJki3CPh/0087cmbmzU/aee8p/iUp/enXto4w8IqlsKgQp9Bglyi+BqAEf5edBdrz40HJr2GbbPUU3VD3p6JV/SyDinJjZ72T9aaBHtEuul1q/6P4ogh0Q0W0tIyAkSFpgffSbhF8JJAsA+a4LxrtXDfQoJwMjxwS03n0QmDm77aXjhq8S+YmMoucJR6v6sCKbMQI0wFgwBACAGKzP8i5Vy+Zjuh/nWK7TykNcZ2hIrHcfdpZ4Z7fxuplOvbnhP53f7fMed4luE6UrJBaZO86r69D78mwJBAoGiCBetz9N9NMrpj3+6VE2XQ6QnUFgxSg5HVSY2mweoh0AMBpwUISDJd7dbbxmhnNCSpcNj1iWOn6MamkCQcAajZSR9VLCzZd1vJDFrpzkuH6g+wcAo5RuENNcdFMnI32YeIUbndGvwD+K5wu6P2jl+ARhSqH9tirdd1W69a2qw52q0g2Jt65of5VRwhR4Cxjb74OVA0ef7nYXf27bXOKpFrCUpk5cbJh2uXlxb+NZwdBUNqt/WP6AUCvmC1s/AAArXXHM+HGVbkPvtVe1mI/ovY9Ncm6q+Y2AJQBgCHqRYcp9yasm++YNMT6FWTUjhuBacd2wNFxR+Ug139x7oZfsGNqOxEp2jTL4SYGYfqUlkCRqVn/iZ733cOzAqsTVpRDgLAQs/bHhlTEteWeCsf/7BnncmtWfeG++HZOnf0i2t079xeEAlUTqrNRr20y/XeDwS1B65Icy1j13EHe5gkScsP25meOpEDIbUX6pRKKi2v8JjRLll8Pp/7WI8rPALbPfO/e7JW6haVIGk3S6uxOYf7Stfrz5Xb+FCla+tu0scF1zfOJ/ItyPIAufWX96s+I9rOkaxsSKYy5o+beftxkBxAqjVzVv+i7hriUdT4cwQoYJAocZKCfzhcm9UsrHu646+YMm81OT+aknv5/hRsHwwUHm46S7PUSXPzDbuyzLcpkd073b+BjE6FMtx451/e26iXds2t9Hug4DOqqfUKwbi8KlzLnoJo60JvKDVApQMHx+WD8m3qahMX30kOqHb5EoHDZ4/53SuU/l8VjlxA7NZXgu7Xxg0DMjOiXRBU2kdvFO6owINyExk+c+N899brvq6Na4xyxMeZXu27GuS0JvxRJBtSJTGf+ChazC/67m+a+cO7uXFHHV39h3v9j8yVtj/jRD1zWnUGOhSTGUEP2AMIu5Cyx/TmNnbYt/HIMCAFe2xrWoxHMKy3iEu2tXCor4nWPfT44DrzZMuq5CBYqCTTFSdo4wY7YSYx6qzoxwlNjwZ/pWcpuf9Q4AFrqMI+1qOWZIupGgERDgKs0gs6gAIC9R9FtCHzmEnEHjC/6d0lESyHr3oQB+ILf+TMuEgO8bwmGnjh4Wp0wfdG+HBAdHrDmqC/bm8gjEF4f1t8zt+QbuXN+pkeYO4kAi8hrVzaPQ3HXFSn6iUJAk/AJnuqKEICdB2FkTZvo1L8n/CY0S5ZdD1ICPEoZvHHvuqH/eJZ0oE90INKJujF/5RPrIkj6uFdoeb/G33ruxSI4VZXdvzP976J20ytYVx+9tEtoBAHpF/p7X8k6wWHGEybPa/zGIDkcZbmRRne5d1KDZAQBqJWaB5RECD+Ubj1Y0WuGmrxLfuKStSz2ujUl8O+XGBlWoKvrdkFi1qvFbIgKxpWABAl6BONKkmmffrt70jYzgvvz619LbuqvvlQA71zov7yRO2Ve1vkyZMdCq0BggkZ+4su31dcm/blHtD2vAN6v3B1u12DDNb8mvK/7yrbcIAEis0sixAuERCBcANMnWK8of3jD2+Xx1JgDU2QYfOx2MMd6znI76w6Z3rmg131WXvGBWqRBId0IE5fb0ovEtYwudOuSw04f3U8eK+LPP9+VI/88jZ43GajXiQrm+V8c0Qb8AdQXJxwwfTrf/dki6sbiA/9xxBUsMsqR5QZKQYvTvYm+F0f58kWgLvc9iPXtcxxZ4AneJqio/7Qb8gQZ1MP15H1WddLuLTDTIvMLfvYHSSgUhGoeAxlqWzTnOAgDsrFGnmaRV0/vE50f5hTMuSUg2SK2BdCK7GiQLyYbTr8gQJcrpImrA/5w42KD6rlTn4BEAogicYpKvnukyMcP4m/dI09uvtX/lt1DE0j871v7kPLRz3GvDd+iBcm3V473H0pMc1411Xa5SjARCEuJbVIe3mf/MyoKGDBDw7BHQoUb1oTZun9OZj/4YqzpaqfuGI7tGY1MdN5P9Up1POzxyq3CoyORBhIUPybYjitnWe+bAAwCggEQMw+sujZu9PuGVS9oAAKxU7PPpv3NSATTJA6KVIvUPh7gWNe2wdOcmALg3t/61jDa/tancrAgP0R8FSQ6qHgBIZdxAt/V1WCsnzLLdtTn+z06qwShlQJD7qkN1rF11NOB+zJTx+vgVvZdssO781luUwc6b4Lw6UZjoC0JxUc2VuvXHjB+5EPfnipc/nfgcAHiFYbmFpzqve4xmFybn3jjmW8ETNIBTQviJ0U2rD3cJUiJJVK//UjEY5bSM4ejViAJTND9vsfr7DcEaSGPyqiCwulux4eNEfmImu+Ak+zBrFDc2WfhcNTa0sCcKIvwZr5MvnxpAPRQ5QpnoFbrw4frlWj6YAU84AtRZOMXUWsK/JGuttFfueGXLaO3QvVGbHNSbO0x3LrCHUMSM8ouCIOCaGa7Xt5v61GI4QYJevnRKGH3fKFH+t4mmHv08kGV44jvzJwcNVpaQFSQrwEuo1kI9sSF2zbEw+aWDZp+7rL/13k0F3/CbmueG6dCDoILvKoakkc3XNHxf6LhNq8SRQCNM0Youk527qun7J4+U9t/wUKPqqU3mtUd1De1xydz0UezCGfY7Lmtenec+39cgx3PucHd+oPokIuHZZw4TTXAy5sv/hvUOAN1G+3BY7wBAYLKF6So9tTrhwsit96GipROQKB7Re9/IbO+3EmnlwceQN6p3CYQbARGsfH0kZHoXqGTjlvhHfErv/e8rjORjhvcDPgEaTL2ddX8s1efon9Wtnm27e1nHs8n8lO4UEoOUOtXx6/Na39XKCT9J5a2iFQC0zEmp/gQFq2LG3MBPKfyOLQrd8AezkyN69UFRVJs3DUuXRh7i1BnC7HkB8//ljCzunIsEHDj2VUHyjwl/2h/7CkcO0po1qZVLJrsvnuJustOhxSABIFYrT0rle3eTJPDsLO7OhXZ9QNXGkHHeQgTFRQQiuIFKnP7xWEBjyY9DDdxrW/KG/I3q5Ij1JVE1hyg9JBrkuxbZAz+hC4I8oVGi/GKIeuB/HjzxvdnNBf5l3VGl1pDK8rHegGtPhptqngzd4CvH1n/CPUN+3MEh465IhMuavgzoMEeAuIalR5OdE1N6ancXNak+PhDAPqGweq71TxgpFbp1annYrbIQo0IbUx0jZHenMSsg12u3/hT/IAnMPMsjIfb5P+NFj4TTeLKEogLgPKT2kGHykO5YMagVFxfmFd0pqjFCn6RYlAA2MJZBGNw4W0Te/TGvAgAGRUQeGg9yYI2ASBDG12u2tquK0rgAifQIk3OtDzP41mptndTL/llmMT1BrRxt8C8Q4LDPHuu6NOCxYsSspR1Pr0v+VUnroeSMpaNihys90uolLbLTE646Gk/gZrUw2tsjVk+2NCGXExtO9SzPaYGfv0Qancvs303W1yCOA5KUk1PFSdPEcROBIDKYxN6l2nuDQTlq+LBY/+lXljvUY1fSJP7vIQMrhnm+541mM2OleL2capJ8omuRhGBwErpmhssreOptFCsiHaNkmiU1FdQOV2LjCGvQeg2ZnKpNFeauG8Wqgq1SYuPCdni40dDhjaIqyyCnBQXSysih6iMcbVaxk9waenim3qL8DDFplGtmuDyCp+HEEzrKLKmCP6FRovxyiBrwPwO2VGqCWe8+fijXDocB3yaFqfqOMV5r23F+7GBq2Aw5CBAGvLjzb6HC3TF8esAw8dyuEdghZ917h0YHHU8BzLT9vl6zDQeLszwV4O/jb9IoCkvG6qUMq6pCAKdvhQyCm2zVy0E12EOMXk/e3B1pswOnsTOpghOAaWTSlaELaGo2/vPlOcufLd8O1deEbikC1cSkHtEHDki20zUJwoDzrjFSvk+8p1vjvUNVnMrNHOhOulErpnTujIDWuw9GMWWwt5Xr7vd9nObSvnt0dL5XI2VhThIx1ZPKLipolPtaCH77xQtjs7yL3e5OAMg2i8lieys99NJcCICI7Fr3dsADBgBM2CzyL8OABwA5LYNNywAAJEt+9dWXGguDGfA+MnhyWck+7+KFmKI2liqsGKZgZ0GS4FdzTsuEt0X1KuxrWZAUWHLSDymvgKoqD3YDnmUx7TOFCutNFOhprqBzYWLuIPPJh5DMWKm8fejzxRQkcrGvp7J32NlQzWQFmh3UmPhoZbIofdBF/IRGifLL4fSHbEUJy5bKMGV4MMDmikGW6gm52/Bm6zb3oSE/7uCgEAkAGd4wswmCjJrsJAC4Zfa2o2tVcmyIxoyiH+VdxKPTlppopcsOtZ3bwYhusr1VdaDbevexIfkWX0HsgXLy5u6pNJhD3IUKOs1DPTfVOsvhqNBybcxQjnqvS7vKxGjXcu9Fcn2tVKybClwIo1o3mJhtBSRa6TEzyvVrB7GTbjjCkesOk4SS6Z2/ov2Vc9r+ubTjaQ7OnTez/oG8BntTmeaTfyOxZ9xW3Un7Ohbi9stkFyaDAXwplOx6hId+2JcoW2IJnYkME5WgVYhUrlchPZ8Yo/xLDPvsr452W+KFRjmUTf5wdSohCERnOwBkmcM85iQBGbH+5awyYqWw8mRh9+yHOG6SnJAY7Aa8vSHRrISqm/1gdUo/LcYu5ORUaQTUOCzM4KmhHhUKhGvl+B9emb8qbBgFAETSJkqUKFGiRA34nwHeCNLSStpCOJKHERKNlCCO8ZosAIik2tzeeg0AXFz5f2YhL2zjeKGgxPjpSfdukJQYvnipMKgB6ybb1yXfJBGBhbL/ZwgWAKEgaX/MawqcThv+mPH9O8bWTpxz9IZJh4dwt2qCsDYUt1MekQgfWUODlMwHrrhepl9to6sGenQSM8s6nsn1nOP7WKP9sU6zZaA78YFB6WCK44T8cA1RClfoq142y/aH81r/uzo+r3D2sSJ3ObP1h+5Gne7wb8IYMX2aeaLv/4w0Jl5+zEU3Da7zAdEp3olrXjK+/uK54ujQLc/uMDHYv8OKyTSEnfn5kkjFfnQ0VyMHvqC31ydd2xwPAIhjAWB2FhdaY2xqOt8/7lpD4/GpNX3mrAAAIABJREFUofzhCMHsrAGqxBMEe/FVSlygGHKEdGcs/1C8SB/kpG5ojr+lKbACq5KQyF50xUjIgY/TyWeNDaJyPygkxN07p37JmOkAoIs4JiJKlChRooTm9P9gRAlLOD1pAACWH/p560jkoxcZRook+Kc5f4lQSNbJIQAo8lYwSvj6f4xiKDZ85ivBNTwEvbr12q2V+m8+t2xOpoPmDXYyZR+kL6rUrx+evg0ejIZG38VB17epD/e/sCLybol7pNjwyabEu71k55Aca6BU6TaU6tf4/m9njvtE14aERIPM1ZUBgI2uDN8YORZZDSrFOMq7aJzrigL3RYn8RJ/qoYzEgzFvDqoL6AzrvTrJZ2/gLfF/Pq7/chDhHvWabSxpieRB641KMS62/I1Spl0wtdxdvBfxJ77YCJ7wBFFFJab7/hcKZ43jG1YnX7EvZsiEHs/t/IbGIvJ6/m8XCmaqAYBGJv5cle63UDHFKOYhk6b/ubPUm7xz37hzO2J6O6XHujX/Pjr6+fJM30es0QJAeoy0ODfoGzhOJ58zPoDNWcO3/IO6PcT0zZJcb3rMgF9T2GjyXvdrfsGSbjMe04yUV+BZdaMwa94Zqtzde8Zf1BZL9aqfl+NVv108+o2SbF+RB6zTY7prxk2JT+QXLvNe8yusH3ypyKFlYQ57wUQPHSxUYCDIwD+1wpYW1zVtkR0X5ttmSJw28CsSJUqUKL9ARor7NEoICALCxl0a1EMfmZnKxDcJHSEaEECsMA1ep2poMZP617Lu2VsXPjs7Ua8AgAIKS4aR7QUAjrQCwBdpV17RtAaFq2k8KJCHbNfK8b115hUkH9d/vj/mNQxKq2hdRU3/CILVI8AAqEz3VY77nGHo2yDBADxyqXGo9IQIMYrpCkg8aScUBoDAILno5mb1nlLD5x6yHQCa1fs+T70ky7skmZ+ikmNEwjvac2bYym3B7pIIc/tZ0lJkfK/U8EX3/IuE2ArdugJ3GMHzSKBoITOeZfZJhB7VaH9I4qeEaJwRKzIFC0x7Zl3ZOJeAnjAcF920J+aFBs2OM6z3Dq4bJFbNsN9Rq/3JS3ZamOO7zM+UGD/J9iwzSVmkwjjphlhxdDo7J8QeEHiyxX8DAEvaVMrAPM8EJs+w3bc65YoXMpoebGqQRucAQJw2vGTmeJ2m287HppiFhVer3Y/X6n6aYb8z8qMHuw3MonWRfavv/yxW9WlR7qpJlY5++Qt6mfj30Zx8r380NT93kYTl7xz7drqPdkj2GMowTZt3bswcHREq7vp/FTk9Y2y5591j00p0aTUaRGP7ZHdTjrfnNYhVajm+q4TBWWO9ehXeWKoVpD5XJi9RuHyqu79rV1DEq6sfr1YaWxNvm2d5KK2vnqKIvClZR5ePHTO4nmOKFmbNE2bNQ7IEoojVGouHbHWSuAWZY/JzWe3HR3NcpFxi4HikZHB0Ntvn+grTZwsz5yCOBZrun1wwEpg7mp2Szh9uUm0o7hTkUYPbiUB0vHgeAugJDjojmz3YEMrDPiOTo4moBz5KlChRwjMSfzyi+BGjkS2eMCV8zsgOWRxmUHyQ/X9Lyn4XosGq+GVkZye9bwfhcWK1Vpg0Tc7MHvJuRM6lMQsP0YoYrtzRohzWKrsBoE0VPuy5VXUIAFiio8Tw0Tjn1cNhwavlmC9SLs/k5hvFdIywg6qv12z1UD2a3jfudq+bSjrJgNYLAgCRHGAgaATsMD8lExyP3AoSx3qS6zTiFPvNBiktkm0RgFqJyHrHgEMHeiAgYvvGKluY0oOmNxXU823ISKjSbazTblbLMTzpZLAu0xtGRzqw9Y5khEPdPFrFszC7Zr1692fe93p3wMeBmDeS+akx4SKrw7LZ+OzXpTtfV88ocKvL9GsK3BcF2ydG8spx7OvHZ9aYaD9fsEFMW9bx7N7Yl7VywqB7ku1dlu1dBgAi8pQYPisyvXvY9K5ajiGA5Ai7gqRs7/LZtj+o5ZjA3QNdDbMYoKRVdShGzBro0Q1SajI/9avEow+5Xb4lY+JFFYV5KdQNMz5fD9ATCqHPL/xjxXl/da9xU616KWjFRz+CHWC59YfeH5dajfv2THgmq3lNgq2DkQAgDunPa9beX53kZ7MBgFA4a1cWc3vJrbVCa/fCd2D9n5vefjr91gtj50fYt/8ZmgvmrvMsOKYdj09MuGwz8Qvt286xbGAUEQDEiVOA7HoeEcC80ey0dK6kVdXkIGUFxWiVvAQhmAv9c9uWCq4RALxkx3eJd8UJBWncLL2ULCPBSlfUabdoEb4Lf8CcXAoYJqkau2bdXl2DrXs/BmPOEyvbv1ng3D7LHqBKAmYYcfwkAMDqoS9bM4RQyPtBidMoZw1uc1L1/Ysr/GceM2OlxbneHyu0ATdJNkpnDUMt3ihRokT5nyRqwP8MuGiy5187QxUupkk8MXXoazVN1Gbfn7Lq6ZaPAq6dwmS99SWH+Ne6l1ClxUCS7LkXS3ljh7wzEbI0l99YEnh84EOvUjSMogE9ALSo9tvo6tjgFpeLbmrQbPf9X2L4osB1GYlD5dhjpEiIp7HGVwAwQmufANpFNxXTnwRcizBMcms/P5x7+aQKOx3YA5nhCeUI9e8kKE6qwSSF8qvUabaUnwgOBwCdoq7Uco2q3Vc2fY0gzPxI5HioNhtdmc4OTMUgz32BAtIu83MnFqAxnrPGuS+P4/N9UQwuqhGDgvrlB4W9IqGtdwC4YJxran7yH4vX9rfeAUAg3BsSf3uG7d4s7+LehxKRx0W1mMWc3o0VJBHY//WLQTkY888K3ToQ4ZK47zBgDPBdwh/PaXtTJ/tnz0qIm2X+qaJjYY0lcAI8AJphG4DbOQQ01k123pjrOY8AymeuS4ht1Ow+Ynr/kOmtEE7+LO81ydyu44Yv8t0X9L8iYYkT8ksN+xW664uiSbwkz7shuFh0qkmanOafyPC73JubG6U9rs9m2kJNR4YlQeyY49zttzCTZV4pzXqlNMtKSzJJaW64C6VzKu5HqKkEpcstrMQnCnMW7EwnLql8mFV4AuhR3gXJXKFaMUmI72RKfse/xY8WrzAvOZnu/bxosFFvVU7idH2eSB6pvotdVq7N+33DP+g4kzBnod9WWgZPz+SmR7D/jY49vT9amOMW5njvJYIEu9zHFhpChbeE5WCD6rNDBqWvz9iJdJ8kXVatzbqh5T/IL0MKIW7p2Vg3sIySU0+r2/rUT6nGAWa+9EaHlqwv5hflenVMn2/grHFegwZ/W6rlehWrQwCT0vgLJ7nVUQG5KFGiRImMqAH/MyAvQchLFMvbgw3T4caZrmE69D3JV80xTLyp+kmL1FP/XE0wv9cse2xNB0A/t78sq9f8V1y8jJ8+AJNyCFmS691bp7IGCVhACO5Y6PD9r1YQR8jb4h47u+21gDLXEuK2mh9FIJ3XEdOsFg8YWnbHPj/X+kCwQytI/jH+/gbNjhvqdyAgBuKrD9V2iltrksgFNsO+PROeym75KsFmYUQAMMikm5R94x0GRzTSKtN+aVNVO+ja5e0vhWiGQdkf80rvJb5aUwLpHirrXSTcu2NfqNZ+N8d6/yA2z3dfVGZYY6UrCEwttDye5V3ce61B8uUe+xvsCIBEGCOkDDzdBAEszvNOzadELDWLQYWgOdL+U/xDJnFUOjdbL6VIBG+lKxs1O0XkiRVHp3Kz9FKyhFgrU9Go3pXOzc1znxcvjGUUnYfsaFUfLDZ+YqG7BOF8uu4EJmfY7+xvvQOAGrdczHn+UhPKjzcImzkEWrknf5vCmizv4lHe+RR2yyHv9QmuVd8n3HMg9rXptjsGekRGMSgIxMSk7tNYlMN2usl99QFizuN08vUznf0fPATo6fRbfzQe/nJfqcYdeG5RRgKJGZa0iMhrlDL6NzDIrt82vUnjoBUTzSIFIvDlpULhLPbiKxHPEZZOkGXFaMKmGBkrfyz7HavwifzEBZZHDVJq94Y5nrOn22//F/fWstnOOOoXoTAnKuiDfUYuSCRFrSrz05ybLlmux6rBV2at5VvCtqnjW+EkEs8tHvLzw/7Wezd7DTNGs7UL7du6l2Ctjj9z5Wmc3Y6QzQ0N6w9OYk7uVe/kiC2VmsONqpvnOJMNPVESCGBuNluYwZW2Mq0uSpTArFPyE4UEffjsmChRokSJ0k3UgP958KszHB/vNxxq8h/QUAS+aZYrJ3EYFTLn6CYcn/ihDPIeTymr8DO0BUZSp3/hb8HaIwBm8/f8xEI4ieHXyfDAMttr22NqLf73tprCdyyymzVdA4WbG5NezWy1MOXrkn8zz/JQgjCud2MLU16r+Xvddi3C0wGgRM9Om32sXL+GJxyzbfdo5Ti/nTupxh1xf/PF2ytIJvtVnw5JKIPyd3Vdcb8ZHPNq6ah/lGZ2qCQFIEGgrp9Q/UWSFQDa1UfBGd7DvDP+GQCY4rgptF2HgDCLeU66sXvJWI9aL5M7Y1wC4R5oQbL+KEhek3y9i2oGAC81mPpzCIjRnjOtMRXT7b/1s967wYBiZCeLNAJBAwBD4nHJwrJ8r4JhU5n2eBsjhrY7T0AgyDKLS/K8eYmiiKWX2z5XcJgJAAdd1y2i3o2NrrbR1b2X1Gg31WjDyLwVOm7L9i4NuEqC7KecIkeeTtUlBJSMYkLfeClcIQA6avjQS1hn2O/QyEErMvaHJS0ZooaI69FyRwgum+rOTxK3VGoa7ZSvwKdBrczI4BbnsSoqqAdviXHKgsVoQwm7tYZGSs/LQSDch03vFBs+6S5nkMHOPZu9V3T3mTRxkYZ3U66/qu3TUVx9iA4THV2ZL1illlN7itjt8ZQcZ+sShHFntb9MYf/ZBwprplp+907x3nsn/wwM+D2ekg86v93vKbPLrkQ6do5+wo3xK/PVmZHv4WCDys6GegXtRWPPRFbDoDQyfURSgdWN2adaPvzReaBJ6FQR9ATN6EvNi841nUGgiN7eW6s0UsgObky7YNY4RHrcmFEpyalSTj6mRvqI67ldP7S3Xx7JtxcJDo54Z5fxniU2pu+Dqabw1HS+d6pLlChRokQZECP95yRKN1dNd10yybWmRF9joUUZGRhl5ihudvbQJz8HhARyjm6C73+6+BCSQpaKxaBd94X3klWnomeBuH2e3cGSa49qmx2UjJFJrSzI8fplGTxXnf1VkqVJJdrp6nXJNycI4xL5SRrZzBH2dtURO13avGUyOiEAMM6tubYl4YOUjjrt5gbtjlRuehp7hkkcBYCtTGWTZler6lB3jW431WISBzCcdVOtwVZd1Rp3ZVufyQICUNIJzbAPj47ZbXI3qYV69bawyeTdgmSRJGnHimNq4cfujys7Y8e7NYtmlLSpijIGGPHeHwKTejnFZ8Bb6fLB7SRGHK2VE8a6Lw3WAAE4SOOd/Gd1086utzOypFCCUF3LT8ohrp3hkhQ43Kj67FAoBxxF4NvmOZIMsgJQ1KT6+BC91V7aomTmqM6u0f4YWc35yBMpAqCV48c5Lw/RwEWG10E8BYQ+QwqrGUUnEO4q3YZa7Q+57vPOsN0T4Z5bVAcvMc3sv3xSKj8pledE5OIJhsKmyEp4UgQuTOc22nZ53UkU1vKko1G1q8ywWiD6iI1ZmUrRESCuoU6V8VzGXXc0vpHPBr9pxcAu+v2e4wBojvWB/tZ7Nx1102x5rljNyHVFyli5v/H19zs3di+xSM5Stu79zo0Pplx7Z1KkFRxDRJP5UDCUd9CFGYM38LLVKSVcbeg2zzR/5FF6fkAbhPYNjt3zDJPeyXoglgrvmg97FnaRaZi4NNk4ci+oH9dt/iLJccvQzgjaWWJHjXpx7tDX6IkSJUqUXzJRA/7nBMPAZVNCCdueGuiD+8O2IRsbw7YZVkwa+dqQmQVy9piqbdL8GcX7TF4A6GBKOpgS36pUjqndMlGvkL01yN8qzkoS6L9nNitIbFTvalTvAoA0buZ459WZ3DwRsS2qfYdi/iWDsNP8zNltrwQ7bn+2xv054HK1QvyreHSVakyZNofG4gzPgVjB4demavvkS6dUrI+3N6v3pXEBTJ1u9se86vsnhAnRTe82E13aS9piASBeoEr1n5+8AQ8AWinRVzHd3s9THSE01mSwc/unkfvxlu5Srrjbn6bZ32FaXylcSOyaMT+pwZ4VeltJQZ0e0uolvzyi9woIAAxQaIDCPPf50+2/3R73hO8eCMlgBsMIiHh+XJyYn8pPIyCMkTDywaBIqMtMkpHQqSqJcMMW9X5R1XBn9kPBGqhprA5SFaI/PCut3iweEjJ0sKQrYUaEZG5KgjBuR9zfeKInRWiu9QEQAnvCJUS9k3rdYzV/USuBbctgYmB22Z0gjDULuaG6iKmD9aql+SO3jtefm97ubb13I2H58eb3TKTuuvgVkezHyYUPz3aEdNGH5WzT7PX2MI9nb+u9m+2uI9dW/3Vt7pNh/fChgwh8ODnyZ2HASzL+46aKZP6W4dh5SasqasBHiRIlytASNeCjDBjkiWASQQqaLDpCYM+71PDik9v2jW/RCA+OaThsYEWEc73qh6tTCp16ABCmTKeLi1Avl9pfK9Ieq077S1bjNwmORlXqyrY3aaWnYF48XzDRdU2Z9qudcc/YqfoYKSInPEc4MAoc9zvX8sSdOQu7SzR/mXChShGuavtklqvPBMrnh3MB4IOUF3Ya3gQIbHi0qQ8f16/uOvEIVNO9ZJd8YCbL/PdIDoXR6kRrrUYA2F2m/yrffWEkpxaCbvd1JJ0JiIfoiKQkPif5D7J5gvkUFvJrvqzIMAKkBtyqm+IW1dFmpv/l0chxSzue/T7+niaNf1UzH/Eile9ViwCMgnQKMcajnu3U/XZsnSuwlEAPKXzhGdZ7TeIgpZtGIBxh763f3n1rhUZE7JG4194Z/WAqMwTC6bLH+94GVEUHSG4fxS7UdSR+k3ib756MEbPS2NkhduUkjfsNhfMcO7s+942xkEcFDm+JIfXx/LiAq3pTZxu5v8gVXOPbnetCNPhLy/sXxy40KBRyOQAQNsVgMrChHonGOEOBR+H2eErq+TYG0fnqjCnaXDKy4HYAuCR24WttX4Z1wgdkj6dktW3rpeZFvRe2itbd7mK77NYTmun6giwmmSGBDRf5MSRq6sONxY6f22JUw2DK1oSN/AKADvdQVuKIEiVKlCgQNeBHMq2y9ZqKx4u5WgnLAEAAkaVK+VfW/RO1p1OqDQAQEcFtc8ozc//e+smrHV+6JRYDRgBaUnND3NmPpt3Y3cAmud6zbPjWsbeObyURmafOuPDiSTd/VZbCMu8e8xcElrPH8GeuJDivp/LoW+ntX8fbqrU8gVGeV31xu/nDouXPZ9wX4CQxyvdclCrMjFBuDQDUimll6xubEu9pVu/tvfyKxnVaJc5PeJ4nmPdSrqtRZ1/Z8V+//VzbknBty8N/n/bXSncfGx6DUmz4777YF7uXNKn35rkvCN2rZvVek0Re3xz/YE1ajEgCwLfxXc7/XeZns7yLfbLegw4Qt5/IBucJp4dq00kBirSF6aFmb4wweMG2L8wrO6XSpHAGfGlL0KRqApPzbA+WC18n8hNUilEg3O2qYxW6r32pAU5K2bA/n+lbCiGRp6+YHEA2vJts79KFnY8PbeW5SMAgD6G4gB8axbyy9fVvk34vIg8AqOQYnnCElYWnseZy2+uFjCdYhQibl6joYBwcwZA4xSiNiRfJ4F/b3o2VVXTQGu/x/NjxriuPGN8HgGS+MOwZlWnzegz43tZ7QpKUFfienKkb+7USPluEFUeuqfOVfZscsvqDXXJv+/6ly4tlkGUAwBQljckT5i5S4vynYJIMcmVHmNCSn7zbrzv2jEvuiUfIVqU8nnbzCtOsEFsBAJKl6jJHUZv+IvHVcYrVQtY3aXZXab+V0QAqxXxh23KFkNfWwu11pVSJxlrZ1YI6WpjGCv06X7DGQsOUM/TPsbaggggAgBAkGka6+/31on3VtSsGl/QuE9brp6D/HAyjGDpUGfVRokSJEqUb8tFHHz3dfRiJ8Dwvy6fzp/cz64/nlT/QKlmVEyHcGLBNdr1v2ciBcJLiNycJWV9PWMM4ThW9QZweypEVFq1WCwAYY44Ln+c/5diNGxx7BKXHWy5iaZ+n9O3OdbfEn0cS5F5P6YWVD2507GkRLV6F9yhsvdD2HXfkqwJyGco12zkABQMgQIpez668UJi/BAD2ZdArmY/WJNqa1KKXVDyUUq8Rvo13uNErBATVk1MpA6tEhYBM52aXGb5SUFf/z2r7h1nKCda+XjNqrPd4rGT3Wy7mjZ18doEq+cgmawkGxUt2lOlXf5d4V5OmTyipk2rI9i5TB7egGtW7FST9quGWZP6sNjorVrIZZM8bGe01Gh4AktlpBZ6LT/R8MFiZiiLTuz3dRt5MdmAi2C6qeZf5WYOUksENMp6fAIqlrLpwGulKyFOkFV0yP9UgpWnleIOUmsxPKXBfohBCu+qojPANnvwYT9cFxSSJUzNGSbqrarQeUqnTCCypAADq5ZrWyHFntb9MBr+vhpwGzfYK/dfHDB+l8NOZQEIMkRJuIkcnJxqk1Drtllm238+3PhxJEgcA8CJVY6VVFC5vZ5rslIyRUa0gBF4BfVFk+PywoaSVqe6kKzqYg43qAw3qGI2cFMheEuvKX+jMJHFgsXofBim1xPAZAGSw85L5qaE7ppM9Zzj3+C3EGg176SqsDfw1ptDx61orYz1h9pxmkqakD1llL4IgNBrNUP2WvdOxvoxrCN1mbLu80NJV5BIpCmnpoI8eUhISFXMfG15N44A6Ar1h7ZkuZO1kSruX2GX3l7atZto4TRuk9IOiwO49H+1k1jnHNfBGl6RRyeYYMTuTnT/au7xNXSRRjnmGiVfFLdvuPhr66JLLlrV7+n/4ubWcySmoCcloFDPTuFn57gsdVJ2DrqsTWt2SnMKGylrKSxRnZw2+SA1CSKPRAIAsyzw/LPXe7vm+yNGxfBAGNgbIpl9/+NxxGBG7asMI2icb5VmjTlGxnpGGSqVCCA3T5Ysy3KhUKpIkAYDjOIxPKprGN6CNEmUIiXrgRyLVbPMddS9iCPi+wP9o/XyCOuviWH+N3FOGsGQ5VVkauo04/YxT0xkAmFNyW5MYeELBKrkKS3+9Nvepq6oec8qe/g2Oc/XnjhE2n/sPHeE/oGwSOq6setSq8vfbJPLjqZOxdgKhlmPHeFYc13/h+5gqhHIDYoC3Um58srpP5rw4doJ7+QWf7uMPtkwbdUKsPk4oyPWcvy/m5VrtT90tFST9FP/QyvbXGCVAvi5PuNL4Genc7Drf96GDH2IXpwnNavkeACcAzHSclLS4gqQ9sc/3XlKuX1vouM2nLh4JIvJsjn9YRkKDZsds292D91eH+z0msKJEHLJ7YhNquu0OBZRiw8fSqps8HoRcDqAZJS7BV4A61ul4zuV8hkDtMYxMUcfY6uuqnxCxBAD57gtofEp/4/fHvGqnawFAJDxwEiZemtjCIZWFDlVePtu7FHcqo73LB7TnBhv10f6euzROJ68Y6/2hXNvq9I8XsLPEB/uMF0929zeZHm/+lFFC6yaCQUrVyGaWtEpE+BR0lZYGhHruH4SkMXnc0hXYGHRSjETEbaMLN7aH2XN23MjNPOJweA+2l/B30SNJUq/9wnvjrUpsz+2RZRanpvOHGkPJlJCYOcN6jwJiuX5t7+UPN741Vz9xrLpfjomiqNf893Vuaam2oP/eDFLa5Z1v37bAkqIn1tp3hD2RLOctm2IDhGwwimGx5YnviD+0qPcf0X2W6z5PzwfOdqFJfM74AL84IwSs4CfXewglsMJFWLLMn98+/zIASDbKcTrZEkS31cf45GFUyYkSJUqUXyYjN2Dvl8xlNX8OYr138Yf6f5yyzvRHNpnk9FA5ulirEaaHCXQcKva5yyr4UAXzWkXrb+ueD2i9+6gVWt9o/6r7Y5OdfG17zKMb4178Nntp/fszbHf5tZ9tve8k+xyQic5VE5xXm6TMAvfFgMO4RBxkj6mgmGK8q270Tpn1zjqhqDmNxH1cuHopeXHn38a5+hQztzGVa5NvaNDsgF63mYIkN9miUgwI+4/GmpjUOO5tn786Rhx8BodIsFviHmlVHfZb/mP8A6Fv+J6eaHavTbnR55fzUG3HDasH3RkFSW2qohANzJJtcHsutP8mlU9OKSoDUZTTR8lJKZiiGoT2NzvW3u34z53yly8TeyzAJtPmZcbpH495JI2OB4BkbtrgDjc4WlWHfdY7AFiZikHvB2F8SfuX010HwzYc7T1z0EfxYfGQH+439Lfeu1lzVOdnS9gk18dUKOE3OBE94JvPstDhv4rk/AT3bX/gLriMW34ud/6l7t/8jr3oim7rHXnc9PFi5sAe+ugh8oSqHAAsSUpLiHEG2SUAgIrC006i7vpwk0z7a2f2J40PED+CZEm1a5vfwsumuiekhD/ZGfY7/eYZZay83vZV/5bM/l2H23QBrXcfnEhuKokBgJRwJxIrjhntDar+QGBqjvU+BIQC4vr4O/UG/0goANAx+PqZzhRjSK2W04fgst27vt2uZA1iWwWkCdmrfzt/UfeSs8eFmvMyqpU5o6MV7KJEiRJliIl64EciDUJb6AZehW+VrcnkABSVhxbvVdfr3n2d6AxQjwqr1O5f//6U9eSx5nfDttnvKQvd4MvWTXcnXwkAL26OaXZ0PRQI1HoleYLrivHuy7bGPl6t/9YoZ5zf/N4wuUn1UuoM+x3T7beLRFBVuW66K9tJeQXcORdTFaVb9wiVsZODtZ9h/12r6pCVqaCwhsIqAbk9ZPv2uL8yisEs5pnENC9pwYDnW/4v2B5IrFnW8dya5OsJPLC66ALhxqB4yLYmzZ5Sw+ce0u/eRuNdV06z/zpYGKeMhGLDJy66UUDuDlWJ3+b7Yl5OENLj+cEka3CEfZf52RXtLwfU1St0Heqg4yECo6U/JFZgMtQqAAAgAElEQVSv6DhHe/w7AJBT051nrnhEWP9O53pfMQsff2l+/6LY+c9k3L6siS7ZOekbdf33psTBy14PnGR+yqrGbxs1O48YP6jUfjPaE8o3rmMUSUG85H+NCKxc2vHlWO/xXcZQscQnGPZUWFlBu8vgnF4zIdvcR9ykLZJyDRxpB4BW1UE31aqXkoM1IwiYms5jnV7MG+u3CrGs+qdvqdJjoPRcSTkphV9+jpycCgDXT5Nf26Z4AyW6I4CLJ7sNqlN5CwyMRYYp/w5Ugr43Sy2Bs4fIKv/8f4rA1810rTmKd1SHiqVnFP0o78IKfZ/ieVudh/zbKQqzd9ce8/Whu1fcRnsFNEWbY5JpBxk02GGMJ0xOuFHKSOQntqmKvGSHM/XpK7QPFTWpWpykoqBYrZyfJMzN5vQj9VL+5+i2/bXLAoZfhYUlLY8vc8aqF/ReOCmVP7OA/P64tv8UrI5RbpztVActJBIlSpQoUQZJ1IAfcThlTyS5NussO36VeN7wdyconhtvY44cYLb+hFi2a3zM0MLEqfySs05lN2r45rBtwnp3K3CH7LA+t3eMxevv3MMACBMLrI9SmJpj/1N/7/TQgoBglDCV1Xwsnn78HefS+AsuJxx2auM3m0c9HqIxgcnzW9+XEEdjDXSVDsYDDcAxC3ljPCsGaoSRmLFTtQohpnCFmex8CTgrU9GqPgygkFiV554VLywKsilu0Ow6EPOq7UTFu/7ISFxme2m8q/an2IXNTIpvoZtsqdduG+e6PLTR1qYuYknL18k3T3Benec+Xycn+pan843zHD+R8FOVJrC8XyRMco4HOAIAREvjLUV/Whtv9T83wKttWxuajny3Z4xaJi5yxJYzSrhk0iFGpRjHeFZkeZfuND9Zr9meyc4L2Iyh8G/mOtWUsqlMe6xZxUkIAEgCcs3cCrw3x1OFRT1JD+9zETmHG9znTFV3171vEjpkxHcyx+MFf3u7N3a6liccAKAgaXfsc0s7ngmWmrE4x5ugD5BvgFiv9sN3CZvFbznZ1qL96F324iulrDGJBvn2+Y5PDxka+labN6iViya5J6SM6EjjFaZZeeqMcq4h2GzIuR0x4zyB72DEsYhjsdp/bSS/dGbRX3uvTbL5FT8nO9oQ621QhSkdihVU78QF8dTvWzIfT68K1iyBD5Jj37tXQq4vfqe9s2zGPG5G5s8jx/v1dUdq5IsGV2ZDUB19eUUKggCW/5n53iyz+GO5tsZK+yavtAyeksYvzfeO5DmpKFGiRPn5EjXgRxxWOSKld7urBRKHuy9hECYVCpPCF20eVkQYgjBFBfDOXVZLoHEbOvF3ru2hYXUhDqiiOwbIc63/o+pY3Pf3voaWNlLJXjKM8YcA+ax36CoLPJhzWWB5ZKCbkJiJE/t8sXFifq7n3Ag2RTKw8fy4QvvtRikdA3ZRjbXan6p1mxQQT+yK+nVjPAE75zl2fpgs3J3v4AkXS1oAIF4Yl8hPCLZrgXBXaTcCgIS4w6a3D5ve1srxjKJXkO28durpHJuAlJWttiQha6Dn60MiulL6P0my9Lfeu9mntb+Q2fpgTSoApAtNtZrToB5HYjpE5EUs8l4zD/uCgS+f6r50stvBkZICMVqFJjDAOO+8cRKWi7cdhUEmHAwx7aQGV5eiMV3mOoMoADiuXz3PGlRPHgC6y08AQINmx5b4P8+1/InuW+oCIVic410+NnDAsOr7Df2t9y5kWb1utedXd2K1OtEg37nAXmOhqztpB0doaJwRKxUkCRQx0r2UNKL+lXX/hZUPWqUAiQC5XvUbJSGTa1CAFw7XL6YjwHEV/4IjOonw85AjtwsA+H51TPqztnN/Qfz0u9tG71VbNsYHiH6nMCrwmu3h5qO67w2jWwg4NzEC+cM6lpaDajGEQAFJbf7PM/NDvbRzE8TcBIcgITtL0CSO0SiBLniUKFGiRBkaogb8iCOLiUhSa0ElB/7aZyOaynbm61KdzUNgDBoKT0oXzh0f0VRFaGJIg01yneROYiVyMzspnEN6eMcjA9o7AkCYTuanAv/OPeTLv6IGVvf+50IWuySL7SmzFCNmZbDzZlv/6KDrWdLiJtt50vJ+Snomx41ma6a6j3cndQPADvPfVra9EVARAIOyK/YZjuxjcXrJTi/ZSWP0YWqXKeWhO2GwPlFa6dryX+lhZM//ldbxp9pUhGG2c+9202CkmIeCAHefgqQa7ccvlO/Nqz+fnTgVAKwd1R8f/2irXNFBcDpMFoqJV8ctzZp45jXFDx5UyxfB0hB38aAVBwcKrcR+XdN0/gkDPk+dAQCV+m8yufmZ3gUBN2nS7CnTf9l7SY32hxbVgVzPeSn8tFQYNUYbnxErzcjkgqmCIaeDLisJ0SvEsnRxkVDYVRkkO04cyfXqgjFWM+r7/Bcebnpro2OvckJSjkHUdU3mv1ak+/QmA4I1WqwKYF1H4p5lKf9pkUkuDZIkX1XIrv1TNADoZSdP+EvW+bGZ3XofTKdi4j4vynkuq+WlUa22XrKOMxz6v5dnHNJ5D+vD9Yrs6tUEl4Zw2OWRbcCznOeh7xJpHObLCQhH2mfnb1iVG8mUKzAUHvnKeVGiRInyP0DUgB+JaGTCpzIVDARocYv6dJW4tbLkZwf0LU5KVoAmIS1GvLrQrWGCdliW4dkfY629otN5CW2tVO+oUq+a7pyYelKBo5ebFz3d8lHoNjEiZaeDOeoxADrTEuMmRvQILDhIlH9/SL91qHZ3ygytyI7YZ42vJY11vcOh9xpgrwEAgIKa6cQ/9yubfcvtdM03SbfOt/yfX+y0l+zcFftsvbbPN4aAiBFG65QECXgbU+mTem5RHRjtGWTdtRyuGjAU6cdrhcuubBrPKDqOtLeoDjaqdwFSMCgOus5G1wDgZrVQp+azWNUYtnqOY9dO06mTb+hP72tBYCqBX3z1pPc37Mnar55zoL7+gOwh8dVaRZeDtTISjtCVX3Ebk/Z8elDrABrKdevyPEGTegZ6Uw36PiQwucNzyVSbR2Xo+KDz2y2uwxQiJSxvjnu4kLx9rPtSAvf86ilILtd9tTf2Hwrytzo40n7U+MFR+GBt7lNTVUyzk7KxpKSgZKNE9OsZWV8bNhycrKuBwmEp7SlheafnWC3fmkCaFhqnaCNwRA+aDCbx/eyH2iXbQU+5Q/Yk0DHTtflJ1V9TYiiVeykvcG25MfHilsowL94W1QG/Jata4/y+bSU+AQCShOMWOnAaiA+ecB6G7TK+S8zJV9dUPVCT+oe6lH1Gd72G1yjkRJcmx6sGAA+qOKyfFLpXraqDAMBg4rI2c7BL7+aJ7dXqkhbGypIEgiSDNDlNmDWKo8lTGm2xuqRjd8VY300/0MeKQu4nl7A67cmWn4wSJUqUKENL1IAfidxbm/L4mKYQDc7sNGLm9Fy79/cYilt75H8EGcrbmUc2mGdmcZdODuxR/+t3cR4hwLBBxvDBPuNv5jlz4gZvw9+TfNXzzR+LKOiQiMDwfFnGTRNqgqxHJIa7a5PfTDmlduvQ2sm7jYFdi4Pg1Ic9+h0xxDcTum8SZI+te6Qp0dqiOuJbYqdrvk6+OZmfnMxN08oJAuHqYEoaNTtk1OP8jBPzptvuSOInd1fvx6A0anbti/lHjW7TVMevtPKA3VYI8EzH3n+l3njAMDX9RG6sTkrKkc7O8Zzd3cxB1R+Ifa1Os8VCS1msCgCuav/MTRmO6CacymmU3sfyO6hRSh/l+dtfEqbjEgJgbDr0mQqJE/JyPCvrtVtpzWMi8u42P6tRYjNOJNIP7hS6tzqZ08dAv1ekvGO+xS33lL+Wkbg39qVi4ycZ7DyTmIkAOaiGBs22iW43gQU5yPGu0F9SWTp7TYtKOfGC0THK/DHsohyW6BWwQ3jDBxMhT5g2SBSIzg6QJGw0KaY+qooYoLydKWllLB4SAU7Qy5PThFFm0S65b6986gf2iHKizAcCGEenvznmwXxNRtguDZpEKnaFqWcyQpi/mKqtgiBq81il4mfPD7gqL0FINsohZAWsTEWLen/vJWfY9dfasli6TylNrNNjrTaf3VSsmxNCV7JDVYwUlbJ/uzy+UDmwl7B2qhQ0z24Ae5+87pnOfV8mLBdR0DJvddrNLqoZAO6rScni1G5TAAnMyg76P/sNXqGnM3VWus5K76pR3zDLGbCMwnDw2AbF02sGc0CPFUG1PXE2gYiBVS2NEiVKlCinAPLRRx893X0YifA8LwcZjpwClm0qWRvX2cYEjrGME6j9eyYI46Yoo7JObb/g7V3G0rbA4r1NdsrBE+P6Kb5+fVRf2RlqBHCsiVmSF0BmRqvVAgDGmOPC1Ada8G3RR0kdwcYm7xVnX9Ua38HIB4wBQhYQhhfKMs/pjP0mbgU+VUZThLbNwdh/xvPjSPhljZ9O5hoQQCXx0xo1a3ii5+F1U62t6kMNmh3N6n0OuhajrlAREjNzbffPsd5vkNII6DEhECCTlJnrOadFfaBeszXbe2bvtZGQwTU1qdL2GaeHbqZWTNneZQoSr29pj5EoAACEvjGf7SF1Q3UjRnKnhW5gkNJCNzGJo+LEgirdtxjJ1brvXXSDWo7VKgkEEIOw4ofqxAVeU6r5WiD9k2tEwtPJlDZpdjdqdnWqShbYyNVFeYUu7aY4B9fPL3qV+trYqjubHXTvFaKMKjuZOhs9OU3odsUT7W1UdWXoLmFznDghsE4EYbepvluv2biWLjpAHytiDuyhS48Co1ISkwHAzhLv7Db+VKFttFMWD2nxkPU2el+9usou/6rj5mNyjV+/OxTn+50bJutycjTpGo3mFPyWYZ0exyWQVeVI8Y/Dwmo1e9EVvhPpD0KQFScdblJJSoArLxCuTQn3cGRPCYklFuOnR3OY/ElSTr5fY8Ju1bWU/T27Oo0LqklhlDIK3BfXd25etHMLv3AJ2daC+J4fF4xgdZLtD/n1fyiobNZUZHuXBpwLcNFNP8b/SSLYZIH+oihXSUkXp/lLMLS7yDd3mDgpwOZegShtZWaO4qlwJUQRQhqNBgBkWeb5wegLPrTWycnpg9gQALz6bc+flYiiiewnh0qlQggN7vJFOe2oVCqSJAGA4zgcScnN4PgGtFGiDCFRAz4wp9eAJ+yWWw8q1Rr+mJ7tM6TFMM+hL9o1EQCxV1wDxMCqiJ8kLS5y3bFQqYFNdmreaI4mcYfsuKzy/+5rfOPplg8N9deRIYXHZIwmp/I6lf/LMXIDPqfZe2Gx8FmShe87BNfL5PpD+Ss7YwHQcvXEUe1ckcHr7JXxONGlfbsk+/K2OADYnHCmMMwV5ruJZEyEAb5NvOOI6f1mZn+eN6L8wygAoFKMHrqyk/G3avqzyPKXMZ6gigkE0JnsvAMxr9drt8bzBVplAH74THH3Id2CgFW7+pPKTZ/prIqTbABQrcneZF4auj0GOYSP0Y9TM/o2Sul2utpO1wCAja6q0K87YnqvWb0/slKFw0WL5oCDrgu4yiiR823Gx6rS/1qVrlJQvldzQ3OCSaYUhGkg0/Tpy2Nm/jX1ts6Si9x8gK8aA1i9pCijvMSuOVakKPTRw8F6YqfltQm2L0aLm8n6eqE9njIZyJ7BHNnUoP3kPbKt1ReJ7SRlGiOC46jKMsJpd2YWvL49psUZIN7K5lHF8OOrdBtwv/gjDHitbfv1iWfH62JPzW+ZEpcg5Y8jBAG5nEiSAABrddL4yew5FwWz3n0YVMqEFKHNRdn6KoDksmXJ8tMCaqAAJfP0Uqvxscr0R2vSNUjFnXcJVvunCWBjzJ66za+N2mqnaxL48QwO/FNFYsZGzuSUsknH9nIXXakYDITTgXiOJZWrJlU/ld1Up+FlhJ1UY4t6X7w4TiP3aLViUGq1P/yY8Cdf+YxbG5KW2kzcyguwKdbvKF8UGQJeMh+cRFAEjIkPUwThZAx4BSsXbv53LH/OgLY6AR4V/9OjC4NWAI0SOVED/mdN1ICPMpKJhtCPRLgV51PHj75TPPqd4tFvpbdvinOKCM9xGH5fk8AACQDS+AlAnmrdpi+LwivHflmkc2V9+H+N/+pWbqNx+ITMbdWaS6YMvqAdu/L8Sc8fa9syrUzLvjCqtVklJonMnXVJk9xd2ZXihMnitBnXfdh8bXPcEQNbpeUpDAVuTb63q29KWsbCAn59yQjydXebXnocUVHDkcapz6XvRi9OVuCH0G0y2flZ3sWh26gUU4H74iPG99em3JDlXbK484kIO/CtmUhjIz97tMm8PK/pDQDYbQivpt6qOtyi3p8gTFDLMQLpSmOD+htPJWM8K2q1P3Z/xKDECeG1uIYVWgk6YLqhOf6Z8szeS+JF6v6alPvqUtkrrpfTMwFgd63azgaeKPFd2p01mqX5Xg2NAUBOTVdizIS9n1ggghcyW58c3ewiZYBqaNsLADSirolb/ljaTRpChThO8+UniOd3xLheGtX6k9nlImUSwxSX7rrm+JtKDm9hFnd6gk4eJfGT890Xlhq+6L9KBPnZ2vf+lRBKXXJoUcxx7MoLAGPEegEhrIl0wJqgl2+Z62hzkbVW2isgHYNz2g6O2rYaFHxXXZ+7CFM0d8GlSqCQ9SN6z6rJVQrgGu0PbczhS1o+p4L89CAgvo9ddX7nE6qdm72XXi3MXYR47tbGF9c5+1y+dtWxNcnXxfMF8eI4WtF6yc5W1UEP1eZbq1WIW5uS+CUr5Ez/2vu8hErbwvyUFDWrziwILGdw8pSydecde/JC56eD2RjZ/zTbFZsYpgRAlChRokQ5vUQN+BEK+6s7tP98BWT5142Jv27soxcnZWazKy869V0KkanYzXELfp16q88iHN6ScXAnG0rgvfm32rdfyfdq3ij1H07J2dnc2ecDAHfR5er1X05xoSmuPiNLOT2TvfCKhRpuZ43WFmTIfupRQAaAWCF3quPW092XwXAaIy/VvZxmwch1R+QcTmfPOGJ8HwA4IoDiVEB4wskoqRE29lGsK2hUp6ZzzVXa0WEbU6ApMr3X/fGC1n+bBX+h7FNPf7FuteLvljzFeKmg9f+PGALk7AAAUnD3xOjxtjBq2ZIClR10Vw1OhLhlZ2tXfwx9Y8jvyq97M73db0MRS+92flPG1f835y+Gw/sRyz46punprObuN6WM4IDRc8Do+TDZPsOeFDreItdzbkADHgC+se0OfQrDAkJY6y/8FglJBjmpu4D5qHGeNIN611ayrsb3lWKKksbkCfMWK+Y4vw0xwOFG1Xtlpks939FYy5JWD9kezHr3QeDYXcZpi2r3II8b6/QHxKbi5uRzPG/FCXkkpj1Ue5Nqb7HxYztd06kq7VSV+m1OYnijfbb5omuEtACFBqxeUg6UEdCbTjepKMMSQre9ovm/pbkX488Hsa1FdejthQmg+ZnWc40SJUqUXxBRA36EIutNrt8/oNm4hiw/jmQJMGAEWKfnlqyQ88edli5JEYRhOsR+YYEIh7XhTerwYkKhkU0m1+8f0Gz4iqwsR5IIGDAgrNNzZ66Uc7uyJaXsHM9Nt9OH9lE1VYTDDhQlJyRJ4yaKeWN9I6n7lltf/CG2zX2qQxsC4qZapzlumey44XR35OeHQISXFYwTApfF9kMvd0X/ikSkESIusjmBH9gTioF4KuPeyzpWOyOQA1Sgj57CUcN/Floeg9Ma8gAAKtm/55F/Y8OBhNh25liwtW4y6LuMaG2WU9IAwBHBXJ6D63lXyNljuPMuUW1ci06Ey26Kc/a33rvZ6T72WvuXD1a730rveCq7OWCbUp1+vDOMMWwW8ghM9q+iDwCd6HQJlQwBSlqG99KrkSAgpx0QgWNiMBlguCLI6IO9hrJ2RgVdAWIa2ayJYApvdcKlGXx7Ske7nTT+d1fWbG9PTT6dlJQnnZfjWbHL/Pdy/Rq/DSfQGU+m/Wb2tCnB7qFIfigVDDIgAk4qKLc/L61vbJKmBK5SEw4Hs+/NFZkwwHofUaJEiRLltBA14EcwJMmeczEMLottGKApkMJVi5eQf1igBCwFYWIp5+cGdogNDJJkz70kdBOs1QlzFwlzFwXeAcDdS211NuqrI3qLh1QwMCQelyKUtzN27xD7SkgC5JCzFhXa9YWO3wztQX8hdDLHw7ZhlHBCzwAAIKMuY8xO10mIpXAY35Sdro4XI5oa6Hcg8tOESykIJnbYg5Ou7/2xWrcplZuR6zn39BaborBaK8d7yc7uJZ102WnsT4nxv93Xrj8pfFDvOnHC/KYiMGTIvsnnYt5YKT2TOXKIrKtGbterOQ2hN3+7Y93d7imPTGkM1oCB8HcpAoLCWgEFmLQiIoh+GuFghsHxiSEafHJAX9YeJlYiICJiXku95Q/e4vf3GGVvgIEQAfQc631esqNRs7N74auj/niZeREKXdZRE34+WscoNDHE1vtvN27VSRcPbttk2PHM2f51AaNEiRIlyohlpAQMRxn5pBjCWxfNan/N3jLD/7N33gFSVdcfP/fV6W177yy9d0SaFVARUcGusSR2TTQhRhNsibFrYvtpLLEgGBQRRVSkd5a+u2zvbXZnduqbee3+/ph1y+y0LciK8/lr5r377ivz3pt77jnne/w9GH6wFI5XnzG9wN5kGMX75rQ/vrDtyUVtj11kWTbOmWkMozbUDwo1n8gQdJxXpfxurOO6ge+lmT3CE7aB9/MLgiec1aqtYZt5KGskvbXTVb4PEvJWqsLk1ZerNumFzEi6DQhGSCbCz6hWqX70225nzNP7jS95yEiD/E8HCIjhzh7TZ83sYQcdqhbm6aOJPXxE906IBvOsQeU8ZHWHxztOE/51F6/1f3Fhldo7/Rz31Te4fnPXLoM9zHEKlk/jmix00B1FkrghIYEPEuyQEkTI7ayhykKfaOyfvxkAwE0qP2kaUdce9KFDQExtv7f7khQmNrT1DgA6hZyoC3PzDE8YzP8UTvLM2POQ2ttP6z1T/dWDl0Wt9yhRokT5JRE14KNEyrJwOnMIYL/hRb+F+w2v+DR7g3HLtDDD3DPO9KwwMvh9RUTcEe3H/0u5vPeVwSCb4vZ9mKyg8UA1SwXk3hr76Ia0JY9pvnxYv3mGvrFPmw+ye+jnYr/hZS9hAwClFOrl1sQejqS3SmWX0X7I8IaLDBoRXa/c185URK4PHxApnMtUQnwj6z9HBoBPaj9dk7xka+wjwpmLmk7jpnX/KiNpt/GZzqJ9pwMv4XCSzd2XMCSel8cphq2VUNBgoTieurYhqCyclJrh+zAuJUy4kV4hZ5mCmmFeLDik8CplJ42h5i5dZLOv3ngImtkjwR7W5aoZYQ/AD15CDTaq2kI5BqxLclpx80SNldpdEV4hNTRVzjAZCnohw8jndn62N+f/WKrcW6UIITIPAOflh4opIwmYmzdoCnac07Zi2w/Tzf/qx7YY8I3TCu48b0gIYUaJEiVKlMiJhtBHiZRYjTQ22XusIajHIzWlhCcDGPlrUpYsafhYJ6b4LScIuGmKPStcNZ0zTnaMMCub21UxWNI+eK/pBV+w8ScpC41Czjj7DRohRSA81Yptxbq1S4yzT5CPRtJRfdq/4upvChINjveanneTrSMUmZoFMzUASwDiKlyfn0RkcHXu7pyO6NvTnaeNQUr1zGxRHLNRNSkCG8Oxh9Q2sVeRLQAo0vwv17kwtL3dwh6vVH/f+ZUj2zYl3D239cne+uqVqu92mf4+zfrgIJwDCjV3Uqz5PFhkuIS8laoteiFrgu3WQTiMvqOQ4jYeHblykvOY2BHk36A4YKUqTELuQLqVkJfEgd85rKxlQSsjWaNrPS9NHaeVMk0CS+Fp0q3HS0rKPAH8/6yMPjiRoxcDx8eLWbmysSN9Oj+ez4/nT7UwAW9aBLB4tCuECBmLaBbRXhzm5UYa4gCHyjUo0q6dar0vRINC7ZqAy00ifdfw20LvvTtmJ7mpSFXUxIo/Tbkk68UFw9wdKn1DhlIz/V2xqtpCD8oMoxxBLwYxQyS4mZY/Jnum/NhtFjTDJF4xzpGoCzAFMzbZe24Otb08wF8GgWDZeGdCr9iN/vHe/uqTjROGQU4/tsWAHz2/TqdKD980SpQoUaIMMaJ14ANzZuvAD1nGpvAWN9nb+YAA5uVxN7dvfYbZ13u0i0Eq0q5pUhyJ4XNIYFUko2XxjCzP786xxWqCXuTI68D/DOTHCxQB1RZKHnBaaQN7eL/xpc6vHtJapdpaovmyXP11K1sIAMWe2gXo8urW8EX7luUrX5L/HM+P9RNt8hDtO2OeqlBvBoBX0u7JUaQAAALQaq2/465pZYra6UqR4BSygeplGnmI9qP6d/VCerBCygPhdKfkIiAMQlaec3ErW1StqK5nPN3VoBEAKyMJAQBwZCsAJHknBeuqlSn8Pu4hkejhSfMS9hLNlxamVECcQLhtdE2tcud+04uF2jUyEjO5+QM0VgFgVBJvDiKj2MaU7Ih9XEahbMJ475hk75TQu+AJBwLKN3khIaFeuVcjJREDFq/iyLarWnZ9mie2iF1xJWOc17JyeGW+YLTTVRsSb7axZRohWSn7y4/7QIAEr9rmIc7LdytoDABKgl1mnGsW24s9NXK36ZCJ6mEfktfMPt4asB+s1XJLrgaaAdRx04xM4uvaaYvb/8qQBCwe7ZqaEea9tMVeUC8EVcIHAB2pviHtii9tu0K0aWOKR+FZJB84ZKBZufGQ/sPey/UiuTltVYIhTalURvJfVmqm39ytb7RR3Q1ah5c41sB6xa5y96cXX5lljDuvf2+2lyk/LdC2cz+r0ForUzS77VGj4F8hwsYRh+oUeXFCwKT3YfFCnEZqtFNuoWuaJ8MkrpjkGJkY0ZxI2DrwT+4qq2uZGjakP0jvwrOXWVl6CFVOPSuJ1oH/RROtAx9lKBP1wEfpG1dPdFwy1vFZga7KSgkiYiicFyssHe9gSKDWNk0C9UFd4CDeJvbQ+qSbHqxKWnn5Wz/zMQ8chGD+MPfUDM+JRkLYnagAACAASURBVKbJQQkixKjlNCO/s0J1xOxGMiWQXAN7YE/MM+c3vZjETwzRVTI/gZGUPBkixhLXMwUQgXrhvOSkVDteT9+Q7Jmc5JmkkEwC4W5lTtaodojIAwBZbPJodc7Hbd9XeRspRBIYBOSqVm2thq3gM3f5bI2USGIGAGQQ3ZS5jTmFQU7jzlFLv8j68wBAYeV889Prkpd311QDAAzgJfDMdk21kq9n+SP6/6hl23D7HTLqMVfCkZaj+v+cUn8RUNkbg1yt3Fat3NZ7latnOHf/mJnFjUzkN55UufmucT8CnMftO8q8qBV5Cw0IA4GQFMhT76Sawu6iTrlnt/EfaikJADuoBgl5zzM/m8adE+ERBgujsNIVHoY4zlV0XyjBgGy/E7oP3WRrieqbEtU3Jj5vcdPbJARWLGuyU18Xqq8Y1xEBZKA0r2bc/1jKTbudJ5oFi5ZUjVfmjVBmAACnzGY3byTsPbQhpORUWalSf/AW4jggSTkhiR81FsZMuHWG7Ug9e7BGUW+jPCLSK+TcWH52DpegEw+4Tu1zFlolh5HUTtOMnKzO9zOlro09f5+rMMTZXWmaO08/MbSjXkbilDHHNU3pe6uUYjc7kaXw/Dz3nKQRrx+a+JryeAvT0YNGIpe6M58Yu1JliPT5dXqJ/x7Q8WJgO3B7uTJJL05KO10WCHI52f27qJPHEfdTVDnDiDnDvDPOlWO6pi3I+tqKg3Ub8eLBFeYLGe/SQZ5zMSvrA67iRfTxIe3v51upQLEY41O941O9zQ7S4iIJAhK0oiECfbuIwPizoxvtrTf1Z1OQR5Cbblk8dXCOJEqUKFGinAmiBnyUPqOi4IapgRLXCWLL/vyEeYc5MvCgKMvNPl2eGr7G11BFw8rTM3u43fLi7NlHr3bIXQmN2rA1wDGabL97t/FZAJhpfSjbeTGFlT8NSrGI+Cr19+2JZWFHljSBSYAtw1+aVvjbCjjQoDjg1yCZjlmgGzfp5K0C7q6ohFK5GdmuC0xCHgmUk2yuV+wr0az308Gy0dXx3jFhTuSMgpGMcNAIZhqrRzmWHzAEyAs9pnWX7BynkkgCYwbXeIlVx6Ytr40dKWFkVEqErupF61sljkMy7vNQu065Z6z9xr5u1R0FhbNjRJIQxqV4S1roRjslyciglPLjBRORSjbcjxwONylTCan/lnevani3dw8Nyv0ykggcykVZp9gjEFw70WVp1yv2Rm7ABzOgrPQWd3wsK+uGOS9L8UxViwkS4mm5/4knEhJoWasTUu10HQBkuc8LZr37OFijuHiES8V0PTdxlOEyg/95iVm54m33UDWVZFMj8F6s0RE2K12wn+ws4S5JREOdoqGOOXnUvfSaCakwIbWH+Xqcq1hR/NIJrrL7wtHKrFcy7h+j7PLTXm2c/z/Ltm2OIwGPNpNJfDjxGh2p/l38kpea1wY7qTxF6rKYWUyca14ed6qFaXURBIJ4jTQsnlcxGEB319xVd7ucVH1tq7vNoNBDcjrWBbY2g7GjQukRQpnF3xWrTpMBT9ZVKz//FPnFWPE8VXSCKinyXLBIGD0eAJgdW9h9u75NvbfrTTlIxGik1pB1QwXCpRczQjRoc5HFzezopKDXp0d9+8HA4XWt2r5X5K7qq/g+Bvx9/O/fSJo5LXPuIB5PlChRokT5+Yka8FEGDTkplakoa9g+ecq042Uq//jSBRb9xoJhQJ7m6EeMqdJi+sRRsrkRRBFrtFJ6Jj9xamdq6yCC3C66YL+OkR3d4hCVUuBA3+4kcBOU+rgr69eQ2E+ECVGYzXUushyUhsd7i1pCCSzP+an23r6Rb7zb+s0zjR9aJYeMMQFgEOnf16V8Z7S9LXzTfRNG1pzb9rc0blbnEp2QnuyZMtpxzbbYx7qro1WptuQ5F4c9kTNICOvdRyo3K6AB7yTljXHt1zfE+kxRhsAjJsaNINqYI4eoglPIapmH1JaYRceHmbYmeP/RsjpY/xRW5DuXZLsvMPI5BKacVGO9Yi9HFSrFoEXga5W7Y/n8EHfI3Dw3SeATjcy+KkWNleYEpGHlrBgxTiMZYxVidh4A+O61O/GSIk/1GssWvx48RHup5vN8x7Jgu3BRNZWq7/0Wlqm/Hmu/SSUFlXYLS4Ni/zzb8abMPy6te1AhGfrdT3dITE+z3jcN7q1Wbt9j+meiN1RgCwBIMlRb6BE945NPNjJ7f7qYakbOihFnZnG5cYKYmSNm5gAAVXiM/WFvZ/ujWvcraU1bYxz1LK+RDo0v2HnV8GuuNM2nUMeL66Cr+IqyR92y//vtBFe5qOThdblPTlZ31BEkEPFe1p8frP3X59btfo2nqIe/mfmQidIBwMNJ15zy1H5j2wu9SKRN/83+C0PQAKBVyJPTAwftY7VGGDZC31/hyaLGMHHUFjfZ7CAH1woFAMJuU65bbZPdr2c1r4u3ntJ4MMZZHnaES2knpSM6l1XYG3tUM01OubVMPp5JVNDZg2u+I4DLRrtWF2hcfNCXiZpQ8OGm8spa6RAG/OCyrdy24UQ6AVf3o3RemearL6fcmkaFKssXJUqUKFF+EaAB5nWcrdjtdp4fWuI9vwAkSfvi075UxmqlZ1V2w0mth5ZhplX9SHWqnicBQEpKdl8XkchWbGwsAEiSZLVGVPELAJDAK778jKoo81uOSdK74GJhXBgDoE+QVeWqrz4Hzn3P8Mr/S+0K1b6xZmfYdGIn1aSQjZTcwz73i0ymCKxmsC2IFnSSXnpgbrfLgrHih0304S4n/PMZTY/k+ZWhRhe1vJLkmRywQxFxGxPvsNClnUsuML+YwgVVJ3ZSzRpxSMfYS8j7QdrcgKvur076R2mq77P33AViWqZq/Rrk9A8N+cdw699S/e8lHxop6fyW5w1Clt9yGgsqibNRAbK+rXT5Nwl36oT0C8wvBtQdHJvsvXqiY3WB9nggnchZ2dylY1x+Bsxqyw8vN6/tVGtTIGaJcfYfEq77eH+s1RrAGteJ9puaXnot/eAnSW1OsoddEucdvajlDRTSdR+MeuXeMs0Tn5ivfZtYIcqnRejAQTUQmFBLiaGbLRvv7ExNF2VYU6A9Uh/gYs7M9lw22okQgCxr3ny586d/Ob3pkby63qqH09QjP8x+1EBpBCzOLrq73Bu0PF42m7xj+L98Jncnh92l6607Szy1IhYz2aQL9FMW6CZ1j7eXsfx+26Z/N39ezXdkQKgJxZWmeX9Kui4m0L0UISRJGo3GsP9lj22M8QSJn+/klun24QmD/Ieo+GZ9UdWeK8aX1irC92wUcpY0Bsj2HyB5ccKcXO7dfTppALHto5O8N0wNEFjmxYJVdGgIpYbsTxwKQRAmkwkAeJ632+0A8OnBykP1YRQugiGTdc8tHqhof5S+otPpEEI226+rmOtZg06nYxgGAKxW6wBVsXwD2ihRBpGoBz7K4EGSYnoWVV0BABmc4j8n/VV/AJDnimtP3/4VG9Z1t97dhHxY57LQYqxAj9+ygVKpxLzh/e7cg/lj7vI20WYktRPdetPna0AUAOD54vR3Ulo7zRaMRAhnBZFY4We9Q6/IZFFGqUY+QUKlZqbHJBuCSaneqyf2GC+yO7b4rHcZ8DEtV8fyL2X650JnuRcEs94BgMLKqZb7NiXc3blka8yjC1qfSfT4z3pgkA8ZXq9Uf3d5w6e9NfCGDjIE/bvdYrIBpAIAP3WmkD9S/d+3kYdrYYTjGs5DyGkeZrRTSQDyCIFLPZGYuaD5Jb0YQL1ZQLSTJCY5Ck6qR3mIjovDE85i7bqjundF5DGzJ75MvHFy+13p3JzOQHejSp6X556W6fnfEU1A6x0AdlUotSyeP6zHIS03LVhuWlDHmxuEVjWhyFOkMYgCgD+eA9vKXTvKlU5vxwQQSeBJJsuyfS9oJcerxZkvlGQUq7kDOteD+TUeQgYAM3uiRrEzg5sT8qIG4Ij+bS/1yef2iz83XSla+m+9Y5ABiGDba8VkHoUpYwkAim7a5F8e1wS03gFgd4VCzcjn57vJhtpO6/3TRMsfh9UGbL/PVXhz1d/X5T65xV4QwnoHgApvwxZHwUX6HhX1JqjyJqjyQmxFIOLm2IU3xy6s4ZubBIuGVOaxqTT6mf6dQ2jpd7UJVMphQMiyverEJRNKmtmIVBJw8Md5IJSa6XaOGIj1Dj3vOh+bbQdeN3+xz1noS1/KVaRcYzr/9vhLWdR/0bh3Sr87Vb+8f9uaqMN/WpTW711HiRIlSpShRtSAjzKYcFddp3nrVWQL7DPnFi2RlYNVjM0fsrKcKi/xfbbQ4qO59R8lmT1Ex9BKJRM3ljc/lPlPLd1ncXWH5H664b8fWb7j5I44SRYT1+XFPlGWYhIoBsg3CzNvG1XlW2VlKmO9YaYJ2AhqvGOAU83M05e0SQB7KxRlrTRFQF6c0Fv7mrDbmIN7ZcCvpbc8l9nUxAR2Z+W4Lgq9xyTvRLUU31nqnCecm+LvyXFdmOdaHMOPoGWlmzSDrsoRs+U4/0WCd9xQtt4BwEZXB1t1QuOuUnozOZafNE2xfctxqu1PE2p/NNk79bGSPczDVYlGMfDrMd95eUDr3YeESAtlfK78T3W67A/n5rxm/dRKl3fXw3NQDT/GPkJjlZHPITE7zZj6z+G/AYAmO3mgJpSL7IdTymmZHjXjb22kMnGpTFz3JQQB8/K4ublcs4N0eAmWwkl6iQZJXcSAFQCAltEYh2qMQzXGqfzNqMoSlQcAapX9MeCv9zQsn/iiQ5NW/V0Y48RL2GhZQWLGgJwFmp3HtatJmVVJcQJytTGn8tyLJlvvDrF5JGURkvUdcg8tDnJfdaiL+WOJcnqmx2Sx+L5KCP7sH7HSg52OY5ts+/Y5i8Iewx7nST8DPnLSmYR05ucObInTSNWWMCOBuODlQvoHcrteSKqK0HoHACfVJCGBxIOvmh6s6EPkpBi6Lg4GvLLuzXfMG7s3KPPUP97w3meWrZ/lPRFH9TnBhMfChSV/iKm6PbWPgvMyEqtUP96Sbl04bH5fdxolSpQoUYYyZ6EBb7VaP/744+Li4ubm5uTk5FGjRq1YsUKjGfyaWFEC4rz9HvaHTczRQ9AZcYRA1ho8V1wjnc4gIrr4pO9DnYJfMLm4WtEjKdFNyK8n1G4uun/DyOf6NIQyi+2Xlv7Jr6a0F8nvpLR8Z2rfcmhEqoe5vjHOJFLXjin3EHin6cnQoZ4ESFgOPwxFAJKMAIAEmJXtmZUdtGYVdapQkqXrxpR/nhAq18AohK0VjIxCTqcBDwAY5DL1N2XqrkT6Caq8exOXfV3xRdiE5DNOtXJrsFUygs/i0XUNCQQn72jbvWJqkW+ih8SMWkzEIDWxzfcPryGDDJez3AtC77pKkWmndAmzx7i1R9tcJQHbCMjdwh4HgOaf6hEcb2BD5zMJMipqYoIlQle6az+s+HSfp6QdPCakmqYaeX32Vem6xMQu1yXhuXCRau1H0C0UcIpNc3jPmO9i2ncanOaUZkQ7sdCHV2WqQbx+zp0A0NgYiRXkXFn7cCbHcpde+QBVcrjN66AbfBcBAHrHevSVDJMQq+44teONYS6mKKPCJuYcuaP9Xr2jng0TyP1l+67OTPgQmMX2iA53yDA6yRvagE81iEbVIMmndyJJn4V8X/khIk+9Yk86d+4gH8aAYUg8Nrnjv4YT0JsNW1abDwIZQIS00FN1Y8VTG4f9szN7AtltVNkpwmoBAGyMEXOHyb0ECC2CbeSOFR6vdgzX5+D5nTF3/2/CnSmqCX0+qyhRokSJMrQ52wz44uLiVatWuVwuANBqtRUVFRUVFTt27HjqqafS0qIhZD8T3gUXeRdcRHAcaqwDlVZKDJO5OiiQllYAwAhuGF3hZ713Ui4131X1wprcxyPv9u6qF/2s905qlPz1o8u3HBqBMCwyG0/tGjd81jErXV6u2ZTjDOruvs3+2Vu6qyMJSI0waJVoM7+Q0RjaegeASPTAqXBtDJR2sX7mQsN0i3XwRQEHERmJhboAyt4UVoyxX5fnvKScjV+VBbAbbKY/p3GrLXT5BNstyZ5pPhefiLha5c7DhrdtVE3vTvRCUPe7D4xQ9cwlOSPSdC2lvtL0rKzzEDYbXYWhwxBSSiatmIIBmzQdHtcGR/gfvCWIt/BfRa8/xX0jIvyT/IJ1j6f+tZM//NV41e1ZXUkrUlomd/nVio1fdJXsAiAxXGSNmT9iqXfqOWVm6Z29WIosj51AsGhUR81IXgq/SZygieNNq4etOFAxGvGzl8J9GGQzW3hM936tcqdSCn9HJSmdjVzg+QWGxJeP7SpgGYlb1ewgOwXbS9RhiroDQKmnbqp6RNhmekIdts2QYmaWZ2+Vos0V+Ip1/5Uj5wRXuc950iFzWkI5XTNqlNJfLYJXK2vYvgm/HTK8meKZRgYJ/MEgojMxnrl4lFvLyscbmG1lqtp2CuOrroKrPER7ufqbo/r3vESPci0HXMXftO9baJiOJJHZ+j1z5CDIXTMj7I/fCuMmeeeej6mOE/nu2P5nT3AXcp+T0OdwJ5k+tmfGKkScZtXYgSFjaHGQboFQ0XK8VgqaQhMlSpQoUXpyVhnwPM+//PLLLpdr9uzZd9xxh06na2tre/XVVwsKCl555ZVnnnmGiCTbL8ogISuVkB0q83NwwYIAADsNjt2GrvxwnZg63LE0gR/PSjqBcJuZk8eELw67S0OnpHZyzF2+xVHg+2wQsoc7l8R7xjJYwyNni+JYseaLPYaKbQb7WLvyjfSW9YntHCGPtd2c6p4RsMgZRtKdDW+NdRQh7ZUYhb8VIxzNCJLwQmYjAGikpOGOyxM9ExWyQUICBkkhG2hZg4CQkBfh8A/7BNutqdzMStX39cp9rKzNc16S7J2sEI0S4fXFgeeY5/7tlCkDnk+QB1TfeyBoSd4hhdFglpB3ivWeWtWOOsVerZic77g80TtBKRuVUoyv6H0nejHnnLZHMODuomIUVma5z0/jZm+PeVwpG9Lcs3ViKgZsp2uqVD8SEcTxChk5vCjQDRdeU7eiU7LOQ7YXa9a1MCfG22+J947q0D1owW+ZxQtHOPc5T2kgjBdaFAMY+W+deHOV8HXvcAEeyY+0r1ZU0TdkXtXVQ1au6/Z7qcJjXE1JodzopclkU3bqyHOx3gAAuXHCnefY/ltAtzvDWKEkgZeNd+XEdtwGOkV4D61G4p7IfdSGVfCTqxsBEe8dfZ752WLNOh6FtxKzmk/kYHmnfqbfcp1CvnayozN+HgDECCK+RYyktExM0UgU+AhyvHlZGK/KDdtsvPrne+kNCjSJfzPD/s4eXW8bniTwFeOcnb9yJJzy1DxQ8+oBV3H3hVPVI15Mv2eYomsO3YtkjEAvZOS4L4rx5pOYcZOtjcoDFarvJBQ4FKKdrvgx9pG5rU9QOMA8IwKKJ6pYKQMj1HN5P8X5w0IRcNEI52z61BebjTu5HoIvCtkwyrEi0z1/U8I9dqpHasbXtj0LdVMVX6ylKkrBD1mmDx8g2i3upSuAIJ78prndMzW1X8dGKEr+eWG4gqZnFEFCP5So9lYp3HzH76Vi8PRMz4JhbjpIGdooUaJEidLJWaVCX1BQ8Le//S0+Pv7111+n6Y5BttPpvPXWW91u98svv5yV5e8HCEZUhf6M01cVeuX/PqEqSh/NrXs2s9G3ZKTj6inWuwjwM7ewFr5+pnwLAllWqKRx4z2z5gXr86XmtU81fAAA4223jLf9BkEPqxuDfET/TrH2XV8ANiNpljWuY2VtiIPUSG3Plq96LPOvZiZ8tTmtQn70QkvYZgW7PrhQtXaY89Lp1t/7Waf9xsKUaMTkgGLpZwoMspWpKNGuy0/gYosek3BE0xt2qk4tJZIRTF4E3W0vy1hCfNjr/LtzbOuOapodEbu/EK5n96d4wuROL9EXzpz7UxUojKnKMkvZ4bGmj11kUINVK1OHxr5vpLvEzCu8DU80vL/Jtk/EHVtlMIn3J155bcz5vlkMDLCv2fZe7bFyp8VDWMxsYSo3Pdd9kU7IAAA1I49IFObkurvXFRNktOprU2g/PEPKvBR03opX1jFceGtlXvu26fb9+7RTahRpAqINlCdnXAKTUPKhdeMBd7FdchkIzXTtKHfNOUrz3NBdLRrlmpPLMbu2sbu3bYxtv2J8L4OqJxfop7ye8fsphbdbRHuwNiZKd2DkWzpySDjhI1Sh9+EV0a4K5eE61nfTqhl5eAI/L4+L70v1uGPu8iVlf3ZIAdQftaRqfd7fxyg7DF0Zw7KtW3PsS/1eqk6qaVvMoy3siYD9E0AvbVitFYOapqnCV/lOdXX8GI/aYOMIh3cwp+w1rJyiF108oaRxhkmYrqlP/GHNNmHE2rilwTax0zWfJ10nQ9cMyFT1iM2eFYpvN4TYkeu8ix6snUtEIJXSC+wi688fUb8kJ2zC1JnEzRNv7NI12QO8lhO14m/Psat6KX38Qomq0P+iiarQRxnKnFUe+MrKSgAYOXJkp/UOABqNJjc399ixY5WVlZEb8FF+cUhZOVRFV0WiPNfiadb7AzVEDlj0pZG5rHUD4XIQu3dQB/Zy1/xGig9QHbeeNwPAaPu1E2y3BegIiAm220TkPaH7CACubPg8rM6Wk4x5OPvp2xv/83zavWHP6Ipx4WW3AaA2Tj2l7t7RjhWRNI4QEz9swH0EMH0Hwl7Tc8WazwGgyAlztBOy7ZdGspVO7J8Hq5MApxB+loSxfXdK1QfrHQAwSvaGyXFFGI+p2AJzlwMA0W5RbFhHNjV8ldriigs1sHAQ4rc1m5bndDjh9zhPXlOxyilx3dtU800P1Ly623niX+n3E4hAANMT9AuyL7KR7gO2ohbnMBNoJqlJBbRKGAX0j9EEnpnt2VoaNAWDQBDCegcAhkuNxFv6o2FOmqf+SvM631eMYGWq/LKjAP+0ZQO0FnqqklDzRTA3dFf58TwA8DNmk63N55afVEoER4YyGxZoJ+lI9d9T7/ht1XM40IEiQH9PvWOIWO99haXw/GHu+cPcsgzBfuXQiFi6s/qFgNY7ADgk953VL/yY/7JPR+CLY5pc+7LezTRi4gUtL29MuMPKBKjgmOO6MJj17nvd1DBz/9j6GMl9/9mcR7aU9sMADsWkNG9nNgHZ0qRc/b7Ei19nhxIH1Qnpuc6FJZr13Y4Td6/32Zt2Gv2hbg7dH+sd2lRvvHPuJcAOaesdAFYXaAJa7wDQ5KBWF2humR50jixKlChRogDAWRVS7vMzyLL/IMwXZRD1qJ/dCKPHY7VGISMAoLFqivWeEI03mxaY6Q7hbiQIqv++BZ4ASbAsopWSaYItVOH6CbZblZJpcvudkahkA4CD0vxf0k0THUfCtrRz4R9PN48KG5cNrvU+KOgSSkgCYJDiV5vZoyXqLzu/7ta/3M6G8ZeeQQqVG8rMfZbLRpjwEKEcNWn8geS2EuRyIqdDtfoDsqkBAI5rA9tLnTCyZmsjfvFI46tHzJ+XW28re9XPeu9kreXHN81fdl+SyMRcEnfOlTHzZmvHqQgFQUAIu+784e6smMCx1ggBQYS/ESKMBlsXd1kb05Ew/1RWw0vMIQzY70ZrVBxqZo+G6GSC40iquQgAgCC4S6+k5y2+pyUjRPtUJm5FzHkAsNR47r8zHuhd2VtLqv6d8cBS45BTWesroX/lEGx1HD7lCaAZ0UkxV73NcQQAqi3UvqqgNQJorJph/UPAVenuoJfXN9NGYE2ZKsfDCTvKIy13IhMRDQxYCs/O+enBwZj9Zj3yessVOS4yjKWdzs3u/jWDjifNzcEat9Exf8j5Ky33Zw5IpGpem7cI2KFe7L2unSpuDjUHWtzM1FrPKt9SlChRogw6Z5UBn5ubCwDHjx/nuK4RqtVqLS0t7Vwb5WwFMwy35Kp8jwYAUrkZrKwL0VgG4qC2mzavLKtXv9e7WZ4iLZ07l8KhhkQUVmS45w5zXRb5odopXROTeH7bDyikybLumKa+PZQXFwN8sF9nbQ8fjf9zIiHBk7LhL9Nj7pzvbKNPDdwLX6vc+X3cQ90rsQnIvSH+twRxxvLwASDY1ESxdl1naHpfoYB1ko0BV7UxxbHimwCA3G7F9i3IYfft3xncaYyAGGu74ar69bq2uxqrx9RWj9hzIu/Cmo+mtN+dzp07yrF8lGN5Oje7u6/vpea1voO3eYgDVeQ3x2BLIVS1kZGY1jSBb5tpn5PL+Zl/iVrxsjFOMQKVuwhvFSepfizjsfcSritTUc9mNgTZGm+NfdRBB5aftDCliy3/pQt+coQiJEyYcv/FL1yoGhewvZHSfpD9FyXRISR2pWlewch3nkq97VLDrDna8ZcaZj2VetuhkW9faQqajPNrYJfzeNg2O53HAOBgrSL0DZXgHacTA4jOhgie76SViilR5AmRCTF6SKuVKg/bjCbwdVMcnUIPZH0t2dIMAG2RZEL1POaL2HHBZqo+S8h5JOsvtNwffVCKaXh+kYqlBjno4HQQ2nqPvE2UKFGi/Jo5q6Y5J02aNHbs2GPHjj355JO/+c1vkpOTq6qq3nrrLY/HM3v27JwgWWFFRQFK+5pMJpYd0mWufyUghCgq4rs0PXMhe+9j1X8wCNlh2zawPcZVRKu5944uiZ31uRDeVW4Uc/qaLt7AJl7f/PEu4ww3CjXk+s9ew6rFQb2yh2vpirYwnt6Agewi4WVklwyDpiTvIW1OssFL2lqY46WajQTjeImY/j731pdJa41CTgyfT8kKN2UGIDLcs3Ndi8J26CbaMBIdVGMbWyiCd6z9eifZVK/Y12mSMbJKjqAa3+kE1Sv2JXumdCbx2umaI7p3y9Wbzm37a/96pGTFpuR7RzmuznMu7pw24glHkeazo/r3FrWlAKgplqVOnQTo+F0TvUEvwqy2lXmuxX4LScyOtl87Grqk6XnCeVz73+P6DzHIFtF+wFldWza+oJaRu6wMNa0SrhjHTU0O49WkAC4bzSiVawAAIABJREFU571wJF/ZRlndBE3iZL2UbJB2Vwzyu1RGxD791KPaBAzHAQJnmrhJ85cJN0203Z7nXNwpe8YTzmLN/47o3/1rZV5SfU33R54C6qORT7/V8uUrjWubhA7tCRpRlxnP+VvaLSlMXPfO4yjjnUlL74Sgyc9DAZ9oK0mSfXiFDoBWMXyib6tooyiqwRb+yY3hh/vk3/SgWBw7u76xrFJIU8jGCA4EW+jwbzYM0MqcPGB65byW58M2XpHXOCpZ1Tleohs7J4b6Vk5knDr38oT5AHt7N7p/2KUeOK8f051e0npO6qkVk4f3fdMzg80T/m5s91A/z017ukEI9W0ME2UogX5SxKQoCqH+OyN6xwVHiTJwzqrXCkEQjzzyyDPPPFNQUHD//V35z/Pnz7/rrrsCPn6yLF9//fW9lz/33HNz5849fYcaJUIIgjAY+lC23WCYcT+xYtvh8PGTXqJrjp8j5R1GR1XLl6BUDlOln2scryRYaGzUbPp2Ag5fQ4mWlSgyTbXufBa/lCPCOEwcXhTi9E8cDL+XgIdFyvQgWu8AICNvqforC1NqZk9ikEGCa/feXaPgAMBKl1vpLh9XG10ciQGvkmMAQC0lJHrHdy7EgBuUe7fF/I3G6ixXmGLsPwM7Yp6QkWAQsglMOcnGzskFGfqvduMl2vcanz9geMXI5zJY4yHa2+kKX/TBRIcKGYwaAglil9z6XKv2pYym3v1kuOf2tt4DwsiaSbbfGYTs7bGrWFm3ef9Il9Pf/SW4DZ/s0W3PP5Kriy1pb2NZYYpCWODwkm4OqdREVg5K6eEvTYzruf3pKWXlITIm2u7YawxqgPGEc6/xhQOGV41CLiNrvITNV0wBAPQiiQTBoFYB3eNkVxpv+lP+jcWu6nqvWUUoxmpyNL8Er2YI1Or+xGOb+fa9thNNfFscbZymH5nEBlBg4mWhkW8jgUhiY0lExKqM0NajAY3VSZ6JGjEZg2ilK1sUx2NVRoPB4I3g+Yjj9Ze2Ji5vjBnjVB7Nn7uGeDRLjGjCLl5obdKEKfQIAAggjh+1sOmNSPqMZaTu72FREk9ouGMarpUO772303W+D7mq1A0TnzMpEviERNzc9cy20vieYfcZhNw+/YVgJH0f9xDHVh8+97U0xfS+bHqGUUYQ469SMAbD2eOE79MYxodddO1qP9bobdNSqkm6/Gxlyuk4sCgRotWGEicOi9sdJtMtSpR+cFYZ8ACwe/fu4uJiAFCr1bGxsc3NzR6P5/Dhw4cPH546deqZProoPwd/z73zt9XbJEeYZtsM1FdxWc+WnPox1vp0VoOFFqG6BABIYMa5r0h0merYqsKUryfY7hhtnx26KxdllkEi+vg0NTDxkbhvTrz9/qili5EpQKxmfUTy/AHwEg6FrO/nxoFQifEzrA8BgIOu32d4qVa5p0oYo3Ul5dMtZepNEvAAoBETFZIRE7jf+nYIUAo3Y0XdNwjQ4Crk9QMZBA9pxSA3s/4xGnY6VCZwCDiyjSecACAhoZXtERnEysQwt5I8bwZ4emSwn99mGO1UntD4p7WPdFwFfSHHfWGj61CiZ7zLFTiWBAHRcGpiAwBAOgBUA7zJFlaqnpvUaL50j2mhaiyz7BqkN8qlxbi5EcsyMpqIYSOQ3gAAukjzkfvMMOelh/SvCUTgrH4EhF5Ip2QlTzpama7rmeClk7w0UDRQAWxCBCi/kc/ddUSuLAOO8zIskZ5BTptFjBkPA3DC/FJo4a0PnHrp0+bvJdzhNSIQcVnc7JfzH0hTJPiWHLIXP1Hx7ua2fZzsBQADpVmqnz5c0SUYSWBynP3mUfYV3RM03KQ5zVAPADoltIQTKWtmzS+nN1kpcUXjjWvk+RCZB4vG9hyuAsZOgvDlO3xE9IPqtF3v9h3WI/eyHxyZ3gQABK6+uuFuhRQqLqBauS2BMd2Ssnhl5o1aSgUA5NSZ4oYOFcbVCfJm09MGIVTCV0AaFAewruTE9PcT2aGVQhWWhAj+eRIH89/pF4ZL4laWvv5/9es9cpc6wxzjhFeH/36MZqjLE0aJEuVn46wqI7djx45nn31WrVbfe++906dPRwhhjLds2fLaa69JkrRq1apx4/xTHDHGK1eu7N3VNddck5+f/7McdZTA+FIYMMb9UB+ss6KnNkY6f++izN/G/s7G1Ov5lAtbX1eLPbyHbrJFJQUQqO9OO13Jylql1LcyIazMd48CCEah7q37m/dfvvRvEOPn1oSV/2Pauf5YFE3ske6e7UHHz0DnkUMgnWox6ae1Mvrlq2+0M5VeZDPxeQQwLrKpTrmnUPupg2oAAKOYsaTxE+h7UIaMJBtVVa3aVqRd6yHau6+6pT72taaJcPdD0NwIb73afdVJDXfe5CIr1eHWVEmxY+zXjnAs/xlsTQzQqNi/x/TcCKfllbJzTyrPL1IMa6cMLPameOqnOw5Oy0PERYtavOxf158uf9qm+HsaFf6xKLSsHGe/eZjzsk4tDDdpLtSuPan9REbi76sTnypNg4ws+M2dvU4Jw9frYd+uAHsaPgquujagzT80QQgxDCMIQuQBnDXe5vlH7qnztvi+KqWYkc6r0t2ztWIyRnKqHs3Koqr1X99f8ayARb9tdSIpI+wkZQKT81r/7ife1snisaIoo00nQqt7yKtTF3mIdq2QcmXDaowinRt1UMczPKk22iBDaIGRPqCRnM+sAIKhAWBNyw83n3rKN7XByvqRjivznJeog/9BaLXOuy+wpinjUPc3oiTBu29ATdXKzLntTH+yMDBgb+o//jP3AXSm5zH7QZsTPfYlE+KWJAhYdSkfqzkbhqa+ikiCEKlci010XnjsgSPOABKtSoL9csw/R5LjfygiTzYQFjeiSUgxyFOz5Bk5EvWL/0cditA07UtE4nl+ILYSz/MD9OFHidKbs8eAxxjffvvtzc3NDzzwwLx5PcSE1q1b99577+Xn5z/77LMR9hatA3/G6WsdeD/e3qMvaYl4qI3ggPHfky13/pzjIaNstRIRpXQe1b39Z3vRnEtX+jkAX91uiESt18+cxgibmePx3rF9PN4oYRARtzPm75Wq7wBgfusfM9xLwm4SLBTBQ1q3xP6507dPy6h09wTNdfdhowlJkvrfzyGvt3v7SqXn7hHVP5jsiZ6J81ufZgc1vCIsAsGd0nw+0nElgf2fuGxP5R3yRuKqZQ/94AYuvDJFP9gW89cK9ebuS1RS7EUt/9ILAVTlObKtSbH2raLadI+Du/gycXTXlC4noMImprW4CdfXx4iWUc7CBKHFb3Nx9Dju4j7IVZ5Z+lQH3sdlpSt3OztqsCd7ps5tfaK3Gqidqv0+/g82KkCYia8U30jH1UFKeAIAIIDrpto/OagVg+vMlau/2R7zOABMbr9rjP26CA/+NM0MXkwfmbcwFQDqePOMwt96MA8A8d7R81v/oZRCeb/tdE3CiG9WZV3RexXyev6yifZCQv8OKVa77uH5v+B6B18eV++sCBqWc042d+mYsIlrvwz6Wgf+3uqXP7F8H2ztOM8l09tW8r0EQZP14s3T7XpFNNF6kInWgY8ylDl7Zu2cTmdzczMATJ482W+Vb0lZWVlUSeLXw1UTHEZlxC9cDFMsd4W03gdznsvX1zTbPhRRt2ic/banDAqxqRYAmgRLubfeKjoAIC8uonG531khjPpkvZ8lM3yBwCC3sMerldsGpTcKK89t+6svtGFr7AsGKYBUFQDIqMsbE+yGU0jG81ue04odeY8CgU+qXEzRCQDAJCmMnejX3kbJlQqvVkw+z/zsz2y9AwAtK0fbr+ltvQNAhSLrLWIhvW9PJbPzNO3dl3TQnTmtTwS03gFAKcVkuX77z7TH1+Xe6B3R8RRggO1lyqc3mz4t0P7gzttinLs2bumqzEf+k3Sjq6dKBXXymE9+/KzkkOtUp/VuELIWmJ8JWMtDJ6Zd0PIyjQOk1nOkrBfpUY7lIfaCAY7UsUvGuoLd/DaqZr/hFd/nhAgChWSQrEw5AD4d1nuup+Lcczus9LfNX/msd7WYcL75hRDWu5NqOqx/+8uEm45JBb3XSpL84GZNv633Ee5vHy8+SFgjTRIYgiwe5ZqQ6g24akKqd3F42ZmzE7PYvsa6JdjaRO/48eY/9rbeAaDBRv1nj06KDm+jRPk1cfYY8CzL+mJdes+TiaIIAEqlciAyklF+WegU8u0zI532jgDUyhbhCBMxw/YFAEiqVMg4Yod/uvvm+xtfH3/yljEnbpxe+Nthx6+ZU3RPi2kz26+KzX3i7Htm6pX71ifduDb58v+mzd+YcPuWuD9tj3ncRfUwzNxk6y7T33ebnuHIHsJcXiJU8i6BySnt9wKADEKZ5vHbG94xsNUi8gCAQHCtbGGR9rMCw/9Vqbb4gu1DQGP1RNvtnV+3muzMrq1UVTkA8DPnSPGJnasqlZ6FE09VqLzjbLd0TzkeIpQrso+d8npPz0QQQoCUPTT8kjyTE73jQ+9MQuR3xKTPjnZYp1+dUH91Uu0Ve9zpGKED2kkvp93tIbpJ6GNM+koAnI34irT7mNT+2xDlMzVi4mj7ioCrMCRoxMSAqzopa6WnZniun2o3KP3eqLhKteXrxDs8ZEf+iEIKr/510PQKI2kG/UUlI7Fa9fk9ta+xNWW+Jdsch30fJthuZeRQAbG1yp1H9O8IBNcu+L8u6gXz/d8QpNxnVTMAwCAvsr51b+1G5HIq1q+BoeaQkGWqsozdsUWx+St22/dUSREEcVoSBKyY5Lhpmn1YvMCQGAAYEg+LF26aZl8xyUGcPcPSvrHDcUzCcrA588nWewgcNPGk0U4dqIlAHjBKlChnC2ePiB3DMOnp6VVVVbt27Vq0qIfM9a5duwAgJycnasD/qvi+pD/yy8EgZXZNymVX1a8fFD9PG11Sorw48vYmPm+N3OLizZ1LCj1Vv2945npmMsWlhthwiCMRp6bbHAe0/lEzp3GPSPgh9iEJ9UhKLFd/U6naHMuP0InpCJCdqjMzJ2UkAkCpZuPmlNWihcDHD+6BPUWqZaw8IUT/sd4RWjHFQdU3sPxI95FPYj5qojwjnVeNs90Y6x0Z6x3pa8aRbTzhCG0GpLtnkybad6iNrAAAzO7tYmYOZhju6uvZ7zfRxScA47/k1lloEQGRwc0Z4MU5TWxR5ctE4HiEAZIfz98/+rFHq9/Y4NgnAwaANG4WRGbMHaplxyR7lTTeUR40mreWTd0Yc/EV5i86lxCWtmCNf+l0Fc/DqlRuRujGWe7zDuvf7r08dFS5D44nJBmNTuKHJ1jmHXiR8aRSWOkmWxoUB+xUXfeWPBFOjBSAlrRqqZ/e7GBUqDYfMP6LI8wAk+jik+LIMQDQKLQBAIHJDG5u6M2z3Av2Gl8AwAk9fcmbCw5+WzdPiftTVVEgjr5Q/rZO6AgUI80tVHmJmDdUqscRDfXKr78grD2eDqzVeS68RMwKLL02MpEfmcgDgCgjijiLI70ipZnzTSIHeHtpxeQ4fmTozY/Ws9MzPafhuKJEiTIUOXsMeABYunTpCy+88O677xIEsWDBAoZh3G73119//dlnnwHA5ZdffqYPMMrPSoNjMG9vnZjqJq2DFaWplhIjd7/70IhJLrIjKZfCChOfqxPT/Kz3fsi7+21iEEt2xOwfYb+is3T2aaWdkpW4GKA/Bnz/tOxJTCvlWCfZ6LdcRlILe6KFPeG3fLiLmmSvVGzZiFzOeQArs7Lbw0krGIRMB1WvkoitRnsTxc2wPjTc4S9VFYmdQ2GlWkr0VcPWigQAkA11yOvFLIsVSs/iy/lZc4QvPtgQbwMApWRi5MAC8mecGkWcXmWBcFoWFuaUQcghcKSPLUF5Lx3jjqVj3s59xP71h4dbClppsYbJbYxYL29vlYKlwlgOu3QzL2v9ivpJsw0NNbfn4KEiOjx4WjGFgDB3uU5IQ0D0DkoSiPAFk0gCEwQGAIoAnbFxvyto2HArUxzLjwjdm2+ibXDhCZebNLMyooHAllbfQhWhaAO7Uo4N+6ApJCMr67yEbba5yylauWH3d/Jisl//IMPdm++t3+hXrJSqLB8iBjxRX6ta8yES/aXakMOuXPcJd9mVYm4oSeCo9e5DFby+ol4MnBPUnRbn6SnXGSVKlCHJWWXAz507t7S0dMOGDa+//vobb7yh1WrtdjsAIISuueaaiRP9E0ejnN0M7kibxMzljR8NVm+03OfoAF91cYVknNx+Z7b7QjJQynE/DNrOTQgsjXOdXNy6+j/p25PdU2OEYX3vrM/ISPrBZKX7NQLvdzgN7kud9rtq4tmyLcjVkWgtEOHfmb5scF91twz33N7We7cjCXMWnb/yOIcaAABj5LBjtqMegWw0FWp5HskAgIJHV55xeERfHZP8VUuVQcgM0cxO1W83Pb6kKaKnzE7VXj7JHKvuqPitP/eyRR+1IbPt7SQycgO+2kLT4ZJQOFJRxyRnemt8v5as63PFr18KwxUdFzPgu8UPBASBKQn5y3A4yToReUKE3wNAsr4rXeFy07n7XUXBWpaqNwx3LgnxlDSyhwQ0+CnTJNAAMMqlQhg648BHKDNq+ZZILg4AkJjRSMSNNR2CFCe+L/tAXtyv+V88yfn2rQ3He69A9kHMERsAsqzctKG39d65VvHtV660TMz2J+7gV8UIImjuSUCFET+k4KqQUaJEOfs4qwx4ALjttttmzZq1fv366urq1tbWtLS0zMzMK664Ijv7tAggRxnKxKmlZvtgWjWGIMpY/YDAfRvJYZDj+dHjHDclu6eS4Zxj/UNG5GHN2DJl1soKb4HmZxJCs1G15erS6b30mPpZKT4CBOTiiLBR0B37v8RsvKkhnoDWzhUm0eoiw0y++NLplzfHbja1j3ZcG6Jl2HM8t+1vPHLZ6eJp7aUALQAI6B6/vkPVcYdzlEVCQoTWxc+G7zpyZPMlqRe+V/OC1vb3EEeY6Z6f6J0YyVkcMryO4/ecn/Bc1440WtfyG5XfrI/nzCE29IMTEC+Gv9GclAa8Hb+WlP1zTGydES7UT9WQSqfEdUb6hMBDWntb7wAw3AXVqh9zXKHygyZ1EzC7IeaiD1o3FXHVAVu2M0UO+gutEDh6jiece03P6YT0sEfbV1xkMwAsb4wBAFnbMWWzzDh3s+2Am2yTkRQiGxkAJMR7keWdwqxEgXUA/HML1eaa3o/DkEFa1vrs+ZYgehn0kBi/kTWVhKU1RAPkdlElRcKY01i49OxgsnFCZj1bpQwg7xfJI6lXDEgmPUqUKL8szkK1kJEjR65cufKNN9747LPP/v3vfz/00ENR6/3Xyfkjhq6YLe6j1wiDNNV6X5p71mmy3jtxkNp28o+0HD4OdoD4/J7Vqh9L1Yd1or/UUz+sdw8RkT9KIvc+fyrFJPQY+yJAZI/wVMTK6PfViR8dyyYxQLdam6OCewt9jTjS0sacuqEhdlq7Op7XxXnDJC6GxsTnJXrHD3MufzXlL5/HXSYzrKzpkTYfp0/zfZBBaFDsH8i+euOg6gfYg++aYsVJRDMfOtKqNH92k6HG+grJgMLNbfGEs9r4xSuZ9xCoR0usN7iX3zh8dkbkN4+SxkomfKCOWuZ8H+SUNDHzrP03MVLaR5JuAAA32WqhA1Si7k6dYk/vhXqRfLcwu175DkcG1UhPNnindcvUZRD1SfZfRymzAjYWEfwv6bljuvdl5G+c2KnaTfH3tNNVjcpDfpIWA6dOsXesU3VHXTwASFm5voVLjLNnuWJExDUzR0JuDVbm4NpjOcubTCdiMx7+Utvm6I9kHUdYbm16OKj1DiCZ+laYSsZwOoTKqYa6sG3I+gBFB6P4Qej0zzeOIQL9+1mYkhDPlI/hiYP8FESJEmUoMyRmcKNEOR0kaSWdUrZzQ26Wyszum2VlSlShtND8CJuSGoK+erOb6Xi1VC6c5nA8BNCkKKhR7lTJ6PLWL99PjLTac28wyEf175WoN8xvezrWGypjliTFf3hqEuoSbmiM3RxrP6F28wRO97CT7NnN9OgCrcZKe0hcPYIrXGhm43kaADDFILHD0+gkNfnu4q2Gc3sok3c7IwA4pnt/RaPpX0UZGJAeLR0s0QSM0GbjeVJMwoUkCQAtonW9decxd7kn1q5wEh5CBoBizWdp3MzBil1IFEqSxO8aqbsG2I+HaB9pP9pSOFKbOeXrTWXvJj9doH4+xEESECZqpl2/e33ek8FMvqTcmPE27+G6iOJ1040CQUBRU6iYe0YWkr31ACDrDe5LroCzWgn11rjFTol7pumjo/r35rU+FayZjMTjuv/6LdSL5NqjeaMcqv8dRTePfjjb+Vhv33hKjOPWqTzZ85lIYeI257/wUdvmddbthVyVV+YZgnJIHZMmGORDhjdamaLhrss1QjKFkYQaCwxfVSm3+LLfBeQq0qwd7bhm4Kfvo0GxP8tTteZoHisjUKr48R0KHTLGPgWEo/r3klomBr+H8dPle/Lc+k8Sh29X/s4vcT1CbFTV25X/UnHBTTKEpOGjIunKxRPby5UnGhizkwQAo1IalcTPyeX0/iUA+gsXfrYXcdzg7OtsZ8HoK98+0Hb3iGo30ePXwSBT8BnA7cE2VFD4nOzoRY4S5VdE1ICPcjbzh7mWx7+NEYdSbhhPnPxH+WoPyo/YgB9oOHk/NhZQYN3gQcTMFG6J/TMAHuVQT7fvt1Cmr2Iv7i3slyi2ElJFpSpOQAoPaW2lT9Upd8Xw+YmeiQrZyBMOM3uiRPOljaoBgB0xdyxquZiRF2F5FOplB6oYfN1kl1aeDNXH1BJc3my8HIxuUvlp/LK3Eyd37RrBEZU3TvvDorZNACCMGkMfK9innfK9cX49mxz6pGTix5dLjs+2ZnkJ5tW024sUgxxu/SMeM85uXcN9+s/Gj734p8E9AQAQy484x/LoYFnvcaznPstXz+tuiKQxBoyC7FcGEQFRR/zjuVIAgLicEdnOstAHGfp2Vyu5f0+fqA6Z5b5sgtPNo1Mt4VPhfaLNoQ34Sc5DDAn8+Kn8rLlYcfYXaro/8cqFhunvmr+ul79KtCzu3YBAMGt0TStK2mJr4DAPAEaRvKzF+OfKlHSOAYB8Xv916pIPNbt21GyX2nOVYiJLEPEa8dJs46hE/zLWSBTowwdVxSfvaW25F2srYpavSxzxA+HFINno2mrVVgl5z2l7NN47uttGqRe1pDcrvUe1+zyEPNo5M911QSQTjgJyNykKVFIsIyu0YiJAgF9TIuqXmd9f0TScwgjTNHfZMqzskPP8qG3zTq0VABoVBw8Z3pjU/rvemyOMrzSvy3NX3zNspQhJ4Y8pECJqenORhjq8AL7/xm9VMys0MIJWItJyZ0hx4bX3a6zU+/t0Dm/XlImVI3dWKA/VKq6d7BgWHyAJIkIQx9EF+6mSIsISPmkFK0JJomKA0hamuJm2eQiKgCSdOC6VNyp/jQHhQv7IZQ2Lz929/a3Ulh9N9gZW0IrkRLv6pobY2baidyY2HbIHyJOnCHztFIeWPWv1NaNEidIbhHFU/zMAdrud5/v/3xZl4MTGxgKAJElWazj16pBIEry6w9BgO/NzVQJyx0kfPFVWTIAMAG/NfeZwQ6hhDUlzKQZvjbk/4Zc+QlhWZxYRcZvi7zKzRQAwq13LI8yRUoZ7XLZ7uQDjvIQCAY4XzDyirJSpcysBuQt1a47o/yNDAMfUk/J5t467U1FeyhzaZ291rjfOKVRNsFNGADAopNHJ/Jw8Tq+QAYA+Vch+/QUSRQ/BvpB2Xy0buA6fUbRer9+1Ia/ycOEYAz+3+6reRqZJar+o9dtz7LsRxkAQb+becwQimgTRSM4Y0VLNRprHyybvf4O6z3+hrFvauFohGSPsJARKUpqaxZ+X77Z41C/+MCB7VSA4Wh7MWgaZJmHFJIdRFX6cigEKatm9lcrqdipYBfoJqd4VkxwA8OEB7bGGwB57I+O9f2ylMtEI5NDVCAwGSZJGo3Eg/2VH69nNxSpzN3XrTJOwcJQ70yQAAC8LrW1VyoIDySV1lMcDAFihFHPz+RmzZUNEtyLRbt29+dW16spCDScizSj7Skaa5tdGRkJABS8C5N/Wvy0S1NuJN8koTJwLAfJE59HF5nU8aUZafcywqa7xs74pNxyoYoWfpncZLMxq33OJ5Sul5AGExOw879zz5G5h6uefevCIuyuzII2bNdH2WxOf27nETpX8ueq7fL707pxnUL9qxQFAMlV8/6JYACAIQndwj7RlM2CMEbyXbH4po+mUqiP7wEhqro5Z8IfEFfrgkhwOL/HCFqOLD/wXQJP4vjnt8dr+2MlkU4Py80+Rs0eRv8Na9wfJ5kM6t5uU4r30PKvulobYGJ4GAM8Fi4VxgVWEW13kxwe1de09/qAJAubkchcOdxFD8e+rD+h0OoSQzdY3uUG6+CSzc2v3mnxSSpp37vlicuq+KsWPpSqru+OGRwB58cKiUa4k3eDXYoii0+kYhgEAq9UqSQOaUfINaKNEGUSiBnxgogb8GWewDPhOlu1b43XFuqiWNNfcBH6031oM2EPVKCMo1tJvONL8XtETHV8Qsj746MYT6l1VCugZY4mIsody3bphKQyJd1Uo1h/vT20wksD79f8+oVmdzV04u/XRgR98JDjJJhtdLSM+zjtaIYcZwbtJ87rk5QLqEX6JgKBlVTbHLDTPtREPyoGiqZsUBZvjHugtoHUTO/PZkSs7+hEF5HZjluVpJQDQPcsU8VhcV7thU/33suPKRG5ZiIPESKxQfZ/juihYAztVf8D4ssxY/pG7dKE3DTnsmGUr6fR/7YsPefZdzM92LDKU2FzQbMEnK+WdmqlBDwYAATQo934b94Dfqom2O8bZbopwj8HBC7nPZiydyzIIAA7U69ceHCqSeFWqH2s13+ye8XBfx/MOL7G6QFPa0xtPEnBONnfRCJcvlluS0YYT6j1VCr8/wwyTeM0kh1Fgd5G+AAAgAElEQVT1S/UEDtyA92F2km0ukkA4QSf5psD8kWXEuQEAK1VARJoz4vC23737wa8NZgCgsGJh0xsxQqhiY73RSC6MCBcRdJIoWS9eMNytoHGyTlQSArhcQDOdHnUAEGTU0E65eKRmcIpeYC3NyG7DNC3FJYBS1b0rEUspR5fK2P/0tWKKXkzHGNvoKifVtOnghI8TXiT7Zb3LICwctn/+iI6LQBCEyWTCdTXc9h+uJb/4whRAxiyN+X/2zjswqirt/8+5ZXrJTCYz6Q1SgARC70pRrCgWROyFXVddd13Xvrrru6+6uuru/tR91dW1F2yICkqRIkgPICUJSUivk0yml9vP748JISTTEoIEmM9fM/eee++ZO7ec73OeYl6Z92ymLPRU/NcH1dvqIlnQilPZmyd7IjQICfJ5Ne+8DgF/jyFTQPjBgsbX0/v2UC+Qb5TnXOlJ9d35296nvQdngHh1S4KbCX3NTM1mrhnnHWj3hhWDE/BBCLuNcDoxQlKSGfdKfYIBrB7K4SMoEqfoRE184v2UERfwcYYzp39aMk6cX4Ytsg+xDAPAIe1HOjFrlu2xBD6XwjSP/G3K0q2Jz0jAtZZe/aekB/GpCXM18sdHhGJaJkXA5651ZriEguPqwku1rbLc/7nPcWTlQrhmGSsMLII6TS8kacS0BOGIYtVbnR8BACH9chpMKSV+lbQ02z83IzA7amOVmFToveqQ9iMAIDCZ77siz7cwkS1AQAiI6SLocLHQycyE8a5lpQn/12e5q70WRuFgiDKmaKzTAwDdb/r1KNNyW92zlUwjKaeXdl4auZMIU7m+iyI00AlpJJY1kmV31letLXhpjKUAAA6WxVojMFEtzhnFiVSWBkADUK+joSZ8ZwAAgApVgDDLPyfGI0aAxv7vlIu/+x7UMqnQwulUsd4Fp65kQA8+0npUsVXAD9BoYO8srVz61XR3k4Mqt8ocfhIBTtGLxSls72l8ksCLxnpn5AQOtMrb3ZQggVEpjkrm88xh5i7PMZI0YpIm4uCVILB6YHZGCUu3lj2xNaHb+7rIfcNA1TsAeKPVg2h1UQaVFJycxECBrm9xDZrAWcbj7jxikgXC+KW7BW9/9Q4AHqqlJ9djEjfmE8vLJB7MsMpN1b+0gFDTfU8CSs/860T/ysbQScibuI6ba57eUPgvCoV4Wh5si2JHONIu4yVED7AMu3zH1u6492O3xwMFjf/pp94BwEWJNxXXfKGYMzOUegeAVYfV4dQ7AOyqV5SksSNM52huNslokkLlKUQAyVohWdt/TZw4cc4h4gI+zjlBbaAV99JybrLhO8tv+jc7dOPM/AN8LNGzg8BBeypVgQK/EkjKf91Nf/heSuWu7NNGI6Qsafl2fdL9Gbnf3PxT+XmWZwBUIffWH47w/tdwyzR93t3mRXtbSwEg03/eFEdfd+tTB4lpjZCcEZgVY/sM/+xD2o9kkubCzpfM7Nie5ZGLSAPAKM/in/VvC4jpvTDJJ5HWNjE5Uph6l+C++uif2vgulWgyc8U0jn5uo8YgZPhn16k2sJh/uvX9T0b8BQBs3pjcrVP1wq1TPArq+GWp0UbfMFQWd6QV0mI5YmR41C2HfByxt0lBxmw7OqUqN2gd0AuZBoFU2OxiUqyuDb3JMAgZhhNcTL9z7nzX9t0e/xGvGNCT6mmaMXeaLruwILSXb5whZ4Vjy1bUUzoO5fuuOEUHqrYRKboh2I+xw0VhJKCwWrfYdeskV4h3SiwIZOlrl2ahUIZjp+B9pelLjZhCYNJHWvvn2y9n6r91brvKcF6f5ZyAPOG1cRBeQk4/EcU60weMqSNlvRfs0/reTAtb5ExA+AH4bgdeSPQLc/Bz6HB7FBPD7gbFOSvg48SJEycCcQEf55ygnKuPpVkl03TblPzHV5tORWRJrfKncTMOv3Q09/ZLnvn3Dh3N9Z2UCGoVBOhC2z8/yJj7nrp6tfPRhfBRjPvfp3+9TWr7ytH2tfOnUcqMhdZ3TGzhUP+IKBBAa4Uomd56CLacY3u6t3qPBQorzGxxq2JP74UznFpk64QwAt4t+v6vY+V/reuynYtm+65QC9HzP8WIVuw+4mbPfpfo05PqWGo1jUnmbp7s7uNuPDKGoWq7fG//hQPKdJCgFGdmuGzNji6GI0SxkchncAiL1amoODUIgj+MwNQMp5awdQxOwPeGx8I9Df9Y6djas8Ql+ta6dq917b458aIXM+7przTiDDmfOTb1fFaJiUN4P/bhucavXsW77066cq7upKwztM021aXZlhDa4Xyu7W/Zg/KCoTF/j+/T7LHJYhvdaVKXsw0M5tJl5kJFJgBY3fDKdu/VbauDuSRExLUodv2sf7tLdqT3Tta6dvcX8IIEEIN3zIBvcyaATkw7/0lKV+RE+7Vsa6m/coq6b32QZiclRTt6oyM+Ro0TJ06cEMQfjnHOCYqUMWUUG6PIJUn47Wznq1sShlbCY8ClxlcA4I95tZOQs6Eru3+bnlEQwsT8jhfWmX9vo2pblbtSA30TO/Xf/QHduxXaL4NfJCxl1T5m4n5p9Y5BSmKKYp8NxiClMlPSmKi/LgRq8QQhl8rIFnbqkRBaANd1VS6u/6sVkxd3vGLghzzBfveVImCxnm0bpxoZS5a1wmSuf7BwolocncyVh0+KLlDuGvXa/h3wkdbYT7szQK6uMgIYk3Violpk2k6Jv8nQ4qXaHmk0Q/IQJGr6U/ObvdV7bz7oWpvkYJ7QXy2lZ2BquMT/n9lgTDi6kNcDcoVkSsJk95CjzF8HAGZ2bJ73cssA7XcDwk+49rj3bXLvu9u86K9pdw56P0jg72pK6i/gSSy7tvVLlTiYAFcKB56sfzGJ7zzsDjya17Qh0dXz0kmTJS2T32+tmsfyyT0XIollmYHZ6cz07cbnq9WrevbTyFn771wpwwoKM0IkbU0gSAj/sGJ4tLtBUdkhs/sJioBknTAujS3S9D0DB7XRq5cd9tf2F/BMDAFiAT5uTYsTJ06cEMQFfJzoBHjk8JMIQaJKlFFnZNbDbJkFoSgpGxGgYlUOAGQYhFsmud8rHQrPy2PsMb4sAgcAgOGvu1syoSRy+2S2JJErlBC3w/DSQv4NmRA6JxxLuLtklY2qLe2ynxEQGCQA0IlZFm7cEHY+RgTEznA8HHt7D9Wa7Z87uGPx6PioUYaJN8tz1CIZ6BfjCgBCTflS618alOwl1v87BeodvKS158xzWACAQgu3sz5SFACBoKBfASc/hwDQ1WM97V0aOx/Cs5QigM79TgoIBm4kgUgv2cYS7uAqD9U8CC/6djfZ7j4zkqsX+g8vsOn92sHEfRIOO1VbjZwOIIhKI/EeXhOh8avi1vu+cSVjNTdhCj/jfHwGJp8fcjCAnyNIhBX0QB7+kiQr3SEr3YV83XnIMEUJo4vZ2fOwSu0X+Zldj+f7Fp6SHvfCTTVRWCmgwGsdK0c0OJZpLxBG5uNeCep4CXECklOYZv1UTSXR2QGSiPUGIXdk7whkrNUt7kj8xur8wmLvWajlUxa1L6dCObBEB/mer/2rSgisNXluKbL6SaH3yXUFqNqaGSFftgSmZnY95qLqO+SHu5dACJWLAAot3M8tkXzUs428IswLvd5Of7BH29sJ3+ohD7TI80yKX8v0Gu54VjYfGd0D3yuFEPkqOrqhUy0bHo5AwwwJQ4AnKALLz8zxWJw4cU6euICPE4naLnpdharOTgeVL0FAgZm7qNCfqj/zapaUKPP3+ysjNChS5vZ8zrPwUacvQiFBqLEUAEyy36fjstoVpWPdtxq5vMh7wQAkll3R/g4ACIhpUm6brp3S7jhBvWCZs5U4ksxOSGUmpzKTAYAhnRWazw/qP5jW9cAAuz0Y+jtn0nhgNcMs7NgEPntwx3XQ3dnecgKKN8qzz3NoMUmJ6X2LCJDWtg9LX6vJZ9ICU5PZKEaTqAcNSa7/wozmWa3y3Yf07+f9tB/NyRllgQyD0BTe+XNyFpOg7B6YOgPEpmrVoVaZlyUAQIUDo7xlRlJfo8rFvY6Zqhfm5QV+arr4Rus1BATn5HCHvOxn3Vstyl1OuiF1UI4MZwQYJLUwhpF7pfRYi+0FQSyr2LCGKj8Ixyx33+W0SSMiSQIOSd8mOX7dTMt3/kS1NAWuvRFT5+5bst1NbqpWHbHKAjwCAJ1CGpvKzs0PRK04jURB+eUnZEPdCQsFgT64n6qp9i+9dZbj4RTfhaew6wAAgAEu6HwBAJx0XbV69XPKL5et86l/oPlps5ips/a1qLbXKVqclISBAJzJ+OY426d49iCMAUC+eT1fMJq98NJgDXM+I0tBkO+U5WYH5C9nWTkkFXoWTXc8MsiOobp/Vb1slaV+kzz/oGbU1a1KAPBR1lrVukO6j1jCNc51a4RUIAiI8a5frzX/Lvg1Vx46bmhevv9QmzyckzwCuLDQH3KV1UP+d4eODfX6q7bJ/i/7ngernyeOpfSzcNF9VSy0sf/CDINAEliUIr1ks43xAPgTaHRQm6tVVR00JyIAMCjF8ens+XkB5YCMa3HixDnzIZ966qnT3YfhCMuyJ1k04ixgW63y471ah//4HBTGYPOSexrlZq1kGVT92NhRqVQAgDFmGCZq41i41jDn1Y4VEoQeztCI2j7qNRlBe1hi5UHNp/u0wRfkAAm7CQJk4gqz/fOUYuKA9kIAZeBzWVa6fhKTaxJS9WKhmZuQyR1olxK4kb1TtVNYkcJOTGUmJghZsaRnGzi4TbFPIyQHI65PPnUZAoLCShhgGnME0CU7YlV+fF9j8h8bkl+syswJyAGAnzxNGNHXMqJasfzPKRX1SrbIs9TEjT6JrkaCxHSCkJ3vXWhpa8uv3iyMLs6zCGVtspA+ormJ/NJJXhIBANTY6P9sT6jronsuNh7RbfIUO22EYyc5mbNe27VyVL7ywyMpdo8SHf/HkVo0j/BfBIAREKfUD/n0ggBxqHCDafT0XDkd84w4EnjV5x+StdW9F76bZjuoDS1aehjhVyzo0gMA4XaBJIrZuZHbD1sIglAqlYN+l+1vlr+zU9fqooRjEosVUKOD3tsoz0nkeyxQIZFvWkufmOqsGwyI51pb2QNw7amvXXD8AArJkMZMSeJmaqRdBV4sNbW87ZiyqdXkZrozsGNATkr/s2ZskyJjvPcAARIAkLZOsqFOGF0MJAk0Tfj9dGvrPLvuttakdup/cv3XHPtNJxwrKiSU/1/Vq9sSZv0n7c4OOrWnyr1M0ljYcSN8F7Uqd0903U1FtIeqxeQK7WfBapqPpdw0QhHCAUcjx0aVWGGV9/c8QwCXF/lK0tmQO/9sv9bqCWu3coI2UXBksM3Brx0yYX1ipDJpCNDf0n+tJfu+kigCnAGyxRX2QAjBNSVeXcjKhWcIcrkcIcSyoc/zQPmpVvlRqc7qIcVjWQcYgaiz0wdaFAVmTi2Pa/ghRi6XkyQJAAzDnGTJ7eCANk6cISQu4EMTF/A1NvrjUm3IJxbGqKxdNjb11L4whlzA0wR5Y9KC5V0bGKmv97KeVG8f9ZqJ1nd4yFe3JDTYaWmYvQoloBvs9OISb6GFyzIIn+7XBgKh3wdq0UICjcLUYBt8BxC3MenxvQmvNyt3aIUUjZAyVDJ+EDuhJVVWYL6fNMmhZZQPFBLhzhy9Jvfa1eWa7yvUm6pVPx5Vra9Ura1Qb6YnMagwQHpTmak6IWNw3avSfJPIxVLjCpWrCyXfz4WMg87NmpTJ8iLq8FA9U0w6hTQ/33/1OC9FgISlrzoOrNw1QhDCjl+D16CX1BxSjTngNPA45H+KUtiJTrr2l0958AsjSdoGNz85I9bRvHznT1T5oT4Lv7TYyzRRQnZLPOpLbAnBz4S1jZ80Dc5MR/pBC/hmrvPl2p2lh0owDmGB4kVU3i6flMmGC6dCAT+9esUXSbbnc9ufz2l9K71zq8EjIijwK4O7W6+cWafMib0/GPgheaApxcRW+YgLHaUfm5fsk4U251ll5nKNbKb7SHf2RJ8XJBw04oiZWWRTA3i9D434q0zK7tkEDeQJJpB77259xU6NfSf5FhwqXSKN1RmB2apodl4ERK16HUM6ZmnHPp56U7g0lil6scDMOfykI0D29DbLyF833js+jHr3c8SKA5rIL0B/YuqMzi3Bz/k+5buptgAZ9sa8ynDeDYmhvS2yjHx5u9zPhXZbm1/gnxCmk2cKgxPwdtH9Zue3L1qX/9u64nPHpsP+OovM2NVl+Wxf6CEZw6OKdtm0bDb20iFxYiEu4OMMZ+ICPjRxAf/5fq3dH3bMhDFiBaIopa8SHkKGXMADgIZQ3me5Jl+RUcO2CCAqCXmOPPWZ9GWvZT+oI9WSBG9sT3CE/9VDwqCLZrMCUslwtlE43CbfXhcpxBoBMeSzW/WqzQf07wGAn7TVqNeUaz9vVG4BwIn8adCNJNA0NhJ4dAs959kRu0CTuVJ1z5EOuZsheBEJEuJFJGEEADxBq8SMXP8CmaSNWp0uHI3KrY2qzSopUSEmoDAhEsdAe3WWHexL5424REahQgs/Z2SgOI0bl8bOzQtcPNqfkyggBFbefn3NU4eO5pjYokj7OvYBI0KKeNxcOpMTfqGkaw2qTX6qUyMkRzsVQ4/TpyhOZTVyDACuALGnUbGrQXmgVd7kpAkExt7puDBWrlqB+L4PqL06//aE7pBsHZ+ZzI5P5PJorAqQdoy6N7+qwzDD2R2ugiRJzMiSEkI4AA9/Bifg3+5cfUPt/+ial0bIqsCLCAPkm0O7N7dW7bgyYdVrGR1lmkC7nG+X82WawAqLY63JdaFdrxfIH4zzbXR0RyQAkIAv0y0vNbyuEBMIoGisPMmrjkcmreBdk7ggwhPSSWW9mf7lAgdSiSQAEF02btI0IAggyANm4zOB24iYS3ueCN5gfnir8fW30jsZeAhB2ItKhqPUtw9yRLuiUGv6IPcJFRHpyaZXShMz2Jk5gTEp3JQs9uLR/lm5jFEdVm83O6k9jVEelQypmD0nibB3EV6PUiKKfcovLQ4xVI29Ar/iXWqJIim08VRGwtg0rtNL9im9qaDwZUX+OXkBLEGTk6rroju9JAI44yaZByHgv3PuvPron9a599Sz7Z2Cs5W37fNXvWdbg2qXgBD2wmMEQkXjLOOZF9s4nIkL+DjDmXM3ui9OBBge1XVF0QMV1jMgeXVIFhlmLzLM7r/8cLvc6jnlU20nI6wr2mXnjwxUWKNKtaH3Tc3xz2/wb6pTbQh+5QiPXVY1wj80UayDNmrQWD3V/r97kUCxUYb1CilhUEcAABjvWhZ7Yz2f9UkKzdW+8tzI+wGAICBFd8KgisHc4po/VwQalgZeGnSX+uD2qcalsQciJqwaKqzyAy2KPVPw79OYyafICzrC9VDZITNrA+srVT9Wq4ReGmRztTLLyN8w0WtQiQBAOO09udN6c7FN/2J2WzJbMsXx+8RePgsM4Tyof79c+ykG6WLbCZcK8oSuHHZW8nHXD480vy6TtMlMlKJrh1pll4/x9V/uEn2L2DfrQsUp7NX5Lh1fuX33aJaI6d1RqfnqsO7T8a47L2t/bQivtG366Tji3hAQbYrxi8Z9vXFvIS0hxATILptotnxSemR/y6zB9cNLdqxMWcoTfgDQiCkEjpJNUwKBiDg8w0j8Y+bFt5vny4iYLHcqWazqLpbYMU5AYlaOP+tO5HETnR0XrvlmQyn5u8KG/b3+dwqj69sTX6jMTKC2enPGgTK0gNHKpdunutvcVKWVdvoJgXG6UIWoOVQn07VVzq2oy/T0eran6ITLxvjCWY7OArZ4Diyrf57Hff8pPZ8FTJRKB4faZOeNjF4RIE6cOGcHcQEfJwTOABHVh9zPoQCPzqbUKUeiC+PTTNAN0hWIxcoQuygOm3ivD6M91/cIeAAws2PJ8JH2vQ8ftSsnMzYngCLw8HqO6YSMtz0bb/AvHKsKMUx/o+PrikADjdUKMXRlgcExJYt1M0RIu5tAMJQ0SO+D/miElCva3yEHl3k7NiJcD44A+dEe3aFQpe8a7PRrP+l/e55Tp5BQIPRAdpZTe1nHoiTmoT4TuQopYYrjd2a2SCu9VOQ9MfaYHu6PhaHCLfqean0bALRiatSJbmeAFCXo77L7svWLOuQMt9VRFfNSVluq3w0xXI8uunlW12MWdogLajjpELUq+qDl07cbvW+ndt7VbAYA8Huf2drpss8Z3BHbFHvWHEs4BwBafsAFI/pTkCQuS74YADq95O4GRYOdYgSkluHcRH5KFqOPmKGgB8LRRbY0I58Xq1RiSjpjTJARdNQMhQDQE5eOtTrU2YF83smg2bFrzAGtf5/O56LEFFZ2vl2TzMkAAASGriznSyZF2GGKljfW/PiXjg8+SGrjkAQsml3x5Ehfdp9mbW7qvzv0V4/zTs0eMr+84YOEpUeaX+uv3gFAJ6RH3bzLd0ZG+sSJE2dwDK+Bb5xhAhGboiJPeRKiXxQ3M9zffwTCAEASGKKp4nrVj9mBORCDdYUhPAop+ogWAJLY0SSWBdMmAcC11nxv+B6gMJ/PDRAG/Jl9Y0gB/7l9MwAgPMRnRUbiu2a4ttYqf6pVugLduooiGIvmQINvFMQimGIAg1ToveY0Wkwq2mUOf1ht6QwQq8rUN0z0YHno39tJm5KZP4aLR8j2z9ttOKid91mJR31zW+LtrUm0hERT0tB0fdizzrXHIXgAAIUKfe8LDvF0wYA/t2+KvN1HKV1vlVX+rI2ec9HCFg+5egcAHMOthzAJAB+mdAUF/G8qq9TMzYM73GHtR3sMr/ZeQsQQzy8RgohZOowvPYnwxaP8ALChUrW+UtXb2l5jozdVK68c65uaFUniEm6XYt0qsq5GAvxxStc7abY9vI9rknSEarZufIbsb2zE3PJ5vebAibbmns/jPKpxnhBWXbKtJZKAx5j9/rNLtSsOmrsn8PO9V4z0XRK6LcBXhzRZRj5Zd7YFOe7zVx1lWkKuiiVyZLgl7okTJ84pJZ7yIk4IDCqJJKK8DXQK6QytCR+OqD/5lKKV7FHbmNQiACRpRIimiutU635KeIzA0Yc4RzVrQg3FQ4CACE4aF3mVyw+OvK59MEW5zwU8ZCsAHA7U9V/FSXwV0wQAHOHliCHzzUYIEtUiQcD5IwN/WmB/5ALHvbOdD85zPH25d/GEAkrUDdWB/KTtFKh3fED37lcpN1RqVkZtGkG9BznUKvdzSDIYsTJEEu/1xjlSRLN1kfsmgUB79N7fFTbMm1TRkWqQTOaovTo7KGO6r1gv1QbRngk6pUT1+yvsgqeN74q8YbOCK/DvoFH0aV4TNypqm0GgF91R23joFgA4pPUJIF1WMmNw6h0DXmP+bR/1DgAeqjV6B8iWDUmPckSIMBAKC0tK3OkJwsYq5dojqv6yTZDQip81+5rCBtQQdpvvk39/zO56OK+pcNbBZWPqtiV4OCQBgFvyr3Zu2656M0LfSAJm5x73cEFMdLdtFDGRjWz/nj9Law9qjrvfj/VEOuGSBFtqzsKI4rJAfbhVsVwzieHzGsSJE+fsIy7g44SAJnGhJUqYWXHqKcxgd1owa06nRf8SYZ8p2tg3eM7HpkbJiMMR3hblroX2I3/vep6OZmSpV63bmPQghMo/1B+NxFRtG1e6s2hRhyGZs8ayybmGl2xzyGoAwCuFGNf6JKbHXNKo/GmoDppj5DW9HF8T1WKWUTBrRQJBmzf6VR2j4cpOH1VKQ5/ObafhHwriEyddV6ZdjsNUeYwdUYJmJwUEwY8JMXm7X5sfeXOVaDLw3X4Te3S+68bVxGjeOgvwit1XLEM4O+SHIzcekxzi+e+VopToC+LLscwvjOICzZAutWCJZW8DZZKnNGqbJuVPAICw4caiezL91w/iKCJiP0u/ok2xt/8qN9Xkohsib96o2tqmKK3R3DXTtUMtducakGN2kmffQ+o1JZm8M0D8UBkpgumbw2ouVCF3QRKe3/O3/Ek7fzW67uWs9kYFJ5f0GYGZBd5FOf75wcyFh7WfNCm3hdwzAlg01mvuXUQ2THD7Cf2J0AZjX+mm91NtPQu0fFrUKIPKjrMwsCXC7eOga6Nq+NGhbsk4ceKcrcQFfJzQXFToo8LPSKtkeF5+TGO1M4iowvjUYdGKJZcVLILtEdok64SJGQwAZBmFkrRIXd2nf73Egx5vyUWXL7x0VKS/qUa1tlNW3qjc/nnqtRKKovTcVLNV5vr52DwJQk0Y4iOGvpTrlgcVsYUOEeKeQGnkqHvoeUD/Tk88wslAEnDJ6BDpxILQKPqEeSze/DXqNdsSnzkVzvMXBy55pugpAHDRDZWar05+hwGeAABu+nmSsW/aJx8RPZehWjg+5b6Tr1nt2nHyXTojsNDHrTP79P+JYNiRUXhOXogHSxKVQIQqjdYbAlDCgiVz8/1pCZFyqjGELcLaQZPBtixwbJzg/TlCmzrVegddY+JGX9P6hZELXW0uMgLR/FjTA/7wP2Gf/o0ImzOks0y7HACKvZ6brJ+8UPP48zVP/K3uyX9UP3I7861x1jgAONgiF6RIN66fI4509E0VgQHfc+Tpv5urGAIDgEzSzLQ/dn3ztxd0vjjD/sgc29PXtn5xcccrOiF9o+mRcsO7cuoEg5pZK94x3d3HOV9Iy+zed3jE9Mxwq8hO608yq9DLgqyWogeteFlCOuvmm81UhKwoeH/CfyJsq5VLM3PiGezixDmHiAv4OKFJ1ok3TfaEdJLXyKXbp7piSXVzZpFhECZmDFDDD0Ugc5JGvGO6m1Ip86+ZdqW5jgg1EjJrxTumuXtSRi2e4C20hNR++JDu3enurd/aLkU33iVaUmbmBubl+VGofTYqt25L/Fvws5dsPaT7IHI/j6pXA8DTI1oAoEbJ3lCUg+D0VyIYbtOj41x3JPC5AHCetqT/WgRopqY4+NlNNW02PRmjhk9UiXpFiDuOJvCS8Z4I+aVN6kcSRwYAACAASURBVKE5QzJJIwyFuaE/Tmb0+oOTkwUTAOwy/KtWvT5kM4yiez4HUckkAMAKhX/JzWLWCfXGpRh+gkCcoE++cYSeijz7mHXsygSANkXpLsO/QjpEyCh8y2R3Qqg0aSpCMUEVxcdhkrpQLtcggF9Nd6eH1/AJfJQ87YPAQ7XlB14iAF+fVJ5lCO1i1iE/uC3xuWS25DLrGzQOEYURFYEoe/PI37MDZAYT9vFYr9q0X/9WyKcXR3g3mB5mCRcAzHHoAQAB1onuBN6FMzL9S24Oxoa0uaOb0lpdfdt85dj6FdvtFKCQEi63vpXvvYKAE2azU5hJC9vfNnGjdmnfmDTj+2XTXdeUeK8b7/nd+c4/znUUmPveQWJGlmRKivAuxCq1kB82GgJ53O3yE/YpoOhvYRLhaJaiM49Z2rEo/GmsUa09qHs/5Cq1DN821a04izIKx4kTJyrxOvChideBB4AkjTg+neMl5A4QwdIyBpU0JYtZOvFED7pTw6moAx+VQgtv9VAd3r5JhhCCqdkBP0ewfM+oAQfIznXmP/hJq4WdEKOQFxHXLN+mxInBJN4WrTh7ROC6CV6NTAoeJjNDXmDhGR65GDI4wZKsE88bEVg83quWHX89kwhK0tlkncgIhJcjRAkRtE+urhyZuO5RU+KiopvQ+KlY0T36HJnE55t559HyNlpGYRVHeNvl+/cmvHZQ99alXdpOmcCQEgDY5BWZgfPDlVuz09U/JT6Lkcgj6YHGlCvHVyUzv1eJpz+/13DLkEdhRTI73qbf9M/M3ypClcsy04bPjiX6ctENDaotSsmoFdIipLZK1grLZrhnjQgQCNwsEZxhVsuksans0kneEaZI0S4ahbS5QZSEk60wpxPSy3WfFnqvORXl370sUYRGlSpWYyQ1qDZ1ySpprFZKBhLLGcLZoty5w/BCifd8HkV31pWAL07dZ9aYAABkcm7MuBpj0T5l0SF9SbOp4AiQAJGS/2OQ9ia8JhDH57JoRN5qCp1Pa5gz0DrwabKkjZ59PUHsnfKyNsVetWhRi8nBP10k2JI04aZJ3gxDWOGtJ9VfOyPFhjyT/ut8RQYA0CSekMHsa1IwoTy9TwV16rUNxgRU8Ovm5KJx6WwjcdjmI2WSJrg2QNraFHu7ZFXJbMlU5/0kHswtk5yw/8XKj5AgIMAcgTcaw1qd2hX75bhSArNaNAdlG08EatVrNyc+4ZTVAsAI2vJy0i2kRocNiVz2CHb2PG7m+SCX+znicJvs5xa5j4tyJybp2N3kt69Yv3zbtvpb5/ZarnV513qr4Aiund31ZDI7PuSGBNBpzLRK7cox6vTLLIXpCUKqXtQpJBTyj0JISk6lKg6jkHPiBMEsvFYKnwkSuZ119Xu+Njt6lgiIKfLcEPk5k6oXp50JiegHVAdeS6qOss0VTMjwCgyAWE3Vn0cu8DLynoS7cgpPzGBvnOz5BYZk5yDxOvBxhjPoJC/KsxW3281xcffg43AiQgjoXzDNm8lkAgBRFB0OR9TGQ8vhNtnuBkWjg2J4QquQRpj4WbmBkJNFewOVf2h41eFWzer8q0ZIDY7DEAKDUsxP4vc1y3tq6koE36jYuj3pKYvM+FjqzZdr5tBElLR5jIAoAvfPFDVoVJ+8R7Y07NT62lXcdLvOwpEAiB8zdlHB/g3uvQCgEpPm2p42s30TRLcpSn9M/EuAtANAgkB9dmDkRROrbmnaQuDTn7e/Vr2eJ5wFnsWnuyMnMNmyZvG0sFmX/6f1nVetK3ovIbFcK6QAEJfILzO2Xu8/cWieZRSuG+9JOpajQZCQJEHsKST3NlOf7g3rOu4j2+VSAoWjp6lfb35gjHtpKjM5crPYCxj2BiEoT7p5p+JoyLV3tSSnqj6s94ROyt2bas2qa3SlN03+LQA0O6nP9mvaY5ir7KFNUbrGfF/vJaOUWVsK++YhOyMgSdJgMAzoXVbLtl5W9bBNcPVeSGOVWkhWE7L3R907Vp0ddSd/bPr3+7Y1IVfdkXTZ8+m/6fla3Um/uT2mEhingkS1WG1+Yz23xswVj3XfksgWnNz+8A2jykvyLfTB/Yq13wIAS+DLx1duNYTOVXlTm+lPtSlzJh1x0HK1aJEQ7yFbJdT9ltGQym/yn5ubPgUAOI5zu90AIEqwvlK19aiSj+g830OF8d2dmtC++loh9drWLyLfqdsSn100UvtQ8tJYjkW2tyq+/4awdfReiPUJgQWXi9m5ETZEblfdJ89NnnJCzoX5tucz/edF2OryMb4zoua5TqdDCLlcruhNAQDALrovr3qkmgkm9j/hUUoj6oPcJ+brJgKAn0NuliQRTlSJxFnniTB80Ol0MpkMABwOx0lO6QUHtHHiDCHxMnJxjrPfX/1O53d7/BU2wWWi9JNUhbebLp2gzgcAGXkOGXqKUriilLBD3nKm/r+dq3d5yzsERwKpmaguuDX94mkaOUDfFHRXl/TJITwWoFu2sZj7oOuHb53bqpgmCeMsueVi/dRbTZfoyeMSRUFhAOCx8KXjx6/sWyqYBgGLGXLzBbpJd5guS6QGnFrcv/RWEMUJe3eQTU1YQ7E5uVzJRACA6m6nSj/Zudrym4zA9Ez/HL2QgQHcdEO9clOLcjcAJrE8kSvICZjXJoJC6jzt6l1E/J6El7vk3zxfm7M5Q847Z8tDVVbHIJ2KSePIyKtVxGiXpAstTv6SevsIedqzrR90Ct0Vs0XEYkXnb5S/7zpyub/f6LzBTv17a8JvZjp1Gt9HXetXObfXsK0AkCNPuUw//WbTRWoikvyemC60ehxbqxJ6hoM9A0MfaV1rvl8jJC/o/GdU3a2TEvfr/5PCTIx8Pnv2IiFRRA4zJ9qpRBTtXYMxPJ784vLmB5Zr6qRersVqkXykKfPe4nu+41F9tLT9Hqq1NOHf53tzAKCui35zuy5ynHAfBMTsNrzcZ2GG7FzJQg8AufLU9QX/fLjptR/cpT3Z+3jkLzZqX8i4e4Q8pgLmL2bcU6DIeKn9U7twfP7ZSOoeSll6Z9JlvVse7TydMThdPtJUf88d6WOdXeNpST04w1MQDNJ9Y7ZkZeZjAH7seMSx8i0b5KK48ue8h/Kb3kvtFHvtWgH0/cLkR+hiski+SXfpA7KNaz2lvXMlztAUvZhxb4Eq09vhbKp3eRhJpoTkDM0n+/WHWmM6Y8HfUkOHjf5IYSZF/bmpgSkZdJS8qj2Iyam+2+4iG2rJlibC58VKlZiaLmSPADLKawLr9KO1+WO9tb2z0Jcm/DslMInGoSctk3XijNwzYPp9EBhJ3eq8vz/Z8taXjh+FXkVkipW5f8+4e5K6MPhVJcMqWaQUEnHixDnric/Ah+Zcm4HHgP+39b1XrSv6pFxGgO4xX/WXtNsihGadIk7jDHwE/mn97Pm2j0Tc11fwFtPFf0+/m4wtLK+ea7+59ukjgb6ecil04ts5j/a8pAGgnbffWvfMPl9Vn5ZGUvefnIfODxVlPQgWlC7bT0ZKKU9j1UTnb/K8C3vmaUXEI0wSJyeMT2bEzJCOFSlLWcL1G++dHZ4L9Hx2/zZeylqh+axGvWa646Es/5zw3RB/ND1llf+sE9IBIEA4J7h+le2fezLu+TLpyDyV6E4doaal7ER+pInv7X3KCajCKmt0QEtng89frQ7sLvK0TOOz/m551AlhJ5lNOv8K8y01XN9CwRky8/u5TxQpc/osb7BTR20yD0soKCk9QZBTeMURzuYwIEwBgIC6KrTfH9S9H6xmd03bZzo+I/KP0haumJ2iLa3C1tb5qJ/5RkTcvoQ36pTrtUKGQkpgCGeXrGLt3uwZLs29xaxfeF4hRkkgd9kY3/kjAw1Hd21oXt/IdVCiNAYnLTBO04ybjZUqV4B4YYOBE8P+KT7KusqyzE/aXrRNvHH+/7ywwRC15lxvWMK12fTnVsXuPsv/nnH37aZLY9/P8GEQM/A9NHDtO73lnbzTROsnqQpHKmKS7r0JSOwOX1kN0wIAIxXp0zVjFOgE8dnpJf+zTe9iovxHLrpBx2eEtxnhJuW23MB4vt+NE+PjhUAnW0CbI21vVv4vIWEgSaGwiJlzAVapCYed/rmUbG5EAX+9Rvwuk6+xyEGlKVRkLdBPNlF6ACCcDlnpTrK2upHv2GbwtRvkCeac8YUL8tQ57jrr6v3UASJPOvZOkWOeRQNIve4nO+tUG1x0Q5Nym5/s7LO2xHXHeNevIu+hQ3Hg+XnK3qkNTxFEa8vB71+5uKSc7eWSlsyWzLE9oxT7Hj09Qbh1ilsfKgXDMGSgM/BBkNtl37thu31fu+TQilQJkVaUOYMfPxnLTzYSKs6AiM/AxxnOxGfg4wAA/LP9s1esX/ZfjgH/u2OFhkcPZt/2i3dq2PHfzlXPtobO9Pa+bY1KQP+bc0/UnXjFwLXVTzZw7f1XtfFdS6ue3DDypUxtJgBwEr/k6F/Kmfr+Le2i++bap9cWvDRKkTWw39AfUTR6OAivrRSi4dKO1/T8CQci8RBU8Qk3vI468nZTjd8k38YTgRLXMtZ1ZzgfXI1gmey8j8bqjabHDPyIzMDsTP95BiGXlLqHQSJi2xT7thn/Fhzg+snurNGbTH8y8Llzbc+EtAvEAkcUrmEAaru/WrTiFcW+ZJ2gpqW9zYrVZWo/F/yJRQBFQF/l1h0CV0UE9Q4ANrfKq0wCeV8B38R1LD765ObCl3uG2p1e8rP92gb7CY93rUK6aqx3lMXlDoDC0aFhuhYEVnNC96R2q2JPZAEvIk6n7sJH6oz1uxXExqOKq0lpfPAyEFCgUbV1v/4tN9UEAD6qWy2oRcsD+YZXKrO/Nm6eYm+MKuCDbj5ZI6feMXJq7+XBQb1eKV1b4v14rybk1eGiGr5NuYNHfgCYSKSXtcmiqnebvFwpmEigPWRbs3L7Ee2XDOHs0yZDZl6aeEHk/ZyVcJLAYV4CiZV4DqKUFO1DHdv2fteaHZ6yNsFGAZkpT76aOE/Eo3r/b3Vd9H936CKYY3qwyg+sNz2Y679QJ2TQWKESzXJJrxD1AcLRoThYq1p5RWeuXCjm+41lYjS/nZx6xyz16XNHfyQkGgBAFKmyA+r6Gv8Nt0kGIzt3QbBREsCt/bakj5TJv/8GCTwAcCqJAwF7Gcl5mKh0dmRf8Zp1oo88Yf55QOodAFRi0hjP9QAgAV+u+3yf/nURHf8fBRR9BttCqUKW0hgojIBYHqnlOFxdGyk1reS825bvfOfOgio73T2x3C7/+auUpYWeq8fzl2jFdBKBRSeUpHHj0xnyrHYap2qrFau+shNuMcEjyCUORNFpkzVupA/uC1y9NEI2gbMbTkABHqlkmD6XvEHjxIlAfAY+NOfUDLyVt08sW8bisKM0uYR+Ju43jZ/3S/ZquM3Au0Xf+LI73WLYel0khh3yP+SMiXKWXmxf/nzbRxEaLOk0v5b/uJg94p2GTx+2fxih5Vzt+M9G/jXy4aJCtDS9sOvp53LC1pi9oPPFjMDMkzzKUCEh9rB2+f6E/0rApwWmLuj8VyxbrTc/4KN2v1WW+2pG+/YEH4mNMknLEA6G7CvYejPT/li+94oh6ng3FImFMKJFQH4qjMtoD/sS/nNA907IVbeZLnkh4x4A6PSS/96q94dKcIUArpvg6Sm10MJ1Xln1aAPfAQAGPvfKtg8i+MbXqzb46WYln4oRuKmmRuWPLrpeLSZjkLxke0/sbpBUZsok592J3HFfEhFxwcSNEbhntivbGEUrbjvS/EGtQdfLnCQBX6VZVWp4Najei7zKLYlPvMuOP9QYVXtgH3WgWv1JhXYrE0paGEndV/nPjFZkR9vPMGVwM/ANXPsDja9u8RzovXCyuvAfGb8tVEY3F77S/sWzbR8I/dLXK5Ds0dQb705aRCAiwKNn1xnZmHPX9UTB8MhvV+w+qv6gVlkRLDw2ynP1VMeDv7yDGAC46IYNSQ+7qEYZJm5tSfxbdaZG7L59RLPFf/OvIHx0MtnSpFr+HkhSg4K9d1TDD4nHZ2hJLLu+5VOZlDy0vW1UbtmY9FhPWYFYHp6zLW0Lpw3eUMtLaGuNck+DvMtHAgBJQE4if96IQJj6KYA8bt++Hz/wbtmobGtR8BokH6scsXjE4sna7kp+Epa+c+9cad9ayTYJWMikLRfqJy9NvECN5GRzA9lQR/h9mKJFS4qYV4hlp79CCgx8Bp7stPqWv/GHvJoVFkfvSKJRXuUrR7Jmimm+23+D5dHzlZw1SBLsqFfsqldYPRQGIBBkGISZOYGSdBYAQBSp2mqypQlxLJYrrKnGdzXVm70HWnmbilAUK3OXGOfN0vbN6RM78Rn4OMOZuIAPzTkl4N/uXP1I8+uR2/yjKvOOMb/ii4bGZzsWhpuAX+HYclf9C5HbPFmb/lD+MiEzFwKsmJQUMvxvRsXdx1LUhEYlEc3bJsMVSy9r/MsObaQXP4mIsqIPBhEM3xuq6kjz+vcnTDvMh9QwXN6V7aFL15wWRGA3mB9pUewCgEusryWzMV2QElFxR/sLfyho3KcNYX8hABbYEtaZnL01xwjfJTPtj5OnoOz5yVCpWbnd+HzIVQakqhj3CYmI13/S13aFHXbLKfzwBY6eGpAu0ff31g8/tq3zAlfsvmmS896QW/GElz6WrLuHOtWG7cbnOOJ4ogetkJbKTM4KzEkLTBloAIIasU8u9BAxbPTa+j+9opUSuXwKK3yUtU2+jyG7HxFKkVhTOTH7ugfu+9Ge6JsQ46HLtZ/tMvyrd00vGqPFfP7j4x62KM7gAPhBCPhKpvGK6sd6x64rRWMaM1UrpFEE+k3mzIvSTV1S56eOjaW+I14xYKR0M7XFiw1z9aSa6Oz476E3Hjb0jUHozQ2JF/wj43cvbzbEUgUtHBLw2xOfr1avTg/MuKDzxdOi3lsUO9eZH5BL2rTAtGDojYm3vlPmSuK7rWOBq5YII8NmxVN9/A7Z0lSlYi6bYFOIEzVCigS8XXa0VbEn13/hrK4/nYo+/2R8plqzKviZAHpxywqVGFZUYMCdmc+OSdEtMc7LlFkGeiw3Q7y1Q9/uDvEGnJkbuKLYN9D/zCa47qj72w5vWZ/lGWTiR1VFU+r8vRdihZKdu4AvGjfAgww9AxXw7q/fvtD0Xa0qRNZ6EsPygyMXjLzSOmFedafMGSAoElK0Qp6ZD+facKbDCOjtHbp6e4jX2dhU9uakQ+q1XyN397ldbXIuK6p1UH1l9iLD7Fey7u8TvxMjcQEfZzgzvIancU4LVWxT1Dbl6oB883ohb9Q5G4VVyTRGbVOh9svWrO55UWCa5qfNYqfN7mkgYDGYfiwCfkKqp3yjVq+smOyN3FLEUhXTNF0zZlutYn+TIiAgFY0nZTBTcwaQ4AfLZHl+xRN1aX8ZEcKskMZMi7oHCQTil3qSkCCfY3v6y5TrRIK19MuWH3YrqfCuUR1H1KG9J5I4+j/l2Vmzf+4RAkls0Sz7n057lr7+KKSwKbsd2G9lOwguLYJ6BwBWQHsb5XPyuhM460n1Mxl3PZV+Z8Nn/3ja8O3WRPtk528VvXIBYpBYwh2yuGCOf75aNH9vuVcCPoWdMNlxn5ErGLSaSiJdRGwpJO6d+rBs41NPZXzVZ9o8nZG9cyS/6KI7nrN9I/HzYz/0aM91Xqq1TPtpzxIB8OVHhOyWjYGrlkDo2llnIRKW7m34Z496J7FsovOeUZ6re+qE/+SA7Ye53fqPDmmW99g7Vjm3P9/20SvElXM2Vv51+r7Ih/i464cC1/Vt7pNyAyaAntn1eIBwzu16etDX28kk4KhV/bDN+L8TnL8a41nau3zDn3OYhV0bLravJ7BE1dWEE/DI4yFbmxlC/ufci+d1XtT7OcMQTi/VNth+RWGU95oeAS8Bv8vwz7m2p8OdhiPaL3fCqtVt8I/2T/+YfP0fk5fEfqoxhvd260KqdwDYVqtMVEuzcgeQQ57HwvU1Tx3whyhR0SR2Lcrctq19VE7g+B+BmIDi+68Rx3ETopTMGFYglnlY8WNI9Q4AIoK7R3U82Zh78Adj77gPjVy6bIyvx6/qbOLTfdqQ6h0ADrbK11Z4rzmm3rcleJaOq+FQiMwIKx1bRSy9nfPoKexonDing7iAjwMBKfqj309gFAhQtdX8qKJfoEvDkFjOUp2aC5CgPGaoRTwv27qJrCr333JXcAmLealfArwQxyIl5PYFyOgtq5rMK6tNvd1oGhyarw5rlpR4xsf2RpfMFkDokboUhYj+MrK5jyhKYVOi7qFZub1W/UMCn42AwFgKRqvGcujBIZM0o73XHVV9H3tueQyoXabvXyYgiFXGP53bKseIQd2/fYLr18NQvQNA5HkWrrmmncqOupM6Oz0HThg904gqVmR/ejBwX+Ge91OvSgtMNfJ5JJb5qHa1kDzWfUu4XZnZ4kmOuy3sBBN3kiW4AHn9RBcjJUafppB0+mUX/PXaTV9+FtizT+d1UUIKK5vj0C4ix+HLF0pJ5s/LNhXBwOJ9SlzLjmhWiqj7lsEI/ljQeNk2A112cDjM4/0y7PSV92gkAugLOl/sXzJQEmWT7L9T8ZZdhuMO2E7Bexv+6NdZZm+0RxaBqZqG7JO/tRAQMxwPU9LgfYkHp95FxO8x/L8jmq/m2J7O9s/tt17xbeJlHbT5VuuHyBO2Ajzh6GIR/Uzm3Qaub301hZSg4KKkihg0iVwBhRXB6Pc0Xnl1Z3mj/GUNdzeCvpOTlZqVuxO6/18Bi8+3fSRg8dGUG2M80OE2eZMj0thy/RHV1Gwm9qq079vWhFTvQey08MTI5o8OjeyzXLZ5nTAiT9KfqvM55LTZa1ck2cOtpbFqRtfLP8sK+rwGvCzx6T6tmyHm5p0BdfVip8FOlbVFmjbfpJt9QdcGveACgD8UNoZU70G+dW7b7N4/Rzd+6HsZJ87pIy7g40AKHRw0R5qTyGBoACA6rXCuCvhUOrq02KvxGubuUUjE6xU517d1ZxQjrVbld18FLr0KANSEQkeqIwTSB0lnZQCQysrrlJHm0sd6bi1rHNV/uSTB8n1aP49mxlBrB6vUQvYIqu7o7xuTl7YnLk+279N53ZSYwsrn2rUY6zdGG/9oRFYitvDkT2qBbFZIxZ6box70JEn3T69Sfz2gTUSIZM74PLlrlFe5X+cHAJmkSWEmhmt5MhN3J0+Pr3h/CEDpXVytIbpRw8eGaMOPKFBWHXmtIvuWNu87qeV7dXsclGRm6XHu9yI7Do72XD8kPsy0xMu2/8gsvCaWxlij1S+87S73VURTA+HzYKVKnJommswA4JOYeq59BDmwtM/BP71Zub1nSZuc32R0Xfhz6bkj4Ld5DwFA8Bof7b4ulZkc7mof7VnSpNzWqtjTs0RE8EGqLeohTNxoUjypgm09qIVfOroBg/Rl6mIfac3zXR5KvXezSze5yFc2jgyrppAkrjFeZJNFqo5+akByUS9QDADMT579zB4O+Wvs9LNb9LOOqPKqVHI/6bfJyqs0X3fID/fZ8v9ZP7/GcH6eIj2WwxyOqLsAIMCjmk46XDB8f75w/Bi5waokp5sSdcIJpiEkitShn7lZc2I8ymnnp0AFDn9jjHf+KpEPayddW6EutPApurOntlxZexRnTxGRh9RjZrm2H9YEetcgDMnnjs1xAR/nLCMu4OPAXN34l9qXRx5TXWDXAwA6Z/IC9GdOzDXbGEK6bUzND4mutw53V/aiyg7DpVf17OcbZ9jyvABQ7FFZWBoALujSvpkeVoHLROUEx13h1mKAbw5rJmcxshhmu9h5C8gPmxHLmDn6d40WgOMRj9v0kcrLBRFR84Y9Mwy8pJb8TirhsdwhSFAfGbVkYQkPT/hoKVLa9h545PfRHREaOCjxDx2GoIDXCCkR5vZPrzu1L3y1v2lOjZrECiq614aSDtFGGF0s7tlB2jqmOzXTnd3h7j5C9eDI1Mh7G6oI5ASxlaqpBkmKkPqrD5JOL43pG0bhkwIA4Bu4H3Iwkrk3hzSBixtaQRSj1rI+O+jgg+YhBIBGexZDxKt9tGdJbwEPACGn3wlMyqUEDGIwYaRatETe7XDGR7UHb8DRniWRW25MOL/YtDfcWl6t36IffGKtCES1jHBkd9WJ6xMvBOJ7ADDy9kW2b3bqvU/lV0TYUMDiZ/aNf0oN64zTG7s/+v0SzGwXI+WB+sgNWAJXqZhJ7r6vA6ql6QwasnTIwnaWxPIC75URtpUwbK9VXFMSJezuDKLLF/1F0EEnAcBhTXTXg/JA3RD0KU6c4URcwMeBKepR0zRjdvZLD9PDdKdmllMLAFij/QX7NbwoVGZdpJ+y1hUpRVNvPky2XWjTLmnv9m6gDx/ki8YCwO8s165y7ZAwSmZLZJK8XXmYgx5nSzKZGZvvMz+Yf3SuA93fkPJeWlc4x7DpjscjayeM4ZvDmmvHRX+jS0aT/9obVN9+2ZMP5tguoIhskoHIQdjBFkbYyN3wTJYcAAy8o8R/MOrhTh6ZpLmxeV3sLvQNqh+laKWwMhhzkYes0LSdlpxYUQkOzdsUYVXBI3UpuESbYYg+A5MZsg1BMNcsVX76AeHs8eHEAVI5uN4OAjneg3gO+bxYO4CkjEgU3A2N5fYGiXSnJKTkZE4wkjoaUW3yvaM81w6oA/3/dx8pAcaICWB13wR+ZyXaY3XLtEJqUGlHIJmJMp1l5PPGum5JD8ygsQoAAmRXnWqDQxbWEXr441QdBgCZpDVyfb21+1CvzGZGhi1w30JZ/KfgzqIILEiRnl1Oui5YqWGJcd4URR7yfd6zKmi7jEwEJ/Y+xFKZL/asayKWGBxdhvvIUK5CgSjObsMKjSJs4QwTV0jhKNdM5OwnZyAxvIgRAgB/yL/+RLziWRVfECcOxAV8HABAgF7P+uPl5Q804xBVtdIZ2fuHRwSjg/nM7F+4b8OKf2X+7orDv6/GoUOp+3NfYeMxAQ9UQ21QwFfU+pY2fS+TjqsUEXG1TOuYnQAAIABJREFUyh8y2ZlysTtFmQ/gayP/XNbyIu/RAxp/yLpjuYHo6Xmq2mUQxv/X4Sd8HKGksVElIgRSanrnLb9tPdDMtdmSfQ1pgVbC45IksYmrLvB/dUgVVgshjEjodnVz0IZN+vOj9gojiSVcvTOlDRRiYMnhsVW+P9w6maQd675lhO/iLTrTZAdMdPBWxcHT7SkfAgRglR/olJWHXPtIXcpFXXpfZla6QUjVC62usOeHJPDEzNDRBJJO77/11/Tu7bKyA8jtAkBq/MsNeo4o5wK8F3t7QcTrf2rd5E4CaQrAFAySrf2IteGt6/TSNM3obXibm27U8Zmx7xADKKSE3qXgk3gaEALFL2fFOL0UKbudumO5N2ms6gmo7k+e9/IZ9od7st9hAKWYONpzHU94hqq3vxjBZwFCWJ18AJiYTg4G5NZZEvrV0gvi5U6JQ8fYNG5fUySv4yrNNwCwyDD7H5n39RHZLiq64c8tRRH5HoZwMYSMxAaVGDkGHgCMqlhzepOIUCOFB0c5egobym9fGaUw57Ci5wbsTyxXnSdUbNSZiyGGK8TE2QAgOeRffyJK8hzNvhznLCYu4OMAAKTJkjaMfvl/tz72aUJrTzkxWkJLrInPVWWYeAoAxPRMKSXttHbzNGOi9GsL//Xc5kffS2plY0jA46ZEkYRu67AkAMBft1Z57fP7vG1ILMvzXwp9F9JF7psd9Ix6xa3ZjKJ3/TMLSz9an1qp1rLRusAyfYdlkgQ/1Sm31Sod/u6XvVomjUziGxy0008AWIAA0AKlEWSmH79IedEqdwKUTXayRe4bhkrTIkxsNj0xu+vPamHA1Ylip5cER9McD3bIDznp+j5t9ELmRR0v9+4GAXSEAPjTy1H1d/0nrnL98qdq0q6zJgq5IyWTGQFcM877+jY9H6ba/CWj/BGGzlgm42bN4WbNQQG/iqISTEnp30JzxDKOQ2Xq6KQnVmt3Jsc21+3n0L/XiZ3icesUAiKJG53EjV7N/8Dzr0s0X6vaWOK6LfYOTHXcP9Vxf5es6pDu/TrVBgBQiCCak/Hw9p9HHEdVHKZaGpHfJylUYmqaMKoYKwdjdLhQN8lI6eyCmyeiz1tKwAuoryUokae6aMHCjptpf6y3g0zPFUJLZ54PV7DzyVpxburolbUrYjk5AKCgwz6dI6yKTIR7TSOXrhzr6/CQzc7QgzqX7HA+uedp4brZxiswojAJWKNBnm57ipmLPnlrpkJrSAxQ2qj48aiyw9N9p9BklB9IU3hkUhSXqBPaExRIEOEEIAALH+InCKkxBe0PE8ar8woUmSHr3cRy1SkHe10NT8Ykc1uORnqOERgX+coAwCBEt1wQMfvrxYlzphAX8HG6McoMLxf/zwtfvF2q6HJQvEGgJ7vVCXz3KxmrNcyli86dikrh0CoSnhvz2F3f/WfilJh8xQ+q/OM9KgAQ0zJKO9xe+4wBHc7Ajyh2/oUmXjq8vbhczTCEmBtQlHhU0pTZj3pRmAme42CRJZsbxfTueUheRG/v1NXYThjo+DjiQEtf47SAKAHNn2Mbuyp5mY/s2JPwaoNy8yjvYgszTiEZWMJNYxUtDX5yw0d2fpVy4yj3NePcd1J4MAVao9L7SiWxrMS1bLPpCThx4YUd/+it3ofdtPuJlLjurFGvEVG3N2kiT32/t6DIqyQASTo9c9HC7uVqUavA9lCFlkkCZxpjynKElSpQq4GmJ+VEEfBDeMZKLbMu7xUAL0qoxka3uUkRI4NSHJnE95Sv/3AL6gzj453jv+AQ1VaQsG6Me/Eg+pDI5c+xPZ2snbDD8KKdFvkxw8ia0+Eh7X4SITBrBINKAgCq+ohy7SoIdE9OkgB0xSG8dSMz/xJh4Ln3tKTq6bRl9zb80003c4RXJkUyptjklf3NSX5SIjGa4PxN7OEtZwptbupC/+xLE6Z959zlIzvUYqQUekkaUUGFVVPJWoEiQIierQIAABCWsMQTPo7waIWwBnQvS+yul6clCOEE/Hl2fEHN5Ay2Sb71VW7abHb6bGFEAf1zaXDtbEd0w0ol05h3aKlfYpMp4xzd+LuSrshXZEgYPtmr7fMGCWc97CFRJcpIDACtLqq+i2JEQkFK2YlCqj7008knBR09wu4WA1Qpmcn8iTHwJCkUxZq5ZjiAAL2Qcc+1NU9yUl/rhp2uxiBFvq3SE86eDHYAkG4QKBIL4a8ljegxiE4AaFBENwYJ+KSquMeJMwyJC/g4xxHNFtnSX8/74Xuyvvb4UoSEvAJm/iXncgB8b8SMLOqKpdAek4CXjkWwcxOmfrgaDUKq5gYueDfzzyP9ipF+BQBgjZa9eC5fVGLaEt1NsVF9VLn2W++d9wa/fn1I3Ue9R0YlJs3vfOHb5NsxSB3ywz2piRP4nKvaPh74TzkOS7h55Duofz/Xf56BH3Myu4qRjMBMAujekfD53iv6DIiHs3oHALVoTmOmNiq3Br/yCI/xqQiE+MIx7PyL8TFn0a8Paexh0v+IEvpoj/ahCxyyaFNkPdDUL2fW6KCOlwff3yxfVab29IojpgiYksVcOsbX5KCO+vQR9jPGff0+wk3jmBIchqTQc7WTqvUYK/jiYSEADrbK11aoOr3HfQEyDMLChMri9V98ZrY9W9Jaq2J4hEmMLBx9Z7P5oXVfAwAeN2GgB1psnMti/rGmN2pVawu9kSoCVKtX9V8YICSFlGBhT0mGttNOaaPijSkP3d/w8lHn6nHu2yO0nKK3Qr/abD0oaFxs8u7viC2xAkYEkHJJJ5ei5IbYWqN0h427hwOa4gOaYgnxanHL7/auSRUEdupMqvxgMDFtnl+xwKZfZ4pUu6GWbQ1+aOSs79vWLLdveCbtV2ld1/S3/0bF6qZqbPSaClXDiVW+s4z8tSVei/YErSViicfRpWn/QGh29jzJYBxo304v0zVj3s157LcN/7ILJ5QhZEkXlXBUdOZH2HZSRvSiM2cQh1tlEdQ7ALgpXb08K4epjyUGnsMD8PiIE+eMIC7g45yAZEj0L76JcNiJliaCZbBKJaRlYl2k4fI5SGpKEbTH1LLE9//ZO+/4tsrr/5/nTm1ZkiXvvR0nsZM4i5CdsEICYYZNGW0pG9pS2l+hQMu3LZRRRgstBUpZYa8QSEL2XmQ7TmzHe2uvu57fHwq2YklXku0kTtD7D7+se5/73KurO57znHM+RwMAYm4+ANDC4AYTKM913rvpdZeUL5GSLWJ6ZkATe+Fo14tro1R422h4+r0e4iIAALB6iG2NcZdNNnHFmd6pTcr1wQtlHEF9BMy+sMafg270E3YAoDBMs7XsV58KA57CCpVgclH9P5u8qO9wMbzmbzJX1mfAOyhx/vhDb+b8Wpff72u1eYndzXLjabuP2NnETs6Ndai3v6cXwDToA44LQRACZs93tcplBwaa34IEG+sVLXYyUxtlKEYAneU9Z4gHU+m4xTzhs9gl8U8eyw6ov6sdGEraZKVetpZ3jcr9PGVL30IB4RaWe6yg+d8Znes2EEnFpWCIW2niOtP8eboJb7Wva9nbQ/Hhf/p2xc5azedhV2mF9LPP/R6g3ooQoH/kPrjJWPvJmhYsZYR9ymX7mubv+g9XeTumIo6vLrEv24kWoGiyZHEhY733QWDaS8x5NG/0pQ1/mVSSv+eiKcy6FQU2wiCQL9TkztQcaI3BmRmAk/jfHnv9htZrBnGoGOC1TTo+RHLvWC/94tqkn06zZwS54klEmKmkDj5igfQA6UGJ0Jhm/DPm8FXRZWJGIPN01VvLX3mnZ8V61552vldNKCpVRVcb56Rg8/NrJA8X/lcek+4vSz2DFPejE4uzoSapIq+9Ic0fvWUafYreYgkSnDISBnyCMEgG4xk3dX2K0RNquxQlLU0rEqQIklbnueI6cQgFt9J91Rt0Oy86cTiSYxB66UNGvjTSVu3sLit99O8Z6oABf6iDwYNKkcvynjPAgI/li6CgvwOo+aGEuwgwy771oHqedEp8vMF2hUo0G/iCYd9FqLk+vF8s1TcOgibTNiQ5r+1+4dO8fxLo+Fc72s1E/ZFru+jYDXi733HqDHhoB8hvtVNfH4zoPD/WS7tjOHZWjDK3FRWFaCiGoc4CDJ19bUyo9R4AAzL57zZyO3uZ2gGrWhTc9LG7dtfshfTBqJak0MYHshbVsPQbW8IIm/sI23rDkzhSAg8+O613AHD7oeD7qxcZpv2Omvfgsfefy/wFhxg48R6XwLNX95fniPbFNZsso86N1JX56M6eAlOyf/bJP+owKEXLf80/WdJ6qwQYKlGGr3qCffJEe9r/Oyp+nbztS8vySNqEA0jxjxOlQSpEhFrvAXwCeneH9r6Z1uCpsxnayvd7V8n0loUM2eUzeJcLaEZMTRNKRg1OBmKEoCfVP7Ms+pllwBSzeHGFZ+kuTajIv0ElLR57Juntx4IrBk2+nrHTvOPpSW11LD7qj1CvJ8CMmMsAJ0hwpnDWvmsTJDip/C37rqht/n64QBg12v2ze4e+O6UU5lb9Mu2W3ghlmbrYA8tS7gCATva4K8PqHeRISysMrATuJOMust1HJ7vngO54+SKMwEfUz9OfispSIuI8ZFffx1HOq05GZPjJm4cIjNmMXNEA9+Zmuv1j27q+j/YYvHAOXxxXgoKUzYAPIDtyih2a3gsAG+oU8jNNPd7o884CEV5pPy6UJ1NkMUZWHZZTmkBAjHGEL83dzHL/sn4z6P3avcR7OzVhy5IppKRZ3U/0KcwPwEW1Ra0RRuDhuWBOMQTQ57W++l175/z2519Ov4ELlxFFgArhXz5W0FvFPf18xwdh+0E818mrDdzpnB4yc+Vp3okGvmBR+5vzO58z+pccUczcqp1j9D90W8e3DyufvDflit+n3zRNM1qmE42QdjKOrcNJHu464dzeYbmERHJPtjszruJmnee7+DLf+RfzlRPOaOs9Eu0O8pM96rAl+qwe4u0d2rNKwg6Ajawi0d+GAaF8ND1n0Q2Wi2Sa6Un1jckXDN+hJUgwIkgY8AnOSEQR3t+pfWy58Xdfmh5ZZvr72qRG26kQi+50ky+tT3rkK9PWDQtvavt2Vs8TZIRcx8tV1Rdd8zfvhZcGPpIA8dS+PYF25Y4LXamhywlAn6ZevzL51y6yXQIBQJKQ4CJbv7Hc80XKLYE2ih8cYsRgjUscYp5ZmaNOqlV+Kzt9NOxys79iQfu/Sp2LCUwCAIPR/DLfggo3FXNW9uBoUW4WUX90aIZ3yknd3eCQOQWBX4/GKiM3MA3yI+uavv9jSW4nEXZzMRRRAACAymRv1OvWTjbH0BP2ys4F2OlGi7EFYoicxDj6pdxDH4zhkKIw6FtmuPBwREsETbI+MnyTI616XRG+6GAsfH1QJeMBM/Elpc7FYVd5yZ5IxQ77mOjcnicNfhLwNGLiixe0v3pB84cuMmJYio7PrnBcy4H4eOsbT7e/G7bNR+ZFJD7Nda3y3edf2PGP0Jr2Po5qr5l5vnj7XSmX2USXTA+hr4bhYsBDYJQy74nM2yJFfl1iOPemH4F59sV+jV+I+Eg63EnvbT2rKqVlxKDJ15dq8bv0Gyaow0cj0oh6OfcBExVFQiJBgjOOhAGf4MxjfZ3iN18mb29iXT6CE5CXQ01W6oU1hmdXDzVuVp5/rNc/tcLQ0EN5ecSJCPGaXPecGxpXV9luDW7GENRzOXe9XPL7AZuLlAPiBwNuUC2bmjcvdJWRSgKARtXapRmXvpF97n+yz3kj69ylGZe1KLb2tRnHHC8tm6wepAqrnwg9bLxT/0+ZTbykFeHw+fYICBNXPMX6y/M7X9SIumxtnmhJnV7g/e18a4q5HQ92jiNwVJFWSEjYpftX4P9krmx295MGPm8IOzpZxGIwhspf13ib+v5P0UYf9NT10H9YZnxsmWnpLk2PO8q01/zCigbVcpkGzYoteiFKuXUrfeQby32MJKcq50eOgrxJEFvkpDwSEvYkvemmOobYT7LmNAsX27zR51kYSRNJLv4YJWd9ySBIKKoxUOiKaDLtTPqnzM2oFH2XdH9+r3r57VPt5xZ6MXEmJu5GuVP7Ts7T7e/1ab/14cLsPs2pEP6QJ8s3NdKVgwE+3qN2+ghOVj3OQTXJrB0KoQ+BW5MX/Df/dwXsCSkhRkr3aMbN/8x5kJD1z58FOH1EbVeUmc3tjWeVAT823U/LPv90Cqkk5fikvIpQfFz0xzsslyqJE07CeHXJF0V/nqc7I9UQEiSQJ5EDn+AMY+sxxWd7ww87Wu3UX1cYfjk3hqDf+Pn72qQIqu+o0nHLBcbqVtOn4xVFCwznaMjw8Xs/n8S/siHu/R5Tr3qgKdu/aEaYDlMXPdL8mtzGGB6p/E3g39IUjiSwGCHzUIZsz7lJunwb3V+Y4EPLL1fteHOT/vWx9htDx7I+woaRTxdN6C7FP3ZR++P0XKWIEACoGanD9Mwx13m53sHkhfbStQe0S6dYHyRDitJJwK8zPsFK+onWe9J9E5KEAhSDC3fEIqGBKlM+3G8C5Zv4JKVk80Yfzro5tK1R8X0re+14p4z6EVapthmfUogpqf4qCEnyd1DNDaoVmb5J8vtCQFj8o0N/mmAsXEVtVwGBeIbGXLQyVPIc0L7nItvWGh+b3/UsieMouxCMUSVGKmp1yqBiipPAfZUFB8BHrTMZgW4XEfUnMAgFCIiwmfCtim1bDM9NtN4dqmbHSr6ftv5LL9i9xWWFZt7DE0g6C6OdNWIaI2korMjzzHttG1PM6LQKqcjMl6f4CQI6nZQ0Anwn8rL2nIB2NrPpTPJhX0QrvYPd5SNtijj1JkgsidHsbTZcSfPz9BPn6Sbs89Yf9B0TsZTNWKo1ZSwa5A0+8kE+H+G0Y4RwkrHNoYwqYdPmOKvG83qldF6554t94ad9EYJLxriCLXwFYv6Q8ZMHU6/e5jnUwnWpCMUYZUGRIvNUHW+CBKeas+qGT/Bj4KM9ctV3utzk1mOKiTnDXE/lUBcjX7Ot/diY/xubLu/NLEyGwuzmI43xvVFy3NOnjx4PEMaWuMN86XPtS3sFZ6Rt5+onmMnjomcaVppZ6F0pm1IbFgorz+l96MuU2wMfLzfOnJ4xfe6e3p97PvzGvHus4yaLf0xgpM4RrjrVt0rcmeP+aSw9M+LEut6anB8Sjdusrmzf9HgPz0121mg/2af9n4i4bvZAlf3WTO/UgK0oIq5FsfmQ9qOx9ptS/GeJho2Nqh+wJINJ7vufJGDhaNd/t+pijGTgBPTWNu09M20WbXhv82FPk4twL7fcVea6fIz9RoV0gqq5TsicaLs76l5YSW/xj4Zomvyb6pWb6odqzh1TrWZVn+hIdbti5zLLHdN6H06KP9oCAVw0yn3ap3kMaokmcCS5rwBOujWSAW+U4q46EUAmUrcPAlMkZoLVznQCea5V+6XZBgAHtO91Mwcr7T9J808IJMvwhFeBN//u2NpkvkfMKxByCwCgoeesHYGMdlw/yrmExDQHECi/ualeYdaolox3xnJ6RwINPdScvPGrHbsiNRARvzfpteqe+wcsl7nNtaJzoqJpJV8uv+vMCHNnBCLGqArGqIZff3REQTbWsxvWkC1NgDEAYJLEBecDnCe/lZc/M66r2Jle4MUYlh9UCyfOEyoovLjSVZEW5rmnJVWztXGXz0yQ4EzkrH19Jjgr2dXEStG8SssPqYbdgP98T5Sa0hjDykOq+aUe+Wa3Vym2pXS8u1NLiv2GtLxVg4D+YG9Sp9e3YFSYgNgd5f+u3H+zXQyjQDteVfxOwSPBS+aXeuw+Ynv8xeQs/tEGPt9K183XVz+TfRcA8PMWvPqx68Pubc/lPLjKTChEswh+vdRzY4tRTTxdG7N7aW+7Iqfs+P8adyWBY38i4a9T7nZQjcUe9z6NR0QYAKz00VXJvyExoxFTASMX1U5LygWd/9LyGaeumvnJpIvdF1wJL8BMbVXwR71CIuIJteAl9G2N6toJ4aeBbIITACQkSiAOsN4DMJI26i4IoFhRDyf/J+AJzxbDcw85M3456hc31f2xi933Sdp1Kf6xFt9oBmt0fFamb2qkQIC+K4RAcGG5e3T66Q/tpglcnsbJ19muV66ItGouP0jvk04Rg+seiRQSAmaWTiAXdRp+W5+e7qOvG3P0M7MNADrZPd9Y7qUlpVpMkUCabfW+tDebwYSUnuldcDx/3sOffkf0SSKsuGCXi3xlo/7SMYNMbeijMsNv8xENPUNxPkd/Ino80vWm+X/v+LBTiBjUNr+AqDJ5vzusDJ4xDPRr4K1uSj1A6k9D8sUTUjduxzLWppLG5anDIEJ5hsJs3ciuXQlBDnckitqmWsiKYsCfds2Ok4FRJdHkwFoYChrrY3lGJUhwVpMw4BOcSWyNwfh0RyiUOhRsnuh97m9noxrwAFCdTlanezjRU9PBdPp9kzJoXoTvDis3N8h9tbVHFBNzvZaQPHYNqTwy5t3H2t54vfsrl+jFGBOAzHTSnzJ+utAwUOUYIbiyylWRxq2vU9b3UKKECAQZSYKHQz1uUn5ANxVdcGmeZmHSOQElIUxRnsuuWbin9LJd2122tk6G1wpai76Sq5zweFcWRD8Nx8eP3Xz/RIaJy4rHZkIYRDfZ+fKBUWVu5RsFnvezXHvobofo0Ur4HKvjqg4TJWV9YbmW5TPgrLDeJeC3Jj03YKEOM7eaFwDGdO0hes9O1N76ieVukY0vqPVgOyNKQIa7xi2MAQBUonmC7ReDPXAgMMWRToi1wvTgoSXVROtdReLyqZqKtWUvvnDsf5/3rm1ld7Wzu6ZYb8jxzgy7FUKAMSAAlsLFFm5moTfLcJqD5/s4v8xT08H4Ivhs3VTHXt1bYVeRGB5WLRjcTsUYckwIII9WLm3trFHt2pFd00JzPABglv2fsPgdM/tvz5odnhoBixj5Rnl6f9ZovrwrVTKn+MZU8WPHww8lwpTUEEfhZ968nI9HqyPUBTyRiF8tW+m8ssr33q4hiXK1sbvS/FEclSrEaUjl6/kPX3n09y7RG9pgvr76wdSr6TR3sYVbXas82k3zIkIAKTrBqJYOtIWZ72sD4xs78PRCz/LIpSIXjnarolfDPDuh6o8OsN4D4LPSOo/Grmb23XDq+jYv8epG3W1THXmmk/9SSZBgpJIw4BOcScTisTkZJYpiGdF64glgY0gYnc4BEAAiAEwv8Mob8ADw3626B2aF94T8Pu3G36fdGOOuy1O58lQOY/DyiKUwScDza5Ig2kD4Rv2ls5JOHMMRBF85ga+cQPp96T4fVijcrAIAcGy1qwK7k0i6LzsgH5IPxfgdAj1gMg+MhUt+zTOKJUrlEgAAwIARIMTzyOPmKXbt6syzw5XDI8960xOd7L7ghayEXjXebkEaxSfvU0dqAGC3Nr2Jjbv0Nycih48wqMLcOYXKzFTGZO6ZT0VQJYwFhFEnuy/NN2HQPcROtnfGJFUbAKTSxicK73pCvIOr2W2r63pWWBIpchljyDXxN09yKMNl3p5eTGrx5smO/27Thsp66aWuL5Lv44gw7lwE8HJtUfolUwe3U7c/+qNMwgASnZsyCs4f5Zsv+d0uAMBqDRDEpQCXwoU+iVvv3NNlO0ZCjyWXdhfnE6lZYnYuBBX4zjYKGwZmhMTFabZqBjd/0JerLLM5AThD5WnyDLRyCz21Pzv6GuvJwuk/iX/Px6nVfFGr/jSt41X5Zjl6PwBRrS5dVfLcH1r/87V9i/jDy9VCGe5MWXy7eWGgulu+ic838QDg4RBLgc1LPL0qjPUewMOhw53MZWNdn+1VD0gPoQm8cLR7fNYwB9CdQTAbVges915a2Kx3t7F+tUiNc6i8RPRJn6jBiWcWHg59ulcT6YksSOiD3Zr7Z1nDzjsnSPBjIGHAJziT0AguAL18G3QSBnUEwlI0G14dQ9nSSHxzMHpqepdzeOrkIZ9P+elSorVJKwoIIcywmqIHAQZqmw9AzUb8dphVYLbfujOqpdhrzhuM/QZ8qcF4KB7hcDfZ+ueMW/xqY10P3dtO0CSkaIXMJAEhwDSN9UkddupMSTeNBAZOL/ZUOw4dVS39mt4bvGqGVfdH4oKS8ecpvvwE1x16NqfjlYxOVsyePDgNxwi3DYGI21IuXt86sHZdXPCE54j6y9H2ayMVD49Ehk5gaSxiZFCK7U6q3RH9uiIw2WGu6tfJIEmmfPxOpBIOy23b0EM7fYSSPs2y82HJM/EPzratr1Psb2N63CRCkKoTR6f7p/FHfrFCd8UY1W7tCaX+0vz06/sKJk26VlJFSfwZAMbQZKNqbf5P2ncpIUzZi2AoAtN9NQsJAmtPcAj/t2f5n1vf6hBsAAAIQAvpPuaRDRnXf1vkm3eRmHu8NMaoVE7LSs4h1x04XQzx4SKzuZu0bjXdf37XHXtVEyTUf+nWqHMfKJr0q2PfmslaALki7WFpUq47oF3aqtgGgHqYw6aQmpR9MJgfV3z8d8lj017Pe9gmuA74GlyiN4NJLlPkhBV+D3jOtzWygqwxWd9DXzbW9dA867ZGRUMv5fITGlbKNQrVOT4te3aZofGAPG6yvdVJig8XNb2Z3u0PUmib06PPDpMndwJq5qw6dXtaWQ8nd4d1ucij3XSxJeGET/AjJWHAJzgzOOBr3LDy75y3Cugoolmak5AcZVJLHdHs54r0wft6e2KweKXh8A4yG9ewG9asMDn+XNnawnB6gbyi3VDcuuOQKUod3RxjrK/JshQuainv/sbp/SZTySg96gjEMkfHRtc9zBcTvec/vk0ZbKWb1OLFFe7yVA4A5F//Ix8P2fVexiKE8aN1mb+uT3ugsXKX1tOk8CskstKtTh49w3/uLLK91XN498LxNZv1LgAYa4+ekR4KRWAtG9F2HctfcMwbZX5HHgnVOKjmJuXGHG+YYgoymDTiddXHk/M31Cs/jSZFEcBlygQ4IRujyRr9gjxmpSMp+Z12VIwdjawSAAAgAElEQVQ0v9QTkqFTZEbXbPrmi27J9UFK7zGlP5mjLu4yFHNa/+zz+dGVcU34HWxnPt+n7naTABDVegeAbEPEubGHm195tevzAQtbFdxPy+sPNHr//KHde/FlQnEZADAUvqzS9eZW3bA83EYCMfrkSSyKSO736WL2+6yXfa8eWN+BxDTgSx4sTFvSuQz0cRvwmwxP/1BeEW8wPnlB50t0hCoAl7Lbdeqi4CVJlGaqpiKWvcR4u1Vn+2YXD8y2Ql6v39HdDk5FksXCJgOA1UNYvSSJwKwRzu7QesJus5LC/PGH9moHnpZ1ht1LPIK8RkyOcaQk/gwLjTFcRY3WhAGf4MdLwoBPMNJ5oOml//V8I2IR0gHg0A2Nd5Cy1+1FZdFmquNnUYX7lU1yOYcE4LkZnQByCvmRcPqJWHxQQ48soHfv3Lv3y2umqYqcP8lyVRZKOh551iTtfz9lV5VdgsiVjfJMfErMts3kXN+6OqU9hkpmuUa+JKXf0DJp8fgU5/aOmHI7L+e3NaNHV9YM1PfqcZNvbNEtHO06J98nEzVwRnBY8xkAxggeKWgudSsWdRiqnZqq5EoxNU0oH+M3GAGAqjl4a3l9wHoHAB9pG8SOSlN4KsLP9d1B+HJrFjk0X+Mq02s6ITPLG3dENx1k40zM8a2tVcQS3BH6u7tjmMpZukvzzSFlkZmfXuBN1Y1QS34AfEm5kJOvO7D31uZjhM+LWYVYnemuGIuV8RWb2Fiv+HRPxGjVsEzKDR/nvMy+OdR67+O57PaZvdrzl3/hzsrFSiUAlKdyN050LN2tCc0ROBOJ8T7J9zXUKuWk1K3M0bH2myOtTfFPeiZ78yyXvVeMEo92IthP2gHgoY5in8/xcUr9csud07sf1QlZwY2Ukvdy59djLh8X+/XQbKPWHlUe6aJdfoImcCyvqtDZVero4ZX7l/5Nu3+L3ikigFaocp0/3vNz0Xe8ygZCUGTmLiz3nPb6jicLgvhlSWOo9Q4AHOFqUK3Kd8+X2bp6uLV7Ty+xzL/H8mBPkOBsJWHAJxjRlG25utbdHLxkvfGJGdZHIcLgIlUrVmUNf9ZzoYUzirW9ZFGkBuf3fqh5Z5/rtjvj7floN/3WNl0s76H+gNXBgfHGne/+oej8OZ1X9veJVem+6nRftcx2agZfXhmHbDJD4ZsnOV7dqJNXE7RoxeurnQO+9qXVfM8Gf71VTnYbAGaqj9DZFx06GL4ZBvhsn0qlbhprNquw14POyELTPXRNsD7ZIwUtizoNgLF/7gWSvl+jbp+r9qP03r6PHeyeeHdEEjAvgvhimw3e3gxDjBSuVX/ZzR6ott0Vb/w8AKT52/omxWgC3zzZ8fyaJEFWYJ8kcKgEnTo2x53dS25vJHc30hN16zVlXUqNqUKZryfjC0Q/xWCFghtXDePkbmF5Op3kZ/vis97LU7nKCOISL3R8JL/t07ltF2xPovd/z02YHFhSIdQmwaZ1vK4ZjW2nxva1HAkKdRhJ9cqV2d5JFB6SaNwALuv6+MWMm5xkcti1rYotFv8Y+R4K3Ut6xfjCbXqYGoqQHs247WejL6Q3rX1y+zaO8wnor7WqMbWKQjulV0i+XN+xSmUbWnhR7PkX3x1WLj+k7ouhkK962MeAW5JZu+Jh27svZvXnUE2w/WK047rgiTSM4XAnc7Sbvma8cyQUiRh22tXwdlpPpLXbkl5I8VWqxfDBUJNyfEXms8oXHUu0heasjshIkECes2HOO8HZyrX7fj/AegeAOs3yjcYnMQoTJ59jEO6fPbgM4ChwnPeZvBublZvDrcTb9S/eWf48sveGWytHj5t8fUtM1jsAlJuHNDFBNtQ9nD+p3Hll9KZBKCn8s2k2syY+h2S6Xrh/lu2cQkERzmRTM9LsIs/d023aE5MdMMDWY2ynO7qZx6dkrKuT8zFiTDy292jp91du038QZm3UHQyKbuagh+gelq6alOu/sdwbXGT7kNq7Se8EABBOsE6/ouuCP9rounZ2d+w7ogi4ssqZpgvv0fp2P4ix5aO4yA4JhV4k+JDmow2mPwFAqr8qdCt5JJBS9v6b7Owvm5eqE2+eHL7cXR8TsvxsiBpFdswJIAAgALnRMf1XdZsvqX24ZO81N9c/eYwbWLrvbGJ9nTIO+SuEJ+X4rg2ZegvglfzbPTXyHWzSu7ykRDYdAwDk9Wz/4pnzjjw0JuV/vyh4+am8+0XU/0uddusdAChYc5/rq52GK4JvxiFS4d6f42s0SL/vZPeGbZDum5TmGy/fiVqwxDt+K83q2lnx75+aF2KK4s6d7frFL8Xrf0pOP68iQ1is2HEzufIq84HxMzPwdddJScYY+9zeyC47qB5EBkRwThZ1YM9rrZ8EW+95njmjHdeF3VCU0Ds7tAdsNk46q+xVAFjLH5Yiv508ZNcyyx0cc3TAcoKAmUXeodcmHGnkGKL/vmEf7D7MNXIdXcJggtESJDiDSHjgE4xc3m1fGXZ5jfqzGvWXU633Z3umJXE6GsR0vu0qx2faRWFK7w4LP6v5owT4W/N9GjFtWu9vDFwRIdEC4W1Vbtlo/IsIHABs1rrH2K2iPqL6bijf1qhiVFmTgL+1+V+eiVcP8gsAvHPki9He38a7lVdAvnjU9fvQKqRrJvI3TEW1zQ5BQklKSZTA7iNUDDaoxNAeMcBH32u2RJPiD3Cok40acJvmn7AevLt0/0n1VZu40uBVw2gYdLC7fYTdRbW1KDe3KLam+cbP7/xbvK7mgKdRQL42xU4rXduoWtfF7A9tNqv6kIWjL3d9eE/SEiN53B/YQA00aDcYn7yo858KMUwlOQSAfpBjJAlcmsLPL/VEst4B4GBrTMcvIv+3lvvdVHuV/ZY0XzUjagXk7WT3fJ/0H4xhrP0mMzfKwMkFDIdlv/ady1LX7lmtJa7sF9wuMnNzij0rD4efvrFoxPPLw2TQTMz2r65VirH5BgEAAFVb725SbhCx9IVt41rn90sLHhunHpKS34iltiv65drG7vCRvTa6IS/VdllpxNDuLsEmRasCIiLopPksjxsJ/Lsr/3h3xt4+o4VHnjrV8iJ3f/W7ITrhJcQRmIneLgJOquWZnp1fFGgcaPRQqjAEo6KEJZ1LAaCbaf0y5fY0X/Uk690GvnBYOpehIo27flTZCcHtBCFaUkVLKg8DM+1jRJRg2YHBxKcUJPPBk8Jow6rHx7YEN6i0y2nsCxJ6aMfenaZnZuqq7k+56qy5MTv4KD4AJ92yN/f3L5tequlkrB6SJnGqTqjM4AyqMyPlJy5Gp/u/PqiWcW9YtGLBiWXkVji2/73jw63ugwIWASCVNl5tmnOX5TLdyI6iSpBgcCQM+AQjlG96tsqOBcWNhr9uNPzVt+KH2FFGEcU3NwTWiMcLnLnItq/N4VX0/lDY/GF3L8RswAsS7GuLaXApgvBJxvVj6tANMAQDntEWeQYzBt3Tyg5aHYcgIFgYTBtZX3BvKxuj9Q4Adk/0Ub1KMAGAQPhdZJsJSqO2Hxx2unGD8cm+j22K7ctT7j6n57c6ITP2ThBAi2LLBtOf3GSnfMtOhn+p94uPnZveL/hDqTIHACBEC9pBN36V8tNze/6f2X+C4pRWIV06xlWSwlvdBAAY1BJNRHGc2cLUfg4DiRkDX2Cj67Ym/T14+WjnteNsP5MXXorEYc3nOwwvYZBeIrfe5V0SyJcOYNGJCACHs+50CinU/Q4ABpW4oMITowZeAL2QbeAKrcwRAHCI7pvq/7Sp/B9qYnisuBGF0xfdkbtf926Tcj0AlCrnyDRTxXZ+NBIhsWzNjs/vSd8z4Imw3fBiun+CWkgNfBziXNtQrPdOdu8G0+8U0576ateDmVKsRTqj4hXJDtpi5HvVIgEArKQ92dY7ScA5ed4Lyj3DXp+lvoceRAUBJY0vC8rJIro7N6PmXrr/FaMWUpL4fPm5myzf1E34L8vtW1c6djyRcest5gWR254xxHL7qChlsYX/MSi3qRi8eKzrv9u1YYMSKAJfWeUMKkkJv2/598udnwS3aed7n21f+lHv2g+LnshlUk/y8SZIcKpJGPAJRigrerbF0sxLglIEAJDYwY/VouLB0d+XDUqfmBmH2eb0k1wM7vcW5ZZvzA8AiM9lMkMJMMBSetybACCALtfwlK+TZ82RODLV5WsUBeAJLwCUuC7N8c4a9FFFRSMMHBa0s7s/Sr8qwzfpPGKxwTmlxx3+7HmJ7gb1dwgTbrKzRbWlh44SeBxMG99zTd1jG8peUhJsnhRGxcpONX6RcpvFPybdN0EpmaZg48Xl40tTOIrAABC71rqCAn9MA0U0yXpvo3KNiPoTU0c7rptg+0WMO/oBLCKumzm4M+mVdnZXYNFz2R0/2bVaNfV4lQSrh/hg5/GE7dCb50g3vbpWNbckTEq/EL+PKknICRjwANDG97zTu+LW5LPBThgAQ2EuTEzMCQjE8bmcUco8mWZGUmuhDJ2CXB5Tmp828jSXmv6s620xJFIbYRLw6c/sk0DYkfRSrlYHekMD6UrhUoarZ4zRi5mXPNLwx1EuFQBUOK4ZZEcIQ7TKpmPS/QXJfHkqp1eGeWIS1h569w6yufEQdL6Z0rXd4HarWJPCNFVTcV3y/L4YHxm6IzzcohKcskE47A3KExLaNWIqRJu7UQlmApMSEgUsPtzyaolXPbuNQW4XZhgpJU3ML8LkqXhtDS/lytyobUbF0OasQZQA4fBJBRiDhBFgTB6rp1qb/oW3vaxaE7aTRq7j2qOPfVfyHEPELcKSIMFI5vS/KRMkCAtDxDS7RIrHB+ZCXkSFuaGDwtW8HQABBLBR1NeCiTG7eJ3xcQARALrZIUnvUihu52FgCCVEG9wPHZ+Amq1xTSYiKZwIQjC9dC0AipRIOXQCo4rglN2gVVKLYvPUlORI1jsAKKVkCcRNxqf26N+My3oP0MR1vt69DAAuIspRBD96J7tnt/61LYanrjW3VaT5qWj+9lAyY82EBaVoTPdN7PuoFlKq7LfFu7t61co3s2Z+lfLzPusdAGyUMJX419FvXgOMAWBDvVJeJWvdUWXo/E6Pm1x+MO4oSgKfMOBbad8Rbw9nBOn6KHMbGCQrfRQAWERfnCRXSoBAxGXGKJUCl7SbEEEKhcXfartC106w3RFJputUQgB1Ts/DlxvnAICVEiQYzhBlEdLnjhNT/bSZ15q58sF14ibCnL1gSAIWj3VNyfOFtd6ZrRvVr71M79j8qGZrdcXm58xHNlBtu7mGlY4dj7e+MWH/bZ/ZNkT/InHkpPTj5dGH3weVa0EEPvERJqHobzoMYt8rQMLSn+peYdeuZHZsYTetU37yvvqfz9GHDw7i2E4vE1Ql8o5iBOhyw8xTdTinGQ+HPtkbUVxTxGjpNoXitX+qlr6FNq3+Ey13uR72Nb1v/e5kHGSCBKeRhAGfYIRyoemcqG0QAAMkAGAE/lnRaxcPGjUR3T9cDOElhSOhU0hEtPtPQD4fedydJQ5Ne81MxXd4fZyC/DqnL27jsoeJMj47qv5ax2eFesiHi8DQ1UE1hl17rWleV1u+fA9F7gWDCy8PsMy+GQBKciZf3WGSaXZzqzknb5A5rlPiie018P1Z7vmeeWT80csqMfwl2sJyl+q+8G5fDQC1nVG8KF4etdgGttneyMYStTEAF9V2wmHwUUymM5SqzCjybM3KTT7CBgAPpi3JYMzyje9LuTKLiWiB53rZXzWkc1POdTGEjR74YKGxOt99Eh/jcaETssr4mZ/0rG5WcCIRWzJJzGDIuWb00XuPlQ8uS8BBN+4LKlERlrIULpKON71rG7tmBUjS7wua/5rbFiqc5hQ9tzf8ZYVju/wu9MpBvhrqe+hO5/HJTclgyPecMPHtoJoxRLld7XRjsBrpdp2rjQ2SP3S7FJ99QO/dFW7TkQuBiD9n/5yM7C1YYpozQX2y0sFGGntaWflKcl0+9ojPCIC36FzddJRJn8DrMkGCs4mEAZ9ghDLVUEGhKFFw6T4GADAAN/s8YE5iCP0Cw5SobX477qG4+mRInG+KEqDcotjSN5TRDMHYA4BqZpCFpqp2LlX95x/squWEffCyrlTdEcWnSzWvPK/5+1/Vr/9DsWIZ0dtfLyds3rI8B7UfcERE3d0OdvcRzVeRDMJhpF2zPnThNaa5f8n6+TFrFFOTkTR6Pjd4CQlxhH02+NsBQMgr+Ltt2qzegfGuCIh038Qr2u6bgJ/6pCFtZxMbS77GAKYUQGlarI1pqV9YzsSVxLsvAOCJ8NXsAKCN5V9u+xBE0RFDwrY9pE1jtN8iFD/hGCAlyKKT+IQ5jYzL9Ms8iDjCtc3wPIGI+1Ovuifl8qi9GSjt0sLHjgs0nEiFS/nl92XKyfP8U6bTKl1o5EgyVzqIWoMnj0Pd4m+P/QMArCfWepAnlmcZjZU9DN/O2AdxVJ3snq8tdx/UfhhJxB4AVAy+aFQYNUcAQF4vu24VANSofM/kRCyvIGLpV00v81jOLio084OI6wnQ93iUkowT6fwC99gq+63n9Dw82fpArmdWR7RSGg2qVcEfMYJ65YnzUBizK75GjsGc4dPIbO24l3IeCKu1scQ496mseJOSzmBieWjXKXMBUL0qeoGewOsyQYKziUQOfIKRy4O51/5f/ZsRV2P4eHcxEIT/vIV8RZSquUPkmay73utZyeOIDociNqNEEWbMKs/cEs/RLn2kERAG6fuk//R9nG2YEG//wRDSYEbGFr5N49vYLULKjk569w7/vAv50ZVx9YBEgf3yE3R4fwvLCQgyOYbt8hJdnfSenb6Z8/hxEwFAy0oaVooqLN9HIEb9G/N9s7qfUIsD01NbFFtWJ/8/DJJIDFvlp7BUZvjvH3vP693L1jv3tPO9akJRqS68znRetbpUwhCLev901eQDlE/COJdNvUA/eZ6++pV9L3/I7WpnYq5yjBAsuOqzd31vdNS8ktW5V+3BCEx84bzOPyjFfADYCgB1AAAqBi+scI3LiqMYIUJw51x48VvhYHv0N4UnSIGPwRqZlpHopY/IrP3E0PnL1iaGMrujnRuGHHhL9Xrinqr+Xv/6gFDeYkVWvJ2cESAEN05yvL1dW9M5cIbCR/Ucy3jhiuQxN5h+VRbOJg9LAZuxsuTZD3pXf2nbUO+sB54v9KsXeXMv10yFa6s4nR4AaIU6R1A30P1GJo1VVbZbhutLDQstHn+nwg0AgQwCefyErVm5KdWfphbyAMIoUwTjJrsA4FNLwyVtTicpV85dJTms9HdWOhUDaacbm5TrmxWbA7MEK8wPzux+It03cGbWwHDXTfaY1OHfVuTRw8jvB4D30nqESOk3AADQxHVudO2boY34wFdQ+NxC33eH45Av6cPtP/54tHuJ9zPvnd5zwhSkBBwGEUWY0HRR7ft170bdBRJ4Zt/3/qnTB3F4p5HFhulTNRUDXivXmuZPVJed7kM7pVhjeGjbKD2ctLqwCRKMcBIGfIKRy5OFP99q27/KGjb1FP2hq7Rk0iXOcYMMD46X5cXPzKu5Rwz3sjBS2nXlLw6iz3wTf1GF+8t96tBOMUgbjX/uy44mMHo274FB7KIPkzruGGIB2V/KufPPBa0AkO1lbm4137viU0qlEgriKNvTuuLt/6O++3ym1UmKAMBKaG6v/jd16RMcasWq5aBU8WUVCEFlhn99XawDwRblZh9h87G2j9OWFLoXZPmmaoQ0CYReprZetaJJuTHwTrdTjRIShhKmLkNpCndZpauhN7XSelsRT6honJXEl6ZwFAEAQCAgEEQtj/xw+rX5pquClzzBLHx6hfSd0XHBuCiJ8TryuMcba7X+G267YdPaW3bvdvPuQ2rz25ZfeUOSPjwcenenlhfRpNw45jVUDNx+rueTXXRUlcFWZb/qpI4BiDPoGINUp14u0+CIyofsthStYPXIecIRQIp2oNswXh2Ho+plB7TvDVhYepYa8ACgpPFPpjhqOpjdLWyrnZQwSlKKZSl8dTYw1GCcfgyirjHNvcY0N3jhgLshkzU3SMcNeFpSLuj4VxIvp5A3OBBgPFgxez9H50nzzP4ypSSXpRKgk9231vTYNue137UoDqoGGvDBmuoYpHZ2JwA0KnzjXDvW6GfKdDvDt3th5w7eZR0/ed9h1Ql3rp9wLLfck+WdmueeZ+QLVRIzzuEchRrHXDieoSN+ZbL7+ETb99pAwAtK841P9VcpRSNPuLuZg43K9SI6Ps23z1snY8ADwPwSd5udPNQRd3CKhyMAwOUnXlqvt3oGGuoEMAAgIp7EA+ednXTLt8kP8GhgtE6eN4zXmmwJn+I0wkmljQ+lXQtp157uAzmdeGOYAfcQGgDI80bXHtKS4SuPJkhw5pIw4BOMaL6peu7pI/99rPlNt9RvEKTQhjcKfju+qiRmN+UwMFqVd3jMO5fWPrzPW9+XNEgjarFxxgvZ9w662+kF3jSdsPygurFfxQ23s9/vTPpHB/v9D0vQq3m/ZsghRfBOL/Guq4tdx06qV67eZPqLnzgegtio5P5Q0PKRxfrlms+V+fdD1JJEGEPTseU1n19t+jRgugfwE/jLZNtyk/25Q9m3tFjY777hi8uAJOeUePY3k1Yu+nfkCNfWpOcD//OE96B26UHt0kgtmxUbs70nxQMzOp17fk3SiRL9yiSldHmlM1DjB8fgFyBDziLh9QBAgVcRtQQ2EZQqiVnWP3Oef/ocwta7YleW1xXR2P5sn7o0JbwqdSQQwHllnj0tjNUbMcK/SbXOTjWSiKhSFd9smF/AG9+LM3b1gPZ9+UBlCWGRIKoy/fLWQq6JN6hCvl3MFpyTbtmje+Ow+otQv079WR2EiQBKU7jSlFP3TO1gRPABAKT6xs3pfpKRosueD4JBW+8AIDnyZ0qPxbALQABH1d8AQCdOrlGGmd8MPohazec+8ng60sRF2WvWdAEOryxgELrmtX0BCxf5ks3dx+4IlxiOm5QbmpQbACDTx7x2dKLnmpvEyNY7ACD+eLqEgxQNfP70nkeN3An6rz7SusnwVCBG3SnKzcMhv09xrP6n0LtOm7fSV2Lnf7CjUHSvKEViAPjqgDrUeocfTimJKSapRs0VWD2khEQbVV+vXnFQ+0Go9Y4ANEI4h607YppVghEOEcONS4IAADoheuoZMdSSlAkSjDgSBnwCOQQJvm9hD7QzPW6SQGDRihVp/lGp3LBXlJXhJ6YFPzEtAIADvkYtwWYxw1bRJ150pHpl6XMA0Cu6mv3tRWy2Mk6j2i+g7U2Kmg7a5iUYEtJ0wrgsf5GZLzLbHD7ioM3+YNPLLaguyzNtjOMGlWgRkc/FNNxSlnO+IeZc5AjoGVHNSG5OLiytKtOf1757ufDly1mrw+qr79V6rs/d+XFbi5gepmCeD3Of9K7b4Nrb6+wydliL7NLfstvcpEQALcEJvQkI31XWWOpW5vi4f+9ZfsyeR7hSaMlHYpMoq5bvJjtXJ//OTh+L7UvDtqQXU/3jGCl8RHcPU+shu7K8csLakfhgVxiBXJuXeG2L/sZqR0kKF8soVgwpBIUVCgDYp/aGG2+gTN/kPPfcJCGPkCiB6d6mUlRlBsnLE0QLlXrMJSe3zotoR7NidlHEbPMBBLTfKAJfV+3850Z92ET6ZLX48LRSTL2tIRSOXWs/3v/pfxQfsuifJI7utzy+F+Sv0X4i3ybTzxLpyZUp/i0Nirqe8PkgNIEvrgiT+quisT1aRECN5uN9urcdVHOkBgd8DVG6SBAzPBaO+lsAoNS1eHLvA2hkyvFIMWlSIACe8OS75yqwphFPlqKVLNmn+1/gHyOpe8f26Ydpm2Z3/Z+BH6h52UPX7E16jK43wt5d7Qvm90rhc9r7aFZwVhVBq6JUW8Dq4w/DdH9htvsvoc9GhWiY1f3EOtPjR9TLLFQSAAgSUAO+kySxWzfSW9YjjgOAeQBzEdqvS/64LO2w0atovoLyRVEPVVDYx6PdzeF9pz88ZdAYXe6VVbbs76/wSnJxQxigRu2b4Aj57orBhPcnGAlo2OizzBrBBQAH1dFjylzCMOtQJkhw2kkY8Aki0uUi/7tN1+7oH8Q026idTWyukb++2qlVxC/rPDTKFdmneI+RMJIaoyoehW4AAKjvof+3XRuswtVopbYcU4xJ9181zqVTSJNSta9Tv31ru8bt7z/nZn/Fqq1gzfRfXuWiB6sYFOAX59qfWmWIFNedqhWXjHe631t+WdFKMaRIW4p/bJnzshR/JSvpH94pFLdQk3K8AVdzgDXO3ffV/dvSe0GO5/YMIRsAjjL2he0SK+oREF6yt1WxZa/27b7C2pSkfjx3RoZvMdOo6xvE9UU6I8C0xHuprh66hxE1CCgX3das2FSr/ow/URGalfRlzstzvDO0QiaBKYwEQqJEQnBSzY3KtQe0S781PzCr+4+hgnad7L5VyQ/5CdsYx40VjmtoHF+ZsUi/hCTBB7s1v5pr1bFSqJraAJJCPOFiSjoA2KmBQeCspJ/R/YcMX1DCCF+0dBesOqy8YaIzTXe8fUNP9Ed6Qw8FsiUXRQm2NSp2NrONVpAkUDPaQjM3vcB793Tbp3s1tV39xjNJQGWG7+IKt4pBANp/bPjTE4rN/lwMAGm+R+d3/i1GTTIKs1N7f7nMcqdMmwvsFjElDSG4YaLjf9t1wYcRQM3gJeOdmUlhZLeMarHNEcUYa1Vsl7HeAcAl641MEBdeyU9I9KL2N5L4uKVDhk606Ja4oSVVtnd6tnf61hgaJ3EFdqoJAOboxj1j/dRF+T9LuynfPS/HO0PHZwGAnWo8pv5OwmKh+877C0cBqNjvpHOIhw9o3+97fobF47Wnfv6h5+obZdoIufnMhtUYIbPvPjcRSasCTe590Em3QOOCx3canD6CQGDRClUZ/nPyfQwpKb/+nNr/PUD/qXw2u/XRgm1+AgMHc4ix2RDFgE9SSU02KmptiIYeSsSSTxXo0oIAACAASURBVIqu3OEmw+T8i2lhJpoTnBEYY0j6Mwm9AGCjo4gBA0CH0DsMx5QgwUgiYcAnCI/LT7yyUW/3hrFAGnrpVzfq7pppH6I9+aOizUH9e7MurANzTysrSOimSY5mG/XaZh0fLl93VzPLi3DDROdQjiFZI94/x/rC6iRfyGGUmPlbptoBYLmylRtovaOJ1rtHOa/qG/T6RWZvK+xtZcZn+a6odBEEbHDtvfvgB9M7X1CK/U5XVuxPBFWKxgL3BXmeeVuTnj2o/dDEl8zp/HOo/lwfGBBHMKSUoRZJB9ksEH4rfaRNsW2A9W7xV8zqfvIE4xzTAEBItJErMnJFJa5LViX/5uO0JcWuRVnec7RChkTwVqquXvVtvXplQOF/t/61fbp3LP7RWj71lw2WGfbe10rvbPcM3nXj9BP72phiC7etUS6awKwRjSEl+iSzRUrPdBKdwQsJTM7resrsrwjtpMdNvrJBd/cMWyBu3MtH92R6ZKMw3Bz6z2Z9UEIHuDn0fQu7p5U9r8xz21R7r4ds7KX8AlKzUp5JUDPHr5anDr7wZ9Wmvq0wSI2qdZneyRSOKfkw1TdeL2TbI5Tl04jEnXnXBxI3VAy+dYp9fzuzs4ntcFKcgAwqsSSFn5LrUzHhx3zFZm5/m1ywjISENkWUMu8m6qTEeP844b3aa5tWEvGUXRgAh5wMlpN/k2Ho1rsEAjHY4RMr6QGARfQUbcVS62oAkIA/ov7qiPqrQAMKK2d1P5HpnQoAgURg3gvFcHGh58Id+pf26d4O2y2JwcxRZNMxsqNNTIkYsSWmZYgZWa3d2E3ITePRWHVBx0uH8A/F3jC0O6hlDmpbo+L2lB3a/T+kdyEAgD/ltT5W0NK3bQu7Jdsjl7hEElCQzB3tjh6/5uEJEhEEoLDqM8GEufMJgh91ctVtE5w8is3cxmhJf+WegwDQGzLfHYoYrTBhggRnHAkDPkF4VtSowlrvAdqd1PojilnFCZdUrHy+Ty1Tx+tAO7O/jVlzRBnWeg+wr42t6fSXWIaUpGpRi49d1HOgnVl9RGX3ECSJc4zCwlFu5Q+WT71moEk51nHTKOfVYXvb0aRQ0vjCCsdD9W/N7PhbYGAqA4GpydYHeMJbbb1LISXJtOxzkamFVLWQCgBZ3nPGOG44pP14i+HZQEC+Rkid1/VMpPD4AErRNK/r6U/Tbtyn+19f5GooAvK2Krb+rjXjuo50btK0uYXCW9sitY2Jhh56ZpF3Z7NCjDxsmF0cPo7dN/8i7YoTCpgVuS8Oa70HcHPEsoPqa8Y7AUBBRx+mRLJyAQADvLlVF2y996/C8PUBlV4hjs/yh847HPY1Pe39JvCbKcSk6b2PZnjjVpc8zz5jqektHDJSV0nE6+jKlJL+Uo4IQUUaV5EW670wIdu/qlbugVaj+bhP7iESCuLsLCN36mmxU8+v0Q8uK7XvyfC9/vXx9jsIPPgpgKEwaOsdAPyEnUHUP3IfbI/gFZze/UhmuLweApPVtru8pPWoelnoWq1IMZgAAHrfbhkDHhDyLVh85JMDUY8ThTu33W7y1aPFv0MMg4/ffbUq35N5rcFtjmi+GuO4US1aIvU8OcerZrAyhoeVkpYkLEkxWF9kSF4fN+VcKTm8uECCkU9pCpeuF1rtEW+0SteeNH87ACQJ0eO84irRmiDBGcGITDxLcLqRJNjdEkXYc0dz7IpoP3ZsXuJoSMTvADY3KBt6o7TZ0RhdbTUWylO5O6bZfjO/91dzrFdVOZVBFh1OMgS3VIiGsXa5gMyN9coVXXVJXedHtd6P9w9okvU+eesdIrrIUKlz8bk9vwt8qLTfKm+9B2Ak7TjbbVGb/bE283fHMv0z5/unzx6T7p+WP6TJKTdHmDXi5ZXOSEo8U/J84yNUdBPNKfTkOcFLCt0XyO9uXysTmB7KNUb3ReREbnOgjamPkF4e4Kv96rBTEu/1rAyUpCIxO7/z2UFY7wBQRpW9m/f/qnEm+uH3pyW00JuzKu3RGeOHJMhMk/iGaoeCCu/Ea2d3b0uSqSJxfCufdCpFM89aulzkS+v0OET9IUYCmx3ULt2ne3uj4f/wmedYw6Nx77elzyxImhrWqZzqr8rxzpDZvtp2Z9jMFAcpBIKniLbW0LXBSDq9tercOA75RLpQ0hpD/+ZvpXXzJ8biCci3KvkhHoVP2s8z8RdWeAAgM0kgo41Ac40CgQgaRZ8uYaUgUU+S9E+f459yhhWQSxAMgUAmVTNVJ15e6QpIxiSF1S88EROdiJ9KcLaR8MAnCIPNR3q4KAOsLicpSohMRNHHQLsjgukQRGu0HF0AaHWc9Bs2O7MSWtb1ObqyveeSWG7WQMKwvZnI8cyKsX8EEIvVLUO+e/4R1bI2xfZRztmyweD9ZHtnEvDkACG9YNQSdVvuNc7FU4A6foYXjnY39NLNtkGe8IBzaXyW36iSvtwfXGIADCppXolnQrac7k5+2hiw9X808LI56wCChDpdZGaSkK4XsgxCUzgXegCawOMyI+56T2uUGSKnn2jopQuSB57Jne7jRe/KnVea+BL5TiJhSUmbnZQ8e1x1r+io87UqMZmnylIRwzNRmGUQ7plp+2K/+kA701cggCNc+7Xv7tG/KXNt9M0m9QiOYTmSHzmf71PLxBlFxUm17tb/64h6GQDUar5w0i3Xtv6ql8wdRFfDngkfCxZ+1wuNhZ5puQCQx4bxk+d55oYuDEYpGtO841qUWwYslxB0MUKGnwEpfAX4YFTqmMQpIrFTUzmvd2Xg/226MIZ6N3vw09QbJ9rvzvJM61MoVNJ4WoF3VpEnIImnpPGYdP+uCDp2AIAAAjUvixRZ+731MsdDAsrNmSAYeMyyUkoaXz4aawaZXpFg5GBSi/fNtH25X72rhZV+MORpEk/K8Z1f5mGoYnfhPdTBvfmduwDkLg8AKFWcBq2NBAlOKgkDPkEY/JGDvfvAAH4BqZiEAR+d0JzzUGQC7Pvwx1AZdYjMMU5mW1/24+NOWr0Q/bXndetDJeJOKkXuBXa6gQspdR4JWlKqeYuTbonU4DzTVJQ70CU1NsM/aAM+13T8BOaZ+Dun26xessNBihIY1VKqLvovXaTILFPkHPQdAwAEBCVFj7zw/XBtXF7penmdPtIld1GFO0yVtR/odkefRepykaEGvF06ng5Q7F4QtYdITMuwBFJZjaTOqB5+h4lJLd440eHhiGYbecDd9nDH0z3MIQlFj1kIoCETitZDxekjajqZeC3nLnbfHt2bgJGTbrHSdcEKku3srsWeZ8yLH213kCsPKxutcnYpBilY7v7UW+9esiff9SZWHBecP0c7WkeqHeIJBrCei/7I1Qu5LTDQgAcAjUhCkM68DFmG6LpfMnQw/eHxdjr8fIGTblmZ/GuFqDfxpUuSLrg6ZVKoy33BKHdDL231EGEviXPyvblGHgAWGabJG/Dn6ipVVVckMvrOPjSsdNU456IxrmYr5eEJnULKSBL61Jcwy/KVE8rwuOwDWxq5Dpl+LjEMPuQkQYKRSSKEPkEYtDEU8CCJmHLYEkBs51MdOTO5v5+Tr/xvonQ/T7m07yOJo+f90hCHj3RY5nuSuVIihgMLhoSINrCWVP0m/frQ5ZWZfoYczPGqGTwq9YTweINSLE3hRqVxaTFY7wEez7yVRAQAYJD6qkbLoPvh2kjTCT+dZrdoB46qFTS+sso1NU/O8y+Tsd/fJlzws4nWAwCNVTp+kKUiCFJI152K54mKkYot/CV5ydNSjbFb7wBQocw7eUf1I6HFTuE4K7Mf0Xz5teWuRuW6RtVaK310gFqZQkIFhhKDSixL5eaXRrHgRDQ8SRDEoMZNXcyBryx3ZPltgUoTAKBAzC9TlwxoJvOk6m8T7umX42P1AgkAQn70EJgsg5Cuj+PiH4CI+mf6TJzcLKePtLcotmRaenOMYQLmtQrpZ9PsucaBM9Mkgc8r9fSVhLzdvDA7cvlYFtGPpN8c3xdIcEahoHChmR+T7s818qHayQQiHs+4FUV+rkzRjLo4aTDFYhMkGMkkDPgEYdCwUqouShheYTJ/KqvBn9FkG4WopmBpCk9Fy0coMg/JbRIjD6Vet9hwPHvQTXbKNwaALC3No1jrig/LJcNI2nyVKlJ6eSgYJE+EL2IkdW/l/79cJkzRI71CWhCuqLg8CMGlY11Dj0yZoa18NutuFtEAEFUgXa+QzEEWe4ZeuH+W9eZJjukF3soM/+Rc3+WVrofn9crH7QOAjHO+v40yzJNhsrocABhp8GGrRaZTPRv4fM4983TVsbe/0jj75B3MjwRvPDFEGKSNxj+vMz4hoODr9oQeFnUZmPHTAv8XWziZK9xJRQzAiQsFhYvNsU4E1CtX1am/3at762vLXV+k3uonmyY4tEL56L4GP7UsvMV8UfAmblLOkSjT5rpWEwBgihLKyqP2gAAur3QNboISAExcv/zeOfbod/1kTcRDMijFO861/2yafVaxtyrTX53tWzTa/fA865wST98AQ00o3i/8Qz6bHrq5llT9O++hxOTaj5wLkyY/mXl7WK2EanXp63kPy5j3CRKcoZCPPvro6T6GkYjf7xfF6IlkZzE0Cfvb5Zyci8e6TDEU6hw0KpUKADDGPl8Uq2PkQyLw8sSxyBp1JIGvmeCSMMiEgNIEvnKcU0mf9JwFAqGLk84pUmS28j3NYkuJ6xL59otH4dX2Awr/qau466baLyllFe4Smzcmadkudu8h7Ud9HykMJKBCNuO65PNfzn2gRBHGaYxEkexszxbaDBo46tQK0gmvf5NanFfiaXdQA5JN1LR4TVbdGHUHKJVABB0bxoS1h+hoJzxuUCiAjOmwK1T5iwzTeCwckQ6kO+bKDEHmlXoGyNchBGaNWGzhR6dzZalcRpJAxbBPP48Odsjd9TSBL89pprvaCLcLGLZPMiCXSX2j52s/+MY6bhzcLM3cEu9QXIKDgELkYuP0cifr6qjvpQU/Iaerdo1p7q3mwWcHnBYIglAqlaf5XSZJVG0NdaQG9faCXucQ2J2xqZ+KiFtp/nW9+luZNsk89aZ1rjp/FFYoAyUGy1I4XkJNNhqf+Jjk1EdXmH+Z6ZnBDmGOCQDMGvGmSY6CZH6rbIXIAA6qaVnqz4+pvmtVbHNRrQBwY6v5ooJLhJKyvjYI0FzdhEpVUTvf08b3SIADJeVlupWQuNn41xMnNaDEo3h1fz6DkX/O+WJmTOm+OoVUkMzX9dADak8qKMzSWF6nYJKwt9y+L/B/gVfxr8wuPvLs8yy69A5yKlaqZEIXDCqpyMyPTudGpXHZBoENEY0xUrprTfP0pMYmumyCEyGUy6ZdaZz1Us79Veri6N/2NMGyLELI749exz7BEBmnLr5QP8WPuV7R6RK9KkIxXl3yYOqSP2beph5s9hPLsiRJAoDP58N4SEOvwIA2QYJhBA3xojxbcTgcHPej1hzGGN7dqY0kMDOzyHthedzOybhITk4GAFEUrVbrSd3RqYEX0Ssb9cd6w8wQI4ArqlwTsn2cgP65UR9WgQwhuHqcsyrzVI8DvJL/P1t0DZ0RR70pWrEslTti45q6dDFOcvtIm0LUD8UZz2lqZlmy2+xUnaxkeh/fmO9rUW4GAFpCjx/NvPdYqpSa7pt9npiRFdoY+bzs+tXU3t1IOB7v4FYZt5Zc3GAs94mEVoHzTXx5qp8kQJTQnlamvof2cEhtbS9s2Ta+ZwuL/QCASVIsrfBNn43VGmbXNmbrRuT8QQKNJPmiUm7GXEkXk25/gFWHlV8fVIddVZ7K3VDtGFxY7wAECT21MqnXE9HWz+Fbkn2dGtGV722o9Owl8nL8M+ZIxmQAeLtnxb2Nz1/U/qqZGxXvfk1q8cHZttOliEkf3Md+/TkS+K+S7beOquulB84jXGea/5esn8cihT2iIEnSYDCctncZx3V+tvaA09BFmUiQ0vztVa7dKh39kPmhAdNhoUiIX5pxmYfoCnwkAEkhyTf5HvadvYVjnSoAwFodVz2FGzcxYMZbveSeFqbdQQkSGJXiKPf+st2fC47elzNuOaSqivd75Jp4HStpFVJBMl+eygUCf747rFwW4X7sY43pkTr1N30fS93K5eQtqsnz4cTQNUmCgx3M0W7a5gNM+TL10tajSdbI9+BB7QebDU8HL6l2qN/ZU5jJsf5ps7lJ58T17SQJDnSwR7sop59gKZxlEMak+w92MO/tjPjMV1D4V1ObLd8sJRsbAkveSuu+rbw+7ARYip9es70s18tiluXHjOPOmYHpH1E5Rp1OhxCy26OUqEwwMtHpdAzDAIDVah3iNGhgQJsgwTCSMODDkzDgAUDCsOaIcnWtKjjuUctK55d7qqPF4g6ds8yABwBeRF8dUG1uUIhB41ezRlw42t1X3Z0T0VcH1FsbFEJQcINFKy6scBVbTkX8fChujnh5vb7TGWZASRE46lg8lJ3mpy9Uz+xoGB/86Dl5itB+6tge3Z06wT/VprmlJTnP+4PrjCB8/5+98wyMqkr7+HPrtMxMpqSHVCChQ6hK71UUFRABC+LaRWy7uqu76qu79o7ogg1B1FWRJqJIB+mdhPTek+n9lvfDxGGY3ClJJgVyfp9m7jn33GfanfM/5ynT5rgGDPbujBkN0o1f4AaBmHM2Ota28A533RoPRY6qNbWbD1bsr8ItCobIMsnurNBOb2hS5rxEymmjibLi5qNZZfTa6Uk/8Rfy7eUcz6eIYmcqR92pnSEn/K7Tny4Xbb8o03sVM6dJfly6bXJva9BqTKFTbSQ+Pqi0hJDfn+ANS2q+HmnNs918G5ucCgBb9Affy740pPbpFl1RSvP3jzHEyjt0+90HzGSkTx8nigsNtoZP4+t2aUwVUlYuiRwoSb9NPTmrC2/xBaDVAv6crXBt3dZjlpxaRqchlMNkGXdqZw6XZYY+Qr3etGqP0YwN8j6I89x4/QEXTh1QXhfgXA5cVMzzZyOr9LxVQypGyfot1U6/1HDxp9Lt2Wwlw7tSrCK1i6ikndkyO4PzyTbRjAbl/eVRyqT+trm3XuHewvOS7T+RF88yGPl91E17I8e2MAAfrku1zxto9j7C8txP+gPf6/bU1yT0qb+P9lMR85x8/XHVB+7HGGBz2PQ30laq1b7OPmU68ovjYqP1irsKSXA4YE6hPfAUjVObuW2H6WCBuRi32zLN4ptqVXNtyViPVOfgYZwmbCJh8znZgUKBfUuK4O8cYewd7QKeJ4sLydxsvLEeADbFGR9XHanhrqjUMFYn/+RiyuVbLgCn0Vpvu5OXBln7uGZonYAvclStqdu633SmhtFF4JJB0p63a6ZMUQxrJyMR/rhKBfxXX321dKlAWh9BXn/99SeffLJd7elg9Hq9SqUCgIULF27cuNFzfM2aNffeK1xRODIyMiEhYfLkyUuWLBk+vAWBdZ0LEvDCIAHvwclihfVUvYXAMIiOYNI0TMdslF17At6NxYkV1tN6G07ifLySSVIxzVMJWJx4QT2lt+E0wccphPt0JA4G+yVberRE7JlTEjiQOB9KtQIfNFEVD47g5KTkUi29/YK0yk9hvPDq+XRb4WPlH5B8M4mI49Y77mWj/kyPxPOyrz/HK8r8WeTK6Gufe6vn0DvV3/2n+iuW9w0kublW/en5NLH/pY18qf3WQfk5Mt+cWwl01PMJd+Xayi7ZS1meSxbFzFCOHB1xOWKW5aBER1UZCB4wlYRNj3L5q23eFkx2/Ods6ZkKsSvYjIUHbppu1TxTqWX5w7xECgB23vXBH1xtbYJg/zhHtYFSWPGmRQocgwHxjtn9LJGSdgnGOW3N22Y4nGcv54FPE8XPUl7XIhV6tdM6Af+fqvVv13zLXfmtxgC7Rzv75cR7cSz4ys4hQ966g7Fyl3BY8kDzuXo6qlIo6wQARMocT08ykX4ugrlchnVvLkg/faJZ6TKti/zqbPp1mXOcYyZ4DtLH/xDt3sli8HLyHVV0y/SPRMTe0Nc6LOkKp6dGxnhX0SuHzRfcT3GeTLNO629aFOlKw/gmoxMdFRN120t6F53K0Ng4Rw86eqJ8SKZEwK29XE++f0DGs8JuRAlKpspIcp7fN2lLTSxb3l9FER30Z3CuUvRrjqTa1HSLxnHoG+Oc0cfSPEGmGyfP/GY4ftqaZ8s9FV9nm9SoGGYUEOpMSrpt/uJ2tLsr0QoBv67hl7+VrXY2+7eaE3n9RylPiLFu5L/Q6SABfzXSCgHvzd133/3ee+9FRLSp2nHHgAS8MEjAdzrXqoC/emE4rFxPmh2YjOYPF4tP+6/fCwAZMa7CespbAVI4P7anbWrGFdvFDRaizkwUN5LHSsQmxxXT9tZt7/vj5rpNU3W/Nz/urcmJ4gLpd+sDj2NZ9iCn0bI8d0/Rf7YZDvvrtqBG8+W5NMEmA8kOH3m+VBLq7WWMfOBHyU/EUuoQ+4cLWizTOSQmB/x3N2uy+3XodRK6fxS/ED94jEc4cRzsypXuyZd4h9HSnGuybvfsxp8xni+V9NATCilnj540jOgTpMR96zCylpWl72/WH/Q5PkUx7IPklRoy/DXquiCtEPAf1v7wr4rP/LU+Fjv/73F3BB5hfcPO9Wex/kbf5OreLKnZkB1//UkuxXv2Iaa4mwZasgJGCfEn/5hoeetChHC2eRlL7DsxIHnZ8zxFAQBwXMSqt3Kxxkcze6SZnwtstjc2ovGU4r9WzeFDfVd56yWO5+bk/fWYJaf5KRQvjXKkv5uTNlZvjWT0AAAYZr73EV4pvD8PADzA879hDovGbwfMuTXuHopVUpzMRtQ3UJc4jO0jSf4k+SnB5YB2Qm/DdVaCwPkYOds8NL05eGWFbP3awH2sS+5h44TX+K4xWirgt+oPLSv6D++nWsuNkWPWpP41fNYhgnC1C/jFixcPGxZk4XLs2LFDhw5t9bX+9a9/vfDCCxqNpr6+vtWDhJegAn7p0qVZWVme4y6Xq7q6+uDBg0eONNXmHDNmzM8//9z1NfxVFtSHQCA6CxLn3VV5bS7sfGWQWkdSint5nv1SDV1cawcArYztR1QoSnPwX/VAEKxGy/TK5CPkGhmrkbF9Ik0z2NyCCr6cUdkpiVIrjU5SfHzQ79zXHwH27Q8oRwsKeLIoH3jeHZVKFhUEvQRZlO/UaJ+t+CSAegeAb2Ma7iuLGq0XiCN9J7k6dPUOAAdMZ2/O//vPvd9QEh3qd0oRkKyBE8UQQL0DAM2q/pOStKowzyPgcRymZlrH248WHCmtpaJ5DKKddf0s2RFskytyiq3E/YA71OiyNDA9e3OR4VyecPHMooIXjlqymzf9Zjw+P/+5bb1fk+DBi3V1NxpZ42tVXwfo8GHNj0s10wMU9Npa9vMTdZ8sNG8LfKHj8mGPVHw6ZcnKvDpKbyPcvki9o4OX4fii4ecLWr+14iwE+/e04q/LSpi0ngCAV1eW8rqpw3Oy9H8JPKwLt55UfiJlNU7c0kDnVImOcxgLTnix4vNXEi+f+71ur6B6BwAXZq0Un3s9teiGY38mqON5srjANcjvzDi73uWwxAWwCuPpeOvos4ovrjjLVnJT/rM7Mt4ULJzROjCjgcq/hDfUA8dxKhWT1ovTXi7zHinhWuQgQxblB+1DFOZ3EwHfIhiefa5ijT/1DgA/6Q8sM8++PqJ/R1qFuHqZMWPGkiVLOtuKLsesWbNuu+225sePHj1655135uTkHDhw4Mknn1y9enXH29YikIBHIBAto0JPMsFmdCWNpIx2jkrnM9RWzGYT79xC5l6e+1IAsHunY/h1ztETqAtnRLt/xRz2wQCeePQTiRN56TyhgQMRYL++lo6yEDIZ6+t5izmdmN3OSyQAgBmD75NgBv0xS85ndUEkCgB8E9soKOC/iWkIeq4PefbyN6q/filheUtPbDsFwcsIQrE4lTH5LmdEWOpHGI8HPhFvbBDt3ina86trwBDH5Ok8GVJKwqB8Xv+zoHp3c85W+EHtD83rbyN26I9auUDJTVw8s1l38OGYm5s3YQ4Hs2vz05oNcixJxAVxcCgSp+C1VvfiXYss/E5SFLjDrxq9zlgph54AQJiMT/cuq6VdUY4gWRUpTlopPqanCn2Of9Xwy8uJ93pyc36v2xt4nKNKc5HE7gn5xgPeT3ZVVwMEEvAAEO0QkGoNjPHZsk82pD8f+NyQYFnRvl30qWPgtbso2ve7K6OvY+psn3wfIRL4Vf/ZRyDJCOKoJbvcWRe4zw+6vUjAIxDtwYgRI/bs2XPdddcVFRV9/PHHy5cvD+q/0LmgOvAIBKJl+JQdEsT6Zx/M4ZB884W3em+CZUV/HJCt/1S8Ywvm8JUNdlP4sySa/e1gewqshVLdjSTXN+wMsEni4WKEtflBO84XSltTSuCbxt9dzWP42x+jI/hFMV5eLvPthhEhrw7zPHX2pOTHb4ALTyT8uvpfAndY3/BrKJ9gd+OSvTR4H4dAH4xlJP9b/3PDgTqaCareAcCB085WeUBclJgCd2AxyMWbxGEdbt8apSN4iuSDF5ESNNvGOc/ZLqv6XLtgdowrLZR53bgC3k9qQyiPKuKEC1XsMp2odjUKNrUAnhdv/YE+/gf4+AbzPJVzQfLdV54yHC0jlLto6DeH7kQoP8AcW/A+CASidcTExLz77rvuxx999FHnGhMUJOARCETLkNLBhZbszz704X1End9tXLy6Uvh0LvxFCj0u3N7wcoWnrBGv9huP6oFTa09ackNJsWcT8ge24a3UqDrGVOSoat25bUFEB98jtRN6a6Sv/uFCeDO9IYoLqTMnWnSKsDG8M9teErhPhbOuxoUya/hi54NHdljZZrKT40R7fiUqy48rLQDgwINvwFK8g4xocWVmHngHFvznY1M0pUg8JTOwGLCYy4X79br34MCF94SPmS+7cti44EtvNuKyhe7yiv5w4UEWIwDA7scqjudOWXODnh4Y6tJFKtevowpRXUkd1VsWbgAAIABJREFUOdSKYUP54YcxW/61REhfMB6VlEe0IxERERiGbdq0CQD2798/b968+Ph4iUTSt2/fZcuWFRcXe3ref//9GIa98MILANDQ0IBhGIZhb7zxhvc4O3bsAIDvvvtu4MCBJEl+8MEH+/btc/f88ssvBQ0YOnQohmF9+/btrARtc+bMSU1NBYBvvvnG5eqc2k8hggQ8AoFoGYmRwSsRpKgZAACWpc6dbsUl0mzFWJj2SN2jxLpqZKzAlrgro+/lx737QMB0/zxJMum9jJxnnEAWJtoF0gVHsoSMDWGHSghDM///DqB/bPCkx3XU2aiULJ+DTEo6L2rZLisdDgFvYASWaZqjZ4LLp+5GHBVceiXQUd5PyQtnI9Z8QJ08BgB6ggEAA1ViJ4I4SKfbCp0Dfb8wQcEAi8WFd6S9iYluqvmnkzT90Grps4FPseN6AyW8sWliL4v/UN4fz6+ep2kmNT2QnZHBv6i1Ir+Wt/1uQJ0O8nOjz5yAls+hmd59AA84sSQIV8+Mlg7bHYingq9rJFBRQfsgEG3nvffeGz9+/KZNm6qqqux2e3Z29meffZaZmXn4cKDsP4LjLFiw4Ny5c+4sgKNHj46NjQWA77//vnnnnJyckydPAsDSpUuxTqq9hGHYrFmzAMBisVy4cKFTbAgRJOARiO5OoaNyu/6PzfqDp6x5DB98x1VE8kNjhPWPe7qHAYxKsV20Fv9YuGWTsvJshJVroRpXMMbB5iDT7hBx/wmM0x1o3sTLIpyjxnqectpo18AhAYZyXTeOl8rUhCeyPdAfzJRGZfM+GA+TGwUC40OhU3KnD0jEXHSgoH0rUafBzskGjPQ5ztO0c8zEFl0Lr6ttHkzRUlSEPJRSZ1qqxSkSr1U4njtvK9qiP0iGMB+YqLgsvO37th848uUP4qJfNUYdyWoZCgB44HJlmwMPMt5+wjV0RCtMnaAOclYPTNVT2sP92PN7yZH/EPis3IifeBDe29dSl5cMvF+7ICqGGGpqitNxjpnIiwLFkM+qb6gTnQ/QwYXbCmQ7/LW29W7A83hlkIgAzGLGDS12VOEUSudQ37uBN86howIk5+/OjJUPIrEgy7sT5IMDd0Ag2s4vv/yyYsWK1NTUt99+e//+/Zs2bZo9ezYAOByOxYsXu/fGP/zwQ5fL9dxzzwGAWq12uVwul+vxxx/3HufQoUMrV64EgB49ekycOLF3794EQdxyyy3uS5hMvtPIr79uyqK6eHFnVppMTm4q8+FeTeiyoEgkBKL7ctB87vnyNWe94jyjMfmT/Jh78ZG8NpqNSxDeS+H5m/O/LKIX1jXbDXCr1RR+16LSd/JK6gEABgAApNhE/yxIWFTdArfqBbXfF4lS9FTwPTcA4IGzEYVStqdga09bznj9ft9TFErbvNvc6es82CfPBLudunSx+SDOrBGOkaMBYKSsr3dkrCBxTvr2KjWbnMqm9qL37/KOMn2qOG6LVs+3cHE5hlKHMe90iFy0FD126Z1zkcy0uncIXiDDHIcxB9Qvv6adIxj46swagVnM9JGDXvt4AQoF8AAYZrcHlj1BoXEqS9r7uJ9s4W56ihO0ZEjfq2uebxp/f7VqfZkzhFyFAADYquofEqkoKSG69/zzxyPK+T/Xuwgertc3Scqzis8TbCM1LuFd1mTXH70WjmtdJMmD0fO+adzVvES2hxWJt3tyzmVJe9NAOIEtlewrkO1It8wQPKWBzjmj/EKwCQBGyS4nwFseNWdt3VYLZ/f3NV5ZHEdxGGCYc8TowCIWrygbtu88NuCkE3+d5gSLFfFHVG9aCeHKTCRGDJNmBhg/KJjLhYVSFstqg5Zrbce4yZjNRp0X8L1yDRjsGNuydb3ug4ZULNZM/aLe76pNHKVZqJnckSYhrmp27typ1wfxh3rwwQfxZtO81atXX3fddVu3blWrmwrEzJ0796abbtq8eXNRUVFRUVFaWhpBEADgPhfDMJIUkJOvvPJKTEzM6tWr586d6zk4f/78Dz/80OFwbN++feHChZ7jPM9v2LABACZMmJCUlNSaFxwmevRoWgWuqwuSVLJzQQIegeimbKz/9bGy99mmvfGmKWktb3oafj5VeXTtzlRMqXKMm+zK9M3hTFSUyity0+NfOBdxR6zjij0xBrPXi9Z9Fv2Zj+9lscRxd//Cd5Or+5kkWoYaq5PPqFeSXir2QKTpV42hXOSUccRAk/SmWpXWpX+y/J23etzWSF6hBHjgsCu3Cq1E/SH1q5XiYyN0KzLMN3q38sDlRWz5OeaDoeaEcc4E3GYBDGPVGjajr3PICIE0ywRhn3srk3+JOn2cqKrA7HZeImV7JDuzRrA9mhZl79TO+Lzh5wCuChSPfV09Fp8xydpnAGAYk5pGHTtMlhZjRgNPUlnyvi8RSc9xIWXC87BMOyuUjeUwst9wZt7FZ6ysHcSwM/rRMQ3/kDNXVH6ykDUH1C/fXFs2t7GfvbfwII6xk5j03tTxP8jSYsxmraWZH6N15+RWG8YlOUTT65WjDB71ggFAG9W7m7u1MwML+Hui5rT9KtcAz1WsWV37U0vO4PeYT0/MedTFMRzGe2tYFoP9KiPBYyzGu3DbLzGPXt/41xTrRG+hy4ErQrrngYmDOLKV3+Se4oQ3kx5eUfoexwusACxUT7pDO93zVOHCF1Wpv4irA4AD6petRF0/4204eK9D8cWS3w9pXmMw4SD58fLBPcWXv/NxlGZV8hPLi18VTCc5py5yZV26KyPFNWwUG58Y+IWIjh4Cnn8jl5s07KFhun+oXb28W+2E/g/Vm0XS3/ydfrNqvIpspSOPG56igCB809cBcMD/pjXuVplqKaecIwawJ2ax6giihQkLcNw+cy6T2Y86dYyoLMNsNl4iYROSnIOHsQHDChAvJNxz3lZ0wnKpeZMMF3+a+jcZHoY7JKKbsG7dunXr1gXuc//99zcX8ADw4YcfetQ7AGAYdt99923evBkA8vLy0tLSQjGAZdkNGzZMmDDB++CYMWNiYmJqamq+//57bwF//Pjx/Px8AHAXse9EEhObbuA6XZfOlYMEPALRHSmwlj5e+gGLeTTkFRtKX8c2XKeP+Es5Jt7yPWbQOUeO8W4ligu3afUP9M3n4ITW2SfBPirCFcfijkYqv1SyN0AE7Gm59bTcCgDvJlWn20Rrz6eNMkQUSxx39S/8Q3lFROjTGaXPFcRnGU3vpdytcg2Itw+XMTEsbm+gckul+6Kc/WLtQ8RspBM314kulEr2s5gTAA6rXzuvWJ9kG6t0JQOAgSotk+w3kuUAcPOQvN8a+/aaujKUN4fpmcH4j9LMlCQ/E7fkpUrhXTsJLvqx58v9sjI8c3xWG83OvNG7z30AqYaRL1Z+7p12WEZILKywkBgp6/uQUO2u9sPEWpdk/8uTsaxadPqHuIUJ9uti7INFnMJJGGtF58rEBzmMKZVEkrkFAYZi4xPZubdyPLdq+1OvxubZvbIn/Du1crxOsfZCqjtymNNoW1e5yof56ok7DEe36A8Ktk6UD7lLM7PtV7na2ao/1EL13oSDd/nzomAxHueBw8CBG3dr/65ypSXaRiuYRA5cBqr4hlTNkz3aunRym3pyDzr6+Yq1Z62Xv3UxlHplzPxlUbMxL8uI8pJX8hL2RhqLJQ4OY45Hrroo/y7ZOj7SlYIDZSTLyiWHdM1Kx3mIIpRvJj3kc3BW5KitvV79R8V/vQvCqwnFwzE3Pzh4nn1aaAsTPE+UFALAUxmlFWJ9Rdyd8fZhcfahYlbtwq319IVS6X4Av7EkKXTsCwnLQrpQADCMjUsgyq+I/D8jty7rV3ghwusuVP9fpW7Dy4l/Waie1NIrMKnpgbMAIJojw8U/9fr3a1Ub/vT1AADAAJukyHo58d50UULg0xGIsDB69OghQ3zDCVNSUtwPQk8vN3To0PHjx/scdHvRr1q1avv27TabTfKnF6R7+10sFrt97DsRz4pGZ8XhhwgS8AhEd2R19n9dATOiv55SdW9FNMaDaP9uNjmNjY33NHEm4+OZpe6w9no6u572m8o4AAUSx8ysS1+cT3sso7RS7E5/fdkx1Ypzz/Qqj3KSLpyvFZ31SeZULj5cLhbOpGIiKy7INzY/bsW5v8oO/ABtnvgCAMCjMbeqScULlZ/pr0yZNjZi4KqUJ2Iptb8TPUxTDp+mHJ5jK8l3VLDApYsSMkQ93qn97r3q/3knA8cx/Db1pJcT/iLCwlMjPUQ2NP5Wx1yRTpzD2DLJgTKJbyqBzVH6neVVo1mWD1g+6vmKtR/HC+TN3qsyThmas+9Yn2gn5Ro0tO2WAwAG2OrkJ1JEsR/XbXZyl7PIkhhxp3bGvxKWBQ007Q68V/O/9hiWwyDRQZeLnACgowrdCjkZU33U65nhsj5hucToiAG7Mt4pcFRcspU5eGeKKG6AJK35Z4qZjBonNcQkLZY0Je62EnXZ8pBe9XWO6HeH/F+yUNBKlqz39t6vlzprLtiK7JwzkY4eLO1JYS2YSmEOB+Zy7dQaNke51zr5SvGxSvExn26JpMaCOXWuK8JEpyqGv530cFgCQJyDsiReAv6c3DptaI6B9N2TN7CWh0vetnGOu7Ro2asjEGHUc/F3PhW36KQlt8bVKMXFg6U9Y0L4T0EgfFi3bt2SJUtacWJGhsAGhuBGfWD69+8vqIEXLFiwatUqi8Xyyy+/3HTTTQDAsuzGjRsB4MYbb1QqOznAraysKT9IZGSXztaBBDwC0f3guN2uHAiYI7xM7LwktWVaJMDz1LHD7A2X10QPS+tKxGEoZmMjuHv6F5kIz5TR90ZfR4ez8vkBSX25sy6RDk8W3yWaafNU43Yajp6zFdo4RzylnaTI6idJbdEgmZLkTEmy5+lTsYvu1s7aaTiWYy9heS5FFDtNOVxQRbQ3e3S+ciIAX8c3Xh/wr/2YJeeTui3+Wosljmd6ln1imugcPKwFJgaExqnn4+/6S9TcnYajeY5ynudTRXHTlSPD9elf7egY02lrfjsNvrBKNVGnPKw019FMtJMcIe49csYKPNylv9NFCUE2JCnainO/aIOXtfMBA3g+/cFUUVyAPkl0TBId09KR/zSMAgzbEBsoNyQAlDMNR0d+mm8tP6HPNthNrbvDBIDpM4C5lE3mN3lrP5RZ0ly9e3iufM1UxbAE9PPpKMQYfX1E/862AtFN8QSBt5G4OOG7qLcXvVvA79mzp7q6GrqA/zx4Cfjo6OjOtSQwSMAjEN0Oor6ukgquwCtErkyLBADIkiLv4+eUzjCVeAMv9d6cAAnPWgMPfLa9OIwSToaL56nGzVONC9eAAKAllbdrpoRxwNZRZa0OvfNZpSNw+b0vG3YEDvj/Ll7/Up8b5QH38FtBLKW+QyucuqybU+1qbFEKhhZRLmamNCinNCgBw1wDBjsmz+DDrd5DgdNGFUod1oB+RoLwAF/Y9g+D8PiDCIxPEFyk6oIseHX6Amv5otipt6jHG43G8NuBYfa5t4h+30mdOXEmwnJUGaisnZ13fqvbvTJmQfjNQCAQXQzBjHStQCaTCR73eNFv2bLF6XTSNO32n4+Kipo2bVpYLt0WSkpK3A+yslpc7rQjQQIegeh2YBaThMNdeJAsxBKuSZVhdhuwrCfTuFmrhDoIu8BubmbYR7Swba1S5o3ZgVcaCIbDVFIuVs60JVpKZyVqzQTPg0bGRkWEkB26nZFwROhvv0nUtP3O8VBlJA02nCL4BCUrpZu001FzkCALJ7CnXCXjxF3aXe1aQkIEdL+5kkhXqpyJ54DV00UWoiZof5rDAIBNSLLPmMOpg5e2DiMcBxUG0uTARSQfo4wv1vRNsqpdhKWBuuTEBQQqyYs1zgwRq3QQhno6h8WaljWPmQMlQfSm3kLUmwkMg6gIVi0N9Zfr6jPAjO0FAABM5UyPYGM4jNFRBT5p581+kmKEC54g7VNnOYeNPFiwASBIxeNj5hxorc8BIozwPFSbSJ0VJ3E+XslGiFpX0gGB6Ezmz5+/atUqg8Gwa9euiRMnusvCL1q0iKI6NFqwOTzPb9++HQAiIiL69fNN4dylQAIegeh28BTdxyw+EmkJ0Ifgwb39DgA8QXjXCYuWuJ26u3R6D0FCiU4PhUoDue2CLK/u8j+NUsJN7GW9LtXe0jclr47afkFWYbh8K46Ws9MzLQPinQHOam8y8OjjfEWIneMi4jgeDhRI9uRLzI4/s78AZMQ45/SzRMtZPRtoc8+NjvUtCYtoP+JJjZyQmlhr4G5plmlDDPcqmMs51etE549FflgjEqgQ5mGQWcorlLZ5C31qNLYrHAd78qX7CsRWp1c0h2jl5HoAAB64EumeY5Hvm8km1xKaixiqf7CXZTbB0+4jLObIk209EbnaiZsb2eA73heq6F9yZNXGyzfGeCUzs681Izr4L9c1/LrYI2sp8/TBxrtlzGVZXC0+eSzyA09WkXhRRyx/cCpNXWI0VAXpFsp7gmhXeIDDReLdeVKD7fKXvFeUa3Y/S7wynOFmCER7M3bsWI8Xvd1uNxgM0DX857dt21ZYWAgAt912W7g8EdqJDq1LhEAgugKcJmphXRBP8imNSrWr6ebFR1+x8zJWPhC7CtW7nJBmyfzmlg+dnBr6/X1Kb/UOAAYbvulsxNcn5CHnZwUAOFQoXnNI6a3eAaDWRKw7pvglR9p2U1vNzcqxoXceG5H15VHF1gsyj3oHAB4gp4Z+d29kQT0VSQhWur4CFdGmsliIFkHj1Bzl9YH7jNCtGN/wgrd6B4AoR/+ZNR/2ssz2dxbOw42OdOv8JR2p3hkOW/uHcke29Ar17gUGeIp10o3VX2qcvQFAykbNrfk80zzPo94BgOBFmeZbbqj+TMpq1YQi8BV35Uq/OKrwVu8AUGkgPz2s2F8Q/IVzND2If3V049+81TsAxNqzZld/nGydAAAinBobOTjoUGEhlKJ0Qd8TRLvC87DxhHzT2Qhv9Q4AeXXU+/uU2dW0vxMRiC4IQRA333wzAGzatOnLL78EgMzMzKFD2ytwKURqamoeeeQRAMAw7IEHHuhcY4KCBDwC0e3gJZIbRcPIgFJzbq3K89jZd6B3UwIdNU/VAoHXWsIco3tv1A10S5JFC2Ky418dl7Oc8PrF6XLR3oJQJ1IXGx2bzsv8vchdl6Q5NZ02JxudPEnJheTJFkFIMvS3X/QzfXSx2FfHFMNFvgVpfKBxarC0Z4utRLSBGyIDCfg06+R+ptsEmzDAr298JtIlnE0tBVOrFj/KqTW1jO7rxt9ervry5covNzbuqmP8VpdsBUbW8qNu37+rvnqp8osv6nd8ex58FtQEoTn5pLr/ELxofP0LcpdwAjwFkziu4Z/DIzIDjHOulv8lW3h9jQfYel5W0hjEmCPFYodugGATDtT4hn/JmJi7tLPkZAet4oVSICDwe4IIL+dtRR/Vbnqp8ovXq7/+1XjMybkOFklOlQtHvrActv6E3GhH83lE52Cz2Vi2xaF/CxYsAICGhoZNmzYBwNKlSzu3bNvx48cnTpxYXFwMAPfff38XD4AH5EKPQHRPVqfWMwHvt2sT6+6piAIAwAmmd1+f1n8n3nfeVpRrL2ujGXKW8J/HDsMxPJZUVbqCpGsOhTHygU/ECguSFnGgSOJkAv3HbLrE27XHZkQOD9CH5bm3ar45dW5QIh8ojfauXGlmTOc40m8yHDDgrqDdMIA3Elac/CNQYILFiY20L/kWtgfImjYvcqyCEM52g2gnPqv/OUDrAONdAVpxnhhgXLpf82LzpiLQnXGW/Kjb90ntZid/2a2XxsgHouf9Ne72FlVcaw4P/Me1m1+r3uDx/6e5iNsqFoaY/zCCjRtsWB7rCLSiFGcfhlnPczyHYwKK6KuGnb+f7qcFvx5MPMCuXMmyUX5/PjzA77mBlDnBi8ba/vKPhA7afgeA/pLUobKME5ZL/jpIcNEC1cQOs6c7U+asfaz0vX2mM94HE+joOaXfBjjLyWAHCyUz+wYKi0N0N3bs2FFfXx+4D4ZhK1asaPUl3CHrVqv1/fffHzdunFarTUpKCvFcjxe9++nixYtbbUaL2L59uzvjvRuXy1VbW3vw4MHDh5uKE48bN+61117rGGPaAhLwCER3ZJvlBIgDdTgpt5SLnYl2GjiWPnnEMXaSd6uaVGzv/fo/K9Z+27jb5TVNJ3mMwULdOZdwxGfn0x7NKPmzDryHpvR4j3PXP9x3xbRLj/tbKYgiIxngdMzl4MwoKpLCyErn5T8tKS6+N+qGp+Nub/v2OwBcqgmyt0Yzysdz/mfqbZ6v9jvffbT03W8bdy+1LQ88VKmOtDoxKd1e2cID8LPuUCjdeIDNZSUx/lc03B+kWZdwX+rc1bU/CfZJomP+mXB3Kw1FtAorZ99r9hvHLmW1amcQh4hE+yjB4zzw9xe9mecoa3r2Z6yNk2ferfmuwFGxNuWvgsI4RJ6vWOvzRYq1ZxF8C/IeJduCew+dqub+HvHffyfe53P8repvXq/8fontt8Cn59VRHAf+SivWGAm9Lcg7IDP3P2rOTtTGBzU1XLyd9Mic3L8aWWEF+FLCclRDrgMoc9bOyn2q2tXoc9xh1jidQRJP5tRQM31X2hHdmvXr169fvz5wH4Ig2iLghw9v2qtYuXIlALz++utPPvlkiOe6veg/+ugjABg/fnxycnLQU8LCunXr1q1b56/1rrvuev/99yMigsf9dTpIwCMQ3Q7MaCimgy/VF0jsiXYaAMjcbB8BDwBKQvZO0qPPxd/1h/lCLaOLzMnrc75y7MiLIdqQSkZ/dlgzyhDRzyy+u3/RH1cUMcKkHP73wpTh2NQf2KiFtvUVrups7Ei+9Jc60XlPp6mK4W/1WFFUrTlS6dBZCJzgY+XM5FhxupY5Zy28aC+2cY4edPRIWV85ETZP1KAzbwCQstFPla0aJx8UI5Qzb6vh0LeNv4s4BckHiZXleTA6CCndCdmJii2l3k9jHIPSLFNVrnScp8xkdYXkcKF0J4u5ACDXbAiQmtqt3vRW/IX4ZWpS8WbVRgd/xc7kGPnAD5IeiyJR/vkOpdLZ4OR8t4g9n7KICx7tLGZVBE+zmICHyJ/qHZrnudyqP/Stbvdt6smtsBkADpnPf1y7JcU6Kck6Ts4mAHB6soTDgruKeKOB2KC/KBkbvabuv9MVIyYoLu/VX7AVvVa9QcbGY8FiD1kOMzlxpVg4PbjBHtxdQMbEPFT8wPQe18uIIHeJwgbqdLmo2kjwgEVK2MwY56AEB9nyFZI+4uSfev37wZI3s20l3scjyYiX4pffpmnlR4ZoEU+XfdRcvQOAlA2+ehLK9wqBCC/Tpk1744033n///aqqKq1Wq9W2LO/mtGnT3AK+c9PXKRSKhISEyZMn33HHHZ4lia4PEvAIRLcD1ze2KNcartcBzwvW+taQitmR1wGApGaD0R6Sr/sizeSZylEzaxVyw/8AINUm3nOsz36V6VeNoUzslLLEYJN0hH7It1HLv6bUUOk+qUcm9Mg03cqqzzh6/NhDpJquHBHD9Plyn7zecnnWUmCAgnLoH+dYmNVzoDS9Ba8wZKgQZsYc5rJw9q8bdj0WO79565rarQDAhqY6SLwTtt8BgGeaNA7JS8Y2/CPFenn5JsrZL9U6eZDx7t2aZxvo3FBeCEUCjuErYxYs1kzdojt4wVZs552JVNQU5bARIQTfIsKOTzgDxUnGNF7xKYcwAsdhrVla+m/dllYL+M/KD99Q/Zk7EZ2baMfAAP0FkRKUMdh31r0wsaZ+q7eA/7R+O8tzbf/lhvKjZjFntavxh9o9S+Nm+utjZ7BvT8rPV11OP1EC5JkK0e+50iXDTXGKFn86/SWpezLe2206tc90psbVqCQjhkh7zVFeHxFsEQERFkqc1b8Zjws2hbJKRXTSnwWiq7FkyZIlS5a07lyz2W/JmMzMTF5o4vjEE0888cQToY/jze7duwFAJBLdeuutLTEzEJGRkYJ2Ll++fPnyIG6PVxdIwCMQ3Q+OS7GJsiOCFBlOtXs52fsR8F5j8iqGjHQReipQbD2NU68mPiDBRVTNFbXBx+rkY3VNmZCr6ZjXkh6x4QKzRqJx0AhRnztGGHVW4t2DCsGk0+erRM5j+D2jDO2RDyVazhqC5QrSU0UAcNh8/jHwFfAczx21ZAMAg9ksZI1PDmofaJJXSTqnxm8KrzqLVQNgk+pfSbAJOEvLXQnTa9/bEnOPgSoOOlr0n5Xto0nVPVFzwmsqohXE01oKI/8MfsEmNvw7wTayRSMYqBIeWvPlPGcttHB2GR4wgEcIqxMXF9wjYaJbcVFvVFIuaLovPVkMAH+YryiN7n5qw+uduJnmAjlYRoi4AJEv0REsFixFp/sesk932p+A53n48qgiXyh1X52Z+OSg4tHxepW0xR8QjuGTFUMnKzo5F3T35LDpgr8mfQi32Vh5i7OIIRCdiMPh+OqrrwDgxhtvVCqVnW3O1QfKWolAdDt4peqG+iBOy4NM0iRb094OHxHhN6Dz8piRGA+z64IMOz5isAQXAQCn9Nvzf1E3C6p3N+er6IvV9LYLfktGAUBuLXW6IkjEYOsYlOAI3KGOvmgiKwGgnjU0b9WzZk/KgEJJkEja/nHOztpUmSUZDACp1kmC6t2NiFOO0D/aSOUZqBJ/fdwMTgzypiE6GBkuHhvRtHedap3cUvUOAEXSIN9ef/DANzACP42g/Jojabt6B4DRabbAHuYcuEqlewHAwFq8Aw3qXQYA4DC2WLI78CUGJTgCLB7KxVyqJsiGaqH0NwCoder8dThZLsqvo/zdHSxOfPtFlBXyKqNB6C/DjZmoqqP9yns3A4P9NyEQXYoPP/ywsbERAO64447OtuWqBO3AIxDdDk6lXlEevzqx1kgKr9ljAC/mX67/zIuCb5fxUikAPFuU8F1so9OP7CQA/1tcU6JRVhsNGAbNPJ2MhOKiLEi9oqNNiA8bAAAgAElEQVTF4ty6ICXWTpSJh7SDbhzWw364SOxTud0DhzFHVe+6HwsWP5cTUhzDOZ4DgHPKL9Ot06WsFryTff2JhOKn97GG1fYWMC9x1ltnfky2zgrcLdE+WsQpj0S+Pb3+HX9BGaka14B4NLPscvwtfsmeS6c54Hqag3zKzTGRFRfkX7f60gq8xdqS4+BURYs37ZszIN45OMFRbSR/z/W7RHhWuc5C1AKABBfR+OUtbiUpa2SNAHA6ck2ybby/TAFyETe5dxDnptn9LO8fkAMnHLSsowovyTcBgIryW579ZJkYmucY8OJClcjOmMWBi4UiuhKBK3EcVb03s/ZDnBf+60lQMsN72NvHLgQinOzdu3fv3r2lpaXuBHv9+/efOVPAz6iystJoNDY/HgAMwzIyMsJj5dUAEvAIRLcDb2zgWS6QSzwPnFcyecwWfGaAmc0AV5wlOC73p9stUVfTXL0DQLkogQ80LwUAKNORTDDn0Ap9u9zccByWjTKuOixqMPpOtly47YD6/2pFZ91Ph0h7NzsbKIzsL0k9ay0AAAdu3Bm9YnLd63Im3ucFy0XcHSNMKkmnuURiVRU8BmqnwEvwBucJlTOdUeTdmmj88Yyc4Xw/uFSN684Rxs4s7YrwA8dzgAHwoHEF+ZR9MJClv0U/6cKFNaoUaCsEqn2YJoqPJFuc4FdvJ6zOtn6PMmOcC7NMADA902J28keLBXJbZsv/d1q51v14iLSXd9Ngaa8iRxUAWIjaX6Mfn1T3H/fqmzcKCXPPKHOEKMjtqYeKGdD31MkLfSje9zbSSOf9FvUkBy4AGK7wmyHC3xqiB4aDGiORrO6EFJiI1iH4l+GhVnR2r+afE3X/AtY3biIxkrl7pDGYkxwC0SU4d+7cP//5T/djkUi0atUqXOi7+/TTTwdNoe+DTCYLMfb+2gAJeASi24EZ9O8mVxsJv3M7HoN/9qyY+aebPWYxQYCySO4+JiMA/Du1yt/2OwCwwL9ateHr9H8CAG4Udhe0EcH32ZzNhGJz7AGrtbcFuZh7Yrz19mNfi/VZamcvgqfNZHW5+PAF+UYL2VTRlMSIhWrhlGC3q6e4BTwA6KjCn+KWZprnJVsmRrpSMcAMVFl8VMPjA3vLOqN6nIcfzIfzpPaRjcF3Smku4hb1lOHxzjSNfn+hJLeG0ttwEQnxSiarh31IogNH8r1L8mrVercnCMUFr9HAYi4OnDq6sEi6KzfiJwbzu6IXWL0DwO2aKS01FQDsrpC+RpzmtNY2wGDHaYKnSWA4sLswCcUnRjIjkh394po82zEMbh1kPUr/r7g8MdoxUMQpHbi+RnQmW/59jehydb3Fmqnegy/WTP1Rt8/9uI6+8GPc7X1N85Os4xRsEgAYqGKJqvDFoaNC3PRekJbwofkRdePkRNv1ciaexVyNVH6RbGeebKs7T56ckM6P8ZvtzxHC/c3OIEl3NdFfkjpI2vOMNd9fh3LZ3oV9L1VWpF+qpXUWnCIhTsEMSXQM7WEn0EeNuEro2bNn3759S0pKhg4d+sorr4wePVqw26OPPnrTTTe1aGSC6F6FGJCARyC6HwSxVasP3OVshLVU4mwKg8fxIBnsAADHeQy2a/0GbbrZZz5j4xwSXMT7WQ5QMsGdpiJEfND5qzzYJlhbIHHsmQH9bsx73MYJO4c/EXtbL3GiYNOd2pmb9Ac8+bFcmPWcfP05edNKc6Yk+d1er8uITnZ83Y7lAoCdaKS4hMA9Y6TUitj5AKCRsTcNMMOAjjAP0UYsnP2A+Zz7sY1olDNBPuXt0ffVi7ID9/EQQ6lrhEphAcAQaa/7o1s2J3MTys+Zw1xPj4yIpoLcgjz8rfeYadwTu53Vgq1TFMPmqyd6HxkvH3ybevLGxl3up07cdFr56Wnlp+6nWlK5M+Ot0F3WRRj1f6kLlvL/dyzygytbmuJpXk78SzSt8nd6hIgzBCtpqfBTxw7RZXmzx0Nz856xcsILZCtjFgxVxQ5VWW6A4FVgEYiuyYwZM2bMmBG024gRI0aMGNEB9ly9oFU7BKLbwanUxZLgYclFYrunf1ABz6k1OpIJnIIeAJycq8JZDwCcSiPYIclRKuKCbOJlRDuDblCna1tWHbqlDJH2+jb9hUTatzwvjVP/iL/jydjb/J1IYsT6tOduiBRYdR4rH/S/9Be7QtGmYsIIAFX0ycDdONz2ab+7WpFRHNG5VDrrPckUq0WnAnd24uZGOi/0wa+X9xNMYz5NOXxj+r9EmEDi9KDIxVxURJB7S7LGEU0FSaLpjZpQ/Njr5eFCGTcWqietTf0r1iyW562kh++NugHHfCdOfcTJm3q90oNuWY69KYphn6U+oyZ8YukxGS5+N2nFYu1U4dMAIIT7m5TmYuTIf/4qY5C053c9X2z+RaJx6u9xdzwVt6hTrEIgEF0QtAOPQHQ7eLkCC8Gz2TN/dfUOXqybyeiLnT4YytXdSwGcRstpo/H6Wp9WmnONNRz4TeW3JDWBw/WpNpmI+zXHr+svhsGY9CB5pNrOqIh+R/p+8qNu3wHT2WqmMQKTDJb1nK+aGE/7Rsb6oCBkn6b+7YTl0hb9oTxHGcfzqaK4mcqRY+WD2tvmUKFFYINsxXe9LLMx/+u8U3rysXQLJBOii+AtTS8qvu1pmRXgU86O+K5FJd9FQG9Mf/oP84Wt+kOFjioASBfH3xA5eoQs+G0kAGPTbT+cCRQ8P61Xizece9DR23q/ttt0aqfhaLGjmsSITHHyjaoxAyRpgv0pjHwl8S/LtLN/0O09bytycM5EUfRE+ZCZylFEM1UfCjOUI0/0W/O9bu8Ry8Val05FyofLMm9VT2im6n0Zk2Y7VS7ylzkSAMam2VH0ytXICFmfP/p+vEm3b7/pbA2jk2HiQdKeC9TB/1YQCES3Agl4BKI7kkxFZzNVgfuk2UQAwCuUrmF+a4l5YOMTZWn91K6zjVSguT6NkQl/7lo7JkyVfL+heSq7OQ3b8yXpxeJkwRFu6GeOlrMTe9kK6qjCBuHdvBmZlgRlR+w+0Ri5UD3JX7h7YIbKMobKumjG1BRR3FlbYSOVdzxy1XD9w4J9VEr95AxUefiqJJ7W0DjlrpHWSOWdUK0aphP+lGtEp88oP2/R4GnieAAYFdFvVES/Nlt6mRHJ9rw6+lylcPmJMWm2jOggnjuCYIBNkmdNkmeFfkpPccLTcbe34lqCRBCSO7Uz7tQG9yn1JjGSmZ5p3ZEtvIiZrnVN6NXuK5iIdoLGyAXqSQta9beCQCC6CciFHoHojszUjgvcYahRlmineWWk9ZZFoZSRAwDnrHlz7D0C95msGCbGmqbgTGq6feosaJZ3RMQ5H7V9Myre6JOYRyXl7hhhuj7NDgAkzt9zvXFMms2nUrpCzN2WZZoYrIwTIjCzIq9zPzivWL9X87yVqPNu5cBVqNj06BgH1Ull6hFtRIqLJ8gHe56ek6/fq/mnlaj37sOBK1v+3c7olSzWAmGMATZD0eKq8qGAY7B4qHFKhpW+MkOEjOZvHGC+YUC3iwqe1Nu6MMvkkx2AwPmx6bZ7rjMS6LeJQCAQ1y4YH8AHqxtjNBqdztYs5yPChVarBQCWZXW6UJMSIUJHz5ivz36gjhFOZYcDtrlg+Lj48c6hI0JU725KHdVjLz7kLxM1jZG/Zr7dV5xyxbXqakXHDhNF+ZjVAjjOaqOZfgNdg4fxJGly4Pl1lM5GUDgfq2DSNK7muXYtTjyvjmq0EiTOx8qZdC2DZq5th+W5GflPnjY3RT7jQMXah6hc6QRPm4nKSvHxfyUvuCdqTucaiQgMQRAqlcrff9k5W+GM3Cfdm/BN/XkqxtH0KTuI6hLxUTvR4nvvQvWkD5JXtsnuYFidWGEDXWfCcRyiI9ieUS6qs5M+tgc4jqvVagBwOp0B6iGzHFZQT1WbCIbDNFK2Z5RLRqPcdV0FhUKBYZjBIFxyBdHFUSgUNE0DgE6nY9k2uZu5J7QIRBhBAl4YJOA7HSTg25vT1rxFBS/UM75zCxIjXkm49+6o2a0bdrfx5D3Fr5pYq89xMUZ/lPrEHOX1/k7EGIYniODp7hEdgp60zrn41CVLafOm+6NvfClhecebhGgRgQU8AGzS7X+45G0H75sOzZ2jYYf+yJr6rc3P6i3uEU2pDpjONm+aoBiyLu0fHhcbRFsIUcAjujJIwF/VXI0Cvo12th0cxzE0i+sQkIAXBgn4TgcJ+A6gjtG/Xf3tJt1+91a8BBdNUmQ9FjN/sLRXW4Ytdda8Vf3NdsMfOsYEAHJCOkM5cmXMAn+V1RBdEJlMxtHwZsnXn5ZvKXFUAwCFkaMi+j0cc3OLAoYRnUVQAQ8Al+ylb1d/u9N4zL3ipiYVs5SjHo9d6M6D/avx2Ic1Px6xXGR4FgBS6NjbtVPvj7pRhFFfN+5aW7f1vK2IBx4DrK8k5Z6o2YvVU5tnaEe0DiTgrwGQgL+queoEPM/zZrO5Ay4UAJlMhvspEowIL0jAC4MEfKeDBHyHwQNfzxgYntWSSgoLW2JLiVSixyw6vV5LKknMN9Ad0cWRyWQSiQQAjEZjjbXBwtmjqMjW1QBDdAqhCHg3DM/WMwYcw7SEsrkCd/CuOpc+ApdEkr5J4K2cvZ4xaEglKiUYdpCAvwZAAv6qBgn4VoAEfIeBstAjEN0dDLAoMvzFwHAMj6U1Igrdyq96VKRcBfLOtgLRXpAYEUup/bWKMCrxz8oRPkhxcRKNpDsCgUAgEB0KmlsjEAgEAoFAIBAIBAJxFYAEPAKBQCAQCAQCgUAgEFcBSMAjEAgEAoFAIBAIBAJxFYCS2AnDMAxJogQBCMQ1hYW1vVv27deVv5Rbq3GeT2bky2Dw8pRbxJkDu3T5Op6vzj3xn+Ivt/C5DbiNIqhMWerKtCXzosdh0IXNRrQ/P9ccfPjCf0rYBg54DDANLvtb2l2PpSzq5tngeavFeu7E6tptX1IXynALACRyEUscvR+QjJVlDMKTUzvbwA6C5divzn6xqnZbPjSywMcSylvjpz7Z667m+QgRCEQ7YbVapVJpB1wIJbHrViABL4zNZuM4rrOt6NbIZDIA4DjOZrN1ti2I1kDTNEEQXefjO266NPfi00bW4nM8zkH9VnB9yuxlfFxCpxgWGKyx/vtdbyyPP+HEfO/VA6Rpvwx4W0HI2uO6NE1TFAUAdru900vLIprD8OyUE/cfdxY1b9JgshPDvoyiI6VSaTf8+PCjh3P/+GHKwPP1tG+Je42L3HEyo79mAHvTfFAoO8W8EMEwzD3pZ1nWbre3YoT66vzJOU8W0L4TeglQX/f9vymRQ8NgJSIgYrEYAFr38SE6HbFYTBAEtFkRMAyjVHbE3QYJ+G4FEvDCoDJynQ4qI3e1I5PJaJruIh9fubN25MX7nDwj2KpgiIKjI4n5y9jomA42LDC4QX94yxs39Dvj7zadLko43Pej9tiH9y4jh26GXZAbzq34gyn016rAxPlZ30Wptd3t4xP9ccB8ZGfP0WeshPCEW8Lilw4M1EqjrEvu4aXtsvgVFtpYRo7V1Q7OfbCadgi2EoDtzHxroKRnW61EBASVkbuqQWXkWgES8B0GepcRCMS1z73Fr/tT7wBgJNmH0nNEv2yBLragKfrt52W9LgawqcBR8Unt5o4zCNE1OGa6EEC9A4CRt79c+mmH2dNFwBvq6YN77ulb5E+9A4CN4O4aUIgb9KJ9uzrStg7m1VNv+FPvAMACf2/+fzrSHgQCgUCEESTgEQjENY6Tc520XgrcZ0uUnqiuJGqqOsakUMBMxuy6s7XN3IB9+G/9lo6xB9F1eKXov0H7rK3b3gGWdCmoc6d4ntulDrLhuU9l5IAnL57HrlHfBFyv+yoiP3CfQqamlukS7lEIBAKBaClIwCMQiGuc07Z8LtjWug3nrDhHVFZ0jEmhQFZVbIkKPsOucjZ0gDGILsU5NvgX1QJ+N2CvVYjK8ira6cSD/NgZDHJlDoxl8NoutGAXRvDK8gYqyMIfAPyqP9YBxiAQCAQi7CABj0AgrnGqXY2hdKuUOMBmbW9jWoDNWkv5dfv3wPAo3Wa3I0A8iIeuFQ3SIWB2W6UouHAFgHKRAwAwa1dJsRlecLstlJtCDYt24BEIRCfw6aefYhiWnx/EUSgwtbW1Dz30UFJSkkgkSktLe/LJJ8OVbyIvL08ikUyZMiUso7UTqFIaAoG4xkmhY/01idnIHvYxamdPHKhcMUGQmo5INRMMixO7WC2qMfYXsQ8ONBSUSw430nn+OlM4uo1f+9SZiewautFKYDwfJWdVbJyNLAt8SrOqBdc+vFiSYhR5nuI8mWi/LtoxgObkdkJfQ5+plBzlgQOAnjYJAPBSSafZ2p5wYgluxziMxwCPt42IcQ4Ss5FO3FRLny+XHOKwptWfJKpr5exEIBDdAZ7nN2zYINik1WobGgI5FR47dmzYsGEAUFFRMWrUqPLycgCIiIgoKip68803t23bdujQIZVK1dLRvOE4bvny5V2/eASa+SEQiGucfpJUEsOb7VRjA4yLBxvuIXmx+/kWDWyphr5HnLcONkeIOmdbmwfYly/5NUfqZDGACMAThhpgqOGBMsnBg+pXbISAK0GA5QnENYCdwX46G3GyXOQdBTIdNpyTf3MycrVHjDVHhXVE5eEuBZvQQ1tRJuFwG87F24ePafy7jLlCoxqp0n3ql4zUhWQ7zRMkFxPXWaa2K1xCj7iLlBPvNbb+eSWT5N1kIWsOqF+pFB/FAKYphneWhQgEonvCsuw777yza1crc4i6C/sBwCOPPFJeXj548OD169f36dPn1KlTt9xyS05OzjPPPLN69eqWjubNJ598sm/fvtaZ15EgAY9AIK5xCAyfKB/6q/GKgM8Rukf7mW5r3vliNb36oPLBMXop3Qk7mNsuyPblC+wK9rCNnlnz0bbYvzhwXw+xJ2IXdohpiE6A4bC1hxUljVSzFnKAaXEEG7tH+5w/Z/kn4wS+3tc2rgGD6RNH5teof4/sPbn+NZz3nZwpXEkzaz9wkv/AeIer3wCeojvFzvaGU0YuN9xQ6HzYszrpQcbETK1763ftX7WRFQqy61bRQyAQHYfZRJw+gZUWg9WCiSVcQiI3eBivUof3Itu2bfvuu+/27t1bXFzsr8/Zs2c5TmD75MiRI7feeuusWbMGDx4MAHV1dVu2bJFIJD/88ENqaioAZGVl/fDDD1lZWRs3bnznnXfEYnHoo3lTVlb29NNPt+FVdhxIwCMQiGufj1KeyLpwj5G1uJ9GOwb2My0EAB4ESqjXmogd2bKbB3V0PdWSRnK/kHp3o2SShurvP6R+1fvgGPmAeapx7W8aonPYVyARUu9NpFonl1j3FEl/a96UjGvuS7ilPU3rinBqrWP0hNcP4Y/1era5endD8KIk61Mu1ceOcV06vrEtcBzYiUdJXnh5AueJMY3Prhxc18FWIRCILgh+9hTx80+Y63L2EKK4gDi8nx03mR0zIYwX+vHHH7/44ovAfeLj45sftNlsf//737Va7dq1azEMA4CNGzcyDDNt2jS3enczZMiQIUOGnDp1atu2bbfcckvoo3ngef7+++83mUx33XXX559/3vKX2KGgJHYIBOLaR0nI9ma+5/E2zzTd7FbuzdW7mxOlIifrr7G9+KNYEnjTv6dlFsV5FD42J/L6b9NfbHezEJ0ED/BHke8Oqg+ZJgGV3o+IPzDwE8zvt/taxjly9Lnhd4hZTYA+dVT0man38pJrMwAeAPLrqVprIOcCMatuqBeY2iIQiG4FfuEsueV7b/XeBMcRe34lDu0N47Wef/75U3+iVCpDP/Ef//jHpUuX1q5dGxvbNIXbvXs3AEyfPt2np/tIYP/85qN52LBhw/bt2xctWjR79uzQzesswrwDz/O8z3oGAoFAdAUS6eij/T75xXhkQ93OyEpfvykfXBxWoSdTNSFltA4XxY1BbsgETw9yDnVICgYr+t4bN6+PJLljDEN0CnorrrcFWWSPdw6aTvQ9xOQ7gCF5IpOIeSH1gVHKgR1jYdekQJ4BwUorFlkUGdCVSk6ElWL/XhvefYYldbtCgwgEwgPGuMid28B/kV1i32623yBQRoblcklJSUlJTSk5SDJU+XnkyJG333574cKFc+fO9RysqakBgF69evl07tmzp6c19NHc1NbWrlixQqPRvPvuu3v3hnPlop0Is4Dv37//0qVLFy9e3KNHj/COjEAgEG0EA2yGYtQMxajncjRBp64WZ0evRVqcwV2iXk95vn8cmnZ3C0L5PnA89knma52Sr6HLYg3hl2txXcvuh9YQXp01hG8XAoG4hsHy88ASMFSQcREXz7HXje0oi3zhef7pp5/Gcfyll17yPl5bWwsAkZG+Kwvu/PPu1tBHc/Poo482NDSsW7cuKioqPNa3M2G+g1+8ePGZZ55JTk6eNGnSZ599ZjQawzs+AoFAtJ1QBE/HiyIJGTz1vYRCVd+7C7IQvoE4DmIKqfcrkHTJX3dHgu4kCAQiKFhtVfBO1SH0aTd27Nixb9++ZcuW+Wy2uyW6p1ych8AC3t9oALB58+Zvvvlm+vTpixcvDpv17UyYBfyQIUMAgOf53bt3L1u2LCYmZtGiRdu3b3c1j69AIBCITqJHZJA7EoHz8Uq/BbraiWR1kCuSOCQ0s6qW0Z2x5l+yl7r4UA1meDbXXnbGml/tEqhLh+gsqlwNZ6z5efZylucAIFLCyoOVM+wRyeAoau1KklTBfwhJwe4AVzUhvQPB7jYIBOIaJ4RS55iz0zz+OI579tlnRSLR888/79PE+3f7BwCn09mi0fR6/QMPPCCTyVavXn0VhYGH2YX+5MmTOTk5GzZs2LBhQ0FBgd1u37hx48aNG6OjoxctWrR06dKsrKyr6N1BIBDXJCNT7GcrRQE6DE5wismO3qMbkWw/XRHIqoEJDu/t1u/qd71fviGbb1pslnHkrVTWUxkPxIi0/kZoZIyvV3/9beNuT0L+3g7Zo8Y+SyInMwOGXsNpvboyPPAb8jZ8aPg5j2iqEagA8QL1hKcSlg5Plv6eG6ic+8jk4DOw7kb/OMf2C7IAITAqKZcRc80K+GpX48f2jS7yLzLGN0WTBynND0CROAhENydCHp4+7cOOHTtOnz69ePHixMREn6aYmBiTyaTX632O63Q6AGienS7waE899VRlZeU777yTkpISNuvbn/AHQWVmZr744ot5eXlHjhx57LHH3O9jbW3tu+++O2zYsH79+v373/8uLS0N+3URCAQiRHpFuYYn+VU+Kik3u5+lI+1x0zPKFUCPeVvF8dyKvNceLHvHo94BwIIzX7BHJ5y772L9OcERCh2VEy+tWFO31aPeASBXZHk46vjdjZ+IP/2ALMwP00tBhArrtN978JHHzBs96h0AjGBf07hj4sWH0pIK4xR+d0ozY5xDeyAB74uE4ucNMvvbKSBwuGWQicSvTRf687aiCTmPrNf9fED9CocJf3MwDOYNNF/bQQQIBCIofEpaWPq0E5988gkA3Hnnnc2bYmJiAKC5gHcfERTw/kY7cuTImjVrRo4c+fDDD4fD6o6jvbKYYBg2YsSIt99+u7y8/Lffflu2bJm7ZkB2dvazzz6bnJw8ceLETz/91GAwBB0KgUAgws4tg8wTetnwZrfAFLXr/jGGiGCuy+3EvIHmib1tRDOrktWu+0cbPA7VH1f+b4N5v+AI9YRzScGLdofJ57iLZ5YW/l+ls17wrB9jdC/H5Ys3fUNUlrfpBSBayNsHX/hJWiLYVMnq7y58/u7rG/vE+joEYhiMSLYvHW5CDm2CDIx3LBlmap5EQCHm7h5p6B19bW6/Wzn7ksKXGhgjAFSKj/0a9YSV8P29y1jLMtP3g2MCZq5CIBDdAC4uge8RqJYNH6liM/p0mD3eVFVVbd26NTExcdKkSc1b3QK+oKDA53hxcbGnNcTRioqKAODIkSMkSWJ/Mn/+fADYtWuX++nx48fD86rCSphd6JtDEMTkyZMnT5784Ycf/vzzz19++eWmTZsAYM+ePXv27HnooYduvPHGpUuXzpw5E28+lUYgEIj2AcdhVl/Ldan2sxV0lZFkWFBJuYxoZ8+ozpzc4zjM7GMZlWw7WynyZ5WTc71V822AIt9ltH3jmTV3jVjpfXCTbn+uvSzApd9Jql5ZEiv7dbv1zr+0+XUgQsKWd+Y9+cUAHXKZqp2WPXePnFSqIy9W040WAsMgOoIdEO+IlrMdZufVyIB4R0a082ylqLiRtLswKc2nalwD4p3X6t47AHzVsLPCWed5Wik++r/4W5KtE2IdQ0ScwombLcTFXSfrZazTeQx3dF5maQQC0SXAMGbuLdTnnwjmoudJirlpAZDBa1L+P3vnHRhFmffx3zOzM9t3s5veE1LoLVQBAamCighSFBuW0xPxPOVOfe31ztOzchYUFFAEpEgV6UVKaAmQAgnpfVM222dnp7x/bEg2m20pEMD5/JU888wzz2YnM8/3+bWrwffff8+y7AMPPIDjeNuj48eP37Rp0969exctWuTavmfPHgAYN25c4KNJJJK2gp+iKIPBQBCEVquF9hS9u5ZcoznRNH3gwIEdO3YcOdLKakRR1Lp169atW9evX7+vvvpqzJgx12Y+AgICAgCgkbLjkm3dPQt3NDLOx6xOWXIbkZ/41d9t5x9p3bLbeMr3KTac2681ztThWK2OCw0LcKoCneFo0T5bqB9fj931R+dqJ8RpmEAykwm4Qor4oXHU0Ljunse1YrfB/X+cRXShfHehfHdzy1lVr1v1SlH2eUHACwgI8Jpgx2NP4zt+xQryWrVHxzLTZ/LhXvNoXG1++eUXAJg2bZrHo/Pnz3/++ef37dun0+nCwpqWK4WFhSdPnlSr1TNnzgx8tJkzZ7btv2HDhjlz5owdO3bv3r2d/CBXj6sr4G022++//75x48Zt27a5esuHh4fPmjVryoeO+14AACAASURBVJQpBw4c+PHHHxsaGrKysiZNmrR///5Ro0Zd1SkJCAgI3NCUGT17XDtROeLC6f6MI/RMkSgulA9VsBUGUXmjiKpK68FKqyUZVrzW27klEjsAYLU1goC/qhhsWGE9YaSwC1Sqli5vIPN9dC6zdmcVH4EbiFK6xm+fEon9VlBi+nrEMLx3s5KFRkX1pN6K4RgfpWbjNA6h2IGAwE0Jr1Iz9z2MGupRaTGyWnixmI+O4yMiu3FKNTU1mZmZBEEMGzbMY4fQ0NAZM2Zs2rRpwYIFGzZsUKvVtbW1s2fP5jjugQcekLZOx+t3tBuUqyLgTSbTzp07N27cuHPnToulJVtSeHj47Nmz58yZc+uttzrdGGbOnPmf//xn6dKlr776KkVRr7zyyoEDB67GlAQEBASuT1ieO2A6e9KcW88aQ0Tq4fLe45WDceQ1pEjEerbZKh3Ro/QvRlFNr6h15wEAxARvdyAAiIT5kQA8cIWyPenaT+yYh/wjOCDo1rIxNz1mGn13lqnUBQPv1EOP3F39SD158Zj2P3VkrsdTMF5QTgIBIUIefE3dwJtvJ9oOngQ8w6HfcmTHiyQM53LjiRuD49PvSND2kyZ2zVwFBASuJ3htMK8N7u5ZNOG0e6elpUm9V8b5/PPP09PT9+7dGxoampqampOTw/N8375933vvvQ6MdiPSxQJ+1apVGzdu/P333+32liVgRETErFmzXHW7K2Kx+IUXXsjJyVmxYsWZM2e6dj4CAgIC1zMnzNmLSz4tpqtdGxPFkV/EPzdC3sfjKYmKBKh3b9Q4ekyr+UrMqdzaneq9GQRYknVqKN1nR/iTFK5365xikQAA331lY25uTjeWrz4WJXa4h9sF072m13yzN/SFSomHMIdkstucGAVuLBLFkfmUnySUyVYJAPA4zks9lCd0cOi7Y6qi+jZRr/ag+rypT9d+FB296tO4xeGEtoumLCAgIODO7t27AWD06NE++kRHR589e/aNN97Ytm1bXl5efHz8nDlzXnvtNaXSfQETyGg3IojnuzKhi2uN94iICKe9fcyYMR6TELjy9ttvv/HGG3379s3KyurC+XQYo9FI0+6JfwWuJSEhIQDAsqyzrqPADYdcLidJUvj6fHDEdG5+wZs07yG2mUSi9clvj1b0b3uI47m0U/MriJYgeQTYjKoftI6UwC9dLNt/IOQV1xatQ1R4ZJAEicxPP89LpHK53LldLTwMu4QLtsIPjjqiLF7XEDa8YWPUXAdyr1/4Y/zLU7UdiSzDcVyj0Qhf3w0KhmHO/Ek0TRuNxkBOWduwb3HJpz46xFLkpT8GYICYhCTbnAVtO/yeK9uX50HYO+EQsyXiQY3C/lvqR8Ei971CgbaoVCqEkFBu6QZFpVKRJAkAer2eZTuVNNS5oL3a8DxvNndzgQm5XC6kJL82dP1fOSIiYtGiRQcPHiwvL1+6dOm4ceP8qncAGDdu3BdffPHRRx91+XwEBAQErkPsvONvpZ97VO8AQPPM4pJP7byHlPgYwt6S3e3aEkUNa5d6B4AE620KppVp982CaAmHHP0H85Kbys3seoDjuX/mr/Wh3gFAymqTLLe7NY5hoqdob7maUxO4ebhXM76vTxf3f+XHYoAAgB7m4aZiODha5Ot/H+NFvU1zi+xVb1V838mpCggICAh0hi52oT906NDo0aMDUexujBs3rm3efwEBAYHrE5pn1jXs29p49JKtlOW5eHH4VPXwh4OnBYkUAY6wx3CqjNb56FBG6/YYTt0Z5MH6enff+8uPFLytPM0BDwAR9rT2fwIUaR+SL9oBAIiHJSWRfykPY8Mj7WMntn8oAa/QnGOdfv/q+t0Wg/9qupHUkIuKjc2/plGa5WnvIx8FAwUEXBAhfE2P1+cWvHGJKnU7hAG8dTnm3hotANAjRrMJPdqeXtEoohx+brYo+xAA2Nh46N2Yx1W4vIsmLiAgICDQPrpYwI8dO7ZrBxQQEBC4GiCTkbyQgZeXAkWBWMxExTAD0jh1UNNRlhXlXMAL8zFDI8JxNjjU0asPm5DkPFpG6x4sfDfbVtQ8mo7Rn7Jc/LZ2+4rEl4bL/Us1AEi3+CoA7uSkJdejgAeEFt362pizm5bqt+8L0suYjrjnSdlgOYuP1SufL4m41RjkGJxmHzeRJ8gODCXgkXJLxYN5b2ZBNQAMYv0XSVWwIQCAAepnlj6ID10wbDFBSK76LAVuIqLIkDeiFj5e/IGVo1zbOYCtYfoFhnjtiNsd/Qd5PNdk9++SKWVCAIDmHGcteeNVg7tkzlcVzGgQnT8rqigDux3EEiYm1tF/MK9Sd/e8BAQEBDrF9VibXkBAQOCqQpw7I973O2Jb3Nfx0mLxqeP2MePp4aPx2hrJr79gjQ3NR7HKcuJCBtMjhbrjHiuJ5lx+vcBe0XbYGkfDfQVv7e35SaLYfwkWPWPy26ee8R77itDAIbO/Y+7Gy0vWGkJP+h2rDa+op03FkpGW5uNV5tgE/uZK0Nrt0KV5c8tfy5danb86MPfg9rbcikUu5ZZIFMF4ryTh6xDoALlUyWPF/7ZxHgpJnFJZ7hpTuTu1r7ctOrHIf0ak5tu4gfX/+Op2yDPp4kN7wSV6GS8tItOP2sdPdqQN78aJCQgICHSSbhDwBoPhhRdecP783XffXfsJCAgI/Jkhss5Jdu/wcIBlxYf2IdpBZJ5CNlvb46LCfOnmtZ+Ml3lU706MrOXdypXLE1/yOw017t/ZPshfH14kYhKS4jHJyQy/g7nTI07j0N4ANrQbEbymasXpz/ITrc0tDeRlv2dFxMplvccBQFemlhX4M/Fm+QqP6t1Jtq1oVf3vj4fe6fFopIpFCHznNa4n85w/aETXe60KIuOUeP/vbdsRy0r27QKRyDGgA5FHAgICAtcF3SDgbTbb8uXLnT8LAl5AQOBagux28cHdPjoQJ44g72tYvLx0c417fKkbvxtOWjhKjrU4P2NGA5FxWlReDBYLT5JcZDTdf/AQeU+o9TPbofKefnoAAECfCLtYJLMz7UhKGiJn4zUeMuQJdBaeJ/IvinfvWD+gzrW5hsw0iSqVTJS38xDiB0dT3o4KCPilgTUeMmf67rNJf8ibgFeIuZ5h9MUaX0E0BfLfAECE8IHSJABAJiOReZooKwGzCUiSDY9y9B/ExsR19BN0GchmFR/e5+UgD4DEB/cyKb0FPxcBAYEbFMGFXkBA4E+EqDDPo3W9GR/qHQA44PM4ne+0YnbeUbl7dX88mo2MZlJ7iy5miffuauWuX6sjzmfcPXjga+EaHeO1zF6YSDNFHZCfp5zk+6YUnM0NNBE9hsE9A81ISI7W1SCrVbZuNVZXwwF/Ud7qNuMQe1zz4eTa/yIvxV+GJjZGqDpVqUjgT85lqoLlOd99LlKliGVF+RexilJktYJMzkbFMKm9eFwEAHf1sxQ3EN5S2VVITxTJ9gPAdPVIrUglyjkv2b0DOVr2AbFaHZGVyfQbaJtyJ7Q/mXEXIsq7iLxWT0QAgOyUqOCSo5/ndAACAgIC1zndIOCVSuWHH3547a8rICAggOl04DTBdOh0BwYMCiBStOwy0VhFZJ6Gvb8B4/DolhqUce6zESMeUP7OevKYxhH2cdwzrmZ834RHFJ2s3jFUvwgDwndPKcHPGWxKCRXM710MXlMt+3kFOBgAcGDgwNy/1grpiYMhr42p/z+Cd0vfzYdGX7q337UoFCxwE2Nl/XtwUKxdtuxzzNwSwU6cPcnLFdTtM5geyaEK9rGRhjVnVHqr+zZTiezgEe3bAHwEoX0n+nFRQZ505xaPTzZR1jkJIGrajE5+nM6A19b47YPVVEO/azAXAQEBga6nGwS8XC5fsmTJtb+ugICAAKLt0FH1DgBiDgXTRD3pR/1GUwQAAA/g8GYFAgC4J71+bWjSX/sU1xGtqsGH0qIvKwbe1mtA4LHQkURwtnJdiexwqnlGuH2AmFXbMWON5JyOPBdNjQyh+xCcjCdMDySkDIun5KQQZN3F4HU66ZrvgWn6HsUcCnGI3L5WACiW7a+WnE01zYi0D5GywQ7MYpDk350kfyR26DWfssDNRiQZ7LdPNCVyVe9OkMUs3bzWNnMuk5Qar2WWTNCfKiO3l+jqLMiBbHqyoED2e7XkLAAMlqV8nbAkSqQV71vjI1yeyMqkB6ZxUTGd/EQdxvmc73wfAQEBgesTwYVeQEDgTwQv72zt4olGzfoQX/Xbe1mkMRQJENA+wV21mgl/qDaF648GmRpFrMYhGmVQzKrRyFmMPnbIPmFqgLPqKY2LIkMq6aqz6m/cDpVLTzh/eDjk9vGxiwIcUKBdSHbvQEyrbZ1J9aq1EQ1te1JY43n1qvOwSoXLX496ZKbmVrVQT1ugK0iVxEaToRW0r9QaE+u9VFDjOMnv2y1PPMMTJIHzoxLsoxLUZbRui/5oNlWk4SQx5N0TlGnjVYMRILy8BDM0+p4MmZtFdZ+A52T+/6d4xfWeh09AQEDAG4KAF7jZ+HvZF7/qj1g4CoAX8XiCOOqbhH/0lyV2eMAcqvSJ4n8V2aoYxAIgOSa5Wz3m0/hnu3DO1wMNjHF1/e+HTOcq6ToZJu4n7TEveMJoRf/unlcXw8QlkEcPdWaEv/GjNqKtPmJN/1kc0a4B5Sz+YGXIg5XuHtRE1jn7uEkBhpIiQIvDZr9c7q7emyEx4umwe9o1MQG/OHjmV/2RnbqDhXG5EAdJVsmM2qB5VVqSx54vjvwlvIH1vonzfsxf5mknXMPJCtzkIECLw2a95OMhwGPPlYR7Pd1iFl2+5Ojd8syPJcOeCZ/VtidW27KDySL4NUy/OawhV25jESTaxHfUBi2oDiYDcGK/erBxiXDquO9gKSY2/lpOSUBAQKALEQS8wM1DGV0zKudpim9xWnYAm28vm3Dp2QXayR2T3C+Ufbmq7remX3gA4M2s7aeGPRsaD/7R+6sE0uti6MZir/H00yUfu1Ymv2Ar/Llh7z2asZ/H/02CfOUlvrFgo+PYyGi8ymsdOF4mQ1art6OAUO8B097Dw18uX8Z7il1/rCLsvuquCWZGdgqvr2PDAr3HHg2ZftKSu1l/uO0hHGGfxD7TQ+w1BbpAByijdQ8XvnfBVggAIAcAyJHbtoXqP42rXns+eYBZ9vGluOd6lvKeFMSDqtvmam+7ptMV+BOwMGT6SUvuJk8PAQzQVzkJKVZfaTXwygpXAe+N5sR11SQ9f2DBCbW5+dBFue23kMZPEqp+qlAmtXPyXQiT0IMLDXPdaHCDDYtg4zq+rS8gcH2CYe0oRiNwQ9MpAb906dJOXv6ZZ57p5AgCAs2MzPkrzXsOTv6pYU+MOHRJxH3tGvCTqvUt6r01ds4xKuepskEbcOjOXLtdwklL7sOF79G8e7wuAGzWH2Z4dkUAVc1vGBCips+Urfke2TyodF4sts26j/zjoKi4wOPZ9lsnsBFRj0FUoiTqzYoVubaS5kNRFPlKUeSjlWEBJLkLAKfpiPK+ldAGDGFfx78wRN7z0+r1dYyhuX2ALOmd6MdHKYR8TV2JibXOyn+lmK5ueyhbYZuedik9ve+T5eGJlOTl5LJsRUtG+ig7+Q/5tAVJj6GOp2IQEPAMhrCvE5YMkff8tPqXWqbFy32ALOmDit63Vfmzint6KraFUygBgML4O9PyshQeinoUSO13JZ7YS9dFkd2UmhHDqDtmSdf+gCgPif14qZS64x4QpI7AzQVCSN7pIEGBGwXE+6yZ5OfkTpch6szVrypGo5H2WoNE4FoQEhICACzL6vVe62y58ljxB1v1f/jogCOsetCWds0hInMmy/sq7DRdfcvKHv/XrjGvJTpG/23ttl2GkyX2ahxhPSVxM4JGPxIyTYZJCuwV3+i2HjCerXTUscCxPOfD2/D58LkvRT3gTW+cteR9V7f9qPlCHWNQYbIh8p4PBE+5XT1CLpeTJBng13eNwYwG8e7toqJWKp2Njaem3MFpQ4BlxUcPEWfSXaOaeaXKPm6So3crGXyJKs2jyriC3F6n8web5LiX59lZpeV/sTWHtCadmFEx2DCDYmFF6F11QX6lvvWRp9jQsPZ+OoZnM6z5JfZqCUb2ksQnS6LbOwIAyOVyKYbxjXqz1WqXyT148nMcZtADy/JKFS8ONFv+zcEfpvMvln6ZR3v14wCAxaXhH+Y1FcTOVdhyZTYagyRRWK+RcyEx+RpMEsdxjUYjvMtuUDAM02q1AEDTtNFodD1UQdcuq922x3iqzK4jMFFvSfwszdgHQqaKUUsFipaHAE72EscnS6LFB/eQp477viidNsw+cVrbdmSzYRYTT5CcSg0IIbNJ8fWnn8ZVvZRS5mO0+cETv4h7rh2fuavB9A2S3Tvw0iLXRjYhiZpyB6cOugYTUKlUCCGDweC/q8D1h0qlIkkSAPR6Pct2qsanc0ErINCFCALeM8Kip9tpr4CPPXcvxflJKvtV4pJ7g8YFOIGt+qOPFf/bdx8JRpYN3BjggNeYw6ZzTxT/p4ExurX3EEfN1078b/VauxdvBY9MUg1dnviirE1Vsw+qfvq4Zj3XJiD8rqDRq/q8rpTIr08B7wTTN+AVZchi5qUyNiqGCwl1PYooG15ajBkNgGFsSBgbHestHB2rKJOv+d7bVd5PrHw3qZJr428/ozZo1YVkCef1KcpLpOann++Wcsp4RZks/SgUXQaOAwBeRDApPenR4zmNFgCQoVF87JDoUi5y5tjHMDYqxn7LrWxCN/rMXiM4lnn53Dsr0Fm/PUNpUcnhQZjLthedNtw+YSp0+r0ZIIKAv6HxJuB3GdKfLvnYxLqbyntL43/q8Xos6XW/T5R3Ubplve+LUnfNdvTq69pCXMwmTh7DddVNOeelMrpPf/qWsZIDu0cr1pxT+rLYyzDJpQE/dXsEFtZQh1eUIauVl8nZ6FhO6z9Xf1chCPgbmhtRwHdynp0Hw7DOa0OBQOiUC/11K78F/oTYed/qnQdA2xqOBi7gtxmO+r8od52ujPOosgcL37VyHrwHC+2V71f/6KMCkEf2Gk8vKvnk+8SXXRu/rd32UfVaj/23NR59tuCT7/u+2q6rXGM4jdapSD3CS6RMau+AxomKYcMicJ0Hb+plMbq3kzzbabeGNj7Vp+iHrB7ehnX0H9Qt6p08e1J8YLdTujtBjIPIzRJdzqNmzuEJUrrp5yuOqTwAAo7Dy0tlG9bQo8bZR4299hO+ZiCH48NDL68IvhRI51qSqZY4oqgm9cLE97DfNuWaqXeBm5JMa/5jRf/2GO6UayuZV/DGgV6fu9rhXWGTknl1EPKePZ5XKpmkVJffecnv24gLma062azkmXQiL9dy973ZVct9z9bKUUVUVW9pN+eK47QhnFawfwrc/PA8b/WRweeaIJfLBQF/bRCS2AncJPgTpAgAjJzZdydXDG1MHB4uGvhwLEv+cZC8nMvTNCLEjsRE+/ipPuQZkXOOOJ2OLGbAcT4k3D5xKqvWBH6196tWe1TvV+bdka237Y3HjpovNOelN7HWf1f95KP/jzW/P1MR0YsO4cIj2MQkHr95nzYI2afNkP78A2pt6rTg7BvJ5T7OWxtRv6gsbJhB0fYQGxpOjwp0s6kLwUuKxPt/93iHIAct+fUXwDGXsFKX9zTPk0cPciGhjsB2PW48WLZ+6/LPE/MDP8OMNW2CMMk9bXfPEWJuBTrJW5U/eFTvTvKp8u9rdz4VdrfHozwust1+l2zDGnDa6NxCpnCcun0GT7SIf/LUcXf1fgVkMsKuTcwg/+8RC2cDAKyyXFRegigKSDETGc3GJQg7WQICAgKdoXuW1HV1dY8//nhKSsqHH37YLRMQuPnAAOPAa2UvJz3E7ShL20McccD/RQNahYhPpROHdiOeh6Ylk5nU15NnT9tHjKHHuteRwnVV0jU/NKf5BQAwGKQFeVxkjPWBRwO5nIWj9hhOBdKzvWzR/9Es4A+YMoysxUdnHvj1Fbvey48FAF4mt0+Y6hZAfjPBhkXY5j8s2fkrVtdShHmf1qQX+fFnWztIOuwPHFq7vTGpvagpd/Fk17ieIoYRXczCS4owq4XHRVxEpKPvQG8hoOKjB33s7yAHDT4DL8S/bSHOneFlCiY+kend96bZtSEyz0gO7l4VUU4jPw+ZZhAPETTBi8X28ZMdA9Ku6vQE/gzUMo3HzFm++/zaeMSbgAcANi7ROmeBZOcWzGhotfmmUtum3sUmtHgDIZYhT/jKKaOoa1SBxAjet4kBACDKjGSbl7tW/SABOE0wdftdbEyc73MFBAQEBLzRPaurAwcObNmyJTg4WBDwAl1FGBFU7Wjw3ef58DmBD/hC5H3La3f47hMiarGK4zaz6NhhvEbHY4iPS6SGjgSSBADxsUPOwuOHgo1LY2qqSTqUJp4oD5tWHyRO/wM5KPvE6cDzeJ0O6Wpwo548egh4aMAd7/WozlSbMR6NMCpfKoxQVJUrln1h/stivzMvoat9WGk6Qx7VkrIon/KVvshJusryY2QdhyDBZhqxcyNps9Fpw5qPIjuFV5YjkxEIgg2L5ILb4eVIMYhhkYzgusqoyXJgc2AEzotFHYwMYsMjLY88JSouxEuLkdXMiyXZYfng8GOwvRiMzE88K8rPxevrgGF4jZZJSmFDu6w8IV5eIt2+GZlcUiEU5JHHj9iHj6LH3OZmB0M2K17py2XAL4im8eJCABDlnOePHrTdOYuNju3MgN0Pzzt+XX3YcLE8HO0MbYcLTxoXRkyZbUnp1VUbMQJ/ci5TFW2zjbiR5+Wx3PzAhNgEy+PPiArz8YoyZLPyEikbHcskpbq5g2GlJcjuR5zfZtRuUVX66JAkCk9dt4W3286orBflFIP4BBs53CiX6utl61db75nPJnZb1gzEMlhFOWZo5BHiQ0LZsAjBQUZAQOAGousFPMMwn3322cGDB/PzPa9cGYYpKCgAAILwHKklINABPox9+sHCd310CCc00WSojw5uhOLqCFFwNVPvo88HcU8CALCsfNW3WJ1LydmyEuLoQTYp1XrnLPLo4UPBxpkD8m14y9prZ6hBzKGVOUkzz57mohPIE4ebK9ayONw6JPusqsWB/4jG9FF85YR61c6MnuLjR+y33Op75nauHdnp2oVr3jsqgPj/PzSmPzRNteVDHKIXC+oWJvbgNcGIcZCH9xPnziCmZaOBjYy2T7ydjfSVMt3mQIfypRkVEr0VAwAS51PCHOOTrfHajm9YFNUTB/KlBbWEg0MAECxn02LsY5NtHVHyCDGJScyVVam1qh48xMW3ws47eKXSkTb8anxneHWl9Jc1rrn0m+A48Yk/EMvax092bcYMjR0Lr/AIMhqkv/xou+8RNjyyq8a8xhhspg8OpDeQ96o0cQAQbXFMZTKyVGsqJOl+z12U/CgTNODqz1Hgz0IgKVfc+lAOdOiy9Gy5WG/FAYDA+ZRQx20ptviUXkxKLx/jYEb/edeezwvaOrSK9x5J9veSiO2qqpdTyi/LWvYCtA7RC8WRfy8Jl/62xfLEMzxxzbe3eJ48fUKcftS1Zh4XpLGPm8yk+vqbCAgICFw/dLGAZ1n2rrvu2rVrVyCdX375Zf+dBAQC43b1iNtUQw4Yz3g8igO+t/en7RoQt5kPV0/rHbKG9eKZP041+E71KGBZxRcfNqXjdhuhIE/5zSebQuvvH+ihqLgd4+f3u/wZGf/ktg3NjSwO0beebfTkd70/2Jhy6/n8dIlfAR9FXK0su9FEi5G8XbshAFBHMP9ILj6T98EXg9+RrluNV7ubbvCqCtnPP9hmzmV6pHgcQWfCl59QO6W7E5pF2VVkbjU5rY9lXLKHcsR+2XdJtvuizHUFWm/B91ySnS0XPzHKqJV1KqFrIH+imHb+GduFeM9OD+r9CuTpE0zfAa2s/V0dmIocDvGendYHHuvaYa8NVXrD+0dxKTtfdaUF54koangUNTxb+fNJzec+zl0YMv2uoNHXYJICfx4CeZ649qmz4N8eUzmluxMHi3Kqydwa8vZelttSfT4wA3gSjGiUv1He480YD283ALhXPNRq0c0ZWOrW3kAwr6SUZagsqy70EO/ewUXGcGo1G5dwjZQ8z0t2bCZy3SMRsEa9dMt6+/jJ9LBbrsU0BAQEBDpHFwv4rVu3OtV7dHT0xIkTTSbT5s2bAWD69OmxsbFms/nQoUPl5eUA8PPPP8+fP79rry7wJ2dL4+3/qChbFqtzswiEIfXB/v8LxdWBDyVb/S1eXRUHUEgOGjHyQjXpAAApF3pr3ashjp44L8ZxrrddZI03hqxb5VG9N0HZHxxT6ONCz6WUPFQRJr2iE+/pn+dRvTspE9sX98h939/kwwltP2lilq3IX0cAAIzHY6jREVSalNPSyFgrzi6RHnRgntd2E9VDmn+eoEpDgHyYXzyylswdm/7lo9Umz4dZVrJjs+XxxbxU6nbEwaHlJ1Su6r0Zjocd2fJgOdsv0r+FSmfCs6rIOosIAGgGzleKPXart+ArTqieG68XdcKtcrxyEIYw316vE5RdEB2dpyPPlIkrDCIHi1QSLjmEHpVIBZmq2+6StILnRRcy2QlTm34DyLZHno9aWEZGO5BIwzT2tl4c23hUyXr5sgIDr6rA6nRcSLur2XcvVZdqP7kYLwWZx6N9TfeZRJW5yg1tD6lxxf9FPrAwdPpVnqDAzQXPA8f5rjqRLImOJcPKaJ2PPhOVTY9ohkPLj7dS766X+i1XHqzgBkR5KN2SX0ucKZOU145lEoeqGFMvW964xiNBjOfc9S9d1Mam3PIBdV5s7K92JCAeN4sqG5VnHooZNKmYH5e60ts8N4Q3jNErnsq5ADkXAIAXSxzDR9mHj7rafuzE+Yy26r0Z8aG9bGw8GxF1VecgICAg0HnwN998swuHW7JkSX5+fnx8fEZGxv333z9v3rzi4uJz587df//9H3300axZs5577jm9Xn/y5EmbzAQtIAAAIABJREFUzXb//fdft8UG7HZ7t1dT/JMjk8kAgOd5ivITieeEPLhHfPTQtPqgl0uipRxOY1yIAx+rV6/OSnr/UqQ4PJ4POMRasfQjrLGpermCxZ4riZil01r5FwYYX1Ix0SJegvEixBF1FvxgvsxgQwMsXhcEr6ZUHA3yqX8QFEnt9+iaYukf61fkWxBnKWwvRN3n9yOEEOotel8piJyE2fvdXvu/XqZZYXQ/jSMphO4TbxvX0zzTLKpuJNz3HRLIiI/insFR0wJLjSuK6KocW7Hfq7hxman+a5lXOYcYBsSStvmNjhdJz1V4FttOKg2i0T183So0gzZkKjadU16uIysNokqDqMbkawfTQmMyMR+v6bhzvgqXl9l1WTavOzi9zdJP/xCLzBYuLBw6FFLkYNGaM6pdubJqo8hCY5QDGWxYUT2RXiIJpWpiSv2VK8cwR//BAGBn0KqTqj2XlZVkpAWX23CpntDkyVKOBd0Saa8Od/jSDH5hI6O5sIjOjHCNWbuL2lyTBODrGwml++Uo1/Oo1WtiIBl/rN+yofJeKLD0llcVDMOkUqnwLrueQZSNTD8m2btTsm+X+PgR8kIGpm/gQkJ5iQQhJJVKAYBlWbvdDgAIkAKX7TJ4Dd+QIPLrxCVqXA4AJ4okGeUSH5cubxSNTqJcb1OGQ2vPKndmy6uMIgsjsuHSRiLosjTpD/VoLdMQbXffDTSI1DnS3pf4u2X6+6Jsw4PpVK0jJcKelmC8I5bt/yv34wWRrw3EHLntmfII5wQQy+ClRVhDHZPa+6omqJdu24gon64Hdorp2aerLicWixFCzq9P4IZDLBbjOA4AFEV1smy2c0F7DaDpbq5tTJLkdavsbjK62AJ/+fJlAFi4cGFwcJMT77Rp01auXHn8+HHnrxiGffbZZ8ePH9+5c+e+ffsmTZrUtRMQ+HOCm83iU033GM7CP4oi/lHkKhh42bZfTM8HVJNcunMzsrkXkDuiekbED/TY/6h6FEJoQfXPHo9uDPUVQu9kv7YpwViG0sr5M2jTGG9jaSnux9vwTvWo54x9PlXltD2E89DfJM9UWcLs/abqvhDx7os8MaceX/c2Hkxclv/W3KgVqVYlvUqiVk+MD2KeulyXm4H5i/NuzSWZrUJMR9s9fAQ7xm8PbTze8JPx1A6VKnJkxMiJqiEihAPAhUo/H7nWjBc2OnLQqXyqnOf5HuKoccpBZbQu3ZKjZ0waXG26dE91g68VbVv2XpSNSqBwrONv7vdj/pJnLztj8VA5PIwm1p5PFlv1kP4HcSHDes98LspX/L9Hfj6jzKry9Jdk0GpdvyBZai9rno/TEW0HAB5g9SlVns6DXrVgsmVRjz1f/nmi06FDKuVxDJl9VR9oC+YvG9b1A8vy7+9gTbz/chViThVBpVVITzS3JDHqNf3fcfsfEfCLmbUdMmXm28s5nksQR45XDSqmqk9ZLxoYs1akukXRt6800cbZD5vO5dpKWGBjybDbVGmhIs9lFG4g8FqddNPPyCXaHJmMROZpUfZ5avrdXK++bU+5P3jSCXP22oZ9bQ+RGPF1/JJYsmlvNKva13YnADRY8SqDKErdskH5S4Yis9zDWXaMXBn+gIy19rM0vVBqiLBfwmbnyHrxCHksS5FVRdrJZ4mwJ705cwFAqZQukFLJ1pZnMnEph41PdAwc4u2UToIZDVijn0y3otKAPNcEBAQEupcuXmo43eNTU1ObW0aPHg0Aly61rF8RQs8+++xDDz20cuVKQcALdAnkjs1+erCc+PQx+9BRfocS5Wa7tejI0EyFZ/Xu5A/VLXfVbld58jRuJPzbvix40xLqpCagHNcZVN4ouf96bO+Vpgzl7W8nVeS5JBAaaVC8nx8zslGxNK7ulOL/2qr3K6CRDS+US49TWKMI4TOCRr8RtTCKdHdh0GZf3H8o+l+J6JsYncFfvTRXKiUeBPyukMa/9i6uEjvXg+VgzVpauCdRFPZFjxeGyXqVmGjfFlEAeOjiV5fEe5p/dXVf722aPVKv8nKeV2wOdKRAMj6lI9H1ThS4dEvKvz6uXre8drvhStU9gkNzaoLfz4+OoJv+CMhqkW1aY1n4V17uoSa8N/J0hEf17oTj0frQe18r/RfybjrgZXIAyK4iPap3JwzC14fNfrHkI14qs86ajwhSuvEnZGqHX327PlQ3ktOQ/0m6WsP7sb81189WMTHO6lgyDnvIlPTPW95QitoRpyPAA/+NbutH1T8bXApSYghxre/YRHFUA2s0MC2PRxIjHgme9lr0wxJ0o2b4RxQl3fATMnv4P0IOWrp9E6XRglbr2s7w7MfV67Y2Hm17yhhF/zejHx0oS25uqbf48sZ3UmfBmwV8UT2R4Um9O+EQti5sTt+itxHwRZKEz2MWUZifDYIgOmWA8ZEzQV/56FMpdrgKeAAgTx2/egIeXItxeAHZbIhlbpr6lwICAjcrXfyQEoncB4yKipJIJKWlpRaLRS6XOxsHDBgAAEeOHOnaqwv8aRHV+Iz1dfa5cM6/gKdp4Nwjln8K95+s4a3EV1Kt+VMb9iVQxSzgu7STLsp6MTgxQp93LPg7I17i7UQEWKi9zzH1SBaJcK6U4HQ+TBZOYgn3VEYm1gqMrKSBNNsxEcbHaphwJQsEeW+Z9t4abZ6MKpRROI/1tUiiKBIAaMSNbxiRK0n0cRWCl78h+ah3fG0Y3ctoUZRWQp3YEaulNOImpYdYVnx4H2Kxty/HvFYYnam01JBMkAO7fUgeg/yYrOWM++Jya2jjfQPy2TaOV0WMbnb+q1NUw+Ts/0lB7ntYim1lDHINPk+1zPR9rjfSSzol4AFAjIiXIx9YEjE/7/fv6qrzghz4IJNcwbqHeiKbTXz8CDVpWuAjZ1b4cSioEkeUiWPivBf8Y2PjAcDHwt1JsTiufPDkoFv6O6W4+eEnxSePExezUACpqgEhJvoGKPh82VD4+tnGHrT/FFbNN2mkXfxOYUowK+49fBY+buhVdf29KXmp/JsVbUp1cm32m4raOG/TnGNZ7dYcqnhd0lvX0uXBwFpUuKxL4iPw0yeK2ZAqdT8W4SF0XZKtkORdfF9Zlji4F3q3GOE5nnuy+EOP6h0AYsRhA2StSrIF4vDr2udsmZ+tkDoiuFCaGEuVL4t61K96d5Jquets0De8lyywACBv8xjE9A3IaOBVV2UjDJEBTBvHeazp9WRmbVJM3Bw1JiAgIHD90MVvvpiYmJycHNcCchiGJSUlZWdnZ2ZmOq3xAKDRaACgurp9nrcCAl5hAghU9h35BgAAeK2He7KS9O/YbMVkmYqBmYqBgBwAIuCbVniRVNzsikk0sm6Jmm/Ga92uNqphSZLldhEvWX0lEfi8ykU5irWZQd9zHh0TARCgWLKp9wlz9le6zUf1l/o1PpVsno65GKhF8uoREap5FTzBoVSrJNUqAQCDiH23R8X6iIY8GdXf2Geo57RELXCG1PSTPatdAsVZZL8s32KS/zTXGv1IVZjC1vQnJTg0zKBgkKhImjCmoXeJ1KInCtpG0TuRs3gi1bKQ4hHs1RoW9itoq96d2HnHNsOxO0RVUtZPdn2TqMJju4iXaulkj4f8Um/BzXZMIfZTftkvJIdG5OoR48vvV3QpB1wEPLJaRKXFyGLmSZILj2LD3IvDVxv9G9mqyEhvAp4nSLr/YADwnQvASVnf8Wr5lUhOqcw+bqJ93EREUcjQKFvzvY9c947U3rxS6Xf87uXNYzvrGqb3YIe366xESn9nndb60BNtvxoBv+w1nm6r3tvFH6bzX+o2Pxc+pzODIDuFl5VgRgOPYVxoOBsZ3TaP2m7DqW/rth03Zdl5hwjhabLUh0Jun6u9DQFCDINfyhGVlwBFASlmo2OYnn15sR+heKFSvLN2Un1sy9NAxtomNe6b2rAXu7LtiJcWgdUKV0Jn1+n3e1PvALC2ft8Ua9RdveY2t2hkbKPNj/LUyliW59Y07Pmxfndk9Qth4KfqYSUZWUVGNAYcvCBhNUpHDIXrw+z9payWxk21ZLYVr3MeFXMo1eJhCxKzmNl2Cni/j0onXJCGF4mQz9UCGxx6ynrpS93mg6YMM2vDAEUy0iCOEIFIRsj6afr2U/fU0foG1qjApGny1HHKQYQQNdN9YI0NWHkZZqc4sYSLjefUN3xkjYBAgHTxc6dPnz45OTnffvvtokWLmsPge/bsmZ2d/dtvvzULeGcd+NDQq1g/SeBPBR9A0gzUxj3EAwoP6wZHu17PvAdXZJKXzanYWiM+tzP8KWfL6Pr/S7Xc2bZWD8FJBxoXhtB99ob9o42GR9G2Ean0hB/SVRjiC7CMNdzXNrxhWs1XGkcPt3EYS8QRWLi1z5k+FjLGzgMPJhF7TM0YRAacvUByu8Wcf3/yglrCzYqD8+Ke5rm1jj5vhT37TtC5l8SRLxZH4TxwCNsbNGG3dqIFlydaINECANBAXj4V9Hml5JTbsDMNEdIrhpcLSusTfYoyle5JB9pSJj0SZvcVOGAWVTeQlz0eCuTD+sBKI0VABidfIJOxrcrlEKYjQu2IVHFmjUOPrBZkp3ixBFGU+MBuIue80x/EjHM1pAO0kdywuUxolFbGyUgOAGhvex4u2ORBcMVvlHe94RCiptzBK5QAQDP+x7F7WvTyEgkviaAmT5fu2tpsznO9CqcOsk+83e/g3QjD0H/ZVxVCPdTeFEMOzPagrtJ69wJBvXeMZbXbOnwuBoTz8fhtzdZnw2ZjgdlIGQ6cRSV44KvoejtDxZzO0pzN4BhHhYR2AB9FE3KF1j5+SnM9cI7nni9b+lN9S2AOw7MnLbknLbmbGg79iM3X7PoNWVp8+4msTP7QPvvk6Q5PEexODuZLd+bIofWUrbh0a/CdZeLYx6u+b9LwHMc31CFZk/fKN7qtvj/dsurNc4vEtql3OTcg+kTQRfW+Yo7UEk6lNNxz+Z3j5mwAmOE1nKoFOyYulCb47ebK8MZnom0jXTaX+TLpsXTNJyZRxZ21QUrWU5J8n3ZylucqHXUMz0aRIWJEIIoSH/idyLng6jrHhkVQk6dzUe6ZLHiCYFJ6E7kXPI5sw6SnVUN+jUrOO0pR2KQocWiRfI8DWStE1isbw/XHG8ugsVWZ5Fgy7KO4RV1STESgXWCGRsmeHXhRqyqGTGJy3aQJOikvRkQkGXw9JBMV8MiKFSsee+yx/Pz85OQOGlcAQKfTvfXWW9u2baupqYmOjp41a9Zrr72mVnfQf4fn+VWrVn399dfZ2dkKhWLo0KHvvfde//79Ozy9q00XC/hnn312w4YN5eXlaWlpDz/88Ntvvw0AEydO3LRp05dffnnffff17dvXarW+9957AJCS4rnas4BAu5ErwaD33YWN9G9IZ9VqAAStM8kRPGOHLoi0DLcPnFu5dX3UjDtqloXZfT0UoqkRgxsfOxP0dXOLkokeV/dWKN0XAHKa3JZHzoThJlG5ivHsn4wBHkwPryGg5sraKYSGEBqSrFOH6/8eyHvNmw9mqL1fWuNfTmo+ezupokRq/yo36bvIhRlt0gRo6eQpuk+PBv8rX769uTFYpHo56Sk4twNYNkNpnTL0ogkPKHg+V7mxt2mOjPVaSuCsepm3Kdsx/6GPPpCRnUo/2wTHsgi2hun3aA3lYlrKKWNtjzhgAo2aCuaFOmon6g+msRzYrLK1K7G6WgDYE2z8T0LlBYVqoPHJeOs4PKfpPowJYiamWlUSTmfyY4QnRqcxGcWigjxw0dW8OoiaNI3p0fQEVks5v8Y6tcSrDwLTb6BNIpHs2+X0qG+6CkJMUio15Y7rOQC+0kT/90BICN+RqlEYtmHovS+wgsGnQ/DAHzNdcG/z9VTicV7S2zS7h3Wqlk5GgNnw+gpJepbqpzyqrJc03se1qo34ocuySzrCbMcQxiOJ7oJ0yxnZGhbZcQUE3yIy45wV5wCA4NB4vfLlQ2VDTPfSQ0YAwAfVa1zVuyv7TWefryn9weIeiIQom2T7Jp7jmD4eHvLljaLfcr2GAmUoBh5WjxnfeLjpMzNNW2sG1pLtryzoSbWFOZMplivtYycAwC0J1B+FUoP3/+spva1/LfmvU70DgBWvDYZUb52dBDGNje2pxgoAsbZbWzegWNvocPvAY9pn373sYf3JkyQfpPE4VBmt+6j6522Nx0ysFQBIjBgj7ftqhnRUqfvmIq6rlq9daZs5t/kR14z91tuI4gJok6f2tDLt57B5VlwKVnDq/mTLtKGNfz2q/XeJ7KCPD1hG6+4veOu7xBfvVPvPsCPQVWC1Otm6lcjWyq1yW6j+o+Ctp4rWOpMBh4jU87QTnwufEyS6ft9Bf054nl+zZo3HQyEhIfX1vnI/nzp1aujQoQBQUVExcuRIZ+Y1hUJRVFT03//+d8eOHceOHXN6ebdrNJ7nH3744dWrVwOATCarra3dtm3brl27tm7devvt16kRootje8aMGTN79mwAKC0tfeedd5yN8+bNU6vVer1+4MCBffr0iYyM3LdvHwA8+eSTXXt1gT8t9jFj/fahx08NZCi+zYo8lvYaQtxe5EzoHVXf+lbvTgYYH4qgmhwapWzwNN3/nOrdFQSYN/XuGwxwjPfvfe2DXuZZBCcFgJVRdf+LGdZWvTfPcFTDi+ork4wnIzYkvxueMMh252xGIvlLn6IA1TsAOJBlb+g/KNyz3/959aoCl5z5bjDI1kh0MLdwCBg67z8PADmixmEjs+/rf3lFdO3xIAXJfGFBdzSrdwCoJULXhs354UIEeWCvU72/kVQ+Y9ClfFnSndUre1gm43zLLlJ5o2jlSVWbdA3ucOBYaH5+75S+BQ/fv2xSxD/H8i/ehr6dkVz48P2uS9vkED+FZ0icjw/25XfKJPc0P/6M7d4F9K0T6JFjqEnTLI/+1XbPPKd6L6N1K2p3vFGx4t3KVesa9jcwndpP6Sr2Vpd/uj/S9a8aOKz48L+mTBDcNTuMibXaeXcPIx/95UzEjOoVwxoXB9OpCDAAkLLByZbpM6p+OHPB1515oljy+SHNmTKx2Y4BAM8hzhret/4vM6pXyNlwFoGOZJzqHQAcGL8n2Dhp6KWvClfhdbpapvF/NZt8DL42vO6s0lNFBp6X7Nvlpi6cHC6QeotOdzbv0Uzgr/iTIU2TG2OdlzLsrnDA15EO8vRxZ2I8UsQvHGH09uwal2yjtaf2GFvco9q6SrW9wu7BlZSqI9Uu3SA5xYyaf8dSHjYymF59edzDu+m4Ofu2i8+uqd/rVO8AQHOO/ZbMySnHl8bVeLgGy0p2/tpWqPPqIOucBW5v+VPKtBURD1txqVtnMae+re69eNs43x+H5bm/l35xnTzW/hRwnGTHJtf/Lx7B86mlcwZeTg+yNJfyqWMM/9Ntuu3Ss4VtkmgIdCMsy3788cdOGdgB8CvPh8WLF5eXlw8aNCg7O9toNJ45cyYhIeHixYsvv/xyB0ZbunTp6tWrlUrltm3bGhoajEbjokWLHA7HY489ZjRep//aqJO1DdtC0/Tnn3++efPmM2fONFfwXr9+/f333+9ajXbu3Lk///wz1ibY7DrBaDR2ezXFPzkhISEAwLKsXu/HtO5E/s3nmNHrKodNTrXe4z8XHQDgBoNs2WeuLfV4yKtJrwdybiD4NjO54sAsmyLnW/G6MQ2vpJjv7KoJdBW7Q5+rkKYjwB4s24rzvqLTq9R77DGbp6qH3x88WXol+9Gx+lN3l77d3ovK2JBBhsd6WCYTvBwAeOBqxdnn1N+XS477PrGf6b5h+mfbezkAYLAVhSG/KtnUOH50qmJIgjI4VsMkah3tSlhWQldPvfRCPWMEAATY3VWrNI4kb50n6/fNqt3yU2T9Y30LJWzQ7Kr1JOc1hpwU8T4c4HOU69M1n4gQBoAxfIvOIZHoybC7X4pYQGIEAJgo7D/7NHbv40xIsd7ex3+YQ1ssHPVq+bc/N+xlXRIKyjDJ38Lv/Vv4nG7MDvV17k+X8xdhfAd80PhhwQfnjLl+3eqawXFco9Fcn+8yhnXEnJsVQAgIAAAGxIyqH9oGCjlBwD96i6lnmIfPeLGG/P6Eym2J0/wE1hOFWyMe5pAH/Y94+MUwtWJAr7+VtnoXIMDC7ANC7X3FnMqK19VIMh+vML99OQYA7Bi/Ibxhd3BjhYSWMXh/i3R24qyUge45Kd/epXVuJfjgreJ3wuhaLjxC+vz/AQBN05cbSvpeeMj3WQCgO5imYnBq8nTHoKHOFpMd23NRllkhphwIABCCOA0zIcXaO4J+5cK/ljHHms8lOcXsqvUS1rP1GwDyFFuOav89Uv98b1Onkg4082jVymGmM64tVoX45z7YflFJNU5JRbL+2n53BN/tMMSXm+nltVuriIuV4pNtk7wiHrZlpk6q9+AaYB8/mR7mIS0lcjiIC5miwjyk11O49PXgv1nAawSBDa/fGDnHb3LZf8U++XiI+2tapVIhhAyGAJJ9CgSMqKhAuuEn15avYnV/7+k1VXCSOPpw76UdyHapUqlIkgQAvV7vql86gHNBe7Xhed5sDqiYkRtm1vZL3f7jpuwaR4OWUA1T9J4bPCGE6Igvulwu96bsduzY8csvvxw6dKi4uNjZ0taFvrKykvNkmkhPT7/33nunT5++fft2hFBtbW1UVBRBENnZ2YmJTW5QGRkZaWlparW6urpaIpEEPprVak1MTNTpdDt37pw2remhzbLs0KFDMzMz161bN3fu3LaDdDtdn3uDJMklS5YsWbLEddEwd+7c1NTUb775pqCgIC4ubuLEifPnzw8gbFlAIFAsjy+Sf/s55qm6FRObYAtMvQMAq1ZbZ98n27wWuKaFXzBbN9R45rSqa2rbBH7TE5x8oHHhqaClPSyTu+TSXYuMDQWAIEeib/UOAH0cE15OHuzWeNxR4LGzb6x43THtByc0HynYKJwnLXgNjZn95bwHAHCgjujPanHGseDfb2l4PZIa6gDIbgCnv2mYkp090JwY7DVzmxuvlS+vv2KfSbDe5kO9A8CBoPFT9XveTDoHAH1Mc32odwAgcZ7jEOPJzKYTZzlrODE8B60TQdM880XNxiJ71fKEFzGEKSXcvDTTj6c9m/RTwpjJvTqSh9/OO+ZdfiP9Su3oZqwc9a+qH8to3SdxizswbOd5ZP86rfkpURv1Hsjm2iNxeX0G3wDq/TqHsFL9zbLWyS+8/vlTzHd4U+8AwAPaniXvOcGDgN+RLW/7bGi+hsbRI8Vy5yXFrx7GRPAOcWy8vVXujDD7gNENLwc5Elwby4jztcSvJdKSB/oXFEvtze27Qwwfc189Ulb8bvTjzm0yAOA4sPhT7wBgEKnD6FrHmNuaLcKhoqBIIrjK4csXNNkqUTE4AGD6llLnaqrhPuPe+xtLG+xih1SpCFMQffpxQRrJ1s1FsixweXLTmPlA8KtTaj/GeQ8h6PXkxZOazwGgULa7qwR8rrynq4A/Gmx9qM+5CnHT9yjiJebiWQ1ZPZ27bL3hkd4ANGY6q16Wq9zoGi3FI3gzqcKjgMdLisCTgOcJgk4bRqcNA4AzZWLLWV/x/1I2OIYaUyTzHEnRzHFTVlsBL3A1wEtb+dM5MP7dRF829gJ7xdr6vQ+FXKeO0N3Ob/oTTxf8t55p2WbaWHfwrdIVHyT89ZGw6V14oc2bN69cudJ3n6goDxFtNpvtlVdeCQkJWb58uVM5rl27lmGYKVOmNKt3ABg8ePDgwYMzMjJ27NjhdAYPcLTdu3frdLq+ffs2q3cAwHH82WefXb58udNL/zrkKibPdG5cNTNo0KCvvvJVEVRAoFPguOWpv5Nn08njfyDKBhwHCONVStvkO9lEX3qpLWyPFNPiF2XbNmJlRYhhgEeP1q9Bcukp3E+B6C4nwTLhsuw3jyuqbseBWQFAxvjfVzbY8HVnlQ4WlBK+RzDdN4LGMKjvhMMhh1ijqCWuIc0kP6Py5MjqQjDdq12X4IErkO/KVq27o+YbMevuKa0z4cuOqR8ebuwV7t+2WccY9hkygxyJCDALXhNrG+27P4PwndoeZZJDABBLjfHd2WzHFgw1rrtkYUyRLiPYchWbMoKWscjX9LY3HluvPzBfOxEA+kXSfx3duDVLUaZveSlICJjcF8YlWTmmI45aX+o2t1XvzfxYv3uaeuQU9bAOjNxxOO7vv2WFMYs8HvSt3hGwC/tU9krxs10lEBAc+2BlSGbPUpcm9z+/mFPJ2XAW6ER/O5g1Jjy7mgyWc0ESVnIl82aNCa/xlyEiwTrhkuJXAKRkIklOZcPrrVdqhZyTmwYyLdvB0dSISboPXSt9OJGwA95JSNwZ/mS5xO52iAf++7qdFo76X/zfnS0YBiKMd3B+tolI1k6PHsck92xuQYDmaSd8WvOLj7MerLryKOaaTIXE2ZPig3sQywJAU6LFMoCMP9iIKLyynGmTdq1acnZb+OMj9S9E2Ac1N7LIflHx69mgrxlEAYBOnFUhOR5N+a+26Be9OoZlwxHwnEJ1wXhxxoCLlisRVThPTtZ9HGF33/YlOeVI/QsKNuJU0FLX9tMqS6WEdhZJdcUZTeCbskb/QQGh9j5+BXwdI5jZrxY8QKMVt9BIJeFUEg6ztDIyn1Cb60k/m+m/GdIFAe+RPY2nFuS9xfDu/gU2zv5s4acczz8afkdXXev1119/5plnnD+PHz8+cM+UV1999dKlS1u2bImIiHC2HDhwAACmTnUPjJ06dWpGRsa+ffucAj7A0fbu3QsAbU9ZuHDhwoULA5zktUeofiFwU0GnjaDTRnTBQCRpnX2fa8McgDvphrUZiuJ6kc1xLVx/eQAJF6Rgr9Mc1w3EZQBgMPdla1s4Hs6UNe1BHC2UhCrY+4aY1Lifou7NkEg0QTVklyG9dXOTvS7RJll/PmXOwHyPwagaR1If05wIKk3JRrY96katOLtRVAQIDKLSUulhKaeZVrPUmwGc5WB9huKfE/Xbspo6AAAgAElEQVQS91T9raiz4KsvyOfrdjl3YXjg/LpiAkCZpGnLQMH4nzaJQ1HkGyeVjcF0TxEvsWK1OvH5QK4CAN/VbncKeACI1zKLxzbqTHilQeTgUISG6BMrFovAaIQOeGDzwPstEvZd7bZrKeArahxfndAQMKED51pFhR+Nl0jk7lGyAh1EoXyiOnJdRMNJtQeHz1jbmIGGR0LpPoF7LK1MVwEAhiAx2DGppzUpxFFr9p/mQ+2IH2x4oqf57uYSlSZRZa5yfa5iA4dYMd4kCAledmv9a23VuxMHUg40vFwuedJjEs31DfvnaSeMVTZlCYlUs6V6X+sugmeCpo+3Jye6vWP+Fj5np+FEnpeSkINMsmdLm94UvFoDAMSFTMm+XR66chxeWQ4Aca3lLgZEivmORMukICaeRmYaNzaSRZelu8tlRx2o1aO1XOpHwAcYJiaKCLPOeBIAJNs3/y0k3+KSD6WfaUFb9d5y1LigTHq0Wpzh2lgssbcV8ED6z3Bho/1P1rcblBMhU9rVwMGi/fnS9GJJc+CJVsaORwMnoqzmgotFUv+LkBJaqFrtATvn+Fvhp23VezOvlHxzh/aWcELbJZeLi4uLi2vKiCQKpCwUAACkp6d/8skn8+bNmzFjRnNjTU0NeEqF7nTIdx4NfLTS0lIAGDDATx3N641OCfhx48bNmzdv1qxZzdsYAgJXAyNrWVj475OWHGfeIzFGDJP3+iHx/1QBi8DAOWDKfLH8ywp7HcMzIiSKJkM/jn96jHwgAJywn10t2jOYeRuHa2ESdy4raMyPbblbqCVzjEQpABhExQBcu9Jh1prxZUfVgwYNAVjrry8fi4d80eOFkfK+H1b//IVuI801b7QjABirV67I7hFNEVvPpj7Yv+CAtpVVv79pQVrjXwNP11cjPncq6Avnz31N84bpn0U+P5fZjmUdKR063kPhaCd5OmLVKRXNoOYZIMBIzv9Ni13xePcYoOuGSF9nqikyqs2uXgkBct5aYOUoGSZBNI1MRsCxMFVQmJIFALkcF3fi/VBsr652NPjuc8K7fb7L+TUz/1jJyPaEsDRhxeprg75becsDElEXlKIQcMLjOBaX/Gsm3Xv0eYOo1fJxqP6Z/qYFHRuW46GgjiisV0/vY9HI/OeelLOhgwyPurYomajh+udirbfuDVsyVJa6HBAHfIJ1QrPC90iYvX8o3buW9Hw//9ywt1nAD461+xbwfWNYLNk9sz0AKHDphuR3/nLxnROMe/DRbQ2qVVlJTbU5EWJ6pCC7XXzIj8V4Wl3QyqimkuxyNnxi7X+C6ZYs9CSjUDBRYdSAg5ixQnqipZ1T9jc96HvkAP/HNErbN7Vb9zWeLNFeKpRSLqdjvU33+j63j2mum4D3CBfufwNUTvq/TyjcfyKewVI/OfwF2ovZji07pq42tnqDN1jxTTAsO0b9dMU3JOeAwO43oZ6cRw4az5bTtT46WDhqc/3hpyJmXrMpucHz/D//+U8Mw5rTojvR6XQAEBTk7h3pzD/vPBr4aNXV1QAQGhq6du3azz///Pz582q1etCgQYsXL75uU9BDJwX84cOHDx8+vHjx4vHjx8+dO3fWrFlCaXeBLudX/ZEniz90ZhaNtt8SZR3BIzqX2pdsvu/LhBfuDfKTIdYbOdXk6TKx1Y5pZNzEVGuIggWAyZf+Xq1X9zY+04vT2ES1Wco1Rfyle/JeHWFSSXjssMo4u3p9Jx3aeYxBXKD/dwyyVUsyHMjizNl2ncAiOl37X+fPFN4YxJxvFA3yfYobFIMqsgfGBCvLMa8ujiQS/Sfm6Tna8c4I0pciFzwiGb3zwppsSyENjnibeGq9elRjk2EkxCH67WzPKUMvHg5qGjDFfOdQ/TPtmhWNmoyBkdTQ4fq/BbIwyK5mx2zbSN01u62GN1CYU723aw5OEq1NC2ujqFzCBvm2aMUe/TU0roNPch74xrLckPQsvKzEWUiZJ0imZ2969HiQd+qWC8Sh1MbZndsHnblQIMw/9mpc7VcdUO8ssk/sc/KepMeuxqz+5NCjxmqLLk+tD1of3hLanWyZ1mH13gzPw85s+Yz+gWx9er4lIu1DRjQ8P7JP0oKq4NWRdRGU/yrfEfbB3gT8Oevl5p9HxNvOlIrLGz3/w8pIblpfr9k6Iongrf0/ObL9P9vQxcsyCgB6WaQzdRrX8G+md39OG0zkZnnMge/KXbWaAWbZeYUV54kpuk+CHB52DUhOObHu39vDn2gg850tgwyPypguWOYh4L8wLMux7rVjRmjt16J2xElZPxa/CKqVfR7x0MPa5r2MkMNTJT83EoOZPwr99KkRn/PdQYLIe7Xj/V5LoF38dFrppt6buSRN/SV09oKatQCQ2Parb0Oi2P9Wzp+Qs+Y8v33OmC9dg5l4Y9euXYcPH37iiSfcjO1Oid5cLq4Z3wLe22hOAf/FF19s2LDBOUh1dfXOnTt37ty5ZMmSDz/8sOs+UFfSBS70HMft379///79ixYtmjBhwty5c++5557gYCFQUKALyLEU/aX4/9k778CoqrSNv+fW6ZNJ7wESEgKh9967qNgAV8WyttVdXde2rt11sa36rQ1FxYaKIgpIkSbSeyeQENLbpE6fufV8f0xIwmRahoQ6v78m9545c2Zy5855znnf93kTAx5b+3JX58TmHdHelttlJC60fJY1qKi3ysvMww97SxTLj2jk5mjHejhQxmoYOc/wdd+az/o320px0NU+hUf2dXF/26PNHWL62x2lc4jzdl78LfrRqTX/87+120y5crcEXJ52RY7lVj/Ngq9sf/7whG1L1LPNU9VeNuXD5WveTOvJISb4kWCAMqd2wYkhd+VsFn3UoHsr/s/zoltyX8mKsozlPz7iEgF8Ouet2Z+ZM/J4sZIjMTvI7D3P2Q9Oskk2DzDf6/99NL/NXRHK6YUNxE/r9V3i2O5d5FYOxn+cVoam3hWEMMVcmm1Lr2HoKvZgLJfjp5ck1hrTWDxSp/k1JrDRlFcSlq8gxearESOBp48foU7n4XnzIdvTuTB4gkmRYBDV7ErQSYiS+Ohv5hRhYQjPxUjuGv/97PQOywAM0xopPtE1ecasw1+1EvCov+neDukcAxwsZzWsHLDkuy+6O66xmUxv5Wcsi21Qyj5rszej8K05LVKLJqcIuHuYZdEuXZXZc/alZPA9wywG5dl4BIdDKjyNjVVYEBilSuzWXTZEIkBjJzw8fun39VZAgKOFeoXcEj8sJSa7pswAAKLW+/y1NSSGSJ4CgCzbDV7V+9lm7GDTw7/FPgIABKa62zvm64AB9TM+0Rf+UaXYv9/wYT3dIhIUQXzarKwnMNUcoDTYoonnPQNkhD4DpISkgF1lx/MGldzo8HmdWKiyCuUe/z9uzyXNT2bC21cdyZk6+kydv/IEO/TDpzWsjxIahpk1MTxVy/iLVpuh74CqDVceZjFwyXpTEG06CVmWn3nmGZZln3/e0wfKv4GaV+MVP73V1dUBwLJly2699dY33ngjKSnJ4XAsXLjwySeffOutt6ZNmzZx4sTzeyudwnmpkby8vNdee23IkCHuPyVJ2rBhw7333hsfHz99+vTFixcHaQAWJowvph/+OwZ8c8XP3ZyTPUQvgakBjfe/va19Ht1rTqiXHW6l3s9i44kk43yijSk0g9Wzqj+bXfVdL8u8YNS7kT1Syxz3fg7hnYbXqhQH1sU+jFFgSxIZSUd0iwHgsP6z5g0Q7x0H7KvjoGW1XuzS/GeERCVGyHf3rnIbDgc5EnezBFfOj0cyYnjPiaxWIhfldr17e4siRU6n6uelyBVgT4kC4sTOPrNrIpNcgxVtKs8FxEWaASCGj4rhcoIZPwDohJ5vpfzrDea2Zysmvf8bU7D6EDr7y5FbHWLEdTfrmedTnx/W8M211Yv7Wu7A4PNSQQhmy9sB4LaqGL0YbKZAa7IcCp3Y+qo+a0DNudD3X+IgSkD5oiubEDAptJ+qe6dGNjps4r9+jVEJWSG8BkbywNRvHh4SVu+hY5MCfGGFPgOmTfpHf1eTYDPw6ZogalUESXkjNTot9AsYYfTpHsPzXd6YWfOK7Ps72AxP+JzmxlDnFEg/XUsbLV72Tpw82pivkmUAjNnd21UfvSP+uETaulnetVXaslb92QfK1b+UGuVPDic+EfXUf9KeejXt6X9kvP5+0gMlbApWa7jRExxz52OaAQAkBC5b8WuMaUukBQC6OSb5b5ngGuS2l9OJqcFkgwcPAiLRNeSaqkVdHS3z4+ZIKD8IhFNGorvoAAHolQJPoS70G+Sa5Onh5xWKwLf0t5KEdz0gIW5b1CsyCL5+3JQE+1ry/ffFXOv1bJiQORnoBxQDOq7pDQAURi+dSfbTsocy7eZwfIQ3ounA06SYINp0EuvWrTt8+PBNN92UnOz5/42LiwMAk8lz38KtOr2mdfvpTafTAcDo0aO//vrrpKQkAFCpVI899thDDz0EAG+88UbHvJ+O5rx24DMzM5966qmnnnqqoqLil19+Wb58+R9//CFJkiiK69atW7du3f333z9lypRbbrnluuuu0+tDcRQMczUjgVTB1Y+v/7dG8llkIcY1dG9exZCsoPbxzE5yS0G7y1AhAA/rID9gwL/G36uUYybXvB7BdyeBAgAZiY3M6Q3RjzvJBgCoVhz6OmXChNrXE1wDyDZLBm5kJO2MXODW7QJy7ox/crrlJcrUB5/TRiBw4Aq6HQsCNLTxkXomz8gejuIzrWjwEs1ApRAzK8feYCfyaphGB+kSQJCJtqskHthJ1fS6iFM7+vwQ37BdbzWyYiyf0cUxNMORoJXEE+ayrmUVKCUJAOj9u8DpGVlqZIVv4uv36W0WUooRqJEm7dzqKJ1Ifnc0fVXUyDXtjAFCGH90Ukp29aZw+lspwa9sNs3qMELFirRPxLTJK3dPub6LTFImV7CKunlnB2GMkC1XfU7BfATe+6EIuL6PLWtvPgDE8NT7J7vM710oeyuj5Yc7K3yaCCCXS/pjEzUzxOQ3GlFzDBM+rl3pp83t0Z4lZDuQPFPNp39k+fr0/CMh7sUpZq2iIx10rh5WmXZ8Xrdmry2XxyKDqKGaXndHz7gmYoT31okpX0S/fVPBs6e5imAqTQYPBsg+vHIHc52F0rU+2K7VHB7RWmGCWgzCbII+6evUSE1LIHejk/zxkJcVZDcnq5ktBcoZxcvoIwecpLwwzfhdQsMxtQMjiBSo6TUZ7O5o3GodWQbihLrnKU32zf1tA1JatuKxWtOqDV4XbVkb3Vik5CmMsu3KG42GQRb1twlNgQ/6QL9uCAi9mOYiG9kOVe/NEECPrn+hnsl3V/Ew06UiclLY3y91PX3KPTQKka/H3TOst0EqKUI2K7CsFJco9O4nBZH93kx6tPDASMsPhzQehQ91ase4lMNP2cbucSWX0S42Ijozrk85X7fTdtwoNERQ2gGqzJsix0VT4cltx9PgCHzrrhowgbeJZHnpna7o/Abm3UgvAeFdmPgl3Z6j228CfzUwQhtgrwIARuoumm3qJ598AgDz589veyouLq6goKCtgHcf8Srg/fQWHx9vNBrnz5/v4WA/Z84cd0p8qO+gc+mYazopKemhhx566KGHGhoaVq1atXz58vXr17tcLkEQVq9evXr1aoZhpk2bNmfOnFmzZmm1nfIbEObK47ClAAB3sY/332zFqaghWUEF+Xyzr9OvPXe1GydRuzL+bj/NJOA3xDR5CyVwAweY7ovlervnlhjkavbQgYiFtWzTTv6fY2YuSL4fAGptjaeMTIODoAjQaKy/HgmQKCgi7rRmlQxCT9schDuwcj4aaHpARkKCaxAA7KAA8gAAtAo5I1ooafBblr0VWskGAGqJvKsi5vqazK9j551U96iioersdEh3yHUtKfRJ5KgCzx/mhcnGpzPLXK22TZbGN7yYXvFJbtdpdVF5qnZXE+3hzJvYwAMoypTn9UFtoIclbNvXa3xXwsN73Rs2qlQjpiBADObj+bzjaoVO9Kyq2gyP7AxWA4CClrPjhPGZznitiA83LQDdbIzUSsRfe5SUKc4RGxqJtJHe9w+HmDV/KfNXf1TOPQ6hCngAeDx+3kbLgTNchdezE7QDbjEE+GqHzHtn9hWfmEiGot5li37XR+Myg0xyCdMaAYsPFv93hWl78xEei9usR7ZZj1xvGP1h2mNep9GJTPTGHu9+WPPL+rIODtmj62rk5HKAFvvP0OI92kZmeWCjqquUB7yeYgj6rpiWlaBtBQrRr43cxlOqSQUna1h+1oD8XHVLCAOJs2jpIeztspQw+vGwNkEvJeiaooiF1C7uEZcouNv6nNnXymVzXbTpnbSqW4xRRzSOsz0HXv6mMAsALiLEPJ2AkJjuY75je9SrACAhrlC1MdM+y0/705pflQQ7Xtf/sbg5fVUZfALwQwM4bvonLVJ4fELj6Vq6pIG2C4SakbtEChnRAkKZAJkeQ5kXFSBmIcz5g3zk1p3TRqHgBjTFbvwLYIT10HvGn3bbTghYBIAkJmZO5ISHY2/QkqrOHetlyzBtrz6q9KMOz7qYzcQzUddHjbmQQ2qmqqrq119/TU5OnjDBi3GMewf+zBnPkRcXFzefDb63+Pj4I0eOuPfeW+M+UlNTI4pi8GXzLxgdPKDIyMj58+fPnz/fbrevW7du+fLlq1evNpvNPM+vXLly5cqVLMvOmDFjzpw5M2fO1GjCrhth/FHO1cRzAwMmegigAAhKwFeaQ9mOaxc1gardaEXSem7V5Sr2wOq4+5VSpFZMBsBmupQjWgqA5Si7PpPQVPU3RiPFaJqmdDV2ejUO8P2lMLvb8N9U55he1nn+W7aXWK5v20mo1UUcKm9HSrOVbFpPMVERbyY/2kh7pj5asOKbfYob+qJJ5nMmjh+mGh/LLIU2NNDivD6FT555pJLpFvwwAEAlOW8x/gQAmKK0YwYTRbJ8HvptmTktB+NItVQTwIYav1XwYQzvcpGsi7BOGEgNb/ifn9YsqP4xwaRXSizVMrPBMXGQ37T1N60uInenflOkeb/OYSflOJ4a26BL5ei7JvDrRc/yWjPZPp8eoli/WgI31oPfTDP/RFCa5Rn/frDkvztt5ySVIEC3RI5/I+VBAnWKSF5SVFh6YgoZtPtAMy7CZEh6/40BD3TGqK4Gnqv4tLV6b80vjduiSf2ClPu9nlURisfj587XkG9WdthgCCwf1hUe1pZk2HsGbn0eIJArle/K4N2J+pXEe9LZlnlhQV2AtQARo7dSHlkT9+fW6h0A+pnu8bOoJMmwMU95++CmlAE5IUlKTm00Fk4ZlFfSxqAeAH6Iq2/+7jvIGq0YIFfcThoBwEKXuchGdzh9h5PsaonROBixMMk1RO3DQjUt2vG3QTfFMfd27LYqQpAZK2TGBnAUD3NhiNYEzo6MVp8zlRqv7T9e25/DQo3QqCIUUa1Cb8J4hUDEwownpp34h0XyUvKTIeiP059Qd36VWa8sXrxYkqTbbruNJL38lI8bN2758uUbN250R7k3s2HDBgAYO9azuLX/3vr06fPbb7+dPn3ao+Z8YWEhAGRlZV2C6h3OMwfeD2q1+sYbb1yyZElNTc3atWvvu+++2NhYAOA47ueff547d25sbOzNN9/cSa8e5spgqL5XgtOnGWxrbHxQk3URd262OE/Yzqh/AwAKkVrCSwRgX5v63fw0r891kg017NEa9lizeicRMTdq4oruC7yuH582BhU8r5ES1B1RNNiDDvkc10ZONdF6AFgac1Nb9d7MymPqeqYl1qCKFZ7NKPfVuIt9eiUzsF3DiBHq/lbxQZxcJ2ZmO+64j+yT0111XhtNDhRbW2nNiQ9gTpvhLIzjHQTIKsn5dlq1Vhzmvz3GqGTFTv3qH6jCloIIQnYOtPpBomU0rS7i2cLEBaeTHy2J729VRdKGb3u+ujrzjb/Ezp6qHzJNP/ThuBvWZr75tf4BQ8C0eXS+/+dEJnpF9wU/Zfz73phZU/SDp+uHPRp38+Ye//d+2t87pfi8LOM9e/cez0DtV+8OqmZMyrqXwuo9VIr56i/q1vppsLh+TbFfN+YYjRSnDZxtHiQZzjMvpp90UIHLuQUJR9RLyFPdqST7/RWfLTtinVcdRZx7X0ygoz7r+vTdMeeUUbC4zpl0eV0eq2YSKOmW1kdIzCa6BvkfXp6RaYnMR8g14/qXs2q8qvezb6epdYVyj/+eKdI0NiZlgnbAvKgJ6cmd5aetlCKbE8qcZMO6uIfrGS8R0X2TuHuHOpPZmCs7KBpxLmbvDtW3izUfvq356B3V0q/pQ/uQGNhV9Ioh4A8oRUB2nJfcFhbRKUxsWL0HSY6q24Ze7wxQe5ogZiiSV/Z4bbw+sAFHJ/Hjjz8CwPTp3itZzJ07l6KoTZs2tS44X1hYuHfvXr1ef/31npGD/nu76667AGDhwoWCcM4d3h11P2hQgHvvxaLT74Du4Plp06Z9+OGHu3bt+vnnn7///vvKykqn0+mu1x8mjC/imUgJBbiJu2GCKDIEAAQCKfQNxQBgwKe0b2c5hD9Vpf5FMd557U077cffqPquvDaPkKGvVf2fgpRuTqZcwSMMvlcSMAAao+072zBmrLZfChPrq50ctLgSg/sMm3ERjcHUAT5/OILZqR0+wrL7iMZfkpUoox1RY6+zL3X/+WNcg4PwuTYf0EC4qU/kqmPyulNwTbeUfuoaipxhjzBgqmlNZOpg4vRWLJ/Hcs/B+toxPfR7SxW+imATIM9ulR/+c1xDqj1w0maDqKTzT9L5J8XMHq6ZN2CKkg2R3ODh7G7v256AEDdpOiapIersIers1mdkbAWE/G+wo6jo89fwADBG27fZB7vzQPV16u8Wf6/LZPUBUkvawoDp9fE8UoUjY0NntWmnhP1tmklYXmPa9ZfY2X7azOhp/2KPLoibNFYxZbyYJMreV2pIhPvZf/yn2tnb2mEllHXIMDb6s33WBAeXRAuKRN7Z31o41LpXKbkAyMXHu71YkLQpylKu4BUS0VudMWTa39wWmK2hiXPS8H19u7Jssw/pF8lna52qpGgCAqzY8hKyc4RW0fQvcOk03yU2BE7jATiu+ba7bRbpu5zK9d3FIV2fdD8WktB7Zle1qeNX3zDIzQU7B1nU19dAf8sC5agXTzni6u0kRUKcVuybxKUarnwRS1ZXKlf8iCwtgXikzUqWFsmH9jlnz5ENV4XHU4pB7JPIHa30GdM3JsPZfLWHOR+yVV229H5/r+3kDsvResGiI1WDtdljdf06KUQuGIxG4+HDh2maHjx4sNcGMTEx11577fLly//0pz8tW7ZMr9fX1tbeeOONsizfdtttSqWyXb1lZ2ePGjVq+/bt119//QcffNClSxez2fzqq69+//33SqXyxRdf7PA32CFcuCVMi8VSUFCQm5vry6AvTJi2ZFPFAdsgDExwBb+VdOiuQv7RSObbqn/om193Nt8yV7n06xFzbv8l41Xlke9ab5kmu5jZtZHLYxt89IT0pPqTLk8GXD/OiuJXQWCnLhtZ1Uj7THBqSw17dFvUv2dWf6KQL0Tp0QJVtxihBgdSiae1Wc2Pd0ZYzj70rEhFYWWU4LmQ3BaOsKyN+wuByv/X9/MIRgaI9Vj+sSrO8GlnUMl1wWSHeqWKNKsYfPcwy+LdOmubS47C4m3G77u5itx/iggXKfkUe+C5CHF2x47KP8XCz67rbgYAftR4hDGzd6eHGscUzU2eIWRme+kIAGu0ckISUVleruB/jW7MV3EY4W5Oxcy6iGZHZaJXu0sJXCx4u2nL2tcOJJsLmXGGdsbAqsHy3DUCIi9OoOAVQyFXFbDNGS5AiHx2PH9tb/uqE2q5zbeh+dtOEfjm/rb+yaqyRuviPbq2t3SKwHPSKxsaTgFAMAXkg4Qk0aThsycBsLu2Mtu3tG2Q5mLvrmgKdxJ6dnO1Ue8AEKeTzK7Av0GsrIsQujWbj/ixomhN6wJMZ1wVVjmAC4AbK12xPfKV0Q0vEN7iVoaqygZntcyGaRL/ZYT96Z0naVPfjq0TYaUq3AsWDCa+PJae7mQxq7BlKHqTF83F6qKALGblsiXI6eV/R9TXqX5cYp9/H2avipvVLf1tdp7waiY3IIWb0sNL1HeYkBmiyR6i8T5buPBs3LgRAAYMGOAhxVvzv//9b8+ePRs3boyJicnMzMzNzcUY9+rV69VXXw2ht0WLFo0cOXLNmjVdu3Y1GAzuavZKpfLjjz/u1q19KZkXjE4X8GazeeXKlUuXLl2/fn3r4AS9Xn/jjTd29quHudxZMv7pu5cJpN/NBz0b7JL8sDTXxvyOL2eCQFhQ+BKFzxkGVVpElhZJqV2FvgNaC3gAeCcv9ZDWUaR0te2KRMT/pT4STPRXrE4iAwUU8IQVAOrYUwapppH0uZkPAGXK7bVsbhW7v4Y9BgDF6s09rDcEHMP5YyW1djJwLQwrG4E1Wtlufa1r5coWw3NP2a+QI4KJ7t8U86SFLnw/4aEIxvNzbpAsj5W+v9q0CwD08cv7WOanOEax+JzahxhwQPMzSs8BQHKE+NgE05bTyiMVrMlJAICSxj3i+MlsbjLtlGrjEMayPsKekYGlAxa6LODIY/mW1U86/6RQWiyldgGEuDETheze9LFDVFUFuJxYrRFTugh9B2CNv6qNltFjFhx6/cNko9CqFuBTmWXzK6LfzE/VKHTUaC/lXi5BPq5Z8Z+yxY5eEgBMrNUEL+AxwqDa+MKk/hfWivHKRMSB78OCHLjNyG7OtEhhc77ydC3DiQgACAQyBgSgYnB2HD++uyNWKwFAikF8bLxpy2nlkUrW7CSgdQMVtf4wCQDuwuYdQtTZhNtg3MVlH236Jbnya4LKfmodBuWg6gMWZlcxWMW0LHtY5KDkDYEIGcuF6g02qnqw6W+xrRw09ZJpmqF4wPhkj++GgsbPjtTddPwRsHTXijf/hYUAACAASURBVIkYJIPQPcEVINQWg+xf8BerNgMAwvDeybR0JwsAQk5f8JawemXD7tjiVb27QWYTvXcnf5ncmc8ThsL3jjDvK1XsLlJUWiiMgSQg1SCM6ubsnRjYGCLM5cv69esBYOTIkX7aJCUlHTx48IUXXli1alV+fn5aWtrNN9/83HPPtS2UHkxvPXr0OHLkyMsvv7x27dra2tqePXsOHDjw2WefzcwMvCd0segsAW+1WletWrV06dJ169bxfMs3TaFQzJo169Zbb50+fTrLhri7FeYqQqO/ntq/Shzqp8n84cGa/U7JdmwrVLonhR3I3dXfUt4mr8r1a2x/fkjMyBJ69qZzjzUfj+Porfuy7+1Z9Fu0ya2cSGAk4DMUSW8m/yWRij7qKOijyvD1clLTU2BMhvP30/6mdNsi/w0Ad1dG3zJAWHQUfHkXZToP9nK992q3isaz1fWO6BZ3s09i5E7PIlPJDhcZ+N+nYMBx061PHHj+8zj3Dp53NygeBXUlmOhiCfCj1R+7aHRb1JSm52KxSqi/7czLp1xN5fHMdMm2qJchChRSBIFoPZ/GyjoX2RDH9R9gus9P//V0XkZE00enZuSZvewze9k5EYkyUjfNsFNcOSnN7QmA2OOGEtWWvuY7/XRLYrHPudXg6JPHpdQu7sdyTCw3YWrwyRIylu+Rflid6pnRKgNenFR7RiOs6v8Oq7oMivfOL3x1jXk3Orv56LbjDsYtDCNZkfTkKwOf7uQBXi2kMN5LjrUmlQ3cBgCSI8Q7hlgxgIMnaAIzFOZEJMmotUB1o2Hla3Ls1+TY2zQgkxJzAE5VKfbzhI2RO6Bibu+Epq+XmNJFjjAQJp818zHDCD16eT01IIXbW6Iobgis4d3Lr25kEMqU27s6Jvtp3yuea33N+/E2Q0BgkAFAS6oWd/3nM+Wf5LvKathjq+Pu1YjxcVz3KY6k++jMlH4Z2ODdXjua0v+U8/eni95bafteBqyW4mZXfktj77cLDPLGmCcE2nRN9SJZ9q7hHWTtMd2STIfirfzUKXV6AJCjY/iRnpWornwkicr36Ufohj55/CoR8ABAIBia5hqa5hJlxIlIQclk2B7kiqCurs7P2S+//PLLL78M2ElsbOxHH3300Ucf+W8WZG/JycnupPfLhQ4W8DabbfXq1UuXLl2zZg3HtUwmKYqaPHnyvHnzrr/++rCNXJh2MXpmeuXKwgPYSxALArimjz0poh1Bkv+cWr9gXRQneZne+9rQjhVq+luO/BblffI0tnHbIIt3AyF0tna6a9q1WK1hDuwBWS5n+GmD8pA8KYWbM7sqTSMkkYg+GxmNlxXYqtkTJib3mOYZCrh/wdj7Bj3mPldQz3y7T2PnieZAab1CjteI1Tbv3+J89apy5dZ/lqY9Me4VSc/OpazLDmv4Nm+8v/XwncYljBx3Z0XMlkjLKbVTRDjTqUpL2/29Y1Lb8FQSOySkaq+dsi94Iu+FjN8HNN7lv1lZA/X4rp5m8p1Bpj+Oa79ze/V5681mocp0YorXs26sVIW7TCCHhcdK31cjhUO0f1eyo5rXI6AcpJ5gaY+C0i7SBAAORS0AAOA6Ji/TOkvjw7Mag3wq6vOB6r97HGcpzPo2aZ+sG/SNsL5Qvb6bfYqvNlMaNuskS+sjqK6m0kxVmklJRhEquUuk0LpAvVcEGRXXUw0O8oD95F6LFbFNU3kPtupNH+Dd/4QebU9dOtgE7u87Dmttz94pGRAQTrKxXLHTQdZAMOod8J+StvcLq/eOY7Ju0OtVS/y3maLznoLoFQRwdsELWAr7qPgGvhpkD7kp7vgqI+06pF80tNHz+9iMjazWSP7MFN0YVNKIbmdjpkjSNfUa1bJvQfL+08NNmIZV3vObCATzh1re2BjpFPxdpCJyNtKFrY8c1H+a4hxNYe+x0woaT8pytD7SlUmIpyOrhaZcLQREun1ad9usGL4niRmOsFQpDmgSjo7V9tvW4/0jzjMnnEUO2ZVMx47Q5ERQGvD/cQNEUbpF3f/1fP3p3bu/qXYaEbxdRf5DaFO6VUbirsg3DJHVb6U8pEyxfXdA62qzgM7guhzbmw/vTxloUbkLAYpdM1wzrrtKAsVbQ1gtiA+wt0yYTUgUmiu2XCVQBKaYTqtgFCbMZQjC5+ES1IzD4VizZs3SpUtXr17tPDf4Z/To0fPmzbv55pujo6PP/4UuGBaLhQ90Gw3TqbgvGEmS3LkoJ4rgpyNqG2qaHyDAkQrpjhHWhJCqFv98VHOgjOVFBAAIgZqVZ+fYeydx60+ptp9RciJyC1QVI1/r/GN01ToQxCJV+qK4O8xI4/7GIAw6yXKX8css+2lfr4IB2Z54rvlPwmLelLfiXXPXTPv1AWOwAcDEnFkZf/dgi3LV8M9X5UVuK/Q2m0HQxSBUmCihlR+YhBzl2v8NxwWPZt0PSV2bj5udxM5i5eka2uwkFDROJhuHCceyXfnAsJhlkSyDww4kJcfFC1k9sVpj54ltZ5THq5haGwkYolRib7piIrf7JX6IIHf1Mph2ghHeEPtgBXtkpvHjWC7YdGsX2bgp+uka9qjXs70ttw8y/cXP0wtVG47ovzCdnRzHC70GNPw1jmspscYRluO6b3M130cKWVopQQbJRBc20kWtJ7R6IW1KzTttNbwMwq7It+b3iLsv5tog346bYr56VO5fJJmcUPtakstLvEkqt/2p0mVEqyJhp1SZPyTOqSJaLAYYEo9Md03JcpCEl7s6xrD1jPL30yoH33Kp2Miq/YYPilSb2rbvqkgsHP0TXKo3wx159T+fyiDaOL1jEGUkk36NuymwPzfZqlRdyVWsAYAkSYPBcCH/fbcVvvKbea+vs9P1w77q9q8QupUxVJqpOhsJANEaKVEvEm1un2YXUdZIcSLSEFxG3VHOmLeFKPlBU7yaLQGAqTX/l+ga0rZnE3NqXcxjQ0x/72b3t7nNosYo7fsqjatn8uCBscMrGxUmJ6Gor+66d2WcuaR1S8yyrgnTxJwAJRuPVLBL9vvbycjXrNgR+ZrHwSTn0PF1r9LYc2lAxeA7hli6RXmmjrxr/PHVyq8AgMaqibWvJ3ipY4/17PpByh2jIwerswbiIGvJnAsSBdehXfvq9pdh1ijPqpd7c5gGAAKJrKYoruupEXHRfVUZ7p+8RgextUCZa2QaHSSBIFYr9U3kRkVXawtPkHU1WJZlfYTYLVNODJykcFmg0+kQQmazOXBTAAAg62pUixcGbGZ9+HFQXgbhUZc7Op2OYRgAaGxslHys1gXJhVFAGGOb7SLXjFCr1QQRDpO4EJyXgHc6nevWrVu6dOmqVascjnNWf/v163frrbfOnTs3JcXfbtgly6U5Z72q8BDwzfA8kEybafsFRJJAAoj47jOyqiJAU5KwPvZs819OiX9gQ21rrRgQEbm+TZl6d/UskX/cT7M7h1q6RPP5RpZEOCuaD2ka5g+MAQM0T5onH/hPTuWrtOwvej9IrFTFmrgHWFk/s/rjthNTX/CE7ZeE29zWxB5EkVH3NPxQaw4wuWmkz+wzvEdgakLtAq/lnT0S3S106R7Du+WKXc1H9KKum31ON/tk94Y/R1jKFbuO6b+eEdflnbRHglmg8WC1add9xW8IWM6wT8+yXR/FZxOYlJBQwx7pb9v0QmHTxXZUnbMtYuRpVXcOef83p0cLdw+zHK1k9pcqyk0UJyKdQk6PFuw8yq/x/pQDER8d1X3V9njFmFWJbPQleDP8z/oyU3AGkx5gwDhm41sjQnnuZceFF/CNovWGgn8ddxa1PdVb2W15xqvurd12caicXZeranS23PINKmlatqN/clOIX72d/OWoOr+mZXsOgZCvWbnH8KGAHABoRMOTWTZPVyEAAMD7De9U6dfWybY0x7ietptjXb0JoAEwRnKTEyGqOKpdd0z3PU/YCEz2sczvbZ1HtQrIT2UtN+GtXZ3FoFCICUlidg5WBL4xYoCv9upOVHn/PtrIqlXx93iNM1KLcddwT8TZh1tdBADolXLvBG5cd6fOWzluHou3FDy/w3ZsYu0bqc7RvsKmrFSlUoqkMGuguYwEGJ3ujNcF1ionq5l9JWxZjWTBsomsrVIczNX+aKZLSExNJIc/nnpXb30M5XsaL8uAiCu/8kR7BTw4HdoP/uvfHARTtO3RpzvEHySMf8ICPgTCAv6CcV4CXqvVelwrGRkZ8+bNmzdvXnb2pVLMMDQuwTnr1YYvAX+JwO7axmz/3X8bWauzP/Bo85937l4ba7y9vS/UwBRoxQRa9iduFTR+eUZ9e3sODR6LyYdviOF6jal/SSsmnn+HZcodG2Mej+ayxzW8ohWC3XjJ16zcEbnA42APRerirs8kEMlf7dUV1QeMMMQSEvxv1Xq0323470ntTzE89drp1LGN2ufTK5bH1QuIJoAWkD3bpnzc1ufa6c8G7skHua7iVyu/2mw5KGKJwCQtq/pb8XOFSRMbdAAgIfLLuD/t0wW2JI1UyQ2Odv2C4l/j7qtlj3scPTL86z6ajEvtZvjMr05RCrAu7CTrKazyWGPiyMbU7nv/kTWwM0d3CXHhBTwAuDD/bvWPX9StqReb0j2iKN3d0TMfib+ZRe0O+l17Uv17vnc9PKG7Y1pPR1kjtWinvm1UNgDwhP2w/lORcI6o95kogUE26v8enx79Q8Nmu+xCQNCyOkGhecgw46b1lTd223VI25QGpZKjpxs/0AmpbTshCLhtkDUnoX1unYKMfjmi3l+q8JiB1bLHt0Q/byN9lvT/X9oj8yInuZOhGBKbnMSBUkVJI+UUCDUjd4sSBqVyzbUAnDL3Yv5mnNeO3x2KgGt724Z18VJjtXnk3x/QHqv0vHPKIOw1vHdS+yMAaBD7U/f/tDWXvtpot4AHUH39KVntz6xBzMhyzp5z3kMLE5iwgA+BsIC/YJyXgEdnlwATEhLmzp176623Dhw4EF0R64KX2pz1KuQSF/AgSZq3/4P85gm6ps4S+rTs9T26UsHgdm9ABZNtjgDe6LGDUDJyTDz27ZPh5YmiQBirkdOBlSo5LgFTXoKKkd1G1BiRLGFdhBQd0yjZMo/dCgAE0F3s4xNdg1VyjIDsSc6hwW+he/Bzwq0muojA1NTa/4sPVM3YDU9Yv02e5pG/vSnr3T6qdLOLeOf3CAff8T8hGGSz4q+fn0BKqalzF4HzVU47Jae4mGQX45pyDdZoMEnKMXFYHWLdLJvkLODKBSxl78pNONQiqpfG3rQlYkzQQ23f7lax6vffo5/xOFg2ekWyIvbSuRlKMry5BjVIQdkgr4l/IIrLiuVyYvhIrWTuobDOmTBc5WdP8Irjogh4NzKWz3CVjZLVQGrT2cTQ/ITzapjPdvmro3nXUMsvR9WtN+e9jARJXt3RmilWrf+6XwwRnVDAVVglRxxtSGPiFZvWPeH4cWFyk+lDun36qIZ/Er6d0mkSPzmxUa9styt1tZU6elqqPVUpARkl1n+csnpXxFb/6ecLUu7/c/Q17sfbC5VrTqjFc1+WpfANfW3NEQorjml2eE2/8g0CmD/U0jPe+2WzZL/2SIWvCsT4j6gXCtUbACCZjtrV6xOFj0ChltdyOogaIxIFrNFKMXFwZU39QxDwVP5J5YoffZ5GyH7rXXKi9+KCYTqWsIAPgbCAv2CcVxKgwWC46aab5s2bN2bMGPLqc/sIc1VDkuLIsfSOLc0HfolvfKJ7WRXNywQmMEoQmKdwstF4Zrv1aL1kUSK2J/4shNcJRoZhgIpNB7PspwEhsVt3btxkOdKfyHFhfnnxik2Vv5fKDYyEejgUcRxdpBYKIhGh0WcoU2dFjJiiG0zXGNktG8jS4pYX0umpYaMUiHFhXgahUL2+UL0eACKELl0codfFTXQNNtFFMhINQrB+m4ysVUgGJ9kSd6AhlT2UaQCwMU/VGeodABAQJuJaEVY2H1HIqI/tbLg+wyrW/9p8Skrryo2bIsUGVXa7NRpS2U/VHQDQ2HS5xkxUlAGAkY7dqh/VnqG2j0SXZ3WxJDYmSRHjtfFFgXOY39pSZ5b8GVK0RilG5Wp/yNX+sHVf9mCcbLv34StMG1zKEIjorjhfjeFr772Z1ScCqHcAIDDpfzErnhtSXrMuPSYlW5HmPoIkyXXq0BfD3EUroatj8pj65/x/pQQJ7ShSzujZbmPqeK0YPwAYZz678w8A+CoxL1DxOIinIt0PthcqVx7zsmbKiei7g5r11p1/7t49itLV2to9N8MAq46rs+P5tu+5uIH2rd4BAA02/a1YvUUGoVyo/6nhjz/5KP4KAER9HbtlPVV0pjliHKvU/NCR/IAhV/NXVczM5gcNY/bv9nIOIW7c5LB6DxMmDJyngK+urmY6PN02TJjLBNeIMdjlZA7sAYDBQ08c07aUgZARLmO4h+WfoSUUjuzZmYNZlGjfHH28TMGz8sGeR36dnTzjlvSbGcLLllHusTV32r8sYh1wVnju1bdasnXWHnQW/NCweQTZ9btthhosvp9p3BBtrmQFhYR6W1W3HjszNj3+N0Vp6z6V0nmtLqukaACgsJKVIoJ/FoHPuX3NiZzAIEqW4VhlJ/pTJnDDtsctm+pIIkwNzQcxwyKeA54DAB7J3yTWL41vOK4+zJf+lFQdMzFqxH0xsxKZdn9EmKYdc25ndmylD+09rO4rh7SNGSSMrKGwQkQtcbN3xc0MIZO/k/j61JLPa+TBgs9a4m1xXx7pTkV/XU/bTbddzZLgckSQUUCvtSClqf+LWCFFCPw5e2tEfd1uZb2LwABAy8phjX8PZkEsv4aeEeotnh8xBkiS3fnHuEb9UW1SNN+TllVOst7IHrZS50RTU0CM0OQAgNVFrM31XekDo/Izg4bxt/837X5JnhHCkOrtZIWJSo7wtEc97E+9AwCopOh4V/9KxV4A+N1y0JeAJ0uLlT99h0TBRsqLko2/xDTmqV0ygu72fdO3pN8x6kkD49MG74qHGz9Fioljd2whLC1b93J0DDdmoph+tWclhAkTxs15Cfiweg9zlcNNmCoMHzP58APHFI5Abc8r/iogn6T9zoMTAKwkbI0wb7V9tzh/zzfpzyfQrbbiMa7auGS2/qcG1otrvQc7paLRAytracFJNAVoWknYHGXZHGXpaffcGRMJZ5sO2oFAOAEg2Tm8Xc8SyZYXTWeTnor/EwBYOcLhZd+ow2AlXQXJ2e/5C1lfRzTWAwBRVcHs3ek+W8UKN/Y7fVDbshF3Sqo+VbP8q/p176U+OjOifW8QADBJcWMm8CPGVOymoTOrHMhIklBLxGw/VfdHk27pxNdrD8/s2Oeqv3+wDwMtX9ioKgLQx12fcI3wUn48zCWOjSPkQOl9HWIqJSMpRX2ujZzLYaSbKronu0YoJEMw/Zid57FChBA/bFRhymDHYfWs6taLmLhUuW1X5JsOsskz+c6KqMSKja6Zs49UsoI3M9RmlFKU3tb3vuI3niKHAHj3vPRPrY1sK+BrrIEXTQxCV7eArxK837OQy6lauQxEIVftvLFfQZGyZd3wgM5+AI4uOn7/4qwXB6svaRvLTkXM6Sv26kPW1hCN9YCQFBklR8de7EGFCRPmEuIK99EJE6ZjebTkf8tMWzi5aXrHEPRoTe+Digb/z3Ijg0xAKJM8GaS2dlmtkZDAg8Xj4FFn4dyCFzdkvd28D08f2veCtL6BDqze3ZSy3ssy5aqdSTxbwbScNVMlMhI9tsSDp5EuAIAoPqtdz9Lxqe66a6O1fT9I+7uB0gJAazu9zgCDrJIJIAgpJlaKiQWMNRvXuk8JBL6uf/5RjZelHKvkuK/kzRX0fwaFNCXFFCUqQ8yoDxIbVdlcUGBGxLB3Uv6qIi8JE+bnfjeLluntvbBExDUyeZ92e7qvPqzeL0tob1aInYGIyjSpmee8mFKtE5vut8HflBgyxAFXCw0f167YXeXqVf50G0cMlOocE1WdtTr+fjtpHGBVL8hPoaXjcmx8JT01YM9RQlaDcLqkng1tp0Xydi/1v2rghsRNu/S+7iH04QPgdDTQ4swBeVWsp/sdABiRfd6ZF37v8V4KcxWrVoSk2LgQkrDChAlzNRAW8GHCBAUv8T1P3GGWzslyjHBmHrNLpJKRoGX3kgTGPe2rYXJbb7xbmKIIPr29r4uReEL7XW+LvzLCJ3RfNz+O4/omO4erxXgZCQ1MwWLt9vuTxwMAYOzcv+XXgaaArxjF9ehrmW8QuiGgnURdkWrDSd1PHuXiKhjuLvW4DcKJcr4WAHjCVs0e9Oq0HBANKz+ZOew14ykat8/YlpHVAOjTLk9eZ2hJDtexMoEg4N5dyFioyl5MU6n8ejuZe5qr1VyHtUS0UH9Gvc2reldJ0bSs4gjrCxWfr858w31QlFGjgyAQRCglMohVnQhVu+tjtQudGD9bPaOLRjM9Ylh/VfdOfa0g4bH4+PYShSXYpPfWlOqW7c1ZmMxcQjn8YdqFmpE1rGzj/H03GBLzQehJ/wymS7CiV+sjUmRUHyESYcAIgi/MGa8PJcbqD+vhBwvf43l2unGhVz9LAFBLceNqX0zjX3nlTLxaIgGA2bPDNSSwgGdl/eSatxkxMoSBAUCE0ss70iukgPNGO9lU/K+5rIAHVFEBAPy3S1UVKyilKEbW8ITVSZ6zDm6WHK9VLfkgrR1ZM2HChAlz9RAW8GHCBMWgU/c1q/dU54jR9c8zWN8cxCkQzv0R7/OEbUT9k63nfDyy7Yp6s1C1HgDWxTw0p2Jte/OKD0YsPKpdkuQcEil43wuqZXMP6BcBgFqKG1P//DlV3O1w+oDwwsFVDzTuSqdj90Gd4Hdfi8TslJp34rmWyvlaSIjle/e33L8p5olq9lDrxpV8zb5ei24seHaf5cy4uv+Ept4RwHW97X2jx9wYNfJjrrbE2nQ8mCLqTqphlLZ3a/UOAAyF0yKFIDzkWmhXwXYLsy4zYeTKxr0bcw1U3VAAAvTN8bfTJtVu3x71qoswAQCBqV62OVnW2VqxSfBbakpXI6lPDLspT5VXQ7s3uGgS94znJ2c5YrX+BECPWD5gTa/zAtMzuCeuz7zIBWybOVJg/yY3QYHjAzdtg0Qal46dTHZmyYAwnQ1C0C+J217o75rvlcAfLmfPZ7GOBeOcMW2Wq0gyLmv4+IaTm6MsLiJYD5T+Se23kTvFby7ucY2wImDjWL6fJH+/NPbozPq1cXwNcjm1kgUgwPqUWozTi15874JBQeOuUV5itTJjhaN+i4xgkCsV+wAAAbrB4N01A1ktMhC7tZNurLxOJzaVZLNQ5ae0P53U/CijpjvhatPOd1L/yqDwNDVMmDBhPCFffPHFiz2GSxGO487TNCLMeaJSqQAAY+xy+TSkvWBssh74onbtiMYnRjc8P8j0YDfHNBIroJX2IzGd4hzZxTGehHPCFUlgujjG97XeoRLjitSbGpiT3RyTgxeMlaq1+yI+kBHkaX9RYH003wO1CsLHSK5ljnOkKdN+bapj3EDzAxFCV48eEJAiZH8TxZ+UhXJ2lkqckeYYr5USbVSVQNjPbUlcV/1VNJ/ddhgkZjLs0yuUexxkbfNBCfAD8bPfN/4yruyTaMHLs4KhVyI/tYcDAAhExDCG/aWKs4MJgIs05UV+9nnXp6Npz7p3egU+WO5litlWqMdpxVidYHIEO0F0kg038j/9NfHgyZODI82j2w5TL6YmuYYVqn+jMDut9r3utmtYucUHi5X1JbWafSWKWhuJcdNzZYyMVmpfqSJBJ8VofN5zDCq5sJ5udARIQNWwspLBnDdb7ICYHMTYjJayAgzD0DQNF+NmuHhL8eaynshv2ojPZRey9q2ZKDTfsisMgiCUSuXl+1uWYpAOlbO+Lma9Up4/1OISiXJTiALPQNb8bSyotF4W++TE5CEHy77Xl3EE7m6fGbArJS1jJEsyEaORiCC+fBYXsXB7RH6VrvX9wT8SIivZxF26YclcRaxQa++SfdQeILxcQk6lHJTnYlsmZTnSo70Et8fqpEPlCpfg803ma1YUqTcAwO1RU+dHT/faBh899n/RdxLytHNvj7ok17AEbmCxapOMRAAQsDg3cqI7N+oyhWVZhBDHtW9xJ8wlAsuyboMtl8t1PpbbcHZCewG46J6vDMNcGW7ilz7n5QN/BXPpWB9ftVxSPvDX7X+3e+WLIed4u5FB/C32bw306Um1b8UKvRCmAAHGMkdajOxhA5ellqJJoAEAI9lO1PwR8/yIxoq1MSaOaAmfjnf1T3WNBgBCYrMc14Y8JBmEAxEfH9ctaT6SY7l1sOmvfp5iJ2t/SLquuXRUPKE/1vebOzeeibX7DHIOuLmNAMfpJBKBJEOkWq40U6bgakGd0H02Wtx6i9AjK3mg2LM3ps6Zhf92SrUpL8DvZapBnD/EomHlY1XswRK6rBHzMlIhySSqsLdR84RtJHrj7a7HJVOvcXWv+On5mO5rnZCa5hwbzBtphiLwYxNM0WqfWsvqIj7arq+ze5G1JIFTDWJ2HD+0i8viIj7YrnXxoVwYL8+oV9BN/1+1Wq1UKuGC3wyf31Tgsg0L7bkK9tjL00Kp13VFchF94DsE0VT3+/E9Wxunc7KnUo3RSPOHWGK1kiTDT0c0zQt/QcIQ0jVZ5kEZMuX7ZoOczmN/fHGnbnNf08IoH9FPbSGVjXcPdnU30MjppI8fJstLCafDpERbEuWCRCWhUHdXJA9X53y6PbasMcRbN42FUeZdxQl9Szm95DuxppbJVUtxKikUAZ+kF/861uRrJaLcRH2yU+9Vw9cyJ36L/atAOOdEjH2ny6O0j83zpSsaD4DPPJ0i1YYt0c+7H2/Nft9XHL4vOCzstB7L58olLKUx8aO0ffRksHkQHU4IPvBhLh0uOx/4MFcVYQHvnct30nPFcOkIeBtPvrQ2okMstTDgZUnX28iad0+lPplZzp9V5iQwfcy3x7h6YwJXK/bnkj5ybQAAIABJREFUan90J9V/fKrriz0aqsDz57+PZf5A0wPnP57T6jWNdH6k0J3BukTnIAoHCNJeGX9nPZNHYCqWz+nr6j1Dc09AV6HOoJo9tD72EQkJADDCpP2gtGfaxNul5HPmeUcr2XW5qtZyV0YcAaKGQilRVN9Erl8S59VZrNJMrTimbh2EL4OopA8+lFq7ODL/beMP04zvJ3AD/QyPI6ysHMqu0cAUbs4Aq58GLhGtP6naW6rgz25LKmg8vItrUpaDJjEAlPE1/yh9f3+j8abKn0IYwAvT69XMRRPwFqf1id95fdBiqTUY5MmpuVP6hxJyf6VyGQt4jFftXfQs/q2S5UnMZtquSXOO0wupaolMVxM56fTgNK51lbvCevq3XFVxAx38bGbuAOuAlMD7okJtxTcFu3LrbkdysCKQJy13p+wcsWUj4nk7SS/oYtgQpXQSgpkurmWOy0jqzV0zyPivoEcaChxhXh13/wzjQoXcDmPOZuK14mMT/FVLaXCQq46rc6uZ5vmjhBxF6uVGzdJ+6rRb024Yqe3j67nVFvKd3w1+/1P4l4TbG+kzBCLycpZEUO2o37mkfsOrlV/Vii2DVxGK+2OufSJhnq/VhE4lLOAva8ICPsylTFjAe+eynPRcWVw6Av6tTYaa4AyHgwEjeafhwW37qbl9Cn6PtADAdOOHrdPOAQADLlfs2Bz7pLHXsv8zrfx3xZetz2rFxBsqv/dV8ahTOaj/xE4ZB5oeUEntKw/WrjxzP0+UQTil/Xl/xIcScjWf0Urkb4d79bjmISBIZG4EkpKiY7BOjwGMFrLOTiKAGI3kP8ncA7OTqDRTEkZ6hZSkFwkCMOABJ+4p52vvKNvSXGa5Y1HS+MUZ9QE/KFGGagvlFJCKwQla0b0MIcuwvsTx7ZlyJZ+EMKGSYqh2+q4pKPzSzJZX9yPgq4WGIq4KAXRTJMZSQZls+cKF+ZPOEotkB1vkyn05JA6hYDZOIQvumWxQXYSlpEuay1fAf7j3zRforV5PjTXpfoh6lI5PkbV6rDxnwTGvhvn5iLohUJqJmz6J3G2D/S2WtabWRi47rAm+skYdu+OLk0u36ieviJqAoEX52ynjfv2HKa5R3eze3dE7hCr2wI7IBVa6Ylb1515TooLh3zPrGcr75BA11pMN9QBgUUWVkQmciHQKOTlCpIIzDtiUr/rtZIDwqIP6j4/ovxik7rE2883gx/xq5VfvGn/0emqKfvCXXf9FoQ77HQ+SsIC/rLkcBbwsd26924AQXjdGwnQC4eogYcKcQ0kj9ctRTb2dxBhoEvdM4DtQvQMAwsTIho/L2Y9XHATDpINzy9cxst6zDaAU16gbK366raYswXXnnXAvIOxC1jzN8kMRn3ZzTL0o6h0Asuyz1GK7Q5Qb6NORQoiFzZv1ZLlyV6FqQ6Viz9lixS0610pKY/sff3Dfi38vikvgmj4ZKSnFNW4yG6svxsdKOSPlIrMgdbgmJ8iSSHqlrFeeI3saJWs5X0titpPUOwA4BeTgUfMeuC8oAjz8mc1O4qt9urLG6HgIsWYVAPSI4wOuHWy1HllQ9c1++6nmI4PVPf6VeMdITW/3nxYXsb9MUVxPOQWkZnDXKGFQKqdmvEwp6kTzvyu/XNawhcNCD+tNwxv/EcLXzEHWYf3Lfx31XEfEx4S5JDhuPPQSvc3X2T8iLHHSy0lnmLnVUY+Zs1UjpomZTRo1K5Z/chJfVE/vKFQerwqwEhSkzncTo5EeHGla8/Pi16JJhRyR6hwTyfu7oUVxw19KU1jJgR5XpVqMG1v/kr1VJZEOBIN8RP9ZsWpLI13oPlKu3BmygG90EnGtVjwx4J8bt31T/ssBvtBBSJECNbpR+3BZ3EhI40dPEBJ7ejxdxNIvjdt+MW075SwVQUplYqfohtwRPRUJ2h2FgRcW3YU/H4u/JfgB77ad8KXeAWC9ed/ndavvi7k2+A7DhLnswBjb7fbA7ToTtVod1vAXhrCAD3PVI0nsgV3kmdOSILymf6AKWmIOORHtLe4UN+wPE+99u+CpB0vX2MFTvbvBABopQSMlNP+txIZ+lnt62W6tYY90xpCCIQT1DgAK+bw2ad0oJcMZ9VpfZwVC/l9y1dfxNUuOZUyo1wGAVFmyYO8rH3Spc+IWHR5HRz6XOH9O5IQQBmCTnAAgIU5ErvZubgeDO9YgBB0qyGjRLn2N1VOQtCvqASPpuLPoo+3pMkYGpdQjjh+e6dnmk9qVL5cuzbTPmuZ8SCXGSgTXQJ8ucK29wfHsgqT77o6ZubNI8etxtdjKPjq3mtmQp5rdxzbw3HDlM1zFdaef4R0RQyxPpzumIhzKGhkG2Rb93y+GPR/Cc8NcsiwqWyoH8lSvUPD/7VK1SKxds7kqq2D8H5k3HKtk6h0kAkjQSV4XjM4Tstb4tW7zSa0ZANLt3muzNYOAsJI+s2zU7QxfChIEhITERrrQIKRn2q6N4XI0UugW4gu36+cOtGXF8gDglLm7i17PMzJpzlvGC6kAYKEqDmm3TB2w/a9lptdWNRA1o7jRTTdVxHFVYL2z5LUD9rzm3ir42l22E4tq1txSs8S/NaAbDPix+DmTdYPbMeDaAMX8F9asuDdmVoekwoUJEybMRScs4MNc1bCb1h0u3Pyv9PL8rty4+h9UoVrmthcZEU9kPi1gn8rW1yyDlpVJzhBLfF0UBOQMrZCSBwYhAwHhYUfvQSMl3dynYPeenmlO5sZ+pzdEWeBcIWAUGh4ueaeMMz6eMK+9A4im9AgQBlzDHkt0+ZtZYiQg3O4QCQSgZrAq0PZ7W7afUbRV79DOtQCESbGhRxEAAJQAdbiC3XIGPzQRks5eoXvsuR8WHL2hbmnrrNpIvnuGfUaJastz8iuaxlH7T3qJEuRF9MNBLYmgX3KThhexNL9wQVLdzX3M80OeT2OQc9J3z8/5R2hPD3PJsg0XBdnSQolz+hKzq2bbT7SEqZ+uDWrzx0+1SO8YK7cZLO6HjNyOrOwLSSTffaDpwd6W21qblYSGnSe+3KP78whztyjh0bxP6JK7JrXK84rl+mTYp9cyuZ8mPhPLVf1j93ZZoSArK6iSQl5wzRty4rjG2bZPQ+M4sy2oUgJTYzMeTBjergFvtx7136CMrynhjV2YcJmMMGHCXAmEBfylzle1v222HpKRNFiVfX/0NQwZQo7o1UKhs/K9up9qBFMUqb035rreKk9PNRnLJ1zFJXw1CUR3NqX7r5v6JqwsGsQBQE/LPJUY+n5FCAi4A2TtpU+VYm9qO+uxe4XA1ADTffmalVaq0k8zOym9lF4xwKLeEGXx1eaN6u/GK3oONPRt1wBUhKK/uvtBe36e5mf/Aj6OM9UwoWyy9YwPxW3oUHmAcAAZpAY2D2PQsJi1ZRLBLS5Um9Gba+G5a5uyNd4r3DWx9nWv6QNpjnGUrNpXnuhLi2OAFcfU2fE8S2EA+NW0U2mc1Nd8ZzDD8IqTLXlyJJ2ibRMkEObyp4YM1jdUIyVMrH3fToYSDpOT2L66ABbOzJ2NC3CRjcHbv10Y3OE2UUKPro5JHdWnKMOyw5rEiDOqyqf0spes9Ri+57Sa917pdnd/q3rCHxvdq6WLUmu8qncASLdPg6CsSeDGrvEA7Vhh4bFolgJHDhuFhrCADxMmzJVBWMBfujxc+u4P9Zvx2T3EtabdL1cuHq7JWdl9wcUd2CXIMUfR7NP/NMstP+HfNWxSk8pv058foc5xH/m2fuOb1d+W8y35h2Q3JKGmj7efZX6njtBj1hJyUbfLCxFxW6NemlexhuyImPM+lvk51tsO6z87ovsCwOdO9epo0/YIf+WpMOBPj388cNQH0E630msiRhy05xerfi9Sbejq8F6GSiMXGUQhBAHPUnhSlqO9z5IxeN1+bw0B5LbIf5vooluMH3lV776uRosTftwHtw4EDgt05Uw/yf9JriH+x2DniZPVjHsTflPt6X7m0HfOCUXRW1MULLo4ZSDCdDYameGC0/AjG54O7caSYhB7J7RvsUypNCAOMAIAqGYP6YX2eZt1Nu7vr1ZI7Nhu62xknS3TzzdNJ6bkWOdf1+/DdQezRpq0APB9fL2vMUYI6RDED9+gVFe7Co4CAI1IBlE8Fv0305IXyIs7TJgwYTqbcKWBS5TxeY8srd90Vr23aJVdtuNZR/90sUZ1afK79fDEvL+1Vu9u7JLzuvx/LjP9AQBPlS98pPT/Wql3DABn1TsGAAaH4vsVPMjvn53JxbSZcJK1AuGsUuzvqA4JTA4w3dfPfJe3k/jsi8rVrOC/nz+YKubQPmn379z6ZYr1vzIH9pDVlfShfeLGFeK6n9idf5DVXvb5mwvgbY1+5bhuiYw85ou4WLW5XvGMSva+AeUHBY3vGGIxqNqduytKSA7iP0xjpVqKVXPegw78XI17iyDPSBWY7TGunPaOzYMKc9OnJxZNQBBiYUgVaVwwVRtW75coskxWllMnjlK5x0hjFYTkcdOb9KlCScwystZ9wZKYSXAOCqH/OBX/p5xa51kbc6Khnj51gj5+hCwuRKLP+waZ2i3b0ST/TmqX+c/luVicf+R8CGTYp4sE+nOvYo7AAJDrY/udwCSJA+8YpRrE2X3bXYULAcpRdfPfRo3YdDapvT2HCRMmzKVJeAf+UuS/1d8fdxS2OnDOBLtBsswtePH7jBcv6JguYf505iU/88SHit6WU6XPa1efexh5PL5Sa9vsjHxtRMM/L9ara8XkVOeIU9pvk52jOrDbvpa7CtXrLVR58xG1GKcTUzDIAmGjZQ1CyEKW2ylj2+dqpIQM24xYPuduUWOiGqoU5UbFL0PrCZ1xWD01mJIHApI5e2nX/cseE5n4UTfIak21qNtbzJaZ6HLnddNw3yrFwXz1yn0R7xcrfx9gfsAgpBOYEpCtSnHwqP7LQWZzIl91CALE59MkFiQEAGoG90rgJmY6QlDvAMBQWEFhl+jz6nXvrtvJ2kQuK5SFIwyLtiuHZ3VAwLBbMj2+skGDQ9FdGCBDs//+iV3OfyRhOgP6yEF25x/I1hL8IkcY+DEThSzPEuWtcYmo2kLV28l9RnuxmXe5cCR6aqDyUJ52hY2screhsKKn5ZZ0x/QIoQsAiMhZy+RKBB+MXlUysksg3CsJAlktQlWtI/61bQkAwCIhmy+cWvVrF1eJu7FVGVmaM47L7hupgSi1VFUj7atQlVkVnIi0Cv102yOFyo9chKmRPnMg4qNBpodC+6B8c16BWRLiQ3JhPF+UUpRSiipS1v4WZZ5ZF+HyYSYnI9FFmAP60s8baA3Sjs6DOYYJB+35fhrcVKnT4MNC/3YUxgsTJkyYS5awD7x3Lq53burhm5zYS4DfmIYX0uzjKGABEALQMPL1/ey9Q8qbvfQJ0gf+rervXq/61uMgCcxE4xsJ/AAC0xgAQLZRxq3RL9Qwx9p0gAFQJN/92uovrzwNLyFORNzFTdc0UUU/J946wHRfX4vntvn5TFcP6T89rP8MAJKdIwaY74/ivaRD1zP5h/Sf/D975x0YVZX98XNfm17Se0IIgdB7l14FVCxY1q5rWdG17aprXfGn67oWbOjaFXUVFBuI0osIoSUEAum9TmYm08tr9/fHhJBMpiWZQMD5/JW577777kzeu++ee8/5nlrZvvaSUZabx5rvIDprnrOEzUkYNbx3ArYGWa5KWD3JdFORbDHu7GzPE04LVRvFZnvdMyIS3OQX/y6rWZX5hIj9fjmVVHx0fqubQ4BAyYjddOQHAECCAA47piiQydceUh9vCDRxN9FV3yVd92TZdfXMX7t9pbYOC1ZXb5MpTk7TH6iN7tkmoQjcirFlk9P7RL77QqWP8sDn2k+u1f962F5sEqzxdNQ05YhbY5eM/q2Qzjvksz570Rz31Bldy40OcuMJ+clmic+8xSJwh6PeLlR9rRDiF+pWazlvQZNuYSdbjkatGW26Xc2neko6DD5ikfIdK31sjPkeRhyNTxfzyEphJXg/4I7dMc9XyXcAwCD7xRNN90mF3qbY0DNFGi6DxrLgVf3DEU7AmMbnxkVcJzlWoti4xJD/79KkzBn5jacdoFRcippPA8BmutpGNc0yrBpo9x155CFaLjy2INDrPgAc5i8t/UfHDJcdSXYxvx8cmshJnJet4LNzenaJHhDJA39ec97lgccY22y2s3ChAETSyJ01Iga8b86tAR+Xd4lXiUyMW1G/3mcMalYsf9d001np11klRAN+0sm7Kt2dvJ3j2ZEXN71D+PLRLZVv+i32/7wKx5rvGG2+5Sw7H/LITfVZOvF+BY+ca9PmAsAg+5JJrfeHazWhRrZ3e9wjo8w3jTffHXAdAB/R/rdA/SkAjLbcOs50Z7eu4iQNsu5L6C8xfu8aPGGHPtXnUQRw2bhmMroYY5whSUyiu9c+WVvFHNhH1lYhQQAArFKXDp6z2jqv6zjebqLsj37+psZjS3UzV6fd293v0rW1sw+H7LdMOjY6MSJZ1z3CbsALWHy07p1P9b94lVNAPFua8nC1X3kwx3W3CKmdFsiqjdSH+zUBPEc8HIh6ebD9ssBJ10MEgxhgkMcghBjWgZGwLfbvFrqWFpUsYUlzzpjUuhJBz2M6MOBerh03SfJyo165tOmzc+JC346Iyqda3vjXwGPVMne6c8Y4011RXFb7UQNTVKLYOKX1oQCdvGK0bcqAUCUMu2LkLX85+ewOwXsffphd9mVBVo5dBgCiRmu/477uqp/0mIgBf14TMeB7QMSAP2tEXOj7HVWsD7/fqxp8W+8AUK6nPj+kumFiINWuCxiT0OmLM4JsSfO7/qYI2Y6lFnNNgeaz9pKR1uvHmG/r2y52gQPHoag3pxkfPcvXPcucTmzeNsgo+Pgw+gLI+bgk14Rg1jsAoPGmu/XMKStVN8bkM3I+ED2w3gFgU/TF/yx9m59w995yuZddTRJiQ+La5fr/Yv1p9UR59mNJ189T+80a3RF+//bPa777Ndpcl+iWicRwm+y6xphZR364NBn/oPRWn/b8LlK887tjtZnOxA1xkt6Y4UFPC2wg9RgXaVw6PXd0VJ84vopYrHA32kWnhlJG5KmD8nT9h12tdwDgQXwiu1bLE7fXx/s8kcnd5+xgwLt59NlBdVfrvevdOdF0XwDpxG4R+OYMXZQBYXKB/mXAba0JiO2N9Q49jd4iNZX7iZ9YwqJjTpjpai034Oxb717/LwJn/Rr9YJ30ltHmW8aZ7/KqEMPmTGWHVMv3Zjhm+mxtbKp7ckbPrXcAiKbUP1RN3aVH3yQYiuROgYBMp2RJi/YqXTQtejqCCbOJbGoQkiLB8BEiRDi/iRjw/Y5o0jvH7GTjw5QYaBJT0CBhBSvTWxfX8xK68z28wLAa4UDzmLHmO9sNeKmoHWO6vQ875wcK5FOMD/dPKfow9snTDompa+p/dJGmsGyjtRPNZc3Wrwqxs2PMt9bLDhK9m2eHDgLJf1Uxjzd+M372JQdrZDUt4LRxWtbogvw3Mj42d47Mz3eUXlf+7OPJNz6QsCJws0cKf7oNPmkYfGY39ZDa/kmyfrku6oPC72MF43dJVxodZ0YBpWBbYvh1tnlPrpr9+6CFce4rwvs1vTDS5Ro+leqdJ7AXdqp5XfLye2VrwthmW8ui67WmdWsNvxr5tnSDyUzsn2OX3R1/GY0ir0UflLrqPtRvDFDhyey6q5tiVIKP9xBVUaZ862UhKYUbOYbPzsmtllndPkbprg9zuKz3MHP6FYMBzknYOQAQ9pRTSetE1LYr2N3U9GEZ57u2oOUGTGl9aLDtUj8VUIZjpoTCXGfpTQWD52Q7ZmQ5e78vThj0CwzqBQZ/K8UIAJBBDxEDPkKECOc5kZlKv0NNKlBn6fBBjsVBz9pSpFw2/Bx7zpwTMiXJOv6Mj32ce3jg+gSQKa5J9dKDAJDumBleeyNEOu5L9zf6YEUByYU4uRDm6GUCaKkYavRpvHuUmzyrT0eeMoHO/3mg2ZQxMJvJ34IEoVDpnDy5kEc+QpYw4OcbPhstHzRHNdZfg6ec1StcH1qlPrz4vo9vdZJl3+cTw0eoKydMMW/4BQtiHKfPdFZRmP8wRfdm2pipxt5a7yJlJ3hFgArFqg0tksLphn/EskN7eS0PGPCm+LsGSVMGS9PC0mA7Or718tInSly1HQsbWP2qhk9+NR9cN+hZORGGrIcXGN+b9go4kM5iKyX8Gmu+qjna10GMnA6qopSqKOWzBhcn3NFHnTzLnMP1V45nMiCnEgo9Hxmhe85NfdfzzIBR7gDg7uB5oZKKS4bZR6ewPROu6woSg/s5h1InQoQIEfo5kUCF/ki6q9O2QyjKNJWGfmoQ9jXPJHfyi0Y4uB/CAOc8zx9aLkjimQgXBggIWa+1proFS0jNlEBVlkm2/+IJVn9pQINP672d/3TRYuzI05VrrITfeeevMebv41uZ0lNpUfxkonSa+UC2o4zC/CGN7f6c2tHm3rqZIICLsv2ldwYAMNGVpcpNRrr0p8Tbfkq4LTdq9Qn1l6GkMAxQo0i53k41P5l0c/f7G4Q7K//jZb23k2s/+Wjdu2G/4gVAkbM6aB1/KcQ6QpWXmPXdzrMYIn8oRZ+H424mUdsULsu56Nx2pp1uqfFZXcSWIgUXPoMaqzVB64iq4HUiRIjQp3z00UcIobKyst40otPpVq5cmZ6eLpFIBg4c+Le//e0PpTcRMeD7I5uODukUF+dfzrodLpga0IXKROWQHHv3tssYsW0jsX/KyGEU2R8IA15TeSfRQ3HjnuEg9c1tUsxtHfk1Jsh75YijpJX3rWTRxBl3u08FPv2LRD1hMgIAnzmovfCFzEYtN6T37g85ytblg+UDs076TH9tpWq3xj8sQpv0tF5yqlmSN9xybSj7fP5qVMq3H45+66nkm5dqp/a83774zVqwz9Y1G8UZvjbsqHQ3hveiFwAuHFwJz0GElAqRdjt63R3fBL7h+qF5j3vRqcVxwz+W3BDN0QCQ4pwcvk61gYHvUhJ+Wh3ErrKAWxQYU2XF0o0b5J+8q/j4Hdm3X9L5hxHP+azbcfTz3RjNiGkZPe5thAgReg/G+Msvfe9YxMbGooAcPnzYU7O+vn78+PFr1qypra1lGKaysvKVV16ZMmVKR93rEFsL/aL9iogB3x8Z5JZ/XDgQnbbbReT9Hu2KVv7Htfryc8ekutoCEUOZDxmYUs8fDrKlD7vVU3ii9IuUBTtj/o6R7zlKV1jS0qddOh/pOJXnCGeD9MDZvHqj9DDf4Va0UIKJDvKEilhs4PQ+D51yVQe9sY+p2owidsIUTDMA4CLwjmizkk/qRr/9MDvDDAB3j4hfPqWMUx/nibYdVCtVw0u//kvSbpY68yjl2C+/tOmTnkpq4SZJ/t64p1Hmt99lP/fXhKt633kvtlh8Zzs70wPA2yz98W19bkkMIV1CijukgHASh+Ft1QNjsr8tchOwu16W27NzoxUCV1p10TbL8X0TbmpIkYjh31U+pvlUJznRsaT3P6DP/1p+nd+VdOR0ytetlX33NX3qRKmj+smoo5doDl6pz79r+6aXDh8qNXm7cnCjxmFFIDkAbtI0TP1B3RUjROgPCILw6quvbt++vWenk2Sbm+19991XV1c3ZsyYwsJCi8Vy5MiRAQMGFBUV/eMf/+hBa2GpdpaJDGT9ETE67tpGYY5Bc8XY4mNKh4WqjuKCrCsvGNJXexr9HzEmtuy30f/OaHxlYIObNEsFbaDaCJql6xPc9FCHbHFLbXGwzXsBeARIQG4X2ariAyvfhEcAjhaG5OCpBYqtu4nnZrX8E4DwatRGNZcqf4xhh9CCwkW2NkmPGumSxS1vkwGVDv/I1Ej3lCl/GW25TSb4DNANM2a6pla6L5YbcboAcyHuTPqRT7MJwZ9uGyWImigAwEqV69Iry7d++p/0OgD1UGsYbGBlghpABIDpCdHTE4DHlmpHLUWKKZIoCs0DgFur9Bsbq2hRMcp6c4y7h/neJOACihmEhs+jcqaq3YOVoS5gdYtaty5onRpfqUD+4MxRj/3MlwR9R+Ybg0diH1eMqJH4zrDYLXwOtRhhFILD2rlFirjpzsMTdfsyXDXXjgQMk3qw2mVykC9VjIP0cQgEHXk4ke9tLjovnETrCfWXeZoPYrghCa7RElHjJszNkoLZhmfVXHqAEwXgSf8TS59dbHUQzS57k9hIITJTknRGgUIQZN98QTY1YATPZNWtSeMnGR8eYJ/paUZfD+/Xg0ajv2M8Ga9qWxLCDONYfo38m8+R2931Qnx2jnvKRSH+AhEi/HEQRDjRQJW3kFY3UkhgQLQwKpVnyDD73GzatGn9+vW7d++uqqryV6egoEAUfcyXcnNzr7rqqiVLlowZMwYAWlpafvrpJ5lMtmHDhszMTAAYN27chg0bxo0b99VXX61evVoqlYbeWojV+hsRA74/4rp8hfz9NxNYcl/uMABolHy9KuOJAPVlDE6LCr5Lf+FxtFbSYKGVY++es/2VR6uTHq1OOqr67v2kQNnCkl1N1bvbhe5Mr6WVlsj8qqPrJac2JvzZ4zYsETVXNqwLkAjthPrLZOeEaG5Iz75LB9D4hlWZ9E3Rvldt8O/RL3hE+AAgnh25sHl1KCoJf1hYwpanfY9D9r3Rq+brXyZw3w56AnLvjnlKJoqxbNuFSuTuK8eUBjhFImpSndOi+QElFYMsSjQknlVJO71L4ungAfxJbqZFBns2/6tGNBxQmDdPamaE6GVNH6j53hpLGFitotOLnEJklqJtKcTiIn46oeAbHljY63e9G6TAg5snChvpwkbpuDT3ijFWMtxeYhQRfCmd9JlUDGNkMRMcKyqUWPZHeeLMTqJYxxgdJInmTWcrD1EbWcK3HuRSU9xQW/D45w3xl/VRFm4LXVMn3T/Meo3Po3rmpIYfSIvnXp6QF8XlsnxIoo8Y7KNskt80W9Kdi7q77tCu4o68AhX/AAAgAElEQVSBTHJPBhRmB3eJqB5su6RQ9bWBLjbQxe3lBaq1Fxn9zkYwiHXy3/0ligvApBP3Okg9ANCIWqiZ+Fji9TmyDPp4HtnUAABPZ9W9kwZLmz7sGg1kNse+tlu4Z7q1fQokJqc4br6L2bWVLiuG05NyrFKxky5ix044axng+w6DnSzR0SYXSSGcqOaHJHBhN7Qi/KEobyE/z5UaHWfetXuBVuTja8a7RqeG07L47rvvPv3008B1kpOTuxY6nc4nnngiNjb2ww8/RAgBwFdffcXz/MKFCz3Wu4exY8eOHTs2Ly9v06ZNV155ZeithVitvxEx4PsjgiaKmzqD3r/X80pOcjfPbd21I2q2z8oEgvtnm85m9845AsDbu7V1pva7V/pz1gsy0XVX4/vjrHnDVFNPKnN8nkiL3KN1L7d9wAAIbm1c+5/0B42UDwNJKRW+jX6qPejXTZiPRr0/1fCwz5abpEePat6z0DUZ9jmx7qEkkgAAASTCZOC0dv7wY70DAFqgW/1l+mIWLBnOuXNbnu9B438cWMK2Pe7vVqoBAOplufmaB0ZaHqXFMKuat+Mg9Zvj77XQ1QqBeCin5uGqJDVPLh1XXCv1HT+MgBhtvmWk5UYKSwFgjxkAgCJgaqbz4mGOdmXmsfLBSlJmE/xKfzGiKtV51T3S8TI+QUSslS9Pdv6abV/We+sdABIk5TThO4peZyXf3aex+UoJ1nuO1koYEl8xOszpAwZKfLyqvciSdqqD3G7mwG/0iXzksHtKhLgEduJUfvio8PatX8EJaGOhIrda2r4zMRjuH0jcma/+6IT6Sy81hEHSlFenPO/WVFDlxURzI3L6vlcbJElNdEIoV+eRO3SNEgyiTnJAzSf7s94BQCbGOAkDLXYrf1ifZPpkEfGL4cALY7FCe12WfVGGw/vxwYhnCZsksCuZ9znh7CEAEEBOan3ARZhZwpZlXxjFDSIwbaea6qQHyhW/ZNl9ZsbBhar/FSt/SHKNZURV6NcSEOckjZ6/OcxvMu3fbj7yQeajlxeeAIBiueu1jKYFLW/50/IQBPLLI6q/zTWRpwdMUaN1XbbC7XYTeh2wLFapxZjYC8B0d7Do++PKY/US3DkJ3+Jh9skZrnPXrwjnMeUt5Dt75F2FJO1u9PF+2Y2TnePTw2bDP/300/fee6/n79mzZ4cuOPfkk08WFxf/8MMPiYmJnpKdO3cCwKJF3uKdixYtysvL2759u8eAD7G13lQ7h0QM+H6Ka/ocPiZB+st3iBMAYEXLhni+ZX3sFQLqtDWkkYr3zzErmT9QADzLwrNbYjjB+2XsJKSrU+67uuXb+xrWrI+7Yqd2Fu78wo5XCQ/H7KZ1MrCwAJ5kbkiVGv3A1OYfm+V5dRLh9IyUQDAqxX3JCHuUaeGqho89hQMdC/1Z7xhEjnDfWLvrjBMjBgy4Sr71pGrd0uYPwvXdPSBAi5pf/ynhz3NangtvyxcAXjNuucA8gAcZWYkKSQW5/OWonQXqa+PcI+LdIxhR6SQNIuKnGR8L19VdpMlFGgDATorvpur+l2hYZND6s94B0AzDk1n2i71KeRH2lst0VvLWyRaCAABgEPXnuGWrm9b7bCXJPX62/jlpB5l9LTdwYLBkTu1YqTqJGNWu7OgFBvet43zPxUUMnx9S9dJ6D+zznFstnZrpSlKHcxNgmXbaa03rAmgKMIhapJnU/hGZTfKvPyPMnRZJyZZm2c/fc5VlriXLgbgApWQEEX10QF2up73KKVE2wbRSJST/HvWSp4RB1J9iFjyVfLOaVLDjYthxE5Hdpnx3NfjySGym44Ne2kWYNybcvkz3DCWMDGxAFyu/d5JGB9nSylRc3LyawDLwb3Mr+JAWDjqiZ07ti3kxzjV0qD1muUO5hx6D8bDuNtIVO627YVT9wsa3YljfC81Zji33DBKPJs3Ob1BW6sHFAkPjaLkAGDVazmoo5nTj4yQ+cw+o+dQk1wQnaSxUfZXpmC8XYjtXRyOs1w+xX1Ej25vkGi8XgosmeGiUHvJaD3Jh9o6qlyZYRw4A9FWSQcMNSXSNC9CCwU6eaGRGp3Rym8cSiZDSV2u1Zx8Xh97dp2myeE/a7Sz6Nl9pcxHz/sBxlBF6hijCV4el/tJAYAzfHJUOTbTLmfAsEKanp6entwXgUCFLUeTm5r722mvXXHPNpZde2l7Y3NwMANnZ3v6zgwYNaj8aems9rnZuiRjw/Rc+Z5gtZxipa6SO5RFOx9R4aty45pNG5aEaiYsjYhXC/CFOjezCN92POyrvqH6xyt3kyUJ8dcP3ii7Wezvr4q4clSFe7jx1WXzr3vg5RXq5i0PJWn7uELucAoAxtlGjSUMLMpswSYrxiViukAJcnWxdNtxWa6JtbqRgcHoUL2dEALgv4YooQvX3urcxkDP1//R5RQyAgEhzeGtlI0CZjoWx3PC+2MSJYbOntT7UU52wNnrTsbB8KSepR0BIwxqX7tUrHjE1TfcsM2xOd22dOGWvkxQBQCcp0EkKPBVIzExs/SuN5WH5RtHsoHHmuw5EveL5aKaE9Ql+s68NcMzpar23U6xj9lfLpme27WQ+nHjtAdvJA7ZC7yty2fN1L3s28HuAm7Ca6GoEtYmusV0bEZDzxgElSamZLOtjDeJUE9NkDfQGCfqTGpgifzZMWwsYjtUz4TXgR8oGXhU9e71xp78KK+OviG93yRFF2Xdfe1nvnq4BIPrUCRwd4542K4zd6yfsKZN2td7bGWK9/JrMVEpTGUdHTZAPUZGdAgqwQsmNHEsfO9L1RK8FaJ+IiLPS9aeUv401jwxw/7CELTfqVQFxALC8cS1xOntZGAdbDNhIlxrp0mIVfA8w2HbZdGMYDPg66f4R5lsD3PmV0oubD705/tbR80crAYBlWYvFgjE8/XNQk7h7wxiPXIGHjo7WezsyIXqI7bJfEv6ySD8UxJW02Ek0jhZlWfaFrXRFmeLnVOcUNZ+GgCBxAHVDXKBe27XUKbpfSa1581TGMZU92T0n6Hcpa6G9DPgLjF9Pybta7+1sKZYPTWSTNX/EUMoIPaa0hdJZA00jHSzKq6WmZ/WJHk0oYIwfeeQRgiCee67TfpVOpwMArdbbTSkqKqr9aOit9azaOSdiwPd3hPgkYcEZHelhieywxODpfM4azO5tTEkRsG5M0WJamnP+UmBCEiIOkb+XvfVazdftDoIaNiXoRsp7zOX3LjABwCTgJw3sIs+OkBAbD7HeG0FyBg+J9/HD3hC34Ia4Bav2OG1+JkaBp0sqrlsem6GCMDncuaCX7+rezHR7P0vmkeu7pBtm6p9JFcKcJ8wLJyFbH3eFiHJ44j4A7z2KDMdsEiTg/xth6J46VLZt2WHt2zxynT7dL0OtK/wd8kzD95VL2w14KWLWD1r1QsPaj1o2ufGZt+ks0996bL0DgERUpTmnn76owBEuz1Y8S7RGoYKHJyQNGDHaYvGd46BI59fA8xD4VzuiWUOCJLABDwC6gGsEPePV9HsNnHmH9WjXQ9dFz38s6fr2j3TJKbLF51p+25ejc39nx0/BkgtKPxID/F4ZJJrd1Tz6tg7Bh1645ywkWprJhjqv8hjOGPTqNqoRAE6qNkxpvcFN+PXEPq5e67HeVXxSUJHXnuHpSTvx7Ah/NUMHg1ik+nZp0/uB6iC0Sznt+uKTkHpmA9nBEe7gyWLRMfXHSe7xGm4AgSkLXVMn2x/vGpHknti1KoccFrom6APoEwrL7q5+VABNo8S35HsUN9BEV/6QdJPn4yMVT7VQS3zWPKL9b7Mk3+ehn+PMb54CCyXI+OCb+Za+CeTpJ3ACOlgTaJzHGPZVSFeMDXPAUYQLmyp98KemUk+eQwP+l19+2bNnzx133OG12e4x0T3mekcCG/D+WutZtXNOxICP0EOY/CPMtp/R6WAsBEAUmlSFx7mRY1yLw+Nz8lHDj6/VfNWxZIz5rqBnNfhxMnRxyOggEYJouSChuucRxFnDEEscXghO0u/SInWHU6pv3YS5TrYv1dW3BrwHAg+bbvjHrtinOhbGsINnGJ8icKBdwe5qO1NYGssObZLkBa6GgIhnR/o/ChhAbyetLqJd0E6KmFUptz+YcPU+2/F6Ts8gKovI2VQzKlzRrwhIRlRQ6PubRJt65LS4gZOT1BQ2GpDDAYzEy1G8VefOrYr115RPOm4O7oj9R7V81wTTPUHP8ufd1xukiPlq0D/XGXd+qt+c5yjlsSBB9BTl8DvjLl2o6WTqkOUlgZtCPEdWV/CDh4a/l+cOo500u4JM7CoMgZZvME07r72ZPvAbc/Qgcp2OhyeI5EyVkhRsbKAnrla2DwBYwjbe/vph7eOs4KMnVfIdx9Wfe/4O4MbSS2plv3f8qOKDqycEBQEx0nwjIwZKdQYAZbIssuVU57KQHvRS5aaj2vc6XVFDjLBeN8JyfXuUDQaxVv7bIe2bMwxPh95zL+olOTjg2JjpmHecXWtgigFALX68pMn4U+zSjnIzFqr2sHZNtXyXvxYaGJYjcKKbKZf6lf9op7vv9POLOhPVNWzQi8qAj2SECF2xs8GnN6HU6SNEUXz88cclEsnTT3uPVBgHet59+gwGaK0H1foDEQM+Qk9gDucyO3/1+VjTx/MRyzovDUPyqpWnXvUq0fKBEth44LuE1FYZ6S1F8go93abci0QaCoa5vr/TJAjpA10LloCvHI8FRVt/rd5MurjLDbFs7GrwKUzdB4TkBIkwH9Ds7P/k2K7IsV1hoxo4wk77CcAOL5mO+U3W/BTXpDh2BCMqXIQJEPSFKH3HcHR/SER1sIUDAAAbS3gp0kdRqmXaaZ6/S3R02CetPF7+IQJ0DOAYJHC6Bcbt0ywHaIbhs4ey02aKGi0AbDyau6d2aXdb9nwjlrBtSLraSbYCgJ0MntFNKw8pA1/3O4OuiZ57TfRcEYsWwaGlfBtUhKk1aFPSrZtYi5kdO9HnMHI+YnMHH4FYHnECov3LX2OSZKfPYqfOIJsbkd2GJRIxPglLJPMqXT8U+H3eXWRrkfJbz9/DnNUzluo2lUYXNtH49KhuJ5uPq9eeUm1oN2iDZffsISa6qlK+tWNJgBQk3WKgfWHQOlZKBWwnh3A5g+UMdgScTPPI5ej8TEkR48LscdUXJ1T/i+ayFXw8h5xGpsRNWCC0B9Afga13D3Nb/vVtyjUicEluZorl4CTr4VpJajMdjwA3zxuwwva4V+i7FwQAAcSsVvWh9EBZPDwkhzXQpr8RyiNpYy9kH4QIfYEihOB2peScLY398ssv+fn5119/fWqq9xZaQkKC1Wo1mbyj21pbWwHAp+xcgNZ6UK0/EDHgI4QEK7D77YV2zE5TDNMiuWT3lgCVqeKTpK5RiE8KUCcoRbZql+gd0iag4C9pr5fYgSrp9wVKseMQhAkOxuRJRi/J2tZKvb7rjTxy+lz3pLb0sCwLzxYcKzRZDHRjaXy1AOy/0qtuqjl75nIoq50uwiTHmj7vSl9CizIAiGKzoPtu6j1mauvf2v9WCN0WtQoRf3m2Otexh7JWIyUDbUCzwfZkekZ7o810/OcJ152S59zW9Cl9Ip8qPeVcfvWDRccI55+71WD796yW7d4Rd0YysD0bYgAGx/VtxBCBCH/WOwCEolyNHA7Jzi1U8UnnVddfGL70shDWhUgCU6EkryIIIamTgT0t09lgIg/58gdmCdv22Ec8j080Rw1LGMtHUTdNsrxa/+PHtYdIUWKndCa6ymsvmiPCr93FI+f22EfFDq8bNZ+qZoMvH4cCEcK8SyY6sbJT+AACGJ7o9vm7tVMn+90TVgCAVHySktdcaZK8lZgPABhEr4RwAFAvO5DpmNf9b3CGwEOYUkgaar3ipPKrWa0qHcPlamyttC6WpSfbVYkpU4gSEALeQQMkyfzM+df89ssLmUdcZKvPhVFPB0gCX0gB8MjpZI4docqLkckEBCHGxinTLwKYEPisUB7bCBE6MiA2uIdbZsw5U9p67733AODmm2/ueighIaGsrKyrAe8p8WnAB2itB9X6AxEDPkIQdlrz76p6qZW3tpcwQD4wMH5VWaDVKcmWTY4bujfL92K9bnvXQqOkOI4d3rW8Ix03haqN9HcFSp++NgSgTNuCTFiwclDr3w+/nSXg2uGz392nsbEEwLzBAAAw1fSQjWzamHgLT9pJoR8ZzPuiXpxjeI4IpAx0PnF2rPezg4gEj9dokGrAGemyaC5QhJWat8SVHubHjPdXQSXpk91pL46oxiaxTUsNm5HbfWshima7/Vx7/rtHot4uUH3eXkhiSZZjkYDYAAJXiSp++DmV/MBR0VBfG0pNsqFO8suPrsv86hqcR8QoBBmNnVygpzJNGzwgGwCQ00k21iGrFSQSITFZ1EYhgBVjbTJN08YipOYyPNVE4KoUu45o37GRbWHnKxtTxdltO9XldmOac0aSaxwjqnnkbJEUlih/bGHaBB0bJEeGWsPg8NWRQ1FvWuia9o+0KFuoW01C2MZbEQmBHXDUQgVyeycGmz/EcbxB4vLzwwvIfVTzHoWlIy03DrEtlwnRAGAHWNHQcEq1wUAXKfkkEQlmusrAFHu2vivkW8aYblMKPV9qD3oPDLZdxuCNf8+u+SHBJJ5eeaEwurzl08mKYb/bTgQ4d5l2GjtsKqPRvp/39UPJr083PtP1gp7PC4Y4o/rGVefsQ9bXyr5f156xEgBImzWrtpnIGicGlK1N1Z6zQOUI5ynZcUKCWmy2+L2vFAwek3ZufFsaGxs3btyYmpo6d+7crkcTEhIAoLy83Ku8qqqq/WjorXW3Wj8hYsBHCMQLDWtfa17nVciC8NKAxs0x5kO5fm1pQt/Sy0u3sj5SRB5WvzPEekXgE2WaRjg909paLAsYKQMAIBGjXk954pLizRt1vrLBC4nXNPxcLt82KAS/x7NDrXxvjXwP1+qUCBeIAX8hUSPb4yY63bpD7NIShbtr3rJS5cbJrQ8GaGqaJZcpOMqPHmepaMqtYipc0VaQy6SQFk9MynAlqoVULR/UqzYsbImeN8a5Z1Xaqmi2h2GWiNSNzdQX6Ns+SkXtIt2b0Wwg7TEn2Xos6W0R3UGcreiVrnDZOdSJYyFWpktOcc2NQkKvPI/6A0bRRMY0QpNfjQYAyE41fGHYWeVuZJyuHD1eZIzSiIwYHc0NyhHj4kUsbjP8vrnkxwaHghETE1k0z2C+qsUppg5wzV8sxsYvG6hsUm98vupHBZ8gILeJrmzXfQSAOZbolZMf8cRr7KuQKooeHNHB3I3isgbbLj2l+iY36jWEUZprSuhfDSNAwd4ILGErV3RyMRtquzq8jvoGujiODSRo/13iur8cM8sNS1DMmeTnUXLx5smWtYfUXR95CYWH8Z9sAOuypg+juIEdDyn55Imt93YssVB1h6LerJHtERC7I+6xxbq3g8bk+0IIJaxMy2XWyYg8dadQFB7h9cad8ZSWQiSPfe/vxVNRK+MvBwBu8NDJg55eU/v7C/BOauvtJO7k5EIgmDfYMWfwBZJBjWg1yL790io4vkgz7Iw2NzK8WiDGWRQ3NMSOthbkqcYEOHdSxoXjgxDh7EAQ8KeJrrd3yVlfTyFCcPV4V7hyyHWXjz/+WBCEG264gfQVmzZ79uwNGzZs27Zt5cqVHcu3bt0KALNmeaeGCdxad6v1EyIGfAS/5DlKulrv7RxXOe4YXvV+4QCfR5HQW6+bidrh0GXriyVtTZK8RPdYf2eJILymuFrdfNO9CVdwAirXh2TiIkCbonxr5AIAwkSmY6aIOMJXTp0AhD2BnAjCCc2nRzTvA4CeKkoRJoe1+XNPKL9YX6TlCxdO0nhI+0bHEgLQm9Tl5qyhzzZ8fMJZ2V4uE4ki5YZMx/x4t28zKZltXGTcQmI2/8vc9YpFHDp979mg2gb7KmWzs52Lh9ovGujcUiT32UIYYRHzf6n/InrxHr9ogGpx6l1OkV1n3AEAs/SrAlvvAKCT5O1wbXpbF3N/wjnb1uazBgspaWRom/AAQJYVn9cGvItHX9Tlvdv8kwWMc6h/qXnfblZIXXGL+VbWdNo5ggFVHPloZdJDJxOZfbtrRmTdmHHUrB822vxSxulU4Tu0sDmm4vbGjdPWfui8+gYhJe3PscuSqJin6z+sYc/o/MsxdScx5ZFp95O0FACO1Ep+OO7bthxqvUoqaHnClW1bFvhLdRwxglrvAHBY+xaH7B1LMh3zvVrzGoW6OyjJvDOoe4Nx7NvJRc8e3E9d3EkRNiuWe3B2684y+fF6xuomAEApEXPi2VQout95bJbhRS/r3SdqPnVey78PRr1RqPqfgSn5IemmBYZHotxT2he7KSzwwRL+tTBFQb3hPDiRAsDatVzHm4ZI06rdzS7s7WWTSEd/mfVMFHU6iIAgRmdc9HUG/G488VsVbTXFIkEZJaGyY9CkdFe86sJJpsvs2bFN2XLriHI9fWbbc3u05ZUBTfdXr1EJr1hJ33kZxqW5fabRiRAhMANihHtmOT4/KNXbOu3Dq6X46vGukSnnTFpi/fr1AHDxxb41Sq+99tqHHnpo+/btOp0uPr4tq1RFRcXBgwc1Gs3y5cu71Vp3q/UTUGApvz8sFovFp4zhH4oxJ26t5/Q+D6W4pw61Xi7joxcZ2dnGPYNc3n4smKJsDz7em6vHxsYSW6f6vDuvbPhG7Ws/BCPx5/g7dZJCEhE7h7wRLw7897bgcmIhkqd9b4z5dnSOpOM4wron9rka6d72EqWQtKJ+wznpTD+kP1j1rXT5rtinTPQZK50A9ErjyBuWPO/5WOluLHHVspj7T/E7pxgzADCicobhqXTnTK+mspwV2c7yammajok3UtH+xuh5QxzzBjs+ydWUBMvodm4hCHhwdmuCSgCAPdZjr5/ck9X0bAjn4Q3J15JSU+GIz6gQ8of3Echhl6373E8yOW+4YSNdSy/v6y6FCEmSUVFRIb7Lmq3k5pOKk800nJaLM1O1CGE15x34bdUc+kH1KEf4EAb/c33cv0rSZkwqinU9mG33aVfjK/Vfz+OO22+/F9M0APBYOOIoPuGo4LCQxsRPV45slyTgBPTClij7WZfmaqXLt8c9YqUaThegm2t2E3BWHzGMxP3Rdx1vHE7/5QFPHviudVw8araQ20vkJTpG7P48DoP4U+LtBqZoBT9kzcSX7SyqN1FCSUVeNZGvHB343EZp7nH1/xbqVodyobVp83jkd4f8g8xHdliObjEf0vNmAMhgEpdHzbgnfnk0FR7JwHOLWq1GCJnNPtwJu4I4Nv+zp5aOOeX2s1Z6b80EtfB0IxnX6SwEUwe4lo2wURENu3CjVqsZhgGA1tZWoXebUrGx3Uva0jMwxjZbT1IJiiKcbKLKdKTNjWQMzowRR6RwTI/eugqFgiCC34uxsbEGg6G0tHTQIB9L+c3NzYmJiTRNm81mmcx3TtMrr7xyw4YN8+fP/+abbzQaTUtLy8KFC/Pz81euXPnWW291t7XQq/UfLvAd+IaGhr/+9a9Dhw597rnnznVfzj8aeEPXwgGO2bMMq9r3oo8o4YhyrERk7617p6MZj9Xa3ndginbkftPxruXfJl81zvSX4bZrKLHNmw6DaJCU/Bp7H0vaAEDA4kf6TY/H3Nf7PrQzyLrMRFWHsr8RIt1SbqNFlYHulNHKRjaWy3/NciwKV3/Oa86V9S4ivkly1EY11kkP1Mj3dBRVHmdV/Kc4bao8q30vL1OSlClJekf3vcd6B49qV9yj8e4RAxxzNXwGYGSl60dZxQbm0nJZ8DttV6l8Qpr7lsnm7cXy3ypkIaSJPjcsHGJPOL1LNlM1eoMtxLVRlOa46AT15XFnxVj5OUvHiuUK542300cOMgf2IXeQdFbno5rDb9aCTTU6vvwK1FmMQMOnAUCNbK+D1KmEFBEEK1U9KtX9jf09X81gAPRBSouFEgU814/1DgDo29irh1ZXxZw8zo0eBwAUIicrhk1W+PAnL9bRvbfeDXSpmzAnuceH/q+J4rIW6l7/MfEmzyIFgQkUYhAHwtAlB0rPQJgYY3q+hn0ny3+dKgO99qCKE3tyRexJaGf50yn1c2+NeAYAFAweHM81mBXH9IGeNQQ4zf39p2mvAmATXaXlBgS9Vppzupeef0fKXPWvp98PAHbRRSJCisIZF2YW7E2cQUZIUug4EvV3Axe1Gu8fXOnPegeANelHfj/4lOOSl0p0TKuTpAicpObHpLoTLiAfhAjnBIKAEcn8iOT+ksph27ZtADBu3LgAhvQbb7yRm5u7bdu2uLi4wYMHnzx5EmM8fPjw559/vgethV6t/3AhG/AY4zfffDOykd5junpn5FhWTDU91LWmm2BeSb//rvr3x9gLPMaUa3YYDMu9E9+J2rHAKviYNB/VvnNU+w4AaNgUM9ME4P0C+912Qp0i0iQOmj01RFRCcpeL9BwXYaqV7822XRL6KUo+yU522gY8GLU6zTW9R+GLEcJDoeqrw9q3fR6aaVRNN6kE2nv8+Z9hm1eJTnJCJ2kTc0p1Tsux/ocjQ5prCiIcq5fMHexYNNQxJ9tZZaQLG5ncGonYozl9XyCh8OKh9ukDO8lxuQVtiJN0j7xWA6s/hwY8AGCSYidNA4KQ7AyUfQMABG3YXH7OAjq+9S9Vrxwy1V3ZsI72IyWY7pzxW/Tz+5Uvez4etPtzdmkr/DHOuLT5xoCXJbZGzbu+6rDHgA9AszUM85NKxZYoLguFkIWrI2o+dbj1unzNRwAgIsFJGuXBnN7rZPsxCGnOi3re187Ihfj/Rg94yc9Rs5P4/FAPrXc4/d9Kck/cxXCtNSdihk71lB9xp+GAmRcwoCp5rkef/7eY/1vS9G5QUf1B9sUBDPhGrm2fQEEEEtjvLtstR15rWnfYUSRgEQA0pOLyqJl/S7w2gY4O41XCS56zrFAZaIlQBPxlYtPTCY6RyZFpbYQLmS1btgDA9NfWt/AAACAASURBVOnTA9RJSUk5evToM88889NPP5WUlGRkZKxYseKpp55SqbzDTEJpLfRq/Yf+viTZG3755ZfCwsJz3YsLBxKYKaZAmlsfpNzumRgIiUlCVoCdg9CvSOpn/TJS5t1UxzhGM1Pf1XoHgBbeRBJ4aMI5eM9hFNzQN9GVp5TfdKtZEXlrzE5t/fs5sd4tdKghwRc2Brr4mPojf0fz1Q4AwKpOyQtYkSty1fg5AwhMTml9GHVnWG4wt+0NMhQeHM9ePtr26HxTqjYM6+i9ia2KkTZOy3RdNcb2jwVGL+sdAKgQ/OtO90EEADnRL3Kz8YOGBM0qJ2TnnJ3O9B6r4Liy7Kk91mPDrdfSOJCMwhjzbe32edDs3xRO7Op170WhMoewtQVFcwKqNlKlLXSThfRaMQ5LlkQKy1JcPdEKyXQsYEQ016CWYqJeeiBwZQdpKFCvrZTv4JA9jEGJ1aTfdavdZbLe/z5SQUtius5e317SZAm+aHJU1RZx2sIUHtK+FbgyAESzgVbfZH3wdP9fw2fXlv8z137SY70DgFmwf6LfPKvovgKHd7hf/6GADC79m69xY/JC3niL8AdBr9djjH36zwPAp59+ijF+5ZVXAjcSHx//zjvv1NXVsSxbWVn50ksvdbXeQ28txGr9hwt2INDr9Z988sm57sX5DUKdJBIu0j8V2AtRAGJjzJKL6TzHjXeEqw8kkDtyVtsE56tN6/LtRbLahsU6xWCnbNnYksAnqgg5ACwa6jjVzIRrEz5EQoyTNzAlzZL8BHcgXdl2MIgWqq5jiYpPHuCY05P+BUMEwZ/uN4ccR7XvpTtnqrm0vrh0P0RAbgtdr+ZSO2c7w5Xy7fuj/+MzEtiDmRIAQMjstPxkF11d5ejbSWDHqPjkbnWvq9t8lEz46yzT+sqan4qJBPcoz3IAR9hYwqrgu6Gv1rNnBoPw1EydOooG8BuJp1bwnN3fwU5YqFoEaKhsQI/6EmZEbRQ3ahx97Ii/CtzQEUK8d/aafssbzd8UOasBINU5LXBNpZCk5TJNdEUozcr5uKB17EjJM3Kri/j5pCK/nhFObyMrJeKMLOesLKdnhUctDUNiMCdplAo9iefScOk8Ir7Pzxanzj42fvjHe3mE/c6XZEL0kuY1pz+FTZEDQ4y/Q8W6MLiaYxAExNPUma3vUMJwED7jX2qnm4LWp8VAy0PDwv10rzPueL15vc9DBt7yp4pV+4e+oyIDdQk57FRNFbKYgKSEuAQhJQ3OiiS1JQS5b7P8PBDH7gElrtp8R6lLZOPpqEmKoReGAkKECH3KhWnAY4zXrFnjdDrnzZu3fbuPdOIRQiGJim7gzoTBJ7snBD0lN3nOrMXBq3UXJSl7OuVmAEBJVsVHb+vBQWIIbJWPkQ8CgDilcNMk6xeHVP5y53bkrAqhIQQAv8Y/cFnjpxo+I2j1Rulhr+RkSa4JPesvAiAAs8hYpTjkRhYzVe0izVpugFyIZQmrTnKiQXY42TEhjhuu4DW31MeKBEGJvAD8SwP3Vcr3sITVn3B6HxGu/4uTbJUJ3fNw1jMnNyXeLQInFaLSXRdFsVkISBvZWCfb31GszieJbhorlNyITgs0GlLBEDQr+k7YG1SYvSsqqW93j8sykp7TX68nkYJP4JHTTukGOObN1q/qbvvdwk6eXDODwZog9tL8TM1mXfDWRCTUyPZOV41M7Dder2JqOhQcBT/Kr0JKkJ3n/oOIxf8Z296MSj74ooOKTwrRgBeQt8NFV0gQG6My396ltbk7+WLY3MTmk4rSFua2KRaKwNmxLIAilIsGoF56QAS+BxJ0CIgoXvpheuvBmCK+QpSrObBkIz8h7p2XtsP2GpG40sqMznSlD5vNEI68aRzhpEXISBzSXqIKYdFEis+Mog7Ch1COFw7KtxQuACiQZJF6UtAWQgcDfrHxiwAVmjnjR/pN/hJbII6T7N5GFxyFDoplWK1xz1nIDR4axn76JI4KvtIUp+reCm//p8BR/mjdu4ftRe0lDEFfFz3vmeRbA6+ztIPsNqq0iNS3gCiKGo0wMFuIO28WUiNE6DEXpgG/e/fuw4cPz5w5c8KECREDvsd8MvDxhcUPt3+kcHBdB4efQMpwgVUq52VXx/6wbrFBuynWFKDmRao2Hd0h8ewDs1s/z6PrDMrAU6tuTbt6aVUSmAQAAbk3JF83vfXRQdalgSMJk1wTb6ndxyN3vfTAnth/CsAGjcn0yZ/GmMZk8GRNVWbzA54tYp/UyPfUwB4A+KxwdCLLAICdFG4fddRztFq2O9MxrwdX94cIfICvH5bpsIs0/Zh403jTXwbaF4Q+mz8a9Z4IHAC4yNYSxU/dsiamWzXOy1ZgptMTQSBiknzob7YCn6fQYrfNlaRoCwCps5JH6yT1JooTkFomZsdxY1LRS86ZNyl/bV9ocBGtgZvqJTb647WFeRwe7rrkysA15yQm/qwtQqZO3uZdH6hTyvUiY3ou5Ylw9zQkXDw6Wispa6EdLCGhcbqWH59kTd25xZ/1DgCSvdv5nOH4fNC/aeAMzZzR87eI+KDxEkKX+B1/WOg6AXFkwIybiVzTR8J8L+u9nbIWelOh/LKR9niVMCyRPdnU83dKlXyHlao30VXRXLc1FFjCaiW5L+OWDiteIfU3YoRPtc4nNJb/62fbvy/1HhsxYBZYCnp7p3HIMd8aqxh3Zt1wUBxX2BjkBx9iW35C9aWDbAEAA1PEErbAkVwN0kP+Dj0Rd21491oLnVW1bJDVwV/NB30a8Ijj5OvWEg113uUWs/SH9WjeYnZcONcaujJNORIB8u+ihQHQtOjxfdqHs8wuS971FatY3CnmixW5T/W/HLSd+jH7xfacFL4RReb3PczBfZ3yFu/ZwWfnuBYtw7I+T7AaIcI55AI04M1m8/vvv69Sqe64444TJ06c6+6cx4yVD34g8arVTW2h2jgEDTcilDS7vUMYMFCMjvlzbXxgA35Vw8e3xl4MAAY7ufaQqsEc6FanCPy3Oa0v74zifWkC+ZSL7+WsjUdtrtcXGR7PdgTJYwyeHR6MaCwb4JiTUTtza9xDfAg7XZ1bEC/X/zRekilAssCLToLsqh3AiKos+8I490ipqHWRrTpJwY7Y0iyHXcnFVkqnzNZfwWCFg9Q3SY4KyE3iMMQu4jaPgD4fiKpk2x2kfm/McweiXo7hciSimiVss/X/lPpfBzEwJfWS3B5fcea024XEToEGm80H3mz+7qS1WYqj3KS5o2S9BwcZfDurI1aqPi3BurEwY2+5rKNdmV8n2Vok/xOa8e+GoscH1/AIA0AiGyQ1VC9Jdl1ZKrdmlxa53S4s8dajKirWb69xNbjlLhAQxpQ4yOvLez1QlfLtFTFrP8t8YoQss0+77ZOiZuaro0pHBwn0U03MtmLZMum0xQ6/clzI7aZKTnKjz4MZtkU8E8Ngpmvj3ZoAlQHATFWH2DKHHHWyfRmO2QHqxMu5o65Ao8eBKtmCIU45I141xrZmr0Zv74nbsImu+j36JQCoUGyNNnXbgK+XHpxh+L905wyfR1nCKmJBisOQbCUw2K3ccJS7YkSnwgJHuZnSxrC9FVxwUk3/FOcglsUSCQBgDCZ7cH0KSpSOsFx3MOoNABARf1K1boz5Nn+VScxnO7blar0XOkgMf29emiK5+ZM6EgCi5cLwJDYrNtR1In/UuIOne6xy+3b7Z37f09V6b0eycwufninGBo8Q6TGpTNxSzdSN5t/9HEcaUvGnmAV914GzjFmw3139spf13s4pV/WT9e+/lRFId0m6ZRN9PK9rOVVaJGs1Ov90S9c3UYQIFwwXoAH/3nvvWa3Whx56SKMJMinxcOrUqa6F0dHREkm/UE46tzyTdvt0zZg7yl808TY7qdOKAwLXT9SIFBXOmwoh5NUgqq4kmxqfmBJER80mOPe7CsczY97/XWV0+J2UkAQMTeRunmongfjX5eZP9imKdLRw2ragCDwqzW5zSkt0YX5SWulyAJhi+Jv/fEt+QZhcoFv9e2yomRFJEMda8xe0bo/hjJurJuYXRuttsdfDbidpaJEU1kn3t9IVBqZosG35lNb7OwpbZtkX71I7PknYM8Axj8R05mmnzWzbMjdhDosBf3ZiFhyk3iMoDQAc4WyS5AEAiZk9Mc/Pb3mR8PVFHJR+a5yPhAuhE5eQ1X7rYsCPFH9dUpkx2Pn6CFEJAG7CXC3ffUzziY1sbD+lUXI49PY5wrkr5qns4082NfjYiDM5iTUwD2RzljSXlCo2GZjiUeZbevN1gmIh1W8n3/1w7er4VqOYesaZ3Gkw/2uP2SaO8nz0mGKifx8WjrC2Ru+anl33Yfw75yQSskRHfXpQKXRxJRYw+iH2EgzoYqNfLXpa14zDOgD2Bk8yXpIku47JCZIzUQlV8u3x7hHgnxam0E4Ft4vaMUg+THZOpLFvd5JEZBISk8GvoQQAIIhQbpCOTWO1FDww1/bTcdnhGqbrf8QfInClyk2HtW+zhA0An1Sty7Yv1XDBI5XawSBa6OrR/u1SRvQhldQzgjpzHa4mLx9J0R0WMWr5lmr5sd4b8C6iobTuyKhPjOzl14jJqT8el+0uD2lUT3VNOwhveP4uUH+S4Bqd5Pa5boX3xPynRHlMLqA0lwQDmCkhjqOmmxLSHX8rk45vLj1T9bcK2eB4/vpJDpUkpP90jYHYe0IsN8ksPCOjxfQYcUomS7aFiAf6UQlE+Jil8Dyd79dTAABAFCX5h7nFlwAAy6NaE+lgkUqCU7Q87X99CSHUdQ4TgFcG3nviZGWVu7HrIRIRb2U+lCDtL/FEvWedYaeBtwSosL5117Ppt/tLHEBWlPm03tuO6nXSA79x8xb3pofotGopRVEomIJpAEQxDHIeESJ40V+mGuHi4MGDe/fuHTdu3KxZs0KpL4rijTf6yHnz8ssvz549O8ydOz+5SjvvqvR5rMB+crLiwMEgla+fSmm14dyUIAjCq0H2o80YoEzuDngeBkBv6b6/jZtlDBgreMkYuHQsDdB2iYeXtpU7WZAxAIAAlPtKoSSEkN3ugMsVvyqE+KH2K3p2PgJ0WfNKXgWmECIhBSAyXNUYw6oB/7A0n7GIZEJMumNmumMm+BeuI0V5lt3HK1AihrQ61h+wUvXb4x51km0OwxJRPcLyp0znfBWXAgAssomEUyqeuccwiBXyrQejVrvIQC4egVER0uzYAe2Zh1cd3ucuvCULn9kNkIiawbZLM+3zdsY9US/NBQAFktxXh+NcBQWKUUHbb5Ie3R/1HxormhoCp4snYticGDYHIxHhPs854iaYdfFXPkY6idPPrGAyPbzHgUUf38jfbIgWVfH6S4YlQOaw7q3vGDjzEUuRmbcnS2LHq3OkxBlPYGw0CHt3isUncasRCBIlJpGjx5FTLgLG21tYFGHDVghgK/4cc/EE69E4zndYLy0K8rAOgL1HofBhSGtBmy1PK3XUAkCR8rsc2+X+pONFJByKCq403pF/0DmFo3eVHZ8qFbxn3mkq91+XaP+7K3gjTlGu1coBQAtw1zy43g2HKuDL3I6xyZ1wk6asIaXzoicecR16yfBis9Bw+ggSkHtfzENTjC8GlkPvAM6NenWw7bLQKveWoDc5zxMupI3rcFvJ3XIdEwbvwhTnwjdTzfUtP92//vPmmx7bXRrqmqyGS5/X8lKVfEelfJuAuK3xD4413znUehXVYYhzUoYK+RYr1UBiiYN0FytciSyz9XBOllOxOu2+MqmPgatER723T/3EJSD1E7KAAe80HtlqONR4fADRurj9x7Nz5Kkm8lQTPShlJkkwAgqUfWawMr3rLEWsquCCpRym66oFiXb9IcgtB/70ECGhYFYOXD4OJP6jRkKfFGlBe2DKBytPvbxBt6ujL/0QRfo7OY/MubD853+vCnIPi1g8zJdeH+c7JzF3PC+wWUwV5CmWrwiLAKFPbfPQcTjCIVkRIUJnLigD3m63r1mzRiqV3nPPPb1ZLYvQFYZk7hyZU3oKDFa/dTLjIKMncdndAxv1AMCjwEM3AoB6l25/VZDWfi+DS8f6KJd1mNhPHQR7iqG0OWxqahzhNDDF401/6U17ejL67sTK/1ZkhhK0sF8z5dfoBTbSbziZP9n58xEBsRxhF0GwUHXV8l0lyh/bAxaiuKwFulcUwhmFGwYrAYOAuHLF5la6wkkamyV5DrKjedaTf/ulMdPbrfdKA19xbDLla7ClsWJuy7++T7rhxswp/yyMVZfnfZ4Y6E1vo5ryNO+3SE6YqRoAmNr69xD7cxasdw9lsiwD1dDuZvrGz7ux2BNDaFshRMnh4uBLGQAA1a6mh4pf/75lj3g6a5SSlP0l7Ypns+6QERLxeD637gtgTy/5iSKuq+HraoSDv9O33o1iOo1ZJc2gC7QnBDwiD6onLDX84vMo6t0872yyMu3KB4pXA4CA3FtiH1rQ8qqG97bhBeT+LfqFZkl+6M0OlCQun/fINQTdmGNfe6yyqkHJOVU0gTKiqWlZ5NRBEooAKoSbkeo8ICklMGcoxKvhnR3g6GJn0RLnQwuZEfETAWAWTLyDX/t9y+7DliK74EyWxM2NHj/DpNpY9usm836bawzDp5GEJF6NLsqUSWnYXADGDjkR1HxtufLdMmXulNa/hf6t+xpn5688UJYcWNo9RBAQw6zX7NBmzDN+XLy3AXcjIgClO2ekO2cMt16zPfYxO9V8WPt2gfrTRPfYZNfkDMdMuRAn42OGW64bbrmOJWwn1F8eV33WxLBXjSl9rewBn9a7h/pW2HQMrvSlhFviqLnh+D8PWU4NtV41pfVin6eX1SsWq/9vk/aRAF1fHjfTR6nN/8zmNLUs9do3LgfbySvbzcOWE1BYD48uBWU4vDYTmOhvRr9Q4azfYTzS6NYrSflEzdBpmpEEutCyPje6g4eMNbj9KiDi6iA6suBy4uZGlJza3Y5FiHBecEEZ8B9//LHRaLzjjjvi4+NDPAUhNH/+/K7l0dHRbnfgPd4/Is9eBk9+KzH5ypyVqMGPLGLD+JtJ2qLyMOu1Ls4L0Kb6G8R0VYlJFr9JvtrQWcBsc/tb72/nrlno/T1UcVN43qA2shkAeq3ljk5WvH/9lFVfHaT4YP5ZjUxi0ATO5zsiEkxURYVi6ynVN+0We0cYUblQ95pc8BHESGI627Zsc8JKX7ZKt383Oab+MeDW9gHkowN2Avz6PVJYNtpya61jt9qi1jFx+9SBclYr+UQ7qfNY7wAQ4+6PWccrXAp1VSVIpUBRh9jsHscg/pgPUzPdsmASZgW2ssXHHzJyncxum+D8T9UX2w2HN8c8pPnfpz73bXGLjv1gDax8EOgz1yhvIoO+FmskfnMoCqkZQm8GQZ4HngdpeOI2EUIMw3Ac59OB8/b4ZZt0+7a2HgIAK13/Y9ItQ61XDnQs1HIDCUyKSF8v3X8waq2F8g5WQgC0iFjCx/ArIyQfDH0CONEN7miKun98MpzZMuQBeIEDASBOSRUFWzGMVXBut3e3B8XCU8vQ1pPk8XqixYoQgkQ1HpchzhlCKCTQ/sQxQF4dPffq6Llnri2Hxcl3dHElcgPAtIFQ14p0P24ndQ1JbFMi2zxz4ikp34duFDLMjuKKCsmBAVZUvU+hWLf7zA8+nBmgloZt8pbsmvJ2akG2RdIDUbwYNmdRy+vb4x6JcedIRE00l5Vtu9RLMoYRleNMd8a5h++IfaxE7tqsCiLGsbcYLx3Bem3BVLoaZubd08KZaFE2znxXgNPjLTPi5MNamJM+j2ZKk2+NW+JjdkcEuiEFBK9lNB1RrNSyvp/N+lb4aLd41yzvGH6apgGA47od259CxN4Ye2bnmWN7qw7QD5Gh4PqUUqB9T8UxBmfwbW3W1AoxPZctoGnaE4jEsiz2L18aFMGf41CECL3gwjHgS0pKtmzZMnjw4KVLlwavfRqE0Isvvti13GKxWK3BV2T/gDy+0LqrVLazVO7ikGdrUs6IFw9zTMpwhfcH8xjwoih6/SNUBAGCQAASghnw45nh9hDML73Jrgkhd85tk6CwicmrkzRbKY6HaIV40lVB2FMpLO8qcReYeulBAGDE3sb3vhhl3eE4cEuC6oPGIFOiC956b5Qc/iXhPs/fpJ8vO8x6tU/r3QMCYoLpnk0Jd4Z+UdLXTagSyPeT70vgNZ77lhdRgy6IMZDhmHXU8QVH5XwdvyLoDTvAMbdR2hYqH1j8+Vzx02+1Ja7X4t3CCFZDp77U43bcHBypYEenBLKHWZG7+tSTXtZ7O0etxQ/WvfCR4H8916h379nBTpreXmCyy4O+Fh2kb0NH1EY5UtJx98dBxLHMkYPUyQLCoAcALJHyAwZyk6YJib1KGUWSJMMwTqfTew30NB9lPLaK+uQT/WYO8zxyHld/flz9uVwkHqpKeawpoy5Gdg9l3dE58WISHfPv+NsGnKxaSf58XGnveChHmv56+v0j0YCgr86cOHpvaaAYHDkjJissVquPEZ4EWDwEFg8BUQSEPOk4QWTBGsT9ORBRNCRTlZStLZFVDEexpK3nzfmCIvDi4Q4CIFouDIpybc5LtjWH+vAqZTyFW63WThbmn9Mm5tXzhP/U9CHieYk70cUuoofL0xou4/KGr4K+BNOc00dY/nRC/aWdDCJGYHGhWp09St7ppXxf+astnAkAUlxTgo571xH3v4X+0u6P004qE/dF5lOCg7OCtz2MSL9y5wKCm0aU5aqHLmgZ4qcKAEB+LVFa70hUdzLV1Go1QigymfRJDpP+G/hOyNJOFkry9+spJRLkDLJF48Ag9OLHV6vVDMMAgN1u76UR3ksn/AgRunLhGPDNzc0AUFJSsnz5cq9Dx44du/TSSwHg1VdfHTSo25mWI3gxO9s5OzvY1nafgTVava1ZCEHufoJrxZ4QGlQyIemLIAQjktgRSR3niTH7bYevKn2KBe6mmr1kiE8Twkej1gAA1euUe2Wqgj17TTONgyCzbwXGe0a4Ig5CQfH/7J13YFvV9cfPfUt7W97bjmM7dvYOCQmQEAhJIGET9igttBTKj1KgtEDLKFBKSymUDWGGMMNISMgge9qJYyd2POK9tcfTG/f3hxxbliU9eYSM6vOX9HTffU9v3nPPOd8jJPV+FgDLRcJLBJ/WDM+8yJ3Es0VKIa5//HwEUL5TnuCjD2hdFkoAACNHLe4y3qe+OMU0y+YlrB6CJgEhwKKEs5ERNZSgFpLTqr3Siut6vm/4y5IWGBD2fFLBIAIQkU9rM1NUorl3bfyvCSReVy8RVBr5Iul09h06tw85WYImsV7ZVyviC+tPdb7QmtJ+PtLVPy7Xp3rD3mvU0YpAAz6ap4GODzEixBTtWXQZHny+JWG3KVatJLq7GuS+n5LszTJOzROTWjsnf3DEd+5836RIERnDRI6YJ1Pv+HXC8g32fdVsE4mJPE63AHKM6QkeU5yJID4WhPLWA1tcpS2kR6k0jFeOmqeZwBA0xM/ZIFy7u3nHTnd5N8XpVeap6sIZqjFRRvmOMnP++nDhzv6iMW4qlIc/kKHam6ERklKpyh4DfqZV/V1co4Nq0vApI9U/L6LCBJ9ZznJbt7/ZIR6jL4t+3Y2yV948uHqZ4dzfJ13bK+h1Xfw55YYarjtvmDvmP/4KIU0hVEk0le5GgjHOa6rUa6JpvMNWfbGy72HY6OvYYN/n/xyNGGGKkL+m8Jl/tH2yxV7qxT4ASGHMlxvm3h2/LFxZMiJ8CP3rKe2rEyzTLNJ3YmU7k6g9ZUOjM47lhnPf6PgmfNk8yJIlTVaGnTQRktOo6soI/WOGEeOijcaNEeOM4+wx4GmaHqgU4vP53G43SZL+2S9iZN/5MU4FXGp6aVONKOV+V5PK6vaoIlEFEZFSg8WQbHeVXVr1kP/1E72lWqb+RAAfAGA0rAldEfEC+A5oXDO7T9P09Z/T6U9Av1vbS4hLOgxliWSN0GONFygy4vhMKeMMafnUqA14fFjtOQyee+uTF3VqAcN4m1Itkvs0zIutRCPTM84moru0MphER/oYtk46h5IW+9y/AnEI4Gedu0EQ1SM0ni2aYLt9j/5fPsIRWa878kVS5qk/H+JKm2SbjymarJT/UKpl4qQ09rw8t4LGm22HE9jxMkHrJa1dzFEBBbvrRcDrjfabmsOKc/id3r3kmEPXNAokVxacuikkJLELF4vxiZLrBiMIik/ftzhbf1tcvzrBEvhYK3Qp/nXAPlGr40ed3ESJJNq0wrQgcEnfbUKShSmTCyFERjIiqWlps6dB6CprklwzyfHubm1VR3DyEkKwIN89JX1wNTKHD1dYzGzfjDgOAFa0xD2d1VKp/nqS9c4R3ARmucNrNr8pv4igBxF71aTYWa75WBT597rWfmvbsTr3L2NOFFa8f1Lc85t9Pt9wJ4L9JPuaK5WDLrbnJ8pHvVzQq4VEDAKSSqC4q/kvf2Guvu5EybR97qO9Zh4BUglvAAInTlHlv5/9aDtnOcLWqwn5WEUuhSJtFLFhL7kXMloBQMUnhGvQi9UTG2EOgsmq/GtM53/QtT7kryQinkm9M8KcIDduYmQDni8aP4QZ1RgxzhTOHgN++vTp06dPD1q4bdu2Z555pqio6Iknoq25FeN0hmxrYQ6V2OKlvWQ0Ir18VOMKD48YaigG/PLKR3pHFYhAA6p6h6Cbqdxj+If/Mx9RKVeSasVaALBSwlupLsnGZz0uMrjMlZ0S9ou/aS3OswsuPanWU5qHqqTf5WjwIakvpDe/kN4MAAwmlrX8XsEvCfxVFKUvQh/hXGAsEmVRZaA6yQ4AQIAy3XmEGKn6Vzh+nsiIfMeyA7rXWmT7MzxRFQQJyReurw377ihr7DcF4GSJzccUpY1MZhyvbHrkYtwzoOeRt0q9Zp/+FQ71uyMa5ZGC8JEoAMZwIuM2UcPnmrljAwzLXlSMWHjxBHd3AtlYj9wurFDyyaniUHWSuIkP6QAAIABJREFU6LKSTkfLvCkV1Yrenew5P+Uqz4UTj3xQ+sG83MfgrNNklVH4thm2/Y2yvfXyBivl45FGJuaYuTk5nlS99BxKSFw+oqKVaXOQgggmlViQ6DMqo50kxWoNO+9C+bo1AJDE0i8cTf9V/keZ7rnDL9XmhyDAtfPA2/LlxCAHXR1MmYh6DkgXb19R88S2gpeVhBwADErxnjEN7+9WNdODnzkawDRPyQ7tNJY4uXWzkz1TJR8/DrrJSbTf3/DvScq8fEUGAHQHFBtzkdIlYfQqvNa2+4W2Tw64q/yB9GpScal+9gNJ1ybRppCrYGXoqoe1Cm+dggUAgZB+X0eoJxcjJM+l3QUAA214Nan4R/pv5mknRliXz8njC8dS5aGD8EVjHDtr6K+eGDFOf84eAz7G/wL07u2AcbxP+ro1U3q1TOxySb9RVdGF0AfxQP3LPPSMDpe2voekwqT9GH15N9Vv55HHTjeJxNBlaTxU99a4vwDAujhrB1VxZbPkGmc5VapvgpbUyL0AYKK0phO1xI1KscMpcZqc1NAPZaZ7UZD1HiV2VcnVQgGzZ6MMlrBS/iVsqLjVdJHtMK/kHiGHlIXx89iCFJbHs8Xl2o+HbMBjALkvsawzdLK01UuWNJKB/4XC8gLH5Sneqd/G/7K3aiAAyMVIbjFRqwsyjy8f7/z3Fp2DDbEWScBVE50KGgsJSUJC0sAGg4WuPHLv6OMB1jsEnh8e4V9kHNzdXq1POAszvxCCSWnspLQRED4VMfxYqdxYqeAC5su+KlNNSvMuLXbJopuf5cZNxCQp/3EtYr03NMcpBeI3+fdNsj6S6pk5/D3M1ns+6CgActAjrvG22zqZIw2Kbf6vjb6OlV3r7jD3PGcytn3+cFPjdUXmdrpYzScZuBzFgNJ9UfKt8cIc75uHlXdGGWUzNMY6rpfsv0K9CgB4LLzU/tlLGfcCgJHqi1loku/EIEbu5CDzwys1TwUucQqelV3rvrXt/CjnzxNCBRqIiUmYohEf/FJulfXMntiousi7DQBm9RDnnv5noRH1Yvo9K0wXvt+1rtR9zCl4khjTbM24G+MWxlMGydU9CxfLVCpm3y7or9MpZOV4LlqK5YNXZTzDQQiFrBv6cxKLdP7ZiBnwMc4kqOM1ADDJpqIx4iKmwRcrsudke9/rljCHaBJHU9NoIGvsO/wf8p3LjL5BDK8RIBorTdFVJOaRi8L9H8cIOpjyNQm3+r/VyX0AbQ6qWcMPS+8Kft6U9ZHFS1qq1GuCFooIRH2/sewoMxfZgLcytY6hG/BovPXWIayGQfi9p1L7TgkAjE3K2qOJ5HOQUfijycvb2lr/xmUNzXofsPWTeNIVgqla9X2LfG+SN1RVKCkQQKHjisGupeXSZ3c/us78294lBc7Qw7jtesfrKZ274qu6D22PpwzT1YW3mBcVyjONSuHuOdbVpZrK9n5PjwTadTXelLOrAavUQlomn5s3/DzsJlfTZzmWCA0slPBh5/pfno0G/AiyukS9pz7YdYwx7K2XdzipO2bZ6OgyWfiica5R+dTRcrKlaSnrlbFdV5h/l8COy3DP1fJpGj5Jz4WtfxYBhGAKVfshWTiEdQFggu22XgMeANbZ9vgNeMLSTTbWA8AUe+lDo9YAAIHJsfabiuzX0njQReYOyfLj+a0/mH83w/J/w3+bhAQDpqSq3zXJd1WoV/s//2jfDwBka/M528tQJmAEAOCi2o6pvhvlCqtVrKDaX/H9LdRzDXfz9hXVT+wo/I+WDDZyMEVzYycw+3cHLVcKPfd4nfLH8bZbI0wcyDBXkDisqLr/Waao8qeohhTqQpLs3PnchClUZQXZ0Y5FUdTp+OxRYkrYQiFnPTH7+X+HmAEf44wBCYJfdJSMIqIUAVGcwhL7NGLEkdu8oarxOXwO/xBhknUQuuWDAgP+MvFmhMXx9juNfBbGuEt2dK/u5UDvop8KzaqplnuGubkz1HrngV2TcPvA5VmsQkzrJ3cUqpZWP0S9hCJuBIxcbmB5+ehJ4NonV/bUrlvYtfaAehwfPlfzqolOAsEX9QSNhzLLHmSun+wpm/H2W3NcC5O8k6SbhoHEQwnoTfFMi2MLOmUVAGAC1XmW4JRjAcG9o4//N/VELC4PFt5x1Fu/smvdA4nX3pd4lUEp3jbD1monqztph5dQd9Tnlm/IdVai3hz1/btFg8l7yWVDE4o/3k1VdzIOL6rXnZvmQY3KHeIAWexefhKO/XII2/ifoaKVGWi993K8m9pcpbhgtHTFKT9YJuPGTuDGTgCAc7CQe2j3MVlpm6yUxMyylo+HsHsIwZIiJ10/dG0zky8/UFzzONuj2ki29sw2Xt8S90xWs40SRCSU6N44rP0oyTNJIyQX2a+NUHejl97ngI24pEnxxmfyKxPYCWnemQZfLoGpRHbCkPc8GCQCloiB2qd/tTdloJO3iUcPab75KlMQZuo12wwOpRA3yrVYzSfxyEPhEBNzWtH5XfIfRQiZOoEAoJ23vNn57W8TQswM+s6ZRzYcJzt6srH8hyXXLZOLyEtgK113RPNZgePycHu+UFWuYkZM9TBG9Ig6vW/KjFO9FzFi/Nyc5Qb8rFmzvvrqq1O9FzFGBkwQQJIgCPu0Tp+UCv1hbw0A3Djd/vYObbimWoUY/cCuHz4fwj2l2ehhV4MLR6nuTTvdAACb4/4YuWWF+tPJ1l8RWFrd5yzDwtR+Z76DDVXzaaF2aqCAjSCikiYJibiJxOzv0fMsHkpqg5ofYhqqg+zbq2Rfyw2t772beP1AGx4BLBrjKkpiAaDVPoiZgkArPchcP9lTNlouVcsNMTl8mKR6Z/gN+D+n306O88H+PYG/Ppzb0Ge9ByBg8amWlVpSdZv5EgBI1AqJWoHZvU22e8PAxoSlS/Hxu55rbxbMgzgdHU7ykwOa490n3rzEovM7F7nJjh3GZ+sVP4VcpQ0N6Rn1P8P2WolZnh218vPz3EOQEaAQ+WLO/csrH/YCl+W+YAj3uEklXDnBmWXi9jYMK15GzSf2GvBk78PhhO6a2Ue9XJF1fXG1XwSRQ6565RYAGGu/IZrOew8MSyQqBbMIXL5zWaZ77og/IZCU9Q4ASsHUKxFJAaH+5ksQxJ8Mjn1a1yjXound91NhJvUoLEzylWWe43ixTWIedq1td0gDHstkfNFYYtN6hPuEaVUCubTd8HFiNwDs1v+DEVU5rouC/xfgBY7N5yzIGXqh8BgxYsQYJLFYixhnDggJpjgAaJFJZ5q1ct0AUBDvu2G6PWRIUZqBf2h+sCs7SmRbNxpP5OEPtgh8KILf+wLidhn/fkD3epTrUyI9NOudJ0IX0A7CSTVJtjklYxcKMywZQsMvzSdfMfa2wCXNNmlRQ4tV/072w3pKTWNVhufcYvv1xfYV6Z450bi7cTQahqGwUvQ7yX1nYYpj/wP1zxe5DhMnOkQIcuO4X822zcntceIJ3CDc70O7Os/0kahKiKcQ+VjKLVebzmfPv8h7yTLR2CNEf0zpfSk9WPIwkCdb3rMJPRcVYbXItm4K1xL5fLK1wbkbEehwkv/+SddnvZ9AKZjP73gm27Ug5FpqeaSS6WcZIoYGC1XSKCtpkrXYKRzFhVgrlSflYIkOJ9lko0qaZCWNsiZb6G67XOShZmZ/g6ymi+ZP5NJPVRWszvtrJp2Q7J0y6D8DYFCKFjdR3UnLtNIFJiJAin32f478RNCHoi8cfXmb4asDoxiRAAAEhMmXn+2aP4SXQoY766L2f2e6552qkCyzb4yW74l/zuN1pCC6SOGGouok9rxzuh4OZ73PEg/9NXvz8uWJrcpICSl+ekMYgqBqj8lOWO+BPH4s1chRACAiYYvp8XXm3x5XbPaQXQLiXGRbN7Pht23/WjBPhxX/cxnXMWLEOIWc5R74GGcZfOFYsv0HNS898aQmet6mYxJ8Ty/u/OmYYluN3O0jCAona4UrJ9j1isEZKU2e1lsOPVhGdnMEBgOQJ0Z4w49DxgCbTI9kec5XCnEs4WhW7Dyi/iJCSO1Asj0XD2m74m2tf3or/u+ScxD+uneROSXDPQ2XYvKN6mL61ZJJYOnPD+TqqUOBNbRdPulrxuUj5mkmPU9/tO24Bgt9I2ZMePdp3yzTvh/BSrfR9UP6ByATNVs1/6YSN13Vtp7CAgCksY13Nb3KIlkHE4cRkt9+k1zes/Mihp11cp4bljEQgd6L+QzNp+hllCLpqdEvFih6cii4giKuoIiwWZHN8qH3B951KMK6DsG9zrb7CuM8AKDKSkGIpGROtjSRHW1ROuE/LVG7w16HaGb3Ay3yvQMTZIoVQ8m7PhPZ1yBfd0RpcfcdIpNKWDTG7Q88CQkvIl8U1UZe3a5zePu6NSiFhQXuCak93TZYqK/K1IETK3Iaz87xnDfKTRIwVVWwY8yrj9R2DmGK7lgH7a9oQBPDCtQa7bqsRbHf//kSfY+oHp+SBgjBCYPzgi7d5a2GXbqpE213BAYLDOoNNcfyhA9OVkxZNIyz3TTOdlMHU77b8I8rOzwA8HFidwdDXt58b4T/sZMqmpNrMZAi2VN1LNKfDleZjNm0HkJN7WR4ZWv2510zrvq4nAWAJsWuJsUu/08zbdqV3sXaqy4WdME1jGPEiBHjpBIz4GOcSXATp9CHS4vsPoR7JG3C0VssFwDWHlH+dEzhExAAgIBquogP9+punWlloi768t/qlY/YPw70Z/AnVJEExFJ4mAYVqlNtqFOFCNONEi0/lNQ7D9lNiGMohIXIhxJAKTZbaaTnMoeycycZLZ/ea8AbePKqVtPDNSlmHyXu2xVowCto6eE3RXGv7MF1LcE1w5Eon2z9lZ7L/Mn0l3DOaTvV0M0cG5ScYd92sWqrdlE7nXd34ys05gCgVZawxnhxvSzNRzLyrYrcRH52tlfNiG/t0lZ3nsREidPKbm+U70hmJxFD0upbllRYoAgu7Czq9KDTH6mzg1ThxaPeBv8HqlU69oRoboxgwHOY/8yy5Svr1kYbmtb1YoR+aKzKcV1Upn2/X+eIuMp0vuQ+nAV8dUi1tSbYh9nlIt/drVlYQJ6XFzqPoNUe1UM80HoHAIub/HCfps1BLSxwlbcy7+3RCv0fD14O/XBEebybvnmanSQwhcg4imkfhkIZF0U5yQhkuc/fw7/kotqKFFlXGOb5F2K1hhuVT1dW9DYba79Lxg8M8B4Ep9Z678XsK7y4/T9zWt8GKN1kdKR4p0VW1xdEdLBZdm6uJ5Pxz1xE+tPZshD1IwhLF9kZtkDdRIdq/44xbxeKa3JRva+dwmg0mXipauqi4gsIij7T45VixIhxJhIz4GOcSWCSci+/LvHLT8611m4yRAr/vtLYM8p55gdDl7vfIE8UobabevSbuHvmWZI00oWC3z3cuqNhwTJhOUd4mpnd8b7iOF8BATQCEJDPh5zDNOARwM312zEAj9zH1N/sNLww2B7sVOMQtqsU4t5MvI0GUfIQzLV++1gOe0HHs6eZiQcAkO45p1a5/sbmuAdrk9K9cvLEYIqwWZHdhrU94cdJWoEiMB9xGN0ENd6W0eF+zXVd3KjYUasMrljbyz79v+e3D/rc9VKpGLUm7qLFnd+8kXRTiXpc73KbC9qq6e01ini10Ob4Xyk07KCat5meXNT6mloYdOIxReCipLDGlhdL22Fu8YTx75HWHkPh2zT7Om+sfbLEXQUA+Y5lkl0lsOPKoJ8Bf1vcJf8LHviyFmag9d7L9xXKLBOXZQoOSuJF9N5uzZA3+mOlIlHLry5RC6Em9zBAZTu9/qjiwgI3AGQnaNsbhrypwRHKfYxSvNNQXMn72Y9SAQIZ7PkLqbYWZLMCwCFV0VFlsPV+WuElbRw4NEJUuhgIkx/FX5/vrm9hfMYoirY02ygf5lce/1Sy5SJ9iLqAhEUin04lkL+q1t6w8HeS/ceIESPGz0AsBz7GGQbWaNzX3vzXxJtUYtjpp/O1k/xxhi9v1QdZ772IGF7cKFFo9FAL8+BXcWXHisxsoZZPM/nyip0rEnzjSGAQIABEYplCNI3EBDxCgGisKnBceX3Dj1HW8r0Q9/h7BxZRix4OE5GNcpXouqTL2ibfscP4PD79kqOzXRcWOq7K8MiyPH3Wux/C3edpZSg8LkWi4jQjlet+geeuEx6eEIhDTYPvZb1+zgupvwm03nvBGE6t9R5G2Hm4KMSSbG9t4BIM2EE3VanXkJghYSjhBufneTTysOciiTZJ9pBwogRxNHmtWBm6MpYX+66oftRvvQOAXJQOspWLfU8kBOjO+KWPpwylNuEZx6YqiepiG6v6nwhB4DyOH2s9Fs+wbopvy1VsmAh8/9KfahT+Wb+Zo2QnSRpiYKchd2g8OeH9zD8k0P1eDVitcV1zE5+VAwBrjRecjN0bQQ6rP1iXcG/0080+xGzUn6sWSFqUVv3w8ugXdc++6tkUuVmOR3YzEaqqpWSREoCB6fExYsSIcaqIGfAxzkAIIq9w/gejn4inQljgF+unv5H1IALk8RF1XZFiTEQMH+8P68A50CB7b7c2chU6PyPrlaaw4vKW1b1fk2jTwJw9BlFPp/5i5cQXpqnGAIAAPjfZMeQtRviLCOM/1D6v58jbGsxH1Ku3m54a8lZOHpOsd+a5QyQRYFm/yIiCRAlZAY2UZLrgStye//pDydeH/DXZMzXy6pKIiKkJSP04HcAAFqZmp+HvH6RduDb+NzsNz+00PFelGvSEUchrzEfY/6/+i/+rf+GBhr+TUOVvhQBpuJSJ1juWN6+ixEGXkTMoxPPCl5agaqoWlFolO9nhKvN/cCTnttHxNiqSjJyQkh5y+evtayq9fU5blnBIblfLoHHK3Jnqol/FX7Y5/19PpNxGhsnXPZvwcKjBIhEMWNVBixgAY6qstPTzZ6/beGNmxYpXaw4Pc9NWt8Th9fHI/xJJ1PDjM6QF0oZAlK+PI77ayUd+mb/v8vsP/LnJ26fCiDVaz+XXWa//5en26AiiQbGtTPu+k2xtVGyPXvKzQjm62KnwkF2SLS2oeY11e+Q2GV7ZFwfyVO0hnO24J4k90vs+lugeI0aM04dYCH2MM5WZ6qKdha+83/XDj479jb52GaKLlNmXG+aeqxnvb7CmXMKrAwCHW8Jm2H50YOjBmcOEEuUzun+/y/C3t+vGL7jsz9Vs03tda/e6jnbxtnjKMEMz5gbTwjQmHgDW5D39fOtHL7Su+t78y8taV4WTo8MgooizdTSJBREFzVZoGPEB9m2T0AkAT1Sn7NM6d+m/1nLpxfYVI/ZXRwIKyzX8HIDNgQuxQiHq+s3vlDQOV/sNAzhZ4ovu0OW+lEJw8vxZAAb+m4TbOeQGgGb5nmb5HgCYbrlvsP0MvC5dZNsVnf9N8nX7EPORebkAGQNWGUq5e4TCKDpgLF//HV2ydxGCYo3ykCZSbbYN9gNvHW2yNo9psS+CrEUAoOets2w7FnRvYPpH4AvpmaIp9Hn/1LIp8GuXrCJks0DOi8v+5+ihZ2GcoTi8hOQ0qSAit0c0f//JP/ktj4xq9NdL+3nuONuJ/Pmrx4mc2H24ITg8SvLpOiJYmVoAsJLcO7Dvy8O/XJn96DTD+L5fNYn4FOU3ddFHTVzYzCMA8BHOw5oPD2rfEZEwt/PxLPf86Du30IabW01vJ+2TbFlKSojIKARi+65CE0d52WB1DAAQ4uKxVofstgg9CDnSkfwxYsSI8fMQM+BjnMFoSOWd8UvvjF8a8tdGm3T8bY+y3QDWH1We2nC5HPeCPYa/Xd4R50JEnjztiZTbwrX8XeLVv0u82so7PmveUFk6TxSDY0rdZKdcNKCIf4cT0P3nWWo66UMtMlZAZrUwL88drxLoylFQVQIAKoFcu7/giZzGV1JfcZItk2x3MuIpm+AYSAsd7AXlCoqhf/3AugHlu4YCyVaxoUNABUIiRP9MhABqbueDLxxbtUvjvLWoJ9bdR0ipwIWii6misYzEMhtV36TYdktzyeIOLQD8YDyvXh5svQ+ZcJe5bNc2umQvAJAY3jicPW16WbiWBCbP7Xq8wt0vkcFK6b8xXXRAM/6exn9r+R71DaxQehdcEmY3cKD7HQAIzEjrgTudjuMVcq2ZNpgjNzyboMmoHrWaLeu+t+9+aFzfUfXfccOvAxIZ2YnHBoHgxoni8UzrmmpPg4UWBAoot8lguTJP89GOJKv3JKpLeklrk3x371crwa2oeWL7uDfMVI9POMpjOLJwyLvR/GAHU76w/SWTL29gAwNv2Wn8+27dVh55ASDDPXdQ1jsA0AqmgEm9uu1AlawkkR0frplRKawiP46c4uAhxXYZZ+IorA715kKInTVX/t2X4VbHCqVvwnBjrGLEiBFjpIgZ8DHOWqJIagv7xi9pGuFKXTSBMcIYEwiwiJCkcBwlKhgRYbU6yv71lOaW9PGQbtl8TLHruNzJEhjEFqLmgPaVFtmBFY0/Svbg5dH0LO/0rH7eCW5UPpU7mjp2FADkIvprVdofalJ26ssaZL/5IDFby18a7y2Ocg8jM8xRuIfslyIr6g2+mecG9R++gle0OMmW1Y61HOZD/mqla4bZ/+lJqmd+O9V5bduOLUbHO8mdANBNV0quFUStcsPmuEf9obNjnIqnjqUt6NQBAEZoq3bWCO5tnCrEbY9YL72zL26CD4416cdE2y8y3eeF/KmZSfpv0i2/a3wRYSwmp3guulQ0hJar4LAQdJ0YfaMkr/DPHNW3d/8edUFhhfo61ewbi29niJNoFp4m6OSigsYeLtLhMcg4ddmeP03rN3dmoWpTYeZwnhuSwpYAkKDpdx4zjPxdRv9J4QEYgAROQCfVegeAvfqXBBQ4P4ithO+l6nceG32P/7taJioZcZiPuEE9hBsV238w9yi6fZNw+1j7jfmOZb1CD17SaubW/yFNUVXHLlRzdgoAYLTz0sHuUqJedJ9/x59L9jxifbeLTA0Zc8GQ+IrJlufrpFNULBQPBMGnpIX8lSsaR3S0MXt3DvwJy+SeZVfHKr3HiBHj9CFmwMc4azEphDapIkOUyCm+WuVZckXQco9vhJ06i4pcM0/Yxi9t1tdbpW+9CQ5lYCG0KDk313Nubo8s9lfW8u/qdnOY55GXwhLpxBpZqAkPhLyLl8nXfUMdPuhfoBaIC7p0AJDFdC/MvWNe51/DWTuDYpiHu9cpCgBicor7kuVBgy0EoKCxa3intUr9Tad1v5HSdvMhKiDUKTdNst5F4rBD+Z8n1PZk8GXysrGLCv5ZdiC/Zdsz8ZWNih0e0qIQJDQg/WAQDuher9J/9GzaLxPKKovKWwqcfafGQhmsdKQM854+or5AzKHqSlB1NYjrU0Cw0GHnz+SCvtBxdYT+qxXZpZOvysuVCamRogYYRBlJbbfQd50wUQhxEVgFABjBYYXzIfG7j/fu/njCiybp43NmQxAwNoXdVRfpATWJqq1ReA+r+wn+16rWFTuujXBt0CTmwsRY+cmN4460R6pTmKrnzWqJ2dZwMngjgoiEfbr/VKm+6b8YAcB3jj2PnfhOIBif6tteM2jNiOBOoybJO4nCCh55AEBAvgO610p0b+i4dJmoZwmrja6/syGOIW4fdcX/ra/aeq/lnW1MWzw76NneCakspmlhyszHYOYuS+NnBy3Ymhu4p5lGbtk4Z6IWlPXyvuIRYTByFDdmHCjC5tax8xYIKenMzp/Ithb/EkxRQl4hO3ueqD3Lb8MYMWKcWcQM+BhnLfPzXeVtEkWkG2XlGcYPXlt1ePYVfw5czox0RGKXs+9eM6gESQMeg/jekdH8vDHD2egS/azc/JSnm99v7yhJ9kyP0NKgFAzK0BELmKI9F19KTpxKVZSRnR3Ac1hn4LNzmTQZVO7cZfhHqmem5OzAySZXaRVS00WDic/N43PyAIUYi6YZuCMRrwceeZ1Um54LbZhZ6Joy7QfpPsO5mvGfW7YMbOAi2w5q35lgC5vssMfwUrJnSqp3RshfRcR7yE4VP+iqaT8DdkF2XJmZfmHqbbD4WtG7zXnooLKk7ei8aNbFgA/q3v2L8rIbTQvR9LmK2rfB2Vdv2UlGk+WOthufnehbHMflsTyKbJLtqpMXJrB58f0EC4NqRJm4sHdfind6hCkYPyWGiTmpTsmdnqsd/1nAdeIhJepUAUCQWFcp3XXzoT98OfHf4bQtzhoWjHYfbmGcbOjpLYNCWMDt2S0PTlHpYiqPqr8M59dFAEuKXOuPKm3e0N3q5OKVk5wf7tVUdYQ+4xQBS4qls0WUjEgRwA+3BkU/RMQ5ydYW+b4KzSpLmNCeetIuYLFX5vCCPPfBZsYZ5s+OOCSWmXyj22QlvUswiFa6rveriaMJSzcglJU3+wuYXe5peLteWpXmRFeAALJM3PiA0iHTDKnTzoUul7Wum7J7CSWDM4x84on4iKnqgk32AxH6jOOoHGU6O1dCq5/Py+fz8pHHTdisQFGiwYjJ2Dg5RowYpx1npDsoxskDA67xNh2q29awZw2zZT2zbxfZ2nyqd2qIpOgFdUivch94feIDXQy/LHff/bsfDPwhTR86THrImNR9HUZQye6FwZ3apXcAAHK7qLJSYdsPVTs/PVy+rtvVJrluIIXyzHezH35wXG7kZrNzJHwXQmIyO2+B+4rr3Nfc5Ll4KZc/JlOezBC0m+w4qHtnULs04hiU4qhl09zX3ORduJjPHR3SegeAqRkS//GY6ru18b9ulx0c+FObrGRd/D1+d9Pd8csG1gXwU6J7s0z7/sDNYxBLdG8c1ny4yfxIoyKEVDKH3JtNfzqkWRl5D3+2OkYDN9Pt6glmURLy+dopv8svnp0jXSMdAAigstyGX2rmkw3H8ea1iCSxrM8DrxKkDSQRCZXqLxZNrnl0YfdfL+k6JzvSdgURVpdqguOicb/nQKFTruNDx+Zo+GTJ/ek9FJG5O2F54HXSItsvuUqLLFisawf4BadIAAAgAElEQVRq+M4SIqb3LEMjF2+bYTcoQ/i6EzTC7bPscgh98+40PD/AOw0AQCG8tNg5LdN720xbSBd6nEq4dYZNzYjXT7HnmX0DG8ho8brJ9kyjROkKACAQZMdJNwtESladm+L8w+rkK7cbnwlnvQ9ELRNTx6xz0E2D2pPhIBciqbLPsqoD09gKFWkMFe3jCwHkmrkbp9oHPstNKmFSGjtvlGdahjcxILvhRtPCyH3e7Ctir74Zy6MKg8cKpZCYLMTFx6z3GDFinJ7Enk0xemAx98+2T99u+6ZdtAEAUBAvo++oi//Vlpy65BnN+bOQShmnFnLN3Ih7p08e91/Q/cS3JiGMLvUO4/M+6IlxfYc+PN26+XJ9T+L0knHukuaRTIOfnNIzAHV4iRYrRZKiIESaPpubTm50ZsvXVRKNm95K2vh1fBdLYGABHYWJkHRf9m0L9IMQ1ClKgFnZnm01occu+Qm+mZlRGWOBaEjleZqJ39t2Wejqwa47gtAEvmaSg5bWsYaiJN/YZPZgmNNqpxr3619lCdu3Cb9M9czMcM/V8WkAYKPrjys2NSi2+63aTCZxrDLniZRbH2l8HYewc3Fu9pG7dZadtYrjFtrFIrUMZ5m4H2WvHfB8AAAccv9gvj/dc06O6yKTL4/CCjfZ3iTfVaH51E12EpjMcS80s0Xh/kIa93W1/AJajNaRNWRC3DADFi0ucjm9xAEptQgRCeNd6KaaJzczTTazQJvQRLvyphbz9c1xFC1XF+XoWM7GRXJ6dzLlV5nmXajrueBNocy8QCxu4kgbXZTUZ5UJ2n6WBoOJm5vM/8hoHbgujiz2CAAQboIomGJFduB1YqfrGxTb0jxhE/69hLVa9f3A5d+2brjYEDpq4ywAYzhuoRutFCfAeaO8NhbVdNBdLhIQJGiEoiR2cjpLERjr9NnVIcJnRMRvNf3lmOrbPNdis69QyWszvO7Rnqqpl+QZTTQAJGiE386z7qmTlbXKOhwkAJg1wphEdmoG6xd+Uzce+82hbw7h9K9NE+rkKQJiXFRbk2znMe0Xjd7cP3hX5MlDp0wDAC+i6k66zU7qFQLAINLgKzSrESZCRuuIwE1yvbqkw/XrfAjz4uohXdAEVRnc4Pv2x8S/jXJekuE+V8enY8B2up4U5fG+sI+U4cASITKJ/BQ4FbMtGmFMv/su08hXtkc6SghArxBS9MKEVLYoiY3yRvNziX7mMsOcz0LFRgHAOFnW3eMexsQpjhSLESNGjJEiZsDHAACw8s7Lq/9Y6j4WuLCTFr8xXdxAXUuAHOp6FioZPH+0e2a254yI6VRS8Niirpc3aZodskALhEOu9fG/b+3v77r/+Eu9BryaEcalsKUjJGWnkYsMAyyPvi5T7W2QR6Guh9c3+NV6JoJpIhKuSWBfqFf8BAAYwT5oua72id8mXPFw8g3R78OSYpdJJa4/qnQH5IFTBJ6d452f7yKGFIvzSPINWxyl7cyhU5XdnazjLx/vTI06XOKaSU6VTNhRpwwyvVtlB7bEPcYSNgDAIDYotjYotobs4SL9dAC4w7wkg0l8rPmtKm+fqlY8Zbgv8cpbzIsQCGkT+oVYz+Ev3nX0xzqf32LE9Yqf/GczCBEJa+PvmdP1p3T3nKCfBOQm4GA9s4Qe0Ujd6IlThTCbr5rkqGhnvBHlxzrpim/Nnb3HmyPwLr1rl971XlLXZ6WjdIdKps25cF1DfIQeMlObHkn7tf+zw0t8f0Q66v54d38DPisHSBKEvr/wUG3yBqN9YDE5Bxm6xEAgplCHIiR3mJdkMkl/bn7Tf53sMP7N2PZfFZ8wsKWI+C2mx3xEiMj8Gl9L5K3UsM2fWbY0+jqMlOYi7bTJ6vwzJeS+upP+rFTd4eyLaEAIipPY66c6VEy/C53PycvatrnIqShTh5hqbJXvb5XvB4BHapIfOZ4ipKS5TWMAQMBiqftYNdsEepiUkDxOmUuhftET9JHD8jWfAcbfZpU/mf1GkMG8xtq+wb7vraw/nK+dNHCje+rl35Urw4X9R5BtsNDVhzUf8sjbxRyZYLujV78dg9gi31ujfO0f1TKFQE+zq3fqImVqXKwM3qsatplHngrNqgrNqt6FCIiZ3Q/kOUPXahkyBBJtYcQsVQL53/IsCiM2p580/bQMb2QDfk6uZ9GYoVS48PNSxr3JTNyr7V8F6kciQIv1M59Lu0sZs95jxIhxFoHwqS2Wdbpit9t9vhBhdWcrN9b+9Vtrv0BNBMS8jiczPOeGbD8r27u0WDoLdDjExcUBgCAIFoslcssPutd9ZtnqEtyZsqRfmZcVK7OCGjAl+8Qfv5k+NcnkzfeQ3Ue0X3qIjhAdIagt/kQdoGf+xg7t0YgSR37amNI4Lp/EYa39P4w/pkwxvLpN1xiFdl0Y8Dbj05XqrwIXvZ71+6X6cwbVi49HVR10m4MSMZhUwuh4TskMwiJEHAecD2RyTPaMg7/vOPLSkaNZtksVgmlQezJkpmd6VDKsYnC6gUsz9OhHOVmirptysYSCwWl6Llw+/zud3z/b+qHHrc5yn6fns0mRIaiOxe1VTqJlnSm+jaFdZGcHU+YlrSFXz5WnbM5/iUE9JxEDLvfUHfHW81jIlCVOVObRKOz5beW676l57kf3od4lieyEUc7FZl+hTJQrBMcx1e79+k+dZAsAGLlRec4lZm8xBTIP2XFc8WOhY56WP2VFjAxK8cELugGgyUa1OUgRI6NSSDfyNIG/q1BtrIwUlbrV+Ncq9ZqQP13QpVtzIM+TmvP35LvC3RrZ8c5fTPf2+uI+3Kc50Cg9rTYl3XtF/zkU2cZ1QfrSXQx39+jjWwwJ+c5LzWwxg1UssltkR3JdF2McKUj+thm2oBz7yAReJ4mQXls1vqJVHvjetdDV243PtMsOhVx9IpG6dtx/Qv50zNu0oubxarZflpOB1Pwz456FumkkSRoMhtP2XVbWIlu5RxOyHoBJJdw12xaUAKX44pN1ll3Lx1WG80snsHTpzmI9T7mvXCGkpH927NO/uL5qQH1e4hSseZg8/8rM5VinBwDkdqlefwmx7Bqz9fJxVeH2U0nItxe8nML0K+y39ohyw9GhBMK0yg5sivtjYAi9SojX8MkiiDb6uA/ZVpblLm8zAMAWg2PhpKNimEopBoHZNu51M91PSHJa+S9q2BApbwiIpS3vGbjsIexwOCamseb2F16mEzTcFJVg5oG10DXdTJWOt9/SrDvH2hWfpWcXLw9aa+UeTbgYqEQtf9dsmyzqMPtwNPk6vrXtPOqt94l8tiz5Qv3UgpGrUjlYtFotQshmi1RePgYAVLNNJe5jLsGTxJimKAv0VLT1d04qWq2WYRgAsFgsghDtvG1I/APaGDFGkJgBH5rTdtBzMijz1M478pughaOdl87s/n2EtW6Zbs9POImHKBoD/sX2T59qfk/on+BqpDRrR7+QyfS5uajKir1b3pw/6YjkRt/LfmShrp/we72VXLVf2+UiBBHxwHuozhLdW2bf6DhfgYjFTtnh/YY3fGBnQLus8SOFGKzLTYn8vU3/yvbUrjIv+9EwN/yWcafsiAB8QnidXgFxnydd46D6Uhxz5Sk7Cl6R/FMjgCAwJXupgwfIrg4vElemdH2e7KiSy8d3/9nEDktmbwj8eo41zdDjYEEej7P2+EuN+i5PYaCiR47Zc/k4b5Cn9P8aXn6787ug3vRc5vTu+5PYQF+WUKX6brfhnz6iX12iNCZ+de5fsmRJAEB2tJGVRwhrNwBgg5EfVSCYI/mQeyk7tmnLwVUNDIeEu3kIVu8XkW+H8blK1deBCw1cxsVt/2VEbcgOR64IdqSeDsT/jUeeMd23K7m+FHElLc4d5Zme6X35J12rI7T53SLfuTb+d/7qcSH5+sDo+V3ajlvuXVWTfKj/yJ5AMD3Te0mRizqRH+H2EY9/b4xUAu4EF5AHl+AdWKvjM3OE9ExACARB8eUqqrrPZ4gR+jxu6XrDPNz/jyMEEd6Ko8zc7TOHOxzvcpE1XbSDJeoq1z9n+rpDdjh8RUu4VDnltdGPDly+z3X0kqoHeBzy2KInU2+/M/HS09aAd/mIZ9YbIsRujE1mV0zpdwMir1exauW/ZPsfGtU40Kw1+6gvD+RNdKrZeQtEre7JypeeTT4esuff1ic9wSxiz7uQLt0n27wBAKZPO1wyIBYjkNvMlzyV+over8e7qZd/0ke4DI8rNjcrdtnpBkbQpHnO0fKpAGCj6uuUGxsVOwBwHFJ34uAZcKVIvHgk4/rmvoH+a6kd944+zg9I6zAI9MqsR6aaJgYtv6L60XBCbiZf3kVtL9M4Gs1IaXQ0q1V/d9w6nwjfYaKGX1zsGmXuN9XFi/DtYdX2OkVQGFphou+KCU7VYGaTzwiGY8CTrc3ksUrCakEIiUYTl1cgms5CI7DMU/v7hv/sdlX0LmEQtSLuwj8m3agmT3HdvpgBH+N0JmbAh+b0HPScJP7e+vFTLcHqWctaPtKFkeP2kxfP3TbjJM4rSxrw9zb8a2XnupA/EYC2FPxrdO+8u9e7/aOHl46TLl79WuYDlxpmh/zpjY41Dza+Gnn1X9YvN7Iruig9QkgluGbYdizqXgsAPsT8X+6TPhTJmX9E8/ko5yWRFbDLtO/v0b8UuGRX4avZMmnZreGAvB7l6g+J5kYAqFGyl4+rKld5tHzakta3f4Zk7CBkFP7zRd0kgZHAMz9trD5y+LmUXzNiiJhkmuLvnu1M0vaY+p9bttxR92xQm3i2aEHHP2kxxCiBI5u+SPyFk+wCgATaeLXx/F8nLNeRKsSysnVr6COH+7VGiMsfw85fhGXSzmGiu+vTn/BOyA/XYG/844fk3wGATERFrowx1ndILB0GMkw6ZGVK3qQSkgb8gg/oXucI11TLb0OuODaZXVrs+uSAekCsCtapSl4y/s6v/BeOm5vM/6nI9Fx2FZ87usVOlbUw3S4SIYhX88XJvqApmIpW5q1doScygriz6bVxrh6Htpic4lm0TNQbAGO6dB+zd6dflP7ruIu/NUoIXwWRqudvnWFTMSP20mQP7srjnnQTkeyWlzPuu8IYLPjPYq744PUWMWy8MYHQrqL/Tk4sOj3fZZuqFN+WRzYm8bfp12rkXKEikwKqwlPXynerkGw8a5jWJG5Vdm4y2FkCA0AcR13RanywPjXOnMPOmktYurfuWXnJhKMRup5iUzUrRQ8hJrsJI09tMUiUEE9j4vePeaP36/t7NZGzqzxk18cpSyLMW91qXnQ7mvp+1Ud7odFK8maOmmPR3tqenMgyiOt3svZqXU9nNW8w2j2kCABGjloCBfcV/SZJGaJcxWsdXz/U+N9wGzX4cmd3/7E3Yn/IJHG1W/Tv5rgeIqTS/hGCK8Y7JqcHlw+wuMlDzUyLnQRABqVQmOiLJg3KJ3IfW3780rL1iLeex3yGLHG+dsot5ouNZFTPhFPCEA14j1uxdg1V1d/lgBBXNI49/yJMD0Jt4TRni6P02urHWBwioKlQnvlV3tO6qMqU9NDga3+t4+vN9pIWvktJyIsV2VeZzlukmzHklKKYAR/jdCaWAx8DGnztQUsUgimy9Q4ANZ00xtHqOY045d76cNY7AIiALzr6QM24j3u+y+WznHEA0gb8HO2EcD81cqGi7vvzn7TVSvHz25vMz1Smb9M7byqquULuEwEnsZMWShW0S3VL169K8gYnPdazbSfbgJd//ZnferdTwsUTjtYpWAB0XsczP7/1DgCT070kgZEgKFZ/yDXUPJF/ky5URjEAcDz15m7Fg+c5SAIA4NnWD4MakFg2t+svIa13AKCFlD+xH5w3pUFOMPHUicAKQVCs/oBsaghujTFdUUbYbe6rbgBSQqL8OErYBZHUm893PLJy4jUC7/7g8FvHnL+JYL2PnPsdyjQfLu2s3a1ZmOa+UCUkAICAuFb5/oPad3zIuaT17XArHmyWZZu4W2fYj3fT5W1Mp5MkEI7XCMVJ7JfsAb5RQhyxUuUFAPCxAJCk5XsnXELi8kX1d01cV6G7b+xLNDcpP3rbdd2tWKPlxk/mxk9GToetm11bMjq82xtoAifqhCYr5Xf4m9XCtAzvzGwPNaJSD7KiKb9dl/tkQthHUwGZdJkhWBABAL7o2hzBegcAEeOnG9/7NPGZEdjLk0B1p6QRgtSu/GPw/TFvX8yRBRyNROeaNLhQNaFCc4OVBkalTXRiIguJF2rdMjmy2xSrVj43TkI1YI+u59B1a6La22auM7Bgm+TOKwSTjsu0hheQT2cScuInPpoyEXE+wmYFAFGrxwzj27ZZtn1zYMvJdtWnpaN8SGyV8xQGU9ZE3yXLwnW7wrTgP+1fDHyh+7Ewx75KvCmBHZfITii2XTc0b3yu++irGb8Ya3tZ0noHAIxhdak6y8QHzcQZlMKc3MHJpjb6Oq6veaLMU9u7pIu373dVvt7x9euZvz9HMxbZbYTHjUlSNMbB0DRdTg8QxylWvd9biL4PjOlDJYTT4V52zRn9B3uxC6476v4W0noHgHJv3SNNr/0rPfTEcR8YE9Zu5PN9zO27r+ttj9gzW2QBR5Ov43vbrnmaCW9kPaghT8FwJUaMk0rMgI8BQbo+AKAQjZJr8SJ4OGJQGdQjyJ21f4vcwCG6t7vKZqp61HeJi66UW3d4I2qVM4g2kmEzr0iIonYUAjcpvpje9kpKGxvQXC5IH0+ZqJNsMzDPfOC5k6TVTnY4KQFDnEpI1vFERJuIrK+j6npE5l9Mb61TsACQxE40cMFCAz8DiVrh3FxPZTvjK6/UdCq/zjDr+BDiUr3YXLLyVl9xMlvLtgSqzfnJds0PKSfWS3mndjGXHDj0ZA7sCWG9n4BsamAO7PFNnh75X5Q0ySI7cG0ewmWPf+X4U0dc08dETFsdKeu9VvnDZEeJTMxpllW0McdYwmGnj7vJTgFxADCn60+RFQo3V8lnZHszjFxG/5pbXJu0V41DGACwKipDSkFH4/rGN7R+QPcfFCKHQ7ZxnXfJ5T0t1JqS1vhwxSl6dkxEMzI941J9Ti9S0Fge1aYHD0HcM+vRo3sfWK0PkbqcCrr38h8PeY9/3bpBsu9NluCidKcPjjDab4FEkNVY6zpwFyV7N+lhAMAK6L1F6YMHOMG3VS/hUR8sBPQ9JjEGly+anTcGGPBIz2XpuUwEpJ1qsDBV87VTenqjGSGuL/uGmzKDPlzqN+kDoTGR7mGwXOGec36kjRKylTl/XF71SCc/0OWLDL4cPZ8BgBrkWzPcc4fmiq9S5rFEvtlXGGV7QURbq+VLxw5dmg4AvNh3ZfWjA5/hANDF21cce2xL+ZQxzT2RC5hh+MKx7DlzseKMtNmYPdtDWO8nIGur6bJSbmxYT8MZxEfdG7r4sIUMAOCT7o1/TL6xbwK9P0jg6Z1bmZJ9yO36wWS/e/xRIdQTfaPjwK21T3+S+/iI7HOMGKcPMQM+Bgx04XJI+nWLABjqlGWsVYeS6gnixdZPZub0GPBCTs6De+f8GTZHaH9v4hURfg3n6M51XhLPFXiQpUrzlZPscX34rXdGUI92XqoWUqJJVOEJDy1IDDh8RL/zggANyv1+pI355rCqzdFnD+gU4vzR7ggF0qmqvsy0j5J6hJeSvJOj3+hIMSqeUzPi39YbeREAJkPK5Ahpw70cbofiZHix7dPeJQiIDPe5We4Lkj3SmnDHar2moj5HE10abBE1M0lNsiQRUUa+O8tTR5fulzTg28Kkiwfyxg4liZ8egroAR7TRoRIKwiEivlX+5UynzkJ80UHQ53X2LPeQ3Qe175RrVlFYluGeG7kTi5fqcpEDZerTZNK6AJleGaZoMSU1mr1NM/CRE9QBoMhVnufpJ0hmp7S1sgx3q5qsx+mJhD8AvtziBpDwQLbUdU9OVxmUJzfLjNDoXpnz7/MOvvVPduNRWY/lqceyq7Vzfpd5i1/MycESW6sVh1uZLhdBAMRrBAyzaW1t5Ae1DSLldZ9a5FFolYXU5O/lO9vOHR/96QJnHGAARIh6PZ+TRzXUtTJ8b9J4mmfWaOelZl+RXNB7yK4OprxNdpAlrD7C2clUuKi2frsk6M2+MXLBwCE3RgKNlQLiLfQxK12bLUsmTrjfEQKGxCwvMXvGnXhWp3lmTbbepQ+Y8RRpm8VIQqqLriijKisISxcAiAYTP2o0XzjWc+UKxecfE539Ar4QABCEqFAyu7axYyceZ1I7nSRCYFYHT8IWyjM3F/zruYp/v8XvAoBEdkKB44pk72RG7DdHxhFDtKgRoEx3sHhHZKo6GYBhGfBvdnwT0nr34wLfo/GHVzeP6tlDn48u2UsdO+q+6gbR+DNJq44YGNMH90duQpfuOzsM+C2O0sgNRCz+5Di43BBCShl5PIpP3iXb2wAAI7h/9PGQ1rufjY4D39t2BckbxYhxphMz4GPARfrpjzW/FSgF5yLbWMIW2SecoBVGNpp0UPBY2rnX5OsM/HrX5PvXlrfuYEPnRk5VFd6feA0IApDk8W5613FZg4X2CUjFiNlx3Mws7wLdFBmiA8K9yKUtbxi50b09jLff6v8gIs5ON6iEJFoYhARLF3M01TNTog3db+cnqUYnM9EmVm2tUXx9SBU0arZ5iE9L1I1Watm40GNlwtojQMASuEbeE5ymEqISbKtX/GSn6wGQXNDLBH2ib0K4ePVoaHOQVZ6goE1pD3SbmweAH+09hrdc1M/reDKRjXb0s7e12pbmGKvMSaSNyOsluvu0o48q8j6Nv6xRltK7RCm4F3RvmOHxIkWkekWs1JWLAUSpZIqB+Ag3Jp/R+u5lIx6VeI0wIY3tdBJu0aVUObL1zPcll7UMCMhUCMZplnsT2HEaPo3C0uWXbB5ioAE/Rz2OIWifGEmw/aIOHTdhMqai+r9auZif4KtoDZtTgDBe1N1XSt1CG95NuOyIclzPpXIACIQnxDsXT+TqvR0A5nD9+DneVk10JopxUV3tw4Kkrpxw+5VwewdvbWY71JQyk0nqDdiu6qA/2KvtTR8QAJpsVArccKlz/vr4/7PQ1eF6ZSJq6Z9UfCJX7q2zCS49qS5UZA6szpCs42u6JE56FxMpjx0Ano+v4jyOMS5FpkdGWLqo2mogCAVJAACBqXO6H85x9WkcKARTumd2uqdP4qRZvmeX4e9Wuk4u6qda7slyzydCHbFuuioz52DQztdG3HmawAlaodMLYxxXT7X8JuhJRXC6T0ugbdfRa49/2bewu4uqrhT37vQsvdJ9w+3UwQN0+SGqvdWK2ENKd4XGyyGc7u0WGjN32VMtVF8OjkEpXFTgHp/al2ceTxn+wV34ubBvtOPXhY4rQ++hOHQ1O2UUAWWB2L3DHSiEq+7eyzqjzUIJBj6gHqHTofj8I9dNd0rmNJ1WIIcdOSTiR8i2Fv9A5efZpZNHK9ct2abF1xVyufy7L/3WOwCUqN1HlWGdEH4+t2yJGfAxzjJiBnwMyGQSb467+PWOvlJPIhKqVd8XOq6KsNbkNIkn5slDvm0jUkibb0oi2KH9VeFzTze//8/2TwPrxNJALkKjtU2upU3XIkyOcv8WCRf2/mpxE41WaluNfEkRfXfC8udbPwIARlBc3fxduLpxBKb1vkEX7NFyaQAiRIxVznKfb2rO+ynusU7mKImIPyXfFGXnjVbq67Jg672XnXXyLBM3ITVYaggAmgjX+1nNu/TOVobvjThW8wOlzkJwSPuevzJWHFtwcfsrw1Ris3uGMgpEBOcWfS1cFwAQmJrf/vc4X0H0q6+mDx6qeQ8A5mjG/VV31RQAf+L5Tu3UdxOvC1Ivd5PKL8yLj+21r5jli5CiqJVLxK0MITAeI1yvfFzHrZChSNn1DIWvneRI1vVc/Hav9u8b9e7w8cDRu9pCFn8yUJrb4xb/u/2zcGsVOBXLqLG+c+ZGuRUAWFrsqu+mwsUwn2fdlOnp0R5fE6f5ynQfifvNQooY7WvT1Kx12XXdkvG1DrKN2VHlHVAK6+RhpvRmqt8Z7HCS7+zS+kJ5l9RC0oL2f3yRdB1LhA5DzRJOgbiXU/A83bLy/e4fnEJPkrOaVFxvuvCBxGsDNaUnp7PbahURgiksdLWkAb/Z4NhscADAVJv6b5Vp021qEEUDppK9TLrn14HWe0iSvVMWt7652fTYdOu9EbJpjNwox9FR+5SOSWk9T8j8BC6yAT82xffI6Cefq95sr78m3A39k2zSKE3ZFMc+CyWsTO7cYnC0yHw6npy4s/zyGfcU2Ky1tuqHxtSvMVt7nxdTLfeMcVwd1I/FTX6wT9PmJC/M7wu4EBlmTuNtJja09T5MPKS03RUIJ6C3d2mzTNyUdHZoOXdHPfUSmyDwMZVniq1fBhzR3UVXlHFF44awxVMFwUYxrMIYsV6sHJmCAqcQJSGt+aoiQ0wfk63NgfVEjqik9RSOSF1CMWKccZwNShgxhs/jKbcu0c8KXFKie8tBhQ1TT9Xzs7JPjQFPOp30jp+0vPT08znaECXZHky+rnn859vz//NQ4vUPJl33Rcajk926L3D5u/rj2/UOAW4NtN57EUT0xUH1Av7m60zzAWBJ2/sRqr4PDS2fJnk/EkDp+azFrW8vaH/uxfR7pqujDbLeVBVprAwAG6tCmDOvd64Zm7nm8ZymtSZbqaYnBlIjJCd6x0ez0d6QhGnWe38GHfWQpOqwF/fkRua5Fg/KegcAC3PM/2GLo/SCpj9tMNoBUAdtfi/hahxmXF7Wrd1SGWlwn2ceRAnxaMAg7tP99aC23swWRW45IY3ttd4B4IcjygjWe/RQIJjVoRV6H0pacYE2dMJFEku/Ly7nrrghSve7H6NSuPMcW+IArTsKC5d0fbe84wv/1/+mdr2XeHOQ9d6LRVRRTulJKAKVUjVVEiH7J5nvK5QhrXc/SiGu2L4i3K+3MDNOzk6FpYO3Lqi879WOr3qtdwBwCp7/tH+xoPK+wOrHK2gAACAASURBVMTsZB0/KyvssFtA3HbjM9HkyPjZrXNeMPnIJwldAIAwXN5WnO8Iq/QWCIUV8zqfiKyFAX4xthJNl4sEAJcPba+NFJOiERyL6f0KQpZpXR5Z/nqtcf4as7XwnNL/y6v/2mzZq3VtMNqfTaqbWXffr1zvT59a9lWA9Z7unjPQeu9lw1FlVUfffWQ3ppm910T+U34G7p/kQa9XbuWIQUjQCSKUtzLfHFY99YOhpHHQ700RixxIB9x5QgnckNXSyrWnFaI8iiA1gsDRNDvtKVRkSrYZowihtkNW90uS8pLSs0IeHMI/ESPGGU3MgI8BAEAj6o2sB9/IenCmuohBFABgwtmt/bOGaBrYeJSZu3WGnYwoCHfykH29CjDc1CwR/ooAHowPO4IZpUi9N+nKO81Lf1/5wg5ljz/BwOVEGPZhgDWH1c+m3vNW8lOa6FzQJ48U7yyhemn07as6JOznVjsZFOj4Zsc3f2h4lR1QCWlm1++jdBKneKalec7Rcsnx4Yvbn1QwEs5NZ/SEWo4YAJD0yAXhIbtbZHt7v7KYu25cTTfNfxs3RxwQEhzI2mOkyIctOTMhjdVJOeGjRyA8h7V3HtJ+U2yXHq/XH/cqPv9Y8eUqZtsm3N5R2jwyk1BjvRXa3ZsD8wt6YQh6ZfYfn0y9I5Xpu2EVQN9MT9s45uW0c68alPXuJ0Ej3DvXevM0+6wsz5gk34RUdtEY1x/lqxd1fYcAA8A+reu5jGSjLzdCJwyXaafC6hECQItsX5anDvl8yDukmcrwNYfcone7s+wr67aN9v3dETWcOAFFyBfwk+kOrWqW41FcP/r6aPZ0BPnV8b+Hy1Wu8jb+qu75wCWXFLnm5HpgQJFzL2nZYP4/f/BO9PAI3zGm1q+yOcOyILLsYiDRqKkDAC/CT9UKANhYpbRFjAYqdFXEb/oCPG7Jp26TLPmWMRYLFXypCIBXJnc5+5slxY6wMzV+NgVMwh7mk8WIVUt7GfgWj/xwd5ItLbJ9FepPouk8CJZHH+7XlLUMbjKXQEQ4GbNAUrwhuh0oB3iagzVaUSshZyskJp8dKvTLDXMjN8hkEicrRw9cTtj7ndbkUKc+iBRGYsQYI8YZRyyEPkYfS/SzluhnYcA23qWjVAiQiOFwi+NwK9PlIhHgeI0wNtmXF38qqwoTbW0A8FRV6uspbY7wKnpXG89nSInH+ssV/+1VjQKAbNf8yMM+J0tUtdOu5p/brxWS0hbZpbxDGcUd7BOQh5M2uW0eoje6u4u3P9HyTshmkm7eQHJcF9aowlb7O9kkpFaYVIkAxFzt/7N3noFxVFffP3fqzvYirXq3mmXLvRuwjTHdYEqw6aEEEjAJgbyEJPAACSEJHUJC773FVGNs3HtvkiVLVu+r1fY27b4fVlZZbZNsY2P290k7c6fsaso97X8mfOfYpo+q6D6Uw6ovgzLsfdhJ4eXMrnYqhnqzJKmt//13ntApp2Xw5RPF0WMHtltkSHztFNcrm8PnRQ+LANFzKf3c2/oDAKATcmOOdwo0daQaAKjDh5w7D/lzHzjGEwAAleRd1P4Z02S176xcNeoXlUyBw0ewFKTrxAmZ/omZAZIgbk2++Nbki48EWjsFm5ZUFbGZDHFMrYwRgtJUvjS1/0FEqkvg4KZgtPxfue1p/gUxd9LMbS7wnquQwhQdeKjOjaZHnqlN7T1Y3JBtLfSOLVRTPfL7gSSllDShfIJQNi444XZLvkfb3n7X+n1fVgiJiIt0Mx/JuDmsmIXNS4hyjKNrxDQSMxIa9Ewu8LIr1L+lVMeaQu8OEBuPKCo72R4PQSBI0Url6YFpuX6GDOO93empWuvcE2Vva1x7dnmqJ6l6Z+QEgovKPE2aFV/VepKEYhqrvISlTbGzVv2NgEYiv6eQcp/IvkzPT7bFYe+NgMNdNAbYEyuGXKkqhQ4/rqzyC9kx9znecWcSX6IWUyUk2OjaOuXKGvVXIY8dAKCxMjkQI9+qzkpLMgS7Zna5TkiBNAZ5i/EJDPJe3WvJfNkI1EwxhmX71cUpNno4AYC52gnvW1dFGZDvZQt8Yf4viPzpGbrC+Mns+og9Jqy08fvMJYd+MNi9BE1BqkackBmYlO0/iYJEI2aKqmSx8ewPe8J/WRIR/8z+dZ945CAG+y9m2TWcRPiixuHnak4H2b8ECQaSMOAThIIABaWPAYBAMDY9MDb9FMo+QlJvNl31hvKiMw+4yTCRrgX2pOcmxGofCvChb+vAOyAeA6/DSVoGz42OYy/uYYExfLVfc9XE2A2TKIRjancDAD1gUv6VfdPAJNhBwyC2pFkfBqGAkocx/viBBfPG308sCX64K+WKFY4dFB5e2mE3Wzl04coMfpTFEHPyuV3H5XdKZEsT19IkHTrgu+QXmO43WXOMwl1n2b84oB6Y9TpcnPTB5+abntzYW9oXT8iRGBBvC6BjMqGD0Fi8s/W/SYJ1i3b6BylXCgINAgCAyEONha6x0NsbFTdMcwaF3wvYjIIBmn/HFyk1PTBtFrt1owx4ZZJjWk/seItRVHyZeuP0nt9n+Wb3/XoykuqVK7cbnr20i8j1sVipwop4L2Bm41p264b+O02SyLYWsq2FPrDXd9kSK8VfWvunQ0dL9HuHYPkL+8YNrv1fFj1WrAi192Ja7wAAgMa7tIfUtgAhUzJk+Zk7WjNuKL5eGhetw2I8hIjnAUBjD9XYQ21tUNw4zTm0aOIHZ+yudT84d/UZ8EFuyJz8H+dtO+OQs4pOqevyqfbfSZiKJY03chx+wscTrliSbC5S46I0ivaWeJ66BZ7eii0SsymB8SmB8cXuS1eZ/+AhBynkc5Ip5g0uyeAOEDpOBgDxBPSHEZFvs+mfLdxmAJCQ8L359+PtvxztuorGw+vW5vQTNV306NRhhAHuMF/2Sc9aIbJy7X0N4buxyIafmgo9gDB5OnXk8KB+pUcnGbs0E95Ou5a3917iAg91VrrOSm9rVNw4zRlTXeUU5MmsOzDgj3pWhyxXEYqnspfO00wMu5VsGCSjqJaI37SYn8zpiHQUI6m93jS8/LsECU59foJeuwQ/c44GxIwS3b1m4h2NqRqRRAAIEIlRlp/9dlfhsvrYkQGb6GqiBkmv03EYeLwU6tM/KdZ7kAZbXA44goBIJcp90CQ2qftf/wd8dZFGysMpCaYw5yXDq8ieOLxUR864r56aUUIc/edMUZU8lHGjj+iOvmEIbjLMhKBVTaE4cm6tdH/bJLL+CPvtspABZo2UCZ8Oq5Q0CAbsJbsk9pMXzktlGLpN0Rusc5Fhql1C0Iv2AX9HS96OkxmOrbn+xgrV6HdSlwjhPAINPfRb27Q/ThU5P3tuYO6CbiXhJWQRxfY5nt+tYJB9i/HxA9p3utkqB9VsYSr26l7fZnimyMs/U50LAGJRvKIJ9L5d7Jb1YS02srWZ+/qze5peCLHe++iRnDfX/1PEoTepnottwXOUvFp9e2fLNc7qK6zN1+6if3/dRX8/dut9vaXlta2qgdZ7HxY3+epm7dA+aiFdP8LSzHeFLFERijfy7lcRx+Tmy/XOm267h8AnNiDBkDhmC4kgPZSB8LtjPnXDYhQKF3Q9TQ7uQyGiuOo4+pyweu74FemgQBe7f5/2jc/SrzqiXBFcuLjDlO8l9+ne2G54tl2xy0E1uelGTm31MTXxPNNa7cP7TxUpsp7MviN8MBbgxrak69vDd2MR4r5/TyFkCeuN1arAi5mdDxW0PpnTsTrJKSJcqxz1RtoNfLi3T4uden2rVvrp2e/AEPS/c+7+qvAfS4zzSxU5OUzqVFXpPamLt45+6TLDmZG2EgtLQhKjHjySObcnfMKRAjGv5d3XF5RKkOC0IRGBT/ATQ+Y4wt1veD9Zk/VkTVbIGLEsdnd0txw6z/CSlrAjB6JTyDlGob7nlLhx+Fi9iPuYkBFYURUtTjImjR+Y0+iSIqaw8oRbEbW/4EC8pMXCHhQI37E0kBsu5Xrjr3JDG/L9xrzo6eRAe0QffShe0mJjwjToyvach2J158Ig68VWANJHKjjJDwD04UNCW4uU3tvtXJKlB1ZtE3yL6eH7fxAgpWQG6cqn10rXTnGxKkNQpqBOvSLfGyNvfLpre9/fasmdEWhrZWPfKVHYp/36cov8qXlRJEk/AGjoofe3seMyTnwWD0L85OlCaSEc3m5njsTsPD3Oa32Wfn11fSaC/lqbZL5skv2aJZ0f64XdWMEFZpwRZQ/9R5ZExYY1UQbUdVZ87YhW1F3tb1ru2HrxYCVRJSNnGsTmqH664lSBnzQNJh23DknV/qbfNT2vbbgxR454XJuPXH+EO6d40FOCIWI/FcOOmaIqWVX8zF9aX1nt3I2HFGWTGBEAwpBS+T4QEFPtoa3aYjKCzKlUraRRYEAYcIxNt2inXamsGp8R+D7qUzcSeiGv2L2oUtNfZ+4jrTEbu+o4Wcn0/krFZv6biuOjUl6rWr7Z+M+Qhd+luNbV3PSaYqEL+qsVfAJwYHRTnTGf9vGUdIWwxDg/m0l5sPW1/d7+x3IaaP9yyHBTmxnJYf6dUlaOWBCj3OlUA4mi/X+vLTVsXj5jUJl3ro+9vP13UuSQW5uD2tmkmJZ70noDHQvT1WXxK/ICgGwwCeMm0Xv7FWpYGX25t+hfue3PZ3XY6X7H2RxV+V+zflXC5RzP002Q4NTglLBDEiSIH3HSVGZdaMJVCIG5sdOlTJQWARo4X2xV7CjwnB99q0KzoFX419aeEhqwajbeyOYZo3y7mtluT3jLU4n9iw6/qWhDYkGRWDwaSDKkl9VAWriNozwXxnncNsV2CfGH1J+UO6+Pc5NjR6MI/7MsGa16phPk+H6zfbo38BABPwDI9syNua2TbtmlvmNrYbGISAJkTvIrZa9xj5DrUk7J8YtCz1/Wk2px4THmbnS5yJc2anPLZoJ1BwC0KLa6qDaNGNEgZ2X+LNuGgUsW2Fa9kRrt/0JiUQYqkrVSq/p2g2ldg3KiwR9DxHtfa68B78e8IIsaMi6rpt5K72lhO5ykhJGek0pShAmZASpW9YJWZTJThnrl6om226Lokylkv5tQr6nPD6fCrfwg5QYlEONV7dznH4JCIaZliOUTZV3Em4JsagBftLLtVabY+Q6rnbtDDHgAmF/kfWNbxFJ2goB5hSMpF4/EQV/9JTX3+0R8tS/UBRbCvlY2xIAfxWbG3P9eby0GPFSbfZQi48OCh7pE2z5vrU/0G/buh6YjPgIbBXKyQ0VjYo/WU6n23VnSONTCTwmUx5SRH8oI7r6JWYEXLZ91MlNSAjHqafdoxl2a7j6zwLermbVGeOpGJ887v0r9WY5vbrbvDI2QgRH2kbboBnywD6jDR6yt4So64tKn1IouEVFeMtrrrF4ZrkRZzHhBfY0gDp1AIrWYGvu4ChkA7D5iR5OisYf28kjJ4ByjMDXbr4ucOzBLPfaH4mfqAm3V/iYRSzlMahmXx7nXorZNQ6UQpdR03yW/GJaAxamAZceKBVmrmhWh9QVW2tRDFUTfdl8b+xM14EeAf965ZHsL0dnvkqdl9Oe69Hsb0vZoPK0KQSGhclO5fuGNJ+8cEyQ4sZAPPfTQyT6HU5FAICBFlhFO8COgVCoBAGPsH6wCLWVkM7u3IzFiLqNUUMiXxxYsoRH1Q+e6duivIXfSTfnec1lZE2mTMWmBGXl+koAWB9XtPiEqQcPizAJfrimunE6SgNGpQm037Q6EuvD1ov03bS9l9NSS3Ra6poquqZZycv0svcy+IeyuWrntZa4lRBy+PwF5NpgeEQlfF7s/hR8Xtns8BrmL3a+WYs/5ir2He2hDPBPv2fn+DH2Yn0XNykparu6KrVh7WPXVHv2rYVfNdNwlSTG+u0LWiShZRgQAYEACQXtJpVXWHOmmN9ex6+r1rGyMvoc4ESSUBDkbqQ8kkAFwm2L7KO8FIcm3fUiIrFYWjffso4+Wkqbz7TZK36wITWAJwsqBO9teygs0VqiK8ZDIT51q5UbT3zHIAVQWs128DPJG7vV7ml94sPW1Zzs/fdny5UFffR6bbqbDi43xInp/l+abClWLnbL7SKef6HJRlR3MnhY21yTGLPVs4bu2+ncTQKVGNrQusn673HiuGLGbAKrh8ue0fEu7HYTDTrU0MXt2IIKQMsPLklF1NVR9mHyNPr402zbr3VEGAICJ0l5pDHUPJaslDFAXrrCbQHDlBHeROWJXQoIgOI6L/10mYfmq2v9rESx6MbfUfUX0wT6BmFfkHWgfpdDG17u/lcO5vfroFGx5bFrY1lAAoCK4AjajmMvJyZtaoM4ts8h5FoGVgEJkujG/rHDO99697cwg24bGqvldT8SfEzRicoxi0ajKmxsfk0DM8c2JPpgn2BkTOQVHlqUKtRbaPfxmjQxW5/rOLnVdYRAKVJJZJZkVckT/EQAYOGnJJFdDD/3SJn2dlfaLCGJlGSQJ1t+0vZjKdx1QR9QlbeY27teFUTM9y/qwig//3IhO8JTOK/VWtDOvb9PWWhirh3T6CauHrOumN9crOBpnG6K91AyUplCRWazITqGNBEJSTp6UnYf8PuRyIVkChCRzKj99duCcC4A5Ob1LB8KyLEIoEIgv/wjjOw4/tlMTRtfGzI/pk0uIhCCjs0YNuybrpwpBCGXj6MoDKDBofkhhlBlgRnu4QklHXbQEcyNJgemDZVmSJAHA7/fjY6sEC05oEyQ4jiQM+PAkDPiTTiQDHgD4cZPYfTvDNmqS0jK8V8Ub7FVRqq+cW/o+YiR1sQfyPfNJCPPiN2ukG6a6gkWGEzID+9tZzxBj+MeEQHDLzGGUMXOkNE3dYqD8IqJETLKiL9PfMtex/rrO95P5/jJ15PXQNVXpE85Z5tluk8LMJDAS27ithd4LomeSy0hcm/SAlalWyPrUwHg73SARokZMH2j5O+iaNckP7NW9zhMek1BM4fB1sG6qY4vh8Yt6ltGwa79aqRbToug58UTPtRPFSJK8WQYxUy+2OqhI/c9dVOsOw3N7da+HXTtHOyHFerFwDOrxMqD4G1zFg8PLzqWqNtNNANhPOuqU32f5Z0aK1NlowypTUrFvq1GgAAABlHsrlATfpC8aKIkvg9jFbpDoP5d4us+wd76Q+0kbGyBBgYDwUdY2xfbthmcOat8LZigk8SU5vrOin2SP3P0y+kvf5RTAQpW/8X3rShOlG68sDBmMAd7cpj0ULoToE4gD7ezYdL4vVTgs41SjPuz5oY7ZSmPOHBgTYsXISJpj/8IgCnvV5VF2whNsZqA1nT8a4cGYbKoHigxrw5OtzVRDRNkIANisd683xNCbLFPmXWoIk7FfkCSk6cROJznQDsw1Cksmu6MrgQ3XgN/k3v/vrs8BQC2lFrljdKnEAPOKfMSAn1ZHqtyyb7vnUPQN24Tu65JimCIAIBuThLJx/IwzhElTA2fME8onyBlZX/l3NQiDqujndT9m5k94l8p8k3DjNNczlvd2ew9LhH+06xcxN5lVLCoozNF4ak5Az8kSRqKEGApnMK7R1t3NbAzrl8Q0J8UrwJaikW6a4RQl9OJG3UBtgrDPKQbzOb7G+fY113Z+YBTtOYFmAFTLFQwNVrcrdq5J/rM8RBJfJZmn2+4ZmfwLAsg1CmoW/2+/Gg/J7cEYVXcxWoWcGc4DGwms1YmlY/jps4XJ0wKz5woTJstpGadIo7VhGfAt3YfvEULVUoLohfx87znRN6cImFP4szHgAYAgxNIyqq0FuUInQlil9i1aLKfEDgxEJ2HAJziVSaTQJ/gJolC47rqPXb2C2b8XBB4AY0BYpQrMO08sGR3/bi5NmrPauvVD7+ajC3A3U/ll2i+n2+7J8PXXlFIETMr2Xzjao6D7n+D3zLWtreFWVSvjbwaGkbxX/YZBykvzT2JlnYQCFqayTbFrovPmmEWVQ7lmUmz9+SDtvo5DO3Z7W8UUD5Hjt5/lbyRoCvEBADjCBXZqeU4iSj0KldRrkCO3S71x/Z+mX3dHw1N9/a76IDFrFDXzbB81Mme0KjL4cNJlFqZim/EpL9k9t/vRHO+cPpNVQkI3c8hBN/Gko4nb2MbuDPYhrtB8UKX+zMyP1YjpGGQn1UwArRbTAIODbuhmDgGgZUm/NfCLMv3RvAYSEtrVT7DU76OMKU3lS1L4VgfV4SQ/69nwjW+5i2pWS+mkzLjpdgfVFGnDszTjX8u97/VmOZLxf1KQZbhmb5Y3K+WFrE4A8JN2hRQtvC/jCdeOGX1dm2WKoxgQmHnLbHVT0mTHf3cL4DMHxxBA6YUJB7VnLZj03m0wYT1RK+JnIu3QQ4bKkg3FTrYPXShg8b6WF3PY1JAGP/tb2cORsyS8PPq6QnXD1Giuq2RK/1HBw9fV/W2H/vk65coS9yJzYAwja/2k3UHvu6t59wXdrndSlsQ87WY2a5JrUF80ZtN6oXQs1uoAQMLy4UCzRbAn0/oyrTZ6ynKpJ3bRTVFko25MGj8mjbf5SIuLIAkwqyXNCVCc3uw+GPwjnv+pmpWHljP8zvyLf3d+Hn3Dvd5ar+xXxq1ahxX9P10FP6jJfKp/YpYvtOjg+MLKgWsd/ytaOB+h3t/HS1oxyNHdcCSBNYzc9/e0XH9fbjPGsO8rfnNsWyDaG8HPdCQRJoRAqXRlJfeck88YaOUHuzTxvIwIjIt9tTRe/q/cnnZWUEjEePfbt7Ud3KE9u0pZ5CFVNIHd3JHtivePqFaELSMy8kWxrfcISgEaWrxkrOelzdEyJr6pUI1JD6iiOunCgtmT0vHkuLHFGVEmI55bUqf42cWcsErtWXwDXV1JVVUQlk4kS7LOIBYUCuMm/dQvhgQJYpIw4BP8VAnMOzcwL3YkJwoI0DNF941q/uDZ7s9diA9OSpxU81bjvUvhkrlptwRESquQsw1C2IjfnELfnEIfL/HzDt1XKzQtsDyd6gvf9QQAbzU8fUjzSV/VPYFJGfW+blu4LRd0/ju0yRnCNcrlXqqr3HFDSMkoReAlk1xj02O34fnesePFmgNJXVfqhetBCaAEAOBk50XW7+uTP38it72e651WMpi4tMvw15qMzAD7fHbHs4a32utD909gstx5wzjnEgKr1+r6FmJ5QOimhz6yS/9CC7dFL+QubH8rJO2TxHQSX5rElwJAqfPKVm7bVsNTTqoZACTEt7O72tkBnajYvq2Y8zpf0PNjok/oeuiazaZ/XB4hgXwgCEGmXszUiw/4P2nHVQDgpjojDdaTqmmqMVea5l6sm0EgojhFaHP8eI9NjGSEY/gL/AT3t9rMoAGf7p/CyDHkdifYf3dQCQePxgNUstezmQuZbbOydpL91+ZA+UtJf5SHqKMPpIvdLyBv9FZSrdyWsMtlLD/c+sbckkEG/M6mGOW7hzoZD4+iz+/HKUetL/n3K91ffWXbtIN9HMvyKA+70KJfWp2aJFAA0KqInV47tDYYSSJdVWGfPPHJjo/e6l7ukHqF8nSE8tZC/f11qX1esBAWdGt1oHBAxApVAhGLjBFVl4MYOMnAncA5erfoCP7hJbt7mFojPyrK4OJwqfs2ObZXEQPuFh3ZTFzTa1nuj6RKMrZKjoFrc32xBSmOkQDBmgl38AlnEewAICJfp2Jvqj/Sox4AoDBZCBsAbrZRH+/RdOIYGSsxMdLKVZnX9TY18AJZQczXTM3ueDKebf0Eu9y0oItNXWH+bZ+4vUZqeqR25xNHzK6rb4aMjI97dr/fuDzSHmI+YQDATzg8ZJeJH6Qh5yN33T8rc0ur1h9VxM4vosoOdkr2z6Wcuw8LEVHPooc57CN7OMkYpSyiJCViNc3pwcCnQT8EIZSOEUojloEkSHC6kjDgE/ysIRHx2+xrfplx6UbH3tqeapCkQnXurNSZWlIFIALETuRjSGbjmKcrHO1vNUXJ5ERT7b+5RNVxT9ldGVVLeCz2We8AYGUq38mal+udM9q5WCUlC4Svg9u9Q/9vCXgA2K17dZL9lvO7zgmoDJyWmZbjn5oT18zm8Y4PvjrMT7f9IeSN7yO0nyRfcUSlquf+2reQR/LHKdYVJnuRh9uhC1OsqwH1NU2PB9D4kOXy4MRLo1Awt/vR7813z+z5f9GLNgFQhm/6Qv8b35mXdrPR0m4nOG4189Fezy6qbV3SgxamkgC4KvXBqAcdhE2MZm+oxdQxrqvL+fOFgHozglq1VJ4RmJTpX1UL5I8iqi8rXk8ibuiJJVKmk1zfJPdKFmuF2IWpIVNAD6EcogvWS5ZvVrnz+kgFBUEkxB/UvjfBcWukAX7SXqX+X6S1Fb76+kB7Htuvj9DmjPFWkmXocFIFSTFmq3pK/YfUJX9IXQIAzPZN7NYfZCA266Zv0U1rYrNFFFvDQheu057N2nD+4fdDGsI5ZO8TOd7lJtv3u4tNfL8Lqe+n1kjkQ57pd6vWRjrWjUnnlypOslSyluzXLd+nfWNu96ORRpIEzAknnqeNT55QS8QQSO90ketruaouxuUnEAISYREjwHAF9Xkjt+Gg9n032Q4AWnHQ1T4CYfl4aDcVBKUatKSyR3ICwD7tm1EMeARwdlGYH6feSr+6WSvE7gwYG69Hc9jb1vdtJSxv7Kn/hTiMzCBzoHyy/TdbDU8FP7pI6e7ixp5k7V0ZGQBwuWHOm93Ld3iqwm7rJ20x9+8ju79OuWmC49Z87zkqMQUBKRCubF7efYRY1xz74dnqoKbE/2VOFzTqZLCHX4VB3q99e5rtd5GuHpbCs/NPw/x5DLC/ld3aoGjqoQQZKSicnyTMyvcVJp/m3ooECWKSMOATJAAtqbrAOAuMI8/G3FhREn0AgRULMh4AReDp7KV3ND49dECDcm2Dcm24TaUzHV/+yV7nueougHgVp1c4tr/atGOh7c1Ic9oCz/luqlMGQSNmqCQzAOEju5xUW7NiB8BeAEgOjMnwT1NJyRISeugarZg11HoPC4W5sy3/YuWIpP5tAwAAIABJREFU0tkDobFqrvXvn6ctliI07qYwV+a8KvpONGI6wgQAXipOGZM2OZ7jBjFSmiMRihOzfLPO6n6YxqrgNAFj6HSRK6uU2xvZXfpnJ9mWRtKKO164FB/+55wLP90n9DRFMzUVmM/yN/8zrzcyGU8r7GEZEGWuJft178gQbbbUoXh/dNu0SlWYknIR+dYk/YknojlK6gJtQQMeYzhsYeKpUIgewQuDIHoI5X8zfnWEy49/o0Jf7dCFt2nXHfK1hR1fofbdVFb/xZ7+qOPAs/z1Fk/Puef8Xf5BwqFpyYtNZz+aEdED8qMxTtkfcm9Qrq7QfFDmClNoQCC4fJwrRRMmF8BIarMY89Bm7wPJ8ymS6lrEoogPzJ1Nis/2qSQZBQ1yjEE8mh6iFFNKXVeMcl+w3vRwk3J9SCj4BAmOC9m9knvjlKMa+A4AaFPs2K17aaLjtqGDEcDFYz05xl7Pb4eTPNTJ9HhIhGB/GxOP9S6DGIdEKKJllUT2W3vxqIqGUOy6dLfulYH35t9NFef4Gku5HBIR7xY8cP2RR7d5Kodu2MUelJAQ4wGI0fld/zEH+p8JtKyxkFNWNMd1boHh95k7DRinitb07pDmk2R+dL4nTK9QksDXTHadiLKak4soo3d3aCo7+rOl/CKq7GAqO5iZef5Lyt0/x6skQYKjJAz4BAmOA9F7NQdZV8ONTQ38wjivW3I81PJ6fBV+6JbW5Ed7Jnhu+/WwzueJjg/HOK+OXqg5znHj0IXjHTdZmWoZhOTQoPcwKhLjtN6DqMXUfM85Neqvw65N8Y+L0gysjyzftBto3b2T/xD/cQFgiqo0bJTJwI+a2/13EofJsnb4yDH8Dd+b7xrnuCnd3x8l8pBdnGQcwTR6KALyJXFv/uucKwFgVr5/Z7MiinrOLKqawmID11vv4KLDVJuHJc5wJSOrkwOjO9l9UcZc06E3SY9vN0wZ67yW66/Ax83c5h365x10Y5RtAUDEEgC0OqgPd2k6XXE1d4gpRB+CrNG+knHTsKx3G3240BtqwO/SelYow1vvQVaYHDu0ninO8BHm+7fC/OuffaXrqy3uCqvk0BDKicqi65POO1MzLv4TO3HM105KpvQWsdcs3G54rps5NMFx68BAd7rBf+mYQK4xokNniWn+v9rfj3KU69tMil1fubOyIZxAdI2F/mSvOnjBR7o+aaycY/3bCnKpgY/RWOu4oMswAAgAcHXSOV/YNwYX7tO9aWOOTLTfbhD6LyqBa/n1eG2RmQcAL48+36c+0BZ3q08AAGhnd+3XvnOuJaLkRBAJCQFyUHqIl7TIIMTzqOyDADotMLGRW9e/Wyy/Y13x98xfAYCR1H5R+NjE7Ve1MaEJXwLyWJlqcyBaVpRByD8Wj4qaPd1s0XgYq8wvU+RW+BvCrsUgbzQ9fE12cWVDlsPX/2YvTBYuGuNJ0w5D9u+nwmd71QOt94FsrleoWXl+8fFsopkgwU+LhAGfIMFxQIxDPcjlC/YVwzRQWlLVV0ALAABojs98U8F1D3W/3xbolLDMYmKsW/VW65SkOZd5MsI3r4qERbTv89Ze5Z86vO9wFBNfHG7xCXR2pwemRjLgVXJyPHtYrFx446QYutlDuda04BXLVwIOnfpMctwe1noPopRMGf4ZK8x3cZLRKBSSmHFTHRRmL+x4ZbgnMJQA2XN7wd7S0iuDH9N14rklnu8OhTcIsw3iArMTDgF/tA1ym2J7nPP4+P+dSslsorTWcPnkAFDsVdzXkPlAQVOF5oNKzUdGoVAlpIiEr4eu8ZMR8kEHk8OktDqoEAHtKCgonK4b3my1Qj2mmgvTxTASPOHabPorIEOI22p5kiPCFv2sSLJHMuAJh32MV/109tL4z+THREko/pl1+y0N/5KP5gjUqVbWqVbqhTyNmI6RfFfOmb9Mnx19J3eYF33dvb5SaAm7dpxL+bumVCT5mMoD/KRpQwd8U6GKR+yZxPQZ1gci9a04jqgYOVvf662Yp5l4meHMz23rgx+buA1N3AatmKUTsjFgxFk/L7s3l1EAAC+hV7foWuzDm19Vqz/fbHwcABx0o06IVk/Rwe4JkZeTEN+m2JnpnzGsI6rF9JAlAx2aJKByl6LNFKZiS46QMDWAY3pfjPpZJkgjQE9k37Go5s9DtWODLE2+dFGm6tLCng4XZfMSFIHTddLp6uxoc1C7m6Ppoaw5zM3I86uY0/PrJ0gQk1NITjlBgp8uBMIQK0hNkRgAHmh59U8tLw+23jEAXst1vupauaH0380Tl7VN+rJ+8rIv57xnuOZ3UhzWezPf9eeWV6ZV3paxd1He/l9cWfsgwoiTwjfZPgVRihGtdDGy7tdADFxsXaWhFCoy70+7NmQhjZUZ/jCmxUDyvGcDgI/saVVsa+I29NA18fd8ioJAuG6f3FRaOigXfV6R7xcTXCGzNIKAaTn+W2c6UOEo2ZiU7e91NwQIR6X242M/k4FIyH+16Zz52jC1CTP5lGXMLcTNd3cnawEAg2ylq5uU69sUO+K03rOZlCJF9id71HFa7wDQQdQtrP1/b3R/yw/xvERir30Y90Inu+/r1Fs0UjMacj83a2Mbl42KqK3dHLFdACeRi/Wz/ptzj2ZwKbudru9W7by7cGJM6x0AlITif9KSObYwOTjzrNqv9xRzEgEAZFPD0AFWD9nmoOIMWWukjPgGHhPzi70DdbOez7n7+qTzBqqKOqnmZm6TwtD4TskduUxv26o1h7nhWu8AQB7VMXVS4d0ffdjp+qEL9+peDysaH4WUQKhui1UccH0idH5P+BtHcWJfLrJW3XMi93/qMllV8kHB/6XQoZ1EKCDuSV38p8wbAQAhSNOKo1P5IrNwulrvAHCgLUYfAkFGhyLE5xMk+DmQiMAnSHAcUNDYHRjSSHcwGVpxvWvfS5Yvh6zp3W69a9+Lli/uSrliWIf+2rH5zoanPXKvoctLYoWvHhCSkHii67SPFyKKqL7jYWPMZYOkaEeozr005XItqXqk7U3nUZeKWkiPWUmuFtIITMmo34CM09EQnWzZN/5QpcgL0tGy2yCTswPjM/maLrrdRYkSGJRyUTKv44JTN9K38IrzVjd8mGoFAAC8R/96gfsCTj5uM2wbVXeBbuGD6Tduch/42r65xt8igTyKzThPN22ediIChAG0GUXQHaZiPCb3p13bbKOHJeyvEbL3uBu3e/77Vvd37+c/mM4kxdyk2xM7M79Nsa2Z29zJ7rUyhwHg2vaUkAGYolFWPkQogO+DjtQSEgMgwOSp7jS/zHDmXM2Ej21rtrorrKJDT2qmqEoWm85OpqJrUvaT5kXf7Sr+wej80myrVvkBoMSjWGgxzLP2W/WEL0zuq8VNQvyh22PqyhwXShrPyB90XzOIejLrjpuTL/ysZ12Fr94r+7OZlHnaSRfrZ9Ko9xrGGLY1jiQ1gCecAICAyPSVRh+ZwofRm7CwBxuUP+TF6hY+EHOgPKgz0LfESA3yvFznLXrG19+spA+RiBaBj1meE2sAcd2+D/86dsYMdVnU3ZyezNaU7xj98qe2tRtc+zsEq5pQjleOuso0L4c51q7mPy2CT4NjH5MgwelKwoBPkOA4MLvA/11lVAVmBAvHeX/d8lX0/bxq+XppyuUo7knsDk/Vr+ofH5oEDoDtVJ1JCJsM/+MwDE3oaUlJo8yXuiWfidZmMSl20dXId9KILGQzL9DPeNcpRX9PUwQekxa7qV4kbkg6b5HhjG/tW/f7jvhlPkkotXfE2AQBwSHOA/36T3am/thlsDvATOzaqdy5VcrM9l24KNhvPAhF4NJUvjQ1zNeUk83nnv/HkqrfVtF2ADTRdstxtN4tTMXkpJTJqhIAmKUeO0sdvtXCJFXxG93fDnfnv3eMucI4Z33t8NxMJKaNfFEnu7fCV7/4yEOrip9miBh7kOIQD2vhtlZqepMXVDL1+4ZB02U5PcO/4OICvAVaN0bfT7EngvGGABCSDbHdDScdA6W5LXnhbckLR7Z5sAPz2T3as3siamHITJjQmXSKRRO9AtpSx80aIu49WpE7Oj030lbdHtIdGImbxsJUAoBKNCMIDcCGYAoUhzgQAcAcGJPrPXtYR+Qkk0pKHthjfIpqkLigguQ+2zvq/InVneygnHYbVZcUiOhliHmzxRyg8OVfU/fImpJnf25WaxCOYK8znXud6Zi65P7UkSN5Qgdwqj0xEiT4MUkY8AkSHAfmFXrX1nBRxLGLkgU1I212H4i+n3bBWhdoK2Djyw7F+JGa58NZ7wAAdrr+JBrwzdymLF/shNsg52WlFJtvjrT20nL3q1t0USpjz8voULPHlGugJVWLTWcvhrMBwB0g/nowRnhPzcorSv/xj/b3Vjq2B7AIAB6yiyfcjKw5ltPAAE5SYxRtZEuT8qO3PdfeHFboayiU1vjmuH9cevh+Gy+XuoaXwREFGYS2tPc/LPhD6M8hSURnB+FxYVYhm1OwglN1WEiMpKFJ50dRSYQE4CdlAEAYJrtUf6xLP6f0wgCAlx+214OVei3DQ/7G97tX3Gi+KPp4PSfFTGl2k71uGwViXi28X5+f729pQl4PZlk5PUsypwDABfz0h9veCKruhYXCaKElYqRaSsvAmmO6Qn4SSCmxjS4pNbT6GgAMypM8Hx/qgVtVzc3I9YVt6h6JEVzPAOAnbc3KjQCgFGMrgCIgGKz2o0FVKuOdN0dXLQ0LK+v6DHgS0LWmwSLnXvdoD7djW1n5zAN2qv+yt7AHCj0XDvdYwzkrrUvyPtb27ou59564o5ziEN1dhMMOBCmZkgY6c38m6LnYWXUn/YmRIMFJJGHAJ0hwfPjTfOujK01hS3nT9NItMxw8Fp1SbNFUi2CPy4DH2Prde9tSmiKFM+KUfztBWJnDHtJS4l4Uz+BWO1lsjri2MFmYkbd7Y3350Mx2DLhZ+dHEndtQ0V1YfXxMIzUrZxrE6G0FSlL4YkX2G3n3+yR/58fP3mfev1Ev03KM7tbx0MmmGEUbABB2m2LTOv/88+PcsIDNWFv678cq9gxLiToKAuHRFK9cPfV+5JV5/mjkX5KYrRuZ3duR/2hYkiBeGMPfm7wnSryEwcSn+wpn2jVHOH+AwDl+xihQQJCe0jEAwMUodQzDwAL7Lw9/9kvdOZiNJndUmiocbI82QEJ8u2IniYj52sl/Sbu+hMuRAWRDaCA0m0m5Nfni/3Yti7SfO5pT8nwRIvAEEZgbpgXU6YeUnikbTITNGnEESYqjwySBp2lFnUJ2+OOyQlWM7Imj4+CwGHoJe3iiyU5HUd0finL41zMGeYvhcQF5AeDqTtoRywMgIylADBKVJDGb5ps03OMCwMD93NecPWZ0ev/ZY0x43ABg5mlhsG9OJ+SO4Fjx4yfsALDcsS2ABRb9NArBjiNU5X520zrCbutbIqdn+s+aL2UOT872J01JCr+xjosyAAGUpIw88y5Bgp86CQM+QYLjg4KBv15o/Wyvek8LK8goGDFWMfj80Z6pOX4AYBCFAOFYtZt0rHzgIMz2zfVte3HkWJeJHx3/yR93kvmy75N/V6daMdX22yQ+Rklnk40GCF8GT3R3obUrHk3/wpKun2i/Lcs3MxjlFgl/F1OxS/+Clam+HemWffiW5+pfYuVxMKEB4Jxi7+tbI8bBSALPLnR1CDY1wWls7i/outVGZ1pg0gjCX0Oxk/q+QCBVsQ/NXYDJeMv8TJT2QuV5y4/h6BqFxEsyo/BmJDmuGqfPMV0KAJ2yxSLYNKSy3dexYtOLNUIHLkD5PnZhl77crazkPPclV0Sx3nUS+eG+UXN7tACQEWCclOQjZCsjmBBLNtXjkjE5xuFN0EXkszLVfR+raQf7/df+iy+PssnEzMDqw5w1ciX86JyOZaP+r1iRpSVjXEIPpt9oFZ0f96weuurq9qRHazIjnnZBkZQece0pBY/Fb+1btrkrLaI9idZNUhZfpJ/JEdE8IINASMrOOSS0fJFsq1UGEMajfIpLugyjPVzw2sZq9VDnCAAgBPOLvZ/ti0uQUpG10XPkjBPaHSOIe2cFOVox0HbqEHq+tG886K3nsZDJmOdqJwwsLTGpJCUje+N2LvCEa5PxHw3KNQBQ5OXGeHwVOq9dipZ6Y2UqQ/TqlFLSCDx3HrIzGH7nJOLBuvTfNZl57Xr+rPkYgU1ySVjmCBSMu4cEOpP5E1ud3sXuBwCv7G/lLflsmGSNOOFlwSa5FASri3VfnzqwP3xH7d62IsmxtsjVzgoakZzgVF7WJRo/ett/7sXCmFOi5eSPQKFZyDEKjT0Rr+qJWQGTaoTaNwkSnAYkDPgECY4nl493Xz7eHXZVTNM9SDwTUiRJzPZNAXWY/DES08n8GLWQRsvRvNcnmmAr+E52Xwu3OaYBHynplGyq5z774MOkzgYuANC5wfRI2GErTI7KmtbRb77svfpGWR9a/o0EgWhtQm43MKycmiZHzUXskZzPNX/4P8uqZP3iifZbh/43EMJW3YbpNX/1gZuVddNsS5O55xa3siH1qCPGTgW+SXIcUBs8RJFR1JQe6CkrTtFz8SYKksdmzvxqpjNFE5wSKVVK+vOmFc/Wv7uZrxN7J/AIkvuv4b/lt17eaWBlQoycOQ8ACpGY4FT+Nb/1lUxLFyOoxdQC7/lJgRKFrEyrc164b92s8Wlp7JT2QKjFEklRoEb9jTSgi1WAkOnqSn7GmXJSaMqJW/JtcO87ZHPy3To1k+L2jw9IYV55o1P568YqSaJk6KqhUIh8IefuS/SzX7N8vd17yC351CQ3Xcr4zV7igu7wlxZGUKHyHWRrfT1rc9jUCcpCCp262kvrXfuWNj3Txnf3LXkNvnmw9bWnsu88Xzc9nj24ffZryY+/n24beFk8kt+6pCPp2apsjUQih4OqrxXzC/vWeni0p0XRYKW8AmFSSVFcLUH26V/fLbxyCfOWkS8auvZYtSgG84Y/KWezmE5bcseax+bJz1k+fKbzE17uj8k/2/nJNJT9kvLazIyxWKUmEEzLCaypifb4zWNtLndbE9dRqd5TpflOQL0KmoeVvltG102zvzPaeVuUzRekpyaJD1T5GxuJih76QLGXWtSR3DR8QW4GVt3YelZSYL5azOWBeiXNbmyo3yA+/Lm51iI5AEBzBnW+Rff/6tNCBFrjqRVicSCA4nb6DMBNtjdzm4J/B+QR9pPb4al6tvOTdc69wZZsmUzyFcY5dyRfpqdG0q/kR4M+dLDq8NobZ9RVqgZ4tDPgj0VNj9Vk3/r911Jq+tAH3WkJArh2iuvFjbqwT4Mco7ioPPxEK0GCnwkJAz5Bgh8JQY7LxotU0z4QoqUJ+f2Z1KDpEQJirOPaMa5rgsbzyUXP54/ynF+rWu4nYvfNUrNhLEDk8ym//AxEcY0xfAfygaw2OsuaOMWXn3qvuwWOTjaRJDIb18r7tnciD4VRKs+QGKSs3MD886SkMCn7lf6Gq2oe7BBtQEGb9g0rXT3BcUuI9wFjpLedeYnzIx/VbQyEMR6OkWdzMjXCH5P40QDQTcHhRviiEZclexZN5LWK2Ga8SXVMfgQ1KQZtH8z7f7PtvjeZysHrQ/9Nn6XYmAH6cKmBCRm+6UopOdgHvpFb6yftnaxQPvNgFyMAoEn2X491XYtwb3BSAvhSA6tqbIssX31iXsSjQSZIWBvMTbXt1r00cEm2jwWMqboafsC8Vsbyfy3LXm7ZVG5Zmua/CAD62lIRgOWj+zYo5TNH+Wbm+mI0kBjCAt2UBbopACBgkUYUs20T2/1D2JHLk+z3F7ZUBafjjVsAwEwZ7km96pfJF8SvVfmjsc619+q6RwZap0a+MNt3hlpMf7lLbkrt+EVeevS604O+uoVV/89lDFUpxwjeT+tuVgS+3VNMy4g6XNVnwO9qZpftD+0jSAyJ+gaRla2rVU8HDbxOdn9YA37gjmIZ87GNfRIXtbDQArC9Aj4+7PrOWM0fVXTTC3nZvjO0YhZguBO1PPPDrpI0s3/ugnlF6FAn3eEMP78amxa4fc/ThNO+3uD6ZRk5xnm1WkyVEG+j6xqVa7xk907de8bAtNTA+PDnQ+A99ckILigFKAXQSK6F3d/McG67tyDgjz9LAoCReQZfwaNrrBRYKQCABsgBGCd7Lky1v2TRvAcALkL8OMX6P3OPNPhHCsTxVL+s64tGRfYO7SThaA48AbIcK01JRuIG098kxAMAgYh4ekwM5fnOz/7W/raM+6+gFt7yTMcnn/as/ajg4SJF1gj2+eNwZN/yBZOq7HRoYNlNyktLGjykdOf2zVXTr6jqpO0+kiZxqkYcm8FrTtNmcjqF/Nuz7N9XKXc0KfqeD2pWnpXvP2uUlzrVG3okSHBiSRjwCRL8SDAEbSA1PVIMczSNjt1RnHA5AKDMw2X6mRYFDwAEJuda/57tPfO4nOqxQ2H2DOuDBqGgTrUSYk2Tc01hwiz0/l3g8wJABxM7CNPO8gBAdrZT9UfE/FEAgAT+4FfP/VOzb/UsR4DAAGAQyUWdxj/V8xlvt/iuWBLSqs0t+RbXPtQh9pcdtnCbDUJ+2PQBTjJyUgyl6JGR5xnaBQpVWNTN33t/j5YZGV5KTROLRmMuTHxPwvLT3n+oiT8z8kiiTClCl67ugDhmHAoEnlvzlzdTqmNvA8ATGAA0QsaZPQ+ZA2MGrpqK7tqtf6VC82EXIwDAOZbHM32zhu7BSxjeS7l0n+6pfO91GiGG+oNSSkkLTGrk1vUtWdCjBQDC2WtRILeLPnzoLv8nX5PyeV0vDP0pZEAqyXOZuTZ1fHay+lgzMIPNw7AyfMLzC1md9xY1hdQXdIm2+1pe3OutfTbnrlPKhuexeHfT833WOyvrZvX8Mcc7p2/AkVr4Rx3MzvOdP9oTdva833vkgpo/BCDiDbvB4Hops+vOphTC3utR2d3MfrxbM9SBJwMggPnF3uIUXqeQ7T5CxuiAvOvmlj/3jWlQro4k2dj3wIn1+w7z9xc053Q99Z35DhtTN6Pn3gLPeQP38EI6nu3YcuW7b6FfLLltFvp4jzqkTzWBYEae/2JzPbHO3k1pXki/bkHXlIEDptqW7te9s1f32qrk30+z/X6U54KBhTkYZARESEsFF6l5L2VxO5M61n1gh3Zy/F+FJ8KH7AmgJ9vuRJjcr32790sPSbHpVOxLCUTL5UYYj/FUnOnYuLjrkzYmNUAodKLj26Rzt2umRNkKA16ZfE+HYnfw42Rl8QhS3792bH6k7c2wq1p4y5IjD28sfWEY9SA/IsjlXJqyZ6j13sc/8gRv41nNGwZl+nxdgc8u9s0r9A7XC/mTQEHjhWM9F5V5Ot2UJ4A0Ctmslk7Lb5ogwXAhH3rooZN9DqcigUBAkhLVNScTpVIJABhjv/84dNg+RTjgq6vyN0YZkMem3Zu6JOZ+CEsXXVOFAJQS+W2yHQDGuK8udV153E70OGEOlDdzmzVSmkqKKFLHyf4rJvkZKnSOyG5cSzjtAPBlsq1KHXoNMLKmyL1wjGtJsXtRtm92Kp82w+5ksIA5TsofBQBvbn3y+uT1h1X+vtiRn8B7tN530rtn2pT5uw8DSUrpmX3h+v9Yln3r2DrwEGopbV73PwgYRrbz8c3dHUgA6FYPN7tmGXWkht6zE7OsnBZq677W/fV/LJ+JyJ/pnzGCQ1zQsyJPbBOLSgPrvr7a9MPQWXskVGLKhV0v64foWhFAZ/inkZjRiOmzrX9JiRBRBAAAisbmL1Kv62FqfKSVxirFkE54wd8WAZHpn1Wr+kYgvACgkcg3D+SrJVLKyJJyC9gtGxRffPKNa/uDGXXnWZ6PdNUJBOOxeedkWI+X8CHQDLNnR8iyvRrv4nFHIqkDHPTVZbHmsVz+8TmBcBAEwXFc/O+yVc6db3b3SijQMnd+13/S/EN00TA02WiLmxybEVr3ImLpyiMPdgq20E0G08zyt7eYsVYnjB3vE9DrW3WCFPGm6XSR55Z61SzWc7JBKT/S+dKRQFvfWjfVYeKLdWLO0A1P3AyfANLMj8nxzs3yzR5yHNSkyGok06Hp1X9qt39JvNTIbSQZn5aTCg3UtCx82TjPhMwAbengq+sezf0tiUPTBxCQqYEJnGRqVK5tUm6oU33vptqcdEs3W2Gj65KEiFUe9VzuPPu6alWRhMJHZWQkYoTj1+lI9Y+vU37Pk66waz1UR4lrEYr8bCz3Vpzp2AQAJMh6yWkSe9SyRye6tminQ2Tzq1qz7NDRVo4A8HTOXXlsWpwn3Md1dX+zSeFPGwAcksdIaSer4qqXOXZYlkUIBQKhCSlhOdy572G8MtJaTjKe1/WiH4Ve7TJGR7ppn4BKUkZYbnDqgxBoWNmoktUs/jGtd5ZlSZIEAL/fj6M0wokDZQQnb4IEIyaRg5IgwbFS7W+8p/k/19T99f9aX2vlLVFG3mm+jEDRbrqlKdG0uProk4C6uS35xrYkBMQY5zXxn/CPSbnzuo3Gx3gi/IwKYby482M1CuOjQa7eVIXRntA3X553/pVtn0+33ZPnnZ/un5LrnWcnbvxzwUNbddMItwsA1lm3/T9uQ1i7wEZJV4yrtdA8u/4H5SfvIrF30vONfUvIyAL3uSQeni7UCZ1a1ChHNShyAAAJvGLVcmb75oFrMeDnOz8DgEOaTw5o3x2a7g5RE1/95J6z7BsIlwP5/Wva13uJYeRkTrPdrZQiZrqWO6+b1fNHozAq+k5MfJFBKGhUrt2pf0ElhjG8+35bWuaCviqFjN7dX5DKMwAgG4zsmu+ZTWuRJD2f3ZHpn6kTwth1fRxR5LduPRLji8WNbDRJuaGm+NM57XJU2YtnOz49XidwXNjpqer7u9x5g5EvjDRyfxt7oC00hrnWtafa3xTzKIfUPgclBbUqKjvY6E3XPDwxMIi90x2aFbI+6eG+gO2Phl7IjxJ/PqQqWZqW8rFtTV2grY7cuUr1xJvqXz1IL9x2j28/AAAgAElEQVSrfSuouYUp8gvThW4yJdIeit2XpvunAICTaqnQfLTV8ORWw1NGMcYdtF07+ba2V8RwT1qMZAJTBB6GL5IAusB7XqS1Tqplh+GFSGt1ouOqzk+GLs/318+3r4m0lZ2u36X7b9/H+zUL52omxH2+vRzyNdYNcPGE5Wv75ugDTha7pGi3zyT7bzRiRD2/TXVcvfVnJ9efIMHPmYQBnyDByNno2Ze7/8rZh+58u3v5947t/+laNr7ipuL919T5ws8hypUFD6ffFGlvVxrnhrbhjYCclhFsDIswvFiZ90TVHIUUGrE8RUgOjJGR8L35dzYq1F7yE1aJeqwgsAXCCq3TlIjwv3Lb/53dMXBxrnfeWd0PD02NDiD2bfPVW4nRAPBY61tRdNF7aPHpnHYAIJsaFCu/DS5s4NtDhsXU3osTGckeMtStg8NX+MagmusP2bEb1xC2vspuqPI1tQu9jbt26l9YnnJHE7dBIHzBY1mYik3Gxz7OuKRC81GI3h4GuVq97IfkPwBIQNNka1OdInxHgLBwkinbd8YIvstQgpX/yXwZjWPkzab7p5xj1W7cXnauVQcAQJJYo2V2bwcAgcBbdO6g/ROdWivDbFqHjlOmlf+cC0OaIKwyRgwDBjkSaG3mu47L0Y8LdqlXFAoBUeRZGH3w1obQbnmb3AfiPFAPLYgFxQDQbI9dxNfX0BEDdsihslUC8mwy/CPO4/5oFLt622cSmOIkEytrJSz/ve2d1yxfEzYrrqjYppsaYw+DG3DSWJUUiBE0rlUUiKjis7RrKjUfeajO4EIv2S0hoU91YlhEfwBWaj7aaPpbSDc7AMj21/y25WmjGD4RY1H3F5d1f8mg0JuuSbl+ufmOoJ93jJv7pGb87wtuGcE5H32MR3OcNfAdUdaeRGyRS9lprMr3xpgbDL0lEyRIcBqTqIFPkGCEfNjzw9LGZ4fOFXok5/Sq25eXPD6JKx661e3mS3LYlIda3xgYKDBR2rtTr7o16aJ4a2IRCpw1X/HVZ8FPZ9hyDp6q+VkI0OVt/VmRPOF2Ua2dzP5Oxd5mbqOE+B9M7HfbvkmZGWow+IyGxZkbVpoGTRBpmZtuuydSIihG6HM8U+dt2i21DFxOYYVCNvDIxRPu4MeVpuSbWgoMot1UsZ+YNls2muQhCXLH0tfdR/Q0qtYChm62sonbECCcJr4kwz9VJaZKiO9hqlsUWxa3fjPcznMOakD1oyRRB/fyZ8wLfuoQBrXd7mD3dCTvAQAaKwXkO1pTDNsNz1RoP8j2nqETswGQk2pp5ja4qDYAuKq85m16KuF2x9kuAQAMQkG544bj0j8PAIJOGaUYW2M515fx+MH+m4ufPJ2qqQKMAaCHFiUE8SgUfJxCaioPpzT5lRecrdMd66tQ1hu81/xS8e0XZGszAAQIbI1Hu0GwZjERq0t+ZPRkr1NMI2TGdAg2WkN/MYtgj/NABmOOWFgMAH4h9uPOL/ZeXQiQnlT3iG6dkKuQdQHCYacbMMgnuqXZCDAKheZAeZlrcYZ/erAbiJfsrleufEL6+IbNu+0ol8+OIRlvDowd+JETTTHze2RE1ChZL2nZZnhmm+EZEjMA+Nyu55SBkejAAQAbS2q+RvVNA7f6oq7zLrZM2qlVtzGMlxTqVPZvzFnJQufSFt88a6icKsJ4TkrH2HNsRz7f2hZQiwRlFHrKPJUIGqpUZolILvIocv0K38IrxKOp0g4/YfOSBMJmtaSgYzyajj7Fo/1WA8XtTin0bMSnlilQHDMdrLEnMZ9PkOBnROKGT3B6gkQRRAGziigVd8cCL/G/DWe9B8GAL6n+U2vpe5gN4xQ/Xzf9XO3UA766an+TBHIOkzpZVcJEqF2MhFBShpwOdsNqkGUG8yP5DicDRlab+GJW0h7SfBqUGm5RBG62v79il1mYNKhJ1d/z21cKoeGdTP+s6LaZD9PbWuQ+EzTPe3aZa3FSYHTQyHRT7Tzh1vO5BNBPZgEApAhdZx9oG38WZDPmg776gbvyk/EaJEOx041bDI+nB+jbXaVpjaZsX9p5E6usTH+KskLWj8DuVciDag2otpa+f7ySDB9+EZAXAAbOaD1k5yFNmOTtr5PtT6pb/iBm5vpiR3JorJzR84cCz7nHsW7AR/YAgIhi14tycv8FL44ZF5g9V/XGi8GPGoEEAAHFTiLgxHPfN58LALAWUjXi/BJfeXpcpaqRkPVG79W/JNpa6KYG5HbSeLeAYpgKSuIUCppNU4+GTgAARRxtLAQZ8RJiyP4HoIaMy4lY5tNQF18drGRVMbFNKfXRsKQgo3nue+nuqazc68biCVe1epl/SBD4VOD8rv8MTFlXSkllriX53gWfJj01wx7bM6iQBgmViYQ3noPeUtbfNkJCvFbMiio8EQO1mJ7Ml1mYiihjBMI31V21zDzNFJhmEMDQ77O6+Z/ZK38wvvVozaDHtZSRFTj3IhUN4y4qm/7pe2RnXwYKkxFgAAAIIjBnvlhUCgAV7czKamWbo/fNSCAoMvPnj/amaSP22shmIxYm9JHLpsYcc1KYErkyXyFH634axMsnMmoTJPgZkTDgE5xWIEmkd22nK/Yja9dWnXudQd+hugCjcSTSamkq2yBMy/VnG0bSamtVZ/OWeoXHmYwkTs1AF1OrZ0f10DWRxmv8Bb9eVZEkjKEInUZF55vx9Fzf0SbbQCBinHLUOGWMssbo8FNnStm59PbNaS3dCOMfVd3l2FBLaQu6n/pf6tVBG36b3rNl/7IpZeOxotee8cmB/0qbhm6YxMcWH+pwsEABAmK29S+jPOcPOq4YKonUSZvft5srNtvH+ueni2XBwmkn1dTErbcwB/O8Z4/sCzZxa/6vPuv2uY9QhiT68CF626ZR3pY6JS+h3hkuj9xBTelh7TaDbx302dc/rS9UZJKIkI4tuPRv36o70y4o9LIIQ5QaBAKT8y2Pp/onHsuxhtLJ7gUAO1MXc2Q6344pSs7M4SdOEQuKAAD5ey12pUwUeRU2phY8wzh0h4t6d4dmdj61cOxwNguHnJ4ZSM8EgKKq7yoGu4RCYBE9Ao2uE8eZ6nF5bFp9oD0ek5gm8EDrHQDKlQXxHOXGgiVY0xvazTMJG45E65cOAHlGAQA8AfTKFp3aMahHAyNrxjqv85LxliGcOI3JoYQtOOck017lH2bZ3o+5uZ90GPnCEvdl5kA5I6t5wiWiAIWjaae7yXbvYM25mFn30VFKSRd2vLzN8MwhTZiC9iAkZnYp7zUFRg9dle8555Ai+bWMJ25uNQYIhtYohYlT+YlTgSAAAGs0vutvoffspCr2kZYuwBgrODE3X5g6U0pJA4DvDilXHx7kEpIxVHUytRb6msmusrTwPusyLjeLMUevTDk3Vv3CyaJQkXmGomSDv2roqni6sSrjcIf9pAnxGCZI8DMnYcAnOH1AHjf3ybukpWu3xnPb1AaMF01y/JrgeydSPj90usidTYqZeb6FYz3xW7uHfI2P7WpJsV7cZ245eGBh+kKYul/71m79y6GnAcQU29Iy11UAyI8AMLjd0O6GLQ2Kc4s9c4uGUWAcEyk1XVp4BSmKpm9s3XBCGpudIDRCRrH70sqjmsMrddbpdTXi6N7E0W3uSq8cRtkungZp+52tYITxjptCrPco7LPoFXBTn6q7WkxN90/1EtZo20QGA67WfLlw2vOUIsnLo43ypP0ZM2db/zjbCl6yu5nbeFD7npNq6WaqkvkwE99IqCRPmWdwY3auP5RnJLVzNBN+cO4a2TkHcUierQrr/eXNUax3ACjyXHrcrXc33RbM5HdSLRamMvovM3ZWujvnTyDLhMNOWLqwRoM5Dnl7be8LLfqXM1dPsv+axDESlUPYWMel68TJ2ccUh+/jcsNZ0Q3483TTVKdSBJ4h6Oeyf3tF7QMuusVP2BWyPsrgHFOoG/Q87TQdqXJI0TwgZ6jLrzVf0PexJIVnaRyImkj/5jYtSWBRjjhGGbnDRQingoNTRvoaZSGDeR5Fuzh5wrOw482+N06ULh59HFF9F7KEwSNpJzkQBMR0291OqqmV2xZ2wDTHNRox4q2aEhi/QfvkbmWyjAgFhUfJ/Fl2f46x14mJSYqfPJ2fPB1kGUkiJqkjNetfPPL0mqYmmp9+Rvf/Z++8A9uqzr//nDu1ZVny3nYc23HiJI6zIGQSZpgBGkZZP6Dsl9VSSqEtBUpLKaNAoRQCFAJhJOyQHUL2coYT772n9rrrvH/IsWVZ0pWdQXD1+Uu+Ovfcc+U7zvOc5/k+TwftU5DQin3aR861GJRB1CsQoMeSbri78R+hhpREG//PtCTcOf+k/D3htouqHxuefdPLVoqIDx9FnxE7mpWJMxwMUNrM7m5UNJlpUQKaxNlGfk6OJy/+ZxN1GCXKKSIachNlrICxcvVKsrtrR4x9UUkFh86bbrl3+DIIBther/zuWKTpzYdcNQ/tPZDYe9nwxVIExGTbLUXWGwO2F1t+VWhfNny6KEmwply9o/7kT9n3rDvSA2eoiF0YMtzzBj63KHiid1DprV0Ibjx7CPmw9i7UwkjaSbYbQjWI0IevkoyRNQwEAej4NB2l7bBTL/9g2FCp6rL3X4cq0ZTnuPyy9v9muhZWalaPqNuru1cppCG2pZCS5v/n75NvDFPfOI4OZ48N8I1le4VCRn0tz3FZJF2NCEbUDdjbewwvSqFriZO6xqJYW8eGD1/58m/37fjyrn3f/37dW2vY7gHJ9wM6l5PsOqh/exTDWF950sQkbo+/JI8IaXfFUJonUm46Wcc6WczSFH6e+3QGE1+l+VKmZWagf81AaZ9KCSc8drZ20oc5T1Jo8JlsdpGcXBo8Bghjvf8cOaIunGndE75NDJ8xovAcG910RP9BwMZInpYRgKZZ7gr61KQQmeWSETtUigkSIgDAI6Cydvb1H/XrKobdYgSBbLYPv318rvPFd5XljZRzovWWMH3yEvqhOmTgxtWxCx5IDF5R1cRTqw6Oiz1wEM7UIsHZhvEbqqYX2wPnJxrRk8QF1knxBwW7JX/u8BJavkv38QFtfS8tSgAAvIgqu5i3d+o+P6Q5sbJuUaL87ImuwEcZI9BV5WR7q5fA/1fYIBDKEsvdYRr/WKecmekxqWXe4gIWH6x/d6rl5TBtpthurdF85yJ7fH9qhZSJ9uvCtP++XD011auUE+OJHKmr+1O+5MxYXhoZWn6wkrlCREgYXEBg/Zan9HxGhnuens8AQCiCONgO9mCKZxYZOtz01P9SaCp3iQJrX92hs3mCzMIprJjX+6c1CXc2K7enuc+W7Y7C/DXdq2fahlQaxyQlTOpPcHWI7r92fPhh73q3n4Wf6J2a4pml5hNExGk19j/nnrWk/u7OEOrQAxxyyxRXIzETpsDYqGEkTaKnuFW5CwC62LJNcb+b2/uH4QEXbYo9v822PrVlfxe6TUWYWAFYAC/Aap379YSVEx3f2En+B4MNAA7r3icxM9l6y4gMIbOL7LSTA6kuowfjmI0bvy1Punqyo1QbmMCcRBreyf5dBnMm5uLOVE/YOeGNdUkHt+7vklzBHRCTU7yTgukFXGc8l8fC71ve8gxV5aAl9PumtEc84zlPhVBYNKBLUtbO/A9OwrvpuAdb/lmlHt9JB/95MYgIyMgD/nuY8s2m3x1Xuxikkz00ijyd4Rj5PLWQOKBs7yNVmHRjz6/ahZFdwxhgQ6VKr5RmZgxam8hm3bDuhQfzynyBP2ohwcDLpGOUdzKXh/728aQbZ6kLX2r/eK+rUgQMADE8eXVn7O/rUxK8ErSvp6or3Fddj5mRReicDhDKzj1n+zb+hxjbllh7O8tpRHKaTXVJlwFg7V/TC3vp4G7ls7PdWcaxVgf+s1JNRWfw/9HuBoWWlc7Lj0gbIkqUMUnUgI8yRiCrygFgjclSr/Rkuc5lwiroShIcamUXjZd5+m+zH+Z7c8KYggBAYjbdPa9C0y8In+laSOBwt5WHR+UdTHHayQnTBYBj5V0AJ6fg2WnGf2Y5wanEiYM6PeMVaQBAYcXMvodynRdHPge1U23Nym3Fll+d3KGOlAK+4MdaZVDr3QeBqVnW+3sz39D1Ge1d+UMXE7CVbhaQk5a0brK3kz1YYv/xHMvxZavj83rv/HMlfQwAdAnmy6ofq/EMpsdrxKS5PX8YUqraCW9243Pi7vucfTp8Bbv9zsBS2wGwESicjQ69kN4Ku3yfm5XbViX9It+xNMU9SyMmCMjTx1TXqNfcnJn2/oEMkH6rGurKoSVluvPmCtWE9XGPDHRYqv9PvWrDBPs1AUW5wtNgcyZoTzRMhj64jy7dmwrM1r0TVib0fpZgPqpxCQhnuxVLuvW32nPJCTlnrO1KIfKi2Gnz5qHPD3Jl7UMm0AQBZ2e5L5zgDGVb3mS64AL9jBV9G/Y3be92dyZ46VlWzc1tpgQvDdCkbGkSjx52X/ELn+3U6xxBZfIRcTrT3f0P26LckSrnksMIVJLrweZ/vpdwfflQ3TIS4UbFrlT3bAg7fjNTjTCJAax0Y6Nyc4NqkzSsMJtGIBxUX4NqU5br3NGdjD86IS1BTWLADtGdzMTPMj/Id04JLLwZMWuOqUrSvCTRfwfQW9Y9mlE9kLajEeWdAlY3IWEgQv9Gi3TTlmyuc9apWllOKaF0j8I/e5psbWbXfu25ZOloz+AUwk+fRdVVz29tnm8OeNLaH255ZXnWHdWQ4r+VIvCiPPfC3LFmyrZZqYMt4aZeW6qVZ2V5NKFr70WJMraJGvBRxgiExQwA22LsABDDZ8m277DJzx13Oo/GCPJdGfhsv88RHNpOAZw0A/6AO5zf/SeayEaEneq3OWkJXdFpEM4dXHWZqMzKU2RkND2Y4pkZeYci8v5ofIrCivGOS07yWEfI+A7xiCTzdDV5il7JfFo9Xup1mne2CO+17hMlbKOam1RbzfQQIbf9MVBsz7qpzQQAgAArlN4F5/ET++3zuxpe8LfeVaLpos5/qYWEgH+9KCFt54UztPbdhhfDjEq2hpyXsJ6iywoBCQAMQRerx1sEe4W7qVT/Vqn+Ld+3WlL1ZPLNmqNxzeIFx9sHkuyeUWT95UH9OwNbLHTDAf1bIzLgD3TtmZky9wTOA0CS2B1bfR9pCd3QbrqhPaCUl8N76AA3bQTX9ulHzeAbZ9jarNTRDqbPSSKEE3XipGQuaO6xPwl07G/ashRbKgCCrBaSTfWKb1a5r1wGAOIpm3uf/oeeWqpcF/fnNoXr6lYZA97I9yGM9YL1/tbXG5QZR9SFvZSRxEJimnbC7OR7d9tBTialgz20y/BC+DYIIQDYbXjJxBVohZTwjWVJoo0rxz8cQ2kA4Isjmh2dJ+ThcnFEbQ81Pp4HAORxH+ra3+Dn0ZaQfC43gWTKy5BdHVRVuR5IvRA82J6uPMbNOkeKO1OKOA6AScq99DrFhjVU+RHw9+wShLpo/B3zqHqrtaKTtrpJksBJOqEohdOORSP2cJtMeI4gofJOZnr6WEsciBIlQqIGfJSxAsYA0M3wAOArvRseTpSf4/UIVkqSjxam/A5HYflD8xEcOnLsUriX9xlrvQNAk3Kb78ODTYnJGVM9sUOMnNvRk0c9I9B4M9O122Kf6WHLZ5jvZ7BMBeNTjUrs7nHKPF0xhh4HoY6VjGpxn+bdLYZVYRo/U9B7rXER0IyYmCLm5g8Ef+5xlm+1H/JvWWK+Vy0kQIh//QT71Q2qTZ3soWBfRoSI+B62MrzANQaMRn7pPZN9VXr8ufG0gUU0AOxyHP3BfrCN71ERiiJVzkX62TpS/RubIny/E23XH9b/1z+F3ktaRxRI3G7ZQfQUSKa4bgfZYqE4AemVUrqBV0Uc7k22tw4o6oWCqq06ww14H8l6IVk/MnEsJPDsti1hGlC1VWRTg5ieGaseO4ZHparPQqlM3gw71a4dVu3Cn8mOIwOfM92Nme5GAMAMs+fCi9a4jiWTE2R/FCqCF5ydFAHATfZ+l3DnWX2Pprnn+H/LEfbwQWoBvJR7g896b7NSO0+GjEu3g/QZ8ER3Z6VyyOqxnWyVvWFNGpmXKFVTJTMCjKnaKk7OgCc72sjWZuR0YIVSTEkTk1NPUWHaIUNjWffFlxOz5lC1VYS5FxAhGU38uDysjwGAzFg+M3asRcsPp8chv8QSSZsoUcYqUQM+yhgB62Ogs10nkAAwkJEeBr1Cfu6oI1Uuqlu2mYvsDvo5ZLesSLY0lR3+up3rnc4nG3OmcMUl/d+11B848pXL65jBJ2hyJnHF4ab4yOVUrP+O9TBwBklZR4qT7KrUrAKA6zqMSKm+JLvUUrkjno7REipOgh4PN772L+FNLo5w1KnWC8jlJW1d7OEO9hAjqRGQ2a7zT88phGG3fhPG8pGrjzS94eqpymaTf3QcDt+yCdkOz8pPV+crqCHlAjdY9wHAwJI4I2my3OFL36GzPTetYh+SHVsoYvkcTq7MGAJkoRpjhIzIu2VAnJbIKqjB+fQsTeEsTaF/myYzheTKENBYZfIWdLGDvycGiSMdrBhR5H83c1Tjqehd8dXH6TfWo0GPEkFAjpGfk+0eF8fTcqWMkFVGaAAAkEW+zc8UsrF+oKpfKOjKY2J6ZkECt364pNnPkxTvzNTO2bLNSOw417wpYOMWg+3hvKajLdsBYBp/VxFMDN9JJG+lwcZkz+6Yl9oUe2O5PBIoO9XazRzrYyqvalsVPttrgCSdUKDvl8A80MKeFPEw6XjEPPJ6vWhIjx7S0qE4kOQpCbZfP0ElGPxBVnkBPyLsfWrurrdu/VLb3p3uZojj7kgpLt593iVS8olGNESCZDRxRpN8uzGKFL4UCgCcyhCeKFHOfKIGfJQxgpCTS1WVT7Np3oLuVsWe6XLtfe7/8ExR5X7Grp8MN4dvRvlFHbcp9hbYg0vgDvBJded3YhHCxYBgDSu52rrYzlcSxdu7xCQE0xFMByR9pOze5f7zL1ctfzT5eu+sc4Z3glzOr75/9mVTTZ0y5qq2W0/nWnul9rMU9xzNCOWL/PGQ5g3xj/CEO9XLrEzoE1EvOEEtxrO2JTGu+SYxPpJpCyNp8h1XeAlbs3J7snt6PFdEYgYjCeGfuLhGq2L3PsO2W1ssvaRMaYC9wi6ns3OPszzotxRWEJjiCEea++wJ9muWN02VgCZASlM6ZxWg4lQPQtDK+3xV/f99E1cgOynPFma8mvHAfY0vy0bL+8NKumnmu8e5LggvCTGASIwsSSTPs07pLcBUOPu83RbRC0stxg3dgHvoYyniLNkdJSTuNbxK4uynMx8KqNgkSVDdTVd10yyFz8ryLM530UTIXw9FskaHRnOVenhEIGCoMzZ9HgCA6JOvv+hrkxojTEjkjnWccVpio0gRieyxg5fE7tG0iP5B8iuSem4rbBioodCm2FtkC6xsEoCeT49wVHFc4QzzA/HeQY8AR9hF3Uetip3lmk8L7ddG0km3g3x3t+6cHHeOiW8fZW3NQAyq/kQMrFKnegOro+2Lef3ijjcJCF41zaCSzsmRSzOI6B4M3maVeevrbZ8c9jbibIBsiOWp69uNj9Unx/IU0d2l+vhd99XXi2mZ8v1HOQFi5FJ1AMAwhkJ4okQZKVEDPsoYQRiXD+ibS7tjHhIJM1PjIawKSR+qMUlAbpy8gXGuruRh9es8ctNhA+Mn2n65qfTghpi+y6ZWtSp2icCREHJKigG0wmDOPMKEWkwE8ameIUUdCbWYsKjn1R/136/xPv/D92bPBUOq9UhYeqD0iY+yqgEAwOWkutXCCHL5RhfhDAA84S7Vv3VU+7FW8/Elne+MQs+MR55azXcHdW+7yT4AaGH71aqTPCULe54dUVSnD1bS+dd7P23We6gpvpmu3Wr8o4cUsqWqXjJcAEUfU+MkO4dvZyRNof3abOd5OiEVACQQCKAA+qXnJCAa3drGA1DazNw4084MDTSN5D/i5olFupIRWe+xfO55nS8rpRGUKozl5XNP/H/Dr2J7r9/4NXFpOIvCK0R00QooICsS1as2pnhkDHgRebcb/2Kma5a2fRqq3jIC4AS0pVpZ10PfcZY1lCEtxcTKDlIyyLcZoNtBbq5WHutgXBwBAHqlVJTsnT/OrY0gjOgnIJIaXWJ/WP41U+3/3qFvs55ZU5GT5Q0d9pRAm9zzz8ps0pUf8P3doPTeXTBovQNAh6JUQO7wqViZroWZroUNqsCVfB8JdGwn3wcA6e65C3qeDailykjaYssdCd6iTXGP64WMVPdZsmchSOhYB1PewSxI7BA6u4GJ1H0QCorA4+L6HehSQuIch1El1bqIwYu5hyn/wfSHc3qfGP47GJTirbNsCjkflhQj/7CSDIEaDRKWHmj650d9GwAG/3N9tPDP9M7V8ebvD+SNcymQKCq/+9L5f3djKlxV9ignSH4Ct60u3F2AAPKj1eCj/A8TrQMfZYxAHz0EWEIYIYBYLjeM9Q4AogSVXfILiQggzj05vPUOABIQX8Re4ouyS/HMDmO9wwinhjmOCwR09X3CarKry3/7y60ffaTyWe+g5VNGZL0DQJNq6xHdh7LNupij9apNNarvqjRfHtN+ss34zKfJlx/VfgSAi+w3Rm69W+nGKs1XewyvrE689sO0RTsNz/us9wG0QvKi7r+Owno/iYx0TbNdsXdfzOv+GRMewnJIt/ybxNs8pAUAijVHw8daD8iz+aMX0i9rf3+K9Vaf9Y4BiBBu1qpu5pMDmlzrkEmkh7DKjlxFSzpSHYkHJ44xAAAjaRZ3vTgi6x0AUAQBkP4t0txLP3fuR/ZwJeh1kWk1xQyrQVWrWWujm8Ls0sdUfZF4Y61qba7zYoUUI3uIJjP1zdHAWs0DiInJWBfu+QMAwvhwIgL+lLWzL22J2dek8FnvAGB1Ez/WKl/YHNPYdyaaEJLcuQOAdDwkW8Xge+daF+e7zjQ16QbVhmPaTzjCcSKdDL8H7J7W2x8AACAASURBVB7iC8tg0ZDX0zo9Q0M5kjzFkQipFFlvBACE4eLumHiOBgAKUJEq5+nU228xXQgAGiF+uPU+QIp71iTrdRvifr3L8PcBMVEAQKEfhBhgU0ciH6LDETF3nHvAAsckxRSW3N8YGM/VoNr8RdIvK7SrnGQXACAEiTrx/ALXgwstw6s8ElYLfeQgs2sbs3832doMGAu5+TKL8AgJ4/ICtr3Wtbrfeh9Gi4K7cko1hyQAQDYrVV0R6dlGGRW58TKp/tPSvUa1SHZ30qV7mV3b6IP7yJ6uMO2jRBljnFlu7yhRRg3ZUAsAX8WbnaSU5Zwh2766my6Sy6Nbb9und02K5OilmikNmhcAINkjG7w/Mqaab38/7f3Xv1vlvPlO3xaX5Hm5e1DwLNk74iPGeSd0sKWyzVx04xbjn4dv1/IpI5J53xvzavNxvbqgTLbeSuOfOBV2pGtuiZ4p6+IfOKL7r5ZPYSUdRzjtdMtAhTYGE5l5+dcr7R/s1QpSkL4P6t9pUm4N2EhhxeKuFzXioAJW+FEdbmOvZXPJ+DUDgk69TIUEfKjQUx8ZsTyDqHxFermnMUwzLanu5swAUGi/ViUGLz58EqGw8kd92nWtTXx+Yag2OaaIpJuKbDdUaD7lif4g22mqvAw2YULsHnN5itMbxPxoUm3dbPydrxBXUsT3754mxQUFLhUTzOxEyDt3oeKb1aH2lYxxfOHkUN/602alVuzTCsEO4uKI5bt1Dy80n2ka1GJWDhAEhBXXFLPHDXymCLw4z3VunqvPSbo4tL1eeaA5ojSNU0cXW7Yt9lmecO8xvKzn0ylJeZb510YueLXOkcbb79ZMv4L8SivaAWCzIdBjFeEbxMjnKaQYD2EZ51Z8fijXQ2CWVTnu/TUAfNa3BQDm94a03n0U2pYd1r1Xrv28XPt5riP9kcZ8N+FUSMm7teEEMjrYuDDfRkJhEnde3hDVOm7Ogt9+XHewx/W9aUjiup1q3Wl4vszw8srcv5Soxwe1x5HLya7/jq6u8Bdsl2KNnsUX8RMn00cOhhoGP3laQBSMF/MvdX4aZuRVKs+7Kb13tMQBANncyBdENDeIMjoQwA3T7W9s0/cEKzaZGctfmdygXvEV0drsv11MTfecv0SK/d/VDojyv0PUgI8yRvCt3e3XOQEgEnsjTI3uAQ65apRiRCXWXaRyv84FACpR5s0x0tkeAWSSZ/paqPGJCDs5Yk1XE8Ole+hmEXkBQDly40opGmXHCQC6EAv76Z65kZ+Em+xtU+wGABLT2a7zUtwz1cfLeteq1vYx1QiIDPe8yAcfOSdS6yzovv4bCaAVosFN9trpVju0BrSc500is8ZPAO7+eZbvy9UVXcyAOdPDlB/Uv92s3D78oHmOK7RC8ojG2e0af1dzwqvp/aH4HOFoUm3NdAXRsfMNHgGQCNZXqC6V7qoXn/OQFgREmmtOuuccLZ8KSLLQDQ3Kze2KfQLuD3LOdC0Y0ZBGjZXUI2e4BU+tQipO88pad4ykTfHM9gUYj1OkfDv+byQiAMCRaF1briptpLjjLz471XZMu7Jc+xmFFTFcCkKET8A/EiQJanpCOgHFhCSgaBCCexykhCQgI1rJ/L5cFdR69+Hi0OZS8Re9X5KtTeBxA6sQklL4KSViemYknZ8isFLFTSlhDuwJ9h0AAskUz48PLDCBAIxq0aiGG3r3TWmv/iBxEYfSRjmAkdz4XsKqFmkB9TsQ3WTvMe2nZboVvkIGGCQL3QAAO2KfX9Lxn6DS6CN9yEiIqFKNm2YvBYA2NvAKUUbwZPahFuI9jGW/zgEACgmB240EAVPUfN1UnZgY55Up4UFjdRw30efJrdY0/aqwCQDO7v3d+LD1EwRgOMLByGlJBsWgEueNc8/O9ASY4phhhGtuWbkx8fWa9S+md3Qx/b8JieEiVPCHwodSqOB6K8jpUK1YTgzTgyT6elWffshNmQYoVGwVElMDEwF2OMpsokvHp9NYxRMOG9U6fOcH8hq2GmxP16SmOmXKTEQ5cXQK6f75lg2Vqj2NCg/ff9FoWensbPdCXb3m43cRFxhCT7Y0qT54x33tTWJcpE/yKFF+pkQN+ChjBETTAGClBAAYWHwLAyMnJQ0AVtEpRNAVAJCS6Du0gGTaj8KkzHDNXxf7fmwHs7FK1WymAM66HM4SEd+k3Hog5s1hGb/yYBD962wN+7Z/kK4Q5x65hBJG0hbT70XEm7wF83uf9rdOkz0zJtqub1JuPapdObrpoCwnksgadN+AjQJyBWsFCND/K7zH9zlRJ9480+YVUJedbOMs1zTfF6ZEQqZr/kjH2UUanqtOa1ZwX8abASDffmWaO4jk4cDgMcCeJl/RgnnL0OwKzVcmb2Gc39Jioqc4335lr+rA2tjfAeEFQDo+daSjGh005iVWpqDCJRMdZW00J8p432L4LABgCPofafeRx+XiNKy0dIrjumPvtfQRO3Uzq5Q5AEkzzQ+WWO4hMD0KVQirO+QwFJvWhrLeAYA6dpicMk1MkTFQOQFVd8sIvB1so1dpPt832ekgJVZCeS7Foxt3LEpe4Fl8cYQ+glMBN/9csq+HbKgL/AIBVmvcl18TamyiJArrVv8j+9jqhDdnmR8psC8dxdFH9I+kseb29nvvyeealYybMFvppqA2Xw9T3sOUx3Ehw0MGiMR9YKX6swzUIgpQhYvwjQMAAvICgIU6Hk9OEJggAMBE6ZcSt0fyM6iEOBjqDdMJ8k6TOtX6PMelCCK9ulQMvmmGTaeQjOqQ4ghYoeAuvuIO64I76qvLHXWtlFOjT0hInL+/KeG/mxmbh0AA8Vpxcop3TrabIDkRJCXBshu/H2699yNJzIF9oQeF2Y3fCznjB+px8hLaV514bdu3CrE/V8hF9lRqVh/R/VdEgzeyhOCzhL71Rutqa2Z0/f00oKDwkkLnRQXOLifl5pCakeK0IpIk9burhlvvPpDXw3/3Kb7hTpKMGjhRxjLR6zvKGEE0moi2FhNPA4CZrpVtn6SXV1oykrpIugKARK7TxFN9tGBmauFku+YZUPNw/bu7h+Sck5jOci1K9Zx1SLt8pB0SQI9zXhzq24F5n4mb6IvSHLZ7RM8NnnBtNP26gz0Yw2ee3/1KUCs93T03PYTBeYaDkTdojiUC9KeUW2fqhszuWAqnGQSTRHva+8Jk22sjmD0H4GAoCqP/HsmOWbQ/13H5bPOvI98XYabAflXQr4yu4vPEF79N+BUGERAxYoWAUZHItWOTTICumsEZMVx1r4ydT2FWQyjfyX5s9tBCdMhus/S4303+VTc9eCASj1IFPZTGAbJZg9iuAfseKZU14PtchGydJAcZs9bkERAPAE4Sduodl0+pnmVtX72VIBddKrPzKQOTlGvpdcz+3czenQNRFZiihAlF3rkLsTIwX4aT+Pf71n7Uu6HMXS/N7j9nN3mSFM/DQmDy8qk1baxMrjuFFT5ZClkicR8opP7AjVSOaVIOsUPMVERvHAG5HVQ7AMQfl3CXjCYg+j1KZ9Fzd0TSCRHo/CUiMMvVoslnvYd3Vfh/m2WMKPmF12o3xPb+QNV3IafKlaTaliJJ1EBvnXZyXYXqqxrnmrhHLHSdidRdTDEPq5LGu0I9DcI9tpDbRdZUChMmAYCTQ2/t0Hdbjf4dqUTTVOvtae45a+PvD5BCsFLiMuPGXeL1WnKMFEE8wyEISNQKA39S9TVEbxA/+B6946WMzg2xVhslosPrJigzl8UuuiXuIhadiVohUaKcIFERuyhjBF/q7ByLFgBaFTu9YdW8SAImyyXAA8BsTWGj8gcBySudLu1dPcesBYB65cYwi9ujQwRJxMENLVpSFtlvGsVMVy3GY5BxYShEw9yePw7fbqfaIjnEF4nXtSsOAMAM8wNh19hPXwG8kwjC7K+bX5zED5F2m6TMXjnuT3fFXx50FyXBFqvGh+mTluTFqwI4ylYBQTCYmGNOnW6+d6S7h8HkLSiwL8UgBZXKP+m4yB4WN4cPofcRE1I8bhAn2fl6xoMLtFMDtou9ln8m3+VvvUdCKDsgURf8DiI72kGuWDbRLn8T4chujeFx3bv0jouI98EcMtbjdEAQ3PTZztvv8yy5gps917voAtft93rOXzLceu8VbBdXP/pY85uHXbUSHvRYmOma0zBMD2mRtd4B4KLOf7FhhVFHRLKnP+mGHCaQ0aj6IZKgqk72kIg4OP7KAwAhfyIAkO2t7Ka1bHV1JMOw0IFuJp9TIDwpnv5y9yHj049/68MQQT0wwLiy9OsFO6+/ofe1t/jtOxwc03rtgPXuj0KIO6/rRUbS9Ii295J6Zs48ujKxb3izSCA7+u/BlQe0oeogmLiCs/t+N3x7Fzjf6/l+dMeNcoKQzUHUW57PbJ8/vWJVfJ+NEgEAAz7qrn+i9T/nVTzkK8oQJcoYI2rARxkjiJk5Qm7+hd0xmW6WJ9x7DK+EaTx/nCtMON8A52gnZ6i1dapvZVsSEv5VSzyJwUF1HNK/N4JxR0B82GxGRlJ3M8dGLqMOkcRApnhmxnuLAjY2K8Ip0vkwajiSdQCASoxL8chrCv4caYeilbsXV2wv+uLoxE8V/3eg8O1N+S8PNxr9uTP+sjDfjiKK+0flN9/OSgSASzsvonEEpu1IyHUsAYAWZSSLeUEYkeVPYrZRwSObvIp+XoK8g6xNuZfDgTe4gMXPGoUeesSaEUH/KwaVmGEIPhLEyTsHCa+8kRajFGWrWXsICx8slaNU6/q86jPZQ5w6kCCwW9arX3tB8c1qZudWduP36jdeVq5eSViHRPRgwDfVPXPQFcTgbFXsOQ2L8K3s7uEbSQz3NSXc2N5/qWQ5Fxu5SKsGyJLIdWZw/cpbHcNy4N1kb9D6FAH4VD/VInlzuwkAJIORn1Ks+Ha16oO3mf27TX31sj14iV4b1RKwsVkRRJvDHwwigQdt3UgeWAWJch5wjBvXLr9EeLtc1R+9Ns1yl/9RAlCL8YX2Zb7PblK6bULdHv1oigX47sFmM1XRGS4GJ9O1wMCNG759gy1MiH6UUwgxTIDgo8TeJ8a1SMFmQcc8DTfUPS3iM0vpM0qUEydqwEcZO3guvoLKynv7aJZCQjXq73YbXh5QBR8AAZyd7T6vIHj2cgAUIl/NeCBOkE92+zzhisl21RN1KQBwUP9Ome6j4XW2CTSaQGQL3aATZHLOdULaduNzGITwzUZHmufsgC19THWrIsis15/LJnr+Pf63BEJGbvzPdI09Eg5op2S62QvalZd8eySrrlu2/aUxZy+LDaIwBwAkZkk8MvHtTvZgq2LPf1P6uGkzY/lwa/ujw8BnE0Af0X0gq+wwnHrVxtXJ1x3TroxQo4GVtA4yF7nkb0yGlMKbtQ2qTVaq6VeNz6+x7vJt4bHwYs1/Cvdf873r5KgtIASXT3KGGgZWyQfWSip5b4uSxuELKQFAsyqkN+1f0ig9LycO8nqVH73L7N2J+OPGGwbAmKqpVL3/b7JzcJl3jWX3buexoJ2IyCv7nDlBJCQe0X0Q7NCwT+eM4fttyCm2m0/WEUmEr+38BB0P0Oilgzy0y3Qrhge3BxDnnciKmlcqMpI9DGYVQsFExVer6GNHfN9OdB6VdemWxrwdsIXApJvsDiPSAQAI5J9y/igZaU62zNODObDnEWaj+Xgyv0KMSfQUh9/FX1mTJ/Dj4wI9ET7C/wS+e7A8rPXuY/hLEACauWjRsp8GzA55UYoIfp8b/ALwcdBVvdocWPMlSpSfO1EDPsrYAdO0+4pfFC+47fvOCya54rJcC4cHl2KAik4mEgl6H1NUuQlilmyzdiZRzMx5IO/OF5PvTBZT0lxnD7daJYwIcmTR9QLh6VK+IdtMKyRlOc9Fp0bSQs8F0UXfYvq9fdjqzQCK5J35CdwlxrMBgJZO8rLwGYJvargyUTl/evmvxzcdU7mUX3/Obl6HxHCRHQjQy+n3P5l8s44c8rNoSdVv428Z0QCsVNMW0xMA+LCr1rvwfEe2vLzWyEGMqHaSnZvjHh+JViKu1Hzxo/FPPHLtNry0IvWC/MmbSFreBdBFG8+WXrth2x1vN3/iEIO3d3iJFft1YeLTXWTvjti/AoCIpV83/8sleTyYu+bob561fxXvWmLiIyoqER4S4aun2MOsK4pJqQPZyCHbpGVEcqzzC1xhvBUi8h7Svhvq20oqUL3itMFu+n4gPrmf42eBPB7FF58gUQAA5HKuORTEfvaR4J08znnhqRskBmmX4e9mJnig/i69Y8D7G2H2uywsJd1Q1DPeM3jEWD7IQ1sjJFKSjMoDAuLy7jwKoz5aQF4Ps+MHsnEwHj6e625Whgvw7mUqyzVDyhxmuhYubfv0gq7XwxQomaTpTuZGppl62SSXiglrR2PcemjDFoNtYINWTAmq9u+Pjk/zf8NuNzi6mSCukPCeY58QvcUtH4mmFZKGb2SIqIbUT4MYP6QqwT69s5WVifL4xvqTeTOjRDlFRB9AUcYWCIlxCcU9Rb/ovrxWCr5y3uskP9yrvesca4TrwoIk/4IXCEZITJISk64zFdUfWWwPUQxMEmmdxmNzsAFTC5GwUJI+IOW1j6lON732Qtaf3pSJagQEZLJn+olUTQuDgIZYpAgQBswRjtVJ108335/vvBThQYUYJ9W5I/aviOmYfew/B2wdxe57zEzlKRhUPyJyNKhW2Skh17FELfYXvfMSth6mnMJUgrf41C3++/rlELFL79ild7yW3vVwQ+JT+3eRvd2uK5aFEQAnEHFfwtJbTBf96DhU42kFgBw25RxtkRqpfncApAiiNLyErUrz5SHdcl+1BbvoAgCVnoWRhxvLXDNI5Cg7YGhR7Pw68ZZZ5oeTPCWyfX6T8Ktu9sjAnyLyanW9KgrZ5ZxXLlKsVbvLwL22578vmb9+K/u3szSBXontdYP1hIKeCwJiQHGql3N/3txQbm+tdLCzXQ/nj0rSfDjzct0l6eGC5LFSKUyYRJUdCtmCJPnJ0yI5VraRv3SS8+sj6uEXhoi8W4xP2unAEoYDeFAEucenAGS300cPh2lA2KxUeZmQV8iufH9bfkeoZpNtN5+6+7ePqd4b8882xd5QDTACHaEGAAKTxGhlDgFARF4n1ekie6zqsg+mX6RlkZiaPpDEO9OibmM1MXwWgWkH1eYrWXeW+dFIel5ntKxMrFVIxFSbOsVLKyRisl11VWdskpcGgB3Gv8/rTkr0Thm+o4WuXxv///y3FNqvnWG+P8yxjGpx3jj3zEy0fIuxTT7NxW9HlUxcGNnduZcesqofJnh+AASk703k+1MCXKv0xHEjiK+RYo1CZg4AoAiyz6RhoXwAMI49TeU5ogTA5+axW9Yhb/9DuEYp71Sq9UYk3BMlys+IqAEfZQyBMbtzK73rx99me63otTBTv4Y+urqLHh8vvx7eYqGkCJKnlIKD3bWt78APt0zUJjufC2MX2R2KXy8yN5qJzU0ujyjmGokr8xmGBIDeg63s4Ta6zWOhNd1X57LpmliA31vdYnitIAAggTpF1jsA2Oimgc8Iw18ash/LrkMSOdF2XZZ70YD1jkFqVm4/ql0xv+dZpWTYDACQNQnkgxdOhB5m942d398+ob5U/5aWT1FgPUc4bFTLFOutk623nobQ/QHNJwnw85ntJEZ/rAXmwB5u+uzwO2pI5YX6WTBUFSsjlq/vDaeX66Da1sU9ZKOb/XND4mkDAOSY+O11I9bAC/8DtbOl0vFMcgvdsCP2b0vbPpHrEvcxFQGbkmijTYsq5dbg/TNyO0TLsto/rsn7e4FiyEr10daQd6PvXJSiwcTl26m2EvM92a7zjzTTALAEfhF8rKO6RBK08oaxZ/55qtYWwhzcp+Kdv1iKjTQV/+wsd4peWFehquuhfWY8SWC7qnSt9u8WOlyqsw6N+Ho4KZCNdbIafmR9LWGzPRC3r0UR3BVCYjrJHZGPI3LcZG+bYneT8sc+us7/sRaKkh4yJpGyUCIGSXZNOBStyt0bTY8CwL0JV2pZAADP3EXqj98DUWxQZsR77vpF62BUiJ1urVWtSXHPku1WQoLv4eMhpJ0xdt/GD5Lg8dyWR+uTHqtLiuWEtfH3TrD/osBxtUboX7F0k70VmtVHdB+IaPBnj+Vzw+tfLjI2nz+n/1rKSCYrRmLA6xQyr09kt/kqsA7goEL6dAZwUl0B+XHCsAw1Pm8CVVuFhCAeBEzTnosu97lZTRr52zno1XJpTJC4+iinA6XKO3+xYu03vr/4CJITBXxKEgyjRPkJiRrwUcYO7I+bmN3bn85uXRd71iyzzHyrvJOJxIB/v64WQH4eOcV+WAK8tKhKgFuS5YrrVHQy5+S4S9JogCHW2pQU75QULwAFMBiwp1dKaQahyRzuVpWbLZ8IuFG1ZfAPBE+n1xMSvbj7hYDFWAREuvuc01wTzszUPTi+yXf2drrVDq0AaHH386nu0zS1spFD/Pp/z2y/od2Yc2APVzIraJG58MzJdoc34A/p3rPSgQK8czSTACA/gTOqxV5nyJX/URirR7Uf+//pJDt4wh1eKl8Csch281HtRwPL4EqCLdHkd9HlAEEWAwdwkT097JBcaKfkebzlrVXjnvbf2OmSLwhk8k5Y0P2XgYiMMIzCekcIxpnknxtYqXRdd7Ni/bdUdaX//YlVas+C83zFqyInM5a/4yyrh0dmN4kAG9XSB+aylc0yQmWz9YHykycLTuJXWbaute6p97bTiBoPcVdIeedTBdhglEzxpMMu2wNht61xHXx7fMgsYqVoJODkFH+qU68t037sIcxOamT1FCY4lc9Wp95d0OAhLEopdnRHb1JuBYBMJvGBhGt8W6TkVM9Fl5dtbXo3/joRDblhtXzKFOttkXTbrtgfVLyQQ9Kfs1stlDDXrFuR1FOmW1GmW6EWExSigSPsdqptuDe40LYsvHtiT1/cedjhe54Vp3nWl6siFARjFXaDXFtMkgF5BE6y00zXGvicMHu1DBPby/D45UUjxJXM8s5dRHZ1sGu+InuGXGZifIL3wssGwrAnJnHfl6vDvEMlJPr+if5MU+ddaZgXZoRRTil8UTGIIrt5PRKFDE8EKga0/OsgSpSfF1EDPsoYgezuYvbubFFwz2e2F9kSZdubXfKB8X2i7YC5M1uuGQJ8Zd+XHyf17oxxLOiRP3Sfa2SLORcVOv+9XR8quFpJSW5hNKtDOqVkc8vsWKX+xjy01BCHVCWW2yIJpT7VYAQJnvkS6Ko0X5npOhKzFGYv7vi3Xogou/ikQA21MQSEVyb2PV6nIKxmKWbEM/5Jydz0dM/epuDprw2qzdWabwI2MgR9a9zFAEARcO00+7+36zkxWHV6NGIvT4V2VbNycJas5VPynJeLyENDOAOeAGqK9dZxzovWxz3oiwe+Pe4SBWL20u9bqVh9aDnG/TH/Gi45uc1+uJXrTmH6q74JEpIwI2t1T7D/IhLrfXQUp3q1couKPrBK7b7sGqKvh2qoR3YbpkgpPlHMGoepUb52FTROOq55drVhwZ9alzul0LGjCP0m+frRHSg8lZ6mW+r/Uu0ZDJc4CNWfwI65Zu2H340zahLF5FQA4Ah6t3bGYc3EPjoWYZzMtRfbSyc7jvRHLJPEv0z9DxYCkySwAeaoiE5OMU4vYdsd85KHtCAgMtzzMl2LYvgsAhN2qr1Zua1GvcZ/LRoACKAJTArIU+BQZrrZqzpjHx3f1KrcOc558SiObqZra1Vri1Q5y7Me0/vJXnSmF72XNFccVkMuQjDgA/o3wzR4Na3zzfLMj5N6fbrcTrIzTEmIJI+Mh9qOFR12T5JOAIAOKxW5nLclbh2AjJUrxZrOsmoRBuz3Y5Tq/7Ow5y+hdhGQJ0B6sBAnJKUViXYbMKyYmMQXTpZMcQAgJia7bv4V2dpEtjQjrxcrWDE1Q0xO9feuxmnEmRmeXQ0hRQcqNJ8Nq5yKlsUuIlFUQ+qnhJ86XRiXz5SVzmhr1Il1trACQ+fpx2YpnCj/y0QN+ChjBKrsIEjS6nizl8CSXIVziEwTfo1lNx/WXPGR66whRdFXjVaKIO+UHOF7P9vIXz3V8dlB9fAJn0EpZtI1pba8kfUIkG9wXFbC/3u73hzam9Cs3LYr9nnf53T33An2q+O9ReQJpIOeXBAGA59r4HML7NcIyO2rq3SaUYiBgdCHNS4AQE4njNyAB4CrpjhMGnFzlcojDP6vBeQp0604pFs+3MR9NuWObLZfcCHdINwz1/ppqabFMuTBnhnLXzTBtaFKVdUVuKQ5Lo5P0Ap7GhS836XFEY6D+nf8l98L7deWWO6OJDfVh0ZIXNz90heJ15bQib9OuhYA9kj1DfEPX9j5hmrYLwaAD+nerVF/N7wfDPiYp2HAgK/tocNX2vNFGZwsybHhJOrESyaOrGCVFGviYkOqgo0aDal8K+s319f9GYdwzNwfv7RIFW4Nc3R08H1La54IWld5q8F+6dTKLXtJtq+nmU35d/Jt/hX7Wtnkvdppua6a29uXa0W7qNXv1HsL7deOc1wYy48DQBzhaFPsKdOt6GaOAoCHNHOEnZG0JzjgAzFveEiLUjTM73nWPyE8hs9Oc589yX7DJuNjfUw1I2kL7cuyXefq+HTf0XM8RzroH3+bt8NOSkd1H4/CgLdRLRviHnk05dr745dSQ1faf6hRCqO13gGgQ7G/hykP0wAj2B7jeLI2+Y85ISUSBlBK8tkcdg+RpAMAKGuP9Plfp17vVa+RNeCxTp9gzL6kp+GruEHNxUbVlkO65ZNtQXQ9RcRtMT0REGb/aM5t7uIQeQcIiakZYmo4r+6lkxwOLxH01OpVG/bGvDp81E+2vn2ebnoyc/Jv7SiRg7Va7+y5APBAp+qptndDNUtj4q83Lj59w4oS5bQQNeCjjBF8osfH1G4IkbEWQHwEmW8VnkYrLW8WTnIdHTw0JX/ouAgOHcC0NE9q6hl7qQAAIABJREFUDL+lWlXeSbs4wtfJlBTvOTnuVT8cAhiZAU/injsMBwXVlPvmWr4qUx9qZf2tAAy4j6ks035Up14PgAlMzul7POdUykGfIAjQT2K9A8DwKFY7KQIAZkZWEG4AhGBBrnt2pqeqm/6g5UCpq9pGNbcqd3sJGwAQQEvQv86QxsT/OeW2i2OGJNsn6YT751mazVSjmXZ6kYbFWUY+WS8AwG2zrdXd9NEOtttOAkCcVixM9ObG8QCwOM9d2UX3OkmEYIXzozX4Ix4NFtrNt18ZXuAqKBoh4caWVVfgA0pjF05JNSPveMdSlRjEqWGhG8p0H4Xqx1+Ovtch4/pCABISCSwfXBMKF9nTpPzRQXZMcFztL8ctAd+t3/rUnCkK6hTmq4yIxbrpX+Q8c0v9c32izX87i+g/JN9ye/wlp+Kgz7V/ENR691Gqdb2Z2nVDe8HLqfc6ySDlJ6pV415LvfORpn805E5cXPOfWL/y2oykyXQtzHDNP6B/87D+fQxSg2rzeMelJzJajnDUqL8ngF7c/ZKRC1JnUcunnN/1yg+mJ+f0Pa4WEga2K0RDKz33mczZ+7TPAKzto2ssdEMMnxnhcR1UR436uzLdh8uMcx46HjnvT2XrCS3e+ofGhGKPzvnmsaxX0jv7glWq80dAbgbLOEpYCgMActj7WiUAGYV8EXlL9f8p062YS0aUxOGZf94/Vtfv1x311xI/EPPvbvbYVOv/Gbl83xYJia2Knftj/uUfFIYA/Sbpugv18qoBYaAI+OUM2+FWdke9oslMixKQCLezB49qPm1QbQ66i1vyLu/57vHkG0/kuFFOFvfEX1Hhafqkb9Pwr4yU7oOcJ5TEKN/IUaKcsUQN+ChjBY8HANykCADNyu0i8oapqo0AJqXI1B0BALfkbVLuK7HcE9YkkCY7DgOAi8AA0KDcMiWsfBpJ4AmhC1CFIUEr/qLYDgCcgEgCSKLfkFDBUR45aTyCam00Wk94NACgYaXrptkvKXQ2VFm8B46ovLYNsceeHrfVf6W32HLXmWy9j4Iw2eAjTRTvY6oCtiRyDGZZHLFEWVAUNC5K5v6WPPELs/nFjk1GS/4E+9WJnmIaqyTEEeq24gzHlTkmBgV/gKcZhDRDkFl7bhzvs9gDUDHS1NT+QOIXqrbxzkHrnZV0JZa7R3cWEsR8jhYe3Vp1h/h+ftY1qbYbgjaL4bMW9DwdIIs9QAI9aPPjCP45EvISI/fmuMm+z5KvAoCBivdH9O8b+GwTV0BJShfZ06k4OEmToKAmj7TnU8pZ2kkVRR9ssh1Ybd7azvXG0JpFupKrDPNDXRgnCIeFLy0hy877+DCpR8MtCWq9+2hk07bk/2JXW0ksF2SQCIhp1rscVEedet1B/dsZrvmspAs+GOT4LumuaX13Bq3R7WO//l8Cck+wXxPUevehkGLO7f4biYMYpQKiz+57wka1d7GHdxleuKDrFdnHw76Y16s0X3kJKwBcR5X8Nf2u4W0wgDXYuUcIRtLQlOzgD61eRgCAHDcra8D3MdWyddc31ygW6TombFgOpjtAKZOfQmIm23UeIDzeKF88EgCk5BTjeddt3LTyjtzKrYZBAYVm5TYns+eJ+PvmaBYTCNuYphe6VjusTb4kDARomjrv10nXLtTKDD4SEMDkFO/kFC8GcHNop3f/spo/hN9lm+NI+AZRThsEIl7LePAcTdE/uz6v8jT7NioJ9krD3MeSbvB/iUSJMmaIGvBRxgoqNQAkexkA8BCWw7r3p1pvD9W2OM2bopdXJU2ijXaqtULz2QR7cBVrAGDxd3F8DwAke+lehjczNdWab3MdS0K1n5/r1rKRZxEGgRm6BphKq0tj3pphfiDC3R1UR4FjraQaXDrQcebZW97wFWWRCMef/ax3tRhf6Ah57j9TfLPdoC6eEVnvXsLWogysLruwTysUTMKhy8iNiPm64k3HEhQ9Zw1sITADjswDR8He47l5hpMmZBaEyY426uhhsrMdBAHr9EJ6pjBxCmYYAMCA93Ts2V273mrv0LukmXbtPDrPVDDk4kx3nzMi31AAGKBCNf4j69y0noIwA032zEhxz2xV7g7YrhGJmc0cHFfpNqjkQ1e8yE7BiA34WvX3A6b7AGa6zn+tT0ee/Ij0EwcBWqSbtkh3EgTb7V6irI3psFOCCLEqKS+BS40Z8pBs8Lb7B0QEpVINhzQybo4tium9lnA3SInlnnr1BifZtT7u4UU9zymHpV1whKuDPZhvu7JTUaqT1HpumD4iwk36Tyq1qwAgx3lB+PEEtd59EJgssdz9XcKd7Yp9PUyFiSsI1dKHkTNkublpNtP1CRdNn3R10DYIgJIEkRhlLhIGwUUOVjdQiXEZrnkxQjYh0Q66vUWxvZepAgCDQH2c2EdGEC9So14ja8Afa2fL28ZfpJpvFHprQV4WJpbLjeVyVZzbbPJEctsKufmmxAe/ObDnYPW+zVRLq4JXsroi06RFE5eqaTX0hx0lL896zCV56rztHsmbrUiOJYM7d04EBKBicJcjZJjJAB38yOt2RjmVLDMuWmZc1Mb1tPE9alKZwyQzxMkRwowS5QwkasBHGSMIqelkU/2iXv0/MjoA4JD+XaVoyndcMbxlkqnvyikRxcHO0055rv3DvTGvKqTYbGeQHKo69fqHm1YDqAHg3D79Ea0LAHYanmdFfVA99pIM93l5LgAQQfz7pke3EMlZzjs1QgoACQAEwrEK6cJC16SUcFWmAyhOnN5se0Ilxk20XSdrgTqojp2Gvy7uu/yNjvFlLc3dZHO3cq8SHX5UF3N+tx4AcpwsjdFAXZY015zIM59/RngJ29r4By7teAdGW0sMAPYYXh7QWveR5mGu8GR558w/CUME8GL+/+3en9BzZdBvqzsVn5TC9dNCp2SLomLDd/Th0sEtne1UdQXetc295IpDcXB/1V+OSO2gggGDd5yrbn6LFvxSyGO53BM5Bd8Pu08/TXbxPNO9YLgB/6uWeH3HVkf+VJ/o1Lg4nqEwJ4TrSqnuAVtCmAbDsVOth3TvyjaTIlDN+JkiYdhUpdpYpfRX2VhbocqL566Z6hgQ7ZO13gFAJaRwcpPmvtC1Enyoxfg4b2EXe6SbLfsi8YYCx9WZrvk6Pg0AiYSHljSMpEp3z/E1JkDKo9p4jaHFqfDwSKuQcoz8nBx3TqO+yM02KTgDPy7MsWRv/wRvkVI0usneSKRVbulMv0q91DtngRgXcpkaeTyJvLuRTZPtLSgEZvLtVygkg57PjBEydXyqv4Z8MdzRrNy+LfaZOpX15om1kXRYo/4u13FxQrCK8f5ghL41XlDs+DHyodqcyrd3MQ/Mt1ByfkYAwFqdd965BXBueB+JilBMVJ7a6qQAoCHktW805E+TtxUlPMmMKapNEOV/gTE4NY/yvwk/aQqzZ8eCPm2JTb1P58Qg7Yz9W5PyhwmOaxI9UymslIDvYsuwad9fS66I0GArUeefrZm03XHkB+OT9aoNBfarErxFJGZF5O1kD5drP4vj95/b2z/fuKc5/s20ThchiYjbGPdolmtRvuOKOO8kEtMC8nSwpcXaqmumXAwAr+167k/srqXuTycJSf6HkzDqcZP/3adF+7WX5HTNycdAkgdb2W+PqR0eJGFEImzUSMum2lJiBqeS5LiC+9ZkPJPyarNye6F9WZK7hMYqCUkCctJYhY4H/7vInmrV1zRoFne/sFNHgAMYSE2BqSnOS3vpyhsLn+RRTbaLPap1+0+1dKFlw3++dCgOrY2/N8HTP2EdhfWOQbTQjRnueXo+vV69sY+uBgCVRCxvnQFX3YyVo5nYOVxmiTDua1I09FFOjlAzUitVZuwJJ511qEUxL8cTsEw6gHLt19TRw8O3I6ejfN1bS6ZVOiEwlaNG5WlUehUi4SH7bbYUz0kQ740k9D2GC1zWK7apf1+XgkQb0d4qJacCAEPihbnu78tD/rxqpeWO4uSXfhiB5H4fU73J+BhHyFc+6xVGUv/6Z8WXRzQ764OsQld2MW9s1999jkXNYACIpw2yXelFjWybSP45eiG9iz0CAB7SUqp/q1T/FonZC7tejfNODGgpAVEuJE9Ucn+a1+t/nTlbpQ6GI4AicTiHQgS3P9IJaW6yl4kgNcNVOM01VU6RhKaK7XtGbcADwAxL8HwTH2nusy/seu3bhDvguHuRwFSGe36ye4ZaiuORu4+uqtWsdZDtvm8xSBvifjO/96lI6s/v1BU5qerI/XpddvL5jYYknZBl5EvSPb4L6cxngjJTts1p8CNEiRIlSiiiBnyUMQLW6b3nXqhY+/X7ZTkLSyo6GA4AWpW7fct6FFYKyJ3KxH2b+7cRGWyvZzy0pPrRZq6rSbnVl3no6woAErz0f8sKiOMzwFQ389bR7Jsm1goIA+B61YZ61YaB9he5kh+Y+SoAPL3zjy8r9i9r/WZ4XOjguWD4qib+szorK3kwDMoLCRh12siXfzBMTOJunNGvXIVJ6r7J9++p+sP62NIOttR/hL7PGEQJCRikOX2PB43tN/J5F3S+9k3CbWXawFJDGlG+Kt5JZ9RL4pFwUP9Oqf4tABhpyXoX2S0gr0KMZbAKAWngsw18djrMLbLdWK3+TqLeeKkmdSLSiDt/5KeWiInJEXb7ffXqt7u/3cV2Z7oum2F+YKjIf7HsA/pIOxvUgCebG4Ja7wAgIrgjr2a49e6DR1gtEV4CMIJET7GeP02TVJUUuGZSo/Ls0znPMWsJc5/PgAeABbmuLgd5oDmIvIVWyd87BxtUYlGa9VCTPtSB9GKTRqAAIIHvSuD2X1u0XCQiEpUUpBFrT/4sqO2hg1rvProd5Npy9ZWTHQCQysTpKY1VCKfDH++RV+lHEdjwjBgoqzbRdu1w632AsnbmQDM7LW0wdumoluN4DMB7CSsrhbweIoHCNERWYUQVgYGKSWouPrwa5gLEnMiowhDDZ0213r7b8CIAmLiCeT1P+ZdmyIQFU2y3tSlXbDC94ZM74Qj7uriHUtwzZ5kf0gnhPAuspN+rfWWy9VatkBLhYMwuwuxijnUwG4+xS6c4JqfLJ6/95OSwKSXq/H3OijBtroldeNrGEyVKlCgBROtYRhk78JOmuC+9Kosw7dpVcE2ncUj6H/IuMy7amP/SSGOrkhnThvwXlxkX0cd1oQTkJhFxhX7ONus12R6/QDsEV1oS17YtKrEPWYPSifwf3bOXz/wnRdIWwf4Ku7/IflMY630ARtJjCB4MXNbOfLx/cIJLpuV8UPCXJ9pzY3gS/IS4fJ9FxGGQ0twlYTLzVaJphiWI0jgtyUcSnnROkfWOQdpifNJnvQOAjo9oBQyD1M2WbYh75MvEmwhMDqzC+V1cKNd58dK25yZZGKKvly47qPrgbfaHjbKrwIIk3LProV863tmi7Ex3LZnd95tRlOhrtwXfTpcdDhjlAFsNtqOacLHQFlo8v1cHAPmOy0c6nlEzPFPDRolXTa7qZHnkHax2jhAsK7YvK7b7qlL7UDN4SlYvW7j87vYnL63+7fPkTXXqdcEOgo/oPng/9fp7Wp/5feNzt7e9c2nPoSW9Mmm0Rj5vlvmhizvfmtb897d36n6oUbq4U+df+gkIUwHbx/5mlhcRAIhYEiQZ68tJtRhDy9T7ICKYdwxTXkB5cldjwIlYDf09tCv2yx8vLAgoAIgkTENJ94euEH297Ka1qvf+rf73K6p33+je+PGOps07HUe7BQsAEONzBfpvJziq8OQ6lpCYNvDZF3S9NrywIoHJVNcvL+94yG8bblXucpE9sj0zkvbLpJuO6D7wEBbZxv54MLWiVH+sIrByx5nJs6l3KFDIB/JlMXMWaKeezvFEiRIlij/RFfgoYwphfIEzZ7y+ofatjvbn7Na9altvnMZgSJ2myjNQoywpHEvq/pn+wFPJ/7ffVdkr2Aykdpo6z0jpIBucs61kfQ1h7sMUhU3xQlZOEat4qvrBHXWCQxAIwjY5tmZxQR6t6w89fbD0SUzhQtu1J36mpa3spZPtquN3MJGcdn/SC3c315Z27G0WelhEkxh1gaOJ744R6SIqpdFzU3jN3HT3PFbS+/STB/CQYyRsmCMcXyb+0r96MAny8jYVmtUHYt7wlXA7q+9RjTiY8hBgw5WpC/dqp6mkH6vVHglgXPn6wuY674ILpJRBN4EooYY+qsdJEghMavG9umc+YasBgJV00y33je68vMGWhS1uosVissWey2Auw92c5WnoZrh9OpeTFE08tdkQxOgnMZPrXJLonUJgyko1O+j1ALZ4Tr4K1MkKlxBQEN0HKyXNmX5s5QFcoNML4wYjk4vTvMVpXidH2DwEQ0nvWT9+uHOF0DX4U7Qa/1CrWpvnuDyem8iKejfZ28kePKb9pIstA4APknvua+p3jX18eNyFUyu3xAb5TQhMzrQ8lG8f1CCodENlF7O5WnXNVPvoakmcgTT2ydwIvIharVRmLN/AtTslT/jGVRrv3ys3rowPrt8GAAgBTWJRrgo6N/TJoxbi1aKMtEGzmZYwEMc7jqP717fLdCsyXQtO5Dr1Zb/bybZEkBF7M2okAGD27mS3bgRJAoBv4ixP5bQe1rigF6AXEKDZmsKnFFPKYHes98d018jigCKHxioTV7iw+9kwTtgY7soLe39YY9w7sIWIYE5IAMUj576Y1/bFvJ7nuPSsvt9GPioMaPWxmLzEHjLm5OvPnVymqnI/yHnizoa/9wzLnbkqdv5L6SOurBklSpQoJ5GoAR9lrIFJUsgZDznjtQAnMcTNQGnP1ZUEbJR0emnyoP7z9jrFV0c0fqueyVs68rf34LvPtviy1nfhJgDESqN0JfiDMXx9WOsrLNcPQlT6uOnp46YHa//XDTL5qwQmjVxem2KP/0YH1X7iQz0T+MH0hL/1rpQIB9kRpr2PHvaol7ACIBIz2a7zwzd+KX3SqsR/DfyZ4an5w+YjVxsXec5bgklye51ibbna6yfA5iX+mBvzarXmm3T3XEaSzxwOSrx6iFni4tCXRzQHW1msunRAmk5ELRvi/tqm6K94N7yQ+TTL3UX26wH7L4zeGOupYEX5SfaJW+8+F4CDbg36bbOCm1985N2db16gfFD8/+ydd2AcxfXH32y93tV7sSXbcjfuuGJj00wLvSS0kEAgIUBCC4QSIJBQQvgFCC2hE7ptbFNccO9FtmXLsqzeTtfrtvn9cULldE3lLNns56+7udnZubvd2Xkz731fVg+nCTUjqRnpmeb3/9r8Xu8D65Wbe+cICLHe6Oo04BGGVbtLPk213VFaY2V6bC9Pt98dcdfXx6F3duhumuksNEfIyXfK4U3AoSDkdOCI6TwfgkOSTmiMUYEisEEpNfNxdOz8PVcSFQn4wEsYAjyhYjr2wEd5lHqectKCh2wWEd8P95ZOEBk4Wze1xr91hDeqExMA0AQemcLR+3ax674JlTxe2PB4YY9fAwPe7ClfQh00KChKqOt3lxJhuv13Cin2sI8ua/jZZU3tb2S17dR5/aTEo9a4zbrJzocCbmMP9bVXTlJXvXFb8XmnwPb1XO2EbaNfebf9m7Wu3Y18u4pgx6qKLjctmKqOk4xARkZGJtnIBryMzODw5UHNxmMRnFF5Ab2w3virWc4CC+8ieQBAeHBccE/Y+3D/OgPxE5v1Xllop2MFAZ5CjPAsq1dsDb3WisRNDRmfWTbHno4DgAh8yEQ18PlxowlUfA/xqhpF8IYx1QdqVjy6Gr+Rdu3e+vCwbVbSz7Y9YOFK8QDkzcvSu7advRzx8g/6Nk/4H03i7MWtL1ZoPxVRkMCkh2quU2x20bWhTxdYn8rzze3dsjlYmpjcGLioOo7wWrjS/n2F0M3QRke1BDgk3TD62M4NH6dd2eXxy2HhG+eOda49/2lf3dczNrPhhvfFraZlbaZp08rLfwwuSOFGl3iWRWtBkOCzfZq7FthPA2d6FYOd/jjfIxTababjW9EKCX1vOj9GBV5EKIHrytrzegh5wcSGQKCgOqz3Gq7526bP8wL0floY67pmINa7gAIWDZ/D5Kb69rYzFebo13mB5YBSMrEbvgu9XWlxhlnv3drEboId5bmk371KBBM3Mm6djcb0sV7hjYOFOQHGS0qPFhx0EQtj1JeAb1R07djb6GNeslUtxskMH0aDFY8QeEydAim+dKT6V6kX/ir15AUTycjIyCSCbMDLyAyUXf4jb9b/oDoWy5PwlS36p863hix3DBgNht9x7Hxa3also4UEFLgCZHhMY71yi4+0qsQBJWVJqihdguT4ZxDA5HvnjvQsS+XGOoCZbYsfijnReRMr6euUPzA4vtMEjVUEJsOUrp7La8o5DAf4CKJrIUo9lzT3N0ZXTdeNTO1aVviqXN3beg+BAI1yd1kLU+GO4+pvtxifSQtOiGi9dx2XSDfEdKU4IGEqCQnH1KtiVAgQ+Hlt+dPWVsmSCgArHVvvrXu5RbD373RaIcKvtMLiKO8mDVDkXRr767e4yXo7lWM8BRS5YpNr5A/4o16fAEATOFMvAAAv8QQQEkgxKs+y5xxn4wgfejkito5dM7vH3dMjw0O1+Mg2lZgSo9kco0AQ4GupffDES+8yFRJ0CID2Va4yjGrVt/uCh/cFD7NG7UWNXR3oPaxt9h/91XELCgRCnz1ZGNmpJERmcBqJY/3s0UhwOJWQSOD4i7Zewvzb0tq7cd11TZYDat8u3b4Lm5fp+bxoJz2o+7CnFgDeq399lu2+hLsPAOAHhrDbY2Tak5GRkZGJjWzAy8j0n28c22+sedovcZc2/S92TUmCLTWsGhgHBP2kbYAmcYhOm3yte+89tS818u0iSCRGaYzpseybztPP7Ky58Xh8LToR8dZeu6ACCmwxPrPA+iQagODlkFvvAEBidnHr3zMCXfEOtBQ/KZROyJluv2uq484Tqu/iVg4Szog61Xu0l1CxTB4wBePlnYqESDT9drQDQcc/6wkSe3pt8kcHFXoX6blcZRwP24QgMJ2IoEAMGhRbVZLJgxslFNUeXmV2PmttazWw/z1x5IcTxHT+RUpig4RLIAISEhBGXrK1QbmtRrkuRiMhxrsj/PV/Lqrv/tbExUoeHqLRdToY8NPyAgcaY105E3OCDIlFLN1U/dfY1jsAXNY8aqs28h3faQR6gsTMAv+m6siDEkd4tpie7X30Ec0XE503xTj19Dx/1bp9f/ULIr7vIqz0kW2Nyh1H1V9qembr7BNeqmWX4WUAyAnMnGd9gpK6fKx6f0mj54Lm1s/yAQ5p/G9nWXfpOLWYhkH0kzbc63fT8omquIeR4HCKQQKIb8BTkhIABITfyGwLlXyXcu+Sln+GPaFCJ21id+02vBrWgpOuxSCiBM7ViU50AZ8sBX4ZGRmZnwKyAS8j00/etH59b93LodcaIX7asDWHNeeOnvNu+ze7jP860/rgwDvg54n7vjIfzX1ig7Sis1ACqOfafnH8yVGKvA2jXgoVVrXFt68ITM22PbjV+Hc/2d69vFa1YY/+mbHu22lJHe3YU4Lu1nufIDBZ6F0sIZ6ImVC6hd3Xu5CVtFQ8I5nBfQuA55FXgb97wnOczru6s/B4O5148vMQZr4EEvDej7vjN/AFmhz/7Bz/bB/Ztsvwf8fUX0es06DgynzPjlj7u3zfOdFs6xHe81x07VrzgzamMtq5CEBXNofngKhWBsKU+XupoEcgmLALzHBmZCo/NS+wvSayFr1ZLZ4z2gcAa1zbDwVOxG6KwmiUT7k1irdK9x9ryWiv1UccaWHCLh833bDe9JCDPt69kMTsaM+lBb5Yrt2ladyxg/Zd3MJOL3+dkJ0enDjWdVUiV6ifaFdK4VeFlTm8zvyQn7SPc10/2XFr3EZIzGzzK54vrfkkxTzO/btr6jr22AOk44Ry7T79mz6yrat236+dIOFipYS03wLIyUJCSis0VjKShiO61A2cVO0X6ddNdv6y0LuE6ukjkBGcfFbbM1uMf3VTHaEBBNBn2h5M3HoPDSYlvkqsGZPgITIyMjIyvZHTyMnI9Ae/yP2hrkuxLJGwdj+Pnsy6FQCOqVb4iPjZehJBlFDhiQeUUgTP0sOBmvlH7gQATkCcGL97CFC+b8H5zW+ohQ59LxqrJjl/eUX9l5Ocf6AlNQAOEk47XRUg++m6fEoTzXrvtIAPaT/u/amJG5FI426yPn4lAABQ4BMP1tz9j/ot7NJzMEKNTmpnLbvthOKYtV974AlctyfNSFWJKWe2/2mi8+aIn2KAEus9+b44wpQ6PndJ60s6PjdahdtqU3vvwNcowiXlw5axIp+LjbMdfapwfpk3XRfBeYSh8CXjPSFZuLWuPXHbERB+J/0gireSpGKk59cZj7SwYRdXo2Ln5xnXtbGHe1QWU85vfmOK/XYDH9Uz36CUKInbxUX40+nE5CG7W+8Y4Xam4tuUe5en3+SmG0o8FyZivYdYTnrXGWad0/parm9Op4e8QjSUei66sOmd1GBXWodOGzgGLrquVrmhUbHjmPrrjaYnPsxa1qD+IZFuKLAe4URndzn+2WElAdJ+UPuBQETIOJDln3Z+85sGvjD0Nts/vU+uBAggO9iQo3BLuvh6CjIyMjIy0ZANeBmZ/nBb3d9wYhJf3VGSzARVMQAo8SC4LodAgM5peTniR+W+45u95TSJE0m8HEItpp5pexAA1ELaBU1vjXf+vNvqAGIlvZEvSsT5/LREQBFmtCET5JD2wybFzgjHoITs3x3mf/DIG7tO6Gor8vuzs8Z4r73pCJ/23Frj8+sMH+3RfrJPs7U6Tjbvfgjl9V9bbwBMcN6QFpzQuzzLPz3XPyeRFlhJN83+297lCMNvatOequxl5hGElFcYVtbExhEmQAiKLKeDCj0GeH+XttkVYROVE9B7u7R2HwEADXxb7wq9WZ5SQ0OcsAIfR7R7I5wuMzBlZvs93UsQEGe1PWvkw/+dMBwCdKYuAAAgAElEQVR+orwtqqHeV8ERhJGZK00NlmGQGEkzxXFb4sc2EurptrsjBp+zku6stmcUYsfIb+/pZRARjZCxzfjc6tQ7fjA/WqlZLqLAt+YH1Jm7SWIwb82JrhvDIqQQEHOsjyjEyDY2K+nmWh8JHZIaGN/X02lELz9tZvx6MjIyMjLRkQ14GZn+sMkdllU9/owqpJC8quTZ8b5lKAF5oUr1yn36txJZJtAJUfdA/lT3b4QgQ9uHSN2MwBQLV3qW9RmdkBOxQv+0l04DKKyoUq0KC2flkW+H4R/bjC9EPMROV8VtFiOoYzcvT7/ZzsSa04eskLTSNP/FV+x0pv57iz6i0RX78D4xVA7iU+13THbcOt3++3Gu61O4DlfbIu+SxFvIDkwPBfGaBHqcRzXDoflNbdqObWXPHM0le95PYl6h55Y7M+aG5y2vVC/vKdYVzsTsoFZxOuzAH2xiDzVHFWn3BIkVB9UAwKKEhNzdlJlDcZxBpOhDWpF3SWZgaufbQu9icwJS6slgrOsaA1+Y6z+zTyke04ITY8iFsJJurLsj7CWFGx23NQJTE5w3di+RgN+hf/nqKW69IgFV0sTQ8tndXQMAID0wyczHEuYw8SMy/VMBQIH7vJFepSoKjjkFcsjJyMjIDGfkGHgZmcQIBlUfv0O2NIEkAYBvgaf7PM1DtWiE9NgNLBzpAwASyCuIu47GOxsGaaP5sXSecTBb5ra9Eq82MnIj7JHifqu5ZgCYkhtsONCHm/3M9ocNfH7i9X867DG8ttv4arZ/ulbIFhHnoKrrlZu7R5CGESAcAC6AWJGrXrJJQoKDrv4i/dpr674hcSwHhwqn3rWH31vP9vZTHg5q/4OChRtl4boyLbew+34wPWYUijpLEvimyMKVGUj1rYFL2RqbXnAV+Y+X+o6ELbRhigosOR9rtdmgHa8q3uc71vlRgHRsMD+6wPpUxN3UNK14fln8pOinBDtq46zHHWxmfZxnpCLycl4YKiGWUHwijPCe16jYHnqd75s/wNb6DQJitPvSXF+400eMa09CvD567EaIXN/cHYaXAECT2A+V55+7CZ7sXDQ0csU5LQ/8Jxg/Er5Po4GFK21h93a+zQxMiXtIRmBKg3Irh/p8F/BAenlSS54Oi18yMjIyQ4VswMv0oNxfvdVz0CV6daR6mmb0WGUc38XTA5voWW7bFMDcfO3EEcrs3hXIqirlp+8FSPx0Qf0eTbpCuObclnsBSzamapfx/1xk3eq0317S8EGMUyCA9faqj1dmkJKKksgEplYIACY6VVVsfHk8ADDyeSEDfoz7shLPJUrRKCHJRzTvN78OANPy/bvr2bpueeNjT+9k6z0aQcLFEZ4KzWcJ1k/h6LMyGr5tijXh3mH4Z+jF4rZ5Ea337n9Wo5NsdEbLFXd6khYcf27rq91jehP5pvNsD5GiagcA/LhHmBFsvr7lnbxAbcd7kgyee1FnLO6DGddddvxhjHHn712n3Ph16q9n2O/prkhPEDAxK3B+mTeUGv00oN4RZxogStDippYZZz/X8pGE49hd5kTyVcYkJdi1Na0VIozGJ41i7zm9vY1iXHuxRS5DaMQMBEROgM4KJHS/MpKWFfUh2REzN3Jpy8uJyCvG7mfEs3S+JjCZ54+RWrIDE18MAG3sIYjlpxJO6NYa3BAAGRkZmZ8gsgEv08HRQN1va1/c4a3oXjjNpXvJO7eobLGYmz9E/Uou79nW/LH+Vb8Y7CzRS1mXep7WBgtEEVQMnpIbmJfrUH363vwph3ZpxWXN72X6u3badUJuvm++k6n5Iv26Su3yEe7zIp4FAUhIdDWMjxOm3OOYjimOVVkBCWjGtSoOWriSpa2vUFLXjFMh6uc1//WJ1dLv59vK0rl6O9U5bzpdjb2k4qRrIm62E4AKfcwxVTCsPI9Tvp3xu9G5KQ1bucMtkT2Qj6m/7spRhy+MWEf+s5SiKW5yuDBIMXwppIlNfy77jt/WvZgfrBVz8oLzFonpXatjTsmLO7waun7vVnb/F+nXWbjSTK7srrTrslRskYU/PTznOwnw8a+vgNM/ypx3rXnx29ZVsWvOtXsELAqoD8EdYWiEDJVo8ZHW2+vS7MQgy230aV86GbFCCKOHbON+yY97xndGlIW4Djq7SgAJAAiI2bYHE7Te+0qwW7TINMdd+gQWcLMC05a2/N8W01+DhIOVEs0JF/pGLH3KG/ASlggkh6DKyMgMGbIBLwMAsN9XdeGx+92iL6x8u85zLem5fjMn7JewwZimFcsygiNTTwfpJgC4o/aF99u/7V6ytOXl9OBECcAJAAAeDlYeUq8+pNgyja3QclfXrYk4pdNzeVfUrXg3Z5GfaB3n+kWYsjdCGGOUSNB7dyTgz215TUSBIs9RDDi2DhMGiRSJ85rfjFjNGSAeXW0WcQIZw05NTprr+BHN5xHLF7TrPt5f/HZG22dpjqMqvwRQ7Fdc4Mm8fOmjakoFANdPc609qvr+qJKXunoqIN9u/WsHdR+G3iIg0oNyaGhUCDwIT6sgwfw345o/uv8tFRRJ5o5M1y7R+1rbV881RfOgwVbmsJU5vJP1n5v9y4H3YbihYSS7P87olLryXTXj/MvkCSuYLVbBGa2agSfvPWH8yly+R9NnbbNuEDNs9+ww3v9EZc6jeYytX9kVojHka2EWwXY3Oedg4ZnO/XGcC0JdxYD9pA0AUoNjE0xp0Q8mOm/kCXeleoWZLyl1X5TgUenBCYtbn/dRNpbrW1J3rvKEcmR+n3s5DNjiOfhK2xebPAccgkeBmEnqkdeYF19inCsb8zIyMicZ2YCXAQGLt9U+19t614gZ861PWIKjjioBRIB2qG6nt55QjEzlr5rsDuUW6hPVVnpnHRsUUI5RmF3gJ/u/STMIrHJuC7PeL2x+18hFCBkQgZxq/+sIT02MDRkGaxa0Pf19yh926d+Y6Px5dmA2LakCpO2I+pNZtgdI6MPWewgSs6nBMgDISCAcsUmxZ0nbyzGMfEEa8olrEjk5362F3XtY+0nvcpVEPFWZoxSJW+vTbq3vyMCHWYX/yutFqmP/kECwsMQ3scCxaMcLOiEbI+yiapsUu7rL2itEw6DYqDKxaWTSj/sMJRu+p/fv9V965UGF5+rjj9ZxrXEP/KZt88N5p6EBX2QK7GyIta+rlPzZgXrCL/6h5U1rRlTrXSkSH+8fkRGkl7V9VaEs8ZN9HvRCIIBc/5yxvjJaqQPqdLsjJroPiFNHbG5KTbA+AkRiVkD+tL7rvScOI2lmtz/ISDq1kNqnAVUtpqrFPqseKLZvglPQgP9z45v/bPmsU1Y2gLnNnvLNnvKP7eveKrhPRfTzgpeRkZHpB6fb01GmH2zw7Kvw14QVspJuScs/tJHkzY+20v/eorvtTGfikWzrKpWrK9Tijyb//kZ2xUF1lkG4fa5jqKz4O6uf6/622HNeROu9EwOfF7vBvMCZAAAg7tG/vkf/eqgwNTiGxMl9rgtE4NvUe66r/T6pZ/mJU5rhLtf+SwqE+56YCe3btePLPD2c58WsnMCS8yWTJayyFxy1qg3RTsET/sHqrUxsqpSFJf6jhMPGf/r25VP3NQm2RI6qQQ7Fis+ktAx+VBlW90GZfJgzv27FLuJnOLrZNse5kcLiPq3v3XRr7KbGeJQAkMa3/rrxlVczb3CT2rAKGXqhxUVFVKEP86OZ7LgIid+CRg1xsiueSqgk32Lbt0Tb7Or2Pky9rmj40ku29TWEpB9Mcfy6namIXy+cvq2gqkWvtqXa6/UM7U1E1tVQVUcJpx0jQjKnCCWjJEusVZX/a/38pZZPI3601rX7thPPvVl4X3J6KiMjIxMB2YCX6Z0RDQBgvPOGiNZ7iHoHtalaMacoIZPjg13a3fUR9q4bHNTDK8x/XtI+JFvxNtxjYjjFeWvs+j86NEafrWDEgI4DV/ey0Z7L+t3DRPBQzV+kXTXCszSpZ/nJIoGQkX3iymJLpl64Fj/yiW39Z/YNhwM1PBZy2bSzdFNuTDnXNF7na20m6muJgF9SKKWcPDElLWJrejLWPqeAAnFjJWQGBQ/ZYTn8w3AkQesdACgM9KEDcOgAs+E7bvZ8burpkMuabGkqPLbxPLP6K/O5ESsUBE6cY10NAJ+m2nDMa9NPSqssjquaLABQ7K96+MQTG/SzD2jKrLSZIFBaGjs+K6hXiv/erI84ioaVbNFPv9S6Uo04Gyj7++W6M/QpGjjCO8Xzd63o5utO+PricU1LGkNfUtn1GwJTGj4j2WeZ6NmHJAk5nUNlwCOPW7niM7L2RPdCdssGvmxC8KwlmIoQs+EWfc80vx+jzeXOzdu9h6eqR8WoIyMjIzOIyAa8DLTy4SJpCIgi39mxj9pZwyZiwB9rZSJa7yE4Ab2w3njXggRU2gYVjxjec4VoTOTA2HPALN+0atU33UuUorlvPYtJg2IrCbSWD/lgN+zR/18rexAAdEOq1RybwZo4x24nSdPznYZ/3ldcnKk3AACNqCvMC68wL+xdTUxNF1PjJBEEAC2pIhEhRtHxZiWtbL3HRiB9VC9pun6gljoW7z5J68PIU+zrcKVBosiu/xZ4npsVX6x7mENVVQLAOe2rDYLzM8sFnUsbAECANNO59ZK2zxjMAcBRVSBqKz9ytJuOo1r0LbWtWWpbAwCAkPv8+4Ek99SzkNit6if0tUx2gcJZ54ljwLMknjfCv6la4QlGtYrtdLWRH+KMKmst92837b+xcSzh9SiN2McNx5udgMham4OFAvvObV8FAIgcmqBxFPCrPvwPYWsP/wBj+sAe5PX4L74CUPhfs869p3eMYRhf2DfKBryMjMxJQzbgZUBLhs+JNUK6QowjS9PipgQJqHhP4Q/2xlllb/aQnAjMyd2EJyH8fAghGLDIG91NAV4jppzd+g+tkFDy5ARRi2mfZVzVvUQjpFu40QrRNIhnGVwGa5Yau50kzYXrVZsdYseWFNnawuzc6m6orIBWjiZzNDmZJTP5MeOASHQmahfd0ax3mUS4aBReeQiL0QUdJCTUKTbm+efFbic/cAIAJMBVyvhGaSfLWnus8bFbfxBKRkuWgaY9H1qQ0xF6MdO5dYp7V4WypF6RJSLSzNtGeysMgqOzJkfGHx+D0YKqMEbBAFapWaoPg+x+TcbUdMfG9vSILvchsg3CLTOdChrnm/k3Nmt5HOFmbGH37jK8ck7Ly6HcHkNlNzupmkYqUKkKFLucBVTlQXbkEHUkNkmUOhWQ4/a6twyCAwhC0ie0Yj7oMJs3RLDef4Q6XkkdPiCMHhdWfizYELflqgTqyMjIyAwWsgEvA+OURWElieSqwQCcQFDxpOzcgXjmDYZ1R1WLR8VZ3h5clCSDwqYqeBCmdo3K7aEXV9avVEiDP0FhujlS6oXc6bbfZwamDvpZZELUKTc6qVq/FAQAZufWyl1fPlBU++1kp9hxmZSXOtf9cWXZeQvvwcoem4R2H3mklXb4CIqEDJ0wMpWnSdzuJbc3qSY7bhUR184cbVRsFxHX/agg4eYID3NSfGWTh4Q4AidrE48k8G/mOL88oD7e3uXmipEkQtBLtjYotx/WfsQhT0bTlBg/YwpvLfEdBQAJgZjwLmBOgLm9tmdkhCTR5XuD8xb144sMI4iuQY+R+HHe8nHe8ogVcwLx/9bcaHUQwqwCADL0fcgSX69i5ufoFgm+1RWR3S60rHTtVLeCxgBQZOF/M8/51W660tn11/PIe0j70T79m0ZKack6ZG0YE22IT7Zh7ydtPqoNACrU/hFtrtmw4WDGcDTgvWQLBkmRcFq4voCLAodzAvUA4M0becCua3ZRggRGpTQyjTcq+3Bh9B9RpA/uj12F2b+ntwHvEuMrMfA46SIFMjIyMp3IBrwMLNFPM1Aah9CV4DpAxPcspQhQ0vG3E3ECC/pNriEIgk/j6GamS5MsSHpYUde/pjonfx6yFQCur91AwKDmPvoRP9mxdZDCjT675R80HuQkyTKduKmGTaanACCDNtMVB7878PFVUyoDPTcYK9T+n6t3/Hr93X8/mgtBDgD7SOWH6ZfvUE/sLgmmYiSTSmpwUBhgHFwfKvSTtu2GF46r13RrD9cqfyj2ntpyBm3M4bRgsuSyXX4iUy/cOttp9xFVVnpVZcDhNROYoECpF/K07kxaUu4wvrTV+Pc57Q9FtMgoLF7T/D6FRQCgMMoI0g0s17taGDkB5os9I7Vi+DBFNp3ye26SMVHnnbOt+n9lx9LqRxjObtdH/EhMzwSSBACjUiww89XtCQ2PpJJHPu/CEoal8apDKk7s8YfmGoUrJru7G37pOvHmeaLTzzWecDvb206gynb18RKj9l7jA7O0Y1nEvB9w7W2PPMgne1u+Sv01BgkAggQ+oQx+mL7SzhQbuXlJPm2faWXLa1TrFrX+jRj8ySGqYWf8K9M40bf/C+Ul3u1ddxNCMDkneEGZR5Hk/PCE3YYCceL+iMbwm9ot+j61hYuPIiBoSc0R7s6SbObUdsaRkZE5tZANeBkwUJrHsm76Tc3znSU+0uqkavVCboyjCsx8r0ixfsIOxWX4vmvRfMvKzreHNR9NcN7Uv6ZCP4ODPgEAZ7e+kCTrHQCaFLsBgMTMPOsTSbLeReDJpPX/lACDVK3+dpvhuQDpQADvtn/jOOT4w9iqAIFVokUpWnjkc9P1oek4ALycVjvJSl7TZPGTiuez76hjw6UffRzh48K3epWiaW77n5WS8aD2w87C/fq3ir1nAwxydOhAdhd7HivF7RsG7KLqdIMaOdJJeRO7ZLTvaCuzpVpR0cKIWNu9NwTQI7znZQQmr0j/5XrzI7Psf6CkHveIVnTf0PT2SH9lZ8kSq+H1rFhGKSMRv69Jv6Mm3ShEWGREwT544A9PhBGl7IbvE1lnPduqn+xS79JF3Yq8osVc6Issd8JPmNz5etlY7wvrDQmcEI9r2a/+93ZhROmZi86ZmK0pb2QbnFRQQAalNDKVK7Twva/qyjZ6dw3TYGX5oMmAs0Y5R89QckpNntvasGnrf3lfo5r+s5csiXvuwcVDNpdr3wu9PqT23zy62k9KJP7TVMedJe6Lw5QvJBCSYDwnBAapUvOVlTm8Iv2WudZHdDEnAP3jsLr0sLoUeu5VYww7a9kjLfSvz3Sa1Uncik/khkWigAS+u5Tdcy0fNfId+RcQEMXepSM9F1q4UQQmRcS3svsOaT+qVf6wSDM5SpMyMjIyg49swMsAAFxhWshj4f66VwO4Yz/qkPbDGfZ7etfsnNCfmZgEPYlAjDdXG5MefxNs0Clb9Kv7Pt3/ZEF96O0e/eslnov6rTmHkbQi9WYAyAicMWhd7ImI+Ar1pwBQ4DtLI8SXTOsfQ269D2GQagu7r0LzSbNij4+0dnbma+fWrwvQSM8FZa6rOpe0OMJdqV65V/96aAfmicKma5osy03n9LbeYzPFcXu9YquT7kjimB6YNOjWOwzs9+x5bPy+pXJln2ZcPt/6hJkrHcBpI9PqIV/ZpK+yxrpENWLGXOsjLqohzHoHAA+pqVSOsFOmfdqxVspMgFTqaigyfH5cvaFzOSaMdw4UXdAW1Z0YK095FxjJaObHTaL37YpbkwB0a33qLaOrIw7nJIZf10ZOvoApWijuspkz9UKmXmhwxJl7tLD7v0w9OtGdzR49rGpuhKtvmJYfnpSuO4KEPtyt2dfQtYLQjrRVfMaawz7f8Re/SFnuyxYBgJFun9P+SI5/VuyzDy4aMf1njZ/WKjcc0bzxVGGNBBgAFJIpNTgugm4lwsmMQ49FhfYDK3MYAKzM4U8yL08LTpxpu0fP56EkDEq9cQeJv39vvGGGs8gSnq1zsEjkhsU00916F7D4bnuHMC2FFQusT2X5p3V+SmI6IzAlIzDFxqw5H4t4+GrRyMjInG6QjzzyyFD3YTgSDAZF8aQEZQ0bxquKLzDOqvc1+vwOJGEgj+f4SygcvpMWmm7MLAzMLkzIgD/SwjhjhsEjBFef4e5drlKpAABjHAgka5trduass9YeXW22e0kJAA7r/lfkWcrgCNGzca1KBEAgysdYR7kuSU5nYavp2UblDhLQxe47JT4zdmUJeAxwciZeg8sQSjOzkm6j+YnuXpEAQGByfvsTY13XKKQu92ASs6lcWaFvUZ1yI0e4HbRwVnvq16ZbRNS3YBAEBEZSg3Jr6O2y5gcBIs8Bhz4LVgJgAAIIWlIZhHxaUiOEBr3Xdl/8X1gjZpj5iLusqFJVvE8ztoVJc1NaF6VrY7Lz/GdlBKbUK7cIRPiAdn915i31sVJD82PGibn5iXf+JEMQhFKpjPssE/KLSGsbYYuT491NipdMOBYaKnuDEezX+n7RYOltkSJJwgQh5hV0lvh5dKwtdkQ9XpV223pT0za952ctZjoQJFwOoXRMjAPe26nd3xhh/x8jmpBmNCj2eahGABARd1y9po0pxwgDgiDhlhCfiObLACGAMvJF+b5zWtmDHqqRxMw5La8Y+XD1GQBAvQRWTw71yi9+MD/fXRnGSzVXaD85qPugjT1Yr9x0VPNVO3vER7X5iXa1mJoMNwEJQ3kTOy6LUzFJWcPACiWzdxfiYy0QiHn53WPgK4P1/2z9LPT6TNuf8nxzIh6lFItQe3vh6PDRm2VZhFAwGIx4lMwwh2VZkiQBIBAI4ETCQaMTmtDKyAwip978XiZJfGrfsLjirtXePU1UwE2JjUzgg8x7K7RvE9Bje1xJ4wvGepeN9URrJ4ybpztiT+ET3MlPBqLeOOG6J45br/Ovn7l769jvthe/deypXznfS1EEGRKTBFbSuMDMQxQrpOdwjspcV11U/24y+umlWr5P+eMRzecAIAKui+vSAHBA/65AnFRdwMFlSLagaKzqPaWe6Lw5zzcvYn2NkL6w7WkCkwBw90gmSPRHvK1zM5DENIaoma6Gv/UOP3ZyhPd8jZCFgITYecO7wSOfi6pPXsdikxYcf3H7vxjoMv/GKgvfKXzofjwXAPZqfTeOPl505j7lwh0p83cvnlzxToZVRIApii+bMFR9HkxI0nXBRcfOXVibZxFIFCoRs3L48ZPF9EwgCC8pHtfwr4/FrUwsy2eXzrtdH9nBnj7cQxhvWl5AEUX9NHTjH9J+7KYaAWCtyfW3vCYAoI5WEC5ntFNXWemI1nsIApMz7Hd33kMEplSSRSmaFKJRIRkECA7KeJNIExRWLbA+qRTNpZ6LDXz+wE86iBzQrQnzQ0kJlp3V9syV9SsXtv11Tvsjs233q4W0Q5qPLXwpiaP+2gMkKKDVh5Nm6iDET5wSuwo/sYcPnV3oWM81cyMLvWfFOPB76oz4kr0yMjIyg4TsQi8DAPCZfcOtJ54Nc92TkLDF+K89uvcfPXZesbcQp6aYp5QUp/B9SgXEMHDzDNdrW3QRjxmdxp03Jr6+axIhSf85F8E5EPI08AEUANwDXXuwrS7y2bWR9eSTalNhwPv0b/PIY2OONrN7JNQVNSig+C4JIgQZKZbH6TBnqOxVVurUuMIAiJE0Y13XxKhv5IvyfQuOq79po/s56dQImRoxw0M2MZIuke+91fjsZMdtNI6THPvUolr9nYkrHsIOMIHsN9SfmrIOiVjMZdIyGQsABBeV/OP7hx/KPS6gjtHLTYobjO4NRvfbmdYPnGezg6UCMnQc9Fc/2/TBd+5dfikII0BbqjpHM+X3GVcVKLMAYLlj88stFbv9lQmmP1xvck13RvBgIpwOxPOY7vBMrrIyQSGyngIC8JFtO4z/7Cx5Kbfl3hMZFEZk7QmpLLI+4u66OPakns+zcKVW5rBSNC9sezqF69rMV8DgKK4neCkwkqbMfWVaYCIMM7eajMDkZnZ359sx7svPsN/R6cOFAZSieYz78lLPhcmz3kMcamYECVHRUhIODG7qLKq6imiMvFzIj5soFPXIDmCkOh6jef75sf8uAZGHWphpeae8LoaMjMwpgbxeKANu0ffHuleiBd4FSOdThR/Ocq0498g7Y9mmxK13quIgu+5bdssPJaq2Py+15hkF8kf3SoRAw0rXnuH6+XTXIH2JZJGqG5pICgQoPTi2XPduo2JHd+sdAOz08biH25hKAQ2Za8OpS4DsTHyNAGCkZ1lcj9acwJkAwBGJ+qSEgQBNcNwAAEHSlcg2Xo1qPY+GdM0rCdQo14WSbA0hhxp0Z6hLp2vGhKx3APhI2HNfXlWn9d6dH4zu63Rr1G+8TB2Kk5VqOPOxbe3iI3ctd24O5UoEALfo+9C5Yf6h29dve/Puir/+ovrJHb4jCVrvAPBqdpsnio89CB2799Xt9Hu7tFiKunmgElPKnFd0vrXRwn6NDwCQN0KkVYhmV/zHkpErIjC1qO3v3a33ISHXO88gFEA8672F3dt9Szws6+Sgo+fzOl/n+GdNtd/ZPQKrs6vJtt4BgBeR3ZesqSmmKN+lVwtl46Hn6humKG7WvMCic8PqF7FZJkoHADo+O27jVs/QhD/IyMj8BJF34GVglXObTYxlSNto4asU+zVNFup4JWeKL/Omev9tsr620xphNq5V0swdSy8Q54wenB4PNmRLE1W+z99WB4KgVhrEvAK+bAJWKEKf6pSSyz8ES12pwfBstCGOq9eMdV0TI77dT7Y3KnZYmSPpwR4uvsNnw2f49KQ7PPKGLY4Uec+Oe5Q5WAoANqZSQmLInb6v5PrnAPxFAt7KVliCo2LUdFMNPtIKKFGD6pTATTc0KndohczcKPGlJ4cWNyXhrrToAhb/3PhmjPrfmVyr9G1Lv/7Sr1AJhUPpPtA/9voq76h9QcARFii9hHAV9Tnn7/Nl1sByt42qfrs8PA4FUxRWdPiMfFWuFuM1PM7988Paj/kfVQmaWQHcEMokHxFXkIg7ntBYM8J7npkb+uzrGikjkaW6PfrX7cwxc7CUxiofaRVR8ILmt5LXq+5pTSY5b404Qp+0cVvkheSdCnSz8hoAACAASURBVLOsf+kyYsaZVFUlctiBICRLilA0EqsiSCFQiLzKfNZLLZ8mok0Q98KWkZGRGSzkHXgZ2Oc7FrdOKHsQcsbLDy+K2heeIutrwiYoiOeUX/6P3rCu/71MEqLY+v2Hf9j+wAj1q2klX6aNWVmU9fE9Ta+1v/MsVV0VqnLjjKixl0mFwJHX1+x0VYX20+jH4W3G5wDgmGZ52AfDx2YePj3pzlHNcgl4ACAwlRacMMJzXiJxqqyoJ4AOEs465Q/9Oy8r6UKu+xWaGH8rAMARbUhO6fQZt0XEbzQ9LgF/TLOyU/x/SJAwvLlN95/tutUVqmY3tc17qJm3xT7kf6k2kCT2u68TScM23Hiq6d2I1nsIjuinLfJRmu2ANlx9Q8wrDG14tnnI+nj68wBAS8rM4NTOt1qRAAAxNSNa/UQMJ1bSFPoWxa+XfAhAQTLOpQUAXrI1QDgalFtPqL5vZfe7qfD85IML9ePWulbIMnHFES/okzZup+xZn+xTSAYTN3lacOGS4PzF/NiJEa33EHelXT6GyvaT7XHbNCplC15GRuYkIe/Ay4BTjO+Ra6dFAAAiziK0+j+vARfZ0w8BKLZtkEaXiRZL3/uYLDatf/V67WqnsWsi28Lyr2a3fpje/s565yzmDjErJ0MrXjnJ/cFuDT7ZhmfU0203PE9gqsRzYVi5hAQrUzHd/vt51scBsIB8VHLSxZ9+2Onje/X/BoBS96WTHbcyCQtTK7Du+toNPrKtSbErSDjZbmL1iRMKLjmmXpnnmxctx1Uzu/eg9iMAIHF/1PJOGolv00nA84RnUdtzGHCAsFWp1ozyXEzhKButCCeuitc/jrQwAFDexHx/RGVIy6UYRWy9iaOaAAAmHHayqUHMjO9hO3zwSYEN7n3JaBkj+MriGOvuNuwgxE2fHXrZ4k7URUXLZ4MSAIDCaIxHKVlSpIyoqTfi778DcITXwBfEr9cNCUQiCZrwGAMhxXNER9hF13YvSPZdn8KNOcNxe7n2Pa2QCUO9xrq1dvtsfiamh8VApyVVn5Q8+UhdedyayuSI58vIyMj05vTZyZHpNxY6vsmRxtEAIMX2nw8ECGtr7HYUX37Yl64ll5ra3VfrVjupsG0olO9bMM32tw9N/7h754THV5ve26lNbTuy1nyhjTl6MruHo3tKS0jcbHp6RdotFmGdh6r2kq3tTEWDYisGnBosU4gh1T0kW+8REVG4mHatasOqtNs4wjOn/ZEZ9t8nbr13ohJTirxLSGC9ZEtfj+WRN0A4AQCDtMP0Dztd1asKPqZe+W3q70MOAsOcxKf+BNAK0UhJClpSaoWsse6rAKQmRZSo8iRb7z1OBWBvKZpnfTz2tynX+EfNKp857dD9rW8fCdTGqDncaOCsPBbi1+sXx1U9kmYF5yzsXN0QpET/RPRjiPJSq8EosYFF50J0yUAlHX/nU0QBMq7Z3JNo1vuArTSRkSJI/fU8B7JwPVIhBkhHUsPgSYktc119YdO7EZPbnWRuGtXy76qkpHTpH2bGMI+cGLda8kL3ZWRkZMKQd+Ajo1KpdDpd/HqnBWfjmS+1xPHdnW3XAEnqzpiOdFGtfX7F53GnUaTdZunLDjxJkn2q3yd+t/1DL93DeicxO9/6eI6/Y78IA7gCaG8Duw8mG/UXfZF+/eK257P805LUnzA8ZHPsCjx5aETg1WcKqwEgIzDl7NYXogXGc4RHRAGlOIx8H4aQDZZHlILRIBSSmA3SzTXMdj2fe4b9DiNXbOZHDKRlSlIgRO40/NMcHKUXswXEtTHlFr40LRAr31itcmPIKMj3LZhte5CWwhXmXWSjlSk/w/YblZQSIB0EpgfSyeEMhVXpgTEi4oaDl0GOf1ahd9Fx9ZpoFfyEVK0MVAPsxltfq9j+p8Ib/1R4w8nsYSJEfJBZvSdDB5FPzaqdeVm7uYCwQ6YB8iyQm/iiAQYAMArk0/UlzPW3KEpiaUNkmaAlqsJdB26q0Uu1DkrytgGuJDnoWiMfNWFkJ/m+hVbmSOdbDFKjYnvnsylJKCTDRMfNST1FIvhJ533+z6aTZ801xjebTw5cqhnirdFJpMpiibBonrw5jMzJwWiMnIooQXy+Uzinr8ywRTbgI8PzfDAYjF/vtGCWYkyxIvtYIGoe5iI/e7ZVL80600dSEH3mR9TVhsxHkYRfjqpeabZ7KAlhMAnUTfUpDxzPAgAsYW9ic0e1Wg0AkiT5/UlRUxex9CVZGVZ4ZvsDEWdIGNB458/9hE0rpCejMxFZa3kovBc9p44316feV1wXen2G47YYsnaMpAGIt+fzk4EQ6cPaT0y09odxL688mn/g0LWDaC6SmJ7ovKlTqzklOLqNPYiRhHDkf0dE3D7DGwCQGiyb2/7niMIHOjFruv3ewerhMAcBSfZLCzAZjPRcEMOA746IpYerXqNF4o7MnyW7VwmCEFKpVIFAQBTDY91NopohaE5KikNHYcZYsfSCb30j19QZfYe6hiyLRjp/PKeg2QAf3wSWQMgIMh+x1+XddJGfZWM8dwBgdDq1uybW7jpHeBhJox4eK5it7IHYBnxooKd75gHNYlMem1762trByFkfE3qo/ba8ZIuXbAXAf6p8deWYZ4e2M52wFBt3wswQnNfb455SKBQAEAjIueVOSRQKBUmSAOD3+yWp/wIHgpAsdyeZnzKyAR8Znue5KLHcpyUv5f724mMP+qQIjxmVRLxZXojGTPROmw0xbWkVgQDgyxTHleMruyaMCJoY/rHCxr/lNW/fWlbsZxM0yEMGPMY4SQZ8C29zET2etSncmIKYKkeTnLfQUp+dq/vHEe2n7cyhnmU9Zr1nODXntJn+mt8EAFoh08yVnpyOnQa0KvcAgCBJb+6xtZ+YOujGYvdMSwiI1ODYaDUlxK+3/MlJ1QLAFMdt0WQLZYYKC9+3xBmP1b51oXZ2CjU4qcUHCEmSKpWK47jezzICYI5m/LeunYN+UoThvJ3210cU7XGZwj6yeog3NylKUrkjrfHXyyiseNY9q3T6Mp8kxX7uAMCYVEjXUc2uqLdyi2LPPOvjifQ/2fhIK0AcSyA00PNkD6cCTuQ31DoxDIs1CADAIMVYMh4IR7RfhBwwNrn2t3rateSwCATL1uG4i+BZWr/f32NSQdM0QihJcxiZZEPTdMiAj7gMKiMztMgROzIAAJPVJV+NeKpMGa7xM86jXtOwcOzCmwJLlwER52oRs/J36TyXj6uMOM75SGnCzP1+ZrjsrfVObpzvWxD7EEbSoH65T/Z1z8TKHtxsfCbapySgq8xnfVU3+6nCDl1inZDTj179NJFA9JCtACBwSuuJKUPbGQEFSnxVZ7XrVKIlLTh+aDvz09FfOiM3sGys98zC+LNqWlIS0IeABb8UXO7YPICunTz+mHE1jaIuGLEJB6uHsbTd4ID5e1wp0SocbWNUTPy9rADpUI1NNFiJJODn01xGZeQZ9gn12mxfZGHIaPAoKS6vPtL6TepdCWrpFXmWULgrmsbF4fLjWcnoVf9AQCRjxGhjy8u1HdHvIpYauLYknKQ/jM0Mxr5uU7ViseUU0CiRkZE5PZA3fGQ6GKcq+r70he3ew1s9B12iT0eqpjPFU40TEKAEvX+CU6YuQ3+NITUlIFg6pfKrQerwAEmhDUpM+bt9OT2fl6Rz9XUuXK/YElZCAExxqOY69Pl+Zp5uUurEG8gFdbsavuv4dCh2bodnLve4tLEdGmmTnL9M0g5S4jCSVsedP8r/Zbk6bch/zlPx3+wfl070IIAWN/nD8XC5gTCUov8vlenP57U0M4k6ZB321wy4gyeD8ariF3PvvLP2Ba6Xmp1WJN/dX/xlqu3fWX02nzQC+Y1pYYwKGINBIfm4OLdeK7u/2HxR4uc1qcTfzXesrVTtqGU9QQIAEII0/sQ64+usODfxOx0BblBs2m585cKm/yZ+9ohgkABQ9zXfIOFSiMYE3bhUYkqhd/FRzReht9n+mVETNAwRgz5iiCj4Tcpd3bX6qOhrTCcBwumg9+0m62uQ16tWqa5Imf4WmiNFWregCfyzCe54exwyMjIyg4ZswMt0gQBNU4+epu6b12gnLghY6TjG/g51vEzyMSHbW1GbFZssYmrqQNoBABpR83UTVrq7nEjJYaMNdlD/MQCoBHRtkwUhdEGLfoHd0Gkyc+lZQQAxKyfY2jFf8FBNJ7+Tp6i9R/44Cc4ITBranoSgpSnntm14I6M/194puoYycPykdSCKjLU2Ks8kpGhENSN5Y1qSIwJVv2pIv6MmrUIdaFbwL+a0rLI4YjfujRSINDy51DRvjKrg2RNvfefZ4yVFANAL5AWtxvurMwr8isXtusVWw9/zm3boPCICAMgK0g0MH/ua26LXqLmYyUoA7AESkQIWo04/mthdo4yqdDrcCT82ChovHe1dOtrr9BOciAytVcHlrz9ZuPfKht/HPfYXzW+SGBRSMDdQt2jKVgENSLMqRNiqAQYw8oVntz7voBJd4snxzw6SDlbS+QmbiSseeJcGncEdgkjMqoX0INMRO8AiOpuN6sqRbOjd2xXrvoFOx2mH7YzG/7GaI+9mX+uSeqykWNTi5ZPceSY5zllGRubkIRvwMoPGJ/YNceuIWBJBJPuaXFcUVe+/7bHVrDTaAWBRm94k0lJqmvfKXwDTf/mxe7KuW1OxWwApNA/xknFy4AEABhElITNwd3xEOwcuAAiQ8Gma3U4Lr2W3KUXiTFvh704sDBBGSj82w0HleqtVnORiAADsdLWHbNKIGUnt2OmBhSulsYpHvviZnE4KrJQ6wa2a5upPkORP03oHgEPa/7GSrsx1ZdhvgEGyMZXmnvm3elP+w77CyVrIzp1REPj2SKwI23mODQBAABrtVY72KtcbXHEN+Aw6jvk6rBilyHu99GGxvcXx/Sd0U2M6x5A/bjBimrmgzXBBm8FHSC0spxGp6qKUOVlxJP2CRPykpH4OXTTO89l+fcRLOEA4dlqe/SDrzr5/mw70SgkA6CpblSJIAK0Q40sSPFK8/50DUis9Yqd2UmYg10MMvuf2j18VGYREXb1y/bNzO1OiRM8qOoQM+hCkEdNt0CEuu0h/hgINTTYK+sBexXerepfnBfbm+tZvyZrB4ZEKSZeipBdmpszKUhI/2bFYRkZmiJANeJlBo46PbwADQCNnzWHSEm+W9Hve+vKPD5TW+sku3zWlRDx+LOe2F5/23Xi72N8MH2XKghfy7vxtzYs8iABQr9wywntejPoYpBr1unxvLAfRASOtSv1lxyuE2xgBABSi4Qz73Wn+ee+nEQAA9QD1kCVmTVZPWpG6LdS1vYbXZ7c/OCg9ON33dZFSNPGUT0o0NCS5KEQMAC9X0PcV9OeHp0isorEziNGwUW5PNjzhq9B8whGeatW3pe6LU7gypWj0k7YWdl+F9tOJjpvNEMeA/z9ty331D13WPGmWZZZenOgkI+9tTvCuHeWt6F4y36Z7uiCOt8sc7RBrGfQD0pxm/tmvybZWvqFWDAQkhULKzhUtqWRzI9FYT3Fchkol5uSB0gOH4xjwEorvgEASeHqB0OSzb60yQM/sDAHSvint/hdGXDdeNeANZwSMREggSMDHFTJoJ0vuK/wZgc0AkOaHND9gwP1TPAEAnvDG9JNPqNmw4SBaGovTDBE6/OeVQN+Xcc2Q9AEFg9SGb/Zofc0spxbJsW6VUSABYHmK45bR1W6Kyfc6UjgvK5G1om11zReXE5m/zbxkSLoqIyPzk0U24GUGjdHK/ESq9cl6B4DrNt+2fKQtrNBPSL8fWbPa5Pji7X95fntfnxrszmWmBSWK3Kea3l3n2l2rXG+nq4x8UbTKleoVm8x/+bl3Qb8ndrHhCf+KtJuddEP3QpVoOaflFa2QGVa5gUxNDfwty393g3JrqG8mbsRo9+URW+6TaXhaW+8AABzhAQAX1aAQ++ajmwx0IgYAA0+QWBJRn43wLGPgtlneje7ye/ZvyPHN1gm5AKASLYnsOp6KSCB8Y/ld6B/klLUbmSfCKvBE/CyVPPI2sfwLsO0F+zY6Xz3N9rti79LuDs884d+vfWtV2ocXtY1K5bpsv9lU0SSVtNsXnn6yk4mqEbM1UZMODHPElFQxpUdokpieKaZ3jTy5kppBVO+Y+e6Y+TYa8zyKZTBn6MS99ey2Km1v4USFaLzc/fyZKs/ARRUlg7HAz9IS2OnjZr4kxhiIQZzkvDWssN+D/FbT36fb7urfsT07cGowuAu+HroRAHQC+Z/yglEmQUyWLk1UBCz+q/K1l6dsDq2eAwCJ4fw24ziP8rGCpnz/giUt97KSrusA96WV9panHOv/OHruye6rjIzMT5ifxJquzMnhIkOEDOphxNA9jsjL255bbuqw3ot9517U/M6VDV9f2bDy3JZX0wMT11icL2TVsVt+6E93f6SQzZyhGTNWVayh2O3pj/JUZBfZVvZAg3LLBc1v4HhJgPoHJoRa5XojVximSDfDfk9v6/1HyDntDzOShpaUJZ4LVWKqk6rhiQj6yafKXPAk4CVbAoQTAA5pPx7qvoTo+HM0YnzLszeTCtoBYLa27OaReRtSHvoi/dov0q/9MPO8vfo3hAT2QpNEkgTtHXT1Z1lXtSj2ExiNF8wPwbzeddqZo3HbcTLVna955N1ofvyTzMvKde+100c9VLOLrm1QbHLTjS2McNuoE501sUodXHbZv/LviZYlLoUyvJJ/D4FO26eqmlCcpY+TuOGiVuUEz4HYdUZlcJ/s1eAoV4nVza44OAjZOsWsXC2tWWzTV2lWQcwxcPCiovB24/PW8PSfpzlxHy5q6eAh7WuHtB9FfDaFMcN2D4WJFw/nL7HqFRu/H5QeJg6HhauOP/pnfnWn9Q4AIoLPU+2PFjYW+hfPsz7Ww3oHAAC1mGatvGBTo+vkdlZGRuYnDfnII48MdR+GI8FgUM762FcIID51rLcL7hh1LjXNPdcwI5HWVCoVACw4fC+PsE7M+1nDpwW+hQrRRGEFhZVqMW2E99wR3vPeynzn3n00PyXRhENhHPAfv6Dyj8sdm5v59iDm3aj9qGqlQtIbhYLOWR2LAvs1H2QEp4zwnqcSU5IkXY4wYeKL8/3zC/wLmxV7AqQdALRC1gzbPTGOorCCwqqZ9nsLfYsMfIFCMgwfKb7hyWHtx02KXQDgoI8X+s5SSFF3qu30rrHeQza6MKn9YSThLOc639ILlosuzGX36dh2puKqsaAkWQCYqB45XzupmbfV820CCM2K3VXaD5qZQ4W+swa4gCOgINFHX63u55MQP3ADiUf+z7Iu36d7O0i4AAAjaCH8O7jjKQLjonoM1D6qtdRzcewOpwemBAi77UdTn8LKaY7flnguVElmRtKwkt7AF+b7FuT7528wbvlFI6sCii8Z7b/wMqw3GCntxaa5dVzrsWAD/nGlgkDEuYYZ/yl8IIcZqLjmIEIQhFKpHNxn2RhlwQe27/gom/DZAeaNQ4UjfQ1b9VOjbcJn6gWTSqyyxoptbnSRU3RVKooCegCjGUFghp24r+GF/E3pgVlKKbI2QT+uT1aqur5luZ02OqiugH8re/gH82PH1WtYUV/qubj/3e4XXrKNxqrBdQ0bpK11aaHjoYmeY//MXTnWfR2J48S0a4UsL2V9M3tLKs9MaZT4cZOAYQehF4nxRNN/PrRFXjVgJd3i1udJHLkzCMiqNjy3CIcFw7MsixAKBoOD3lWZkwDLsp154HG0FcfECE1oZWQGETTAi/J0xeVycVyieYNkOrGJnjH7rxEg8nzRQGorx72XYFMWi8Uvcqrv5yqllMsbPo8WAcgTvqdP/JH5zZ/60dtWwT7n8O3tQoSFcworCqUJz2ffnaVU33Xol1lt/4078xhEAoTjq4wbPGTTSO/5s9rvj10ZgzTk6dBOFRz0ieXpN3YmeWYl/flNb2jFCA4OdcqN36X84emjOVu0fzHwSbThU3jrn9ueu3+Z5R/NX15Vt4ZMOOu4g67dbrx1X+7jOCu3e3kAc/XBNs2aFQVHmz5Ib/8g9dc5/viuMTFoZfbZ6eqR3gv7N5t303VaPmcgHQCA/fr/7tK/3Ltcz1MCIXnJHk4xZa6rznD8Jm6b240vHtS+D4AWtf4tOxB5VdFP2tK0zz409VdYGZ5wrpm37fAetgtuI6U9Qz2qr5LpJwGSJI1G46A/y9a6dt9S84xD8ISVF/gVn+4rHuVRYpqpXHT9W41j7L7wcSnPxF831f3f7doTtjjX+WbTfZe0Hb3XMwFPniWMGdfv3pLrVt/mf//LFDTP+mRqsCzsUw/ZRIEybrxJg2KrUjQDgJM+YWU3nWMrf/h4JimCgzLUM5arxlc1KE50aqBSWHlV/aqkPi9IAotSx+0oIH+lZsU+3RsXNL+tEodMsz0iGGBV2q+a2b0WnprhMJkDn6AEMp466BOfZVxJAPpuZ+n4c34jZg109EgQj+gvPXB1EEfO5V7iuXCm7Q+xW7hxhqsktce9ptPpEEJOp3PQeilzEtHpdAzDAIDdbh/gMqjF0v+0KTIyEZF34CMj78D3DyXBXGle+IHt+wDuOWVEUKzI2jHqFZJIdK9DpVKtt+/6b9OqC5v+29tprRMS0wdVKTNH9yfi97HGtzd5yiN+JCGhnahnFJ6LUyd/e3CiMooTe5L03iisMPJFVeqvs/0zM4JxfFaTFJA/nJFADBKuvmZFbmX3f5tyT5Bwwo//moiCR7SfCQRn5AtorAIADNhJ12w1PbPb8CoA3q2zjHP+Iqm/cFHgeKqp5gbmKx64VvZAoe/siMsxEvAIiFDHvWTrPsMbG02P/bxJu1A3WbL0mLVTiDRRurRN20iff5xH9Ub2eh2/NPF1gd6oxNQV6bc0KnakBMcopMjK4dHBrBRfljwuEuIZrHHQNRLqMb0OktINDRaKoBrYrj2uVvZAnkCq+XE45sJWRnDyCfV3mYGp41zXRatDY2ULwZxfEp7foZZrecv69ZeOTVs8Bw8FTrTy9nw2XU8Oi7wGnSRjBx4ACtiMy0wLSETYRJdb8DGYKPOpb6tNfeVQfibSC6VlgfMv1uSmTMsLaBUYAwIArQIXWoTFpb5zx3gVFF5bqfLxcdYc65S7Pk/bsZtsvXJTK2WzC8UlgPp8G/JYuAZ/8AV9jCd8xzQrHPQJBAQCxBEeK3P4kPajTeanJzlujnuDbzE9s9P40hHtZydUa1vZqk0G91MFjSKYCnyFhzX+dzMPdM9gIiHBxI8w8AV97W3i5Js5S8mqI8rVG1WvbzE+X6fcWOK9MN+3IEmn6/djDgGcUH/voup9pKQSLs8InJHIUQrJcETzOU/4ahXc5ZazsG4QBpBEWOve87F9bbRPR7kvNfMjY7dgVotFlh4DlLwDf0oj78DLDGdkETuZQSaLSakc994q57YXW/5Xx7WSiCxWZD+c8Yuxqj5PaAiSIIHRRI0A76CNngjQ5/TyEpY+t8cJnv/CvvGp7F/quPB9m5NAZmDKVMftngQy20XjNBCTj/gVOOR5P3uJQjJd3vBl4k1tNP3lmGZFSL9AJ5BrdpVcdUbDccIpIn6/7q39urcYScNIGj9pF1HXZGuU68pkezdMce35fJzA8TwANCl2fppx2bz2x83B0k6jQiACh9Wf7DT+k8KsQjIGCRePvACQGWD+WJ2Jy+KM4Re2ic/m3b2g7akYq2CxQUAoJEOLYu9nmVcBIKVonGd9PD04MdGjB4OMwJSMwJQz7HeW694L24rfbvBu2TZm+/mztpgDLslnIDXT1aNLlXn1Ds+L62NN/QlMjfQsiyFaGULvmxEQnAqqa/b2r9YvHmt6m5O6ZuqbPeUvt33+UMb1t6Yu69f3O8VIp00PZ/7i4cxfdLyXJOT3AYBHqQKi435hKDyr0D+rMEJ+RJaKPxUOucmssTify22+9zDCJnNw5py+9vPVti/XOHeEXmOQqlXfVqu+DT8RET+jZJgyYnpg0mTnr5qosudyAAAua4B2pmKX/pWQnigAtNNH8mEBJG0Q3hT8YXX7EwBdM7hi7zmD2D4GqZU9sM7ygICCjKSx8KNntz9IS+FOKIlQ5ry6XrEFAVHiuSjxo5SiyU+2/2B0u7SKaHIIpMdDbVpPtjYCSYqZucGZcwaSUxYAGrhYuQNZrI3bgj/espSMjIzMYCEb8DJJYYl+2hJ9P+PSO5mhHVfgWxRjAhSaHklA3v+VeUwGd8UUNwnAidzfWz5e597tx1wum3pX2uUTVREWzm2iO6LzfM86riVb7pyA349WIakW8hjX1TsML/b78FPdeocoX4HBGpWU6iVb1KLLSyZklAYIR6f1DgAuStxi8C5uUv4rq8uzkSM8IW3z7vw/e+cZH0d19eFzZ2Zne1PvzZYtW65yx73ggg0YAzYxvYVOQgkEAgFCMRBqKIFQQ4fQjLvBBeNeJXdZVrF63b47u9Pu+2FlabXaplWx/DLPB/12Z+7M3B1Nueeec/4nJTKXUdRQuLggpuUDvQDNrUvsVO2qxJsITMWygxWCwUKX26la7yoeuR1kaw2zAYz8f4W5MRzljAucdC0aYoiWZgC4pTrh3bSjPyZfM9pyS65rUXTFqNh2AwZ7CGvnUOS+gcDkCOu1Gj7h19gn2xZWKD0AMKoRhuQt9G1sYcL/0kT3SC2fGroNAqreRmXFtJrrHzStfrzm/c7NWJF7vOb9Crb+ydQbz1Xx6m6BMVlVQVVXgccNCiWfmi6kplOV5URtDWI9WKni0zPFtmBmQaDOlBN11YhlsVLFZ2SJKV2Qb0jW8zXWMGOPNoWC1zMaHjiTLNuzgx07EYe00KwMsbNcWdwoszCEjIRkPfcjNiM5EVp21CQrCT0bJSDOImtXPcxzXDbR9KDfvF4smze36ZVj2m8Kde/qhZwCa2sp0F56CJ+hCn2/IiB6MM3HTtX9kLxMOBvqwhIOB1VvSjw1ynZdKjPVKxrisnsvrgAAIABJREFUIpsx8GohKezekthRJJaphSSV0IUQYu+MCY9wNc341oQ0CY6bylcUOU95BI9eSJ8uPGnU5gBQhAUbV5qXoO05V0SfLiQnQl1dHhReo05F94rArYSEhERnJANeov+iJOkEPpR/rG14xIuoqEZ+rI525L38lfO7tlin40zFesveWEq3afBrqXSHSGO3GFFeaCPhHz3blwy3X2+X1Wi5MDbG7w2ZoM7gqJOadelM4LJ5fpSqN/gO4g1c9i79+EGOxFxnaYP8sI2qCrId6tWc0ib50S3xD92Y+3ePZbXfKhHxTfJjvkviOAphAIBcl3JJo/HGmji1QIopaaI+cPIInzuYKj0FAAoRrSwcdOmoU/sMryV4hhv4LgfCCETNUCeqllNyEY22qwa6ku3dCMjvPjnOeafUq+sU+71fCZEAAOT29/Q6POGtJ4VooEPV627FzbXuysTbnqn7JETLD5pWf2/+9YGkq/4Yf/F5lNtC1NYo16/0zvh4oQGAIEBsv2vkAEJyqnv+JchuU/68BlktvqvElDRmwSViTERG2ph0z/7KUPkvzfITFlmF93MLzR1Wu0Y7VGRFmXvgkJJGWa2N4gUwKMVBCZxR1ZodcLRO/vVBjYdvP+dWRj4aHk6Sz9kS/ygtalLc49V8goBYE11Sq9gnoNbn/2nN2tAGfKVya5tqRhw7pLP1fhaUb1+Wb18GqNeDn2jo4AwnsZzAAXLTouuHlk8ebf3jfsNb3q8Kgbi2Lu7GGt0jg978Mu05WtRgJHLIRYuauY2vxbP5ofeGMKkQYobYu1Am3U1aHFS99zPhc6qfrfvva/Xfej9PMz8xwDEfAAQEACAANNLx78Di5G8b77siSjf4IEW6gcuKZ4cpBKObMDcqDlupyra1DYqiXOei0Htom+aTkJCQ6G0kA16iX7MgeWhZ4LJuAeBFJDtxL07/zm95C28rOHbL/vz/+JagT5AZZYgKJqfchpUq7Up/exiFqN8W+9Scpn8GHJ/9bmHIZjPN1tEfXFI/JawH1U7VFuk/9H7Wc5mTTX9N9IwCgBoaprQAANQo9+yMeaHNue0DBoQB98pYvEK55de4x0UkfOvcnUwF1sf25baqhMfLOv5SkmRmzg3Wnhs6gt6/m2huAoAcl/ynQ7P/mf6oX054hON7Pb/3+eJ0hsIj7Yo0t9yD5H/OjWCz3mSc5e6fkm7wfs5l5AAgqvztcBUdUcpiJAL7WkWrHbvWutshBIgJ98XM2x+rfu8EU/Fqxj3nhQ1PVp9RfvM5Ejo9CUV/dyJZV6P67H3EC4D9VxG11aovPnJddYOfIkNABsRxY9I9B6oCC3oLyLPL8E/fJXUKbrQDDtSpvzsd0zaZAgCAYHgSe/koe4Od+ny/Vgjk/kz2jFlS+7Vc1Pv+L1jCsSfm5dOq9QDAkZvk1DIPPzBgZ9yked9ZUxYARlivD59T0ztPDF8UfAfFRB4xHHJ5VTx8ibofo53LljSvZhGf61LONGkrFez8gpMWmQAAbWFKLOHYHP9IJHlMMdzAofalkR+9Wr7bO99KIyrt7LT7Ww3fv9bQar1PMj3std47UydLePkn6wOXdNmQbnKQB4rGX9bcwYFfq9i7M+ZFO1UDAGeUW8cSd4WoWpKo9AyIlQx4CQmJPkLK2JHo1zwwumvBuiSmA8q2iyDOO/Wg7xIaUZO1w8Pu0EE24t4qax0BGDyEaVvsEyKSJBVbMdGn3aQFAFjCviHh3hZZcYjGLfSpDQn3emuPxbJ5F9d/4LXefUllJlxc/+Fw27Wzm15cUvfVkrqv5jS9NMh5MYllvfeft8tqvP/To0zZLF1B2PYXtnRI58ZyOXPJFaHilkmSWfIH0WD0fns57ZHOim4Rju8P6qiLxhRfPvLUwCmH42ceeCuj80xHX2Pgsto+TzNrAUDoKMUPAOnGMHNzAKDlU8OeBgLBT0fUP59U2d3EMaY8dOM2Pm/5OazERn8ACQKz8dtv4xqfz659Mavup3iLnezwqClTeT5IbXw2p/b1jPrfjHbMsW3We6HW9XZGw7M5tW9nNBzSuhDDKDesgsikni4fZR+X4e68nCFNP8c/2Cw/4btQIxBrY+Z9bhndwXoHAAxH6ujXtxp/PKwOaL17UYgGv5kUWtRMbX5ipPVGLU+e3D7sH+TuvMQAAVk2qmpDwp+cVIP3KwIi1d3dvLAege2Ykw8Adcr9Pbh/XpDdZh7+1/KUyxuMGp64esRpr/Xuh4jC32IAMMy2vEuTCXKxNdt8jn6skmid5Xm69hPv05gWlIMdoZQmGrD+SH3XKs/VWqk3thnKOpU2THGPv7j+Q296Aks4dsSsCJaOIUPC0nEMIQ2oJSQk+grJAy/Rr6Fp0ChEh7sLL8ZsZtYOeK7z8ibOUsU2+Drh/5x45a+2whD2uU7IzLNfypF2WohSAKz7JLAGpZARzAN/vivVucgmjmD0nL/1FQKbrD3Cwk7Vrkq+Kcs1K4OZpucyZFiNMCGCwBNOq6yqUvnbGeVmr51MYGpm87MUDhwvrRAMYy13tn3Vc5npzOR82/LeU7BjSJP3g8tSf4ExaZImf5fjWLDG04gBY2NGYb4eiaKg1QnZA9mCcVgTRlRJ1Btc1/1Rtm/nD5UZAoo+giObmboDEAAGADspPpNjXVYT9c56Bl9R/e8TTA9bh4uZ/qkBRqUwKJ491dTddHQRQ3mLrLxFtq1UyaQF9tMG5O3GHy8zdll3rS/hMP/yiTf/PXKbi2g3S/Q8+Uh5yp8qk5pk3D15Z36KN/t6lAcw8jdOZqW4ZbcPrdit76AZMc6qeecEk91QJySFkR0FAIqAK0c7Jma5nz1a6HbGUljhJBtrFXtLNKvb4tW9kBjiuJwvU4KKtJkZAhgiiifhaNutcfw+AJAbNTePaqz6cPV+9cg6eXKTDI5qy6oVu8rUGwSfqgdyQd/Vyhe9RAvtP2t5TPtlhqsnL7brs5o9RHGeUxnPyioUolzU88jVdjZILMtxzct2XhhiD23/kQR2ZJcOneIZR2GFiDwPJS73LvnCtFE4W5t2rCV8YMvaI6rhSZEKv4sifHVQ6z83dBa5qJvW8sSqpBsxiJWqbb8kPDi55RG/1KpEyr70AiGSGUMJCQmJnkIy4CX6O7dPsr60xRh5ezK4WO4rDd+8mt5eIHqyZvijydc+25rU2mEEmOOaO7nlUQp3bSK/N9iUuOzp0vHBwnbPa+sdAHjk2RGz4qKGf0fSGAPYZSf36td1XBhYXNqPLGa2Nlw5Az8MXBYG3EtR0PXyQ94PKY0u9ea3Pxo1em5yUyUboOhAJp301qC/MyOjKTOO5XJ2yswD62Ig4kLgnQ0hmWCQi1pvFAMAeAhr51Z9PJEk+vjBTqs8b07R3hnI+bVEdegVMZ8leqa6m4dHdMXS1PhdNco9kbQvcp22CU4dGT7H/pwgYPGWihfWcrv9JqmslPDX3KrDGudOg9MrEOhLqdKzaPQpuYgYwt8VuU/vmD7u+KqaPcOSItUbTzfyM4Y23FP5SIg2c1sMvxiuDHt9RXH5IYyG2+4F9D4/MI+srR7iOD7EcRwAnhpQsyWutnN7vxKGfUDA24pDTK1ir9/Cenlhke6jkbYbOzWPkq0xFQ7SXqaYPMSx5NqqoQgIDGIzfeKk9vsW+tSs5md14WZd23re1fwvEtNqPtEqO3OIKclXZQPAj+adbWuTuPDxStYIBCzbONVE19tC9TCWHZTsHlOr2AcA1Ypd/0u9PMs5I8M9RSZq3YT5jGrzt0dsOTXLOGPX5ikkJCQkuoMU8SPR30nQCX+cZCMjHqCFsLgqPP7Rv39OuvLTnMcGKzJ8R0pjLXdOb36qP1jvAFAXP5Rh/98mwBOYtFFV4BMEESIAFwHouLyZLW/SYviKPn7k2yKSu+t0xCjN0mBhHd6lPHKb6BLvkhkmLWCcdah4R/GUa2Pm0qh9UpVG1A1xC34Z/GqSLBrrvQ2G78KvCNgU+QzBBcS5yJZItuo9GMLk+/V7vjBgs9SS3bHiExZZWc8dGU00B9Mw8wcDbuQiFvDocz5r2bjWsjvY2i+STZ2tdy8i4M7WuxcHKf4RfggrLOLL0piZkzRBhdD0PPnCqfRyRVbkO+wSHjSIGzZKjI0DZ3tQerBfxxIOptOV31MIiLOSlX4LA95WFKYDPgAPGt7dHvuMi2zuvKqriCAwhGl20wvTWv4e7xnmveAREPFs/tSWxy+p/zCs9d5G6BIAwSCABIB3Gld6v1p86sVQEVSz61Lm0+nm8JKcye4x3g8KwTDJ9OAU0+PZzrlpzKSBzoumNf/jjZR5xM8bCbMp9E4kJCQkehDJAy/R3zEJjj9bninKKBlpunOwczEphrGrRQg4fMQASE8EiIT3VrzLKLqSEd0AoBMyh9uu7YF+9xC1IZ0D5zsOWZ1CMPo6msKagvGeYTNant4Y/2cAUAqxSZ4CNR/PE0wLfaqZPtE2XqQwIgF5UOtXA9dl9fWocZNmhRA4ZsT76yisiPfkN8oPx3DU0vpWBbv40qo3Bl789Ihbi1ynm3lrHKUfpRqoInokZLdb9jVPsB7S6rskEuG3XqVEs6rDV9eZgM3IpgY+ufzH5GvTXVPGWG/vkWtAx6fFe/Ib5Uciaawhoymd3Tf8pym8/FgUlBDmTbYDkdcQJRDxSfZjf6x4cYv9kN+qVA/96ZGh62P+7OmZuyAALEF7LlwAAEC3v1ZSPEHTLipUm4fYr+zBDhBYTGN//i55X6ly13jLvXpneMMYAZnJTLeTtXo+AwDZqeo6xUEeMQCoRL2mTLUxwTPSwGUhIPMcl+m5zCh61ag4PMF8XwYzNUifu1SEAvHI3aXUAwyik2wEgGJ3ZRNviacMibQRzuZVeAibGgLXzmyD7Ipnyh5Bgp5SjAUALZ+yoOFttZDou0qGVYAvfzF10j37fiPmzu7CgSUkJCS6gWTAS/RrXq3+6qFTb3n9mXuMr51Sr1lcH6qMEwDYaX8/BgB4bZjFxslt390s7KlUOj1Eso4fne7RkyqvAT+n4fme634YIgk8polzJ6HX+zTQRQXWW7vq6E5lJkxteVwuGFI94wnc/hCzyCp2G1+uU+z/c2XSbVXxKpF8L7Vxa6K7iaT6MnnVTtUGM+DbSGJHNMoP8wizhAhC6whSVnRAPWL0BZphAFBrpQ5WyOxuQk7hNAM3MI6LXCGp3kaWttA2hqBJnGrgaRIzYhfOsN9lWaX4zdeNJhOVCiGoFHMf4CKbC8+WFfDCggDmZjB2qmHGepI9NAaxRrlressTPdWBGG5gJAZ8PGVIoM7liQpBE2855Q5WPbG77HAcidyABwADpfl64FO/2PZ/b9p6wnSCY12ZDnJ+s2GOedy/ku8XUS/GCWKEMEkBgJjUXi50TktQxZMi3cfZzgtDSJF3FRERFQrdU6UtRRplOR0+ONzLOMs9lNj+QGMJe5Huv8d0X2IQBcTVKfbXKfYTmBxv/lMUXRKAO6j/94KGd6LYtjMIUI1yT6ZreuSbNCgK27TuGzlzPGW4I+Gy9ZbWrIEy5YYYNowURYK2C5qvcir8G5ZDTgTEjJZn/Kz3NmrkKV9ZRiyP/KgSEhIS3UMy4CX6LyubfvvLqTd9l5jpEjdpCW0/bIr/W8DlJJCLjVMBoNJCfrDLwLDtRsqXB7XzlR+ujLl/Xv2/lEL4ml49RSRGlUKGO9Zj/n+FQjSkuidFseFAZwBRKwOXNa/x9V/jnhhlL89mFADwWFnq/eOvN8VlP7uxu12NHB0XXBz+LAZ2IADYKOHrJNMdVa0OJbKhDgmCyUN/c0hT2jGw06gSLh/pGJQQJgvX5ia+LdScbOjgQqTJrs0BdbgsES7Sf+S7gOpUraovcZINPyXf4BeXq+dJuvQ0O7aTAU8Qs1p06czkMZY7erDblBjRrq6ImUH0pvHZHZp5a/hG0dLU9cQBBOhC3bgLdeMgCwAAcazg9jy6JVvs5dlL5VnjTdTphYwssrICAIY6lYuaDKvjA/wKhjRtTLhvTtOLfjJm3YHAk1YbJ8lwpQzHRfhzfa13AKBF7TjL3UYu57fYZ9rix2msjSIDiEPMxoR7EzwjAuaJRCd1YaHKMyFyAx4f0r/f9sUrIXGBepiKkLtEDwAc0X9WYL3dG2MfjCsL7JF3L0UfPuPDRJekMOPjPENCtCmUD5ltNyd2Ze5AQkJCImr66fBCQgIArjnyZOeFq5KuFyHoO/KY7ksbGTie9rHYpQBwqEr+5q9GX+vdC2ISF9d83pfWe4Ro5CKnPXmue9FbpLjHk10LyAwDAmKy6dFXM1rTd9kxE4T0TLW8V914/pARqCe0lUrabmhP7wSMW0zcG9v0pZ3SMs0u8sPd+iO1ofZscxNv/Wbws94BgBWiD6E/rv7aLCv1XeIhLNHltXqJziLDAFaqco/xlf+lLnET/pYVLSLCGshoxOiUasmcppeM3ICoDhsYFxlAa9CPDDrx/sRoZBf6Bg3Ri7H93dftwzL642OpkVvvGDAmDkRxoCRd+6vEPWs+lrfeX+8czx7sChyzY6aLf0i++pD+fb/7optwKAN3L9VloPOiAa65bV95CKZ8GpTj2q+/SlvYKD+q5QNPQUbRP4wg3T05fDtvYxD3GF9rE/iMIXUpstZZua8H/KPt6DviVoTYSUGaJ7krVvTwFDa0E54lHGeU29IimGgubuxuzQsJCQmJCJEMeIl+SgVT6xBcnZc7yMZvUhc6Kf8xNAnCgubPj2jf7LwJANxWFf+XgyTLwpcHA8j/9Ocg9WpUxjj04dudn3RVGT4SZKJSxV+EZTLPtNmemXMBgCIgJ6bvFKQxCm/ftsWINsh9OobQd6cSHJ7Aj2URw7eFGhcb9KH942G12dXDj3StmOrfDSRG8gODEZ2NgkHYFP/Qce3/As4d2CkxoGpgoSp/bcz8qA4YoidineJg6Db5yuzvcp8xUD2jft8bpMjiYqneKo05QtUD0yWd57BCsyrhmUubV6khTPEwv6tEIWu/nMT4BNcVV2O9AQDiOOq3vUNvq05Q+OSekIhYbJx6bV0cS9gL9R8c1X3uJm3Qn8i3/qHtMwVdnqPZY3yNRwx0Q7yzMwjjGDY3bDMMYr28cH3i3ce137QtXBo7kzw78zpRM/THQSvkhAwATqvW/BrzJEb+VjpCMCnbfdWYiNzviGFkp07Qe3caD+9clBB40t/LXuPrLGFXC2ES7wHA0tOPXwkJCYlgSCH0Ev2ULxuCFgZjSOs3KZcqhZhhtuuW1Q9XiO6pll2DmWIAMG8Zc//gys+Smx2UiAFTIgxyqr44kjPYpcT6xk8PBB6zekcr56qmeujj/lSk0wjJwdef7/TKKY9jC5y3zcHK9iHsjFymqyZB1Mgi8MDHsIP1XKZVdsbItfeqJmV4SXMoHw7DoQNV8qkDAvjWrG7iWF2Y43LgkkHXIsmTmLEEJkWfsTItanx1B/oGAshFDe+vTbjDTJ/uvNZFioIhgOjAGmMPW+8AcFq9LrQU+Uzt6M8H/F2G+vW7lUTEspjZbzf+0ON71hGqi/QTu78frithIwiQUsiZb/p5NiosXnyPhSFlJHaxxDeH/OdQ/HbaYO8QiS2mpDlvvpM6fpQsP61x2F9hBj7piN09QN2sJnSUepRyYMreQnyS+SS5eZjtmrGWO6P8bb1GLDeIFjXeyUEWObpUBdN3CsxB+Zdr6QYRdeCQ4YMi3Ue+EyzZZNwDiVf5trlAPax65PefNf38UcvqRmr/1pgrJjlvy3DO8rAUTeKcOG7xcAcZieSrIMh3/irbvwfxrZOnc2Bjfcq1OzTjOjXFJ7Tfl6hXA4AQQRFB6v+z4KyEhET/ol8PMiR+z9S7wxRlYUjTPuNrq48U6DtWWXulOOOV4lYtXzeBqxXGejr3jFyvkgnlLaFMuHNVUz30cQVLGMEeic6ohXjgGPrgHlR1xirYXHSyJ2Z0gmp0o6trIY5R1oGPoO6xgcu8pP7jXxIeLLDVty0szpoMTWE2LG+RBTTgy1tkYQNJGKqF4hURVkHzQmGlkRvQQp9qWyKLWA6wZ2fEaFEzzfT3n5L8E+ABIIGViXl5fgvNLqJG1ikrvnuohTN7ja+FbnN5zIx+br17uS9x6Trr7vJOlTW95LmUFQq3O5iCZvB/7dNpt8b0mm8/BLSoATCTPJcZw2cCDwCFNeHn0dyc/8/AJMUNH8UNH+X9SgFM8VlLnTiMBGRkc8ZYbu+pnvcoSCXEeQ14EfEm+lQsOzjSLQG8xd4BoEq5fYzl9r58JRZYbtVyKdtjn/Xa8AVO3XtjnwsYw3JN/IXXxF/os6CLQRCCoPzxa6qswzxgkXr4LvWYQK3RYMfiauWOasUuKxXKS+9FSoCXkJDoM86DcYbE75ORupxImukD1UgXAX+W0vJRCtZwd6Uxk9sHIuff6/VchQWc3+hFoejbFa+k1+zOkY20PJDJTANHV08jPqP6NcldIBd7yxqhsGJm03OXNT4JwAMAn5Nri8kIa8DbgwTYO4OH1reh49O72kkE4KeoP9J2eeTb9iwxbG6SZ3Sd3D/beRqXKur9hS0tTE+6wyjMT7bummX58fM0d4gzbSA1C7oiwH4OMVCa7wY+c2vFiwecxX6rLmzRfXwsp0jL3JBf1kh3cDwSgP5szhtUx9yfV+nqWC9dialnMm5bHjunR7qHEOCupDa5CRMAwvr2u1VDh0/00Cq6mD7FuBtoIc9xRZdmwfoSlmgvaF+u+iVyA15EQtvUmFlWVq7alO3qgX8lBtFD2hVC+CywXOdCjVBqFDde0mScO/p6UdErcWf0oX1+1rsHyb9IXBZMJYXA5AUtf/0uZWmFavMo600h/u8yEg9JZHu4uxISEhJBkAz4/otDYG6uWLHTfsyDOQAsQ7J8Zc4nAx9NImPOddf6gutTFt58fEXo9HSl0P42/TS56bHcmmYZLyIAjDVC6sKG/yiF8/tcicARcN7o4vSfyQaaL7lw9HEVn7io4T2lEJ0bFmW6ZvRsrzojF3WnFbPzXBu5kWM8M+cqAhZA7IhSFtgsUVC9VajgClfcXk5nJ/hsRj6RnVcpLjuHo9Qkt78BTwC6ZWSAYGYCdVfawk1Y9hn/lcVonytRD3CXqQUXACSxMrMsqGx1oszYfQm3PiOdTlib++IG2961lt0V1jLS4RhiIZbUG2ba44SU9KkJiUcqK7/ChVv0llqloJVpRsQMW5q5ZKA8hTpxdP6x3Z8RhTt11ia5GEvpx8UVXJVzRQIVpnpi5BhVgskZ6RSMgFggigHy3FPbfbMZRp4iMB+ygOKAuK5JY2CKrJYxSZ7RXdqqq9TJ9yd5xkQR+8OQJt/8jmLND2Mtd0W4LQICALUFse+IXaEWEhM8wzu3bJYdZ0lnirtzwHkAHFTl+BTViQiebACQ57h+RXkZO+EC9mwERA+DMX1gj9+yIu1wW8iYEbWQkM5MrlBtLtb+mGdfEqzZhYNdqgjmjCQkJCR6BMmA76dssh9YXvoPEbe/D1jMHXIVjzh8/cOax2erpmbqeaPm/HMoRw4J5DDVgKPOUEq/f6psLcpaMPHocY1PXDGC6c1Pn+/WOwCcR9Y7dNF671Vr/3/J34qAp7c8Fa313nf8Zhi00L7FfeFFAJBmCF/QKFibSLaNAlrk/lFkkYuDMUmuzb16jTj23Co+Kjrd1I+J00dr/ePnASBOI3bVi+t/LNFQryhc2IJHOFsjF3brHSfUocS9i91Ve50nxqtDlZvqVxCIWKCfuMA3a10Q2jKJCYDlAMsFATrmFvNDh6uHDr8N4LZOq3qK5WNtb/1qjPC/d0rz05vHk7CMFlPaNRdpCo/P8uwsC5rxQRIwKatrUu04PnHUGbtfTEqPE8MNjk5GrlS9HoPQ9mRlCadDVqXhIou76XiuOeRal3BnvmPZEPuVar71Pesim5roky10cZorUpmDHTEvL89aXt8cF4m+ppXSlxcsiJ8aMJq9ByCsFmTzL6BYrsgKu2E8m1+h2rzH8OpwexwH0/zWIoBpA5npuV2W/ZeQkJCImn4aBvY7p14w/eH0U77WOwDohMxlNStvqNzVcPyiL/ZrV2wy/vWnuE/2noNswz5j14T3vKqzAclh5E+WpgHAlPHHO1jvAEPtV8Sz580Yug/ohzL7kY9PDUpBI++CZ6NGua5efsjIDUjwjIiiY90hivNsI2NA1jpNk2HkQmdRUgSMSQ+ss52oFTJjet6GL7AflIssABSp8lefa+sdAESi3f2f7JG9Z5p6T8H9AVuqaTEnNox/NezPUQn662va54B+jg1fPn2TLZp6Zv2IzgZ5CBO9d6x3AMgwCGMz3JG0NNElNHx6kcnovME/L31+njNZF/SmWJjvTOhi0rJn+lxCAM4nTL03aKsx2SXsspoi3Ue+T9axqrxFAyMVrUSImN7ylJ7LbFsiIv6I9vNvUhZ/nXrJbuNLHHKqhPhMZmqB9ZYEblgk+6xR7qlT7D8jlt96gdW3Yl8Imob0gAJiMJArwD/OSYQPmZELBgAgQLi95tO7at4dpKhV0DwC0CnEkameO6daF+Y7+0n0mYSExO8EyYDvj1x26lG/qkhZrhlLar5UdSxkImI4Wkc/sTb2/6sjXkMqa6euSqUDlG+Z1aI7vmMEABzWsvt1Hd7Ko603TzA/0OOdOeemS3c4R+r6PXDOCARXjnYsHe0gIvsNufSRX+JXAMAA54LuHDe6rkdxnnmCFeJbHVwIweWjHGQw5TCAOYOdseqgt/tlIxx0yILG0UAgNyEHgFWxC3t4z1ExwLHgnjPj/3kqY82JUUX0XxbP+gugoGd9wVAnGfwVF0kMyM3V8qHO9loGVYrw2QO1XHPYNhKRcOVox8UjnGTwfxIG8bR6nQoe23B8iOO2P2GDvw6CQoZvn2Idk+7xu0a0CnH5WPuUnC67TIW4ODE1QyeUd3XD3qZFVrwh/l6WcBCALtQWPJd624H899fLEGmSAAAgAElEQVQN/ue8gZBujGxeD0OO88JL6/+bwfh7mAc6Fkw0PyjDXc4NaaKPAcB9lW/Mqbjh8guK5Wd1NkM8pKgQ/+/uQweIaPOQ4cUOvcqdj5Sn7DO4rp+45pGEy/+dNPXDjEnfpF5SnfpOgsHR812VkJCQCIkUQt8fKXXX+n4lgZ7R/FywmDqGQ69tNj4wy9wnXetr9KSmMP+DYveZF+q/OO2uJRExwRX7VElirJ3n07X8iJH301+DT9lXI5s9ynpLV48SyVC+P8yv958k80hAgEQkmOjiOM/QqHcigvCG+5UjrtP6lILc+juQ0MGhRBIQr+YRAprCqQZhTJp74943ReAAIJYb1L3O9xE8quKGtieaZsVwN020fXVQa3d3MD0pAubmOWeEjNJM0fO3TrJ9cUDbg9Xgd2vHV9Fp19V/Vkv3i1qGclHXQj6qHf1ZfPocpPSvUe9HhpGfyH+5jVxCdirs56Qa1HxC2P/zn6oSACxtXxVi+BMrR31UrfD3wNRsZmo2c7qR3lcp50SUqBUqicJNzZVunhOhcThX/gMeCZOfcywIqpGmlOFlBfa5Q1wflRytaGgEgRnC1N9X5RaVg9jUWVF0ybX8hts/3/R2AH30XgGfTUz3vVKdVH09XaTnMxAmrHRlpXJbhWqzV4JOTSq/GPiUt1kJU/18w+cVsZbBjgc1XERqdiSWz2h+emXSdVZZq+i6RkgusN4RXedJsfW+q2Ebxx2/+X71Wo/FCCHvui9dXy1wDumlJBTRGINlNOI6TMPhCB72JCaebh62N8P9NNVBAK+Oa3mp/qtVlp3f5z7TgwIQEhISEmGRDPh+h0Ng/FyXsxv/GTojrsFOWllST/eRJ77GQn5TpDM5CE5AMhInaoSrxtjjejMhf7Ai88OsR9q/j4a2Ge9TR17xbTmn6aUo9n++WMXnSz/bIDDJEGYPYYteyx2Tx8qTj2o3Alm2N2XdAOf8AdzEifJxahoyjfyYDI+6o25QFeU8e+jz4+FmkBXyQy/zXZIbz/11jrmwRl7aLLO7CTmF0wzcmAyPXhE+jyAzhntotvlQjey1kn3A6XiCyXBN7eaFUy1PeS/lpu7soWeRi4kr66kXXHfeGn/x31NuCFGzjaypvD3zjbEmKs95GTr7ssOATfTpzXEPXVkbvgr6+ljVVfXtBvxgZ/gSeoMUXZb6lwjNwAR2YEKb0ZV76+DctlWRBJzcUPb8WusODABnkyGeyILF9fXjviyo1WSIlExNi2MzPLNyXRH2J+vq2aO3NB2yxUf8C6IH+fxtg0eebXFPBmw/WJEBAA6BmXby7iquETCQWIbVm8ZaIpWjJzE9ynbzr7F/9369sOmfUT8+BjkvrlT/2kgfAQAMsI74YAI8GKJ9k/zoR+aP3jTDbN2YNzPvi6PCa9d3CUxSfF6+7Mgh34W0EDgpyZf5sQXlSftWNX4fcG2xu/LGshWrB70QnXKBhISERBRIIfT9jkbW35eeGEEq79rDkaa6dZN3tutf/9VYZyE9PBIxeHhUaaFe3GT8dG80aXvdh8Ud0lzVQtI56YZEMFLc4w4Z3uvOHgbZL/V+4JDzpOa7Nca/PKeet6ygZdpARt1J9VeJWn0+DGHqzkH7hib5scXjBnUOApeReFyG+6oC+60XWK8bb5s1iInEevdCEnhsOruswLEh4d6T2h+7P+2DAJq7V1AdR1C/UUBd0APPcE0TsPhO48oHTj4fotn9J55fUvvDEOeVyGeqGgGKZXMvq/siEutvo2G5m5C3Nby0yUjjUC9NmpAt1E+K6DdI9AnjT/xxjdd6bwUDkJfWfWpg3yxRDXSKNMOiZge5/rjqkVWxp5oiFQ1dOhUm4WMRptpgwCa6xCwrtVKVDYqiFpl/3b6uwhH2YKsWG6c6BCbvyDVVbCNgSPAMX1L3zVhLgDINIUh3TW6rl+abFd9V5KJuYf1/JphaM9pOan4SFPXBGouI32v4l/fzJtuBK04/7hQjEkHoEp6pM7G2w1hFjcNP3OiOH3iv4ccQDfY6T5z34hcSEhLnFZIB3+/IUab4LSEjkCKvd/aFv/HfvxnKWtoDRH0HL0fq5F/s60MbHmOyoY46ftggdPjh/bM873mdP99NSExXK3Yd0r/XVmTYl0hMO7ng771nsOfS0kcDNtafDZZ2+5RTOucElANooo9pBq4siIlIDqqrXGyY/I/Um1NdY3twn924jCMJUu1C5LmWbw2e/9K9Z/u294JpzTvY59VCYsBVFFZGotEgFzO+SVnY1v00N/1ARagpwrsTlqTSfeGYlYiEhyrfLnfXdVyGltZ8Z+QGdm4siOiDXbry5oiuQ+rovlWqh/YYX7dQZ0JfRhiJH2dMXZl03Y/J13yfsqxI+3FsZNHsIWAIS8DlecrMG+MuuqTkEQ9mASCOHTKv8XUN33rFRn7/yrCqTWkfQXd1Coc6rhjoWAQAInAb4u8LKCvIEcyvsU80yo+0LTnGlL/R8F03D90ZrNa4ll4rxrUL66S7q8Nu9XPcQRaJoU/heqt/gToJCQmJ3uP8iDL9vaEQkTu4kNW5otJClpv8rOUOFNbKF7KuPojkp04Xy7f+TJhNALBkoOKVrN4+YJfxS1mU4uoK9R9ihEdbbvYbDkY2OgxwLxxwBfZiGVGr5BhLnMuiPk6yUSkYBcSZ6JIy9YZ6ReEQ+xWpzAS1kCiAp4UuKdWsHZxifTn7vt7rwx0Ji9XxnqNBfXVdJurLuBem1doviU+Z7bN3DfZc4K+8VWcntVxO93u1Xzvl8llueWUpstuAph+OmdikOfa+Y3PnlrfEL3o4aXkk+5ToGz4z/ey3ZIT9+mBzOgCAMXy4W/f0ovBzf2/VrPbI/j7BPCFMO4R/jr8Pzk5TkhjNN13T/VrhbCAP/AiH6pMhj9OIOsqUeZdMMv2Fwu0SjFHevz0xEplkefC0ZjUAtBDV90637jkjP1JoPUXGIEw5qPpq5a5j2i8dlL9z/vOWjQ8l/YFAPfz0EGPinNfdKjt1nCwtIa3mEajpW+A8EHTihiXsKxM2AEDoU3iGbejZfkpISEiEQDLg+yN3VCW9mtnuNxAQS+EwuZcpwYvl9BQrD4d3sK8sUl03rucshkDQ+3fLt2xs+/p0edrrmfUCOitvi0QUMsa1b+hpi11kCRct9oBuUt/L4AnII0JzOjN5tOWW6Aw5JpAvHWPYZD8wW+tfMVgraz1Lkfj2ewkM4srk6zxEh5Jju4z/BCPIEGUktQXqQU/EzpurH9fbPZmepj5a1tsHOQfYZTVtn/fpHLJd29mRBVjd4QZZfST8/SICRwQfuHvhBOpMzsT0Me2xDCtg7iWOuR82r9nrPNHCWWNl+vHqITfHLZyoye/i75DoRUyCg8P+r8Vh1qtDb+URUJ2dTA5ZXo532A4Qt6Yyo8PsirCuS7jDTJeP1QyZosmfq56iZYZ8VqMNX8kgHAJq3weJYZJVs6w+7rq6eO6CuB/Mv3lDS2K43Lhoa6lyyOkmzQBgADkGHoW7R8JCiXKNkOwg6wAwSeDpngOzyr7VzdyPQ76N6jlTLdeS1hshLSTJDRnODRkOAAhgYYXn+6Kgv3Gv8fWAMyZ+SAnwEhISfYlkwPdHVpRm/JjQUq5sfUnXywvTmDDFUefnRyrAEzWN9vDO0ipz7yowkw118q0dnCqkAP89lnPNsFLvVwdZ1xZee/7ia2Zj4HfEvtAiK57Z/JyOT+vmnntwiGGRlTXJj6mE+NSQF2e1YrdACBPM90Xthj2s+yzg8kPOU50N+NyzEmJ2KnxgZC/RIC/ys97beC/roYWGvsuRzjTyJAKh30XzdJczym1tn80yHgk8dfoUN7LAt02jM/zzSgSMAIcdeTtZ/0t3kiZ/kmSu92/2Oo51XiiPYBr0txLV0oJQBtuaMmssG8p6d1B1K1NuYMHm/cry/ATbHasOKt184Cutq/OqNp+H2/K6uPeOZwMA1mhZkjzsbp2xi/NEL+RepdrxasbdCzRjU37d8TpTVaoMFckSIZnM9GOar9SEAgCok8cspBDaevdiFRxp0Os5KROz3IKIVh9TCWKHPgmI3WN8tUS9JpKdZMv7RZ0OCQmJ3wnn3lcp0Rms1Z/YMfLCZp03em1z/MMB84fbSNYLvRq4XsbUXlv+tEsIrzLFBhmg9BSyvTs757teUR+z9kCuUiQAYGNiz1eA73t8T+L22GdL1KtNdMmPyctr6N/6pgORWHwHDf/ZHvPcbuMrAgqq4isg7pDhP3ouP+pZFZ50pnsmLq7/fHH959Obn9YI7YOkFDq2c/vB2RcMdikAoFq5K6wumlVWaaJPh27TVTCIBwzvBFsbJ+thXeWwTB1wLlMJegM7VVOsaRWUogXlBab7n814+PnKiR/s1PsmMAsRPBERQh4ycDqxL0pZ96OeJfqaWNK/LDwARGIp2zxhxkUnTEGD8L1o+CSZ0Bq7TmAyrfqujSdVwaz3iPrkAwaxUtU+gXVFQ4z3A5+TCwBJZOtXWoxSkkZEnltH6q6OvTBlwyZZ0cG7at/tkTB6mtcAwEWGSQBAmJoNPElGsNfYnhaiD8bkHGb6pB1HdJ+a6FN2qqaFLj6s+++3KZe3PWrCcpE+jJdFQkJCogeRDPj+CDN/EQCsKhzcvKXg/orkCRZ5leqxYC9RlRzfO6O3isALIMw++acJJ29bb9nLB7fT2lC6rWRLYy91BgCoM4EDgmeZDebNY1YfGnyB2XJS826Ee4tlTS+WPpLvPN5zHex5Tqt/BgAl6K6r+jWVndo3B41gQImb6OMAYKOqtsT9jQuUcC4gz7bYJ2xUWQw3INqOYEpQZzlnG9kcI5uT45pzZc33l9V+4ZV1XKSf3HkDMS5hhWsKAchNWI5qA7vu29BzGQY2S0RRpJ94CCKAQrKI+B2xKxrlhwNuoyTkI5RRn4oouSjf6dF0V/W6+2Akusim7u+HQ66f4x/wzhlNb356ec3mVObyakVqg6grbpL9e4f+iXWxzQ4SAHTy8PYBj9wOsi50Gwxssv6cpWNIRE2BJoBSHaDwV4U2XMUHxhO24jcyntVfGOK4MtEVLlW+K5RoVlmpSu/n+c2GeS16AMAUxU6cAgCXxbaKQUQyM9UZCjy3FNjnxeYoNq6WFR8HAKXA3FH3vq/iY3TWfJ3iAIXIf2X8CQCA5ymMxlvDRENk0UlJspiojtZlHB7i4KmUfPvyGHaQlk+NZQcPsy0vsN4mFyOaQZipK5iuHdXbnZSQkJBoQzLg+yNCRraQkwsAGpF87nTa5v15awodz5Q+HcN3SAYmCBiV4nlyfkt3VWI7YubtZ9h6M28HgFFHbzp8VhGnmT4RdtshjmOqD98hS072aI9aQYKAGH9D0UWIW2Jsn6Y0f51kSvXIfiwc9MuhYzx62B1u+JLuqb6v5l9awXlXzbvLjEeSdb0cPBAVLOEAEGQ49qrKDf1MCw9NMP9ZJcQDQJVyx09J151Wr2MJh3cdh1xl6o0rk66vUG25vCEmwRM+bJVDTozazSQRBAxCwJ9s4LOvqlpjIDU6Uh1wV9Om3fZW9Si5iA4Z3i9Vrw99XAIoAlMBBclFxIkQ0IfvvF21/a9zXBOy3Gqqtc80ZjM9B1cn3FSiXh3sWMtj5ygJeej+RAKPhWq2qZpt6pziG5CbJ5l3Gp/niPYsGwzgpJp+Srp5t/GVIL+xh2GRfWXSdUd1X7iDCGhHSLl6k1V2BgAW1b+f45rT+fpgWPTSZmOzg7wgJ3zogZNsCJsn3KLeRkfiK5ToZ5BAxlD+XmgOhb8qslNra9lmAQc147EQvi4MJXo98Gik9cawjSOnWrlzt/EV7+cZZt0nR3MAAJOUe9ESUW8AgHhSryVUAFBPF3Zpz0qRmWDf95fBJ4ckC8rvv5IVHWxbNcJ+5O7aR2xUpfc56b3pMIg+U5/hbhCEG5VFawe92NpapweA26vDBDLcFL+wSz8haswM+fqvBktTDoHbB1MEyHIdiy6p/1gtJITYFgBGq3LfzQxV315CQkKix0E4SAGe3zk2m41lu6810y3kG9bQRw74vxll9MmFd5hUCRnxfM+GzQtY/Kh57cfN64rdrbP7RkJjFh1tDTRCwhU1K0Makfj10r/QAosRctz3KJDdmliIi4sDAEEQzOaz8QUYa199ri00liPwC1m1/8posFHt52GUXfVSccYUi/aXWOu7aSYzeWWCe4aOT/MmYFMgqgRntvvMaPuhsfaDJBawTu+ZOZcbNAQAPDxyssQLvxj7zz2xKeEhC3368urvz3VHAsOQprUJd9hkrRcMAkIpxCJADNEiIgEA1AKJAZLcs6a3/CP0rqqUO36Jf5AEWsdmOsnq6abnQus+JMW2FCQqDtUoXB5EUzgnlls83NF2xSFBOLN39b+ta37RmUhxSr5jWawnP/R8pYtsIjHt9bewhKNSua1I//EljTEYliJhvAxrAEBEtgHCsWsHkZr8VvcaFrH43geYYXS8jcTCYwOrX8oK7NEdosxclfuCPsikgxcBYMMx9fEG2sMhBYWHJrMLhjp9G5S4q1+u/2q9dY+3QrKKUMzRjXkw6Q9DlGFqNecduaaFtwKATsgUgXGQ7WEyWj51sP2yJHakQjBiEDAS1YJWyyk0pNgEWgieoGujanThMiPatt2vf+uI/jMAyLMvmWT+S+itQnBQ/26R/uMcx7zppidDNFPLxSfmmx5bHcsKwZ9YyNceCYyDrHMPfPPDvF4sFtB7kCRpNBr7w7vsXLHTefTSU4/4LhlvuTff9ocQm/DI82n6DAAwUJqL9ZMfSFrWuS7gK5sN9fYw+kFrEv/YKD9ygenhwY7FkXeYQCAGffvg0pivd2je0AhkgVV5XW3csvoYgiD57IHs1FlCfLuRucVeeFPxm0nMuHz70hguN+xBRcQX6a/eXjbCM2+hmJIm37KR3r+7c7MBU4pqFKxSiFGIRrOsFAAITCnFWAxCtnPueMs9IQ7Bk86ZA9iLh5yd7tyzXb5tM0Zw7bDSbxNNATeZphnx1cCnZKjXdZowwNu/Gc6Ygh6oXn5oXeKd3s/jbGpKRPv0Th5hABisyLgmdu5NcRfRRGD1H51OhxCyWgNLokj0c3Q6HU3TAGA2m4VIkrKC4x3QSkj0IJIBH5j+MugRBHr7VlnFacTzgkbHFowTcvN64zgu0X112dPb7YFDf9uYZHo4L/hw5JKW1QtaWvXh+byhzMVXdKdLAQx4ANV/3yUbGwCAReKSUad/iQ3wXiQBfVQ2Yok7Wxg4hM8bKuoNnIAcHqSmMU1h5HJSlRXIZgGSEuIThNQMv4mGh3+Ki+6eiFyISCQ4Qgyv9iciERGAhCjDZPpGcN5Ml6xMuiGgRgMBrUuVQuyymp9Ci9jtMb56XPtN29frK3cQXYwPQgguyHFfOqx9ygkwJswtyOXCCuUxPuWjPWGCIVcn3uKg6gCQmzR7f9HOPUOHTrySzR/JNFgQzytjNKDz9+nJDu5VbGr182MEb6Q3PD2gxk62v+wRoIX6SS9n3hVD+he092VriXLdCbXftYcALsp3Th/IAMA66+7bKl5iRP9MFgVQb2TetzjGv46aL/WCaeThG8SQjjIjmz236V8qIaJxRpP86LqEu+c2vprkCaPFDQBOqvGblEu9n0dbbx1lvSmSQwRkddLNTfTxP1SvUYhhYmsfmW128fD6NmPAH40BWuiTcWyoxymPmB9Srl6Rveyq2NlRd/gcIhnwAPBWw/dP1n7ku2R5zXq5EPRRsCnhoUpFu9SIgdJ8lvP4BPVQ3zarjqp/K1V22rQdlnB8mXZRMlMwt+m1yLvarDh8z4iU1UUx9k5J+DICLxvjGJHSeu8jlxOZTYggxNh4THcIB1h7TP1bqSIigTgfdsau+KCSqxv3gM0pZu5bPcWyq3MbE8llTi/kgjyVFza8n+AJI+tIIFgy0jE+043cbvX7byLGxRH4qZyaNzLqPT51cymMrhdHPlHwWI/EK4WltFn27o4wrwbvdAwAvH8s+5q6OGdacuWSSw2UVkOGugxAMuDPcyQDXqI/Ixnwgfm9DXruPPPK/0xbImk53nJvvu0qP9sQYXxZy08Xmja1LcEKpeOe6P1sEMSAp/ft8qrQP5NT+0xOTbBtFYjeOfTf6XSYyLeAPLwyrldvCQ9hIbBShvtiaNI3YOKp71N+dhAiBiABYllqYbPhk6Rm3mdMNqXlsVxn0HhIhjR9l7KUQ63eZj2buqT+2+g6U5DmuWpMAAXp1cfU206HGWwdNPynSNc+1l/SGPNf8XL3/IsBhY47wcp1P1HHitoWWGTCmjjLEY3LQ0Jy7riZmfPywnnI1x1XbykJ2r05g105GcUziu/1QOCYeRrIjbkv5QdM+gUAgD3O44tOPRyiAznOOdNano5k1I9BPK1euyfmNe//a17DGymesSHai0j4JuUy5mwC/Ej79QXm2yM4TgDqFQfXJdwFADdU7gwrHT8+y33FSIeJId/cpne4O5gdiOB+TnhgeuMLMjH0JYEPDPjj+vyn+8AN2BtIBryXMqb2mvJnyjzVAmAAoDF9Re23csHfr45B3B6zwluu3BcDpdk55N/xVLsknpkh//mLgReDXoGH9O8V6j+c3/Bmsse/TEZnMAjHtd9WKbfXKfZ/mP3XWaqpW0uUh2toM0MCgEYBI9LEyZnWeE14++FfWw3V1miuVUwISOwwkZ3K1j5U9QotdLhyHKQwacKxElVgNZwLzH8ZZF8cttrI4hGOC7LdZPUZ5bdfII4DgHqaXRNvOalmRIQGMPJ56jEJF90ARB8leK47od5yKsyroVD/4SH9e/kO5ZrCvJtHVO4zMB7gKKBy5CkvZ9w5WjUo2IaSAX9eIxnwEv0ZyYAPzO9q0FPsrpx64u6AacABIYGeaH4gxTWWAqVcZC40nVxsWkX6Pd0I0v7A37rTq4AGPBJ41afv8831GdMKLbJQz9M7Ey57KjUaR9/ja2I9vZYO7yJavk5bdEPVjv5QrB56yEs/nS6+dKiV3rODrDoDoggAy0aeXhnfQViRFjULGt4OGM8pIHZj/H31ivaUyxzX3OnNT0XdnwdnmhN0/tfGF/u1hTVhJk2KNT/ujHnB+3mSw/A//d3yEZGpT2EsO3xIvmc7sp5N8EaIz8xhZ14oxIWfRXLx8NSaMNNGjGLZVwmVIRos4nM+Gvd6sLXXlD29wbo32FpaUC6v2RTCJPZQpmLVahLLbLKaGsUuO1Xru9bIZk82/S2WH4BERcBdYBBXJl/nDbu9qnqtUgyrARYAJ9mwJuk2J9kAADdWBvAQ+jEgjrttcuu42cGS20oUzU5SqxCn5jBxGuG0q+U/Pw8Ou5Nlk0sHGIjbzvxzv7OYEVlKwOke+fOl2Qs86eygIey0WVH8kD5DMuBDcKSW3nhSbbYJGBBDOMuVO7bHrQAI/E65K2HJk6kdUtkPVcu/OqgNOHqyKQtrMv89TJkjFj2Egxv5bTTKj6xJ/KP381+Tr34g6SrvZwGTOoNRKQOWZW02W9j9/HhYs7NcEbZZ5JAgPF/6uEZw+C3/W271y5lBpR+H2q+YYA5ZCwbhZ+ZW0go1YWqRb/2ZKitpqyyDNVp2wmR29Lgwc6Y9ytcHtQeqwrwaStSrq1UvTbHqPktq7pzwP1o1eOPglwJuKBnw5zWSAS/RnzkvHQsSPct6657g1jtKcY/LYKZquVSMRKvsTIVyS5P86A7jCjACAPy1PPnypkDFyXvnBYxJynX51UUb3wltvQPAVtshiKpy2YgUz77KnhwGtSEi4X+pl2a5ZvVecHsTfSye7UJ56h7phonSKb/9t9d0BwAPgTfG+I9XWMKxNvG2MdY7BzkuJXF7+kCDvPCw7rMkz+h8xzJSlLvIphrl3m7KlX9dqL1nmr9SGhWBDhmP3AAwgIi/UTf7ppFLZUHSGgOAEDeygBsxmmhpImxWTFFifCJWqiLc+odCbdjONcOtAI/HcoOznbMNXA4BpJ2qrVbsrFbu8kb7/0JUsE4LrQ5QOgsD3mYv6ry8jVmmF0I7tOV8TLH2O9/MeV/MdPnqpFtuqPot2C4QEIvqP/g0fYaRGxCF9Y5BLFf/ssfwmps0ty8Ld/Fq5O1pHRpauCi/g5pAtiIORaCn/VnLus+rvmh7PHIEnFK6lgw7lsOcPrK7Rb53B3PRYn7o8C79HAlfzC7iULWi2kKxAtLKhYHx3KhUliR63a8wPIUtsBcqDnzbIOeyphSGDjlfa93lZ8CPTvPoFOJ3RRpvyQMvNImnD2RmDUojiWfNLmJFBNY7AJSq17V99ojtipIyEisjfgIBwK6KHn5tCUD+I+uRF0v9J+Lj2FDqNllMuHwTjC7b+dt96PScmXczS65CDEM0NyCWxTqDEBffl6a7l0heDflU3JCYSe8ptwZce8hVPLP4T1sGB50/lZCQkOhxJANeAirZwONylRA3vfkfvjmu6czkYbblZ1Rbt8c865Ucv7E28LQilvdWiDhWq2uSwle4recDSOOUMbUPVr5eb6Iz7Vdo+UQddt4uNg6cNwZ80ghHprH7KxUhXukOql4mauRieGV1P1hwXlr/mYHL6uqGkYABb4972kk2zm94szf2H4Id3NE7xXZjqULBMmSAlHiOYHYbXz6o/0+CZ7hKiH+CKbjT+GGuY9Gcphd9oy5znYtsVHV3+tNgDzC+TNSGnz6/M2PSJ1njY6lQmeqhQEiMSxAjcLn7Qp08VlY1BsJle8ayBdNa/j7AucB3YZ59SRN9/Ne4v9upGjchNpUfSh02s/O2Vt7ZOXPelwT3iLD9HGu5a2vsEwBAYjqBHa7hkwTgzHSpWVYGgMdb7kU41NuEwvJ8x1VJTKhg+4A0KYo2xT7KkB1uZ57wUGIYc6UtYTggJIFj1EKLM5QpwhHMl85vcKDCY2VKz+BJRae3j1Su+YEhCD6vC7NmEl4wwKZi1S+nVD4PD9mBKsXGk+IfxtizYjoUR+3pXgAAACAASURBVBBAuLv8lU2m3XbEIYz1ArW8LvaF5lGOhZdZ9Rn/3aOts5OiiAABhXBWLH/9WCsdTCpeELy6J+TpYgCoULJhE8ar2EYRiwRqf0xxAtpfqfC13gGAFdDJWmJMBhmjEujIxlYtdHEzfWKAax7CpIOqqzlzxNzyW0zuWKwIE9Tt30Mz1RvBlHZSW6HMyGI6xP6MsYV698Ww4WXz0plpy1Pe3rwBDZt3F1YqhfSsbvazO0TyapiXMeRy6/0hGhx1lf1s2XuhYXzP9UtCQkIiFJIBLxEYWtTMb3xTzwXI3c10zVAKMesS7lKLYiYTeBjNDuutmqiKdSt1jacg3O5VnSyiJaf/VtwszGt8YyBud43+BwCt5W7U7M+bk3ukjv5yvzZEZiMAlKjWbI97BgAuqf8wNlwBKv+eY52Ci9Y4DMf22KdPq9YRmHSSjWHL3kQORmLYaP/T6lO+DtGbhp0O0Zgl7NXKnQDwDTo41H5Vnn1J5zY6Pq070f0B/4MjUtn1J9RC8ALPAnI/3HKXotE+06R7raFAvOI6QR9RBeDuoPr0vd3uEmvi+LAeR6Wo97PevcSzQ+c3vrkq8SY3aUa2wIGaKlKBzkqudwIDIAKH9/TpuGwExHDrNcPsV8vF9svYLCvba3w92zkn7B7ybJdFnqfThpEd4Ge9A8AZ1dYBjvkhtiIQDE8JFTfOiB557ClwhrqFK5VbBRS0xl61gn0ro/GuygTlmh/tkgHfdTacUG8OlHtsdhHv79TdPsWaZmhVfFhv3XND+XMCFlsn+hA0E/y/MhreTdv4r1/yd2tHtm+MgcOopEn2+Pq468fbhiadvQbc7l3rX/lHzJEKuQcQTvbIHqxKX2YPo0wRDAzwyV5tcWOAGYIqu+K5TXY88J28uHSV/FqXJ9QMEUYChRUX17frbrhJy1LPZ5ee/vpP2dfjgi5Ujw/YmR5hlXHRPczbvksusGgGCPpSMvDThsDheyITtRjwEuMvpS1XCrE99raKjmHJnjXHVELw976MwD8Tn4Z9dj1e94FkwEtISPQZ/SIRV+LckkkHKMc6wnZ9QOvdS4JnxGDH4q8LBwRciymKnd4rus1UyUnZ8SP5DlUgr1gHhiiyfL/OL37gTKNmYcP7FPYPbMZI9qFz0jUbjn26VxfMescgWOkzPyZd57XeAeCnpJs2xT3sIhtFEKIwS3qWffpXT6vXAYCIhNOaNT245+OabzjkCtFABK5UvUnwmQks1IVq70XHk2UoKc9+WfAm0QdSEoH+HUalMH1AqI4RmF5Q/9O0lo1N1HMpow69vOlh6uTxqPsQCcpvPpufumX22BMcET5FGUFQS0DDJ42x3qYQUTIOHJlCIypbnhx0xxDRyUYYZjWtGGO9w9d6BwAjlzO38dUQst5tyEVjFC8cutMNCwDbYp7iiVAO9ouH+Sfu+rLeuqfg2M0v4nscZNBUXg9hPaB/N3TfXsyqBQAQhd6+VP7/UW8jtwZXbWQF9H1Rq5v3uLvyurJnA1ZlT/RM2q29MuAeMIaP9+isDAkAjtpTYw/e/IZq6RDLT4vqty6q3zrcsvI/SZcnFmwuU7LZLjrs2ySDTvR1vxdWy0MYzIQYX1o78tHqdw/SYcp/Ikz6vWQVgmG09e5fNbc+XvmebPf2MN3yPWivDeVaZB3KPbgI8ZukljwL6XtCfMFBhDZ94Qk3AJhlvPWXc18h1aAUZ+UyIRrMGezazGwLu58atrnnOiUhISERBskDLwHz9ROeqf3E1wpFQAx0XhR6q9ktV8wyn4HOrlKSYG66qzf6CQB00QEASHfT2W5FmdIdouV8Q7v7YpP9QLlFuKTpnyHap7inh1iLAX9/VluojUrVtkpV63u9wHLHSNt1oTvfS1QrtynE+Kur18uwFmHo6qycQLAkpiCwmx0PtS8N4YQEgMP6Tx1k3Wl57GCXEgAEMogMVEfyHCqtMDes4YhBDKtp3BmjMrCffd4Ql4dHO8oDmw3eA1GiPMEzfFn1TxuMn3InXvtr2iuCpsu5EpFAOhyXxKz7zWgHADNVliSEL8YWghzn3Dj+I1lavO/YWXb0MFV+ChASUtKmJ4wqa6oNuC2BSQxC2PMsIj6DCVypDgFBQiQOQNFCntFD19yeAvB3JSx5q9F/oO8izDoxKeAmR3RfTHNbAQKbdqstO2+peEHAIiDYkPineY2va3j/2Q0n2bgl/hEn1RC6b8106/mWFR3g84aGbizhy4EqRfCC5wAA1RaqzkYl6/grSx5vezcleEYMcM2LYXNJLHOQDWnuSaGP8s5O3YMzGi4u2THLsr79aYNBjrWD7JcMdCyYOfaPB/aoxlvVewzOEPu5yDDR9+v+cCIpOc4LdxtfOaT7MMM1Q9VJ7j4s2a7ZdjT1z3UU+hBkJGTGUcvHgCrkYG1wvGc9RCq60SVInxKha+Istw8tb/Je9j7/PlrU5joXJbvHqIRYQCjshHYj3Vqw9nPZ8dt6usORgOx2+sBuqvQUYbVghC6JjedSlv7qHODXcQQwYxAzYxDjOBZqsOGFw90SOZOQkJDoEpIBLwGDFOnLYmd91dJeBE4tJCqFMGWWXWQmT8oogfMzwtjJs3ov9piorgQAEbCFDDPNX+tpFULz8OjbndmXuj/r1nGBGmG98bC+NdbRyA3Ics0QgKvQ/Kri4/Icl5Ci2iI7Ywges9AbYITXplw/t+7dtCCWVSSQYgjTCyFAVNCKd/iY9utD+vcB4KIxxQgjPU/mOzqYxwWWO/Kci2lBgwCJSLCRVVvjnjDTJSOdCjPy1wDvHDT/W9yTmc45KZ5xlCgHAAG5axUHM9xTQg8Q5w8NPBZHCC4d4RyVxu6uUFSYKCcLDEcEE28bbrt2VUzTg99/jK67O9TBoqXq1282p7QqS++OeXlxXbeuTworb6sdL0xrzT5Vrv3pBfeaD5KbTSkcBqTnSN0ZKuDwPtU9cWbzs5GE0Gv4wNZy5DjJ+v0xb2bWdO1axUA+rVlMEeTrDf/7P/bOMrCNY2vDZ3ZXKyYzs2OHmdNwmzTUNGVKOYXcpr3lfr2F2zZlZuY2bW8pacoNMzPaATNLtlhL8/2QI9uytLu25UC7zy9pNTs7khbmzDnnPcH//YLKb02Rx6PnEm7yvlERzoB38p67y94IuHNJTA9oura99c4j/17TF/X0QcmxCScGRHjEzD+F9pQ3Ss89yuyURe+p5WwAQGL1GNuDOe6zg5/GQqFkDzYXefOqX4c6wxc0JbDq3JoPzh4w8+WitHMHHxYi3FZiKNO/Ei5oMzCpwVNYa2GzG+iDvyfcPqnuGROXHtKAJdwqQS/SA4lpDIAx+Dk4XE08+nNcoPoaADA8fL7FdLRBxfIIMFAEzorlrhrSRCAQXxPhCA8DXo1gIQAJiPdQNWo+XiVIqG/sNh7IH7MrjqXSfPQv8Y3tjdQ076ixDQ+rhQ489LdYXwq8KFOdgguHOlasWfo98jXb5AiAqqm6pOaVofF9VxRcfMxt8LKEnhYyY9hR2b5AHoeZ1FeAhLTqGVpsUkFB4QxFueMoAAA8m3ZLJVMflKqmeWmvI8bgB5qCUPcsvfov7HUz488Ou1dXQDwXKBu7w+Sx0RIG/DLn9vvhSl5Az/1lNfpju370PM/U3eaPpte8n+BvyXcd3HRLSDOMMJLURIoeUyvfI09iSXmMBB4YN1VTS+85aPi+Xn0gsL1CzQJAOcA+Q3MsIg2mi8u/bz1JJTBl4bJnV396xPDb6KYvVhlC5QDa/2pmNjuGzVNhTeBDEmssbLakWz6+XQ251mTGsJkxLADc/NcBE3uWSMvhTQvuiZsTvjpQl7nTuCb42qEqA4Sha6dNQtYYrNX+ul+/tohk4Togr5tSBzxmSvUrV8Y+UkuHCaPI8Jw1qf4ZOQH0TqrK2M7Q7Sg7LO86yDIHVWriMuTvRWDy/9YZ307+X3BLjnuyiROrMJHjmbzZ+vySupWz4seHfPSDfXUD17xuMrbhkSxPmDpwJFYPt/97QNN1O8zvHzB+J6JVT56IW+mo5JiCN3ThN3ybPx1bAq/HNzyW4enwMiUGsDrFiokiIPI9z4+zv/XywYw7C0q5dsH0Vsr4ec5DrYUtMQa/jMHPqv4IA3aTNWtjH7MyOTPsMxltPgDEG/k+Sf6fD9JsZD2OsPy42xBnEDgePtlkaj1KVkBFdapHfo0rTGQO1IgFwjSoiuKZXgSQAEBgwsCGKx/Tjr8SXvISTJmG2WEMk4KU5B8wqe5pAjogl48R9p7Iny/wiq1idAdkfa3mx28QF2b+kFO3J9tf6r7m5vYSvLMso/d7j4v3nKtOidYgFRQUFCRRcuAVAAC0hPqb3MeeMV2S7qMBoFW5poiQmNcK4TPH1Fs3kq7oFz7FJIUpFQCUaaRzhsuYGgD4dqfe4Y/OSa7hzXPL1rS23sNyMq13hNHJtN4BAGGCwhoXVb0+9tmg9X4CcqTtvssqfplbtvKq8hVXlP4aycWU65qqYq/J8EsHJfZvutbIpQQtWwSEiUuVFNV7aZmsQmU671DxBghTe7T9xdt0mr1qZ/D1KNu9XbTeAUDTM+eJP2JWFGnZYDQ7BhLobPc5c8tW0BC6XEJgcpztvzK1BsS9hXLACChsiGMKvku5PFDAQj5+NinJPzj4dqBDOup2qP3fn1Ytbb3lB/vqcw/fc3dZsxxXqndEWOs9iFowj7DfNbb+EZHVolRf8wo417OP5JAUWmNQS+uGGNRC4Dae7h3TCev9BBJnuJUp+DnePq88YeWWnmfZjdSJK1EnEBeZxqwqfG2ovo2rHyHQ0rKMbwTIwCdNrX1TJyQ/l3nNZaqXH5ximzeqiSSBZTujOff5JuPHba33IBjgQDXtoyIKiArAJ/r7y4m1aU2D+oCXEPE8o5G2ezpkvQMAwmhs/UM0rwWAuf6TnXhCr14e1noPgBxNqq0b2m+/I+miSDn/QV7I7K7MQQUFBYX2KAa8QjPrnLtfr18csI09ZL1TVSHePtd3lAgnLAQAgDG9dHHURwgAQkoqAKhk1NelkQoAdlVEzb5VYxMpWijrFAvZnURSvcMHNLapipzlGX9N2epC12wNbyWxmhI04veWZdaJBZ4j3TQ8DPDDbukQksipAS3Es2I2Xns8gu+j+l+uOPrY2P3zh+2fN2TfjcP2zRt/cMF1x57+xracxS0TRx/Rcu2keDsgNx0WPe/6cqPO4Q3/m5NYc2H5tyEb89wzKUGu31gjdLV6AsIwrv6/M6s/vrZsjYuq9hMdW+AbZl8QfC0nqTjTP6YOmj3tPBZuPv78vOPPbXUfDGZT53kkND4C5HqmiEgtPncoEwAAIWbA4EhtFMKSEyumrNHcJo7rpcsBgLxw9ReiBQHEHgPXQLPPZleusTqDTngPISx2bHi/bmnryzZAbpy0Tltr+jquyPBOnGn4AQCqHaScu1NYfLzogw8BCDGbLK9yyNd6o04lCIghIqtgRsJN1S5JFItfiGMKLWxOR7sFgFzPtCsqls8tW75t4FWd2L3TIL+POi7x3FGFE6QkgVyYcoPIXpPNQwZrQ5PCFBQUFLoPxYBXAABY4dh+6ZFHy+iWB/9+w/9E2gPAeLuYLitVE14xq4uw/QcDQA+PhIYQAORr0updpHhNuI4h5SM9eZ7304BerkuDzv8k38AJ9U9JOsZbgwEd0boJ6GAUqWy2lshYuIn8hwbXYuSIqwfZ7j48+sCt95a99UfTlgP+0mP+qhKm+hhTtc977KfGdfNLXpp06I4j/uZ1MQPVYjyrhK6qT1VqVlUhMdEKtWDs7bq09SpTlmd8Bw8SpRUqjGKYPJXQMRvGyLaEpyJB2hSheH2Mpjlx5unqz7+zrwppIKdadYC+jrlhL+6RjYZZ9RYA8E88R2ZXCkGGZPhoSuyM6pXEWLX8BOMABCiG6dGtg0n0xU0deHhJfGPIdgb4V2u+vaP0tZDto7LFRMvDMrb+wVoV53XWrSrWCt112wMNjjlk+u6z9AlfpE78I+H2XxNu3dDj8mGZfjml3VrDI/8e0xffpJwn3kz+RRQWEmu/OpL51bbwtTO6A6KpEXgJqTmi0Qbh/qEbEmY+lTovrB/+fMu4RTmPRGeICgoKCvJQDHgF8GHm32Wvs23lww8avqvQboq0y0jHxoGuXWKd8h3zUciELejF9SjM92j6uSRsnpmW0Q3uDvscFGSiErRDmm45v+qLK8uWTa19U3qHdmw19bKwDVEfWABWxsKNSPG/4M4mLLcy0BF/xcVHHi5nxISODnhLLih+KJCDPck0qGUkojr/AXgUsWparXq3h5JWmOvddGlrQ1TDWyR3aY2XCDVvukJH/YFkqzBdjKQzaABgPHMTADRwjjdrfmj/qfxFEz2fYGWz22zCMK3OvGJrTwBgxkxgOlKvWyGASSOc388V6Sq1aIXz+zXnWfTR5qjClRKMIgcNJXvCJXgH+Ma2/LemNo/C3Dh2bFbH0kAorKPB9N3xJUV13VWwHQAAQyDZhCG9FZrN1ZodB73H1pZ0YJqnITiG2HvA+N0R/S+SjaPyv2wvV28vO0mJYDhy8HyrRhjh8I+GGxJmVg74fl78rAx1koU0JNOx082ji/p++W723VEeqIKCgoIUigGvAH85tla0MzwExO0yfcyhMK4GP9l4X8ErLf6KcA87THSPQxoh34w57IAhTxalixwgg068IvZsg0aIMDqFKNDLcYmFzVFhXef+aQOb5CFP5f1HR3PBcyPSSXInLdeAf7TioyZeWlG5gql7rvpLADCXtVxxTVLpKgDgpmo9VJjVAR75d5s+NjHSelRqbMnxnDPSdt+IxjsTvP1ZIqLFEpYG9V6W6LDjMVq0PnSDqkjOLlZPPwD4y7GVwVz7f9hH2uQf/abSXrlutZmnUlj17JqYkjWDvt+VDwBcTr5/pJgOooII/VKYNGsYgwohGJntNZ8oBrkk/yk5miztMWtkeboFxHyWItH/x/W/hmwZ3YMxUxHX1MKS5hpZQnicUdJkiUSKb0jIFobrwGKZT6BooU8fx+Wzqz4f2nhbiACElckear9jtP2BQtccANJLRGcF9sfO5hR0FGySjqjCOj0mI/5iJJAL027c1uu9on6Ldvf++OOc+y3UyYsgUFBQUAiiGPAKsNl1oP1GA5c0ue5ZCmuh3eRXzVsm1710Vd/qjSY3QITYcV1Xk2YjwjCErX6f3iNimds4RyPvSjZxKFKVsLb4CJti6Z90sJc8SfO2sDBEiwMw0kmyu+FPOV3ZOMdfjq0yj/udfRWH+SXao8Etm02vSu5lYtN0XJjcbxKrxzUspEDahUUK6nH1/y10ze7puGh63duJTMf0+Y7o//gr/i4c1awHnpAWMgxQrd4RfG3TyDLgnRwHAMf9VQDQ/h+u0myTf8F/nlp5RO9vIrlKlX9xom3ykH1VWhYAkP+UrWj8DVi0zVBmD6MqgjH8tl+/t6rZU20gtWendriUemEic+9ku4qU/pMF4G0qCcfsFnebmoKcgD7YYG7iOuY3pgVTXnwh2U7oPrrw0G5ZoZMCmaiP4/Kh9uYimnme6XNLV82u/rKP85IezlkjbfdcW7q2v+PqqNwQfBw6OSXUscHIxyeKt+Gy807KWBQUFBS6hGLAK4Cdc7bfOLBpHi00Ly23f/4buKTezstnDzocqU//qHFRG19reF77vy+g7Phz2VUirVyC993aJQSCjHAentZg4LaZ312UNl2QEcasEEW8pA11m4S+nDky55f2nHwWM0zO4Q75yjgsdwrayLkq2LomsuXMrNXustER5aNPEHEWrhK0csSlQ/bvkGYBj/zHdMur1Tt2mj+Uv5f0kAR5dUwRXmd9Mvguyz1Bzk5H8FYAIEuOhv30oOF7kGc1YBDqVcdavYUinT9n9K7l1kayolz/5otyOlEI4Ui9am9VxMsfA/y01xCsaj4pl6dEz9bR2d7Rub6sWC4nlp1U4HliRv11IxwqEvdLlXaSU1haUcXBu1tL2a0/pql1djg/q0az9cKEiQnG7rVVK9VbQrbwhKyUk7D0cl5iZXOHNS44q/4/JIQG/1vY3E73HEJF40nKd2NHiZUzwCTJjBh9ckaioKCg0BUUA14BrO1iwEisyvSOF98rx312I8VVacNPDihVt9hm9K7tZE3VdqO7Xspnsty5HQCuHOIQCdPmCP+itOm7zR8BQDW9O6ojVZCAJR3d1zkno1AZkpGGreb6yTmcS+hYOLqT96rausUWJ13FyhhzpIUJ+XrynWOj9cWAq22n+UMXFTV9Sox4OYst203vMGTLj0PzsmJW92veJSvLc4+GVyVwUpVHtX/J6adKs7V9CDcGmDGoiAGecLt0n70npx+F1uyUqg9i9xAltuZlqVg9f17khPnMGO7c3p7z+rhuHdN485imKYUe+sSVTdByih2gQEkzEYykToVaFpt2lnf46SYAb9W6SCAHpnUs8D4IJciSlanW7AjZUq/e27kjAgACorfj0t6Oy0QadLrzUwLboyczvI2J3nIDIkn/tNmCNfakD0pBQUGhw5xhN1+F7mBI2zq3AKDnk1RSJoGRS722dMPj6W/dlff0spjxIZ8SS7+O4giDUPt2AUB5hFWD1pT76wDArBVuGd0YSe6YwvRFld8ParwFAP5KvAtEowF5uf66U8OZlQAgAEd2WXpdhCO6T6QbyYgslanenEDJqjwfJEkVk6NKDtnYSJVI7hhpxAiIbgohwSAc1y/L9I67uPLHSyp+mlnzvpOqElHU6xACsEf0v4u3yaXqHj6+ru0Xl/7jBOB5DUfv2Dql3hyp6uS6uCfDbg851GZLqAh58yEQXDzgCAAQ1VWEV4ml7xg1Dunls+pWbYZn+q4e7ojRtbkJUwSMyvHdOKqJjhgqL2uGY+QkLvOhujaPyBJHh73ox3S//5r/vP7jd89Z/EgSWxOpGQ+sAOEv5LsrX0r3l4kfxUGFabAt5o0ODTWEbO/kruwuk1TLyQmiBwDwj53kO+8iIa45LwMBAEJ8epbnsmvYwt4nbRgKCgoKXUFeBKPC35qzTUNS6LhKpkWvixTkehgwIA+h+zZuzkrz2MePPRbcTkSxflvLwTBZVwMAal56WqYhaQCoclBbSjVmjVDnEQSMECbbJMVjpML6/o65ha7zvk2bwxFeStCH7Y1BHhdVEcNKV805VcXkTp8idljGYAigOldAOICbqtVzCZE+dVHVFxItOavVDnL9Me2xBpXTT2goIcPKDcv05cWzGARp9xFZuqq4174qut5NIgTxer5vin9Ypj8kt7a3NjuGMtk4WTEFPbWZcZT5vwW3TT3YRru4i5LOcbnr7UfGhZVPlvxHyrTr4pneKkHLgwAgEEBTWHViLyLLPSnYUsfHdWWQIaiwIcc9RUCsSArAES7eZnj60z0PXNO3KDDH5wgfKUikDDTQh3rr84nykkS/an5Z4suZ1e3b8MCIn0gAUKXZYo+c3bDa6gIABECv/MN3rkTNLYXWyCnwGVJLolcSU5jIlNhUlQ6K48GiFXLjWINabNV1YJJ6i1RuCgaYZaM/Cl1Pa8PVcS2F6L9qWE4IF0oOvjUequrlYTGZb7wFmKcBbit/662UG8vVqe1btq62EMLTafeMcmyqVKfwkUOHTFza3LIVJdq1q+IeBeABIN81Y5T93g6NNgRKkE4xOONge/Rke/QkmhqRvQFISoiNw7rwj34FBQWF0xPFA68AWkL9UsZtrUMEPVRdR3269aq4hRn3tbzvBqkeJAiBIq4FbukpRQ9N+rLDuldWWjaVaOpcJAgqAlORJO3Ugvnysj+D1nv7odNYJ8d6VwDZSwmdW3HAgIt0P3+Tct6GmOfD1oFrVB3/JeHiuROaq/IuL9K8tMqy8bimxkl6GGTzkDsr1O+uN3+zw6hSS9vbaf5zft6nP25TufyE00ccbVAt3mN4eaUlJAOWQuS8+Jkyv8Kt8ecDwGBtQS9VG+l4L9EBXfT2XJPR6//OthvDKW9L/tSUoF6Ueu6n6eO/Sp/KI4bCquBeIftG/apGgCQT+O2q1OWWT3o1XRl4W6HeKNntbtMnD6dfj7xeAHj8SNqsuvA1835JvFnkTsUQrt/iF4gcxUc0/9pEfa3kkBRaY5IhEW/RhrYhEGTHsqOzvePyvP1T/eLWOwDkxTLicVUAwBGuR/rd34uLGERzYcz4aZYRwbcLKz/lCbkRKBiw27zt9emqXh99BydkMmJY23jnE35CrORkWNabhlMCqxZEjo5IrMnxTJ5butLK5Gd4x46x/Z/k9dVN0Vsd6rY8nJxhdyOYLXxWLp+eqVjvCgoKZxyKB14BAGCicdAXOQ/dXvpqFdsAAH6iqZ4+GMf07FAn5ZrUUnV6hr8MACIUUu0SmCSxRot83lyvepBTv90oVrUr8+DA37kOuDRba3qdPt7sENxkNS2YKVAjBCD8U1bfMOEbkoYAINHI7a9WQ+OknPIJLqpuRcJDmZ4xqZ5hFNYJwDtVlRvNL9g0e7ZmvQoAm48uf/+43eK8KWyfW0vV/VPwLqlsbj8Ok25d5yLf32C+Y7xdR7ec5bclXLDBtW+Vc6dIb1o+5kL/w7X7Br0BKMPK/V7w1lmHrj3ONUe+yBHTioRVzyUZEQD/0BSbh4OVh/R2L2FSYx7D+mPS3Sb7hwyx38ZQjoH264nIPkA4hZcGRkOa5lOg3mH+YG38E9llk9qL8AUDDRjCZbGWxJAG0GqBZVQC+np3/qfJ9a9lVO81hMS68xhwpHU9UlIa8ITxj/gzK4Xl1NMjgdlfLRa4ThCQG9d59bUgifHVNXUpYg30S/Rp53yX9NqCklf+dLRRgKMQOS9+1n9S5rbeaHQMkpScYJG/VLuyXLPhqOF3ALhi2z2lcVdUqpMIDDyUfZD5Qq7rgp6uDkvrA4Cf0HjIumr1VwXuSwQUG8kbTwI1q/ojD1Un55LtposayYvGCkB1szi/goKCwt8MhLvDB9HDYAAAIABJREFU0jrzcTgcDBOF2cOZBYO5Xxo3bHLtr+ebYp3DhaMXdLSHfE/xneWvAgAgcN79cFcGExcXBwA8z9vtLQpSmsX/Ux0+AABrLc6pgw9xEZ76sYx5au23tHCyq5TJn68oyMenrnh8nO75FRY/G/rrYsQvj7u3VLseABCggR7TjyM+1BKqVzYsfFaz58KKH9RCxHKGCEGPZNuhypjOjWp8vndarzZLSAzmnqn64r26n7xhXGTk+TWfWPyhos1ZsRzd47OHKt7nQLimdL28oodhuGiga2iGj+dhzVFtUR2NMaRYuHPy3Xtr1F9t/zuVKcZfpE5iSG+GZ+zE+mfC/lgC8MvTrtw++DVodbsIcmOvI5+ltEQ6XFT5g4FLEjmej2xclHpupE81PNG4YjAAcL36eKfP6dhX6X5IkrRarafns4zh0HPLrE2+iKuQo3J8s/tKyzrK4d5fSGDDO9i99IYP6pYDIviEFG7suK246o+mzSVMDQlEL23WDMuodDo0w+KOJVoaSzhsWfB9njEBAEigz69cZOTEVhA6wc9Jt9TSO68pW4PwmeqDCXlWPntefcSmpx9lTM0W98E8dWo/nUTNOZPJhBBqapIjpqhw2mEymWiaBgC73c7zXZJpCExoFRSiyJl691foDmhEzbaeNdt6VuDt9PpFIvKzYak9Md3hMzKjPDgAAGCHjlQVHQSMxzQaP9ybfXPv4x4iNEIylqHM7LCTb72DYr13CslVj2GZnif/TA270ogwOanuhdzCraPScV9ddmDjks3vPKHdlOkZL2K9AwDGkKSn95JOlTxV8xB2llDTerXZQiPqoZSrFyReuM65p4ytRRgBAgTAA5RuvorjwtxsjzdQhu1XG+M/MTLDOm29D83wDcnwfbbZuLdaHfyViutVq4u1CQZZytVnDuiC6v8tSp1Rqlu9OPnKqbWva/iW2HgM4KRK6IIPt+c1y85x/QeFGPB/xrWUzCSBNvBi1jsAaHjLaPsD66xPhf10uKP5JsOMmxS2gUIkaApfOdTx3gYzw4U57bNi2Om9xAKsOsSz0/gXNpXV1KRCq6gNAbGp7DcPH94UeEtWV9G7t41OTh145fUiXTE8SFrvAKACjZlJbaKrryz7U6YQZocY1XDvxpgXzlzrHdrd819eYb1tgv0klZIDAADS66LWryZrazBBCekZ/uFjgJQ+/oVHHl7j2CmcyA9AALma1CU9noknzd08XgUFBYU2nMEPAIXuZnfMOw2qooFNN8h3IPAnEun9U2Z1x5D4lDRm1Dh63UoAuLgmdpjD8FpGze+xTWUav0Yg+jl14+3GJ7IrMz3Z3XF0he5A3Gz1kfbi43nicUJHDw25oaDZgYNdjkf5P0AFFk76HNhS36ji0ySbhaWRUfk4pGlX4MBM6ltnzALA+xtMYa33AC4/McB2nx/55ByUQ14Kt4TvWtimc8ntAwb2fWG5NWxh6lrX3+0Or+FjhzT+a6vldbvqyKLUc2lem+eebeJTZyblzSowJJFmgNuCjbmsXK5Pf2rvruAWB9niRcl3zZSTp9vDOSOsAY8AfbMnDwBwTAxvUKbvHSYzhrt9XONPe/WHalpyUTQUHpXjPbvASxLRjA28a7gWwHaoGi2vdALwF27+LsdZ3r4ZWVVheOMF1/y7IvVT2ijXGu/tvtxqK+gO6x0ADHxitvtkiMOfNCod5KM/xz46veFk2PA8r//0vTa6FaXH6HWruR4F3vMujrSTl2cK917uaRtdhQGKfRV9dl+1NP+5oYaC7huygoKCQgh/t+mdQhQp6/9t/I6ZR/W/W9lcI5t6lu0/qggi7UF0fLPbRP3zYs/l13THqPyjxvIWi2b1MuR0ZnnVLxzKeAEAq9XYbCVqq5/KrsQISOiWKvQKJxmOcN85hnlzlYRrGmNYsttwfj8XAOw9srpMwwAAJaOSQoPf05X66fX1VWlJEi5cACiuk5jEZ3rOOWL4Tc4RHVTpiviHLEy2WlD9vNOc5q8QCnsuPjg8rPV+OoARj3CUx9bbcelWy+uB1wzp3W9alKyKndfr48AWevsm1a7tyOPBJInjE/0TpwoaLb19MwgCAJCtagdaOJlRQkSWZ/xx3co22zB8tD/HzJBA065rbunyd/qHEm/grxvhcPqJikaK4ZFJI6RZOCqqpntrCpJwQZJh+88vzuy3oVTt5wkgME70008Wp15S3Rzgijxu7c/fR0qI4GTXatTzSQlMd9UkIzCtCSfPcUbj59Dbqy3zxzZ272F43vDac4htn1SCqcMH9R++5b4u/OU84sA8TwT5QAHwrOL7qgb8GNWBKigoKIjxT9HBUugcywpexEiwqYpKdCvLtesk2w93bg28IGvD1G2KFlyvfq4bF3guneubfK5/4hTvnEvdN/8bKBIAjmr9AOAhOyzwq3DK4VHLpIoHpkj3s2bQaw9vPyCyS5ADJwSxjjuPB164KelzwEaURKq6LAmPmEFVN43af6uXF0swrmgkBSl7BAFZR+2Xc1AHXe6gykp1q73UmgxfGYEFLidvVXFXViEAuk2GGgBY5C7RrxIgmkWeCSAT/G1MIz/rBgCyotT44pPqZb8T9XXI4yacDvJoke7918iqcvf185mzJrI9+yS1in92EFUyj5jsG976bQKj2rypz6VVMTg11Xn7/XIibxVEMKqFwkSmX4o/K4btPus9wPnF/zclZcURrY8lsACYQ1ChYa7uc6zX6D3BNtTBiBdjVoxcNQEOyVWq7wQIUCN5vPv6P1WUdL8Wve6rT8JZ780QDXXq9avab9/hOVzJNoh0y2F+QekrURifgoKCgjwUD7yCGP10+cf6fjPowLV2zr0mdmG252zAEd2hJPDTGn5tfiN0c/ItSfLpWXx6VnADZjkACCSnVWg2d+/RFaIOwp+mj2v1HgOgtbVoOjtNzt6+E/p2gtBsK1bKOAdqtFuBN6Z6R0i2bE+lZgsGochf1mPPZYf7LtKS4d3s5XYpJXMAAHCqwgT0tmen8YPAi/mlCQCAAbG9+rNFXdVe6D7tBlowFVs+XR57PwB5bemaaB0q1TuyVr0v+LYJ+4jKMt2ij8MuRZAV5brvvnRdPx8A7rBZ5pe8FNh+TP/L8EaxKnFBritPeqq41waLI4VRnV9tpU9If2N/J1d/FE4Jlx7571rnnrAfHdX6CsfsOri2PwCAIIDPB5ow5Rs0NCAkq8aKl+hG3TKM2H3GLwY4xNL1owUHfuokRrTtqVD3Te3GtQ+yskK8gWrzev+ocSEbn6j4TLLnXxs3QUbnB6agoKDQIRQPvEIoZF2tZtlvuk/f07/76tbFz+TtvtTOugEDD8wa65MiM/D5Fe8EX2N0sk8tbDIDQJZPDQCNqqOl2jUd2r1YKyuGWaGbKNesbbshcJ5hBnkk98UAQcddhro5pt1BlR3XLRfZK8HIq61Fu02fdMoDjXebPg288mFmSlHEpFlju1rWYeFIOZ49bKePBV5dXp0AAEBi9+pNcvrvJuT8cNn2SwAAgA8qP3Xdx4pQG6c3j0D/7ZcR+sUAgGwN9NZNAHDUVwUAOj4+0d/fyKWzhEPO4Xp4D49w6P9dmnxJdRzdqnAXYRdzyimcVlTztmWOrSINjmuYJfHN8dvU0eJIzeRY7xzhd1MShmJXrgIv0ciQXqfUIaLC0tRrMYpmBI04x22yVjw7B3X4gOQPj9gwq3IljHS0jlvwSrZRUFBQiBaKAX/mcbCO3l6mrnd1Q9wmxra1S/749elPa5b+hPcfZqunZ6zlocUCGW1/QOTx93bSDS1vjCdb1YnLzgWAafXNqtTrYp9sUpXI2pHwL4u/a038fzE67SS7BZBl/p3pCMD9GX9v2I/KtGvDbm8NAogzNv9QA7POSmCap4DrY56xq46G3UVP4yuHOM62Dq1W79xmebujA95qfaNWvTv49oC3hIkQSJ8XLyvmNtUzUkarlsWzqYMOfJ5cv8HoNG4RW6TobuT40/V8YuAFT3jl7yVOOb0xZAvjj7TQ03w0esNqAFhW0TSr+qNLKpZMq3l7es17lNAmkTjSvS2YGRSKcPIMG4UuMu/Ic5Jtbul5fJXV8WlK/fe7Pty/73cBh95+a92yHrs7zO8U634Xb9OVq6CRPgoAS1KuEyI/s3A0nh0c4uzkse9TLmNQ1IoCiKPXdOMjj6iSteRBekPrF2KkVJhRUFA4vVBC6M8Yat3ke+vMTd6WNRcE0DORuWaELCeSJNWs7T+7Fv6kLxL6BkukYNxqmjHUfhOBxVZ8GILeYyrs6zgIAL4xE6IyqgC/2TbNL3vRJXgJwIl+avXWgale+Clh2p+miTyoEAUJev6+JA0ADHboZ9VZthl6jLM9ruZDq4hhEHjr3lt6ZW4v0xQ7nTv8Ow/ov63T7il0nn9+1aLTrSrPH/G3q0A7oe7pUz2Q7oVFnkrdlmtK1yJEAm42oljCuSHm+aO6Pw4avhthu0uyxNqMPs3lwQit/qGjqbcVHgcAP+H4OenGwY0393DNInFzFCgGoU+s47zBgkUrXK+f/kHZN7tNnzaqjg+xzzdzLRGQTlXFNvPbCBODmuYZudTg9kbV8W2WN9vFd+CPbL/dFB+m8gJNgoEWXIzYheOhagxcovgXDEACzQMDAAcM3ht6HwOAZL9qao1kJb5ugSV8KkEteWg/0TwbLtOsy/Gc0/XjYiTUaneFbKSBFC9IiPzeZYd0Aysfat0o5LyKtDdD0nTYBZqTHmek8L191dfFXzs99jiGml+WONlmwlq9f9zZbJ9+AFDrIJcX6epdJEXiwkTmrHxv0ODe5jkk2XkDzU4ZfKIZU5S3+5tHs26aYh4WbFDjlPWMGGpfMNQuKzujc2yyvgoADDh2WOf0dLyr49pIaWLARwy/sMjd0xlRU10mFKZG2P+90frSF+mT81wz+jou1wlxJKaDt1NxGORRYV2H7k0Dk7tTO0AnS/mPp0NVRTLphFK/hKyPngiTc6GgoKDQTZxeFotCJPZU0Z9vMYUE72GA/TX0w7/EPjKtq8VXjvmrZhy6t5ZsIwCL205o+7jnSvSC4P2kG19x3IWtsVxhL4nG8qjw2rJ2nodPfPPplZ9YuIyHMzAN2hZ/mQBVTuoO14TY7AFPHHvk0sr5sdYZYXvjqIaFY2J0BJsfxxZ5y18++BCFNVNqX0n2DYnKaKNLEtN/m/k9HnHkabayECUwS7q2W94eavt3pnscQLMDNHDO0YJxXP1/e6kvWZp4/V7jF32dV4p0lGrhMizNvlCq+PCN5fEHdN43M2oAgEWejdYXt1reivf31ggWPe//V9lZReSk55drAYNObf1P7R2P5L1Qql1t5tJ7OS5VCyYE4Cdch3W/MOTqCjVzTP+Xlc01sekYhCZVaWMEl/5uT8SY26tHON5YbYn0KUKwKeHeGLesBa+BjTdstbzZekuVmnWoKkysaDE8hAXgCBzl2FSVoGEJr0qQkNAr0S0DgBg2P9kfnatMgNApvpFXAYhZ7wxJv5ly0aGDus4d8d7sJ3t6Dlxb81mIGY9VSrWLk8c3tuV3lL7GYg4oABMAwK9xjVoe/bi7x7hff/Tt2Ptk/L+c/pYllaMNql/360dm+2b3cwEABx0OsCoWaq86+sQTaTfMO7E2l2w49VFatep9DrIEADK89Ne7kq7rfdV+nbmf61oTmyUAU6HZuM/8FQ9M3yaxe6Z8ct1TNlpfAoBiw9Jiw9JM77iJsteUy7XrN8e8OqH28Rgun8Q0gUnx9T4ETMY7j2KjxTVrDiSlirTsHFyPQnqlRGQEBtRelvLB1LlTD94tvuMUy3DxBgoKCgpR5G9pGPzdYBj4bIspUnynj0UvL7feNdHe6f4x4JtLnq/lJcq3YIGQXEpnQIUtFtcN8zs9mNZUeG2ZG5pnTteUr0HCidM17E+BoUFlXZD3PEtErNql4uI/28DeNLoJAPK1aQhghO3uZN+QU+PBlMLEZQLAjylXXlCx6LQcYBdBKt44vOEekRbx/l6T6p5fFn+3QUjIdod33sYa+dvHtZy6yN4AAC8ezhjXaHwuq2qb0W3gUgvdc9K8gy1sLIFjNxlQUBOd8ZDbDOedXzWNRwK0EmrS8jGDm25UNV6Twjz2R1ysgRtpYtMCBnyJduURw+/ttestZETfTqaVm9PP9cNuQ/vTlkBwxVBHudeyBv2vf9M1Ij9FgAR/v/Ybf0+Yf1HFj2JnCEY4ConnYWiij8f5eoq3cZHVKqw7u/YFLR8TlYOSWBuMRAjwiGNgpPh3hqQXZtxbq0royhH9BL3T0P92Q/8Z9T9Pt7UYAAGvr8JJ4JXab5+o+KT9di+Jpww89MneYauN/xL8oQERGGD9MU2Di7x+VBMCAjpeDQEDfrjig1GGvn202QAQZ+AxYMmAoK7DET5KCOPRbaJKfk68IYal5lbG3X88xcKSn+3OzRu7a03MEyEtM3xjozISSjC0fju08V/y991sfclL2H5JujnwVsvHXFqxVOROtTJuYUzqtt3r+qR99gEzaIh/kiwFU/nwZjNWqcJmuQfBsXHtNw7WFqSoYkWE6CkgX8m4LQpDVFBQUJCHEgF4BvDpBq349LvGSTZ5O++DX+/au919uNO7h+C6MWqhgxnrZgZeXFO6ocV6F4WLbL0HOFKvWrJbB07noA0XG9mMPPe5cLoax36iCQAcZMlXaed5yW6ujnu6kuEdTYNpZewjS5Ku95H24HWAATjkv2yQ8762S1fBvzKeoRIZVV/nRXOqFvVxXG5hCwDihHCpjDxSQTiZZRapStSPFzjvSPUON3KpJi493Tt6jO3BmdUftg6qDzAnVmy6PCLb9+i5tqzY5hrXCIAicI8E9rGp9X2TmRcy53tJWQtwqnBzehdZuzHmRfEdSaBbV+kLAQMu1a7ikCeQ7EkiaFQdlzOeeuoQR/jE20ype7nQOUfHx8vpUCb5rpYQm4G6/OvywjsbXaT2rpxnumi9t2Zp3PRlMeOb39C0f+IUAChjam48/uyYA7eOOXDrdcefOuqtjNbhFAI4ePfCyjDWe5BfrQ8JkdMZDtWp9lTScWRoRpU8MI+FN2t/CL630RFD8aO4SOYj7e2T2DEIR/V/AkCin0pgVBqeAIA0hr73eHL7HmghOoXiW69W6Pg4o3iwT1tU0GYM51V9HulhiwF2mT49qvvDQ/K9x+wGAHr7Vnrntk4NWQzftNliHyPwXnZN2E/W9XxLS4aPuEEILcl/hgSlnKSCgsLJQ/HAn8Y02W7ffP9Sa815Tcsk/6df9+suHezs3HFWOXZ2bscwRM8U9oI3oCE0t3S1/F7lTKHWHtMtrtxclujt4xiDTuM1rGO6vwIvvETdV6nnXlm+XDJc+W/JcNuCNTFPNND7F6W2ccjMtp41MD1U+k4wmQHg6ezKx3Irs91TxzbcGfXxxDB5U2pfWZx8NXtC2EmFqMHaAvG9tLRw65jwqzBJZMyVcWcLZaxklHujqizs9jTPKKlRg5+ox0il50INaR6Y3+IX1Gp3AiACETUDFgNA6q6rrjguXcfBQZc0sUdj/WL5MgSme7hFJ80dx8SlAQACdHHsxNcz7uABgCSBD/WvPpnxAIeiPKv+Pm72JNtKrKI9827ngR9/YMFBX2nw00O+sp/s63PUqSsLXo1UWVCho/yr9GUR7XetEK/lw3hNW/PjHsPjw26Yd1xax64dCNo+IrcnPzi59BuEw5xXUVwINrBhbHIExMCmGzjk22v64v/yyxYlNSzd2SPRr3qsOC3dR99ZUMqilp/JTza2ixPqDDzRsvBnZfI7tO+5VW98nda81nZ27YtawRqpJQLwEPWB134CX9y/+JtdeerlvzMDBnd8yGJwPXoyo8fR61eFmSsg5Ln4SkEb/iFrILWl/b6dU/zgOtfe1uqG2eqUnwuejSdPtmqvgoLCP5zT13r5h7Pt8F/JR67+Mq7KQQokSE8Eq1ydX4upZm1ymmEkbR0TMtrIZPqW5uBqAqJfV8bKXGji0oxcStR7jiIh5rqI5+fvTSwTJkibJqj3ssII13O5Pb5Ktj2aW0Fg9bBu05Eycql9HS1e3yfSu1qQ+aX02wiN9GW4w/pu2O0WLltyX7UQ+03KrGXxd9lVxQzhYgmPk6rcZn7r04xxAesdABYkzgk0nmIeJkfF+qDhBzObI9nMyMuS6JOPg6oAgGxN0usZdwS2eKeGKgg2kha7KqL0QKcRgPir71zXHfcLWm3BritaW+9Bjvoreu67ku94wLZCWDa69ol8OlBG7onbT5xvHaslOykzVsc1crj535yfMqNba7xLMrDphkA2yh6j58J+xYHqjDeWJ9gabv4g6/5zzMOG6AsujBk/KzuitdwhGuiDwddaoWMXlE6IpXltvJ9K96lTfSPEGw9x3BJ8/XtMEwAAz5G1tR06ohz8o8Z5brxNSEgEggQAQIBVJJ+T51xwH58hcSP9Pm9hzYDF6wvfeiv77p/yn6kb+NPmXu8o1ruCgsLJR/HAn440em3T3K8KJyuwWy9vWsMjN4EN4m3M0asBs9d1BADOsv2nO34GApPZ7slyliROIVqhjVtpdewjF1UsPlWDOYWQQmjgIk1Q63qGr/3GWa0PFVYDQIp3mKaD080Okeuast38DgBcHz/9utjwookd4t5R9LPLxBq4qToHGd4DL2eNL7BcW6pdX6pd3+4jBADnW8Y9mHx14P2HWQ/cuYulQA0gJu5uZJNJGdp4GEvLZ3SIo9pfAMDBt5SO43r1ZbxuesUfQcfaj/FR+FPCss0wYDg0zj22sEmIWFvLzXsvLH7oh7wnu2kM/yi8gpgyuUFGULeAAQA2FL45ZP+NQVNcPmqkok6EctyQMPMePjq2ceegsCbDO/aQ4UcA2GJ2/Zhgn1Mbg1W0f/joWSbzLOvoQLMd5epNXT8Ywiti7w++cxN1He0g23f2If2Spw5PP6yRuAe0XrD2k80TCeLgfj4haikwQXiz1X31TZ3ePV+blq/tQCqBgoKCQtRRPPCnI7P33C60CvASQLqUdIqp8+q4hZpMOc2QDE+4j4vaGWWiDACQ4o1yBF0QK5vrpE7rbNUqzY7Wb11k7R7TF6dqMKcQH1EfyBxHgLQEfUHM2NL+32bR4Z26u7xHykg3AFhleIa7goFPzlflLS949em0m6PSYZyBH5/njfSpgLgfUyLKSiNe+rrjUXOy+vzS5Nk1MRo+EC6DCESk0wk/5T/zbnaLzDLGoELN6yYi824tHyfIcNTjqMTynsBD1jOkFwB0RJsQFf/gEc4F93P5BVijAYKspaM/7w/gZRAA/NG0RbzZeufebhrAPw1SNA+CRaFVu9sTOIdT6fiivosKNRmhH0st5PbSZbXt7RSrpljZ3ODrxQl2rFL5Zl+ETW38wA5fFJ7Fe42vM4QDAQR+Qru6uKOZ/oGc+cXxSZItAUArhCb4EKwnbEsFBQWFfziKB/505ICqTa5slXpHmm+k+C5Te3f+OTfdMvLhig88QmQxKgyAQMBcWK2vVk0goNEVFR4vuPnyXf9hSV83BaJSWFumXTPU/q/TNg2+vbs1xp93SkYSlpMm3a+D7z3LhjJDR/nHT5ZsfNxfFXhB4W7XC/g9/xWjOmohJwAwrbdbSwu/HdCHZPzG6Xmm4G2m3hFpR5VUaAwA1Gia83j7sKZnnb2YrOFcYe9IjRECmgK/lN3NIrefaJQUqGukjsayEmL1MsEAvybdGng9Qt+uT5r2zr4k8JJcZ4Z6ud0aNUJ+AruvkvZzCKTObQPht/EuXsqRKwDe7yvt1d5cVOggKVRcER8+9gQASvSrsrwTxXsgTzyYDKR2Tc83AGBp0/pD3tIMBzH31+KrCw5+lyimInmhdXyHB92dUK2c1cUxhOfqmwRraIkHNdWlZzFH+BjqmTVbGwCGAMCYoQe2ml0+orFBdTiWldD7aE0jXQIAbkp6kQUAeNzcLHj1CcnRLyanoKCg8DfgNDVd/sl4eSbEJliecD+IurmSzbyZ7ryZG0eZ70++QqTBE44hzyZdh2ixxL/AEzfJGDVr+7KESYBgt/nzaHUYQppv1JyqbyCydvGphQdmcv2zcUzLVCnB3zvVfxpVmv0ydeLGmOe9RMSJr4Mqq1F3Uh8xOPfkkGec/TAAcL0iWput4U/IC3nIDkd7dgzE6+loWu8AsKVU8+fBUOsdAHiMLjPNyYgQdAAAJJJeiq1SNf8X46bf57nyOhHrPUCaReLbYcAFrjkHTN9KHvqvpPtcVLVkMzk0qouDC1sLU28UaZkTJ9ft76cabhjpuHSg8/HpDVYdD1IrU6OOLd3hkSVIsdV5QOYYFEQQfzwd1f2BkcS5WpAYGsU2wzzqrqRLL+pxMXPZ9Y+6hlm5iE7+vtqcq2Ontt4S5YSQVmDAVZrNks08VMvNjbWY21vvAJDcqaC8avW2Q8bvf0y6/LO0CVvNK4LbnylKD7zYFPOyfCc8Bjim+xMASnSrZTTGgcgaALByzTc0tld/+YNXUFBQ+Odwmlov/2SqmFC3EQ/Msvh7IELCtp7GC8Z3vgh8gFsSZt+XfAXZzpolAd0be+FN4x+5Nvn8mwZIe/nO6y9roV0m58YOL9b+3CE/AgbYan1dTkuEEcLolGTBY8BrEyX0kEmg0z1nzaz++OLKJTSYAGCU7X7xXU4mLHIzpNdHOESEhTnC/3vCgrWxC+toMQ2qsARmyBjwzwk33FARjymKTwgjy9yeTHVzrGalRiLCuYvQ5vLozuOL61Tf7jRw4SwRu4f4ZnPSoqyFPbVhsl0KVZlyZtQmPh0AtAIRr5VV0W1YtsRiHALUwz1jsP0WAcRMhRL9Kg+q+zP+rqgsqay3Pht4cVnMJAslVihrQoFH8upmCc8O8/uXji0OWjsz+rjFf0wS+FH1azPkqZila6Ks3vfPZJZ1dIZa7Je00Z+J/Gskga8eFrFEC5+QmHThv75O+79UFEYyY6i+8Ku8R2miJX0uC6WiAAAgAElEQVTM5iG776GBAFn9hZLNKtUtN7dMOnx0eoaVizd0bD29ht79a+K/1lufs9PHAMBBtuw+utHQ26kDgBr1znUxTwtI1uqAi6rkgQEAB1lGSkXntV7je6woDQD4VCXPXEFBQSE8igF/2pGjDSONXqpd/7+UC0JytgkEA1L8j5zbEJVCSXcnXbqy4NUb4mb01eak0wl9tNk3xM9YWfjaPRnNulaFSUy8XmxCkBvHJYg26Ci/DHw5W5vUoNkjsz0GWJJx9R7jFz8nzeOjmnYbXfyEg+Dkukf0XPxlZUtp3mDkTqPZzOq4hxEQQ+y3irSJYfLy3FNi8Mq96Q826LZ34ig29YGZDQ4M4J8yXeYuA3X5cZQZAJpUJaVa6UJonWZcXpSTM39tFznfGruHKK/I+qvg5Vcybj/bNDRbnZxFJ00yDX4hff5fvV+S07+PrAeAZ6yXyxzPqBwuV14WOQEUjpDoEmuxL4+9HwAaVUd/TL5qr+kLAXX+FtGkKq2l9wDA+ZZxr2beId6YBBjoEg8AwZ+nnbPT/EFvXYsJ1DeZyfSHEZYP/jPXVH8OAP03F8lYvUGjdWIF9hTks7nXO8l0bNiP+rl0XxftH54Ufk1FReB7J4Qv39iagcnD1vZ994m0G8cZB6TTCXma1OmWke9l3ftT/jMJVJs1yr8O6USu0xA6YeprsEl8vzr13upW8ihTzMPCNkMIZvdzER2Z4iUyfbV8SyJ9MtNGGnPbpt65Xg0AHDYsWZp4fYluJYcip90BYBB+TmrRBzm/X0TFx0DzPxJvD7wa5NDdUBEPtMZzydUdGL2CgoLCPwklB/50hMYk026ay4NfIFgMOKiggxCm6Wg6Awq1mU+li0mz3jPZ/tSfVrsnzIpBmpm7abT0PKmjFI389v3E/61Zl0nzpvAtUPNsx0fZFqU0m3ks+BiyScPHnWKtoQhoBPNwWwfqkxNYNb32PfLkXq2tz7QQdps/LNWuz3f3NfAS0kTzqi++esZVWKuDPvDyCr7S0bG1plh/r9eL8rlRo+QHUlKIvDf58nvL3gKA9TFPW2qyTFy6+C48YkjcsZLdnsQ/zk4d1KFdxLF7iDK7xP+7t0o9sYf38tjJl8eGagEQqFlnW4Qiwy9Xk4Mvy7lE5pAIAm4/G95eAftlSD0iIKs0W2KZQpVgQIAQApNGuKCfqzCJf2knEchrwMBzSExOXBwvWf978jUDdQVvZ9wZdpWzPZVq8agNNKhx3nbLWzeVPL8o55Hg1vtLX3g1/dYD2jaJvgiAAOHKmkVDHNsAADkcGXRiCVMj0nuSykorpeCjBAnk7t4fv1O35MXqrxo5NwZMYBzPa55xjprZ7yrXWXEXADui0b5om6neQwbSaGgK90vxXzRQblCYgdTeFD/rpvjQeoStETDsrZL4TzEIQV2Vzj6AkAA8AWHulh6yflXso0ELv1CbOcc6NlIv+fHslUOc3+ww+FiZA0GT6l9cmthcFHOcLTTCZd+6vh8l1/+nRxmPOA75BMQCDl/ChkWeJSnXeU+o1sepzMMyfVV13LqKcJVBEF4Tu9BBlgGGWfXWb3bl8UnJnsuvAzIqvgkFBQWFvyEIy19M/ifhcDgYRlr7vZu469irnzb+2XpLkn/w1JrXwhpUBrXw8FRZhdyjxcZjmj8P6lxs8xzFrBZm9nP1TY7yzxUXFwcAPM/b7XYAeHGzvboqP/gpAgDA1w5z5yQ40ndfJIAQVJ4qdF0w0nZ3+E7PZDjCT7UrqNZN8MB+mjHWxGdOrn3WxKYF5qMYBCdVtSr2/7LB9oz/LCH16i/2SUQI+8nyu2ufyZ54JZeVCwDrj2l+P6gPiHgHo+TFmZJtn9Svwz7bB8rfeb9uKQDQgnFY44Jc91QCt5jHagqTCBACs0bIyTlyj+M2a9OoYbbbNbhlcskQjsNxHzs474Cm63V8Sz0/F1llS/zx3UHTTKS+o6MSobhO9e56iWLCGgo/Nr0h7EfvrLMcqadEpNc4wjN99PJJMRKlmFuj1+u1Wi0G2HjQs/kYubNSLW4EMMj9Rfrk54/lXT2nTUTAoxUfvVH7vYnNOKfuJSMny/AOgSaEUTn+ab3FPXih8Dw8sDROvA1H+D5Lm2CkdEf7fh3caHj+cYRxAx3zRcIl5epUHlF6ztvfveuCuh9bOk9LP3TBtMH7b4z0AEWA1vR8rUBegY9ugiRJq9V6ap9lfzOcfuLx38IknIfgJeu1vMS5J8lx3cpszzh84prGIBzXrdhsfdlDNifZpdHxP+Y/GSmEPoibITaVaIpqVZVNlFfKkg/c+QGAJlRbD03oURKanfd4buX/4vuNsN8fWPRsfc/BCLOE203W7jUsKjYsbb3XL/nPDzUUAMPUvPO/j5Ln2ikLRggACBAYdHyn+QEg6kY3Gv97NM3MkP7xU5ihp5HaS1cwmUwIoaYmeSk3CqcZJpOJpmkAsNvtPN+l8NLAhFZBIYooHvjTkReyF/y+Y2MNNKftkUBPrXk1kjvU5SdeWWW5fVz0vd+RGJHtG5EtFjvXHdw5zArhRaXpp9NvvrfszcBEwsyk/i2tdwDgkIuKXAUgugREkhxkyffJYRy2TYiq7zXA1KST7IdBaHKfnSt/59Jm38onJo/K9o1qdebcu1j6kXbMrQeIqL4eiafSbhpt6PtKzbe7PMVrYxZuNb+RyQ0epR45K25w71jaqmudaB4zlH312aovlxgvUnuzzFwGgYgkPbope9BzpovfrVvyYe08vyvBxKVhEGid44LU/JvjZ7fOiY0KW6u3AEho7PORFztuGNH44C9xQmQlr5tHcD06Yr0HQQC9U7gyO+yS8sPTWA8AuarQBPtHU6/d6y6LL7qvc9a7kRYeOrczC5RbS8P7BltDCRoA8PFt7VuaBr8/lrEtKH8r0o58dl46nfh17mOXFT/Kt0sfIBDxUfb/nVrrXaE7kIxzCXDHCNW766GLzpFa9Y5vitaWzP1Po4vb5Nz8jf+zXWxzSoiVMl4aM+nOxEsslLQwjZ4WJuZ7JubD22vNRxskblzBOK+nUucl95/K/fw9tb+5GiJPQu7onQIuOLf2QQI3+8ZbT0oQRgLmfouf7yNbz0bQfcmXDTUUAADQdJ7v6MJjj0AoiQAta8F8H1l6pQoKCgr/ZBQD/jRl78Avz9m3YAdzDAAm1D8hXuqsopHyMoQ22prYZwrXxp0bv3nzvMRtLIEn1b8g3vikFT+LOip9LTjCZ4FGnS3WN0Q+ZTF3Z9nrXycOluzHRVXZVNwduUd/Wv6757JrOjESh9DJVPMZllEzLKNsnKOKbdAQdBadfEKjMfQySVbFvpRx23Pptx73VzPAJlOx1hPqaPMT5sxPmFPFNtSy9njKkkJ3yyK6R/C95Pp0nJQBH6uPeIGTJNw50f7KCgvLhzm75/Rz9Yjvkg+2ziU3lnXU4Kvab7yDemoJ18mABdxZnZZKp6ynG81rEdVGkILt3Z/eLqoEjsA/dBQATDAOqBj43c3HX/jLsdXL+zAgLaEeZxzwXubdSvD83xIDLagIzApizxCKwFkx3LXDHB9vNsk0+MNiYfJcA2sHZwHDCP0dPebB4w2co4ptMJDaDFUC0fH6KTL3yKATF6bdONU8HAC80+cYjh1FXg8A9Bmxq5pmp9bcHLTe26MRLH2cV2y1vAEACCCRiv0474HBrbJRhNgYoiF8GFEzajWvlV6VUFBQUPiHoxjwpy9/9H61mrf9t/QDfdlQycY/7dVfPCii0O7fnhnTHnE8/9gHKXVb9RIJz2eo9Q4Ak1KTj5CcZKZ017HRxSXa5eJtypm6w+RGPT3NzYj9omXatQCwPNZRcrg4wdGETW2ixEnM80jCMlwtLL0Tpoq3ESGGMsVQEdQT2kIhMk8TvuZwsio2WdWNSyd/VK04qikaqCo1sWI1w3u2K4XVmgQ9v3BGw097DNsq1D4GAQIK4exY9qrBDrrLtqRentZGOqsjUsJcgHsqOz8Ci6aT65JGtawdGdIb8uf6J01V7dmJ2Ii/NjNwSDA7lwTyvax7OzdChTMOkoCCRFY8Db5HAksSuDCJWTir/ustxoN1tJ/tTLUTL9WwqI/qgVZbYilTrLy7WVhSzfyROgkPPEHgTb3eoU7clqmD+wLW+1+xjmNaRi2Yk/wDxXvI9IzfannDxFNHBn7bPondd/HVurdfbJc51bKu7pl+ocyvo6CgoPBPRlGhP61JImPeyr6HBOlY0OoOyoP9/XDNv+f6injxUIXTiI7P6Ean49vGNmbFdqa6r3wa1AcWJ4VxorZnu/fApAIx97ibqjlkWBJ4vcnoJBvaZkDwfBJTJXmUjYb324co/83Y1rgPALab3xNpg5D7rFxv8O1H9b/233tNys7zk3fOztp90XlFD9h4FwDM7Ot6dGrD07Pqn55Z/8SMhutHRsF6B4DBGd6w21ufxALiFg94NWyzBnfn706TRc8xEQZlSAvmCcADwE1xobplnptuB1X4H47rUeifNK1zQ1L4GzC5wCMi7U4QLWfsBveu1wxXfJgyflnSPbjjxReKDb9saJJbgUUO5+RL6/mlWQSq1aKqekNzIY8H88sBwMilSD5hjVwKgcnp8ePCStDxBoPngisAhSz7Bt4iZvwUPjdXcpAKCgoKCmeItfNPhd6+Vf/Wi3IS7wR85rqWo4RWy0ya0n2/QnTFHot1f3SovYbCZi0PALeOabx9nD3dymlUWEViHY17JjFXDu1wlngIAmLr1QeXJF2/JPE6mbvYOMfoHO+wzPBqCD6i8a/4ezjUbPjZVFyIS5OsqhjgfQ6L/q5V2i08+Hd7jsgc0hlKo+ACgGO6v3aZPw7bgEUeRvWkQS0AgIv39tx75b1lb1ayDSzmOMy7ed96196CXZc9s/I+6B65smQjT4Ur49z6cksyNabT4UUNO50MbFDxvZI6+Y1itDwlVbHbRh8yk/r5iXNCtgtarfOO+5khQ4HWNH9LgsBmq/uKa73nXdy58Sj8PUgxcxf2d5Lhpk4EARcNcKVZOAA459Cd5x/+T7Gvwo+ZEnrtx+ljDhi/8ZD17VN4wsIhr4Msqyve6b9vAX7kPv3H75BNoXpyHYWmIdMqsf573cg2YjrI1RzWV6r2A4DM9XE1UotUeeSzc50L7uOzc7FKBQgAAZAkn5TsueXf/r+Ldp2CgoJCd6OE0J+uMMyBr5+4LH9v5Qj2ynJGUn48ztC9jtnTHYa5ZdUti2PrroBpkdT+ukgjfdTK5MhsLFKDDQBY8K6JfZQElO0+R2aHV/SohBMKdqkW/raxbaZZtY1dXV44ZPpxo/nFDu0SS5kRwIUDXD9wn2rrJsYweYHtHPIe1f+5w/xeUC0ZAGJZFW9oG/zpZ5uI+g2xT49qaI4SDZEncJHVv8UvAIAatqsz19McC20GDgBgu/mdOnpv/6Zr45legR+DR0yJbtV20zvXNjX/+wP2XdvEh9NjR/C8eX/c4n/fOPp+IVwcexe5uL/ryx2hZaWCYMAP7l7I9LgWp4RRqovRC05/hxeLVZi9f8hRgM4nL0iGuZCg2t77g0if+iec659wbqePrvB3ZUiGP9HI/3FQV1RPB5QjCQLy4pgphZ50a8B6v3uHpyhkr43WlzZaXzqn9pVUX/jK7a1ZG78QAOIYCgBA4Im6Gt17rzFjJvhHnNWVkc8f2/j47zFOX5iLEQOsiXtkWnHRhdbx18dP1xJqAADcvNzAIQwALrJKUkbGS9Wt6x0+EqcFmvZceEWnvoGCgoKCAoBiwJ+2vPbLnY/1KQ34fevpvUk+CcGwaX06GWj6N8DLM713X+yM4wHATdUYOImyOp3DwkhoSjOEa4/5MywIJYY151V+RGFtpJYq0Br45JWxj5RrNoyw3aPC0nLuP+xh78+PsIiDcebyr+OFS+raCYDLZ4DnAlfyjwe8JTzmAYBASJBymw7T9wy8KExxvkpepeVjdHwCjxgHVSqg0OWkEb5YIalNUW4+NXVMk/56/ZJa1YFz6l7U8XHBWaGAuCLDkvXW55r31ffq9Pc6IxgaP+TtkmbRgTLtujLtOrVgNvBJAnAOqoxHDAAM008HgMcqPglvvZ/gwbyy27/82LXgvnpGu6+aJkjoGc/EGSTCd+1ecs1RdW0TZdEJuQkMwxJ+DsWbyX6ZYD5xFi8rEjtLEaBx/ZM2fPWR884H23/aM4kpsYk9azDiEJCAWypm1Wh2/G/f597ZYXqTSb2LFBcbA4BYNt9Ehq1toaAgRrqVu36kw8chu4fEGGL0vIZqvmFucR3a4T0Uacckn0QOeYC+jVcfS1o2srHVkhkGes0KLjaBzy+IvJ80jxZu+3Y1bDYN4k/UmccAXrL216QFDrIEvLDPe+wr27Kvch9No+NBqwW/HwDMHOmkeC9pq6MPxDNiN+SJGcZ0+p+e0KegoKDQ3SgG/OnIrvVfPZZZEny7LPb+yyv+EPHoxhr4GO3fPE9YhGG75jrJ5q+/Iu7+mdUfd8thEOkkK4xceJ0zANhhfn+/8WsAyPCdJWK9Bxhf9/jSpBuK9b81Uscn1T2nEyTkzRvILOrgKq4wTH0dVdFB6sjhGcZfP0qeK+NrhIfhiBUFrwTfugXf8P031bARy3dl0kkTTIMCry+Pnfx27Y9e0uYlw7ef0mBO7juBCckc1WgyGT0JyE4XfZ06EwCSfAM1gvn/2TvvwCiqrYGfOzM722t6JwmQIAQSeu8WEAWxIYgKKqjvPUU/lYe9lwd2RcUG2BEVREU6ARJ6SSBAQhJCek+2ZMvszsz3x4aUze7OJqRzf/9k5s6dmTPZKffc08rE6U2PI0KUhvJo+O0dXKsZGXZJWQSNSShthN5GNJYOjrSKJw+6DQDWV271figW+DcjJpVsDXJcHp1vATmJ+GlxFrfB5NUG4t0DWqZJdegjlxozbhAHYUws3HgNQiyUCSWiTzA8Pjvhjl8O7W9pJBwvzk519DF4zr91QPdGtnyr1h6rtcdWURl6ukjBkhTRlrp3DZwqEq65eCVJwjEYCcWHqFwnK58p+sxLYBABAmnknAZuP6afhBXNL3V1P5H9tcm4bHmbhAUAAI6T7Pjrnprqe0q//T2IX9FXZYaqcmmaS69Ma/5duS/v6v+efVASfWAPANxcoV0dUQYAJzVrrit/z5MRXkzx0/p2dolZDAaDuQrBMfDdkQXkxqarDGk64Peqp840xT85uZf7GHthl/F4KWq0SVbSmaeV33XEiRAPRzQfMYR7+2eWYvNZ5Qbn8iDDfMGj6ex9ASDYOnRW2VeC2jsAIIBV2e5DwakzaRwi0pSDBQ/iBRdzu5yQvB/5H8pDingaUR9GPUaj+um/WHHYs6Ee5w6CbKJ3zJOZkWNbbmLGTryjVNuwWio5mSfb6zILcI//9T5fhEcqTOThPMnuLGnKRWlBDeV2dG1zoIwSeu8F6Z4L0jMltPWyTmuxo9PF9J4saXK29GwpzTjaP0BDSojfi35C5KFgGs0TH2vuFav8AcDICzjazChbXSCZ26C9O2F5tP287PNUtUvnS1X0W3t0TbV3FzgOUi7AB3vku7MFJqQAgORokeMN7kxGy02q8yceLloj9+A7cFr1XbZ8KwDUiHJyZdv1dBEAvJATZpt6reBJveCj037HJA3AXL3k2oq9bBV8fTR0iDfdzEKfZM2Ef3TX7lOPLxSHAgDYbaRFOBedJ8jiAqKm/gX7UuyZPOnultq7k/OWSz9W77KNmeDMRbcyO5LkEQAUSQ4f1XzMu4vkp0l+4QiDWnqVlrPFYDCYzgRb4LsjZbRr/uRs+dZaUe708vekXKPCgwBi/O1Lx+nhKubNom9dWo5pPykXn55Y/aKIE3ZNbxXTKt9q2VhFZ51WfXtRtrOhRcoKK+QEiAgQTat82/e0+SfFOrftZHnJAdWYE4pEH4/j/iAtxpXTVcN/iHnh8YKPi5iKpu1RdPDHUctGK5r5AjwSeIuCkL5c+LWBb5aufKRR9Zl4XtCsG8Fd4mbb6Alf/nBhn/bPIrHdrVR96OC3wh9qw+U0UGshfj2lyCxvllE8ROW4LdEUcTmfE8/DvhzpriyZtYkqK6b4SX0tHA/7cqRNlXapiJ8WZ54Qa2lfPX6KZvhPfV9elr2yADXLRxhll30UtHRM1NTLonozGQ823uulyFNOhWjvBenkfo0/0OoDPpWkKjMQx1nhQhgAEMBc85WitOVcDlFW2sdW/Fz+W1t0M1PVSVBfVoOvoM+mqb8pkKa49I8xi/9FjjUPFogb8k6Y2qe0IO2SpR+DaYDhvXnDeU+P0pT4usWvRzV758dacu8u/VGbmckmtvHRIMtKnQsZCkumTMBUvqU25V7/G8x3L5au/4Jk4fuM2HmDsgHgjOqHSvG5xNr7g21Jzu8Xi2whAVX3DZb6y69eT0AMBoPpTLAC3+2odbgv515JZ273/9eMii9pXgqAAPgwLXuVa+8AUGR3E8KaL9t3lP1srP5xEAqCvUJ4xOWL973AkdboJz8o2VBiqwAHK+KEdXIeuOi66TSn8P1cBsKDn4XVtj1iuu/HcYtO5mbgNUU19MiAz7cbjx4xndOzJi2pGq24ZrpquFvL/D3+N8zRTvhbfyi9+ozFUhvCK6frhk+bOLPG6M1eZJ6/+Gxy5K2m9bv8aptmpEeAbtCMWh/d9hBoG2//qeT4mZOTkMNVRSsxUKsPqBePNvQLsAPAxlOKo/muCqrNgbafdzMBZLGjP8/IK03k3CFtt4O5ZaIq8XDSuh01h4+UHdUzNVpCMUqXODV0igg1vqUJQKxn99zEWoEKAjvOyxoU+D1ZMt/9x2vMvga1npWMZxxGurmXA7LZAEBj199UuXWPlnWg/gSizETFWeVPLbV3ALiTHn7lOa6GRVk3nlKA16RbtFCaegymtUgJ2sp5LGHIkAYx6+oL4/44DtcZ2xxpzAsxy8otr8YXZ9ypm9ZX4jGeyxPOJxEAsoW0dwDIsRUBABsYYnnoCcn3X88phb3ma2YNyzSRbKn45GnN91SNWMGGAOL7qKmFWHvHYDCYTgQr8N2OOs79l/Xugj0ivqmagQprqKc3+yf2sc5vb12iB8G58+W7tyCF8OCQ7CMCmXYvg3giyfhAKsE/6DDsHzDJxtufurSGKNYI7sggQ/+61nkIV8qTAW5q2V6jDKmk2p6pGwAQwLxh7qeNaEI0Sz12ltqNA3xLVKR8nm7aPN0056pcLgdKIOATAJhJ03+E6WzJpS/yft5HFRBy9YSAkQ8E3EhC2zMhHas7vyRv5aDCF4Md7uPnWQ79dEK5fFpNRjnRUnv3gvPGOJQniQtkBoa0s/u1CFEzdeNm6sZ56hBA6UodVW430aAieQFrsp1DVgYkNABAam5rrtpnPZdDdF411T+wmUsFL5dDTdV7kY9mSfqKufpqClLQTap6dWzNM38FLq2hm6Xstoa1WjNpCQkQqmKLDS2dSxppc5F5DMYTw+RxO/XHPG09ovlgQtULbT44ycslNUs+FN/zYfmv/w6c+2zIQgK14kvHyeonJe2CFRoA7JddCViFom7po8CySadPFVdXHlRLfiqZAWzj/GZZFazaCcFK9rGpNTh/HQaDwXQCWIHvdoTRbnKJ31NwgOTdfxnT8iQAcNXq8H6kprq5z8J9BamIv1LDe6v2d3Do0xT1srrvno/bddoaPtmHrPIZyo1JhqmtOAVh66t2f9ickKHg3gPdVxLDbBFaxx81Kf8t+qzSrndawmlCNFmZ9E3UcprsDCdjMiTqoZCnr8hd/jLnLJfuyHlRZAkLtg710s1oJdKKxT9kVYhA66WbCw03xv4cabsr8IK8Gn7/g3n/c7sp2DrElyNcqKQTQhkAsLQymB8hX9X4lsHnjoioV8l7ysSBLTuLOOns0nWbgxfU0BcbGiPF7uvJt5ZHJta8vNXPzrq/0hA12zSgwC2kSS9KO8GbLVxQiH2wm/CEPKbsntzXsiwFLLAAQCIihg5bF/1MP2n4lcuP6Yl8GLXsmvS7PW3Nlm9NrF2iZNteKkVrjwmxjiiSHvqwbCOfceI11e32pJG8b6EgbGQf50KUVbh/JN38gSVJJnGYhSE2/KNz6wZUaiQf/5P6OfzGSFHgV9HLB8v6ej8+Ki4WZWUg3uGI6svG9PNFfgwGg8E4wUnsuiNK1Mw4NqH6OU/aOwDwl3X4q5MHgmY2XZ1btPHKtfe28ZHs9j+I896VRicssqWrvom2NBsEeVeOUjRvvhb7H7ebioIGtULK5hDA31j1z4MHnrkt7Yn7896qsDf6sTOcfbv+SJ/0OzKtl7wfpLvxTNEaI2sOsQn/EPtLjFSdQHVAT1ysodhOz9Y0RzthmKy/200sePTabYr4sksEauVTMiTcp+MDgLhFlsAdmilutfd6SQDNKP+0YZVExFSl8G/nCzQJL86o8mtRRQ8hGBhie9xr7k/ywnnF+2/JPv1AlLqfPnVMsm2LctWr8rVrgG082pryLSMzHjhnyXNq7wDA8twFW8HY8w+/V7KhXS4B0+MIINVLA2720iEqrOAKTxFiq4+B/8T/4rmTf8rWfkZUVnjfxQmn83dExwLAUIMikBFwj7pWPaJl44f71V5qN0hYzZjK/+YxpdMyH3+x6CuP3VL2KFe9rvj+S/HRg/Sxo7Jff1SselW6ZaOn/hgMBoNxASvw3ZHXIh9suhpbN9NTTyc8wNpDvbzUlicW+82SosZ6USq2HZxv2waLxIGWIVLWfaq5puQots2o0vQNbub/4kmf4gHSVOsjQsrcumYAQK2kLU9xP3P2HaUbP8l6bFbV3w/1y0zmLrjtZgd2yvllDfpJ96eAKT9gTAcACSf8QxQarb4nEXSB55CZ6YL35z9x78xQjWzZbiLO+LJ7H12910Brk0VPiLYk9PFYVrApYWrXu2V3vkCIh5hTK9h6DX+h3/WhtHAaSB+hSVg+rebZ62pGRFrDNY4+fo5pceZXb6y8d6T7mE9PYLAAACAASURBVJF6eY4ckG7agOyXPSycGgvPExWlyg/eAqsVAI5bMp8t+sKTLvNG6bd7jKfa6yowPYvXwh9cHjK/ZbI6EtD/Ih65t6+AaVqQhq8MB/x3IZWEvlb26w/I5lP9Nut1s3i5guThmdwQL938KfVi/xtdGlkWqoTKSfY13+BcWF2+aUP17pYdZBu/FaXuh8v++c4nCPE8df6sYs1HvlwCBoPBYLAC3x2Zr7vuGrO8YdUXk3Jm2dWbTHlH/DsNyx1gfG9FmqtB5rvsHurMNUXnsHw//MPRI9WCVlATVfZb2B186M6NfT3WEaxhWm3PQWB+ovDDKYZ9ztX1oe7Dqp3Yecf9uStbe4qu4nSNs4wZb0fCP0QtuMmA6DsSUdekQFsf+/yF+HXzq0NjLOIwKz3MKP/qTEzZvoFiXsBILqZ4+vLwe9Yg4f9PA0FKNlzrWDiE69s/3XvPaD+7tkVCRIvnSnUNDDLeDQBBIt2r4Q/4LpiPqKXs7UmmRyfVPjK+9vp4M+1VByFNenrfnmYSN11hWfm6NQBwd86r3l8OD+a9fQUiY3o2TwbfVZL0+78C5/aXhgeLdAOkfZaHzC9N+mOR/4wQJUtc2Yeq6VfmpMoMAMigFx095Mu+hN0GdXUAsLQoaJTefRZVBOizPk+qSblL+/FCYV8/gm807D9Z8InLVjr9OHnxYtOWpv8JpK/BdngMBoPxBazAd0dKT+w8K2vF8BrAXSa3q4bpGY933MFZ8KkYlROFI7CKzhLs9vigmaxWq5ZyY6K9heBWiM/sj1r8Qb+7t8e966WbuPKo7xI6IaCxpPyqqFJBNXS3wWNOpu6GuTgXAABQlUj4h6igMwxUG91ZeVQoNnnzwW53Klh9at0ZZ1U/jVT3wbTPjyZ9e878YHLxzHmSEbZp198yTCAm/9bExkwZ8YGMzMMEhEsrRcDcISbnOHvJgND4EI+J32iSn53QuhdXA0pHGACU2aufL1zTtiO0F+LffvYe7k8Yakl9TaXd4KUPAOgdJhMrEGOP6cWQQL4Utigl/tPTg9bti//oyeC7GjZdYfbEKjqzYdlA1s+XiTIzfNlX9u03CHgA/oegqsNq96lzeOAX5b7Zsr1cyPzupMFBwMIxBUxZ003i3Tvd7dEImXnOl1Ngeh95TFlq3RlPZZgwGIwLOIldd2QI/0HTeWlfMqK3JhNt72GP5cSdmS+2Od+8A1kpXsCkwBI2Fmw+1nuzEPo82a5htQ95OaxMzB4gf1+Tn2XlmDBdQLhlQVFpaEt9gZXlDxq4f7n2lXhpVB1n3VKbcrTufK3DGCDSjJJfc6NmLH25ulj/oiMn/OeLWFdriSd4AH/7vobVPX4CeggAWPnOztbWZgJNLCgAAEqkx+uoMrnDYzo0igCL8kg2ZxuqX9qGE0n43UR1HKcWrjhw5dyV+/Ie/cmGQAaE0GBJzKZ+byqkUtu0Gxq6DQVbTqXIU1L9kX2siWG2LGvBn7Wp2bYijuf6JIVbjz7CtXh+mr5tbIRhr/+bvEX5JiwBgFPmC2XhJ+zW8aIa15x5Sgm3YLgx1Lfq6y2xXq6SuK5y24uh9ytIaduOc+WQXsOJnW/jzJSNECLsf3HAlH6DelT7iYbpJUyPMxfUUudK3fvNUQTv8FwAlSGMl6SNL/BAe/2HgKitAY4DwtvnkMy9AHannw565JqLXnoaOfNTBR+vjPh300at1KdYKgvZGGuzRZ/6SMAtjdvsAl5CiOfJwnw2PNKXE2F6ARWsfnbmf7NthQ3vUxGQc/0mfxy5rCvFwmC6PViB74641BH3xdsuQHHV2eAfvPDaJtNh11Yk7PPOAwDit0QsHlqxNNwy2nvnWtGlLPmm8dU+FSS/KNtuJiuPaz4bVePx27NN9XJ28Y7GddFvY6Ovnap/usogszg4B7LpqYI09df50v1QBm+XfTtWMfCs5VIN2zgt/VXFX6G0/0eRyyYqhwDA6Brx8j6rR+qf8kVCACiVHLu/9CRAfU57C+HLndNjymWPZgJpnmAQx4H9oHbltIr/eYpynx5vZkGzjv+xj2WajunrY+FAJ1V01t3lycDGtpfYzWBZOiVZlJMJdsYkpaMH7qhDzauy8XyaJadv+l374z92yXZ+e5IpPoj5NU1pZhqvRibm70g0RgcaH8v/7MeqXXzTXzPi++sq3wszj2zwxuIBHMhiokrMZEWJ9GiWfIuNMHxZAVtrDw6W9d2qPwQAoPwuiB4SW3eDjunnTwTEqVUDAtnhkdaW6euciDjGTgjE+GQqNjcI8GLxN+9EPOLbP6sD8Jqc0PlvrWB8yhlWzerbQyBML2TRKMORS5ItZ+S2y/UgEAIFzd093FhpJn856XHK+LD2fYZo/BxMrFHVL3Ec4jneq1ul+PAB50Kyn8FGCLzVf6lJdlHgh4Yzm0973wm45glTau2NRn7S5NPjQOVfxAr8VcKBurS5Wc/zzQcYdmB/rtq1S3/sTMI6X6rJkiY9vXcnWVICPM+q1MzYCWxkdIeJjMF0F7AC3+2otrhmiqoS5frZY7zsggD+b0qnevN2Oe/+qtdS7y9qWEfA8vb1kdc7eBsFYi878gDHtR+fVn4PAEfUq8KtG70rp4e071bRZwmgRtU86aUWAAAgnsuT/QMAZ5U/IyCG1zxMQLM0vyyypOj+lyPd4bJjqmNHtuZYgL86w5LXQlo+xeQmOVkxU3lX7ss/hS2fWqmQsMQE4wELWtY0+NATl2R7bdSq4cbG2ynWIknVOIeD5NSq1yPMYxEvQgAAvI0wndB8dl7xG4F6THFfhcJ/YbH/V2HlAFAgTdnr//y46hUuDhQIcdfHW6f2M4cZblpv3Ls9YNnkyleDba5FwqroTADCj3Gtb1QiOVYge33G2XC7qv3N7+LUZDplX8OMyZDBaS7aewMssFMyHytM/NWlPSGUSQitAoBKEwkA/goWAFieuyv3jT2GEy2Ps93/cQAggVYxUXVkCUO696otslcW6RtTBpSJ08rEac7lqcqkRdEv/XxMnVFK2y9bDiUi/toB5gnRFgAYajp12F3ivQY4xJTTjZpBqkkg0r5D8WUqZ5TVfUZJF8YqfKrth2kXTpeKfz8lr2MIp0MTgSDaz75ohN63CmtdwMgo68goKwCU15EUAbrL9u1osLMc/HFa7mKHZ5HtkPa9bPnfDS0qB3lfcX3GR16u4EmBER1hrH+614YIz0CZWVdruZTmpCLeU0oL54NTIW72wRqjTGiUn/L2aW5EdPVW1bmqYFjm1qwXeA8jsEqHfur5ZcnxAnkNZd99TZYUNqxS+hrq5zxeKrPc9yCrULenuBhMNwMr8N2OP02uIc1/hCy4r+Ag8qxnamRXl/l9+SY/nmqep5oHEkSLCnbvD3htfMVzXsbfBeJDTu0dAPR0Ub4kJdIyzlPnUvHJKvosAGQqNllQ7bTqN71o+7dX/h5nC1/evwAAMpQ/5kl396ubFcgkSFi1mazi0NmD2t8sZK3bfcvtNeX21k3BMJz9iQsr01ITgEevZIffPvj1GNNLnrvzubId55W/l4lP/Xkirum99Fxu8LchFQo28Nbijc2nAJCYU46pfqq/ac6ZqBWtkq0LYWP6vX4w/JDamKGwAECebHeJ5Fg/06xgW5KU9WMI4zBj4eLE/uq+wQAQp+r3WnnCf4PStwb9K9wypo95itoRCQAGqvCSNLlYmsIiPsIyPso8WeUI54HTU/l5st16+ui243GUTGUN8FgarW2Id/1DnzjSsLpfaywRewtesPHMK0XrXgi71+1W/ybl036q3uVWewcA58CbBaaGdl+JQJCDtbnPbtFxfLOvidWOtqTLD+dKnpxWc2/p96cUiTbPRvj9umY5Grs4dFwkArtAzIg0MFIElN1rggwSkX3o9ilojxHky4OqrPJmNxjHQ06l6IV//P81oTZC28bIjs4hUO7qmj66j3VQqON0uSajxH6iOr8WlZXTp7MUWyxkY8JRAtDqc32CbPUvbUe0cHJ7nqLqXUhEws7wbjWrxWP0n+xzP3GJADhwbAt6tEkLmqJMbOwh8Ukzd/R3XykT08t4IH8l5zV901lLXilbHUx6LCgj/+x9wugmBhBZzLLPPjT/63FW6lPwIwbTE7kqI6e7N7cHTGzZuDZiqqf+chG34lqfyjv1Dp7brOU9ZW/nYXzFc/8EPOJJy64Sn98V1Czj3a6AJ4vELfzwAQCgTJy2NajRj9e79o44fkpN8mP5wevOxAYzNADUUWWn1F9tD1j2d9DiCObtEPtmT9p7m8mT2HbpDACgcpAb0isq6E/c+rozhOmnsFnJ/i+WiU8BwBS9qunWKIskzCaaW7zBkwHfj+k3r+bL9pW842ADghRR1+w8NuCuUj8CEADYCMMZ1Q87A546pXlocelHzzrynNq7kyVxi9efjgmxUYXS1AN+r/8VtPSvoKUHda9NrT2751jcKL0sX7pvv98rfwUt+TvooRS/N0KZM8lHBwwzyG1jJrS6lrpXSJOpqfYOAC/GFgnu9bO7Qk0tWV/1j+eNV3oVtxX/5qK9N1BuIlcf0IBI9NrF52Wcm8RdPPBHdB/kypulttKQXTnqYqOEIiMQ2MZPWRQgUN3zDt2UdpMJ0xyyvFy88y/ppp/p5F2ExbIpXeGivTfA8fDJAQ3bY+pgNqKScDclwn9niN6doxD3+zVdva6p9h5rEW850f+2ssu6DUkyozzORDfABde/+iJtwm4JLcvgAUCU1rFwuNHtm89BWH8Pm89C4+TXFFWiSx9OIfRokySr1grKhukF7DOmCfZ5qfArT5vo5J1utfd6eF767TdtEwyD6RFgC3y3QwpuszdZvokcc13l+6GWkQgQzwMCIIBfMkEfo+vWtoX2JHWv/UQGE/Gily4IYFrlqrWRY+aW/qiy90EAzv8VC/ZfIudYwM1Mx/agZcHWuPtLV5ZT/hyPSJ4NsFUsKP9x4NhfGvrcWfS7d097nkCnVfEJhvN3lurmlGuTdYZ0hdlKcJFW8bQqVZiNHjbapzLdreWI2jSzUg0Aagf587lM7cRpE6teCbYlkbwEEGcl9GdVPzV4HACAiEdki7HscxdePaLy5txYUqkxWSoVXZZWrHVYbrhJ9VPNN2fIl3PCd2sNhRKblCUTjbKJtUpS5We+bW7Tzmx07Jyy22en7Gr5kwEi9pwYdEpmTNUYq2iHH0ON1iuGGeQAYE9Isg8Z1r5ii//53aXlkkQg4RMA6DnhnL0Onj1lzm6jWEIk1T5A8TIvHfKqqKrYRP/zR97J/u8u3eQfAidRvAp4giWsZZK0ZO1zDOlqb5+tHd8RopoYUkELa3KWm+cq338TOI+mIbZPLND06+EP7jIey7EWu+0TRgd+GPlY22XFeIDMyZFu2YDs9XElFGSKj6Qc7P+Bl104Dr45on5gTE/NRxAo0n4TveKirST1xIbykrMqBznUIB9Xq2yMYScI64zZnM5P8FC2KTdQGacB4LG8oK9DBbzoNZR7ZTshzPZGsO3HE8oLlbTZzvHAMciYqfzjhPqzprOBOlL1c+wrLvtab5kv+3YNAFhIKc0yJLg+j7bJ1wteBaZ3YGWtgn3OWfI9baJPHvG0yQnS1wDDQLcNocFgrgyswHdHJITYyrkZu2/3r0+NhgDKk7Z0rlBdzPrfa84Qt0HEbYI9aV4GAL81qdmDeMR7iUAAmKSvWHajHeh6+4byi0/BUjO4TpamqK+JJWODPe9dzxeBD7ynW22PHyQ6ffK6ooLrKuvjrzi1Gmz6alGHzLM0PSzJQowVdgZ6y2Z3S1kzbzRn1OJp+QjBE72y3R8AAOkZ6p1hhqylleHgF2S76XZW0KLS+Uhllrvvp1OTI9KO31dc//HmRSJ7YqJ5/BRe7OrGaRs9ngoInHZgz3V5jRWP2LAI28RpvFiSsG9n0sWchrpinEbLjJloH9T+sc1EcYlLiy+ZA33pY2DrOL6jomzizLcI9tkYcvtDF44Dy06r3hto/2fEKG+JsEhEPB58R/sJCDszZcmZYltjAgueIPMXjK9K0HhIlEWSxgWLlN9/41aH5/wCzLctcC4fGvD54rw3/6w52NTZGAG6Vj3i+5jn2/ESME7oE4fFu7a5NO5XjeWFvEhyqnr8UCdaHBI95jFR1jk6JZmoKa9vRYgNj7JOnMaFhvlyEE4qdUTFUJdy48xSjYOqpbx9lZ4MusvTJpKEu0fUTx0uu/Thz9U7uea5I8YoBv3Rz00hulMQ9Vv8O3Vcg7cXL+IrDdQrSj5vXmnAOL2SPrCHLCm03HATkD0m8QqmbfAIeS/YCQC85w7ILjymEqedtI3AdUAwvZMe/1XrlRQM2Rhw8iaPm3k4MGh1J4rT9fzfZiVJ+Av3c9J8LKd1UEeS1g84s9DBuze+aRzkp4NeZZtM0xof/A+k7t15iAubfILxqvk3xU6IzLffDQD2hERUZyKqK4HlOJ2f+NB+Iu2En50qEbvPRnYl+NubPcK7j8RFTk53IPfamoal1p+JAYCzCsuqqJI8KaNzkHeX+tsIn5MG8Wra/sovAZueiHt7TK1iz6cFTNIw2/Qbr+wi2h9eJLJNmm4bP4WsKAOLBSQSLjCY9zwidMT2d8T2RwY9UV0FJMHp/Hl5/cSE5db5YDGTVRVgd/AaLaf1GI93hSCH6+0RaqOLJQLB2ErCm/XbiZpUkIhgO0aHpx1KwT7FtZR50SOyb1YDyyYYJbeV6jYGe4z6WRX2b18yD/vIqp3q8jqX2BDEsVHrkyP2BC576Zrps9Rj3ewWHGb8z9OyX74jS4sb1XgRzYyZZBs1pmnHr/usgD7wddWf+/RneODGKRLuD5zZjvJjGrFaxbu279bWrgmvKhMzEVbxY/mBwwyKs8prBHdl2faMdulC7P0H2PsPIPS1qKYKSIrz8+dlvhYQdWK542752s+IivKtx+PGjjzraWq7nzhiSaDnQUgT3o969P2oR3+o3r7TcNzBcyNkA5b6z6JJN2bPb48oT5e4uHohOwqQsB8dUn/yRfh3Ih69mhO+7KxFce60ddZcR/zAVl0apmchQbSZFzDC95V6mJnyLSoGVZUJd8JgeiZYge+mpMWvS8y8z83sIw+/DHilPx3RFUJ1ARawLPmzTgM+a+/QxCjJQxgnOTXiFwA4ds0XUzIfq3G4+hv3tSuSE75wk+lk7GQYO/kUq5949l8JpU/4ctqmAyFermAva4Corg4AxtQqzijaPzXXmNom6hMPOlZ0fn/CyDFnqlvkKIolAk/uDM+W2iaOzGi69U//2nvzW5cMI940p0KcflCzNXDK8ZJ9IKbEtsnTr+QqOgqSZINDfe/Oq9Ssyl3eWqmMDY9qN6k8QVAug5IVecG3DhFwfb9JI1AHEQBIRAyTxR2pOyfUsVWl9OrxVKWvKQ4OsVqt8bH/SrdspHJzvjsTq3UQX4ZV8s3PRgL5btQj83XXtlYGT3x1UNVCe68HATGl/P0HJFOWBxc+HuLO4E/T5gWL65dZ1rs9cLHfrMV+s65UXIxXdiR/sGjqMdvlspcHwbQhuErpIB67uKRrBet8OLUG1G0vgVF330N0+vHE5N3Jx+OvTzpvIV2HGZ7s516Yr7tuvu46Lx32XpC20N7rQQDD9f8qkR6tpDP/27cgXW7+OiNGuuVXs0KJ68n1YkYoBiQbTnrv80LoYvcbSNKnz5VSeH4Zg+mh9EIFXq/X//jjj0eOHKmtrfXz8xszZsy8efNkMmE7VbciVKorT/zjvdKf/1f6g4PnABABxG3+Ez+J8EmZ7B1UW6r9Dty4iDvYut0QAABC6Hz8Wp203l4aRgdkJfywo/bIe+W/FDDlJCJj6bCXwhYnyLzVCw0g1ecSvlue6++LFR4BD9XVoGthoaXFAHB/UeBX4ZVcuxZU72+WTK5p8n1CAADhDF14auqmO0a7XOnIP/efVZwbNepMc62JB0A8sgPvW4Gfy4ypfipbvtVAcpOGnjtwDGwTpmCPxyuE06iJivKmLTdWaHV2suVcTAMUIl0KNXtikf9MHxR4weGQmyETh2yE1xh4AFA7y2SQpGXOnc6WNwCeZ5nlhasPmjIsvE1NyW/WTFwe7NFltw2wLHhKbOYEATGt7H9vwLK7Aqd7SXTslLwdBcO0gS/Lt6wIPNCy3Uhx2/wzBhkHed+9l9jf2w9m8DBm8LABAPkAP1Rv/6r8rzJHjQhRCbLYN8OWhNE+VUlsFdvPC7wlplau3BB6MwD8EFJ1b6n/pCqV9PefTP95ut0lwXQT1vZZEZN+p6cycgDQhw72UsgDEYSXTCVO7IOGtl0+DKZ709sU+KqqqqeeeqqyshIAJBJJWVnZpk2bjh079r///U/RDYN1hXg8+M7Hg+/saim6jIADNw803tZqnZfnAeB8XKP23sC1mpHXarzVo26JxbcwYwBIMp8SnThjn+6am5oNDKLOQqJRtiI35PUY9ymvIpE2mFQfceT5LpiMI77MiBZxboambFBIyysljX9NHXGOd+2OAKBalB3AtM5ZkeKlNKgYMBxTm1gC6P27mcntZji9OrFOula28XuXxvSDQ2LGn2QIN/cgAvRH37d9PPitukl/6Q/+WZvaZvEoHhzuck9XSDJCLAI5FCbEuMk/LyXpD6OWtVkeQbadlws+ucFMIgDcl/36P3HvdJwkmCvExFqeKf7C09Y07deDjAJfSY306qq02ioEjedXTrmBdLj7VDVF5mj0s1s04GLugSHIaiVNpu6YZgXTHihI6Zo+Ty3JW+lWh5eT0pT4T7zs7oiIpC7leTuBSMyqcSl4TK+lt5WRW7NmTWVlZUxMzCeffPLzzz+/9957gYGBhYWF69ev72rRMK2GA66/QThrnQupupfLk/5oqb23jYNZPuVe5wG2BK6g1G78texx1/AkBQDP54atyopUsq7WvKm12i39394Q/9a9laFEc1sRxaObK7ShLUr+9DdLth2PG6l3P7JxDBzcsnGrptrUMgE9AADsCmxLmfcQy3DnwidhZaK8nDYcAdMUNjqWC3S1NvgzZOXupKEGmcvgN1IcnD547QhFnI8HR4A+7/PUw9oZLjM+BCC1w/WGdJkuIHi4uUKbb1u2wNKPaGHL3B3wnPc5LgnFJ4QKRPJ3BAV64elpkqcBIMOa1+HSYK6ARwve95LLigGDkRIouDh/hOdyU5iO52yZT1XraLb+i1Z6OfcHdVrAxRrTo5mjnbB/wEeBVLPRGgFooiIxb/AGt5kUGrDcusCDb1T9u8I8u9WjRwymB9GrLPB6vf7IkSM0Ta9YsSIoKAgAYmNjn3nmmWXLlu3bt++BBx6gcT2JnsO1J5cB8BTfup9Maa89MMEnp2IfqbP5NMmlpwt2+BksSRNabuJVambcJPG+XQDw7/ygBcX+WwJr0pRmK8FHWEXTqzWDJt1jl4UAwPsx//fU9vV/6apzZDYCoF+d5OYKbYSVZhC3NUCfeo2mJthfSyrHsmE3bjpGWd3XGHP0j3f0daPXvRtW6El4C1FxXL1mmL51oaQitt4l8qTKBLVdoKH1PuruXSpf+zlR0SzvDg1k6pGBbHTs9hmDTppy+knCblC3Ja0ujahX+jzyn4rYf7L/yJJZOYAYi/jGCk2sWbzT33BAY6yiWSVHj6qRzKzQcAhtDqwuFTOTqlRJRhkzfIRtzLQPjCOf/uWDrYriXKntp5AqA8kCAAOGI9r3R9Y87vakCODRSbVtkPbKYYUsfg0w/FVTibNnkmL0VrYAAP4IWnhX8T+Eh4/FiChrlBb/xF0J4/DpYSSh/hfk4HK8Th2eeenlxEmiMhLWscBuqUktYipGygf6OjFNkub7H5F+/SlyuDzdCADZrp/JRsd2gLwYTHehVynw+/fvZ1k2KSnJqb07iYmJiYmJyc3NPXbs2Nix7hIOY7olabWZAFAo2x9v8qmmFAKIFVUumd3OYozrW7c/V9gIf0L9IefZDMmMGod4nk7ZCxyndZD3FNf7CvIikXX6THtcfRZlR2z/8Cl3PbptC2Ka6cM0om6IvXnq8Mlw2YeZuTWO3PIrMrhWNrYPSLDd4D51cIkSgWctO139jYkqmFD9vKdBcEtKpfVVWOUsxUt9zmOP8UrdfUvJ3AvSnf8gkwE4DgiS0+qsM+awwcHjAcbLr7R8XcCI6+/nFOIDe5pGD15Xqb621t82fYY9IZE+dVyUup+w1s0r8weKQsGhzOLbbbQUAHilMvzmJY9u3khcqtwQXNWwe4Zyg1FUMqniFYpvdhuYqcrXryXVPpRe7wgClY48oeJhLLCAA6S7PWZ3RVWbwpCWrUEzHsj/rkQc0tQdhEQwM6FuQnT7Zw/FtIp+AfadWcLdLGST4hQIAIDXtCZ/LabHQgI5R+vG/uEdVq01Pf4MnbyTPn0K2azA8yASsRFR5lm34vLvmF5Pr1LgT58+DQBJSUku7UOHDs3NzU1LS8MKfA9CSckqHLUHde8JK/A8XKffNf3uQR2Ra0rnkwc9XJIeQC3iy5tiGz3eHj9QlH6SLC4ExgZSGRseyQxOaihX5sQeP9ARFS1KP0EWXEJmM9A0GxJmT0jidH5Nu7Gh4XX3P0KdSaPycpFBDyTJBQbbBw5mQ8M9CSD26o0GALnynfmKPYf7bDl8UXq8UMx5NWByyGEi6zOu3VSpcXRAXfSrFjamn2lJv447PjNqnCN+IJV+giouBJsNpFI2PJIZPNR5KzKJw5jEYQAgl8ulUikAWA0GuDyjxPkH1t23lDp3hjafAmjUzPMl+7+NmKJl+l1Td5vUrqsV5WWovqPE9o/pnzvuQrxzwwDLkTyBeSWDKA8A5IRvDzmmiyCR8Iud4hzPMt/Vzl20L1tWbCDFFAwLs/UNxJ5B3YJofzsSyibDIFPDMnW5KzPYdTiHwbjATJrOTOqWdXAwmI6kVynwNTU1ABAa6lo4KiQkBABqa7vGkxPTNp6Pun9R5qsAwBEWgvM2wu5flzn9jv4dlR+8OQAAIABJREFUlylaJjWZLd7y6NSRVQAgIwW0BU6jtU2cKng6XipjRo2HUeMFulEie+Jwe+JwwQM6GS4fcNaS572PhlREatjIJFOAgv37rLfywhnKesWMBHR9ldY4vC1O3ZiuglNrmAlT26jckKRj0JDorP7ldRkuW2roCyl0Y/WpAVTH197zjIJmA0hjBeutjNDOwKcB4Ca3peAx3YYQkS6bFYhyj7cpzQsW0QDT49xkTMR0OUnhthOF3mqdHNSuauxskAEAp9JgOyoGg8G4pVcp8Hq9HgDkclfFw5l/3rm1JefOuamupNPpxOLWFdbCtC/3Rc5clPkaAL8ufOp9Bame7Nscsj90r8dCI+3CazMdj//Keap3zSN+Q9gsAPR7/NsU1X0fqFcjF6+v2urdCLIo4EbnJUwfYD9f5sj14IFcRWcd03zsXH46N4S5ca7bCycIAiHUnf8nGC8QRP0NT5Jkyx/xtT73X5shUNLyhfB7u/bX/7+b2Bd/Z2zIvQ5wXP2piSwRI9HHsb2zNqfzF3T78/UslofNfzBnpfc+r457vadfpgsNDyBBEL3g0u4eZblUI6qqc/8ZvSTdl6vY5lwmePgzLR4Qst+7pKdfOEIIfwR7Luhy0CJFUchdERYf4YTK3WEwbQB5Se7a45g3b57ZbF69enV4eDNH4tOnTz/77LNhYWGffvqpyy4cx40c6aau2KpVqyZPntxxomJ8YerRf++pPe5cXli4i+JlTfVPHsBEFPyyKKJzhLlrXaXE4d/sFY7ARup/CL0BAGhSZJu6r3MkaTNz0pZvLvcopJqS107Z2bTl12OwNR2axvbziD2v/O2Q5l3n6uwK3a8DXyOHYC/Hq5EhB+9ON7WsPlBfKz5GGpoz/tfOl8oFFuDNNcW5ZEjTUHc7Mu/zfz5fmipC1PlxP8dIXZ22MN2NiP03F1orPG0dqRp4eNSXnSkPpm18uQ8OZTf7prBgP6lec1r9nXOVAPjzeL9p1mD630+DPw6Ax/QGzGazTCbraikwvY1eNS/ofTLCbrd3miSYdmH3iI9Dk28qYSoB4NvwaQAwoXJFiG0c8FyGer005OzRMV91mjDP32EYmHLTEOODAww3A4uy1f8cU9VboQkgu7/2DgCbhrw97sjSVH16y01KUpY7zlXdunU43DocLlbBvmzLLyV7TtB/lIjSAAABBLD05/TcOfMf6wy5Md2StDHfxR64NddS3LwZAUCoOCBr/IYukcoFEuC5JaFQWfnCjr+TCWmtqOqC/G8LUSFC1AzdmC1DV5LQUaE3mHYkZ+zGiP2zy+1u4uDi5VFYe+8pPDARHpgI54ogvRCyLBfXMm9dRKedZcBJQEkm1ZaSSQE3ziATErtaUgwGg+nW9CoL/NKlS0tKSlauXBkX16wKxcGDB9988824uLiVK13d8HieX7HCTRHs+fPnuxwE08k4Qxh4nv/g0g9PZH/MOw17PAAABVT6iHUx0rDOlyoiZXYF64zFcEqDpuuS/hz0budL0mZ+q0h+IveDcqaG4wEBLydl9wTd8G7fR9v9RBRFEQTBMDiPVI+EoiiSJAHAbrd78QD8pOi31/PX1tiNzgdUTSn+L2LeUxELOlFSjHsQQjRNe//5ehavXlr7UdEvRofZebPpKNXL0Q8+EDKrq+XqEJw/HwBwHIfNDz0UkUgE2HrUYxGJRM5IFoZhrkRXYhhGqfSWjQWDaQO9SoFfvnz5uXPnXnrppaFDhzZt37lz54cffjh69OhnnnnGx0MZDAaseHQt/v7+AMCyrDM3IabHIZfLaZrGP18PpSELPX4Z9lBIktRqtfjn66EQBKHT6QCAYRiDAZdD75GoVCqEkKcETJhujkqlck6i1dTUsOwV1UP1x/EgmPbGfUKRHopGowGAkpISl/aysrKGrRgMBoPBYDAYDAaDwfREepUCn5CQAABpaWku7adOnQKAQYMGdYFMGAwGg8FgMBgMBoPBtAe9KondhAkTvvrqq7S0NL1er1arnY2lpaVZWVkymWz06NFdKx5m30VpcpbU4UBhGseScdipDANmB6TmyGqthL+MHRtlwUV/MRgMpiM4XSTOqhDRJCSGWyO0jq4WB4PBYDBtp1cp8Gq1euTIkQcPHly1atWKFStkMpler3/rrbd4np8yZQqNlYOu48N9msJaqqEIXHal6Ok//Amef2t2VZfKhekyyg3kZylqE9PoBPT3WblKyv1ngl4tvaJgMwwGg8E08NVBVWZ54/hnf66EJOD6+LrJ/SxdKBUGg8Fg2kyvUuABYMmSJVlZWWlpaQsWLAgLCysoKOB5PjIycuHChV0t2tXL83/52RzItZUHDtDTf/i/fHOltCukwnQh5yvor1NVLdsNFuL1HdrHJtaEabAOj8FgMFfKy1t1dYxrsCTLwd9n5ZeqqXtHGbtEKgwGg8FcCb0qBh4A/Pz83n///RkzZmg0mqKiooCAgLlz565cuVImk3W1aFcpm9PkbrT3Bnh4ebNfJ4qD6RasPeRGe6+Hh9X7cb5JDAaDuVK+PKhuqb03kFEqPl0q7kx5MBgMBtMu9DYLPACo1eqHH3744Ycf7mpBMAAAKZcE7OscIIsFpNgKf9Xwe7rCe11qO4eSs6WT+mL3TgwGg2k7WeUi7x1+PalImGHrHGEwGAwG0170Ngs8pvuQxRQ8lPO/hrh3L7x/QNfx4mA6BBNr2WU8vsd4ysL6Wmv6TIlwNoojlyRXJhcGg8Fc1ZwqEraumxnP/nEYDAaD6a70Qgs8pssZc/iubJEJEADAIh/6G614DNHz+KZy60tFX5l5W8McjYKQrLRfuyilGph6ZZ4lCFlIqPm2u6FJCkmbXfjnNnl2+8RgMBiMC/Sxw+KUZLDbgOdPKs23JGX1MT86AG4T3JFlgSQ7QUAMBoPBtBt4lIxpZ0KOz86m67V3H8F3YY/j7pxXni5YbeZsTT0sTJz1YXLLPf3PN7TwHEcWFSo/fBtKixoafbk1CF88NzAYDAYDIFu/RrxnGzBW4PkvwsvHjMoope0O8CkKCWvvGAwG0+PAqhOmPRl49BYH0Sy+2Rc9DNek7Vl8XvHHNsNRT1s3BFd9G1LRrInnld99DWx9YnmF1GsEPAAA6OTCfTAYDAYj3byBLCt1LpdImUfjLzmX82X7BfdF2PsNg8FgeiBYgce0J+WkqyqOCGFNbOl4fceIg+kQXite573D4/EFrk08L9v8i3Nxig/Z6WbEm9skGgaDwVxNsCyV1ej0dPPgCw2T5uX0aR4JTI77yXHBTgwGg+l5YAUe02588ueTLd2jN4cLRMFLRdjW2pOoZk1WTiBfnYlkGXAdFxL5F50LI6OsMrE3zwydlOsb6GtKPAwGg7lqER8+0HT1nMLadPWE6msv+yIED4w1dIhYGAwGg+lIsAKPaTe+VV9q2VgNWXmy7Z52IYF/eWZ1RwqFaWcOGNJ86XZY62pCR/ZGW9B/p1bRlHsdXkbzT03DtwQGg8EIQxQ2c3dyQLMJ8XT1N3myPW53RAhuTzLqpNgCj8FgMD0PnIUec0XQFy9Sf/9GWi2cSMwPc29L3+P/YrBl0/WVnxB8MwN9X3/7knG90HmerKykTh0m9QZWq3OMHM0q1A2b5N98gWorgCD4gIC6+fc37qLXU8cOkrU1rEbtGDqG1WrdH9pmow+nUJXlnFRqT0hiwyM7+lpawoFPHhMc0VI/b2yR0PDajVXfHVWeLaVZDjk3iAh+aITt1kRTO0mK6XhYVnzyMFFUCBRlj41zxA/saoEwmKsLxNq9d9jj/0wf8+QxNcvFrBo5feQQH6TgFo0xeNfeSYuJPHKYqq7gpDJr4jAIDmtHsTEYDAZzJSCex9me3WAwGBgGO/F6Q5qZSW7ZgJrcP6/EFr4RXSK4Y0XSFl+O7+/vDwAsy9bU1LRZyE6GLMyX/foDNL9zeInUctci2frPG7K4XQbxtMhy12LpT+uQrXlYuFhsum0hHxra2GKzydd+jgy1zaZASNJ6/Uz7wKR2vgyvVLOmuPS7BLsZdg6loXl2Y5I0PvFsR4mFaW/kcrlUKgXPL0PZD1+TRYVNW3iE7MOG26bM6CQRMV4hSVKr1eJvWQ+FIAidTgcADMMYDB4d3SX/bBGdPtmwqph6zOFm8rQZy0PmPxns7R1OmkySb9cQpmZzqbxIZJkxm427xifpMQAAoFKpEEJ6fS80VFwNqFQqmqYBoKamhnUdv7UO54AWg2lHsAs9pi1Ij+6n/vgZNZ/9eSEnXLhGWO+dL6LOnpb9uBZajJWR1SJbu7qF9g4APGIY2brPXLV3ALDZFN9/SWaeda6RJpPy45WEi/YOACwr+XsLnbyrna7AJ3SkQoxo733kDsJVewfg/PAHrLfAsooPV7po7wCAeJ4+dlT2o0COQwwG017YJ01p+tWNt0gFdkDwaMCtXraTlZXSz95rqr07P9rIbpf+sVF8+GDbZcVgMBhMO4Fd6DGt5tczisPFc6D/LQCAAHjgZ1f+fUP1NgDwt4kqxd6sPXfB4E6SsgPYfUGWkiMx2xHPIxHJ0xLWWEciHvEAgABxk+epqiYa9jX0ryL9vwi7t5gOYRFFIE5j18+p2jzMcKrFgXm3Ex+yLb8a+8YBSUrXfgacR8d1/amsr9jZpWaxg0OI4DVibuaguoSQDrS5LQ9Z8ErxN146rMqMatlonTOvwyTCdCB/Z4hTcxSWy7d9X39m8UV3s06XIQsv0aeOM4nDOlNIDObqhJUqeJUW6ev91DYd79d3YrM0JQo2ZFLlqzp7LMGJeMTxlOFsAJ0YZvN0QNn3X0PzqXnUZIHet8M+OJGTCk0TYDAYDKYjwS707sFuh55YvtmP51FLfZPk2I+zHwcA2bTjHHKvbWrsxIWRm308Ubdyodcz5KodGptDuGYuxds/uvB/APBt8PxU1eiWHfztlS/lv06yLHhS3JvAJA53DBkuW/eZpw5rQxYeVo5o2e6nYJdP68D/2505L+w2nHS76ZZyzY/p/Zq28AD2CVNsoyd0nDyYdkcul9cx0uc3ga1FISoE/MKyH8boD3vcmZYYH3u6Q8XDCIJd6Hs0PrrQAwAwjGL1O8heHwy/Orz0icuFPMfWPNXfOLflV0Yj5ZZfV+3qJQVA5uTIfvveu2COiD6Weff4dA1XPdiFvkeDXegx3RnsQo9pBf/d4seDG+0dAFiCfLTvOwBg3jUs0iZx3cyjGcZQ37X37sbb233S3gHAgUSP9V31S8Bct9o7AFSK/F+MfN65LHhE6kImfXCvp60/Bd3hVnsHgCoT+fYOD5nw2oOfY195LfxBSXNfehkh/rhwsKv2LqIsN9+GtfceB8vCit/caO8AwANaH7QgUxrncWfG6nETBoNpX2ja9J+n2eAQQAgAHikM3nvkmgCGGl77SJw77R0Aai3EW9t0bo50NEXwbGRp0ZUKjMFgMJgrA7vQY3xlc5qc47ypnHZCdFyVOMxwKmt/AiBI7ad6UX1UzYvfVM8PHjq90+Rsd9YfVTpYn7R3J3aC3q2d5KVDlUiXoh4zTu89mJAHQIixNvhGusCQ9D71eG9nMZPHCsTDIzy6Sl4hSwNuXhpwc63DuNt4ggBiqmqoipTDEDDOZOmMU0RxMalW02PG1bQIhsf0CD7aS7NeCw58Fnb/e9mezexWK0haTORhMJiOgCTNCx8ElhVlpJPFhUkSydn+/12+r58XB0u9ldh/UTohulksDGkyCp4KOdzN6mEwGAymE8EKPEaYakv19blPT770m6AWuzbwnvoYbx4lzF72W8fL1gmcLxXI2eYCDyBoXP86ZPo7fdY9Uhg8vUrloQsCAEQQQDae3ULCm9GFqRojB+gaw78Fo192nJN3nALvREMp57rMVpAkM3gYDB4ml8uBpqEbREBg2kBOucDMi5WQrA7jHiny4MYlErW/TBgMxgskaR+cZB+cBAA7M2WCH4g9Wa4KPE8QwnPVTbocNWV+Wvlbsa1STclv95t2m8bbzDUGg8Fg2guswGMEiDmxUGnrr3KMR7xwwIWDqL+j+F6Ubt7h1e+gbYg43QXZhPsG5tSRJ39Jj3VR4+sI2QVZXz2pJhXSkCAqpqQQ8fxNiZk7/BsjIYOsAzVCka0GW/tL3u7wACV6qkhP2R2gknIxfnYZ3XtunvaF4yG/RlRmJFkW/BRctJ+dJjvqf8X5cOC1oYOfil/7bG7IMxeb1YjmEQCJPS8wPlFqpAprKMYBKikf7WeX014dP7oTrs+jzk5T3eXddb5ceN7ZYnP9pnNBIURVhfe9eLEUANLN2bOznzGxjfr/bsPJ/6D33whfssgfF5LEYDCYjgUr8BiP8DxM2//TTfqfxZwnK3HLfer/Im1gB0nVO0BAjq96FgBqRXlL4t97I7dqXokOABhEb/aftV8zzo4uGzBNEBo15O/A/51UNctjRHIywbPwfHdX4HOrRJvS5KXGxhcRSfCjo6wzBpo7TjXtoaQXi/86I6uxNCrGEoqf1NcypZ+ZaO9kJj7m65GzgSziX4ktviizf5HRp3GD1q+dBcL0RgpqqN/TFYW1TR9/GBZhnTWwTiLq7o//6WLxny2ex4l9LVM74HlsA1a78Mu/5UwJM3U6dTbd+17MoCGpdWfmZD3TcprewTueLlhdbC9/NuTeVsiKwWAwmFbSDb4zmG4JD3D/3vPDa/7dCu0dAF32Hzc+8FBHSda70Nj7XF/x/ht94lgSbAT9fsS/d2snN2rvAABQTIcMqX0npu7apo0MUSt4cAJ160FwerF4TYq6qfYOACyHUi5KP09RM75lDbxK2HtB+t1RZVNtAQCsDrTtvOzbYyrPRQbbiI/mc4PoonPh25CKdMVlWxwCy514+I4RILOc/vSAprC2mc2a5eDIJcnqAxoz060f/+Rs6bfunsft52Xrj7b/89gGlBJhIVp+IFipwhEZ7W0fmmYmTb8j+wUvTnbvl24sZat9ExODwWAwbQEr8Bj3HM8X+xu85Uhzi5S18ADG+x7pCJG6CnGHe0Wi0dXLn4phtvjdeFHSx30PIMZVPyNngxpasmRbBY8boOoGA0kPGKzEhpMKT37aBTXU1nPyzpWo+1JY6+2/kVFCp+a1f1lmkaB7FoLzyk0Na/ckZDtbLTffzioU7S4PpjdhZtBPx5UODsBdvpBSA7nlTPe9hYr01N9nPT6PZ0vplItdXyZ9bIxwJQid1M0HwnLnQs7fvQMdT1HmJf/+qXqXjbN7P/KS3JW+CInBYDCYtoFd6DGuoDqTKCPtQPF44SpnLVhR+q7pqRc6QKiuZFJfy/bzwv7qDfAAPHIQfCseLpKns2TXsby3GROKl8Sb5h5Xf+pcPa/6ZbT+UeT1LHcM8Vo9uBOwWkQnj5L5eYTNyotoNiTMPmgIr1ACwME8iXcb+6E88fUD6iTdJqa0C9mfI+W9/huSs6XjYizta7KcEOvYnent7jIRxSw0pmHIkdrY4BDrbXdz0q7XXjDdnGMFkjqvNvYTheKZA+uU4s6YgiT0taKMdKK0GDnsnEzORkY7rhnEUx6zMO7LFnge9+VIx8e28/PYWhKCbRSh8J7A5ZakOrftdYseok8cplOSkdUGwAMCniLZfgMsN84FgK/y/xQ8e7olu21iYzAYDMYXsAKPaYbo1DHDgb9KSLo4dHZr9w3WsOLZvdBzfnqc+Xi+uMrsa1KuKsnpDOWPkyreaNVZdMwohhBI3B1qHdGgwAPAPt3LE6te9TRAGxxqC9P4FsrcMaDzGY4/NhIWU77EjhBEWGlxdiadmsxMms4MG5VTIXCxLIfyKsj4EFyyCLKF/ld6C1FhJAOV7flz3zrMfqKAqjW738oB+2fwg01bHASYFz7ovjcG0xzBW5rnIadClBjesUU0gOfp1H3iQ/vhste7jeCKLh2jj27VXnsniox1u1N2ZRc8j23gntHGbw6qPM01xAUyff085kFlho5iho5yu6nCITwvLGiix2AwGMyVgF3oMfU4ePbLU58Mr3s7ctyxGcO85aF1Mx5AEKVxPDGp1xYMW35tTR8/nzTJcsnxLYFLCmT7F44w8EQrBnA0pxXsI3P4N13Nle/c67+CQ66CIYCx0da7RwhX9O04qNzs03+vubNvetDkkwPHpV8zNj1o8om7E3LOS03i3dvoY4cMVuGXj+XEmU4QtZvD8WBihP9XdZdK2/3UK++CPn5uHHEYQv9r2FwL2SzMFbXBYwdztWL04fH35RVxhYgP7BGnJju190Nq001JmUGTTySMPR039GDf8v9bdu7NAqbcZReeB1OL5O0t6QThBYkPYBaNMZCEmy/2sAjb/WPa6J8lFZpoBgAC4bcBBoPBdCDYAo8BAKjjrHddeP4gfx5kAAB28GB3A4DGkEUeAAHi/WT88um9P2PNI+NrK8z8KwcLWEswArKOKs9W/jq8ZhnNq3keIZ6vJfN/D5vn7KwlVQmhzEJNxr+OHuxvnqVwBIk5tffjO5BVxAs46tsJ198lT7Y3TzZhYN28Gx0P2xhKTPIxfvY5CaaureGFWHbzia+WDs+wNRk7mgluY1D1X/6132TEzN6/Wzz4OgABKddCSlKBGCK8JlXq7RAIRATPsAIDYuWRfTBgTvsWbyMBXpgDecV1bx4srTZJERB1RFmadl2R+KAbAahWhJlgrnJ8KbfW0clHiMoK+kiqc/njyLLl/fKbPmQGkv3emrrlfNq3Mc+NVQxqaEcIRCQvmGKz4zOn+ER8APPmTVWHL0oOX5IYGYIm+D5+9tkDTbRwjTmPJMr6ZVuLvPfxJwW+dxgMBoO5ErACjwEA+L/8jw+azzes1lFlDGGiOW9phPSi/N9C51Ukbul46boL71R//pPur6YtmbJtbnsuCboJAAbL+p1XPXFe9YvcEXRH8e/usjU1Uk1nh1lHehegWnTBbXu++o+nEhZ437czOXsx5cHoDLs7y4+F5O4dlHP4sCSMKy+BcO/H+TvgVGTepf+LeKVjxOwxhKjZS9Xe3tUsslfaTwcVJLJ93Dv9Xgk6BfvKJEXIqTne437naae2+6kxvZVQNXuxSsCQG6Lu2PAZ0dl0p+19p5/+qX75bmtuGti6e3JfS73m00Cq0UMqROW4VO1NeJLgu9x/vimjoq2jooVz2vnI6+FLN1Ynu3XFa+Bfgbe21+kwGAwG05Ku9/LCdDnnLZd+q9nXtIVDjlzZDu97Zcu3jlUM7Ei5uhdFTMW6yn986akDyWOBtzmXF+qmAUAdVVYqPuV9r0zlb+ViAY/xHLl7Ab7qs8IXwTqNt2s3udXendgI/o2YkhEWgWrDlfS5WlHeB7J0Pes+09LVQ1K4wOA7X5r8dnQOWVbSQQKQQC7wu85LBzkhfS0cB8BjfCUp3OrdhB2gYCM0HavANzwvL8cUu9XenejZuo/LfmvaMlQoMn9gMNNNLPAdgY5UXKce4aWDv0i9JPCmTpMHg8FgrkKwAo+BbYYjLWu6nlJ/aSYrPe1SS+dW+e3c3PetDhatG7HDcMzBCxtVtHbytLlRk3k3atkAaRQAHNa+50Ae1bACacol6b7D2ndZ5HFomC/dVyBNcWlEAC+HL56iTBS+gM6C4R27iFzvff72r4mzZQ1RuMaXNsAi5pDuHQCwEOxe48l2FrGnMSLSXE2fAw82LxuhP6ZdvcNPb2O8Rb5cIe9F/Oc69Ui3TiRyQnpi0Ncdd2pM7yNS6xgR5fo+bLi9CQLmDDZ1eBi11QoApTRzTGXy3nFr7aGmq6OirBFaB3h4HuU0f+PADnwSuwPfxzw/Qh7vdpOOUp4YgN8GGAwG07FgBR4Dl2xlLRstZPW2wEf1okstN1WIM8YnnDk16LOOF60bkc+4+S+50N8sLkkeKpc1S0e3L/7jX+JfqRXn7Ax80iXvl5NL0uRkv+cB+Er63M6Ap61Ebcs+ebLdyf4vtmxfE738kYBbfL6IzqDMXm1FAjMdJpKrUJLzo/NM1N6WW61k7S7/5RV0hnOEnGfrKMNyT0HPG7cFPlEiPt5SozFSxduCHjORJTaCL5Z1rNfu9zHP/97vtQg6kEQkAoQAKQnZkoCb84Zs0JHdt2o3pntyy2DTyOY6vPP2loj4BcMM/QI6PI05L5MDwCWZ3Yv53UmhvYLlGwvaEQTcP9oQ629vuZ9Wyt4/Rq/t4CexO/B3/5XrYp4LpvxIQAgQAUhNKZaHzM9M+EFKXkGEPQaDwWB8AMfAYwB5sHTUii5uDl4YY74+yjwpwhIVaqMCgiUJfalBIUEECupkIbscX5JsDzDJAICNiHJpnyxNKkvcDAAGhpl98KMw6yi5I5hFtmr6QrZ8a4nkWEPPYsmRX0Pv+Pjckhoy4ahKaidsVXRmjvyfEvFxt2f0I5Vtv6QuhQ0LJ0JDy/Lu3y/b0Nc0U2fvL+IldWR5keRwpmIzQzhT6CPA6c0BECArUbst6NEI8/hoy3Qt8//t3Xl8U2W+x/HfyWnTpmnTnVKgpSyKyCYMyL4rIpsIIoI6wswFr+jFcZtRx2VQQXRcsKgIqDAOoAiOIqKAigKCiqwX9LKJFCgt0NKmtE2b9OTcP+J0sE0TKG2W5vP+w9fhnCcnv7YmOd88z3meloqoxWEnj0duORz9aeXIDmdq0/qupI+50852b9X3syAUqAa56aribull249HZheGlTmUWJPzsmRH94wys9EXy79rac3DjhxSPE/t8G9V3oOijM6pvaw/5Rr3nIzItapOURKitLYp9q7p5eFqgx08X8Ww2O7DOrhfag4AUK8I8JAMY+OaDmmK45D5k0PmT5463OwBW+fSvlPEW+dqQ5URUeNvqVIrW4SW0dKZ1KimBhZjWH7iun2OZR5O4lSKbzjzVXSjIz1i1u2N8TIUMyMi1WtVPpYSFm8yRNicnm4TjdXC4tt1042RGabUTRG7ciM8DZJvGdmkrmsMMvFqtMUQVeQsPRa16VjUJrdtTE41JfVKHxcGXKLmCRXNE7yMYK8njvaeOknMAAAgAElEQVSdjN99k2FzKLp47oRvbmxsUKoOV1QUaZdqb5da41LqAADUE4bQQ4bGdq9+dXI+RZcRRSllw0ZLCC/ueq2lW7ji5QuvkeealF3nZfKe4XE9PTfoXxATE9fYNnr8CM3LjOIdo1qlGWv8ssBfjIbwayxdPbcZauqsGCNFZGhrL+P/owyR/aMD6A5/vzAohuvjenhuc010F6O3/z8BVNKjzOXXjWjkMPawerkBxOubNgAAvkSAh1wW2eyWBE9LQN1qbd78xnucyQGXFX2pcXjClGRP4XxESbMOo+5zWrysf3tvyjiLaq7paLhTebyiX8ktd+hm8x97P5zirLGlQTE8lvp7r2X7xZ8bT/AQJk2K8YHWv87zd01yrx5RbT2c6r6Um2NUFhiXB1MnmAwRNR2NUML/nH6HL+sBGgBHmytLx078W+4Vhprv00kMs9ydEljzjAAAQhwBHiIiz6XdNSimi9tDAyPaPTvgJWdCko9LCkCPNfn9yLjebg91j2id2fNFPTbO60kahyf8s+VjcWFu+nwiRJ2bcme76+4UU5SIxBoty9rOTFbdfCMQpqizmk4ZaHH/J/O7K0zNF2b8JUqNrH4oWjUtavloi3+P/FdEWdTqr+1MLdye5/bE6+5tfFM9Fho8MoyNF7V4JFo1VT9kMkQsyPjzFaaqMy8A8Epr0arL+Mdfjhof7u5yKDHMsrTlEwmqxfeFAQBQE/Vvf/ubv2sIROXl5ZoWQjd7hynq2Pj+TY3J2fYzZyqsIqKI0t7U4pEmt89In+J16Hh9iIqKEhFd18vKvCyC7TOqYhgV37tlRJOcivxTFQWutfeuMDV/IPWW2el3e+ggrSLN2GhsfH+bXn68/LRNLxeRaNU0LK7nvIwH+yX+Zn3dlPCEmxMHOXTtuP10ibNMREyGiCGx3eY2v29YYI/qvCyy2fjUa4r1sqO2nHLdISJxYdE3xvVb0OKhzlGXn98yyhA5IfEasyHyhP1MgXZORMIUtZu57bNpU+9JGcMMdpVaRjS5Mb7vOc12wnG6zGkXEYtqviG+7/yMB7tH1/3d70ajMTw8XELvzbDBMBgMJpOJP593itIhqeOQuO75jqITjjMOvUJEksJiJyZeOz/jwcsi0/xUlGIymURE07Tyci8rzyMwRUREKIrCny9IRUREqKoqImVlZfqFzXZZE9cFLVCHlEv8n7KhKioqsttDdHKaUmdZXoU1KSw2yuCmB9VnkpKSRETTtIKCAj+WURObszyvwhqvxrjtFL1ATt2Zp1mdup4UFhumqJ4b51VY7U5HcnicX75PqQWz2Ww0GvPO5udVFIpIUlic6nGqBRGxaiVFWklyeFykwkJENdJ054X/SmvNbDa78kMovxkGNVVV4+Pj+fNdFIdekVdhDVPUpLBY/357aDAYEhISRMRutxcVFfmxEtSaxWJRFMVqtfq7ENSGxWIxGo0iUlBQcIlfg7ouaIE6FBxJAL4UZYhMN/ozugcFkyHi0ieQMyiGRmHx3tuJiEhSmJe76wOTqhhSwhMusHGsao6teYIAuFzUrxTAhQtXwlLDE/1dBQAAnnAPPAAAAAAAQYAADwAAAABAECDAAwAAAAAQBAjwAAAAAAAEAQI8AAAAAABBgAAPAAAAAEAQIMADAAAAABAECPAAAAAAAAQBAjwAAAAAAEGAAA8AAAAAQBAgwAMAAAAAEAQI8AAAAAAABIEwfxeAi/D8hoT8cwZdRBRRdNEVfegVpYMut/m7rkD05JpEW4UiIvLrf/TJ3UquSC1z23jvSePHP0YX2wxOEUUkJtI5vF3JVU3L3TZetz/q219MZQ5FF1EVPcnsvK1rUSOLVl8/ycWw2tR3fojJsaqaroguEeF6pyblY68q9nddgIjIqn3RO49FlDkUUURV9MYW7barzyWYAuK1A+AC2eyGxd9bjheqmq6ISISqt02x39z1nOrvwgAgRCi6rvu7hkBUVFRkt9v9XcV/FBbKrE1J4u5vFW7QZ47M93lF9S4pKUlENE0rKCi4qAduP2Zascvs9n/rOLPz0WvOVtmZ+XXcCaubb7JSYrQHBv3mqW12w7NfxJc5lOqNu6WXjevs55y8bn/UhoNR1V/Q4Qb9voGFSdG+jklms9loNF7snw8Bwmw2m0wmqaM3w7M29cUv4xyam9fOgNa2Ye1KLvH8qE5V1fj4+ED7LMMFMhgMCQkJImK324uKivxdzn9sORK5am909f2qItP6FqbFV/i+pIBlsVgURbFarf4uBLVhsViMRqOIFBQUaNolXUG5LmiBOsQQ+uBQU3oXEYdTmbEuwbflBC6byPs1pHcRKSwxvP5N3Pl7XtvkPr2LyKlz6stfx5+/Z+Z69+ldRH44Frluf1QtCq4r27IivzzgJr2LiMOpvPhVPL2c8BdN5IUv3Kd3Efn6sOmbI5E+LglALezPNbpN7yKi6fLq5rgyviwCgPpHgA8Cs9cn1JTeXUrKDAyjd/nb6kTPDY6e/U9czzmnZhV4uoskx6oezje6tj/832h7DQnEZcMBfwb4D/eaPRzVnLLoW4vPigHOt/SHmAqnp9fOJ/vcRwIAAWXZjhgPR3VdFmyN89AAAFAnuAc+oL3xxVNPJey4zbbFa8uX1yU8el3VweGh5qrt4651fuUpKIiILuO+/PwX0/zLbZFXF74qYfGem3+6N6pb04+ez32vReEKD68W1xcsW3+J7NXC/W329SqrIEzz+OWCiPycF+6bYoAqDuQaPTdw6vLcge/+0qaHb+oBQpxqKzau+iDsdK44Kpak5r+ecTo3WsLCTFdFtZ6ZNqWx6n5Mn9WullV4+aDJLuKqEgDqHW+1Aers2ewrsv5bd3UnK+K5B15ECsu9fKw2bP1/mv5T+VFR9Qv5LTQpGfF1QmaWqTypNCHS6aXx0XPlTxfPk2hpfdbkoZnreX/MifBLgN911Hs4r3Aqds1uVL1EKaDOOTx2v7t8d9zQ2HZDZvq9NycM8kFJQMiK+PJT467tossOS/G1vQ+UGpwiIpqIZj1WnvtxwTe9Yzp+1Hpm9QfuPub940PXRRNhNjsAqFcMoQ9QbY7exeyCF+jqfVN/Kv/F+5cc/6bqv16FGORC0qzrUkRXxHsI8do7UU/K/++Q1zaKyJU//t4HxQC1EOGM1XTn3VkvLznzub9rARos49efG3duF13+N9rW5+r9v6b339py7n9777+r+v5z5Rd0xWizk98BoH4R4ANR8+03inJeHL2AZBqyH5gnbWd/ceRc1EPs6q/zotsN3ueNd4hregFFV7x11oskRPlhqjjTmn81Lsv12kwX3aqV/HfW331QEnCxzoUfc73TPZj9qiZMuQjUA02L+OE71+aQrv+n13xtcdB24s3Tq6vsbGK5oBnmo428fgGgfhHgA1GpWuXzz3uC79bM/aLlDV7fw9PO/+eFjKH/PPF+18axyG+8Ns6J3OHaKFHPeG08oHWp96eva+qh/xtc6O3O/39/W/Fxgff5FIC6Fa15XyVub8w/XHeiaLpzTu6K+i8KCDnGb75yXU4cNpUXhnmJ2c+ferfKnk5p3i8zwgyMHQSAekeADzg2sVVJ7Pti/uHlMYqM6eLnRcj9pUj7TWY+a9zv7RH62chfXFvbE+bq4qlfXRf92/hZru2tCc96Pq8pXG8a54eeB8WhmTRbfIWXKQx3xs0XEYeu0b0JH7sx/yPPDUrVMzb1P0slryrw/s0agIsVfvRn18ZLLbwPWyusqHpRoYo0sXj5+Ojbyg+zwABAqCHAB5wVZzZV2fND/HyH4ulDcVBb7x1cDdZvlz7/OGWyrtTYA6CLrE2eUvlPTezfxj/v4dzb4uba1V9X6MuO3HYiamtNLRVF7u5feKE114O/ZL2o1JzMz4Yf2B/9gWv7iO3i7jgALlGvwm0tbEdrOqor2sepfzx/T4F2rt5rAkKPUv7rKu3HIrwv1+52gP20fgVhao2fsAlR2vVXhvDVCAD4CgE+4IyI7lZ955K0gSVqvtuPzeuuKBl6WSgvA1918PjitF6aodzt72pt8rQc04/n7zkQs2pD8l+diqPqSQ365qRnfrL8Zgzh50kPHDB/WP2yxmTUHxhc0Mjsp55tRUTEop3rXHK3LaxqP7wucjTqq1Wpkyr3NDc28mFxgIhB+fPxl7oW7ah+o0eZWrC86Y02w2/uTzGrkT4rDQgdzsgI10ayw/u0OW7nbTWq8rch+QkmNyPXWiU5Hr624BIrBABcCJaRCzgJpgTRq8dSeb/pCBHTuJwl5orGIkqY7uyW5gjZkfOVjKLaperMOu80G5Bgazokb2GkxImIJo69sYt2Wxa7PUOWacM/m3311a7pm9qMPVduiDbqv0svu6pZUdM9a6o33pr4/PeJczpZJzcr6x6mRfYwWgZ0DmuRVDX/+1RYhDjKRWRCrvo/bYcn2dt0tP7BojVzSkVu5I7dMQsrBxGIiEExsJIcfMxpijaUFP0x9x+3n3l3TLuuZq2zooQXh2XvsizON/5UvX3v6E6+LxJo8LR2HdVTuSIyKSf53cZe7royGSLc7jca5eEhZ0+XqOt+jMorDRNFWsQ7hlxZHMXlJAD4Cu+4gcigKE73E9fZVqSOdW2d6Vx1htjQ9EbGfX/45e/Vv+84a8p+L22Ya9vkNNjcLZZT6XdFpi5tjVf2sp63z5hqiM3RrdUba2LfGTt/Z+z89iVR8/ssF/Frehcp69I98vtNIhKtqUn28DzjgQ3Jf6mpcSfTZT4sDRARKR80xLR6pYgYNfvUnE9v7vSKh8aKyJNN7vBVaUAIKf9dD+PXX4jT2T/fYnQa7B4/Fm9KGOjhaCOzdvvV3OoCAP7BEPpAtO2KhZ4bPJXfwzeVBL6R8f0iDZ66lMNEPisa626S9l+/IgnTlbUHepf16lfl8AdtZis1T2qvinyc8NBFl1sPHP0GOGMsru1Pd7bx9JOKuqr1LJ8VBrhUXHGlltLYtT3qTFzbEpOHxnckXWdRzT6pCwg5ZdeNcm3M+ynDQ7MYQ9SLadM8NAAA+BEBPhA1N6XMTptS05JoY0qb33XNX31cUiA7ftUHRsV9hg9zGvJPTG038PeLWz6mVu2mV0TEpCk/HB7kvHN69cdeZmq2/LKnwtz9FSI0w1eR98Vc2fXSi68TJVP+R2ucqot0LDYt33NZtbsbFRExGYybrnjVxPh5+EPp76dqGS1d27u+bd/uXJTbZjcnDPx72j0+rAsILY72HcuG3yCKcmtu4rMHm7m9yEhQLbvbv+3rygAAF0zRdRbtdKOoqMhu9z5Na33rtOe2k87KUdxKtK7+1GWZSTz1XzUYSUlJIqJpWkHBBc2L80bemidPLHA6XWMCFUXkz3kZDw7JrGygiXZP1pwvz35frJcposRVhE0qbv1w54e1+HjPZ57+y0vrzm45pzgUkdiK8AnKVY93e7zWP1f9UfPyIjauV86cdmra1CsOf5ZwtlgpF1HiwqJvSxjyaJPbfVyP2Ww2Go0X+OdDoDGbzSaTSer0zVAtLjZ+/pnhdI5S4fg8xXZ/q0MnDMWaUws3hLeNTH+jxZ8zjCl18kQQEVVV4+PjA+SzDBfLYDAkJCSIiN1uLyoqqvPzR27dpO7fW2QvmdRm/9bYQpviVAxKclj8vSnjJiddX+dPF5osFouiKFarm3vxEPgsFovRaBSRgoICTbukWYpdF7RAHSLAu8dFj99dbIBHoCHAB7X6CPDwJQJ8UKvvAA8fIMAHNQI8AhlD6AEAAAAACAIEeAAAAAAAggABHgAAAACAIECABwAAAAAgCBDgAQAAAAAIAgR4AAAAAACCAAEeAAAAAIAgQIAHAAAAACAIEOABAAAAAAgCBHgAAAAAAIIAAR4AAAAAgCBAgAcAAAAAIAgQ4AEAAAAACAIEeAAAAAAAggABHgAAAACAIECABwAAAAAgCBDgAQAAAAAIAgR4AAAAAACCAAEeAAAAAIAgQIAHAAAAACAIEOABAAAAAAgCBHgAAAAAAIIAAR4AAAAAgCBAgAcAAAAAIAgQ4AEAAAAACAIEeAAAAAAAggABHgAAAACAIECABwAAAAAgCBDgAQAAAAAIAgR4AAAAAACCAAEeAAAAAIAgEObvAgD3tm7dKiJGozEjI8PftaA2NE2rqKjwdxWopaysrLNnz4pIs2bNoqKi/F0OLpqu6w6Hw+l0+rsQ1IbD4XB9CEZHRzdp0sTf5aA2KioqFEXxdxWopQMHDpw7d05EMjIyjEajv8sBfkPRdd3fNQBudOvWTdf15s2bf/DBB/6uBQg5L7300rJly0QkMzOzV69e/i4HCC05OTkjR44UkZ49e86dO9ff5QAh56GHHvrqq69EZMWKFS1atPB3OcBvMIQeAAAAAIAgQIAHAAAAACAIEOABAAAAAAgCBHgAAAAAAIIAAR4AAAAAgCBAgAcAAAAAIAiwjBwAAAAAAEGAHngAAAAAAIIAAR4AAAAAgCBAgAcAAAAAIAgQ4AEAAAAACAIEeAAAAAAAgkCYvwsAqrJare++++62bdsKCwsTExN79ux5yy23REVF+bsuIOScPHly+vTpbdu2ffrpp/1dCxAqCgoKli1btn///lOnTjVp0qRdu3YTJkyIjo72d11AQ/bFF19kZmbOnz8/NTW1+tG8vLxly5b9/PPPOTk5iYmJLVu2HDduXEZGhs/LBEQI8Ag0+fn5Dz30UF5enohERkaeOnXqo48+2r59+/PPP8/lC+BLuq7PnTvXbrf7uxAghOzfv3/GjBklJSUiEhMTc+TIkSNHjmzevHnmzJlpaWn+rg5omHRd37hxY01Hd+3aNXv2bJvNJiKxsbEnT57Mzs7eunXrf/3Xfw0fPtyHZQK/Ygg9AsuCBQvy8vJatmz52muvLV++/OWXX27UqNGJEyfeeecdf5cGhJa1a9f++OOP/q4CCCF2u/2VV14pKSnp27fvkiVLli5dumjRoi5duhQWFmZmZjqdTn8XCDRATqdz1apVe/bscXvU4XDMmzfPZrP16tVryZIl//znP999990xY8Zomvbmm28ePXrUt8UCIgR4BBSr1bpt2zaj0fjII4+kpaUpitKqVatHH31URDZt2kRPIOAzeXl5ixcv9ncVQGjZt29fdnZ2o0aN/vSnP1ksFhFJTEx88MEHo6KiDhw4kJWV5e8CgQZl+/btc+bMmTp16ttvv11Tm40bN+bm5iYlJT3wwAOuV2VUVNSkSZMGDBigadqKFSt8WC/wKwI8AsjmzZs1TevYsWNKSkrlzpYtW7Zs2bK0tHT79u1+rA0IHbquv/766zabbfDgwf6uBQghv/zyi4hceeWV4eHhlTujo6Nbt25deRRAXfn22283bNhw+vRpD22OHDkiIoMHDz7/VenaU3kU8DECPALI3r17RaRz585V9nfp0kVEahrdBKBubdy4cfv27f369evatau/awFCiGugWfWh8rquVx4FUFduueWWOf9W02TJ2dnZIpKenl5lf1xcnIicOXOmvosEqmMSOwSQgoICEWnSpEmV/a4ZQQsLC/1QExBirFbrwoULY2JipkyZsm/fPn+XA4QQV0/73r17bTabyWRy7SwoKDh06FDlUQB1JTk5OTk52bWtqqrbNpMnT544cWL1KSRdr8rzR4wCPkMPPAKI1WoVEbPZXGW/a/5511EA9WrBggXnzp2bMmVKbGysv2sBQsvvfve7jh07FhQUPPPMM0eOHCkrK9u/f//TTz9dVlbWt2/fVq1a+btAIORkZGS0adOmSv98cXHx+++/LyK9e/f2U10IafTAI4C4Inr15eII8IBvbNu2bfPmzV26dOnfv7+/awFCjsFg+Otf//rcc8/t3LnzT3/6U+X+QYMG3X333Yqi+LE2AC4nT558/vnnc3NzExISRowY4e9yEIrogUcAcd3mVxOHw+GzSoAQVFJS8vrrr0dGRk6bNo2oAPjF1q1b9+/fLyJms7l58+aRkZEismvXrl27dvm7NCDUORyO999/f/r06UeOHImJiXniiSdc89IDPkYPPAJIXFyczWYrKSmpsr+4uFhE4uPj/VEUECoWLVp09uzZKVOmNGrUyN+1AKFo8+bNr7zyitlsfuSRR3r06KEoiq7rGzZseP3112fNmjVjxoxOnTr5u0YgRGVlZf39738/duyYiHTo0OG+++5LSkryd1EIUQR4BJC4uLicnJzqAd61hwAP1J+DBw+uX7/+8ssvHz58uL9rAUKRruvvvPOOiEydOrVnz56unYqiDB482Gq1Ll68eMmSJQR4wC/WrVu3YMECh8MRHx8/efLk/v37M04NfkSARwBxrcmRk5NTZf+pU6cqjwKoD65X2cGDB0ePHl3l0J49e0aNGiUiL730EvNgA/WkuLjY9TKsvnxj165dFy9efPjwYafTaTBw8yPgUxs3bnzttddEpGfPnvfee29NC84BPsPHAAJIhw4dxN1677t37xaR9u3b+6EmIDSEh4fHVeO6TFFV1fVPkgNQfyIiIlwvMU3TqhyqqKgQEZPJRKcf4GM5OTmZmZkiMn78+Icffpj0jkBADzwCSN++fd966609e/ZYrdbKJaxyc3MPHjwYFRXVo0cP/5YHNGA9evSo/hLbsmXLc8891759+6efftovVQGhw2g0pqenHz16dMuWLVXuZNmyZYuItGrVigAP+Ni6descDsfgwYNvvfVWf9cC/IruFASQ2NjYq6++2mazvfDCC6WlpSJitVpnz56t6/rAgQONRqO/CwQAoL6MGTNGRBYtWvTZZ5/Z7XYRKS0tXbly5cqVK0Xkxhtv9HN9QOj55ptvRKR79+4F7rDCMfyCHngElqlTpx48eHDPnj233npr06ZNjx8/rut6enr67bff7u/SAACoRwMGDDh06NDq1avnzZv3xhtvxMTEFBUViYiiKBMnTuzSpYu/CwRCi8PhOH36tIjMmjXLbYNGjRq9+eabvi0KIMAjwCQmJs6ZM2fZsmXbtm3Lzs5OTk7u06fP+PHjTSaTv0sDAKB+TZkypXfv3qtWrcrKysrLy0tLS8vIyBg7dmzLli39XRoQcs6cOePvEgA3FF3X/V0DAAAAAADwgnvgAQAAAAAIAgR4AAAAAACCAAEeAAAAAIAgQIAHAAAAACAIEOABAAAAAAgCBHgAAAAAAIIAAR4AAAAAgCBAgAcAAAAAIAgQ4AEAAAAACAIEeAAAAAAAggABHgAAAACAIECABwA0QHa7PSEhQVGUmJgYm83mufHBgwcVRVEUpX///rV+RtcZXn311VqfAQAAwDMCPACgATIajWPHjhWR4uLitWvXem784YcfujbGjx9f75UBAADUFgEeANAwTZw40bWxfPlyzy1dAd5gMLgyPwAAQGAiwAMAGqZ+/fqlpqaKyOrVq0tLS2tqlp2d/f3334vIgAEDUlJSfFcfAADARSLAAwAaJlVVb7nlFhEpLS399NNPa2r20UcfuTZuvvlmH1UGAABQKwR4AECDNWHCBNeGh1H0rvHzqqqOGTPGR2UBAADUCgEeANBgde3atXXr1iKyZs2a4uLi6g3Onj379ddfi8igQYOSk5OrN/jmm2/Gjx/foUOHuLi46Ojotm3bjhw5ctWqVZqm1a4km83Wpk0bRVFat25dfXr8ZcuWuWazf/vtt2t3fgAA0IAR4AEADZaiKK5OeJvNtmbNmuoNVq9e7Yri1cfPOxyOcePG9e3b9/3339+3b5/Vai0pKdm/f/8nn3wyevTokSNHVlRU1KIkk8n01ltvicjPP/88Y8aM8w/l5eXde++9IjJ06NDJkyfX4uQAAKBhI8ADABoyz6Po//Wvf4lIWFjYjTfeWOVQZmbmypUrRaRp06ZPPvnk0qVLly5d+uSTT6anp4vIZ599lpmZWbuS+vTpc88994jICy+8sGfPnsr9999/f15ensViWbhwoaIotTs5AABowBRd1/1dAwAA9ahz5867d++OiIg4c+ZMTExM5f6SkpKkpKSysrKhQ4d+9tlnVR7Vu3fvrVu3pqen79ixIykpqXJ/fn5+p06dsrOzR4wYsXr16sr9rsg9d+5cVzj3rLi4uH379llZWV27dv3uu+9UVV2/fv11110nIm+//Tbd7wAAwC164AEADZxrQfjy8vLz87aIrF27tqysTNyNn7fb7Tt27BCRO+644/z0LiKJiYmDBw8WkUOHDtW6pOjo6IULF4rI9u3bMzMzS0pK7rzzThG5/vrrJ02aVOvTAgCAho0ADwBo4MaPH+/aqDKK3jV+Pjw8fPTo0VUeYjQay8rKdF1/6qmnqp/Q7Xx4F+vaa6/9wx/+ICKPPfbY1KlTjx49Ghsby+B5AADgAQEeANDApaen9+nTR0TWrl1rtVpdO+12+yeffCIiQ4YMiY+P93oSp9N54sSJFStWTJ482ZX8L92LL76YmppaWlq6bNkyEZkzZ07Tpk3r5MwAAKBBIsADABo+1yh6u93+8ccfu/Zs2LChqKhI3I2fr5Sfnz9v3rybbrqpQ4cOZrM5LS3t5ptvXrx4cV1VFRcXN3fuXNd2nz597rjjjro6MwAAaJAI8ACAhu+mm25SVVXOG0X/4YcfiojRaLzhhhvcPmTFihWtW7eeNm3aBx98sG/fvrKysvT09GuvvfaJJ54YNmxYXRW2a9cu18bu3buPHz9eV6cFAAANEgEeANDwJScnDxkyRETWr19fUFCgadqqVatEZOjQobGxsdXb7969e8KECYWFhXFxcY8++uimTZuKi4uzsrLWr18/Y8aMtLS0Oqlqx44ds2fPFhGDwVBcXDxt2jSWhgEAAB4Q4AEAIcG1ILzD4Vi1atW333576tQpqXn8/Pz58zVNU1V18+bNM2fO7Nu3r9lsrjxaJ5PYlZeXT5o0SdO0nj17vvLKKyKyZs0at4vVAwAAuBDgAQAhYfTo0ZGRkSKyfPly1/j5iIiIUaNGuW18+PBhEbn88svbt29f5c9s5gMAAAKeSURBVJDT6dy0adOl1/PMM8/s27cvPDx84cKFd911V/fu3UVk+vTp+fn5l35yAADQIBHgAQAhISYmZuTIkSLyxRdfvPfeeyIybNiwmJgYt43T09NFJDs7u7S09Pz9uq7ff//9rpvVKyoqvD5pSUlJbm5ubm5u5ez3Ljt37nz22WdF5OGHH27Xrp2qqgsWLFBV9cyZM/fff38tf0IAANDQEeABAKHCNRd9RUXFyZMnxeP884MHDxaRoqKiUaNGff3118ePH9+7d+/SpUu7d+/uGu4uIj///PPKlSs9d5jPmzcvNTU1NTX1gQceqNxpt9tdg+fbtGnz6KOPunZ27NjR1eadd95Zv379pf6oAACgISLAAwBCxfXXX185ZZ3JZBoxYkRNLSdMmDBu3DgR+fLLLwcOHJient6xY8fbbrvthx9+GDp0qGvZdhEZN27cH//4x4stY+bMmXv37hWRBQsWuEb1uzzxxBPNmzcXkTvvvLOkpORiTwsAABo8AjwAIFRERESMHTvWtT18+PDo6OiaWiqK8t577y1btqx///5NmjQxGo3p6ekTJ05cv379p59+OmHChDlz5jRq1CghIeGyyy67qBp27949a9YsEZk6dWq/fv3OP2Q2m+fNmyciR48effzxxy/6xwMAAA2dwoo1AAAAAAAEPnrgAQAAAAAIAgR4AAAAAACCAAEeAAAAAIAgQIAHAAAAACAIEOABAAAAAAgCBHgAAAAAAIIAAR4AAAAAgCBAgAcAAAAAIAgQ4AEAAAAACAIEeAAAAAAAggABHgAAAACAIECABwAAAAAgCBDgAQAAAAAIAgR4AAAAAACCAAEeAAAAAIAgQIAHAAAAACAIEOABAAAAAAgCBHgAAAAAAIIAAR4AAAAAgCDw/1/Yrq3qJ3GeAAAAAElFTkSuQmCC" width="672" /></p>
</div>
<div id="filter_residue" class="section level4">
<h4>filter_residue:</h4>
<p>This function will filter the data frame and remove all non standard amino acids. The data frame should contain the amino acid information in the Comp_ID column. ####Examples</p>
<pre class="r"><code>df6<-fetch_atom_chemical_shifts('CG2')
df7<-filter_residue(df6)</code></pre>
</div>
</div>
<div id="data-visualization" class="section level2">
<h2>Data visualization</h2>
<p>RBMRB library contains few functions to generate interactive visualization of BMRB data with out any data manipulation. The interactive visualizations use <strong>plotly</strong> library. If user has problem with plotly, then this feature may be disabled by providing an argument ‘interactive=FALSE’ for these functions. These interactive plots can be zoomed in and out using a mouse and will show tooltip information when you mouse over. These visualizations can be exported as a stand alone html file</p>
<div id="hsqc_15n" class="section level4">
<h4>HSQC_15N</h4>
<p>This function will simulate N15-HSQC spectrum for a given entry or list of entries.</p>
<div id="examples-5" class="section level5">
<h5>Examples</h5>
<p>These interactive visualization can be exported as single stand alone html file</p>
<pre class="r"><code>spec1<-HSQC_15N(15060)
spec1</code></pre>
<p><div id="htmlwidget-6d7f3bc3c5d4bf861556" style="width:672px;height:480px;" class="plotly html-widget"></div>
<script type="application/json" data-for="htmlwidget-6d7f3bc3c5d4bf861556">{"x":{"data":[{"x":[8.28,7.897,7.9,8.067,6.875,8.08,7.422,8.744],"y":[122.373,121.629,122.812,118.343,121.385,122.287,119.996,121.138],"text":["H: 8.28<br>N: 122.37<br>Comp_ID_H: ALA<br>Info: 30,1,ALA,1","H: 7.9<br>N: 121.63<br>Comp_ID_H: ALA<br>Info: 33,1,ALA,1","H: 7.9<br>N: 122.81<br>Comp_ID_H: ALA<br>Info: 39,1,ALA,1","H: 8.07<br>N: 118.34<br>Comp_ID_H: ALA<br>Info: 40,1,ALA,1","H: 6.88<br>N: 121.39<br>Comp_ID_H: ALA<br>Info: 46,1,ALA,1","H: 8.08<br>N: 122.29<br>Comp_ID_H: ALA<br>Info: 59,1,ALA,1","H: 7.42<br>N: 120<br>Comp_ID_H: ALA<br>Info: 60,1,ALA,1","H: 8.74<br>N: 121.14<br>Comp_ID_H: ALA<br>Info: 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Two or more HSQC spectra can be compared easily</p>
<pre class="r"><code>spec2<-HSQC_15N(c(17282,16603))
spec2</code></pre>
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<pre class="r"><code>spec2a<-HSQC_15N(c(17282,16603),'line')
spec2a</code></pre>
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112.81<br>Comp_index_ID: 58<br>Info: 30,1,GLY,1","H: 9.55<br>N: 112.93<br>Comp_index_ID: 59<br>Info: 30,1,GLY,1",null,"H: 8.68<br>N: 125.34<br>Comp_index_ID: 6<br>Info: 31,1,MET,1","H: 8.69<br>N: 125.36<br>Comp_index_ID: 62<br>Info: 31,1,MET,1",null,"H: 8.89<br>N: 120.17<br>Comp_index_ID: 63<br>Info: 32,1,VAL,1","H: 8.9<br>N: 119.1<br>Comp_index_ID: 69<br>Info: 32,1,VAL,1",null,"H: 8.39<br>N: 108.61<br>Comp_index_ID: 70<br>Info: 33,1,GLY,1","H: 8.54<br>N: 108.02<br>Comp_index_ID: 7<br>Info: 33,1,GLY,1",null,"H: 8.11<br>N: 121.47<br>Comp_index_ID: 71<br>Info: 34,1,ALA,1","H: 8.39<br>N: 123.61<br>Comp_index_ID: 72<br>Info: 34,1,ALA,1",null,"H: 8.47<br>N: 124.57<br>Comp_index_ID: 73<br>Info: 36,1,ALA,1",null,"H: 7.65<br>N: 111.93<br>Comp_index_ID: 74<br>Info: 37,1,CYS,1",null,"H: 7.91<br>N: 109.19<br>Comp_index_ID: 75<br>Info: 38,1,GLY,1",null,"H: 7.47<br>N: 120.47<br>Comp_index_ID: 76<br>Info: 39,1,ALA,1",null,"H: 8.57<br>N: 120.41<br>Comp_index_ID: 77<br>Info: 40,1,VAL,1",null,"H: 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6.67<br>N: 111.07<br>Comp_index_ID: 91<br>Info: 48 HD21,1,ASN,1","H: 7.83<br>N: 111.04<br>Comp_index_ID: 92<br>Info: 48 HD21,1,ASN,1",null,"H: 6.67<br>N: 111.04<br>Comp_index_ID: 93<br>Info: 48 HD22,1,ASN,1","H: 7.83<br>N: 111.07<br>Comp_index_ID: 94<br>Info: 48 HD22,1,ASN,1",null,"H: 8.4<br>N: 116.91<br>Comp_index_ID: 95<br>Info: 49,1,ASP,1","H: 8.42<br>N: 116.94<br>Comp_index_ID: 96<br>Info: 49,1,ASP,1",null,"H: 7.81<br>N: 117.82<br>Comp_index_ID: 97<br>Info: 50,1,GLU,1","H: 7.82<br>N: 117.85<br>Comp_index_ID: 98<br>Info: 50,1,GLU,1",null,"H: 8.06<br>N: 107.79<br>Comp_index_ID: 99<br>Info: 51,1,GLY,1","H: 8.07<br>N: 107.82<br>Comp_index_ID: 102<br>Info: 51,1,GLY,1",null,"H: 7.53<br>N: 119.94<br>Comp_index_ID: 103<br>Info: 52,1,ILE,1","H: 7.54<br>N: 119.96<br>Comp_index_ID: 104<br>Info: 52,1,ILE,1",null,"H: 8.71<br>N: 127.11<br>Comp_index_ID: 106<br>Info: 53,1,ILE,1","H: 8.72<br>N: 127.14<br>Comp_index_ID: 107<br>Info: 53,1,ILE,1",null,"H: 8.92<br>N: 130.3<br>Comp_index_ID: 108<br>Info: 54,1,GLU,1","H: 8.93<br>N: 130.33<br>Comp_index_ID: 109<br>Info: 54,1,GLU,1",null,"H: 8.04<br>N: 115.99<br>Comp_index_ID: 110<br>Info: 55,1,ASP,1","H: 8.04<br>N: 115.96<br>Comp_index_ID: 111<br>Info: 55,1,ASP,1",null,"H: 8.96<br>N: 123.67<br>Comp_index_ID: 112<br>Info: 56,1,ALA,1","H: 8.96<br>N: 123.69<br>Comp_index_ID: 113<br>Info: 56,1,ALA,1",null,"H: 8.83<br>N: 117.86<br>Comp_index_ID: 114<br>Info: 57,1,ARG,1","H: 8.85<br>N: 118<br>Comp_index_ID: 115<br>Info: 57,1,ARG,1",null,"H: 8.46<br>N: 116.98<br>Comp_index_ID: 116<br>Info: 58,1,PHE,1","H: 8.47<br>N: 116.81<br>Comp_index_ID: 117<br>Info: 58,1,PHE,1",null,"H: 8.73<br>N: 119.9<br>Comp_index_ID: 118<br>Info: 59,1,LYS,1","H: 8.73<br>N: 119.7<br>Comp_index_ID: 119<br>Info: 59,1,LYS,1",null,"H: 8.23<br>N: 122.31<br>Comp_index_ID: 120<br>Info: 6,1,LYS,1","H: 8.25<br>N: 122.32<br>Comp_index_ID: 121<br>Info: 6,1,LYS,1",null,"H: 8.06<br>N: 110.31<br>Comp_index_ID: 122<br>Info: 62,1,GLY,1",null,"H: 7.44<br>N: 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Non interactive version of the spectra</p>
<pre class="r"><code>spec3<-HSQC_15N(c(17282,16603),type='line',interactive = F)
spec3</code></pre>
<p><img 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" width="672" /></p>
</div>
</div>
<div id="hsqc_13c" class="section level4">
<h4>HSQC_13C</h4>
<p>This function will simulate C13-HSQC spectrum for a given entry or list of entries.</p>
<div id="examples-6" class="section level5">
<h5>Examples</h5>
<p>These interactive visualization can be exported as single stand alone html file</p>
<pre class="r"><code>spec1<-HSQC_13C(15060)
spec1</code></pre>
<div id="htmlwidget-55f9bc6070ad6f0ba106" style="width:672px;height:480px;" class="plotly html-widget"></div>
<script type="application/json" data-for="htmlwidget-55f9bc6070ad6f0ba106">{"x":{"data":[{"x":[3.84,3.84,4.03,3.93,4.31,3.97,4.08,4.31,1.428,1.451,1.307,0.44,1.6,1.45,1.45,1.55,1.428,1.451,1.307,0.44,1.6,1.45,1.45,1.55,1.428,1.451,1.307,0.44,1.6,1.45,1.45,1.55],"y":[54.688,55.47,54.507,51.929,54.908,55.449,54.596,54.539,18.428,17.69,18.11,18.1,18.5,17.417,18.2,19.35,18.428,17.69,18.11,18.1,18.5,17.417,18.2,19.35,18.428,17.69,18.11,18.1,18.5,17.417,18.2,19.35],"text":["H: 3.84<br>C: 54.69<br>Comp_ID_H: ALA<br>Info: 30 HA,1,ALA,1","H: 3.84<br>C: 55.47<br>Comp_ID_H: ALA<br>Info: 33 HA,1,ALA,1","H: 4.03<br>C: 54.51<br>Comp_ID_H: ALA<br>Info: 39 HA,1,ALA,1","H: 3.93<br>C: 51.93<br>Comp_ID_H: ALA<br>Info: 40 HA,1,ALA,1","H: 4.31<br>C: 54.91<br>Comp_ID_H: ALA<br>Info: 46 HA,1,ALA,1","H: 3.97<br>C: 55.45<br>Comp_ID_H: ALA<br>Info: 59 HA,1,ALA,1","H: 4.08<br>C: 54.6<br>Comp_ID_H: ALA<br>Info: 60 HA,1,ALA,1","H: 4.31<br>C: 54.54<br>Comp_ID_H: ALA<br>Info: 87 HA,1,ALA,1","H: 1.43<br>C: 18.43<br>Comp_ID_H: ALA<br>Info: 30 HB1,1,ALA,1","H: 1.45<br>C: 17.69<br>Comp_ID_H: ALA<br>Info: 33 HB1,1,ALA,1","H: 1.31<br>C: 18.11<br>Comp_ID_H: ALA<br>Info: 39 HB1,1,ALA,1","H: 0.44<br>C: 18.1<br>Comp_ID_H: ALA<br>Info: 40 HB1,1,ALA,1","H: 1.6<br>C: 18.5<br>Comp_ID_H: ALA<br>Info: 46 HB1,1,ALA,1","H: 1.45<br>C: 17.42<br>Comp_ID_H: ALA<br>Info: 59 HB1,1,ALA,1","H: 1.45<br>C: 18.2<br>Comp_ID_H: ALA<br>Info: 60 HB1,1,ALA,1","H: 1.55<br>C: 19.35<br>Comp_ID_H: ALA<br>Info: 87 HB1,1,ALA,1","H: 1.43<br>C: 18.43<br>Comp_ID_H: ALA<br>Info: 30 HB2,1,ALA,1","H: 1.45<br>C: 17.69<br>Comp_ID_H: ALA<br>Info: 33 HB2,1,ALA,1","H: 1.31<br>C: 18.11<br>Comp_ID_H: ALA<br>Info: 39 HB2,1,ALA,1","H: 0.44<br>C: 18.1<br>Comp_ID_H: ALA<br>Info: 40 HB2,1,ALA,1","H: 1.6<br>C: 18.5<br>Comp_ID_H: ALA<br>Info: 46 HB2,1,ALA,1","H: 1.45<br>C: 17.42<br>Comp_ID_H: ALA<br>Info: 59 HB2,1,ALA,1","H: 1.45<br>C: 18.2<br>Comp_ID_H: ALA<br>Info: 60 HB2,1,ALA,1","H: 1.55<br>C: 19.35<br>Comp_ID_H: ALA<br>Info: 87 HB2,1,ALA,1","H: 1.43<br>C: 18.43<br>Comp_ID_H: ALA<br>Info: 30 HB3,1,ALA,1","H: 1.45<br>C: 17.69<br>Comp_ID_H: ALA<br>Info: 33 HB3,1,ALA,1","H: 1.31<br>C: 18.11<br>Comp_ID_H: ALA<br>Info: 39 HB3,1,ALA,1","H: 0.44<br>C: 18.1<br>Comp_ID_H: ALA<br>Info: 40 HB3,1,ALA,1","H: 1.6<br>C: 18.5<br>Comp_ID_H: ALA<br>Info: 46 HB3,1,ALA,1","H: 1.45<br>C: 17.42<br>Comp_ID_H: ALA<br>Info: 59 HB3,1,ALA,1","H: 1.45<br>C: 18.2<br>Comp_ID_H: ALA<br>Info: 60 HB3,1,ALA,1","H: 1.55<br>C: 19.35<br>Comp_ID_H: ALA<br>Info: 87 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27.2<br>Comp_ID_H: ARG<br>Info: 78 HG2,1,ARG,1","H: 1.67<br>C: 27.03<br>Comp_ID_H: ARG<br>Info: 90 HG2,1,ARG,1","H: 1.76<br>C: 26.73<br>Comp_ID_H: ARG<br>Info: 70 HG3,1,ARG,1","H: 1.69<br>C: 27.2<br>Comp_ID_H: ARG<br>Info: 78 HG3,1,ARG,1","H: 1.67<br>C: 27.03<br>Comp_ID_H: ARG<br>Info: 90 HG3,1,ARG,1","H: 3.23<br>C: 43.17<br>Comp_ID_H: ARG<br>Info: 38 HD2,1,ARG,1","H: 3.25<br>C: 43.45<br>Comp_ID_H: ARG<br>Info: 70 HD2,1,ARG,1","H: 3.04<br>C: 43.54<br>Comp_ID_H: ARG<br>Info: 78 HD2,1,ARG,1","H: 3.18<br>C: 43.54<br>Comp_ID_H: ARG<br>Info: 90 HD2,1,ARG,1","H: 3.2<br>C: 43.22<br>Comp_ID_H: ARG<br>Info: 97 HD2,1,ARG,1","H: 3.23<br>C: 43.17<br>Comp_ID_H: ARG<br>Info: 38 HD3,1,ARG,1","H: 3.25<br>C: 43.45<br>Comp_ID_H: ARG<br>Info: 70 HD3,1,ARG,1","H: 3.04<br>C: 43.54<br>Comp_ID_H: ARG<br>Info: 78 HD3,1,ARG,1","H: 2.58<br>C: 42.71<br>Comp_ID_H: ARG<br>Info: 79 HD3,1,ARG,1","H: 3.18<br>C: 43.54<br>Comp_ID_H: ARG<br>Info: 90 HD3,1,ARG,1","H: 3.2<br>C: 43.22<br>Comp_ID_H: ARG<br>Info: 97 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ASN<br>Info: 94 HB2,1,ASN,1","H: 2.72<br>C: 38.03<br>Comp_ID_H: ASN<br>Info: 57 HB3,1,ASN,1","H: 2.82<br>C: 38.55<br>Comp_ID_H: ASN<br>Info: 81 HB3,1,ASN,1","H: 3.02<br>C: 36.88<br>Comp_ID_H: ASN<br>Info: 84 HB3,1,ASN,1","H: 2.74<br>C: 38.72<br>Comp_ID_H: ASN<br>Info: 94 HB3,1,ASN,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(216,144,0,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(216,144,0,1)"}},"hoveron":"points","name":"ASN","legendgroup":"ASN","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.63,4.609,4.64,4.37,4.85,4.52,4.4,4.53,4.62,2.66,2.666,2.664,2.94,2.98,2.72,2.68,2.72,2.74,2.67,2.74,2.71,2.73,2.48,2.76,2.72,2.73],"y":[54.487,54.572,54.567,57.54,54.32,56.085,56.33,56.041,54.606,41.259,41.04,41.25,39.903,40.65,40.6,40.55,40.09,41.259,41.04,41.25,39.903,40.65,40.6,40.55,40.09,41.257],"text":["H: 4.63<br>C: 54.49<br>Comp_ID_H: ASP<br>Info: 101 HA,1,ASP,1","H: 4.61<br>C: 54.57<br>Comp_ID_H: ASP<br>Info: 102 HA,1,ASP,1","H: 4.64<br>C: 54.57<br>Comp_ID_H: ASP<br>Info: 104 HA,1,ASP,1","H: 4.37<br>C: 57.54<br>Comp_ID_H: ASP<br>Info: 35 HA,1,ASP,1","H: 4.85<br>C: 54.32<br>Comp_ID_H: ASP<br>Info: 51 HA,1,ASP,1","H: 4.52<br>C: 56.09<br>Comp_ID_H: ASP<br>Info: 64 HA,1,ASP,1","H: 4.4<br>C: 56.33<br>Comp_ID_H: ASP<br>Info: 66 HA,1,ASP,1","H: 4.53<br>C: 56.04<br>Comp_ID_H: ASP<br>Info: 71 HA,1,ASP,1","H: 4.62<br>C: 54.61<br>Comp_ID_H: ASP<br>Info: 92 HA,1,ASP,1","H: 2.66<br>C: 41.26<br>Comp_ID_H: ASP<br>Info: 101 HB2,1,ASP,1","H: 2.67<br>C: 41.04<br>Comp_ID_H: ASP<br>Info: 102 HB2,1,ASP,1","H: 2.66<br>C: 41.25<br>Comp_ID_H: ASP<br>Info: 104 HB2,1,ASP,1","H: 2.94<br>C: 39.9<br>Comp_ID_H: ASP<br>Info: 35 HB2,1,ASP,1","H: 2.98<br>C: 40.65<br>Comp_ID_H: ASP<br>Info: 51 HB2,1,ASP,1","H: 2.72<br>C: 40.6<br>Comp_ID_H: ASP<br>Info: 64 HB2,1,ASP,1","H: 2.68<br>C: 40.55<br>Comp_ID_H: ASP<br>Info: 66 HB2,1,ASP,1","H: 2.72<br>C: 40.09<br>Comp_ID_H: ASP<br>Info: 71 HB2,1,ASP,1","H: 2.74<br>C: 41.26<br>Comp_ID_H: ASP<br>Info: 101 HB3,1,ASP,1","H: 2.67<br>C: 41.04<br>Comp_ID_H: ASP<br>Info: 102 HB3,1,ASP,1","H: 2.74<br>C: 41.25<br>Comp_ID_H: ASP<br>Info: 104 HB3,1,ASP,1","H: 2.71<br>C: 39.9<br>Comp_ID_H: ASP<br>Info: 35 HB3,1,ASP,1","H: 2.73<br>C: 40.65<br>Comp_ID_H: ASP<br>Info: 51 HB3,1,ASP,1","H: 2.48<br>C: 40.6<br>Comp_ID_H: ASP<br>Info: 64 HB3,1,ASP,1","H: 2.76<br>C: 40.55<br>Comp_ID_H: ASP<br>Info: 66 HB3,1,ASP,1","H: 2.72<br>C: 40.09<br>Comp_ID_H: ASP<br>Info: 71 HB3,1,ASP,1","H: 2.73<br>C: 41.26<br>Comp_ID_H: ASP<br>Info: 92 HB3,1,ASP,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(192,155,0,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(192,155,0,1)"}},"hoveron":"points","name":"ASP","legendgroup":"ASP","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.3,4.13,3.28,3.11,2.79,1.64,3.11],"y":[65.007,63.919,27.25,26.83,27.25,26.122,26.83],"text":["H: 4.3<br>C: 65.01<br>Comp_ID_H: CYS<br>Info: 77 HA,1,CYS,1","H: 4.13<br>C: 63.92<br>Comp_ID_H: CYS<br>Info: 86 HA,1,CYS,1","H: 3.28<br>C: 27.25<br>Comp_ID_H: CYS<br>Info: 34 HB2,1,CYS,1","H: 3.11<br>C: 26.83<br>Comp_ID_H: CYS<br>Info: 86 HB2,1,CYS,1","H: 2.79<br>C: 27.25<br>Comp_ID_H: CYS<br>Info: 34 HB3,1,CYS,1","H: 1.64<br>C: 26.12<br>Comp_ID_H: CYS<br>Info: 77 HB3,1,CYS,1","H: 3.11<br>C: 26.83<br>Comp_ID_H: CYS<br>Info: 86 HB3,1,CYS,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(163,165,0,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(163,165,0,1)"}},"hoveron":"points","name":"CYS","legendgroup":"CYS","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.06,4.11,4.28,3.91,4.53,4.24,2.42,2.56,1.6,2.19,2.46,2.018,2.42,2.42,1.6,2.09,2.46,1.912,2.34,2.42,2.41,2.28,2.34,2.42,2.24,2.28],"y":[58.346,58.68,58.06,58.47,54.74,55.77,28.102,28.504,26.08,28.181,29.2,29.291,28.102,28.504,26.08,28.181,29.2,29.291,31.78,33.27,33.647,35.57,31.78,33.27,33.647,35.57],"text":["H: 4.06<br>C: 58.35<br>Comp_ID_H: GLN<br>Info: 25 HA,1,GLN,1","H: 4.11<br>C: 58.68<br>Comp_ID_H: GLN<br>Info: 26 HA,1,GLN,1","H: 4.28<br>C: 58.06<br>Comp_ID_H: GLN<br>Info: 44 HA,1,GLN,1","H: 3.91<br>C: 58.47<br>Comp_ID_H: GLN<br>Info: 47 HA,1,GLN,1","H: 4.53<br>C: 54.74<br>Comp_ID_H: GLN<br>Info: 53 HA,1,GLN,1","H: 4.24<br>C: 55.77<br>Comp_ID_H: GLN<br>Info: 96 HA,1,GLN,1","H: 2.42<br>C: 28.1<br>Comp_ID_H: GLN<br>Info: 25 HB2,1,GLN,1","H: 2.56<br>C: 28.5<br>Comp_ID_H: GLN<br>Info: 26 HB2,1,GLN,1","H: 1.6<br>C: 26.08<br>Comp_ID_H: GLN<br>Info: 44 HB2,1,GLN,1","H: 2.19<br>C: 28.18<br>Comp_ID_H: GLN<br>Info: 47 HB2,1,GLN,1","H: 2.46<br>C: 29.2<br>Comp_ID_H: GLN<br>Info: 53 HB2,1,GLN,1","H: 2.02<br>C: 29.29<br>Comp_ID_H: GLN<br>Info: 96 HB2,1,GLN,1","H: 2.42<br>C: 28.1<br>Comp_ID_H: GLN<br>Info: 25 HB3,1,GLN,1","H: 2.42<br>C: 28.5<br>Comp_ID_H: GLN<br>Info: 26 HB3,1,GLN,1","H: 1.6<br>C: 26.08<br>Comp_ID_H: GLN<br>Info: 44 HB3,1,GLN,1","H: 2.09<br>C: 28.18<br>Comp_ID_H: GLN<br>Info: 47 HB3,1,GLN,1","H: 2.46<br>C: 29.2<br>Comp_ID_H: GLN<br>Info: 53 HB3,1,GLN,1","H: 1.91<br>C: 29.29<br>Comp_ID_H: GLN<br>Info: 96 HB3,1,GLN,1","H: 2.34<br>C: 31.78<br>Comp_ID_H: GLN<br>Info: 44 HG2,1,GLN,1","H: 2.42<br>C: 33.27<br>Comp_ID_H: GLN<br>Info: 47 HG2,1,GLN,1","H: 2.41<br>C: 33.65<br>Comp_ID_H: GLN<br>Info: 53 HG2,1,GLN,1","H: 2.28<br>C: 35.57<br>Comp_ID_H: GLN<br>Info: 96 HG2,1,GLN,1","H: 2.34<br>C: 31.78<br>Comp_ID_H: GLN<br>Info: 44 HG3,1,GLN,1","H: 2.42<br>C: 33.27<br>Comp_ID_H: GLN<br>Info: 47 HG3,1,GLN,1","H: 2.24<br>C: 33.65<br>Comp_ID_H: GLN<br>Info: 53 HG3,1,GLN,1","H: 2.28<br>C: 35.57<br>Comp_ID_H: GLN<br>Info: 96 HG3,1,GLN,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(124,174,0,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(124,174,0,1)"}},"hoveron":"points","name":"GLN","legendgroup":"GLN","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.271,4.3,4.097,4.02,4.08,3.86,4.33,4.19,2.08,2.07,2.29,2,2.11,2.17,2.3,2.079,1.9,1.91,2.5,1.88,2.11,2.09,2.13,2.079,2.26,2.2,2.31,2.4,2.46,2.26,2.37,2.55,2.74,2.46],"y":[56.521,56.4,59.2,59.51,59.97,59.232,56.645,61.633,30.363,30.64,29.287,29.289,28.94,28.792,29.845,26.038,30.363,30.64,29.287,29.289,28.94,28.792,29.845,26.038,36.16,36.58,36.728,37.102,36.72,36.16,36.58,36.728,37.102,36.72],"text":["H: 4.27<br>C: 56.52<br>Comp_ID_H: GLU<br>Info: 105 HA,1,GLU,1","H: 4.3<br>C: 56.4<br>Comp_ID_H: GLU<br>Info: 106 HA,1,GLU,1","H: 4.1<br>C: 59.2<br>Comp_ID_H: GLU<br>Info: 27 HA,1,GLU,1","H: 4.02<br>C: 59.51<br>Comp_ID_H: GLU<br>Info: 29 HA,1,GLU,1","H: 4.08<br>C: 59.97<br>Comp_ID_H: GLU<br>Info: 32 HA,1,GLU,1","H: 3.86<br>C: 59.23<br>Comp_ID_H: GLU<br>Info: 50 HA,1,GLU,1","H: 4.33<br>C: 56.65<br>Comp_ID_H: GLU<br>Info: 69 HA,1,GLU,1","H: 4.19<br>C: 61.63<br>Comp_ID_H: GLU<br>Info: 74 HA,1,GLU,1","H: 2.08<br>C: 30.36<br>Comp_ID_H: GLU<br>Info: 105 HB2,1,GLU,1","H: 2.07<br>C: 30.64<br>Comp_ID_H: GLU<br>Info: 106 HB2,1,GLU,1","H: 2.29<br>C: 29.29<br>Comp_ID_H: GLU<br>Info: 27 HB2,1,GLU,1","H: 2<br>C: 29.29<br>Comp_ID_H: GLU<br>Info: 29 HB2,1,GLU,1","H: 2.11<br>C: 28.94<br>Comp_ID_H: GLU<br>Info: 32 HB2,1,GLU,1","H: 2.17<br>C: 28.79<br>Comp_ID_H: GLU<br>Info: 50 HB2,1,GLU,1","H: 2.3<br>C: 29.84<br>Comp_ID_H: GLU<br>Info: 69 HB2,1,GLU,1","H: 2.08<br>C: 26.04<br>Comp_ID_H: GLU<br>Info: 74 HB2,1,GLU,1","H: 1.9<br>C: 30.36<br>Comp_ID_H: GLU<br>Info: 105 HB3,1,GLU,1","H: 1.91<br>C: 30.64<br>Comp_ID_H: GLU<br>Info: 106 HB3,1,GLU,1","H: 2.5<br>C: 29.29<br>Comp_ID_H: GLU<br>Info: 27 HB3,1,GLU,1","H: 1.88<br>C: 29.29<br>Comp_ID_H: GLU<br>Info: 29 HB3,1,GLU,1","H: 2.11<br>C: 28.94<br>Comp_ID_H: GLU<br>Info: 32 HB3,1,GLU,1","H: 2.09<br>C: 28.79<br>Comp_ID_H: GLU<br>Info: 50 HB3,1,GLU,1","H: 2.13<br>C: 29.84<br>Comp_ID_H: GLU<br>Info: 69 HB3,1,GLU,1","H: 2.08<br>C: 26.04<br>Comp_ID_H: GLU<br>Info: 74 HB3,1,GLU,1","H: 2.26<br>C: 36.16<br>Comp_ID_H: GLU<br>Info: 106 HG2,1,GLU,1","H: 2.2<br>C: 36.58<br>Comp_ID_H: GLU<br>Info: 29 HG2,1,GLU,1","H: 2.31<br>C: 36.73<br>Comp_ID_H: GLU<br>Info: 32 HG2,1,GLU,1","H: 2.4<br>C: 37.1<br>Comp_ID_H: GLU<br>Info: 50 HG2,1,GLU,1","H: 2.46<br>C: 36.72<br>Comp_ID_H: GLU<br>Info: 69 HG2,1,GLU,1","H: 2.26<br>C: 36.16<br>Comp_ID_H: GLU<br>Info: 106 HG3,1,GLU,1","H: 2.37<br>C: 36.58<br>Comp_ID_H: GLU<br>Info: 29 HG3,1,GLU,1","H: 2.55<br>C: 36.73<br>Comp_ID_H: GLU<br>Info: 32 HG3,1,GLU,1","H: 2.74<br>C: 37.1<br>Comp_ID_H: GLU<br>Info: 50 HG3,1,GLU,1","H: 2.46<br>C: 36.72<br>Comp_ID_H: GLU<br>Info: 69 HG3,1,GLU,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(57,182,0,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(57,182,0,1)"}},"hoveron":"points","name":"GLU","legendgroup":"GLU","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[3.96,3.92,4,3.56],"y":[45.19,44.66,45.19,44.66],"text":["H: 3.96<br>C: 45.19<br>Comp_ID_H: GLY<br>Info: 100 HA2,1,GLY,1","H: 3.92<br>C: 44.66<br>Comp_ID_H: GLY<br>Info: 41 HA2,1,GLY,1","H: 4<br>C: 45.19<br>Comp_ID_H: GLY<br>Info: 100 HA3,1,GLY,1","H: 3.56<br>C: 44.66<br>Comp_ID_H: GLY<br>Info: 41 HA3,1,GLY,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,187,78,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,187,78,1)"}},"hoveron":"points","name":"GLY","legendgroup":"GLY","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.62,3.24,2.61,6.993],"y":[56.06,28.81,28.81,117.172],"text":["H: 4.62<br>C: 56.06<br>Comp_ID_H: HIS<br>Info: 65 HA,1,HIS,1","H: 3.24<br>C: 28.81<br>Comp_ID_H: HIS<br>Info: 65 HB2,1,HIS,1","H: 2.61<br>C: 28.81<br>Comp_ID_H: HIS<br>Info: 65 HB3,1,HIS,1","H: 6.99<br>C: 117.17<br>Comp_ID_H: HIS<br>Info: 65 HD2,1,HIS,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,191,125,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,191,125,1)"}},"hoveron":"points","name":"HIS","legendgroup":"HIS","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[3.95,4,4.476,4.36,1.04,1.56,0.49,0.91,0.92,0.95,0.22,0.86,0.92,0.95,0.22,0.86,0.92,0.95,0.22,0.86,0.863,0.95,0.51,0.75,0.863,0.95,0.51,0.75,0.863,0.95,0.51,0.75],"y":[63.567,65.11,58.905,64.572,41.243,37,26.346,26.346,17.23,17.51,17.56,17.65,17.23,17.51,17.56,17.65,17.23,17.51,17.56,17.65,13.14,13.46,15.28,12.8,13.14,13.46,15.28,12.8,13.14,13.46,15.28,12.8],"text":["H: 3.95<br>C: 63.57<br>Comp_ID_H: ILE<br>Info: 24 HA,1,ILE,1","H: 4<br>C: 65.11<br>Comp_ID_H: ILE<br>Info: 28 HA,1,ILE,1","H: 4.48<br>C: 58.91<br>Comp_ID_H: ILE<br>Info: 56 HA,1,ILE,1","H: 4.36<br>C: 64.57<br>Comp_ID_H: ILE<br>Info: 58 HA,1,ILE,1","H: 1.04<br>C: 41.24<br>Comp_ID_H: ILE<br>Info: 56 HB,1,ILE,1","H: 1.56<br>C: 37<br>Comp_ID_H: ILE<br>Info: 58 HB,1,ILE,1","H: 0.49<br>C: 26.35<br>Comp_ID_H: ILE<br>Info: 56 HG12,1,ILE,1","H: 0.91<br>C: 26.35<br>Comp_ID_H: ILE<br>Info: 56 HG13,1,ILE,1","H: 0.92<br>C: 17.23<br>Comp_ID_H: ILE<br>Info: 24 HG21,1,ILE,1","H: 0.95<br>C: 17.51<br>Comp_ID_H: ILE<br>Info: 28 HG21,1,ILE,1","H: 0.22<br>C: 17.56<br>Comp_ID_H: ILE<br>Info: 56 HG21,1,ILE,1","H: 0.86<br>C: 17.65<br>Comp_ID_H: ILE<br>Info: 58 HG21,1,ILE,1","H: 0.92<br>C: 17.23<br>Comp_ID_H: ILE<br>Info: 24 HG22,1,ILE,1","H: 0.95<br>C: 17.51<br>Comp_ID_H: ILE<br>Info: 28 HG22,1,ILE,1","H: 0.22<br>C: 17.56<br>Comp_ID_H: ILE<br>Info: 56 HG22,1,ILE,1","H: 0.86<br>C: 17.65<br>Comp_ID_H: ILE<br>Info: 58 HG22,1,ILE,1","H: 0.92<br>C: 17.23<br>Comp_ID_H: ILE<br>Info: 24 HG23,1,ILE,1","H: 0.95<br>C: 17.51<br>Comp_ID_H: ILE<br>Info: 28 HG23,1,ILE,1","H: 0.22<br>C: 17.56<br>Comp_ID_H: ILE<br>Info: 56 HG23,1,ILE,1","H: 0.86<br>C: 17.65<br>Comp_ID_H: ILE<br>Info: 58 HG23,1,ILE,1","H: 0.86<br>C: 13.14<br>Comp_ID_H: ILE<br>Info: 24 HD11,1,ILE,1","H: 0.95<br>C: 13.46<br>Comp_ID_H: ILE<br>Info: 28 HD11,1,ILE,1","H: 0.51<br>C: 15.28<br>Comp_ID_H: ILE<br>Info: 56 HD11,1,ILE,1","H: 0.75<br>C: 12.8<br>Comp_ID_H: ILE<br>Info: 58 HD11,1,ILE,1","H: 0.86<br>C: 13.14<br>Comp_ID_H: ILE<br>Info: 24 HD12,1,ILE,1","H: 0.95<br>C: 13.46<br>Comp_ID_H: ILE<br>Info: 28 HD12,1,ILE,1","H: 0.51<br>C: 15.28<br>Comp_ID_H: ILE<br>Info: 56 HD12,1,ILE,1","H: 0.75<br>C: 12.8<br>Comp_ID_H: ILE<br>Info: 58 HD12,1,ILE,1","H: 0.86<br>C: 13.14<br>Comp_ID_H: ILE<br>Info: 24 HD13,1,ILE,1","H: 0.95<br>C: 13.46<br>Comp_ID_H: ILE<br>Info: 28 HD13,1,ILE,1","H: 0.51<br>C: 15.28<br>Comp_ID_H: ILE<br>Info: 56 HD13,1,ILE,1","H: 0.75<br>C: 12.8<br>Comp_ID_H: ILE<br>Info: 58 HD13,1,ILE,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,193,163,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,193,163,1)"}},"hoveron":"points","name":"ILE","legendgroup":"ILE","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.05,4.76,4.37,4.77,4.05,4.08,3.67,4.35,2.23,1.74,1.91,1.31,1.81,1.78,1.7,1.94,1.61,1.94,2.06,1.21,0.71,1.6,1.93,1.5,1.34,1.28,0.95,1.057,1.23,0.01,0.43,-0.18,0.89,1.28,0.95,1.057,1.23,0.01,0.43,-0.18,0.89,1.28,0.95,1.057,1.23,0.01,0.43,-0.18,0.89,0.88,0.97,0.99,0.99,0.21,0.74,0.3,0.96,0.88,0.97,0.99,0.99,0.21,0.74,0.3,0.96,0.88,0.97,0.99,0.99,0.21,0.74,0.3,0.96],"y":[58.68,58.303,54.74,55.418,58.623,58.042,57.76,55.314,41.367,43.45,43.63,41.9,40.9,41.09,42.427,41.367,43.45,43.63,41.9,40.9,41.09,42.427,27.53,25.43,26.93,25.285,23.762,25.43,25.15,24.44,26.21,20.74,23.32,25.285,23.762,25.43,25.15,24.44,26.21,20.74,23.32,25.285,23.762,25.43,25.15,24.44,26.21,20.74,23.32,27.414,25.46,23.75,24.03,22.54,22.47,26.075,25.531,27.414,25.46,23.75,24.03,22.54,22.47,26.075,25.531,27.414,25.46,23.75,24.03,22.54,22.47,26.075,25.531],"text":["H: 4.05<br>C: 58.68<br>Comp_ID_H: LEU<br>Info: 37 HA,1,LEU,1","H: 4.76<br>C: 58.3<br>Comp_ID_H: LEU<br>Info: 48 HA,1,LEU,1","H: 4.37<br>C: 54.74<br>Comp_ID_H: LEU<br>Info: 68 HA,1,LEU,1","H: 4.77<br>C: 55.42<br>Comp_ID_H: LEU<br>Info: 72 HA,1,LEU,1","H: 4.05<br>C: 58.62<br>Comp_ID_H: LEU<br>Info: 76 HA,1,LEU,1","H: 4.08<br>C: 58.04<br>Comp_ID_H: LEU<br>Info: 80 HA,1,LEU,1","H: 3.67<br>C: 57.76<br>Comp_ID_H: LEU<br>Info: 83 HA,1,LEU,1","H: 4.35<br>C: 55.31<br>Comp_ID_H: LEU<br>Info: 91 HA,1,LEU,1","H: 2.23<br>C: 41.37<br>Comp_ID_H: LEU<br>Info: 37 HB2,1,LEU,1","H: 1.74<br>C: 43.45<br>Comp_ID_H: LEU<br>Info: 68 HB2,1,LEU,1","H: 1.91<br>C: 43.63<br>Comp_ID_H: LEU<br>Info: 72 HB2,1,LEU,1","H: 1.31<br>C: 41.9<br>Comp_ID_H: LEU<br>Info: 76 HB2,1,LEU,1","H: 1.81<br>C: 40.9<br>Comp_ID_H: LEU<br>Info: 80 HB2,1,LEU,1","H: 1.78<br>C: 41.09<br>Comp_ID_H: LEU<br>Info: 83 HB2,1,LEU,1","H: 1.7<br>C: 42.43<br>Comp_ID_H: LEU<br>Info: 91 HB2,1,LEU,1","H: 1.94<br>C: 41.37<br>Comp_ID_H: LEU<br>Info: 37 HB3,1,LEU,1","H: 1.61<br>C: 43.45<br>Comp_ID_H: LEU<br>Info: 68 HB3,1,LEU,1","H: 1.94<br>C: 43.63<br>Comp_ID_H: LEU<br>Info: 72 HB3,1,LEU,1","H: 2.06<br>C: 41.9<br>Comp_ID_H: LEU<br>Info: 76 HB3,1,LEU,1","H: 1.21<br>C: 40.9<br>Comp_ID_H: LEU<br>Info: 80 HB3,1,LEU,1","H: 0.71<br>C: 41.09<br>Comp_ID_H: LEU<br>Info: 83 HB3,1,LEU,1","H: 1.6<br>C: 42.43<br>Comp_ID_H: LEU<br>Info: 91 HB3,1,LEU,1","H: 1.93<br>C: 27.53<br>Comp_ID_H: LEU<br>Info: 48 HG,1,LEU,1","H: 1.5<br>C: 25.43<br>Comp_ID_H: LEU<br>Info: 83 HG,1,LEU,1","H: 1.34<br>C: 26.93<br>Comp_ID_H: LEU<br>Info: 91 HG,1,LEU,1","H: 1.28<br>C: 25.29<br>Comp_ID_H: LEU<br>Info: 37 HD11,1,LEU,1","H: 0.95<br>C: 23.76<br>Comp_ID_H: LEU<br>Info: 48 HD11,1,LEU,1","H: 1.06<br>C: 25.43<br>Comp_ID_H: LEU<br>Info: 68 HD11,1,LEU,1","H: 1.23<br>C: 25.15<br>Comp_ID_H: LEU<br>Info: 72 HD11,1,LEU,1","H: 0.01<br>C: 24.44<br>Comp_ID_H: LEU<br>Info: 76 HD11,1,LEU,1","H: 0.43<br>C: 26.21<br>Comp_ID_H: LEU<br>Info: 80 HD11,1,LEU,1","H: -0.18<br>C: 20.74<br>Comp_ID_H: LEU<br>Info: 83 HD11,1,LEU,1","H: 0.89<br>C: 23.32<br>Comp_ID_H: LEU<br>Info: 91 HD11,1,LEU,1","H: 1.28<br>C: 25.29<br>Comp_ID_H: LEU<br>Info: 37 HD12,1,LEU,1","H: 0.95<br>C: 23.76<br>Comp_ID_H: LEU<br>Info: 48 HD12,1,LEU,1","H: 1.06<br>C: 25.43<br>Comp_ID_H: LEU<br>Info: 68 HD12,1,LEU,1","H: 1.23<br>C: 25.15<br>Comp_ID_H: LEU<br>Info: 72 HD12,1,LEU,1","H: 0.01<br>C: 24.44<br>Comp_ID_H: LEU<br>Info: 76 HD12,1,LEU,1","H: 0.43<br>C: 26.21<br>Comp_ID_H: LEU<br>Info: 80 HD12,1,LEU,1","H: -0.18<br>C: 20.74<br>Comp_ID_H: LEU<br>Info: 83 HD12,1,LEU,1","H: 0.89<br>C: 23.32<br>Comp_ID_H: LEU<br>Info: 91 HD12,1,LEU,1","H: 1.28<br>C: 25.29<br>Comp_ID_H: LEU<br>Info: 37 HD13,1,LEU,1","H: 0.95<br>C: 23.76<br>Comp_ID_H: LEU<br>Info: 48 HD13,1,LEU,1","H: 1.06<br>C: 25.43<br>Comp_ID_H: LEU<br>Info: 68 HD13,1,LEU,1","H: 1.23<br>C: 25.15<br>Comp_ID_H: LEU<br>Info: 72 HD13,1,LEU,1","H: 0.01<br>C: 24.44<br>Comp_ID_H: LEU<br>Info: 76 HD13,1,LEU,1","H: 0.43<br>C: 26.21<br>Comp_ID_H: LEU<br>Info: 80 HD13,1,LEU,1","H: -0.18<br>C: 20.74<br>Comp_ID_H: LEU<br>Info: 83 HD13,1,LEU,1","H: 0.89<br>C: 23.32<br>Comp_ID_H: LEU<br>Info: 91 HD13,1,LEU,1","H: 0.88<br>C: 27.41<br>Comp_ID_H: LEU<br>Info: 37 HD21,1,LEU,1","H: 0.97<br>C: 25.46<br>Comp_ID_H: LEU<br>Info: 48 HD21,1,LEU,1","H: 0.99<br>C: 23.75<br>Comp_ID_H: LEU<br>Info: 68 HD21,1,LEU,1","H: 0.99<br>C: 24.03<br>Comp_ID_H: LEU<br>Info: 72 HD21,1,LEU,1","H: 0.21<br>C: 22.54<br>Comp_ID_H: LEU<br>Info: 76 HD21,1,LEU,1","H: 0.74<br>C: 22.47<br>Comp_ID_H: LEU<br>Info: 80 HD21,1,LEU,1","H: 0.3<br>C: 26.07<br>Comp_ID_H: LEU<br>Info: 83 HD21,1,LEU,1","H: 0.96<br>C: 25.53<br>Comp_ID_H: LEU<br>Info: 91 HD21,1,LEU,1","H: 0.88<br>C: 27.41<br>Comp_ID_H: LEU<br>Info: 37 HD22,1,LEU,1","H: 0.97<br>C: 25.46<br>Comp_ID_H: LEU<br>Info: 48 HD22,1,LEU,1","H: 0.99<br>C: 23.75<br>Comp_ID_H: LEU<br>Info: 68 HD22,1,LEU,1","H: 0.99<br>C: 24.03<br>Comp_ID_H: LEU<br>Info: 72 HD22,1,LEU,1","H: 0.21<br>C: 22.54<br>Comp_ID_H: LEU<br>Info: 76 HD22,1,LEU,1","H: 0.74<br>C: 22.47<br>Comp_ID_H: LEU<br>Info: 80 HD22,1,LEU,1","H: 0.3<br>C: 26.07<br>Comp_ID_H: LEU<br>Info: 83 HD22,1,LEU,1","H: 0.96<br>C: 25.53<br>Comp_ID_H: LEU<br>Info: 91 HD22,1,LEU,1","H: 0.88<br>C: 27.41<br>Comp_ID_H: LEU<br>Info: 37 HD23,1,LEU,1","H: 0.97<br>C: 25.46<br>Comp_ID_H: LEU<br>Info: 48 HD23,1,LEU,1","H: 0.99<br>C: 23.75<br>Comp_ID_H: LEU<br>Info: 68 HD23,1,LEU,1","H: 0.99<br>C: 24.03<br>Comp_ID_H: LEU<br>Info: 72 HD23,1,LEU,1","H: 0.21<br>C: 22.54<br>Comp_ID_H: LEU<br>Info: 76 HD23,1,LEU,1","H: 0.74<br>C: 22.47<br>Comp_ID_H: LEU<br>Info: 80 HD23,1,LEU,1","H: 0.3<br>C: 26.07<br>Comp_ID_H: LEU<br>Info: 83 HD23,1,LEU,1","H: 0.96<br>C: 25.53<br>Comp_ID_H: LEU<br>Info: 91 HD23,1,LEU,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,191,196,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,191,196,1)"}},"hoveron":"points","name":"LEU","legendgroup":"LEU","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.16,4.01,3.64,4.13,4.12,4.3,1.87,1.97,1.79,1.92,2.03,1.75,1.87,2.02,1.76,1.87,2.11,1.81,1.68,0.866,1.7,1.7,1.68,1.68,1.18,1.7,1.7,1.68,1.41,1.53,1.15,1.5,1.41,1.42,1.5,1.47,1.47,1.42,1.41,1.42,2.98,2.99,2.86,2.98,2.97,2.98,2.98,2.87,2.86,2.98,2.97,2.98],"y":[58.45,59.51,60.44,58.338,59.816,55.98,32.578,32.153,32.43,32.08,31.5,33.05,32.578,32.153,32.43,32.08,31.5,33.05,29.11,28.7,28.8,29.16,29,29.11,28.7,28.8,29.16,29,24.85,25.07,26.17,24.65,24.96,24.76,24.85,25.07,26.17,24.65,24.96,24.76,41.67,42.08,41.77,41.98,41.77,42.08,41.67,42.08,41.77,41.98,41.77,42.08],"text":["H: 4.16<br>C: 58.45<br>Comp_ID_H: LYS<br>Info: 23 HA,1,LYS,1","H: 4.01<br>C: 59.51<br>Comp_ID_H: LYS<br>Info: 31 HA,1,LYS,1","H: 3.64<br>C: 60.44<br>Comp_ID_H: LYS<br>Info: 62 HA,1,LYS,1","H: 4.13<br>C: 58.34<br>Comp_ID_H: LYS<br>Info: 63 HA,1,LYS,1","H: 4.12<br>C: 59.82<br>Comp_ID_H: LYS<br>Info: 85 HA,1,LYS,1","H: 4.3<br>C: 55.98<br>Comp_ID_H: LYS<br>Info: 98 HA,1,LYS,1","H: 1.87<br>C: 32.58<br>Comp_ID_H: LYS<br>Info: 23 HB2,1,LYS,1","H: 1.97<br>C: 32.15<br>Comp_ID_H: LYS<br>Info: 31 HB2,1,LYS,1","H: 1.79<br>C: 32.43<br>Comp_ID_H: LYS<br>Info: 62 HB2,1,LYS,1","H: 1.92<br>C: 32.08<br>Comp_ID_H: LYS<br>Info: 63 HB2,1,LYS,1","H: 2.03<br>C: 31.5<br>Comp_ID_H: LYS<br>Info: 85 HB2,1,LYS,1","H: 1.75<br>C: 33.05<br>Comp_ID_H: LYS<br>Info: 98 HB2,1,LYS,1","H: 1.87<br>C: 32.58<br>Comp_ID_H: LYS<br>Info: 23 HB3,1,LYS,1","H: 2.02<br>C: 32.15<br>Comp_ID_H: LYS<br>Info: 31 HB3,1,LYS,1","H: 1.76<br>C: 32.43<br>Comp_ID_H: LYS<br>Info: 62 HB3,1,LYS,1","H: 1.87<br>C: 32.08<br>Comp_ID_H: LYS<br>Info: 63 HB3,1,LYS,1","H: 2.11<br>C: 31.5<br>Comp_ID_H: LYS<br>Info: 85 HB3,1,LYS,1","H: 1.81<br>C: 33.05<br>Comp_ID_H: LYS<br>Info: 98 HB3,1,LYS,1","H: 1.68<br>C: 29.11<br>Comp_ID_H: LYS<br>Info: 23 HG2,1,LYS,1","H: 0.87<br>C: 28.7<br>Comp_ID_H: LYS<br>Info: 31 HG2,1,LYS,1","H: 1.7<br>C: 28.8<br>Comp_ID_H: LYS<br>Info: 63 HG2,1,LYS,1","H: 1.7<br>C: 29.16<br>Comp_ID_H: LYS<br>Info: 85 HG2,1,LYS,1","H: 1.68<br>C: 29<br>Comp_ID_H: LYS<br>Info: 98 HG2,1,LYS,1","H: 1.68<br>C: 29.11<br>Comp_ID_H: LYS<br>Info: 23 HG3,1,LYS,1","H: 1.18<br>C: 28.7<br>Comp_ID_H: LYS<br>Info: 31 HG3,1,LYS,1","H: 1.7<br>C: 28.8<br>Comp_ID_H: LYS<br>Info: 63 HG3,1,LYS,1","H: 1.7<br>C: 29.16<br>Comp_ID_H: LYS<br>Info: 85 HG3,1,LYS,1","H: 1.68<br>C: 29<br>Comp_ID_H: LYS<br>Info: 98 HG3,1,LYS,1","H: 1.41<br>C: 24.85<br>Comp_ID_H: LYS<br>Info: 23 HD2,1,LYS,1","H: 1.53<br>C: 25.07<br>Comp_ID_H: LYS<br>Info: 31 HD2,1,LYS,1","H: 1.15<br>C: 26.17<br>Comp_ID_H: LYS<br>Info: 62 HD2,1,LYS,1","H: 1.5<br>C: 24.65<br>Comp_ID_H: LYS<br>Info: 63 HD2,1,LYS,1","H: 1.41<br>C: 24.96<br>Comp_ID_H: LYS<br>Info: 85 HD2,1,LYS,1","H: 1.42<br>C: 24.76<br>Comp_ID_H: LYS<br>Info: 98 HD2,1,LYS,1","H: 1.5<br>C: 24.85<br>Comp_ID_H: LYS<br>Info: 23 HD3,1,LYS,1","H: 1.47<br>C: 25.07<br>Comp_ID_H: LYS<br>Info: 31 HD3,1,LYS,1","H: 1.47<br>C: 26.17<br>Comp_ID_H: LYS<br>Info: 62 HD3,1,LYS,1","H: 1.42<br>C: 24.65<br>Comp_ID_H: LYS<br>Info: 63 HD3,1,LYS,1","H: 1.41<br>C: 24.96<br>Comp_ID_H: LYS<br>Info: 85 HD3,1,LYS,1","H: 1.42<br>C: 24.76<br>Comp_ID_H: LYS<br>Info: 98 HD3,1,LYS,1","H: 2.98<br>C: 41.67<br>Comp_ID_H: LYS<br>Info: 23 HE2,1,LYS,1","H: 2.99<br>C: 42.08<br>Comp_ID_H: LYS<br>Info: 31 HE2,1,LYS,1","H: 2.86<br>C: 41.77<br>Comp_ID_H: LYS<br>Info: 62 HE2,1,LYS,1","H: 2.98<br>C: 41.98<br>Comp_ID_H: LYS<br>Info: 63 HE2,1,LYS,1","H: 2.97<br>C: 41.77<br>Comp_ID_H: LYS<br>Info: 85 HE2,1,LYS,1","H: 2.98<br>C: 42.08<br>Comp_ID_H: LYS<br>Info: 98 HE2,1,LYS,1","H: 2.98<br>C: 41.67<br>Comp_ID_H: LYS<br>Info: 23 HE3,1,LYS,1","H: 2.87<br>C: 42.08<br>Comp_ID_H: LYS<br>Info: 31 HE3,1,LYS,1","H: 2.86<br>C: 41.77<br>Comp_ID_H: LYS<br>Info: 62 HE3,1,LYS,1","H: 2.98<br>C: 41.98<br>Comp_ID_H: LYS<br>Info: 63 HE3,1,LYS,1","H: 2.97<br>C: 41.77<br>Comp_ID_H: LYS<br>Info: 85 HE3,1,LYS,1","H: 2.98<br>C: 42.08<br>Comp_ID_H: LYS<br>Info: 98 HE3,1,LYS,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,186,224,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,186,224,1)"}},"hoveron":"points","name":"LYS","legendgroup":"LYS","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.31,2.57,2.73,2.07,2.07],"y":[56.942,32.02,32.02,17.02,17.02],"text":["H: 4.31<br>C: 56.94<br>Comp_ID_H: MET<br>Info: 89 HA,1,MET,1","H: 2.57<br>C: 32.02<br>Comp_ID_H: MET<br>Info: 89 HB2,1,MET,1","H: 2.73<br>C: 32.02<br>Comp_ID_H: MET<br>Info: 89 HB3,1,MET,1","H: 2.07<br>C: 17.02<br>Comp_ID_H: MET<br>Info: 89 HE2,1,MET,1","H: 2.07<br>C: 17.02<br>Comp_ID_H: MET<br>Info: 89 HE3,1,MET,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,176,246,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,176,246,1)"}},"hoveron":"points","name":"MET","legendgroup":"MET","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[5.222,4.326,4.66,4.502,3.5,2.637,3.15,3.13,2.98,2.33,3.26,3.13,7.42],"y":[54.796,57.434,56.61,58.377,40.411,39.409,38.68,39.288,40.411,39.409,38.68,39.288,132.15],"text":["H: 5.22<br>C: 54.8<br>Comp_ID_H: PHE<br>Info: 42 HA,1,PHE,1","H: 4.33<br>C: 57.43<br>Comp_ID_H: PHE<br>Info: 54 HA,1,PHE,1","H: 4.66<br>C: 56.61<br>Comp_ID_H: PHE<br>Info: 67 HA,1,PHE,1","H: 4.5<br>C: 58.38<br>Comp_ID_H: PHE<br>Info: 95 HA,1,PHE,1","H: 3.5<br>C: 40.41<br>Comp_ID_H: PHE<br>Info: 42 HB2,1,PHE,1","H: 2.64<br>C: 39.41<br>Comp_ID_H: PHE<br>Info: 54 HB2,1,PHE,1","H: 3.15<br>C: 38.68<br>Comp_ID_H: PHE<br>Info: 67 HB2,1,PHE,1","H: 3.13<br>C: 39.29<br>Comp_ID_H: PHE<br>Info: 95 HB2,1,PHE,1","H: 2.98<br>C: 40.41<br>Comp_ID_H: PHE<br>Info: 42 HB3,1,PHE,1","H: 2.33<br>C: 39.41<br>Comp_ID_H: PHE<br>Info: 54 HB3,1,PHE,1","H: 3.26<br>C: 38.68<br>Comp_ID_H: PHE<br>Info: 67 HB3,1,PHE,1","H: 3.13<br>C: 39.29<br>Comp_ID_H: PHE<br>Info: 95 HB3,1,PHE,1","H: 7.42<br>C: 132.15<br>Comp_ID_H: PHE<br>Info: 67 HZ,1,PHE,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(53,162,255,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(53,162,255,1)"}},"hoveron":"points","name":"PHE","legendgroup":"PHE","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.04,4.91,4.28,1.78,2.31,1.61,1.6,2.01,1.61,2.14,1.84,2.19,1.84,2.97,3.62,3.84,2.35],"y":[65.74,62.31,66.15,31.39,36.27,30.36,31.39,36.27,30.36,27.14,24.684,27.14,24.684,50.79,51.73,51.73,49.76],"text":["H: 4.04<br>C: 65.74<br>Comp_ID_H: PRO<br>Info: 43 HA,1,PRO,1","H: 4.91<br>C: 62.31<br>Comp_ID_H: PRO<br>Info: 55 HA,1,PRO,1","H: 4.28<br>C: 66.15<br>Comp_ID_H: PRO<br>Info: 75 HA,1,PRO,1","H: 1.78<br>C: 31.39<br>Comp_ID_H: PRO<br>Info: 43 HB2,1,PRO,1","H: 2.31<br>C: 36.27<br>Comp_ID_H: PRO<br>Info: 55 HB2,1,PRO,1","H: 1.61<br>C: 30.36<br>Comp_ID_H: PRO<br>Info: 75 HB2,1,PRO,1","H: 1.6<br>C: 31.39<br>Comp_ID_H: PRO<br>Info: 43 HB3,1,PRO,1","H: 2.01<br>C: 36.27<br>Comp_ID_H: PRO<br>Info: 55 HB3,1,PRO,1","H: 1.61<br>C: 30.36<br>Comp_ID_H: PRO<br>Info: 75 HB3,1,PRO,1","H: 2.14<br>C: 27.14<br>Comp_ID_H: PRO<br>Info: 43 HG2,1,PRO,1","H: 1.84<br>C: 24.68<br>Comp_ID_H: PRO<br>Info: 55 HG2,1,PRO,1","H: 2.19<br>C: 27.14<br>Comp_ID_H: PRO<br>Info: 43 HG3,1,PRO,1","H: 1.84<br>C: 24.68<br>Comp_ID_H: PRO<br>Info: 55 HG3,1,PRO,1","H: 2.97<br>C: 50.79<br>Comp_ID_H: PRO<br>Info: 43 HD2,1,PRO,1","H: 3.62<br>C: 51.73<br>Comp_ID_H: PRO<br>Info: 55 HD2,1,PRO,1","H: 3.84<br>C: 51.73<br>Comp_ID_H: PRO<br>Info: 55 HD3,1,PRO,1","H: 2.35<br>C: 49.76<br>Comp_ID_H: PRO<br>Info: 75 HD3,1,PRO,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(149,144,255,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(149,144,255,1)"}},"hoveron":"points","name":"PRO","legendgroup":"PRO","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.42,4.38,4.33,3.87,4.106,4.01,3.87,3.833,4.01],"y":[58.47,59.6,60.86,64.28,61.69,63.56,64.28,61.69,63.56],"text":["H: 4.42<br>C: 58.47<br>Comp_ID_H: SER<br>Info: 103 HA,1,SER,1","H: 4.38<br>C: 59.6<br>Comp_ID_H: SER<br>Info: 52 HA,1,SER,1","H: 4.33<br>C: 60.86<br>Comp_ID_H: SER<br>Info: 88 HA,1,SER,1","H: 3.87<br>C: 64.28<br>Comp_ID_H: SER<br>Info: 103 HB2,1,SER,1","H: 4.11<br>C: 61.69<br>Comp_ID_H: SER<br>Info: 52 HB2,1,SER,1","H: 4.01<br>C: 63.56<br>Comp_ID_H: SER<br>Info: 88 HB2,1,SER,1","H: 3.87<br>C: 64.28<br>Comp_ID_H: SER<br>Info: 103 HB3,1,SER,1","H: 3.83<br>C: 61.69<br>Comp_ID_H: SER<br>Info: 52 HB3,1,SER,1","H: 4.01<br>C: 63.56<br>Comp_ID_H: SER<br>Info: 88 HB3,1,SER,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(199,124,255,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(199,124,255,1)"}},"hoveron":"points","name":"SER","legendgroup":"SER","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.31,3.87,4.31,1.24,1.08,1.24,1.08,1.24,1.08],"y":[63.154,67.4,68.681,21.96,22.06,21.96,22.06,21.96,22.06],"text":["H: 4.31<br>C: 63.15<br>Comp_ID_H: THR<br>Info: 22 HA,1,THR,1","H: 3.87<br>C: 67.4<br>Comp_ID_H: THR<br>Info: 82 HA,1,THR,1","H: 4.31<br>C: 68.68<br>Comp_ID_H: THR<br>Info: 82 HB,1,THR,1","H: 1.24<br>C: 21.96<br>Comp_ID_H: THR<br>Info: 22 HG21,1,THR,1","H: 1.08<br>C: 22.06<br>Comp_ID_H: THR<br>Info: 82 HG21,1,THR,1","H: 1.24<br>C: 21.96<br>Comp_ID_H: THR<br>Info: 22 HG22,1,THR,1","H: 1.08<br>C: 22.06<br>Comp_ID_H: THR<br>Info: 82 HG22,1,THR,1","H: 1.24<br>C: 21.96<br>Comp_ID_H: THR<br>Info: 22 HG23,1,THR,1","H: 1.08<br>C: 22.06<br>Comp_ID_H: THR<br>Info: 82 HG23,1,THR,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(231,107,243,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(231,107,243,1)"}},"hoveron":"points","name":"THR","legendgroup":"THR","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.01,3.369,3.508],"y":[63.045,29.484,29.484],"text":["H: 4.01<br>C: 63.05<br>Comp_ID_H: TRP<br>Info: 36 HA,1,TRP,1","H: 3.37<br>C: 29.48<br>Comp_ID_H: TRP<br>Info: 36 HB2,1,TRP,1","H: 3.51<br>C: 29.48<br>Comp_ID_H: TRP<br>Info: 36 HB3,1,TRP,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(250,98,219,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(250,98,219,1)"}},"hoveron":"points","name":"TRP","legendgroup":"TRP","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[4.79,3.92,3.32,2.15,3.03,2.93,6.652],"y":[60.77,62.289,39.24,37.537,39.24,37.537,115.708],"text":["H: 4.79<br>C: 60.77<br>Comp_ID_H: TYR<br>Info: 45 HA,1,TYR,1","H: 3.92<br>C: 62.29<br>Comp_ID_H: TYR<br>Info: 49 HA,1,TYR,1","H: 3.32<br>C: 39.24<br>Comp_ID_H: TYR<br>Info: 45 HB2,1,TYR,1","H: 2.15<br>C: 37.54<br>Comp_ID_H: TYR<br>Info: 49 HB2,1,TYR,1","H: 3.03<br>C: 39.24<br>Comp_ID_H: TYR<br>Info: 45 HB3,1,TYR,1","H: 2.93<br>C: 37.54<br>Comp_ID_H: TYR<br>Info: 49 HB3,1,TYR,1","H: 6.65<br>C: 115.71<br>Comp_ID_H: TYR<br>Info: 49 HE1,1,TYR,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(255,98,188,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(255,98,188,1)"}},"hoveron":"points","name":"TYR","legendgroup":"TYR","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[3.79,3.55,4.05,2.147,2.04,2.13,0.71,0.92,0.91,0.71,0.92,0.91,0.71,0.92,0.91,0.87,0.99,0.97,0.87,0.99,0.97,0.87,0.99,0.97],"y":[66.094,66.98,63.14,31.329,32.02,32.01,20.79,21.6,20.7,20.79,21.6,20.7,20.79,21.6,20.7,21.75,23.66,21.18,21.75,23.66,21.18,21.75,23.66,21.18],"text":["H: 3.79<br>C: 66.09<br>Comp_ID_H: VAL<br>Info: 61 HA,1,VAL,1","H: 3.55<br>C: 66.98<br>Comp_ID_H: VAL<br>Info: 73 HA,1,VAL,1","H: 4.05<br>C: 63.14<br>Comp_ID_H: VAL<br>Info: 93 HA,1,VAL,1","H: 2.15<br>C: 31.33<br>Comp_ID_H: VAL<br>Info: 61 HB,1,VAL,1","H: 2.04<br>C: 32.02<br>Comp_ID_H: VAL<br>Info: 73 HB,1,VAL,1","H: 2.13<br>C: 32.01<br>Comp_ID_H: VAL<br>Info: 93 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<pre class="r"><code>spec2<-HSQC_13C(c(17282,16603))
spec2</code></pre>
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HA,1,LEU,1","H: 3.59<br>C: 67.01<br>Entry_ID: 16603<br>Info: 73 HA,1,VAL,1","H: 3.84<br>C: 65.94<br>Entry_ID: 16603<br>Info: 74 HA,1,THR,1","H: 4.31<br>C: 58.38<br>Entry_ID: 16603<br>Info: 75 HA,1,GLU,1","H: 4.5<br>C: 58.97<br>Entry_ID: 16603<br>Info: 76 HA,1,TRP,1","H: 3.9<br>C: 63.76<br>Entry_ID: 16603<br>Info: 77 HA,1,VAL,1","H: 3.7<br>C: 59.15<br>Entry_ID: 16603<br>Info: 78 HA,1,LYS,1","H: 4.56<br>C: 54.73<br>Entry_ID: 16603<br>Info: 80 HA,1,LYS,1","H: 4.12<br>C: 60.85<br>Entry_ID: 16603<br>Info: 8 HA,1,ILE,1","H: 4.98<br>C: 57.12<br>Entry_ID: 16603<br>Info: 81 HA,1,SER,1","H: 3.92<br>C: 58.81<br>Entry_ID: 16603<br>Info: 82 HA,1,LEU,1","H: 4.34<br>C: 57.36<br>Entry_ID: 16603<br>Info: 83 HA,1,ASP,1","H: 3.98<br>C: 58.92<br>Entry_ID: 16603<br>Info: 84 HA,1,GLU,1","H: 4.09<br>C: 54.69<br>Entry_ID: 16603<br>Info: 85 HA,1,ALA,1","H: 3.85<br>C: 57.55<br>Entry_ID: 16603<br>Info: 86 HA,1,GLN,1","H: 4.3<br>C: 51.85<br>Entry_ID: 16603<br>Info: 87 HA,1,ALA,1","H: 3.74<br>C: 62.93<br>Entry_ID: 16603<br>Info: 88 HA,1,ILE,1","H: 4.79<br>C: 53.93<br>Entry_ID: 16603<br>Info: 89 HA,1,LYS,1","H: 4.09<br>C: 57.31<br>Entry_ID: 16603<br>Info: 90 HA,1,ASN,1","H: 4.55<br>C: 54.19<br>Entry_ID: 16603<br>Info: 9 HA,1,ASP,1","H: 3.97<br>C: 64.6<br>Entry_ID: 16603<br>Info: 91 HA,1,THR,1","H: 4.52<br>C: 57.55<br>Entry_ID: 16603<br>Info: 92 HA,1,ASP,1","H: 3.37<br>C: 64.45<br>Entry_ID: 16603<br>Info: 93 HA,1,ILE,1","H: 3.72<br>C: 55.4<br>Entry_ID: 16603<br>Info: 94 HA,1,ALA,1","H: 4.09<br>C: 59<br>Entry_ID: 16603<br>Info: 95 HA,1,GLU,1","H: 4.21<br>C: 58.94<br>Entry_ID: 16603<br>Info: 96 HA,1,GLU,1","H: 4.21<br>C: 54.3<br>Entry_ID: 16603<br>Info: 97 HA,1,LEU,1","H: 3.87<br>C: 56.59<br>Entry_ID: 16603<br>Info: 98 HA,1,GLU,1","H: 4.33<br>C: 53.15<br>Entry_ID: 16603<br>Info: 99 HA,1,LEU,1","H: 3.55<br>C: 44.64<br>Entry_ID: 16603<br>Info: 18 HA2,1,GLY,1","H: 3.83<br>C: 44.32<br>Entry_ID: 16603<br>Info: 28 HA2,1,GLY,1","H: 3.61<br>C: 44.6<br>Entry_ID: 16603<br>Info: 30 HA2,1,GLY,1","H: 4.18<br>C: 44.51<br>Entry_ID: 16603<br>Info: 33 HA2,1,GLY,1","H: 3.78<br>C: 45.93<br>Entry_ID: 16603<br>Info: 38 HA2,1,GLY,1","H: 3.46<br>C: 45.73<br>Entry_ID: 16603<br>Info: 51 HA2,1,GLY,1","H: 3.96<br>C: 45.37<br>Entry_ID: 16603<br>Info: 62 HA2,1,GLY,1","H: 3.48<br>C: 45.3<br>Entry_ID: 16603<br>Info: 79 HA2,1,GLY,1","H: 4.34<br>C: 44.64<br>Entry_ID: 16603<br>Info: 18 HA3,1,GLY,1","H: 5.11<br>C: 44.32<br>Entry_ID: 16603<br>Info: 28 HA3,1,GLY,1","H: 4.52<br>C: 44.6<br>Entry_ID: 16603<br>Info: 30 HA3,1,GLY,1","H: 4.54<br>C: 44.51<br>Entry_ID: 16603<br>Info: 33 HA3,1,GLY,1","H: 4.17<br>C: 45.93<br>Entry_ID: 16603<br>Info: 38 HA3,1,GLY,1","H: 4.12<br>C: 45.73<br>Entry_ID: 16603<br>Info: 51 HA3,1,GLY,1","H: 4.14<br>C: 45.37<br>Entry_ID: 16603<br>Info: 62 HA3,1,GLY,1","H: 4.2<br>C: 45.3<br>Entry_ID: 16603<br>Info: 79 HA3,1,GLY,1","H: 2.42<br>C: 31.55<br>Entry_ID: 16603<br>Info: 102 HB,1,VAL,1","H: 2.07<br>C: 37.54<br>Entry_ID: 16603<br>Info: 104 HB,1,ILE,1","H: 1.81<br>C: 38.57<br>Entry_ID: 16603<br>Info: 108 HB,1,ILE,1","H: 2.07<br>C: 37.57<br>Entry_ID: 16603<br>Info: 114 HB,1,ILE,1","H: 1.91<br>C: 38.8<br>Entry_ID: 16603<br>Info: 118 HB,1,ILE,1","H: 1.69<br>C: 31.58<br>Entry_ID: 16603<br>Info: 17 HB,1,VAL,1","H: 1.98<br>C: 35.21<br>Entry_ID: 16603<br>Info: 27 HB,1,VAL,1","H: 2.29<br>C: 35.89<br>Entry_ID: 16603<br>Info: 32 HB,1,VAL,1","H: 1.91<br>C: 35.28<br>Entry_ID: 16603<br>Info: 40 HB,1,VAL,1","H: 1.76<br>C: 41.18<br>Entry_ID: 16603<br>Info: 45 HB,1,ILE,1","H: 1.36<br>C: 33.93<br>Entry_ID: 16603<br>Info: 47 HB,1,VAL,1","H: 1.82<br>C: 37.72<br>Entry_ID: 16603<br>Info: 52 HB,1,ILE,1","H: 2.37<br>C: 36.5<br>Entry_ID: 16603<br>Info: 53 HB,1,ILE,1","H: 2<br>C: 32.7<br>Entry_ID: 16603<br>Info: 7 HB,1,VAL,1","H: 2.01<br>C: 31.3<br>Entry_ID: 16603<br>Info: 73 HB,1,VAL,1","H: 4.08<br>C: 68.39<br>Entry_ID: 16603<br>Info: 74 HB,1,THR,1","H: 2.39<br>C: 31.63<br>Entry_ID: 16603<br>Info: 77 HB,1,VAL,1","H: 1.78<br>C: 38.77<br>Entry_ID: 16603<br>Info: 8 HB,1,ILE,1","H: 1.83<br>C: 37.81<br>Entry_ID: 16603<br>Info: 88 HB,1,ILE,1","H: 4.24<br>C: 67.48<br>Entry_ID: 16603<br>Info: 91 HB,1,THR,1","H: 1.86<br>C: 39.15<br>Entry_ID: 16603<br>Info: 93 HB,1,ILE,1","H: 1.13<br>C: 18.08<br>Entry_ID: 16603<br>Info: 110 HB1,1,ALA,1","H: 1.43<br>C: 18.09<br>Entry_ID: 16603<br>Info: 113 HB1,1,ALA,1","H: 1.55<br>C: 18.06<br>Entry_ID: 16603<br>Info: 116 HB1,1,ALA,1","H: 1.48<br>C: 18.02<br>Entry_ID: 16603<br>Info: 117 HB1,1,ALA,1","H: 1.56<br>C: 17.89<br>Entry_ID: 16603<br>Info: 119 HB1,1,ALA,1","H: 1.4<br>C: 19.05<br>Entry_ID: 16603<br>Info: 127 HB1,1,ALA,1","H: 1.49<br>C: 20.13<br>Entry_ID: 16603<br>Info: 34 HB1,1,ALA,1","H: 1.37<br>C: 18.53<br>Entry_ID: 16603<br>Info: 36 HB1,1,ALA,1","H: 1.33<br>C: 21.43<br>Entry_ID: 16603<br>Info: 39 HB1,1,ALA,1","H: 1.42<br>C: 22.87<br>Entry_ID: 16603<br>Info: 56 HB1,1,ALA,1","H: 0.99<br>C: 19.33<br>Entry_ID: 16603<br>Info: 68 HB1,1,ALA,1","H: 1.36<br>C: 18.55<br>Entry_ID: 16603<br>Info: 85 HB1,1,ALA,1","H: 1.47<br>C: 18.94<br>Entry_ID: 16603<br>Info: 87 HB1,1,ALA,1","H: 1.47<br>C: 18.58<br>Entry_ID: 16603<br>Info: 94 HB1,1,ALA,1","H: 2.13<br>C: 30.85<br>Entry_ID: 16603<br>Info: 100 HB2,1,PRO,1","H: 1.98<br>C: 31.92<br>Entry_ID: 16603<br>Info: 101 HB2,1,PRO,1","H: 1.65<br>C: 33.8<br>Entry_ID: 16603<br>Info: 103 HB2,1,LYS,1","H: 3.18<br>C: 29.41<br>Entry_ID: 16603<br>Info: 105 HB2,1,HIS,1","H: 2.35<br>C: 27.49<br>Entry_ID: 16603<br>Info: 106 HB2,1,CYS,1","H: 3.56<br>C: 63.37<br>Entry_ID: 16603<br>Info: 107 HB2,1,SER,1","H: 1.62<br>C: 41.85<br>Entry_ID: 16603<br>Info: 109 HB2,1,LEU,1","H: 1.13<br>C: 18.08<br>Entry_ID: 16603<br>Info: 110 HB2,1,ALA,1","H: 1.74<br>C: 29.47<br>Entry_ID: 16603<br>Info: 111 HB2,1,GLU,1","H: 2.54<br>C: 39.85<br>Entry_ID: 16603<br>Info: 112 HB2,1,ASP,1","H: 1.43<br>C: 18.09<br>Entry_ID: 16603<br>Info: 113 HB2,1,ALA,1","H: 1.96<br>C: 32.25<br>Entry_ID: 16603<br>Info: 115 HB2,1,LYS,1","H: 1.55<br>C: 18.06<br>Entry_ID: 16603<br>Info: 116 HB2,1,ALA,1","H: 1.48<br>C: 18.02<br>Entry_ID: 16603<br>Info: 117 HB2,1,ALA,1","H: 1.56<br>C: 17.89<br>Entry_ID: 16603<br>Info: 119 HB2,1,ALA,1","H: 2.99<br>C: 43.77<br>Entry_ID: 16603<br>Info: 120 HB2,1,ASP,1","H: 2.89<br>C: 38.26<br>Entry_ID: 16603<br>Info: 121 HB2,1,TYR,1","H: 1.9<br>C: 32.46<br>Entry_ID: 16603<br>Info: 122 HB2,1,LYS,1","H: 4.09<br>C: 62.91<br>Entry_ID: 16603<br>Info: 123 HB2,1,SER,1","H: 1.86<br>C: 32.78<br>Entry_ID: 16603<br>Info: 124 HB2,1,LYS,1","H: 1.57<br>C: 30.02<br>Entry_ID: 16603<br>Info: 125 HB2,1,ARG,1","H: 1.97<br>C: 30.23<br>Entry_ID: 16603<br>Info: 126 HB2,1,GLU,1","H: 1.4<br>C: 19.05<br>Entry_ID: 16603<br>Info: 127 HB2,1,ALA,1","H: 1.71<br>C: 33.72<br>Entry_ID: 16603<br>Info: 128 HB2,1,LYS,1","H: 3.49<br>C: 37.19<br>Entry_ID: 16603<br>Info: 16 HB2,1,ASN,1","H: 3.67<br>C: 65.98<br>Entry_ID: 16603<br>Info: 19 HB2,1,SER,1","H: 2.33<br>C: 41.96<br>Entry_ID: 16603<br>Info: 20 HB2,1,PHE,1","H: 2.62<br>C: 41.16<br>Entry_ID: 16603<br>Info: 21 HB2,1,ASP,1","H: 2.76<br>C: 38.35<br>Entry_ID: 16603<br>Info: 23 HB2,1,ASN,1","H: 2.67<br>C: 41.52<br>Entry_ID: 16603<br>Info: 24 HB2,1,ASP,1","H: 2.01<br>C: 29.5<br>Entry_ID: 16603<br>Info: 25 HB2,1,GLU,1","H: 2.98<br>C: 38.3<br>Entry_ID: 16603<br>Info: 26 HB2,1,ASN,1","H: 3.73<br>C: 64.74<br>Entry_ID: 16603<br>Info: 29 HB2,1,SER,1","H: 1.84<br>C: 34.84<br>Entry_ID: 16603<br>Info: 31 HB2,1,MET,1","H: 1.49<br>C: 20.13<br>Entry_ID: 16603<br>Info: 34 HB2,1,ALA,1","H: 1.95<br>C: 31.81<br>Entry_ID: 16603<br>Info: 35 HB2,1,PRO,1","H: 1.37<br>C: 18.53<br>Entry_ID: 16603<br>Info: 36 HB2,1,ALA,1","H: 2.98<br>C: 28.81<br>Entry_ID: 16603<br>Info: 37 HB2,1,CYS,1","H: 1.33<br>C: 21.43<br>Entry_ID: 16603<br>Info: 39 HB2,1,ALA,1","H: 1.67<br>C: 36.14<br>Entry_ID: 16603<br>Info: 41 HB2,1,MET,1","H: 1.81<br>C: 34.53<br>Entry_ID: 16603<br>Info: 42 HB2,1,LYS,1","H: 1.26<br>C: 46.49<br>Entry_ID: 16603<br>Info: 43 HB2,1,LEU,1","H: 2.01<br>C: 36<br>Entry_ID: 16603<br>Info: 44 HB2,1,GLN,1","H: 0.51<br>C: 35.08<br>Entry_ID: 16603<br>Info: 46 HB2,1,LYS,1","H: 2.87<br>C: 38.82<br>Entry_ID: 16603<br>Info: 48 HB2,1,ASN,1","H: 2.7<br>C: 40.41<br>Entry_ID: 16603<br>Info: 49 HB2,1,ASP,1","H: 1.96<br>C: 30.01<br>Entry_ID: 16603<br>Info: 50 HB2,1,GLU,1","H: 1.86<br>C: 32<br>Entry_ID: 16603<br>Info: 54 HB2,1,GLU,1","H: 2.54<br>C: 44.05<br>Entry_ID: 16603<br>Info: 55 HB2,1,ASP,1","H: 1.42<br>C: 22.87<br>Entry_ID: 16603<br>Info: 56 HB2,1,ALA,1","H: 0.72<br>C: 36.74<br>Entry_ID: 16603<br>Info: 57 HB2,1,ARG,1","H: 2.73<br>C: 43.48<br>Entry_ID: 16603<br>Info: 58 HB2,1,PHE,1","H: 1.57<br>C: 35.39<br>Entry_ID: 16603<br>Info: 59 HB2,1,LYS,1","H: 1.72<br>C: 33.13<br>Entry_ID: 16603<br>Info: 6 HB2,1,LYS,1","H: 2.87<br>C: 39.42<br>Entry_ID: 16603<br>Info: 61 HB2,1,TYR,1","H: 2.96<br>C: 30.8<br>Entry_ID: 16603<br>Info: 63 HB2,1,CYS,1","H: 0.99<br>C: 19.33<br>Entry_ID: 16603<br>Info: 68 HB2,1,ALA,1","H: 3.13<br>C: 63.51<br>Entry_ID: 16603<br>Info: 69 HB2,1,SER,1","H: 2.72<br>C: 62.44<br>Entry_ID: 16603<br>Info: 70 HB2,1,SER,1","H: 0.55<br>C: 42.06<br>Entry_ID: 16603<br>Info: 72 HB2,1,LEU,1","H: 2.21<br>C: 30.42<br>Entry_ID: 16603<br>Info: 75 HB2,1,GLU,1","H: 3.1<br>C: 30.13<br>Entry_ID: 16603<br>Info: 76 HB2,1,TRP,1","H: 1.76<br>C: 32.15<br>Entry_ID: 16603<br>Info: 78 HB2,1,LYS,1","H: 1.89<br>C: 33.93<br>Entry_ID: 16603<br>Info: 80 HB2,1,LYS,1","H: 3.92<br>C: 65.1<br>Entry_ID: 16603<br>Info: 81 HB2,1,SER,1","H: 1.43<br>C: 41.09<br>Entry_ID: 16603<br>Info: 82 HB2,1,LEU,1","H: 2.49<br>C: 40.55<br>Entry_ID: 16603<br>Info: 83 HB2,1,ASP,1","H: 1.83<br>C: 30.53<br>Entry_ID: 16603<br>Info: 84 HB2,1,GLU,1","H: 1.36<br>C: 18.55<br>Entry_ID: 16603<br>Info: 85 HB2,1,ALA,1","H: 2.15<br>C: 28.74<br>Entry_ID: 16603<br>Info: 86 HB2,1,GLN,1","H: 1.47<br>C: 18.94<br>Entry_ID: 16603<br>Info: 87 HB2,1,ALA,1","H: 1.71<br>C: 35.7<br>Entry_ID: 16603<br>Info: 89 HB2,1,LYS,1","H: 2.45<br>C: 38.09<br>Entry_ID: 16603<br>Info: 90 HB2,1,ASN,1","H: 2.64<br>C: 41.35<br>Entry_ID: 16603<br>Info: 9 HB2,1,ASP,1","H: 2.85<br>C: 40.87<br>Entry_ID: 16603<br>Info: 92 HB2,1,ASP,1","H: 1.47<br>C: 18.58<br>Entry_ID: 16603<br>Info: 94 HB2,1,ALA,1","H: 2.1<br>C: 29.75<br>Entry_ID: 16603<br>Info: 95 HB2,1,GLU,1","H: 1.8<br>C: 29.22<br>Entry_ID: 16603<br>Info: 96 HB2,1,GLU,1","H: 1.48<br>C: 41.83<br>Entry_ID: 16603<br>Info: 97 HB2,1,LEU,1","H: 2.1<br>C: 27.11<br>Entry_ID: 16603<br>Info: 98 HB2,1,GLU,1","H: 1.09<br>C: 41.55<br>Entry_ID: 16603<br>Info: 99 HB2,1,LEU,1","H: 2.4<br>C: 30.85<br>Entry_ID: 16603<br>Info: 100 HB3,1,PRO,1","H: 2.4<br>C: 31.92<br>Entry_ID: 16603<br>Info: 101 HB3,1,PRO,1","H: 2.17<br>C: 33.8<br>Entry_ID: 16603<br>Info: 103 HB3,1,LYS,1","H: 3.18<br>C: 29.41<br>Entry_ID: 16603<br>Info: 105 HB3,1,HIS,1","H: 2.7<br>C: 27.49<br>Entry_ID: 16603<br>Info: 106 HB3,1,CYS,1","H: 3.56<br>C: 63.37<br>Entry_ID: 16603<br>Info: 107 HB3,1,SER,1","H: 1.62<br>C: 41.85<br>Entry_ID: 16603<br>Info: 109 HB3,1,LEU,1","H: 1.13<br>C: 18.08<br>Entry_ID: 16603<br>Info: 110 HB3,1,ALA,1","H: 2.31<br>C: 29.47<br>Entry_ID: 16603<br>Info: 111 HB3,1,GLU,1","H: 2.98<br>C: 39.85<br>Entry_ID: 16603<br>Info: 112 HB3,1,ASP,1","H: 1.43<br>C: 18.09<br>Entry_ID: 16603<br>Info: 113 HB3,1,ALA,1","H: 1.96<br>C: 32.25<br>Entry_ID: 16603<br>Info: 115 HB3,1,LYS,1","H: 1.55<br>C: 18.06<br>Entry_ID: 16603<br>Info: 116 HB3,1,ALA,1","H: 1.48<br>C: 18.02<br>Entry_ID: 16603<br>Info: 117 HB3,1,ALA,1","H: 1.56<br>C: 17.89<br>Entry_ID: 16603<br>Info: 119 HB3,1,ALA,1","H: 2.99<br>C: 43.77<br>Entry_ID: 16603<br>Info: 120 HB3,1,ASP,1","H: 3.19<br>C: 38.26<br>Entry_ID: 16603<br>Info: 121 HB3,1,TYR,1","H: 1.9<br>C: 32.46<br>Entry_ID: 16603<br>Info: 122 HB3,1,LYS,1","H: 4.09<br>C: 62.91<br>Entry_ID: 16603<br>Info: 123 HB3,1,SER,1","H: 1.86<br>C: 32.78<br>Entry_ID: 16603<br>Info: 124 HB3,1,LYS,1","H: 1.8<br>C: 30.02<br>Entry_ID: 16603<br>Info: 125 HB3,1,ARG,1","H: 2.05<br>C: 30.23<br>Entry_ID: 16603<br>Info: 126 HB3,1,GLU,1","H: 1.4<br>C: 19.05<br>Entry_ID: 16603<br>Info: 127 HB3,1,ALA,1","H: 1.83<br>C: 33.72<br>Entry_ID: 16603<br>Info: 128 HB3,1,LYS,1","H: 3.63<br>C: 37.19<br>Entry_ID: 16603<br>Info: 16 HB3,1,ASN,1","H: 3.67<br>C: 65.98<br>Entry_ID: 16603<br>Info: 19 HB3,1,SER,1","H: 3.4<br>C: 41.96<br>Entry_ID: 16603<br>Info: 20 HB3,1,PHE,1","H: 2.69<br>C: 41.16<br>Entry_ID: 16603<br>Info: 21 HB3,1,ASP,1","H: 2.84<br>C: 38.35<br>Entry_ID: 16603<br>Info: 23 HB3,1,ASN,1","H: 2.76<br>C: 41.52<br>Entry_ID: 16603<br>Info: 24 HB3,1,ASP,1","H: 2.1<br>C: 29.5<br>Entry_ID: 16603<br>Info: 25 HB3,1,GLU,1","H: 3.35<br>C: 38.3<br>Entry_ID: 16603<br>Info: 26 HB3,1,ASN,1","H: 3.73<br>C: 64.74<br>Entry_ID: 16603<br>Info: 29 HB3,1,SER,1","H: 2.09<br>C: 34.84<br>Entry_ID: 16603<br>Info: 31 HB3,1,MET,1","H: 1.49<br>C: 20.13<br>Entry_ID: 16603<br>Info: 34 HB3,1,ALA,1","H: 2.32<br>C: 31.81<br>Entry_ID: 16603<br>Info: 35 HB3,1,PRO,1","H: 1.37<br>C: 18.53<br>Entry_ID: 16603<br>Info: 36 HB3,1,ALA,1","H: 3.04<br>C: 28.81<br>Entry_ID: 16603<br>Info: 37 HB3,1,CYS,1","H: 1.33<br>C: 21.43<br>Entry_ID: 16603<br>Info: 39 HB3,1,ALA,1","H: 1.67<br>C: 36.14<br>Entry_ID: 16603<br>Info: 41 HB3,1,MET,1","H: 2.12<br>C: 34.53<br>Entry_ID: 16603<br>Info: 42 HB3,1,LYS,1","H: 1.55<br>C: 46.49<br>Entry_ID: 16603<br>Info: 43 HB3,1,LEU,1","H: 2.07<br>C: 36<br>Entry_ID: 16603<br>Info: 44 HB3,1,GLN,1","H: 1.23<br>C: 35.08<br>Entry_ID: 16603<br>Info: 46 HB3,1,LYS,1","H: 3.53<br>C: 38.82<br>Entry_ID: 16603<br>Info: 48 HB3,1,ASN,1","H: 2.72<br>C: 40.41<br>Entry_ID: 16603<br>Info: 49 HB3,1,ASP,1","H: 2.23<br>C: 30.01<br>Entry_ID: 16603<br>Info: 50 HB3,1,GLU,1","H: 1.94<br>C: 32<br>Entry_ID: 16603<br>Info: 54 HB3,1,GLU,1","H: 2.8<br>C: 44.05<br>Entry_ID: 16603<br>Info: 55 HB3,1,ASP,1","H: 1.42<br>C: 22.87<br>Entry_ID: 16603<br>Info: 56 HB3,1,ALA,1","H: 1.23<br>C: 36.74<br>Entry_ID: 16603<br>Info: 57 HB3,1,ARG,1","H: 3.16<br>C: 43.48<br>Entry_ID: 16603<br>Info: 58 HB3,1,PHE,1","H: 1.57<br>C: 35.39<br>Entry_ID: 16603<br>Info: 59 HB3,1,LYS,1","H: 1.72<br>C: 33.13<br>Entry_ID: 16603<br>Info: 6 HB3,1,LYS,1","H: 3<br>C: 39.42<br>Entry_ID: 16603<br>Info: 61 HB3,1,TYR,1","H: 3.44<br>C: 30.8<br>Entry_ID: 16603<br>Info: 63 HB3,1,CYS,1","H: 0.99<br>C: 19.33<br>Entry_ID: 16603<br>Info: 68 HB3,1,ALA,1","H: 3.13<br>C: 63.51<br>Entry_ID: 16603<br>Info: 69 HB3,1,SER,1","H: 2.91<br>C: 62.44<br>Entry_ID: 16603<br>Info: 70 HB3,1,SER,1","H: 1.2<br>C: 42.06<br>Entry_ID: 16603<br>Info: 72 HB3,1,LEU,1","H: 2.32<br>C: 30.42<br>Entry_ID: 16603<br>Info: 75 HB3,1,GLU,1","H: 3.32<br>C: 30.13<br>Entry_ID: 16603<br>Info: 76 HB3,1,TRP,1","H: 1.85<br>C: 32.15<br>Entry_ID: 16603<br>Info: 78 HB3,1,LYS,1","H: 2.02<br>C: 33.93<br>Entry_ID: 16603<br>Info: 80 HB3,1,LYS,1","H: 4.4<br>C: 65.1<br>Entry_ID: 16603<br>Info: 81 HB3,1,SER,1","H: 1.97<br>C: 41.09<br>Entry_ID: 16603<br>Info: 82 HB3,1,LEU,1","H: 2.57<br>C: 40.55<br>Entry_ID: 16603<br>Info: 83 HB3,1,ASP,1","H: 2.33<br>C: 30.53<br>Entry_ID: 16603<br>Info: 84 HB3,1,GLU,1","H: 1.36<br>C: 18.55<br>Entry_ID: 16603<br>Info: 85 HB3,1,ALA,1","H: 2.33<br>C: 28.74<br>Entry_ID: 16603<br>Info: 86 HB3,1,GLN,1","H: 1.47<br>C: 18.94<br>Entry_ID: 16603<br>Info: 87 HB3,1,ALA,1","H: 1.88<br>C: 35.7<br>Entry_ID: 16603<br>Info: 89 HB3,1,LYS,1","H: 2.94<br>C: 38.09<br>Entry_ID: 16603<br>Info: 90 HB3,1,ASN,1","H: 2.64<br>C: 41.35<br>Entry_ID: 16603<br>Info: 9 HB3,1,ASP,1","H: 3.04<br>C: 40.87<br>Entry_ID: 16603<br>Info: 92 HB3,1,ASP,1","H: 1.47<br>C: 18.58<br>Entry_ID: 16603<br>Info: 94 HB3,1,ALA,1","H: 2.21<br>C: 29.75<br>Entry_ID: 16603<br>Info: 95 HB3,1,GLU,1","H: 2.35<br>C: 29.22<br>Entry_ID: 16603<br>Info: 96 HB3,1,GLU,1","H: 1.48<br>C: 41.83<br>Entry_ID: 16603<br>Info: 97 HB3,1,LEU,1","H: 2.21<br>C: 27.11<br>Entry_ID: 16603<br>Info: 98 HB3,1,GLU,1","H: 1.51<br>C: 41.55<br>Entry_ID: 16603<br>Info: 99 HB3,1,LEU,1","H: 1.78<br>C: 26.82<br>Entry_ID: 16603<br>Info: 109 HG,1,LEU,1","H: 1.55<br>C: 28.75<br>Entry_ID: 16603<br>Info: 43 HG,1,LEU,1","H: 1.85<br>C: 26.62<br>Entry_ID: 16603<br>Info: 82 HG,1,LEU,1","H: 1.51<br>C: 26.33<br>Entry_ID: 16603<br>Info: 97 HG,1,LEU,1","H: 1.64<br>C: 26.93<br>Entry_ID: 16603<br>Info: 99 HG,1,LEU,1","H: 1.79<br>C: 27.14<br>Entry_ID: 16603<br>Info: 100 HG2,1,PRO,1","H: 2.06<br>C: 27.52<br>Entry_ID: 16603<br>Info: 101 HG2,1,PRO,1","H: 2.21<br>C: 36.11<br>Entry_ID: 16603<br>Info: 111 HG2,1,GLU,1","H: 1.43<br>C: 27.9<br>Entry_ID: 16603<br>Info: 115 HG2,1,LYS,1","H: 1.46<br>C: 26.83<br>Entry_ID: 16603<br>Info: 122 HG2,1,LYS,1","H: 1.4<br>C: 25.78<br>Entry_ID: 16603<br>Info: 124 HG2,1,LYS,1","H: 1.43<br>C: 25.89<br>Entry_ID: 16603<br>Info: 125 HG2,1,ARG,1","H: 2.26<br>C: 36.33<br>Entry_ID: 16603<br>Info: 126 HG2,1,GLU,1","H: 1.41<br>C: 24.75<br>Entry_ID: 16603<br>Info: 128 HG2,1,LYS,1","H: 1.69<br>C: 28.27<br>Entry_ID: 16603<br>Info: 15 HG2,1,ARG,1","H: 2.3<br>C: 36.1<br>Entry_ID: 16603<br>Info: 25 HG2,1,GLU,1","H: 2.35<br>C: 32.13<br>Entry_ID: 16603<br>Info: 31 HG2,1,MET,1","H: 1.94<br>C: 27.59<br>Entry_ID: 16603<br>Info: 35 HG2,1,PRO,1","H: 2.21<br>C: 31.78<br>Entry_ID: 16603<br>Info: 41 HG2,1,MET,1","H: 1.23<br>C: 25.59<br>Entry_ID: 16603<br>Info: 42 HG2,1,LYS,1","H: 2.16<br>C: 34.97<br>Entry_ID: 16603<br>Info: 44 HG2,1,GLN,1","H: 0.74<br>C: 24.94<br>Entry_ID: 16603<br>Info: 46 HG2,1,LYS,1","H: 2.21<br>C: 36.85<br>Entry_ID: 16603<br>Info: 50 HG2,1,GLU,1","H: 2.25<br>C: 36.25<br>Entry_ID: 16603<br>Info: 5 HG2,1,GLU,1","H: 2.08<br>C: 36.42<br>Entry_ID: 16603<br>Info: 54 HG2,1,GLU,1","H: 0.27<br>C: 27.03<br>Entry_ID: 16603<br>Info: 57 HG2,1,ARG,1","H: 1.23<br>C: 24.34<br>Entry_ID: 16603<br>Info: 59 HG2,1,LYS,1","H: 1.37<br>C: 24.71<br>Entry_ID: 16603<br>Info: 6 HG2,1,LYS,1","H: 2.3<br>C: 36.99<br>Entry_ID: 16603<br>Info: 75 HG2,1,GLU,1","H: 1.01<br>C: 26.15<br>Entry_ID: 16603<br>Info: 78 HG2,1,LYS,1","H: 1.16<br>C: 26.01<br>Entry_ID: 16603<br>Info: 80 HG2,1,LYS,1","H: 2.19<br>C: 37.27<br>Entry_ID: 16603<br>Info: 84 HG2,1,GLU,1","H: 2.53<br>C: 34.35<br>Entry_ID: 16603<br>Info: 86 HG2,1,GLN,1","H: 1.52<br>C: 24.23<br>Entry_ID: 16603<br>Info: 89 HG2,1,LYS,1","H: 2.31<br>C: 36.52<br>Entry_ID: 16603<br>Info: 95 HG2,1,GLU,1","H: 2.09<br>C: 35.2<br>Entry_ID: 16603<br>Info: 96 HG2,1,GLU,1","H: 2.14<br>C: 36.89<br>Entry_ID: 16603<br>Info: 98 HG2,1,GLU,1","H: 2.19<br>C: 27.14<br>Entry_ID: 16603<br>Info: 100 HG3,1,PRO,1","H: 2.2<br>C: 27.52<br>Entry_ID: 16603<br>Info: 101 HG3,1,PRO,1","H: 2.49<br>C: 36.11<br>Entry_ID: 16603<br>Info: 111 HG3,1,GLU,1","H: 1.43<br>C: 27.9<br>Entry_ID: 16603<br>Info: 115 HG3,1,LYS,1","H: 1.93<br>C: 26.83<br>Entry_ID: 16603<br>Info: 122 HG3,1,LYS,1","H: 1.71<br>C: 25.78<br>Entry_ID: 16603<br>Info: 124 HG3,1,LYS,1","H: 1.43<br>C: 25.89<br>Entry_ID: 16603<br>Info: 125 HG3,1,ARG,1","H: 2.34<br>C: 36.33<br>Entry_ID: 16603<br>Info: 126 HG3,1,GLU,1","H: 1.41<br>C: 24.75<br>Entry_ID: 16603<br>Info: 128 HG3,1,LYS,1","H: 1.69<br>C: 28.27<br>Entry_ID: 16603<br>Info: 15 HG3,1,ARG,1","H: 2.3<br>C: 36.1<br>Entry_ID: 16603<br>Info: 25 HG3,1,GLU,1","H: 2.39<br>C: 32.13<br>Entry_ID: 16603<br>Info: 31 HG3,1,MET,1","H: 2.12<br>C: 27.59<br>Entry_ID: 16603<br>Info: 35 HG3,1,PRO,1","H: 2.31<br>C: 31.78<br>Entry_ID: 16603<br>Info: 41 HG3,1,MET,1","H: 1.34<br>C: 25.59<br>Entry_ID: 16603<br>Info: 42 HG3,1,LYS,1","H: 2.5<br>C: 34.97<br>Entry_ID: 16603<br>Info: 44 HG3,1,GLN,1","H: 1.03<br>C: 24.94<br>Entry_ID: 16603<br>Info: 46 HG3,1,LYS,1","H: 2.21<br>C: 36.85<br>Entry_ID: 16603<br>Info: 50 HG3,1,GLU,1","H: 2.25<br>C: 36.25<br>Entry_ID: 16603<br>Info: 5 HG3,1,GLU,1","H: 2.08<br>C: 36.42<br>Entry_ID: 16603<br>Info: 54 HG3,1,GLU,1","H: 0.74<br>C: 27.03<br>Entry_ID: 16603<br>Info: 57 HG3,1,ARG,1","H: 1.23<br>C: 24.34<br>Entry_ID: 16603<br>Info: 59 HG3,1,LYS,1","H: 1.37<br>C: 24.71<br>Entry_ID: 16603<br>Info: 6 HG3,1,LYS,1","H: 2.39<br>C: 36.99<br>Entry_ID: 16603<br>Info: 75 HG3,1,GLU,1","H: 2.08<br>C: 26.15<br>Entry_ID: 16603<br>Info: 78 HG3,1,LYS,1","H: 1.24<br>C: 26.01<br>Entry_ID: 16603<br>Info: 80 HG3,1,LYS,1","H: 2.34<br>C: 37.27<br>Entry_ID: 16603<br>Info: 84 HG3,1,GLU,1","H: 2.53<br>C: 34.35<br>Entry_ID: 16603<br>Info: 86 HG3,1,GLN,1","H: 1.59<br>C: 24.23<br>Entry_ID: 16603<br>Info: 89 HG3,1,LYS,1","H: 2.45<br>C: 36.52<br>Entry_ID: 16603<br>Info: 95 HG3,1,GLU,1","H: 2.4<br>C: 35.2<br>Entry_ID: 16603<br>Info: 96 HG3,1,GLU,1","H: 2.25<br>C: 36.89<br>Entry_ID: 16603<br>Info: 98 HG3,1,GLU,1","H: 1.07<br>C: 20.42<br>Entry_ID: 16603<br>Info: 102 HG11,1,VAL,1","H: 0.66<br>C: 20.95<br>Entry_ID: 16603<br>Info: 17 HG11,1,VAL,1","H: 0.62<br>C: 22.13<br>Entry_ID: 16603<br>Info: 27 HG11,1,VAL,1","H: 0.9<br>C: 20.18<br>Entry_ID: 16603<br>Info: 32 HG11,1,VAL,1","H: 0.81<br>C: 20.95<br>Entry_ID: 16603<br>Info: 40 HG11,1,VAL,1","H: 0.69<br>C: 20.52<br>Entry_ID: 16603<br>Info: 47 HG11,1,VAL,1","H: 0.89<br>C: 21.02<br>Entry_ID: 16603<br>Info: 7 HG11,1,VAL,1","H: 0.85<br>C: 22.7<br>Entry_ID: 16603<br>Info: 73 HG11,1,VAL,1","H: 0.98<br>C: 19.18<br>Entry_ID: 16603<br>Info: 77 HG11,1,VAL,1","H: 1.07<br>C: 20.42<br>Entry_ID: 16603<br>Info: 102 HG12,1,VAL,1","H: 1.44<br>C: 28.87<br>Entry_ID: 16603<br>Info: 104 HG12,1,ILE,1","H: 1.44<br>C: 28.84<br>Entry_ID: 16603<br>Info: 114 HG12,1,ILE,1","H: 1.98<br>C: 29.41<br>Entry_ID: 16603<br>Info: 118 HG12,1,ILE,1","H: 0.66<br>C: 20.95<br>Entry_ID: 16603<br>Info: 17 HG12,1,VAL,1","H: 0.62<br>C: 22.13<br>Entry_ID: 16603<br>Info: 27 HG12,1,VAL,1","H: 0.9<br>C: 20.18<br>Entry_ID: 16603<br>Info: 32 HG12,1,VAL,1","H: 0.81<br>C: 20.95<br>Entry_ID: 16603<br>Info: 40 HG12,1,VAL,1","H: 1.12<br>C: 24.62<br>Entry_ID: 16603<br>Info: 45 HG12,1,ILE,1","H: 0.69<br>C: 20.52<br>Entry_ID: 16603<br>Info: 47 HG12,1,VAL,1","H: 1.15<br>C: 27.43<br>Entry_ID: 16603<br>Info: 52 HG12,1,ILE,1","H: 0.61<br>C: 29.34<br>Entry_ID: 16603<br>Info: 53 HG12,1,ILE,1","H: 0.89<br>C: 21.02<br>Entry_ID: 16603<br>Info: 7 HG12,1,VAL,1","H: 0.85<br>C: 22.7<br>Entry_ID: 16603<br>Info: 73 HG12,1,VAL,1","H: 0.98<br>C: 19.18<br>Entry_ID: 16603<br>Info: 77 HG12,1,VAL,1","H: 1.14<br>C: 27.28<br>Entry_ID: 16603<br>Info: 8 HG12,1,ILE,1","H: 0.93<br>C: 28.45<br>Entry_ID: 16603<br>Info: 88 HG12,1,ILE,1","H: 0.63<br>C: 28.19<br>Entry_ID: 16603<br>Info: 93 HG12,1,ILE,1","H: 1.07<br>C: 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27.28<br>Entry_ID: 16603<br>Info: 8 HG13,1,ILE,1","H: 1.56<br>C: 28.45<br>Entry_ID: 16603<br>Info: 88 HG13,1,ILE,1","H: 1.62<br>C: 28.19<br>Entry_ID: 16603<br>Info: 93 HG13,1,ILE,1","H: 1.05<br>C: 20.87<br>Entry_ID: 16603<br>Info: 102 HG21,1,VAL,1","H: 0.93<br>C: 17.6<br>Entry_ID: 16603<br>Info: 104 HG21,1,ILE,1","H: 0.95<br>C: 17.02<br>Entry_ID: 16603<br>Info: 108 HG21,1,ILE,1","H: 0.93<br>C: 18.71<br>Entry_ID: 16603<br>Info: 114 HG21,1,ILE,1","H: 0.99<br>C: 17.36<br>Entry_ID: 16603<br>Info: 118 HG21,1,ILE,1","H: 0.56<br>C: 22.39<br>Entry_ID: 16603<br>Info: 17 HG21,1,VAL,1","H: 0.88<br>C: 21.8<br>Entry_ID: 16603<br>Info: 27 HG21,1,VAL,1","H: 0.82<br>C: 21.79<br>Entry_ID: 16603<br>Info: 32 HG21,1,VAL,1","H: 0.91<br>C: 21.16<br>Entry_ID: 16603<br>Info: 40 HG21,1,VAL,1","H: 0.82<br>C: 17.41<br>Entry_ID: 16603<br>Info: 45 HG21,1,ILE,1","H: 0.01<br>C: 21.38<br>Entry_ID: 16603<br>Info: 47 HG21,1,VAL,1","H: 0.54<br>C: 16.96<br>Entry_ID: 16603<br>Info: 52 HG21,1,ILE,1","H: 0.77<br>C: 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50.53<br>Entry_ID: 16603<br>Info: 35 HD2,1,PRO,1","H: 1.69<br>C: 30.17<br>Entry_ID: 16603<br>Info: 42 HD2,1,LYS,1","H: 1.06<br>C: 29.24<br>Entry_ID: 16603<br>Info: 46 HD2,1,LYS,1","H: 1.55<br>C: 42.79<br>Entry_ID: 16603<br>Info: 57 HD2,1,ARG,1","H: 1.49<br>C: 28.85<br>Entry_ID: 16603<br>Info: 59 HD2,1,LYS,1","H: 1.86<br>C: 30.43<br>Entry_ID: 16603<br>Info: 78 HD2,1,LYS,1","H: 1.22<br>C: 28.48<br>Entry_ID: 16603<br>Info: 80 HD2,1,LYS,1","H: 1.68<br>C: 28.65<br>Entry_ID: 16603<br>Info: 89 HD2,1,LYS,1","H: 4<br>C: 50.64<br>Entry_ID: 16603<br>Info: 100 HD3,1,PRO,1","H: 3.88<br>C: 50.18<br>Entry_ID: 16603<br>Info: 101 HD3,1,PRO,1","H: 1.79<br>C: 29.3<br>Entry_ID: 16603<br>Info: 115 HD3,1,LYS,1","H: 1.71<br>C: 29.91<br>Entry_ID: 16603<br>Info: 122 HD3,1,LYS,1","H: 1.74<br>C: 29.97<br>Entry_ID: 16603<br>Info: 124 HD3,1,LYS,1","H: 2.97<br>C: 42.79<br>Entry_ID: 16603<br>Info: 125 HD3,1,ARG,1","H: 1.67<br>C: 29.08<br>Entry_ID: 16603<br>Info: 128 HD3,1,LYS,1","H: 3.47<br>C: 50.18<br>Entry_ID: 16603<br>Info: 14 HD3,1,PRO,1","H: 3.27<br>C: 43.95<br>Entry_ID: 16603<br>Info: 15 HD3,1,ARG,1","H: 3.86<br>C: 50.53<br>Entry_ID: 16603<br>Info: 35 HD3,1,PRO,1","H: 1.69<br>C: 30.17<br>Entry_ID: 16603<br>Info: 42 HD3,1,LYS,1","H: 1.26<br>C: 29.24<br>Entry_ID: 16603<br>Info: 46 HD3,1,LYS,1","H: 2.63<br>C: 42.79<br>Entry_ID: 16603<br>Info: 57 HD3,1,ARG,1","H: 1.49<br>C: 28.85<br>Entry_ID: 16603<br>Info: 59 HD3,1,LYS,1","H: 1.92<br>C: 30.43<br>Entry_ID: 16603<br>Info: 78 HD3,1,LYS,1","H: 1.32<br>C: 28.48<br>Entry_ID: 16603<br>Info: 80 HD3,1,LYS,1","H: 1.71<br>C: 28.65<br>Entry_ID: 16603<br>Info: 89 HD3,1,LYS,1","H: 6.73<br>C: 132.54<br>Entry_ID: 16603<br>Info: 61 HD1,1,TYR,1","H: 7.16<br>C: 124.86<br>Entry_ID: 16603<br>Info: 76 HD1,1,TRP,1","H: 6.84<br>C: 119.79<br>Entry_ID: 16603<br>Info: 105 HD2,1,HIS,1","H: 7.08<br>C: 133.44<br>Entry_ID: 16603<br>Info: 61 HD2,1,TYR,1","H: 0.76<br>C: 12.61<br>Entry_ID: 16603<br>Info: 104 HD11,1,ILE,1","H: 0.82<br>C: 13.37<br>Entry_ID: 16603<br>Info: 108 HD11,1,ILE,1","H: 0.83<br>C: 24.18<br>Entry_ID: 16603<br>Info: 109 HD11,1,LEU,1","H: 0.83<br>C: 13.73<br>Entry_ID: 16603<br>Info: 114 HD11,1,ILE,1","H: 0.89<br>C: 15.19<br>Entry_ID: 16603<br>Info: 118 HD11,1,ILE,1","H: 0.73<br>C: 25.98<br>Entry_ID: 16603<br>Info: 43 HD11,1,LEU,1","H: 0.51<br>C: 13.42<br>Entry_ID: 16603<br>Info: 45 HD11,1,ILE,1","H: 0.59<br>C: 10.24<br>Entry_ID: 16603<br>Info: 52 HD11,1,ILE,1","H: 0.73<br>C: 14.65<br>Entry_ID: 16603<br>Info: 53 HD11,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 16603<br>Info: 72 HD11,1,LEU,1","H: 0.82<br>C: 12.93<br>Entry_ID: 16603<br>Info: 8 HD11,1,ILE,1","H: 1.01<br>C: 26.45<br>Entry_ID: 16603<br>Info: 82 HD11,1,LEU,1","H: 0.72<br>C: 14.49<br>Entry_ID: 16603<br>Info: 88 HD11,1,ILE,1","H: 0.66<br>C: 14.45<br>Entry_ID: 16603<br>Info: 93 HD11,1,ILE,1","H: 0.53<br>C: 22.13<br>Entry_ID: 16603<br>Info: 97 HD11,1,LEU,1","H: 0.7<br>C: 25.92<br>Entry_ID: 16603<br>Info: 99 HD11,1,LEU,1","H: 0.76<br>C: 12.61<br>Entry_ID: 16603<br>Info: 104 HD12,1,ILE,1","H: 0.82<br>C: 13.37<br>Entry_ID: 16603<br>Info: 108 HD12,1,ILE,1","H: 0.83<br>C: 24.18<br>Entry_ID: 16603<br>Info: 109 HD12,1,LEU,1","H: 0.83<br>C: 13.73<br>Entry_ID: 16603<br>Info: 114 HD12,1,ILE,1","H: 0.89<br>C: 15.19<br>Entry_ID: 16603<br>Info: 118 HD12,1,ILE,1","H: 0.73<br>C: 25.98<br>Entry_ID: 16603<br>Info: 43 HD12,1,LEU,1","H: 0.51<br>C: 13.42<br>Entry_ID: 16603<br>Info: 45 HD12,1,ILE,1","H: 0.59<br>C: 10.24<br>Entry_ID: 16603<br>Info: 52 HD12,1,ILE,1","H: 0.73<br>C: 14.65<br>Entry_ID: 16603<br>Info: 53 HD12,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 16603<br>Info: 72 HD12,1,LEU,1","H: 0.82<br>C: 12.93<br>Entry_ID: 16603<br>Info: 8 HD12,1,ILE,1","H: 1.01<br>C: 26.45<br>Entry_ID: 16603<br>Info: 82 HD12,1,LEU,1","H: 0.72<br>C: 14.49<br>Entry_ID: 16603<br>Info: 88 HD12,1,ILE,1","H: 0.66<br>C: 14.45<br>Entry_ID: 16603<br>Info: 93 HD12,1,ILE,1","H: 0.53<br>C: 22.13<br>Entry_ID: 16603<br>Info: 97 HD12,1,LEU,1","H: 0.7<br>C: 25.92<br>Entry_ID: 16603<br>Info: 99 HD12,1,LEU,1","H: 0.76<br>C: 12.61<br>Entry_ID: 16603<br>Info: 104 HD13,1,ILE,1","H: 0.82<br>C: 13.37<br>Entry_ID: 16603<br>Info: 108 HD13,1,ILE,1","H: 0.83<br>C: 24.18<br>Entry_ID: 16603<br>Info: 109 HD13,1,LEU,1","H: 0.83<br>C: 13.73<br>Entry_ID: 16603<br>Info: 114 HD13,1,ILE,1","H: 0.89<br>C: 15.19<br>Entry_ID: 16603<br>Info: 118 HD13,1,ILE,1","H: 0.73<br>C: 25.98<br>Entry_ID: 16603<br>Info: 43 HD13,1,LEU,1","H: 0.51<br>C: 13.42<br>Entry_ID: 16603<br>Info: 45 HD13,1,ILE,1","H: 0.59<br>C: 10.24<br>Entry_ID: 16603<br>Info: 52 HD13,1,ILE,1","H: 0.73<br>C: 14.65<br>Entry_ID: 16603<br>Info: 53 HD13,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 16603<br>Info: 72 HD13,1,LEU,1","H: 0.82<br>C: 12.93<br>Entry_ID: 16603<br>Info: 8 HD13,1,ILE,1","H: 1.01<br>C: 26.45<br>Entry_ID: 16603<br>Info: 82 HD13,1,LEU,1","H: 0.72<br>C: 14.49<br>Entry_ID: 16603<br>Info: 88 HD13,1,ILE,1","H: 0.66<br>C: 14.45<br>Entry_ID: 16603<br>Info: 93 HD13,1,ILE,1","H: 0.53<br>C: 22.13<br>Entry_ID: 16603<br>Info: 97 HD13,1,LEU,1","H: 0.7<br>C: 25.92<br>Entry_ID: 16603<br>Info: 99 HD13,1,LEU,1","H: 0.87<br>C: 26.05<br>Entry_ID: 16603<br>Info: 109 HD21,1,LEU,1","H: 0.82<br>C: 25.76<br>Entry_ID: 16603<br>Info: 43 HD21,1,LEU,1","H: 0.1<br>C: 26.54<br>Entry_ID: 16603<br>Info: 72 HD21,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 16603<br>Info: 82 HD21,1,LEU,1","H: 0.45<br>C: 26.46<br>Entry_ID: 16603<br>Info: 97 HD21,1,LEU,1","H: 0.76<br>C: 23.05<br>Entry_ID: 16603<br>Info: 99 HD21,1,LEU,1","H: 0.87<br>C: 26.05<br>Entry_ID: 16603<br>Info: 109 HD22,1,LEU,1","H: 0.82<br>C: 25.76<br>Entry_ID: 16603<br>Info: 43 HD22,1,LEU,1","H: 0.1<br>C: 26.54<br>Entry_ID: 16603<br>Info: 72 HD22,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 16603<br>Info: 82 HD22,1,LEU,1","H: 0.45<br>C: 26.46<br>Entry_ID: 16603<br>Info: 97 HD22,1,LEU,1","H: 0.76<br>C: 23.05<br>Entry_ID: 16603<br>Info: 99 HD22,1,LEU,1","H: 0.87<br>C: 26.05<br>Entry_ID: 16603<br>Info: 109 HD23,1,LEU,1","H: 0.82<br>C: 25.76<br>Entry_ID: 16603<br>Info: 43 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HA,1,PHE,1","H: 4.28<br>C: 56.16<br>Entry_ID: 17282<br>Info: 6 HA,1,LYS,1","H: 4.06<br>C: 62.39<br>Entry_ID: 17282<br>Info: 7 HA,1,VAL,1","H: 3.34<br>C: 58.04<br>Entry_ID: 17282<br>Info: 72 HA,1,LEU,1","H: 3.62<br>C: 66.97<br>Entry_ID: 17282<br>Info: 73 HA,1,VAL,1","H: 3.86<br>C: 65.87<br>Entry_ID: 17282<br>Info: 74 HA,1,THR,1","H: 4.33<br>C: 58.31<br>Entry_ID: 17282<br>Info: 75 HA,1,GLU,1","H: 4.47<br>C: 59.1<br>Entry_ID: 17282<br>Info: 76 HA,1,TRP,1","H: 3.86<br>C: 63.76<br>Entry_ID: 17282<br>Info: 77 HA,1,VAL,1","H: 3.68<br>C: 59.18<br>Entry_ID: 17282<br>Info: 78 HA,1,LYS,1","H: 4.55<br>C: 54.64<br>Entry_ID: 17282<br>Info: 80 HA,1,LYS,1","H: 4.12<br>C: 60.9<br>Entry_ID: 17282<br>Info: 8 HA,1,ILE,1","H: 4.97<br>C: 57.11<br>Entry_ID: 17282<br>Info: 81 HA,1,SER,1","H: 3.91<br>C: 58.78<br>Entry_ID: 17282<br>Info: 82 HA,1,LEU,1","H: 4.34<br>C: 57.3<br>Entry_ID: 17282<br>Info: 83 HA,1,ASP,1","H: 3.98<br>C: 58.87<br>Entry_ID: 17282<br>Info: 84 HA,1,GLU,1","H: 4.1<br>C: 54.67<br>Entry_ID: 17282<br>Info: 85 HA,1,ALA,1","H: 3.85<br>C: 57.49<br>Entry_ID: 17282<br>Info: 86 HA,1,GLN,1","H: 4.31<br>C: 51.85<br>Entry_ID: 17282<br>Info: 87 HA,1,ALA,1","H: 3.73<br>C: 62.9<br>Entry_ID: 17282<br>Info: 88 HA,1,ILE,1","H: 4.78<br>C: 53.85<br>Entry_ID: 17282<br>Info: 89 HA,1,LYS,1","H: 4.09<br>C: 57.32<br>Entry_ID: 17282<br>Info: 90 HA,1,ASN,1","H: 4.54<br>C: 54.26<br>Entry_ID: 17282<br>Info: 9 HA,1,ASP,1","H: 3.95<br>C: 64.59<br>Entry_ID: 17282<br>Info: 91 HA,1,THR,1","H: 4.5<br>C: 57.56<br>Entry_ID: 17282<br>Info: 92 HA,1,ASP,1","H: 3.36<br>C: 64.41<br>Entry_ID: 17282<br>Info: 93 HA,1,ILE,1","H: 3.72<br>C: 55.4<br>Entry_ID: 17282<br>Info: 94 HA,1,ALA,1","H: 4.08<br>C: 58.95<br>Entry_ID: 17282<br>Info: 95 HA,1,GLU,1","H: 4.18<br>C: 58.82<br>Entry_ID: 17282<br>Info: 96 HA,1,GLU,1","H: 3.84<br>C: 56.56<br>Entry_ID: 17282<br>Info: 98 HA,1,GLU,1","H: 3.52<br>C: 44.59<br>Entry_ID: 17282<br>Info: 18 HA2,1,GLY,1","H: 3.83<br>C: 44.3<br>Entry_ID: 17282<br>Info: 28 HA2,1,GLY,1","H: 3.63<br>C: 44.63<br>Entry_ID: 17282<br>Info: 30 HA2,1,GLY,1","H: 4.24<br>C: 44.62<br>Entry_ID: 17282<br>Info: 33 HA2,1,GLY,1","H: 3.46<br>C: 45.67<br>Entry_ID: 17282<br>Info: 51 HA2,1,GLY,1","H: 3.48<br>C: 45.21<br>Entry_ID: 17282<br>Info: 79 HA2,1,GLY,1","H: 4.34<br>C: 44.59<br>Entry_ID: 17282<br>Info: 18 HA3,1,GLY,1","H: 5.11<br>C: 44.3<br>Entry_ID: 17282<br>Info: 28 HA3,1,GLY,1","H: 4.5<br>C: 44.63<br>Entry_ID: 17282<br>Info: 30 HA3,1,GLY,1","H: 4.44<br>C: 44.62<br>Entry_ID: 17282<br>Info: 33 HA3,1,GLY,1","H: 4.11<br>C: 45.67<br>Entry_ID: 17282<br>Info: 51 HA3,1,GLY,1","H: 4.19<br>C: 45.21<br>Entry_ID: 17282<br>Info: 79 HA3,1,GLY,1","H: 2.43<br>C: 31.48<br>Entry_ID: 17282<br>Info: 102 HB,1,VAL,1","H: 2.05<br>C: 37.54<br>Entry_ID: 17282<br>Info: 104 HB,1,ILE,1","H: 1.83<br>C: 38.59<br>Entry_ID: 17282<br>Info: 108 HB,1,ILE,1","H: 2.07<br>C: 37.33<br>Entry_ID: 17282<br>Info: 114 HB,1,ILE,1","H: 1.92<br>C: 38.8<br>Entry_ID: 17282<br>Info: 118 HB,1,ILE,1","H: 1.71<br>C: 31.51<br>Entry_ID: 17282<br>Info: 17 HB,1,VAL,1","H: 1.98<br>C: 35.21<br>Entry_ID: 17282<br>Info: 27 HB,1,VAL,1","H: 2.25<br>C: 35.84<br>Entry_ID: 17282<br>Info: 32 HB,1,VAL,1","H: 1.76<br>C: 41.26<br>Entry_ID: 17282<br>Info: 45 HB,1,ILE,1","H: 1.36<br>C: 33.91<br>Entry_ID: 17282<br>Info: 47 HB,1,VAL,1","H: 1.82<br>C: 37.69<br>Entry_ID: 17282<br>Info: 52 HB,1,ILE,1","H: 2.36<br>C: 36.45<br>Entry_ID: 17282<br>Info: 53 HB,1,ILE,1","H: 2<br>C: 32.67<br>Entry_ID: 17282<br>Info: 7 HB,1,VAL,1","H: 2<br>C: 31.3<br>Entry_ID: 17282<br>Info: 73 HB,1,VAL,1","H: 4.08<br>C: 68.43<br>Entry_ID: 17282<br>Info: 74 HB,1,THR,1","H: 2.37<br>C: 31.6<br>Entry_ID: 17282<br>Info: 77 HB,1,VAL,1","H: 1.78<br>C: 38.72<br>Entry_ID: 17282<br>Info: 8 HB,1,ILE,1","H: 1.85<br>C: 37.85<br>Entry_ID: 17282<br>Info: 88 HB,1,ILE,1","H: 4.23<br>C: 67.41<br>Entry_ID: 17282<br>Info: 91 HB,1,THR,1","H: 1.86<br>C: 39.03<br>Entry_ID: 17282<br>Info: 93 HB,1,ILE,1","H: 1.13<br>C: 18.17<br>Entry_ID: 17282<br>Info: 110 HB1,1,ALA,1","H: 1.43<br>C: 18.1<br>Entry_ID: 17282<br>Info: 113 HB1,1,ALA,1","H: 1.54<br>C: 18.03<br>Entry_ID: 17282<br>Info: 116 HB1,1,ALA,1","H: 1.47<br>C: 17.98<br>Entry_ID: 17282<br>Info: 117 HB1,1,ALA,1","H: 1.55<br>C: 17.89<br>Entry_ID: 17282<br>Info: 119 HB1,1,ALA,1","H: 1.4<br>C: 18.98<br>Entry_ID: 17282<br>Info: 127 HB1,1,ALA,1","H: 1.44<br>C: 19.99<br>Entry_ID: 17282<br>Info: 34 HB1,1,ALA,1","H: 1.42<br>C: 22.83<br>Entry_ID: 17282<br>Info: 56 HB1,1,ALA,1","H: 1.37<br>C: 18.67<br>Entry_ID: 17282<br>Info: 85 HB1,1,ALA,1","H: 1.46<br>C: 18.87<br>Entry_ID: 17282<br>Info: 87 HB1,1,ALA,1","H: 1.47<br>C: 18.57<br>Entry_ID: 17282<br>Info: 94 HB1,1,ALA,1","H: 1.63<br>C: 33.26<br>Entry_ID: 17282<br>Info: 103 HB2,1,LYS,1","H: 3.23<br>C: 29.26<br>Entry_ID: 17282<br>Info: 105 HB2,1,HIS,1","H: 2.58<br>C: 27.48<br>Entry_ID: 17282<br>Info: 106 HB2,1,CYS,1","H: 4.39<br>C: 63.17<br>Entry_ID: 17282<br>Info: 107 HB2,1,SER,1","H: 1.68<br>C: 41.85<br>Entry_ID: 17282<br>Info: 109 HB2,1,LEU,1","H: 1.13<br>C: 18.17<br>Entry_ID: 17282<br>Info: 110 HB2,1,ALA,1","H: 2.29<br>C: 29.54<br>Entry_ID: 17282<br>Info: 111 HB2,1,GLU,1","H: 2.96<br>C: 39.81<br>Entry_ID: 17282<br>Info: 112 HB2,1,ASP,1","H: 1.43<br>C: 18.1<br>Entry_ID: 17282<br>Info: 113 HB2,1,ALA,1","H: 1.95<br>C: 32.23<br>Entry_ID: 17282<br>Info: 115 HB2,1,LYS,1","H: 1.54<br>C: 18.03<br>Entry_ID: 17282<br>Info: 116 HB2,1,ALA,1","H: 1.47<br>C: 17.98<br>Entry_ID: 17282<br>Info: 117 HB2,1,ALA,1","H: 1.55<br>C: 17.89<br>Entry_ID: 17282<br>Info: 119 HB2,1,ALA,1","H: 2.95<br>C: 43.71<br>Entry_ID: 17282<br>Info: 120 HB2,1,ASP,1","H: 2.9<br>C: 38.21<br>Entry_ID: 17282<br>Info: 121 HB2,1,TYR,1","H: 1.9<br>C: 32.51<br>Entry_ID: 17282<br>Info: 122 HB2,1,LYS,1","H: 4.08<br>C: 62.87<br>Entry_ID: 17282<br>Info: 123 HB2,1,SER,1","H: 1.86<br>C: 32.69<br>Entry_ID: 17282<br>Info: 124 HB2,1,LYS,1","H: 1.57<br>C: 29.92<br>Entry_ID: 17282<br>Info: 125 HB2,1,ARG,1","H: 1.97<br>C: 30.18<br>Entry_ID: 17282<br>Info: 126 HB2,1,GLU,1","H: 1.4<br>C: 18.98<br>Entry_ID: 17282<br>Info: 127 HB2,1,ALA,1","H: 1.71<br>C: 33.6<br>Entry_ID: 17282<br>Info: 128 HB2,1,LYS,1","H: 3.56<br>C: 37.15<br>Entry_ID: 17282<br>Info: 16 HB2,1,ASN,1","H: 3.66<br>C: 66.04<br>Entry_ID: 17282<br>Info: 19 HB2,1,SER,1","H: 2.31<br>C: 42.07<br>Entry_ID: 17282<br>Info: 20 HB2,1,PHE,1","H: 2.76<br>C: 38.41<br>Entry_ID: 17282<br>Info: 23 HB2,1,ASN,1","H: 2.66<br>C: 41.48<br>Entry_ID: 17282<br>Info: 24 HB2,1,ASP,1","H: 2.02<br>C: 29.44<br>Entry_ID: 17282<br>Info: 25 HB2,1,GLU,1","H: 2.97<br>C: 38.35<br>Entry_ID: 17282<br>Info: 26 HB2,1,ASN,1","H: 3.73<br>C: 64.72<br>Entry_ID: 17282<br>Info: 29 HB2,1,SER,1","H: 1.81<br>C: 34.86<br>Entry_ID: 17282<br>Info: 31 HB2,1,MET,1","H: 1.44<br>C: 19.99<br>Entry_ID: 17282<br>Info: 34 HB2,1,ALA,1","H: 1.92<br>C: 32.05<br>Entry_ID: 17282<br>Info: 35 HB2,1,PRO,1","H: 1.7<br>C: 36.47<br>Entry_ID: 17282<br>Info: 41 HB2,1,MET,1","H: 1.8<br>C: 34.48<br>Entry_ID: 17282<br>Info: 42 HB2,1,LYS,1","H: 1.29<br>C: 46.46<br>Entry_ID: 17282<br>Info: 43 HB2,1,LEU,1","H: 2.05<br>C: 36.09<br>Entry_ID: 17282<br>Info: 44 HB2,1,GLN,1","H: 0.5<br>C: 35.03<br>Entry_ID: 17282<br>Info: 46 HB2,1,LYS,1","H: 2.85<br>C: 38.82<br>Entry_ID: 17282<br>Info: 48 HB2,1,ASN,1","H: 2.71<br>C: 40.34<br>Entry_ID: 17282<br>Info: 49 HB2,1,ASP,1","H: 1.95<br>C: 30<br>Entry_ID: 17282<br>Info: 50 HB2,1,GLU,1","H: 1.92<br>C: 30.31<br>Entry_ID: 17282<br>Info: 5 HB2,1,GLU,1","H: 1.86<br>C: 32.02<br>Entry_ID: 17282<br>Info: 54 HB2,1,GLU,1","H: 2.8<br>C: 44.02<br>Entry_ID: 17282<br>Info: 55 HB2,1,ASP,1","H: 1.42<br>C: 22.83<br>Entry_ID: 17282<br>Info: 56 HB2,1,ALA,1","H: 0.69<br>C: 36.83<br>Entry_ID: 17282<br>Info: 57 HB2,1,ARG,1","H: 2.7<br>C: 43.66<br>Entry_ID: 17282<br>Info: 58 HB2,1,PHE,1","H: 1.74<br>C: 33.07<br>Entry_ID: 17282<br>Info: 6 HB2,1,LYS,1","H: 0.55<br>C: 42.1<br>Entry_ID: 17282<br>Info: 72 HB2,1,LEU,1","H: 2.2<br>C: 30.44<br>Entry_ID: 17282<br>Info: 75 HB2,1,GLU,1","H: 3.11<br>C: 29.99<br>Entry_ID: 17282<br>Info: 76 HB2,1,TRP,1","H: 1.83<br>C: 32.12<br>Entry_ID: 17282<br>Info: 78 HB2,1,LYS,1","H: 1.86<br>C: 33.83<br>Entry_ID: 17282<br>Info: 80 HB2,1,LYS,1","H: 3.92<br>C: 65.03<br>Entry_ID: 17282<br>Info: 81 HB2,1,SER,1","H: 1.43<br>C: 41.06<br>Entry_ID: 17282<br>Info: 82 HB2,1,LEU,1","H: 2.49<br>C: 40.59<br>Entry_ID: 17282<br>Info: 83 HB2,1,ASP,1","H: 1.83<br>C: 30.51<br>Entry_ID: 17282<br>Info: 84 HB2,1,GLU,1","H: 1.37<br>C: 18.67<br>Entry_ID: 17282<br>Info: 85 HB2,1,ALA,1","H: 2.15<br>C: 28.73<br>Entry_ID: 17282<br>Info: 86 HB2,1,GLN,1","H: 1.46<br>C: 18.87<br>Entry_ID: 17282<br>Info: 87 HB2,1,ALA,1","H: 1.71<br>C: 35.72<br>Entry_ID: 17282<br>Info: 89 HB2,1,LYS,1","H: 2.45<br>C: 38.01<br>Entry_ID: 17282<br>Info: 90 HB2,1,ASN,1","H: 2.84<br>C: 40.85<br>Entry_ID: 17282<br>Info: 92 HB2,1,ASP,1","H: 1.47<br>C: 18.57<br>Entry_ID: 17282<br>Info: 94 HB2,1,ALA,1","H: 2.1<br>C: 29.74<br>Entry_ID: 17282<br>Info: 95 HB2,1,GLU,1","H: 2.32<br>C: 29.22<br>Entry_ID: 17282<br>Info: 96 HB2,1,GLU,1","H: 2.19<br>C: 27.33<br>Entry_ID: 17282<br>Info: 98 HB2,1,GLU,1","H: 1.63<br>C: 33.26<br>Entry_ID: 17282<br>Info: 103 HB3,1,LYS,1","H: 3.23<br>C: 29.26<br>Entry_ID: 17282<br>Info: 105 HB3,1,HIS,1","H: 2.41<br>C: 27.48<br>Entry_ID: 17282<br>Info: 106 HB3,1,CYS,1","H: 4.39<br>C: 63.17<br>Entry_ID: 17282<br>Info: 107 HB3,1,SER,1","H: 1.68<br>C: 41.85<br>Entry_ID: 17282<br>Info: 109 HB3,1,LEU,1","H: 1.13<br>C: 18.17<br>Entry_ID: 17282<br>Info: 110 HB3,1,ALA,1","H: 2.52<br>C: 39.81<br>Entry_ID: 17282<br>Info: 112 HB3,1,ASP,1","H: 1.43<br>C: 18.1<br>Entry_ID: 17282<br>Info: 113 HB3,1,ALA,1","H: 1.95<br>C: 32.23<br>Entry_ID: 17282<br>Info: 115 HB3,1,LYS,1","H: 1.54<br>C: 18.03<br>Entry_ID: 17282<br>Info: 116 HB3,1,ALA,1","H: 1.47<br>C: 17.98<br>Entry_ID: 17282<br>Info: 117 HB3,1,ALA,1","H: 1.55<br>C: 17.89<br>Entry_ID: 17282<br>Info: 119 HB3,1,ALA,1","H: 2.95<br>C: 43.71<br>Entry_ID: 17282<br>Info: 120 HB3,1,ASP,1","H: 3.18<br>C: 38.21<br>Entry_ID: 17282<br>Info: 121 HB3,1,TYR,1","H: 1.9<br>C: 32.51<br>Entry_ID: 17282<br>Info: 122 HB3,1,LYS,1","H: 4.08<br>C: 62.87<br>Entry_ID: 17282<br>Info: 123 HB3,1,SER,1","H: 1.86<br>C: 32.69<br>Entry_ID: 17282<br>Info: 124 HB3,1,LYS,1","H: 1.8<br>C: 29.92<br>Entry_ID: 17282<br>Info: 125 HB3,1,ARG,1","H: 2.04<br>C: 30.18<br>Entry_ID: 17282<br>Info: 126 HB3,1,GLU,1","H: 1.4<br>C: 18.98<br>Entry_ID: 17282<br>Info: 127 HB3,1,ALA,1","H: 1.83<br>C: 33.6<br>Entry_ID: 17282<br>Info: 128 HB3,1,LYS,1","H: 3.56<br>C: 37.15<br>Entry_ID: 17282<br>Info: 16 HB3,1,ASN,1","H: 3.66<br>C: 66.04<br>Entry_ID: 17282<br>Info: 19 HB3,1,SER,1","H: 3.39<br>C: 42.07<br>Entry_ID: 17282<br>Info: 20 HB3,1,PHE,1","H: 2.84<br>C: 38.41<br>Entry_ID: 17282<br>Info: 23 HB3,1,ASN,1","H: 2.76<br>C: 41.48<br>Entry_ID: 17282<br>Info: 24 HB3,1,ASP,1","H: 2.1<br>C: 29.44<br>Entry_ID: 17282<br>Info: 25 HB3,1,GLU,1","H: 3.34<br>C: 38.35<br>Entry_ID: 17282<br>Info: 26 HB3,1,ASN,1","H: 3.73<br>C: 64.72<br>Entry_ID: 17282<br>Info: 29 HB3,1,SER,1","H: 2.09<br>C: 34.86<br>Entry_ID: 17282<br>Info: 31 HB3,1,MET,1","H: 1.44<br>C: 19.99<br>Entry_ID: 17282<br>Info: 34 HB3,1,ALA,1","H: 2.28<br>C: 32.05<br>Entry_ID: 17282<br>Info: 35 HB3,1,PRO,1","H: 1.7<br>C: 36.47<br>Entry_ID: 17282<br>Info: 41 HB3,1,MET,1","H: 2.16<br>C: 34.48<br>Entry_ID: 17282<br>Info: 42 HB3,1,LYS,1","H: 1.52<br>C: 46.46<br>Entry_ID: 17282<br>Info: 43 HB3,1,LEU,1","H: 2.05<br>C: 36.09<br>Entry_ID: 17282<br>Info: 44 HB3,1,GLN,1","H: 1.21<br>C: 35.03<br>Entry_ID: 17282<br>Info: 46 HB3,1,LYS,1","H: 3.52<br>C: 38.82<br>Entry_ID: 17282<br>Info: 48 HB3,1,ASN,1","H: 2.71<br>C: 40.34<br>Entry_ID: 17282<br>Info: 49 HB3,1,ASP,1","H: 2.21<br>C: 30<br>Entry_ID: 17282<br>Info: 50 HB3,1,GLU,1","H: 2.05<br>C: 30.31<br>Entry_ID: 17282<br>Info: 5 HB3,1,GLU,1","H: 1.92<br>C: 32.02<br>Entry_ID: 17282<br>Info: 54 HB3,1,GLU,1","H: 2.54<br>C: 44.02<br>Entry_ID: 17282<br>Info: 55 HB3,1,ASP,1","H: 1.42<br>C: 22.83<br>Entry_ID: 17282<br>Info: 56 HB3,1,ALA,1","H: 1.22<br>C: 36.83<br>Entry_ID: 17282<br>Info: 57 HB3,1,ARG,1","H: 3.2<br>C: 43.66<br>Entry_ID: 17282<br>Info: 58 HB3,1,PHE,1","H: 1.74<br>C: 33.07<br>Entry_ID: 17282<br>Info: 6 HB3,1,LYS,1","H: 1.22<br>C: 42.1<br>Entry_ID: 17282<br>Info: 72 HB3,1,LEU,1","H: 2.33<br>C: 30.44<br>Entry_ID: 17282<br>Info: 75 HB3,1,GLU,1","H: 3.33<br>C: 29.99<br>Entry_ID: 17282<br>Info: 76 HB3,1,TRP,1","H: 1.76<br>C: 32.12<br>Entry_ID: 17282<br>Info: 78 HB3,1,LYS,1","H: 2.01<br>C: 33.83<br>Entry_ID: 17282<br>Info: 80 HB3,1,LYS,1","H: 4.4<br>C: 65.03<br>Entry_ID: 17282<br>Info: 81 HB3,1,SER,1","H: 1.97<br>C: 41.06<br>Entry_ID: 17282<br>Info: 82 HB3,1,LEU,1","H: 2.58<br>C: 40.59<br>Entry_ID: 17282<br>Info: 83 HB3,1,ASP,1","H: 2.33<br>C: 30.51<br>Entry_ID: 17282<br>Info: 84 HB3,1,GLU,1","H: 1.37<br>C: 18.67<br>Entry_ID: 17282<br>Info: 85 HB3,1,ALA,1","H: 2.33<br>C: 28.73<br>Entry_ID: 17282<br>Info: 86 HB3,1,GLN,1","H: 1.46<br>C: 18.87<br>Entry_ID: 17282<br>Info: 87 HB3,1,ALA,1","H: 1.88<br>C: 35.72<br>Entry_ID: 17282<br>Info: 89 HB3,1,LYS,1","H: 2.93<br>C: 38.01<br>Entry_ID: 17282<br>Info: 90 HB3,1,ASN,1","H: 3.02<br>C: 40.85<br>Entry_ID: 17282<br>Info: 92 HB3,1,ASP,1","H: 1.47<br>C: 18.57<br>Entry_ID: 17282<br>Info: 94 HB3,1,ALA,1","H: 2.19<br>C: 29.74<br>Entry_ID: 17282<br>Info: 95 HB3,1,GLU,1","H: 1.79<br>C: 29.22<br>Entry_ID: 17282<br>Info: 96 HB3,1,GLU,1","H: 2.19<br>C: 27.33<br>Entry_ID: 17282<br>Info: 98 HB3,1,GLU,1","H: 1.81<br>C: 26.71<br>Entry_ID: 17282<br>Info: 109 HG,1,LEU,1","H: 1.53<br>C: 28.57<br>Entry_ID: 17282<br>Info: 43 HG,1,LEU,1","H: 1.85<br>C: 26.6<br>Entry_ID: 17282<br>Info: 82 HG,1,LEU,1","H: 1.51<br>C: 26.34<br>Entry_ID: 17282<br>Info: 97 HG,1,LEU,1","H: 1.42<br>C: 27.97<br>Entry_ID: 17282<br>Info: 115 HG2,1,LYS,1","H: 1.44<br>C: 26.88<br>Entry_ID: 17282<br>Info: 122 HG2,1,LYS,1","H: 1.41<br>C: 25.82<br>Entry_ID: 17282<br>Info: 124 HG2,1,LYS,1","H: 1.44<br>C: 25.91<br>Entry_ID: 17282<br>Info: 125 HG2,1,ARG,1","H: 2.28<br>C: 36.33<br>Entry_ID: 17282<br>Info: 126 HG2,1,GLU,1","H: 1.4<br>C: 24.75<br>Entry_ID: 17282<br>Info: 128 HG2,1,LYS,1","H: 2.3<br>C: 36.17<br>Entry_ID: 17282<br>Info: 25 HG2,1,GLU,1","H: 2.35<br>C: 32.02<br>Entry_ID: 17282<br>Info: 31 HG2,1,MET,1","H: 2<br>C: 27.38<br>Entry_ID: 17282<br>Info: 35 HG2,1,PRO,1","H: 2.15<br>C: 31.56<br>Entry_ID: 17282<br>Info: 41 HG2,1,MET,1","H: 1.21<br>C: 25.64<br>Entry_ID: 17282<br>Info: 42 HG2,1,LYS,1","H: 0.72<br>C: 24.97<br>Entry_ID: 17282<br>Info: 46 HG2,1,LYS,1","H: 2.2<br>C: 36.84<br>Entry_ID: 17282<br>Info: 50 HG2,1,GLU,1","H: 2.27<br>C: 36.17<br>Entry_ID: 17282<br>Info: 5 HG2,1,GLU,1","H: 2.07<br>C: 36.38<br>Entry_ID: 17282<br>Info: 54 HG2,1,GLU,1","H: 0.26<br>C: 26.97<br>Entry_ID: 17282<br>Info: 57 HG2,1,ARG,1","H: 1.39<br>C: 24.66<br>Entry_ID: 17282<br>Info: 6 HG2,1,LYS,1","H: 2.38<br>C: 37.02<br>Entry_ID: 17282<br>Info: 75 HG2,1,GLU,1","H: 1<br>C: 26.17<br>Entry_ID: 17282<br>Info: 78 HG2,1,LYS,1","H: 1.14<br>C: 25.94<br>Entry_ID: 17282<br>Info: 80 HG2,1,LYS,1","H: 2.34<br>C: 37.21<br>Entry_ID: 17282<br>Info: 84 HG2,1,GLU,1","H: 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17282<br>Info: 102 HG11,1,VAL,1","H: 0.67<br>C: 20.93<br>Entry_ID: 17282<br>Info: 17 HG11,1,VAL,1","H: 0.61<br>C: 22.14<br>Entry_ID: 17282<br>Info: 27 HG11,1,VAL,1","H: 0.91<br>C: 20.39<br>Entry_ID: 17282<br>Info: 32 HG11,1,VAL,1","H: 0.68<br>C: 20.58<br>Entry_ID: 17282<br>Info: 47 HG11,1,VAL,1","H: 0.89<br>C: 20.98<br>Entry_ID: 17282<br>Info: 7 HG11,1,VAL,1","H: 0.86<br>C: 22.7<br>Entry_ID: 17282<br>Info: 73 HG11,1,VAL,1","H: 0.99<br>C: 19.35<br>Entry_ID: 17282<br>Info: 77 HG11,1,VAL,1","H: 1.07<br>C: 20.51<br>Entry_ID: 17282<br>Info: 102 HG12,1,VAL,1","H: 1.42<br>C: 28.94<br>Entry_ID: 17282<br>Info: 104 HG12,1,ILE,1","H: 1.98<br>C: 29.44<br>Entry_ID: 17282<br>Info: 118 HG12,1,ILE,1","H: 0.67<br>C: 20.93<br>Entry_ID: 17282<br>Info: 17 HG12,1,VAL,1","H: 0.61<br>C: 22.14<br>Entry_ID: 17282<br>Info: 27 HG12,1,VAL,1","H: 0.91<br>C: 20.39<br>Entry_ID: 17282<br>Info: 32 HG12,1,VAL,1","H: 1.1<br>C: 24.6<br>Entry_ID: 17282<br>Info: 45 HG12,1,ILE,1","H: 0.68<br>C: 20.58<br>Entry_ID: 17282<br>Info: 47 HG12,1,VAL,1","H: 1.14<br>C: 27.38<br>Entry_ID: 17282<br>Info: 52 HG12,1,ILE,1","H: 0.61<br>C: 29.43<br>Entry_ID: 17282<br>Info: 53 HG12,1,ILE,1","H: 0.89<br>C: 20.98<br>Entry_ID: 17282<br>Info: 7 HG12,1,VAL,1","H: 0.86<br>C: 22.7<br>Entry_ID: 17282<br>Info: 73 HG12,1,VAL,1","H: 0.99<br>C: 19.35<br>Entry_ID: 17282<br>Info: 77 HG12,1,VAL,1","H: 0.65<br>C: 28.12<br>Entry_ID: 17282<br>Info: 93 HG12,1,ILE,1","H: 1.07<br>C: 20.51<br>Entry_ID: 17282<br>Info: 102 HG13,1,VAL,1","H: 1.42<br>C: 28.94<br>Entry_ID: 17282<br>Info: 104 HG13,1,ILE,1","H: 1.98<br>C: 29.44<br>Entry_ID: 17282<br>Info: 118 HG13,1,ILE,1","H: 0.67<br>C: 20.93<br>Entry_ID: 17282<br>Info: 17 HG13,1,VAL,1","H: 0.61<br>C: 22.14<br>Entry_ID: 17282<br>Info: 27 HG13,1,VAL,1","H: 0.91<br>C: 20.39<br>Entry_ID: 17282<br>Info: 32 HG13,1,VAL,1","H: 1.45<br>C: 24.6<br>Entry_ID: 17282<br>Info: 45 HG13,1,ILE,1","H: 0.68<br>C: 20.58<br>Entry_ID: 17282<br>Info: 47 HG13,1,VAL,1","H: 1.24<br>C: 27.38<br>Entry_ID: 17282<br>Info: 52 HG13,1,ILE,1","H: 0.89<br>C: 20.98<br>Entry_ID: 17282<br>Info: 7 HG13,1,VAL,1","H: 0.86<br>C: 22.7<br>Entry_ID: 17282<br>Info: 73 HG13,1,VAL,1","H: 0.99<br>C: 19.35<br>Entry_ID: 17282<br>Info: 77 HG13,1,VAL,1","H: 0.91<br>C: 28.4<br>Entry_ID: 17282<br>Info: 88 HG13,1,ILE,1","H: 1.6<br>C: 28.12<br>Entry_ID: 17282<br>Info: 93 HG13,1,ILE,1","H: 1.06<br>C: 20.8<br>Entry_ID: 17282<br>Info: 102 HG21,1,VAL,1","H: 0.94<br>C: 17.68<br>Entry_ID: 17282<br>Info: 104 HG21,1,ILE,1","H: 0.95<br>C: 17.27<br>Entry_ID: 17282<br>Info: 108 HG21,1,ILE,1","H: 0.92<br>C: 18.67<br>Entry_ID: 17282<br>Info: 114 HG21,1,ILE,1","H: 0.99<br>C: 17.29<br>Entry_ID: 17282<br>Info: 118 HG21,1,ILE,1","H: 0.55<br>C: 22.47<br>Entry_ID: 17282<br>Info: 17 HG21,1,VAL,1","H: 0.87<br>C: 21.67<br>Entry_ID: 17282<br>Info: 27 HG21,1,VAL,1","H: 0.86<br>C: 21.94<br>Entry_ID: 17282<br>Info: 32 HG21,1,VAL,1","H: 0.82<br>C: 17.41<br>Entry_ID: 17282<br>Info: 45 HG21,1,ILE,1","H: 0<br>C: 21.39<br>Entry_ID: 17282<br>Info: 47 HG21,1,VAL,1","H: 0.53<br>C: 16.95<br>Entry_ID: 17282<br>Info: 52 HG21,1,ILE,1","H: 0.77<br>C: 18.45<br>Entry_ID: 17282<br>Info: 53 HG21,1,ILE,1","H: 0.93<br>C: 23.36<br>Entry_ID: 17282<br>Info: 73 HG21,1,VAL,1","H: 1.37<br>C: 23.76<br>Entry_ID: 17282<br>Info: 74 HG21,1,THR,1","H: 1.09<br>C: 21.9<br>Entry_ID: 17282<br>Info: 77 HG21,1,VAL,1","H: 0.77<br>C: 17.49<br>Entry_ID: 17282<br>Info: 8 HG21,1,ILE,1","H: 0.89<br>C: 16.87<br>Entry_ID: 17282<br>Info: 88 HG21,1,ILE,1","H: 1.22<br>C: 22.58<br>Entry_ID: 17282<br>Info: 91 HG21,1,THR,1","H: 0.58<br>C: 16.58<br>Entry_ID: 17282<br>Info: 93 HG21,1,ILE,1","H: 1.06<br>C: 20.8<br>Entry_ID: 17282<br>Info: 102 HG22,1,VAL,1","H: 0.94<br>C: 17.68<br>Entry_ID: 17282<br>Info: 104 HG22,1,ILE,1","H: 0.95<br>C: 17.27<br>Entry_ID: 17282<br>Info: 108 HG22,1,ILE,1","H: 0.92<br>C: 18.67<br>Entry_ID: 17282<br>Info: 114 HG22,1,ILE,1","H: 0.99<br>C: 17.29<br>Entry_ID: 17282<br>Info: 118 HG22,1,ILE,1","H: 0.55<br>C: 22.47<br>Entry_ID: 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104 HG23,1,ILE,1","H: 0.95<br>C: 17.27<br>Entry_ID: 17282<br>Info: 108 HG23,1,ILE,1","H: 0.92<br>C: 18.67<br>Entry_ID: 17282<br>Info: 114 HG23,1,ILE,1","H: 0.99<br>C: 17.29<br>Entry_ID: 17282<br>Info: 118 HG23,1,ILE,1","H: 0.55<br>C: 22.47<br>Entry_ID: 17282<br>Info: 17 HG23,1,VAL,1","H: 0.87<br>C: 21.67<br>Entry_ID: 17282<br>Info: 27 HG23,1,VAL,1","H: 0.86<br>C: 21.94<br>Entry_ID: 17282<br>Info: 32 HG23,1,VAL,1","H: 0.82<br>C: 17.41<br>Entry_ID: 17282<br>Info: 45 HG23,1,ILE,1","H: 0<br>C: 21.39<br>Entry_ID: 17282<br>Info: 47 HG23,1,VAL,1","H: 0.53<br>C: 16.95<br>Entry_ID: 17282<br>Info: 52 HG23,1,ILE,1","H: 0.77<br>C: 18.45<br>Entry_ID: 17282<br>Info: 53 HG23,1,ILE,1","H: 0.93<br>C: 23.36<br>Entry_ID: 17282<br>Info: 73 HG23,1,VAL,1","H: 1.37<br>C: 23.76<br>Entry_ID: 17282<br>Info: 74 HG23,1,THR,1","H: 1.09<br>C: 21.9<br>Entry_ID: 17282<br>Info: 77 HG23,1,VAL,1","H: 0.77<br>C: 17.49<br>Entry_ID: 17282<br>Info: 8 HG23,1,ILE,1","H: 0.89<br>C: 16.87<br>Entry_ID: 17282<br>Info: 88 HG23,1,ILE,1","H: 1.22<br>C: 22.58<br>Entry_ID: 17282<br>Info: 91 HG23,1,THR,1","H: 0.58<br>C: 16.58<br>Entry_ID: 17282<br>Info: 93 HG23,1,ILE,1","H: 1.79<br>C: 29.29<br>Entry_ID: 17282<br>Info: 115 HD2,1,LYS,1","H: 1.72<br>C: 29.78<br>Entry_ID: 17282<br>Info: 122 HD2,1,LYS,1","H: 1.73<br>C: 29.83<br>Entry_ID: 17282<br>Info: 124 HD2,1,LYS,1","H: 2.97<br>C: 42.7<br>Entry_ID: 17282<br>Info: 125 HD2,1,ARG,1","H: 1.66<br>C: 29.05<br>Entry_ID: 17282<br>Info: 128 HD2,1,LYS,1","H: 3.05<br>C: 43.9<br>Entry_ID: 17282<br>Info: 15 HD2,1,ARG,1","H: 3.61<br>C: 50.5<br>Entry_ID: 17282<br>Info: 35 HD2,1,PRO,1","H: 1.7<br>C: 30.25<br>Entry_ID: 17282<br>Info: 42 HD2,1,LYS,1","H: 1.05<br>C: 29.18<br>Entry_ID: 17282<br>Info: 46 HD2,1,LYS,1","H: 1.52<br>C: 42.86<br>Entry_ID: 17282<br>Info: 57 HD2,1,ARG,1","H: 1.86<br>C: 30.48<br>Entry_ID: 17282<br>Info: 78 HD2,1,LYS,1","H: 1.2<br>C: 28.42<br>Entry_ID: 17282<br>Info: 80 HD2,1,LYS,1","H: 1.69<br>C: 28.65<br>Entry_ID: 17282<br>Info: 89 HD2,1,LYS,1","H: 1.79<br>C: 29.29<br>Entry_ID: 17282<br>Info: 115 HD3,1,LYS,1","H: 1.72<br>C: 29.78<br>Entry_ID: 17282<br>Info: 122 HD3,1,LYS,1","H: 1.73<br>C: 29.83<br>Entry_ID: 17282<br>Info: 124 HD3,1,LYS,1","H: 2.97<br>C: 42.7<br>Entry_ID: 17282<br>Info: 125 HD3,1,ARG,1","H: 1.66<br>C: 29.05<br>Entry_ID: 17282<br>Info: 128 HD3,1,LYS,1","H: 3.27<br>C: 43.9<br>Entry_ID: 17282<br>Info: 15 HD3,1,ARG,1","H: 3.78<br>C: 50.5<br>Entry_ID: 17282<br>Info: 35 HD3,1,PRO,1","H: 1.7<br>C: 30.25<br>Entry_ID: 17282<br>Info: 42 HD3,1,LYS,1","H: 1.25<br>C: 29.18<br>Entry_ID: 17282<br>Info: 46 HD3,1,LYS,1","H: 2.62<br>C: 42.86<br>Entry_ID: 17282<br>Info: 57 HD3,1,ARG,1","H: 1.92<br>C: 30.48<br>Entry_ID: 17282<br>Info: 78 HD3,1,LYS,1","H: 1.28<br>C: 28.42<br>Entry_ID: 17282<br>Info: 80 HD3,1,LYS,1","H: 1.69<br>C: 28.65<br>Entry_ID: 17282<br>Info: 89 HD3,1,LYS,1","H: 0.76<br>C: 12.79<br>Entry_ID: 17282<br>Info: 104 HD11,1,ILE,1","H: 0.83<br>C: 13.22<br>Entry_ID: 17282<br>Info: 108 HD11,1,ILE,1","H: 0.82<br>C: 24.25<br>Entry_ID: 17282<br>Info: 109 HD11,1,LEU,1","H: 0.82<br>C: 13.36<br>Entry_ID: 17282<br>Info: 114 HD11,1,ILE,1","H: 0.89<br>C: 15.2<br>Entry_ID: 17282<br>Info: 118 HD11,1,ILE,1","H: 0.75<br>C: 25.83<br>Entry_ID: 17282<br>Info: 43 HD11,1,LEU,1","H: 0.51<br>C: 13.39<br>Entry_ID: 17282<br>Info: 45 HD11,1,ILE,1","H: 0.58<br>C: 10.21<br>Entry_ID: 17282<br>Info: 52 HD11,1,ILE,1","H: 0.72<br>C: 14.65<br>Entry_ID: 17282<br>Info: 53 HD11,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 17282<br>Info: 72 HD11,1,LEU,1","H: 0.82<br>C: 12.88<br>Entry_ID: 17282<br>Info: 8 HD11,1,ILE,1","H: 1.01<br>C: 26.46<br>Entry_ID: 17282<br>Info: 82 HD11,1,LEU,1","H: 0.7<br>C: 14.43<br>Entry_ID: 17282<br>Info: 88 HD11,1,ILE,1","H: 0.66<br>C: 14.39<br>Entry_ID: 17282<br>Info: 93 HD11,1,ILE,1","H: 0.47<br>C: 26.39<br>Entry_ID: 17282<br>Info: 97 HD11,1,LEU,1","H: 0.76<br>C: 12.79<br>Entry_ID: 17282<br>Info: 104 HD12,1,ILE,1","H: 0.83<br>C: 13.22<br>Entry_ID: 17282<br>Info: 108 HD12,1,ILE,1","H: 0.82<br>C: 24.25<br>Entry_ID: 17282<br>Info: 109 HD12,1,LEU,1","H: 0.82<br>C: 13.36<br>Entry_ID: 17282<br>Info: 114 HD12,1,ILE,1","H: 0.89<br>C: 15.2<br>Entry_ID: 17282<br>Info: 118 HD12,1,ILE,1","H: 0.75<br>C: 25.83<br>Entry_ID: 17282<br>Info: 43 HD12,1,LEU,1","H: 0.51<br>C: 13.39<br>Entry_ID: 17282<br>Info: 45 HD12,1,ILE,1","H: 0.58<br>C: 10.21<br>Entry_ID: 17282<br>Info: 52 HD12,1,ILE,1","H: 0.72<br>C: 14.65<br>Entry_ID: 17282<br>Info: 53 HD12,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 17282<br>Info: 72 HD12,1,LEU,1","H: 0.82<br>C: 12.88<br>Entry_ID: 17282<br>Info: 8 HD12,1,ILE,1","H: 1.01<br>C: 26.46<br>Entry_ID: 17282<br>Info: 82 HD12,1,LEU,1","H: 0.7<br>C: 14.43<br>Entry_ID: 17282<br>Info: 88 HD12,1,ILE,1","H: 0.66<br>C: 14.39<br>Entry_ID: 17282<br>Info: 93 HD12,1,ILE,1","H: 0.47<br>C: 26.39<br>Entry_ID: 17282<br>Info: 97 HD12,1,LEU,1","H: 0.76<br>C: 12.79<br>Entry_ID: 17282<br>Info: 104 HD13,1,ILE,1","H: 0.83<br>C: 13.22<br>Entry_ID: 17282<br>Info: 108 HD13,1,ILE,1","H: 0.82<br>C: 24.25<br>Entry_ID: 17282<br>Info: 109 HD13,1,LEU,1","H: 0.82<br>C: 13.36<br>Entry_ID: 17282<br>Info: 114 HD13,1,ILE,1","H: 0.89<br>C: 15.2<br>Entry_ID: 17282<br>Info: 118 HD13,1,ILE,1","H: 0.75<br>C: 25.83<br>Entry_ID: 17282<br>Info: 43 HD13,1,LEU,1","H: 0.51<br>C: 13.39<br>Entry_ID: 17282<br>Info: 45 HD13,1,ILE,1","H: 0.58<br>C: 10.21<br>Entry_ID: 17282<br>Info: 52 HD13,1,ILE,1","H: 0.72<br>C: 14.65<br>Entry_ID: 17282<br>Info: 53 HD13,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 17282<br>Info: 72 HD13,1,LEU,1","H: 0.82<br>C: 12.88<br>Entry_ID: 17282<br>Info: 8 HD13,1,ILE,1","H: 1.01<br>C: 26.46<br>Entry_ID: 17282<br>Info: 82 HD13,1,LEU,1","H: 0.7<br>C: 14.43<br>Entry_ID: 17282<br>Info: 88 HD13,1,ILE,1","H: 0.66<br>C: 14.39<br>Entry_ID: 17282<br>Info: 93 HD13,1,ILE,1","H: 0.47<br>C: 26.39<br>Entry_ID: 17282<br>Info: 97 HD13,1,LEU,1","H: 0.87<br>C: 25.57<br>Entry_ID: 17282<br>Info: 109 HD21,1,LEU,1","H: 0.81<br>C: 26<br>Entry_ID: 17282<br>Info: 43 HD21,1,LEU,1","H: 0.14<br>C: 26.54<br>Entry_ID: 17282<br>Info: 72 HD21,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 17282<br>Info: 82 HD21,1,LEU,1","H: 0.53<br>C: 22.39<br>Entry_ID: 17282<br>Info: 97 HD21,1,LEU,1","H: 0.87<br>C: 25.57<br>Entry_ID: 17282<br>Info: 109 HD22,1,LEU,1","H: 0.81<br>C: 26<br>Entry_ID: 17282<br>Info: 43 HD22,1,LEU,1","H: 0.14<br>C: 26.54<br>Entry_ID: 17282<br>Info: 72 HD22,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 17282<br>Info: 82 HD22,1,LEU,1","H: 0.53<br>C: 22.39<br>Entry_ID: 17282<br>Info: 97 HD22,1,LEU,1","H: 0.87<br>C: 25.57<br>Entry_ID: 17282<br>Info: 109 HD23,1,LEU,1","H: 0.81<br>C: 26<br>Entry_ID: 17282<br>Info: 43 HD23,1,LEU,1","H: 0.14<br>C: 26.54<br>Entry_ID: 17282<br>Info: 72 HD23,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 17282<br>Info: 82 HD23,1,LEU,1","H: 0.53<br>C: 22.39<br>Entry_ID: 17282<br>Info: 97 HD23,1,LEU,1","H: 3.06<br>C: 42.99<br>Entry_ID: 17282<br>Info: 115 HE2,1,LYS,1","H: 2.84<br>C: 41.99<br>Entry_ID: 17282<br>Info: 122 HE2,1,LYS,1","H: 3.01<br>C: 42.81<br>Entry_ID: 17282<br>Info: 124 HE2,1,LYS,1","H: 2.99<br>C: 42.24<br>Entry_ID: 17282<br>Info: 128 HE2,1,LYS,1","H: 2.04<br>C: 17.36<br>Entry_ID: 17282<br>Info: 31 HE2,1,MET,1","H: 1.92<br>C: 17.63<br>Entry_ID: 17282<br>Info: 41 HE2,1,MET,1","H: 2.81<br>C: 42.3<br>Entry_ID: 17282<br>Info: 42 HE2,1,LYS,1","H: 2.27<br>C: 41.57<br>Entry_ID: 17282<br>Info: 46 HE2,1,LYS,1","H: 3.19<br>C: 42.17<br>Entry_ID: 17282<br>Info: 78 HE2,1,LYS,1","H: 2.48<br>C: 42.42<br>Entry_ID: 17282<br>Info: 80 HE2,1,LYS,1","H: 3<br>C: 41.68<br>Entry_ID: 17282<br>Info: 89 HE2,1,LYS,1","H: 3.18<br>C: 42.99<br>Entry_ID: 17282<br>Info: 115 HE3,1,LYS,1","H: 2.96<br>C: 41.99<br>Entry_ID: 17282<br>Info: 122 HE3,1,LYS,1","H: 3.12<br>C: 42.81<br>Entry_ID: 17282<br>Info: 124 HE3,1,LYS,1","H: 2.99<br>C: 42.24<br>Entry_ID: 17282<br>Info: 128 HE3,1,LYS,1","H: 2.04<br>C: 17.36<br>Entry_ID: 17282<br>Info: 31 HE3,1,MET,1","H: 1.92<br>C: 17.63<br>Entry_ID: 17282<br>Info: 41 HE3,1,MET,1","H: 2.91<br>C: 42.3<br>Entry_ID: 17282<br>Info: 42 HE3,1,LYS,1","H: 2.49<br>C: 41.57<br>Entry_ID: 17282<br>Info: 46 HE3,1,LYS,1","H: 3.19<br>C: 42.17<br>Entry_ID: 17282<br>Info: 78 HE3,1,LYS,1","H: 2.69<br>C: 42.42<br>Entry_ID: 17282<br>Info: 80 HE3,1,LYS,1","H: 3.05<br>C: 41.68<br>Entry_ID: 17282<br>Info: 89 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<pre class="r"><code>spec2a<-HSQC_13C(c(17282,16603),type = 'line')
spec2a</code></pre>
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HA<br>Info: 102 HG21,1,VAL,1",null,"H: 1.05<br>C: 20.87<br>Comp_index_ID: 127 HA<br>Info: 102 HG22,1,VAL,1","H: 1.06<br>C: 20.8<br>Comp_index_ID: 128 HA<br>Info: 102 HG22,1,VAL,1",null,"H: 1.05<br>C: 20.87<br>Comp_index_ID: 14 HA<br>Info: 102 HG23,1,VAL,1","H: 1.06<br>C: 20.8<br>Comp_index_ID: 15 HA<br>Info: 102 HG23,1,VAL,1",null,"H: 4.88<br>C: 53.19<br>Comp_index_ID: 16 HA<br>Info: 103 HA,1,LYS,1","H: 4.91<br>C: 53.07<br>Comp_index_ID: 17 HA<br>Info: 103 HA,1,LYS,1",null,"H: 1.63<br>C: 33.26<br>Comp_index_ID: 19 HA<br>Info: 103 HB2,1,LYS,1","H: 1.65<br>C: 33.8<br>Comp_index_ID: 20 HA<br>Info: 103 HB2,1,LYS,1",null,"H: 1.63<br>C: 33.26<br>Comp_index_ID: 21 HA<br>Info: 103 HB3,1,LYS,1","H: 2.17<br>C: 33.8<br>Comp_index_ID: 23 HA<br>Info: 103 HB3,1,LYS,1",null,"H: 3.7<br>C: 63.52<br>Comp_index_ID: 24 HA<br>Info: 104 HA,1,ILE,1","H: 3.7<br>C: 63.65<br>Comp_index_ID: 25 HA<br>Info: 104 HA,1,ILE,1",null,"H: 2.05<br>C: 37.54<br>Comp_index_ID: 26 HA<br>Info: 104 HB,1,ILE,1","H: 2.07<br>C: 37.54<br>Comp_index_ID: 27 HA<br>Info: 104 HB,1,ILE,1",null,"H: 0.76<br>C: 12.61<br>Comp_index_ID: 29 HA<br>Info: 104 HD11,1,ILE,1","H: 0.76<br>C: 12.79<br>Comp_index_ID: 31 HA<br>Info: 104 HD11,1,ILE,1",null,"H: 0.76<br>C: 12.61<br>Comp_index_ID: 32 HA<br>Info: 104 HD12,1,ILE,1","H: 0.76<br>C: 12.79<br>Comp_index_ID: 34 HA<br>Info: 104 HD12,1,ILE,1",null,"H: 0.76<br>C: 12.61<br>Comp_index_ID: 35 HA<br>Info: 104 HD13,1,ILE,1","H: 0.76<br>C: 12.79<br>Comp_index_ID: 36 HA<br>Info: 104 HD13,1,ILE,1",null,"H: 1.42<br>C: 28.94<br>Comp_index_ID: 37 HA<br>Info: 104 HG12,1,ILE,1","H: 1.44<br>C: 28.87<br>Comp_index_ID: 39 HA<br>Info: 104 HG12,1,ILE,1",null,"H: 1.42<br>C: 28.94<br>Comp_index_ID: 40 HA<br>Info: 104 HG13,1,ILE,1","H: 1.44<br>C: 28.87<br>Comp_index_ID: 41 HA<br>Info: 104 HG13,1,ILE,1",null,"H: 0.93<br>C: 17.6<br>Comp_index_ID: 42 HA<br>Info: 104 HG21,1,ILE,1","H: 0.94<br>C: 17.68<br>Comp_index_ID: 43 HA<br>Info: 104 HG21,1,ILE,1",null,"H: 0.93<br>C: 17.6<br>Comp_index_ID: 44 HA<br>Info: 104 HG22,1,ILE,1","H: 0.94<br>C: 17.68<br>Comp_index_ID: 45 HA<br>Info: 104 HG22,1,ILE,1",null,"H: 0.93<br>C: 17.6<br>Comp_index_ID: 46 HA<br>Info: 104 HG23,1,ILE,1","H: 0.94<br>C: 17.68<br>Comp_index_ID: 47 HA<br>Info: 104 HG23,1,ILE,1",null,"H: 4.31<br>C: 59.57<br>Comp_index_ID: 48 HA<br>Info: 105 HA,1,HIS,1","H: 4.31<br>C: 59.55<br>Comp_index_ID: 49 HA<br>Info: 105 HA,1,HIS,1",null,"H: 3.18<br>C: 29.41<br>Comp_index_ID: 50 HA<br>Info: 105 HB2,1,HIS,1","H: 3.23<br>C: 29.26<br>Comp_index_ID: 5 HA<br>Info: 105 HB2,1,HIS,1",null,"H: 3.18<br>C: 29.41<br>Comp_index_ID: 52 HA<br>Info: 105 HB3,1,HIS,1","H: 3.23<br>C: 29.26<br>Comp_index_ID: 53 HA<br>Info: 105 HB3,1,HIS,1",null,"H: 6.84<br>C: 119.79<br>Comp_index_ID: 54 HA<br>Info: 105 HD2,1,HIS,1",null,"H: 7.95<br>C: 139.26<br>Comp_index_ID: 55 HA<br>Info: 105 HE1,1,HIS,1",null,"H: 3.71<br>C: 63.48<br>Comp_index_ID: 56 HA<br>Info: 106 HA,1,CYS,1","H: 3.74<br>C: 63.31<br>Comp_index_ID: 57 HA<br>Info: 106 HA,1,CYS,1",null,"H: 2.35<br>C: 27.49<br>Comp_index_ID: 58 HA<br>Info: 106 HB2,1,CYS,1","H: 2.58<br>C: 27.48<br>Comp_index_ID: 59 HA<br>Info: 106 HB2,1,CYS,1",null,"H: 2.41<br>C: 27.48<br>Comp_index_ID: 6 HA<br>Info: 106 HB3,1,CYS,1","H: 2.7<br>C: 27.49<br>Comp_index_ID: 61 HA<br>Info: 106 HB3,1,CYS,1",null,"H: 3.86<br>C: 61.22<br>Comp_index_ID: 63 HA<br>Info: 107 HA,1,SER,1","H: 3.86<br>C: 61.12<br>Comp_index_ID: 68 HA<br>Info: 107 HA,1,SER,1",null,"H: 3.56<br>C: 63.37<br>Comp_index_ID: 69 HA<br>Info: 107 HB2,1,SER,1","H: 4.39<br>C: 63.17<br>Comp_index_ID: 70 HA<br>Info: 107 HB2,1,SER,1",null,"H: 3.56<br>C: 63.37<br>Comp_index_ID: 7 HA<br>Info: 107 HB3,1,SER,1","H: 4.39<br>C: 63.17<br>Comp_index_ID: 71 HA<br>Info: 107 HB3,1,SER,1",null,"H: 3.66<br>C: 65.05<br>Comp_index_ID: 72 HA<br>Info: 108 HA,1,ILE,1","H: 3.67<br>C: 65.07<br>Comp_index_ID: 73 HA<br>Info: 108 HA,1,ILE,1",null,"H: 1.81<br>C: 38.57<br>Comp_index_ID: 74 HA<br>Info: 108 HB,1,ILE,1","H: 1.83<br>C: 38.59<br>Comp_index_ID: 75 HA<br>Info: 108 HB,1,ILE,1",null,"H: 0.82<br>C: 13.37<br>Comp_index_ID: 76 HA<br>Info: 108 HD11,1,ILE,1","H: 0.83<br>C: 13.22<br>Comp_index_ID: 77 HA<br>Info: 108 HD11,1,ILE,1",null,"H: 0.82<br>C: 13.37<br>Comp_index_ID: 78 HA<br>Info: 108 HD12,1,ILE,1","H: 0.83<br>C: 13.22<br>Comp_index_ID: 80 HA<br>Info: 108 HD12,1,ILE,1",null,"H: 0.82<br>C: 13.37<br>Comp_index_ID: 8 HA<br>Info: 108 HD13,1,ILE,1","H: 0.83<br>C: 13.22<br>Comp_index_ID: 81 HA<br>Info: 108 HD13,1,ILE,1",null,"H: 0.95<br>C: 17.02<br>Comp_index_ID: 82 HA<br>Info: 108 HG21,1,ILE,1","H: 0.95<br>C: 17.27<br>Comp_index_ID: 83 HA<br>Info: 108 HG21,1,ILE,1",null,"H: 0.95<br>C: 17.02<br>Comp_index_ID: 84 HA<br>Info: 108 HG22,1,ILE,1","H: 0.95<br>C: 17.27<br>Comp_index_ID: 85 HA<br>Info: 108 HG22,1,ILE,1",null,"H: 0.95<br>C: 17.02<br>Comp_index_ID: 86 HA<br>Info: 108 HG23,1,ILE,1","H: 0.95<br>C: 17.27<br>Comp_index_ID: 87 HA<br>Info: 108 HG23,1,ILE,1",null,"H: 4.06<br>C: 57.71<br>Comp_index_ID: 88 HA<br>Info: 109 HA,1,LEU,1","H: 4.08<br>C: 57.62<br>Comp_index_ID: 89 HA<br>Info: 109 HA,1,LEU,1",null,"H: 1.62<br>C: 41.85<br>Comp_index_ID: 90 HA<br>Info: 109 HB2,1,LEU,1","H: 1.68<br>C: 41.85<br>Comp_index_ID: 9 HA<br>Info: 109 HB2,1,LEU,1",null,"H: 1.62<br>C: 41.85<br>Comp_index_ID: 91 HA<br>Info: 109 HB3,1,LEU,1","H: 1.68<br>C: 41.85<br>Comp_index_ID: 92 HA<br>Info: 109 HB3,1,LEU,1",null,"H: 0.82<br>C: 24.25<br>Comp_index_ID: 93 HA<br>Info: 109 HD11,1,LEU,1","H: 0.83<br>C: 24.18<br>Comp_index_ID: 94 HA<br>Info: 109 HD11,1,LEU,1",null,"H: 0.82<br>C: 24.25<br>Comp_index_ID: 95 HA<br>Info: 109 HD12,1,LEU,1","H: 0.83<br>C: 24.18<br>Comp_index_ID: 96 HA<br>Info: 109 HD12,1,LEU,1",null,"H: 0.82<br>C: 24.25<br>Comp_index_ID: 97 HA<br>Info: 109 HD13,1,LEU,1","H: 0.83<br>C: 24.18<br>Comp_index_ID: 98 HA<br>Info: 109 HD13,1,LEU,1",null,"H: 0.87<br>C: 26.05<br>Comp_index_ID: 99 HA<br>Info: 109 HD21,1,LEU,1","H: 0.87<br>C: 25.57<br>Comp_index_ID: 101 HA<br>Info: 109 HD21,1,LEU,1",null,"H: 0.87<br>C: 26.05<br>Comp_index_ID: 102 HA<br>Info: 109 HD22,1,LEU,1","H: 0.87<br>C: 25.57<br>Comp_index_ID: 103 HA<br>Info: 109 HD22,1,LEU,1",null,"H: 0.87<br>C: 26.05<br>Comp_index_ID: 104 HA<br>Info: 109 HD23,1,LEU,1","H: 0.87<br>C: 25.57<br>Comp_index_ID: 105 HA<br>Info: 109 HD23,1,LEU,1",null,"H: 1.78<br>C: 26.82<br>Comp_index_ID: 106 HA<br>Info: 109 HG,1,LEU,1","H: 1.81<br>C: 26.71<br>Comp_index_ID: 107 HA<br>Info: 109 HG,1,LEU,1",null,"H: 3.96<br>C: 55.29<br>Comp_index_ID: 108 HA<br>Info: 110 HA,1,ALA,1","H: 3.99<br>C: 55.17<br>Comp_index_ID: 109 HA<br>Info: 110 HA,1,ALA,1",null,"H: 1.13<br>C: 18.08<br>Comp_index_ID: 110 HA<br>Info: 110 HB1,1,ALA,1","H: 1.13<br>C: 18.17<br>Comp_index_ID: 111 HA<br>Info: 110 HB1,1,ALA,1",null,"H: 1.13<br>C: 18.08<br>Comp_index_ID: 112 HA<br>Info: 110 HB2,1,ALA,1","H: 1.13<br>C: 18.17<br>Comp_index_ID: 113 HA<br>Info: 110 HB2,1,ALA,1",null,"H: 1.13<br>C: 18.08<br>Comp_index_ID: 114 HA<br>Info: 110 HB3,1,ALA,1","H: 1.13<br>C: 18.17<br>Comp_index_ID: 115 HA<br>Info: 110 HB3,1,ALA,1",null,"H: 3.72<br>C: 59.65<br>Comp_index_ID: 116 HA<br>Info: 111 HA,1,GLU,1","H: 3.74<br>C: 59.66<br>Comp_index_ID: 117 HA<br>Info: 111 HA,1,GLU,1",null,"H: 1.74<br>C: 29.47<br>Comp_index_ID: 118 HA<br>Info: 111 HB2,1,GLU,1","H: 2.29<br>C: 29.54<br>Comp_index_ID: 119 HA<br>Info: 111 HB2,1,GLU,1",null,"H: 2.31<br>C: 29.47<br>Comp_index_ID: 120 HA<br>Info: 111 HB3,1,GLU,1",null,"H: 2.21<br>C: 36.11<br>Comp_index_ID: 121 HA<br>Info: 111 HG2,1,GLU,1",null,"H: 2.45<br>C: 36.16<br>Comp_index_ID: 122 HA<br>Info: 111 HG3,1,GLU,1","H: 2.49<br>C: 36.11<br>Comp_index_ID: 123 HA<br>Info: 111 HG3,1,GLU,1",null,"H: 4.35<br>C: 57.36<br>Comp_index_ID: 124 HA<br>Info: 112 HA,1,ASP,1","H: 4.35<br>C: 57.35<br>Comp_index_ID: 125 HA<br>Info: 112 HA,1,ASP,1",null,"H: 2.54<br>C: 39.85<br>Comp_index_ID: 126 HA<br>Info: 112 HB2,1,ASP,1","H: 2.96<br>C: 39.81<br>Comp_index_ID: 127 HA<br>Info: 112 HB2,1,ASP,1",null,"H: 2.52<br>C: 39.81<br>Comp_index_ID: 128 HA<br>Info: 112 HB3,1,ASP,1","H: 2.98<br>C: 39.85<br>Comp_index_ID: 14 HA<br>Info: 112 HB3,1,ASP,1",null,"H: 3.83<br>C: 55.72<br>Comp_index_ID: 15 HA<br>Info: 113 HA,1,ALA,1","H: 3.84<br>C: 55.77<br>Comp_index_ID: 16 HA<br>Info: 113 HA,1,ALA,1",null,"H: 1.43<br>C: 18.09<br>Comp_index_ID: 17 HA<br>Info: 113 HB1,1,ALA,1","H: 1.43<br>C: 18.1<br>Comp_index_ID: 19 HA<br>Info: 113 HB1,1,ALA,1",null,"H: 1.43<br>C: 18.09<br>Comp_index_ID: 20 HA<br>Info: 113 HB2,1,ALA,1","H: 1.43<br>C: 18.1<br>Comp_index_ID: 23 HA<br>Info: 113 HB2,1,ALA,1",null,"H: 1.43<br>C: 18.09<br>Comp_index_ID: 24 HA<br>Info: 113 HB3,1,ALA,1","H: 1.43<br>C: 18.1<br>Comp_index_ID: 25 HA<br>Info: 113 HB3,1,ALA,1",null,"H: 3.76<br>C: 63.62<br>Comp_index_ID: 26 HA<br>Info: 114 HA,1,ILE,1","H: 3.77<br>C: 63.4<br>Comp_index_ID: 27 HA<br>Info: 114 HA,1,ILE,1",null,"H: 2.07<br>C: 37.33<br>Comp_index_ID: 29 HA<br>Info: 114 HB,1,ILE,1","H: 2.07<br>C: 37.57<br>Comp_index_ID: 31 HA<br>Info: 114 HB,1,ILE,1",null,"H: 0.82<br>C: 13.36<br>Comp_index_ID: 32 HA<br>Info: 114 HD11,1,ILE,1","H: 0.83<br>C: 13.73<br>Comp_index_ID: 34 HA<br>Info: 114 HD11,1,ILE,1",null,"H: 0.82<br>C: 13.36<br>Comp_index_ID: 35 HA<br>Info: 114 HD12,1,ILE,1","H: 0.83<br>C: 13.73<br>Comp_index_ID: 41 HA<br>Info: 114 HD12,1,ILE,1",null,"H: 0.82<br>C: 13.36<br>Comp_index_ID: 42 HA<br>Info: 114 HD13,1,ILE,1","H: 0.83<br>C: 13.73<br>Comp_index_ID: 43 HA<br>Info: 114 HD13,1,ILE,1",null,"H: 1.44<br>C: 28.84<br>Comp_index_ID: 44 HA<br>Info: 114 HG12,1,ILE,1",null,"H: 1.64<br>C: 28.84<br>Comp_index_ID: 45 HA<br>Info: 114 HG13,1,ILE,1",null,"H: 0.92<br>C: 18.67<br>Comp_index_ID: 46 HA<br>Info: 114 HG21,1,ILE,1","H: 0.93<br>C: 18.71<br>Comp_index_ID: 47 HA<br>Info: 114 HG21,1,ILE,1",null,"H: 0.92<br>C: 18.67<br>Comp_index_ID: 48 HA<br>Info: 114 HG22,1,ILE,1","H: 0.93<br>C: 18.71<br>Comp_index_ID: 49 HA<br>Info: 114 HG22,1,ILE,1",null,"H: 0.92<br>C: 18.67<br>Comp_index_ID: 50 HA<br>Info: 114 HG23,1,ILE,1","H: 0.93<br>C: 18.71<br>Comp_index_ID: 5 HA<br>Info: 114 HG23,1,ILE,1",null,"H: 3.87<br>C: 61.06<br>Comp_index_ID: 52 HA<br>Info: 115 HA,1,LYS,1","H: 3.88<br>C: 61<br>Comp_index_ID: 53 HA<br>Info: 115 HA,1,LYS,1",null,"H: 1.95<br>C: 32.23<br>Comp_index_ID: 54 HA<br>Info: 115 HB2,1,LYS,1","H: 1.96<br>C: 32.25<br>Comp_index_ID: 55 HA<br>Info: 115 HB2,1,LYS,1",null,"H: 1.95<br>C: 32.23<br>Comp_index_ID: 56 HA<br>Info: 115 HB3,1,LYS,1","H: 1.96<br>C: 32.25<br>Comp_index_ID: 57 HA<br>Info: 115 HB3,1,LYS,1",null,"H: 1.79<br>C: 29.29<br>Comp_index_ID: 58 HA<br>Info: 115 HD2,1,LYS,1","H: 1.79<br>C: 29.3<br>Comp_index_ID: 6 HA<br>Info: 115 HD2,1,LYS,1",null,"H: 1.79<br>C: 29.29<br>Comp_index_ID: 7 HA<br>Info: 115 HD3,1,LYS,1","H: 1.79<br>C: 29.3<br>Comp_index_ID: 72 HA<br>Info: 115 HD3,1,LYS,1",null,"H: 3.06<br>C: 42.99<br>Comp_index_ID: 73 HA<br>Info: 115 HE2,1,LYS,1","H: 3.07<br>C: 43.1<br>Comp_index_ID: 74 HA<br>Info: 115 HE2,1,LYS,1",null,"H: 3.18<br>C: 42.99<br>Comp_index_ID: 75 HA<br>Info: 115 HE3,1,LYS,1","H: 3.18<br>C: 43.1<br>Comp_index_ID: 76 HA<br>Info: 115 HE3,1,LYS,1",null,"H: 1.42<br>C: 27.97<br>Comp_index_ID: 77 HA<br>Info: 115 HG2,1,LYS,1","H: 1.43<br>C: 27.9<br>Comp_index_ID: 78 HA<br>Info: 115 HG2,1,LYS,1",null,"H: 1.43<br>C: 27.9<br>Comp_index_ID: 80 HA<br>Info: 115 HG3,1,LYS,1","H: 1.91<br>C: 27.97<br>Comp_index_ID: 8 HA<br>Info: 115 HG3,1,LYS,1",null,"H: 4.29<br>C: 54.8<br>Comp_index_ID: 81 HA<br>Info: 116 HA,1,ALA,1","H: 4.3<br>C: 54.84<br>Comp_index_ID: 82 HA<br>Info: 116 HA,1,ALA,1",null,"H: 1.54<br>C: 18.03<br>Comp_index_ID: 83 HA<br>Info: 116 HB1,1,ALA,1","H: 1.55<br>C: 18.06<br>Comp_index_ID: 84 HA<br>Info: 116 HB1,1,ALA,1",null,"H: 1.54<br>C: 18.03<br>Comp_index_ID: 85 HA<br>Info: 116 HB2,1,ALA,1","H: 1.55<br>C: 18.06<br>Comp_index_ID: 86 HA<br>Info: 116 HB2,1,ALA,1",null,"H: 1.54<br>C: 18.03<br>Comp_index_ID: 87 HA<br>Info: 116 HB3,1,ALA,1","H: 1.55<br>C: 18.06<br>Comp_index_ID: 88 HA<br>Info: 116 HB3,1,ALA,1",null,"H: 3.93<br>C: 55.41<br>Comp_index_ID: 89 HA<br>Info: 117 HA,1,ALA,1","H: 3.93<br>C: 55.42<br>Comp_index_ID: 90 HA<br>Info: 117 HA,1,ALA,1",null,"H: 1.47<br>C: 17.98<br>Comp_index_ID: 9 HA<br>Info: 117 HB1,1,ALA,1","H: 1.48<br>C: 18.02<br>Comp_index_ID: 91 HA<br>Info: 117 HB1,1,ALA,1",null,"H: 1.47<br>C: 17.98<br>Comp_index_ID: 92 HA<br>Info: 117 HB2,1,ALA,1","H: 1.48<br>C: 18.02<br>Comp_index_ID: 93 HA<br>Info: 117 HB2,1,ALA,1",null,"H: 1.47<br>C: 17.98<br>Comp_index_ID: 94 HA<br>Info: 117 HB3,1,ALA,1","H: 1.48<br>C: 18.02<br>Comp_index_ID: 95 HA<br>Info: 117 HB3,1,ALA,1",null,"H: 3.56<br>C: 66.25<br>Comp_index_ID: 96 HA<br>Info: 118 HA,1,ILE,1","H: 3.56<br>C: 66.24<br>Comp_index_ID: 98 HA<br>Info: 118 HA,1,ILE,1",null,"H: 1.91<br>C: 38.8<br>Comp_index_ID: 18 HA2<br>Info: 118 HB,1,ILE,1","H: 1.92<br>C: 38.8<br>Comp_index_ID: 28 HA2<br>Info: 118 HB,1,ILE,1",null,"H: 0.89<br>C: 15.2<br>Comp_index_ID: 30 HA2<br>Info: 118 HD11,1,ILE,1","H: 0.89<br>C: 15.19<br>Comp_index_ID: 33 HA2<br>Info: 118 HD11,1,ILE,1",null,"H: 0.89<br>C: 15.2<br>Comp_index_ID: 38 HA2<br>Info: 118 HD12,1,ILE,1","H: 0.89<br>C: 15.19<br>Comp_index_ID: 51 HA2<br>Info: 118 HD12,1,ILE,1",null,"H: 0.89<br>C: 15.2<br>Comp_index_ID: 62 HA2<br>Info: 118 HD13,1,ILE,1","H: 0.89<br>C: 15.19<br>Comp_index_ID: 79 HA2<br>Info: 118 HD13,1,ILE,1",null,"H: 1.98<br>C: 29.44<br>Comp_index_ID: 18 HA2<br>Info: 118 HG12,1,ILE,1","H: 1.98<br>C: 29.41<br>Comp_index_ID: 28 HA2<br>Info: 118 HG12,1,ILE,1",null,"H: 1.98<br>C: 29.44<br>Comp_index_ID: 30 HA2<br>Info: 118 HG13,1,ILE,1","H: 1.98<br>C: 29.41<br>Comp_index_ID: 33 HA2<br>Info: 118 HG13,1,ILE,1",null,"H: 0.99<br>C: 17.29<br>Comp_index_ID: 51 HA2<br>Info: 118 HG21,1,ILE,1","H: 0.99<br>C: 17.36<br>Comp_index_ID: 79 HA2<br>Info: 118 HG21,1,ILE,1",null,"H: 0.99<br>C: 17.29<br>Comp_index_ID: 18 HA3<br>Info: 118 HG22,1,ILE,1","H: 0.99<br>C: 17.36<br>Comp_index_ID: 28 HA3<br>Info: 118 HG22,1,ILE,1",null,"H: 0.99<br>C: 17.29<br>Comp_index_ID: 30 HA3<br>Info: 118 HG23,1,ILE,1","H: 0.99<br>C: 17.36<br>Comp_index_ID: 33 HA3<br>Info: 118 HG23,1,ILE,1",null,"H: 4.13<br>C: 55.21<br>Comp_index_ID: 38 HA3<br>Info: 119 HA,1,ALA,1","H: 4.13<br>C: 55.31<br>Comp_index_ID: 51 HA3<br>Info: 119 HA,1,ALA,1",null,"H: 1.55<br>C: 17.89<br>Comp_index_ID: 62 HA3<br>Info: 119 HB1,1,ALA,1","H: 1.56<br>C: 17.89<br>Comp_index_ID: 79 HA3<br>Info: 119 HB1,1,ALA,1",null,"H: 1.55<br>C: 17.89<br>Comp_index_ID: 18 HA3<br>Info: 119 HB2,1,ALA,1","H: 1.56<br>C: 17.89<br>Comp_index_ID: 28 HA3<br>Info: 119 HB2,1,ALA,1",null,"H: 1.55<br>C: 17.89<br>Comp_index_ID: 30 HA3<br>Info: 119 HB3,1,ALA,1","H: 1.56<br>C: 17.89<br>Comp_index_ID: 33 HA3<br>Info: 119 HB3,1,ALA,1",null,"H: 4.47<br>C: 57.86<br>Comp_index_ID: 51 HA3<br>Info: 120 HA,1,ASP,1","H: 4.47<br>C: 57.9<br>Comp_index_ID: 79 HA3<br>Info: 120 HA,1,ASP,1",null,"H: 2.95<br>C: 43.71<br>Comp_index_ID: 102 HB<br>Info: 120 HB2,1,ASP,1","H: 2.99<br>C: 43.77<br>Comp_index_ID: 104 HB<br>Info: 120 HB2,1,ASP,1",null,"H: 2.95<br>C: 43.71<br>Comp_index_ID: 108 HB<br>Info: 120 HB3,1,ASP,1","H: 2.99<br>C: 43.77<br>Comp_index_ID: 114 HB<br>Info: 120 HB3,1,ASP,1",null,"H: 3.95<br>C: 62.35<br>Comp_index_ID: 118 HB<br>Info: 121 HA,1,TYR,1","H: 3.96<br>C: 62.41<br>Comp_index_ID: 17 HB<br>Info: 121 HA,1,TYR,1",null,"H: 2.89<br>C: 38.26<br>Comp_index_ID: 27 HB<br>Info: 121 HB2,1,TYR,1","H: 2.9<br>C: 38.21<br>Comp_index_ID: 32 HB<br>Info: 121 HB2,1,TYR,1",null,"H: 3.18<br>C: 38.21<br>Comp_index_ID: 40 HB<br>Info: 121 HB3,1,TYR,1","H: 3.19<br>C: 38.26<br>Comp_index_ID: 45 HB<br>Info: 121 HB3,1,TYR,1",null,"H: 3.61<br>C: 60.48<br>Comp_index_ID: 47 HB<br>Info: 122 HA,1,LYS,1","H: 3.62<br>C: 60.44<br>Comp_index_ID: 52 HB<br>Info: 122 HA,1,LYS,1",null,"H: 1.9<br>C: 32.51<br>Comp_index_ID: 53 HB<br>Info: 122 HB2,1,LYS,1","H: 1.9<br>C: 32.46<br>Comp_index_ID: 7 HB<br>Info: 122 HB2,1,LYS,1",null,"H: 1.9<br>C: 32.51<br>Comp_index_ID: 73 HB<br>Info: 122 HB3,1,LYS,1","H: 1.9<br>C: 32.46<br>Comp_index_ID: 74 HB<br>Info: 122 HB3,1,LYS,1",null,"H: 1.71<br>C: 29.91<br>Comp_index_ID: 77 HB<br>Info: 122 HD2,1,LYS,1","H: 1.72<br>C: 29.78<br>Comp_index_ID: 8 HB<br>Info: 122 HD2,1,LYS,1",null,"H: 1.71<br>C: 29.91<br>Comp_index_ID: 88 HB<br>Info: 122 HD3,1,LYS,1","H: 1.72<br>C: 29.78<br>Comp_index_ID: 91 HB<br>Info: 122 HD3,1,LYS,1",null,"H: 2.84<br>C: 41.99<br>Comp_index_ID: 93 HB<br>Info: 122 HE2,1,LYS,1","H: 2.84<br>C: 42.02<br>Comp_index_ID: 102 HB<br>Info: 122 HE2,1,LYS,1",null,"H: 2.96<br>C: 41.99<br>Comp_index_ID: 104 HB<br>Info: 122 HE3,1,LYS,1","H: 2.97<br>C: 42.02<br>Comp_index_ID: 108 HB<br>Info: 122 HE3,1,LYS,1",null,"H: 1.44<br>C: 26.88<br>Comp_index_ID: 114 HB<br>Info: 122 HG2,1,LYS,1","H: 1.46<br>C: 26.83<br>Comp_index_ID: 118 HB<br>Info: 122 HG2,1,LYS,1",null,"H: 1.92<br>C: 26.88<br>Comp_index_ID: 17 HB<br>Info: 122 HG3,1,LYS,1","H: 1.93<br>C: 26.83<br>Comp_index_ID: 27 HB<br>Info: 122 HG3,1,LYS,1",null,"H: 4.25<br>C: 61.24<br>Comp_index_ID: 32 HB<br>Info: 123 HA,1,SER,1","H: 4.26<br>C: 61.27<br>Comp_index_ID: 45 HB<br>Info: 123 HA,1,SER,1",null,"H: 4.08<br>C: 62.87<br>Comp_index_ID: 47 HB<br>Info: 123 HB2,1,SER,1","H: 4.09<br>C: 62.91<br>Comp_index_ID: 52 HB<br>Info: 123 HB2,1,SER,1",null,"H: 4.08<br>C: 62.87<br>Comp_index_ID: 53 HB<br>Info: 123 HB3,1,SER,1","H: 4.09<br>C: 62.91<br>Comp_index_ID: 7 HB<br>Info: 123 HB3,1,SER,1",null,"H: 4.15<br>C: 58.42<br>Comp_index_ID: 73 HB<br>Info: 124 HA,1,LYS,1","H: 4.16<br>C: 58.4<br>Comp_index_ID: 74 HB<br>Info: 124 HA,1,LYS,1",null,"H: 1.86<br>C: 32.78<br>Comp_index_ID: 77 HB<br>Info: 124 HB2,1,LYS,1","H: 1.86<br>C: 32.69<br>Comp_index_ID: 8 HB<br>Info: 124 HB2,1,LYS,1",null,"H: 1.86<br>C: 32.78<br>Comp_index_ID: 88 HB<br>Info: 124 HB3,1,LYS,1","H: 1.86<br>C: 32.69<br>Comp_index_ID: 91 HB<br>Info: 124 HB3,1,LYS,1",null,"H: 1.73<br>C: 29.83<br>Comp_index_ID: 93 HB<br>Info: 124 HD2,1,LYS,1","H: 1.74<br>C: 29.97<br>Comp_index_ID: 110 HB1<br>Info: 124 HD2,1,LYS,1",null,"H: 1.73<br>C: 29.83<br>Comp_index_ID: 113 HB1<br>Info: 124 HD3,1,LYS,1","H: 1.74<br>C: 29.97<br>Comp_index_ID: 116 HB1<br>Info: 124 HD3,1,LYS,1",null,"H: 3.01<br>C: 42.81<br>Comp_index_ID: 117 HB1<br>Info: 124 HE2,1,LYS,1","H: 3.02<br>C: 42.79<br>Comp_index_ID: 119 HB1<br>Info: 124 HE2,1,LYS,1",null,"H: 3.12<br>C: 42.81<br>Comp_index_ID: 127 HB1<br>Info: 124 HE3,1,LYS,1","H: 3.12<br>C: 42.79<br>Comp_index_ID: 34 HB1<br>Info: 124 HE3,1,LYS,1",null,"H: 1.4<br>C: 25.78<br>Comp_index_ID: 36 HB1<br>Info: 124 HG2,1,LYS,1","H: 1.41<br>C: 25.82<br>Comp_index_ID: 39 HB1<br>Info: 124 HG2,1,LYS,1",null,"H: 1.71<br>C: 25.78<br>Comp_index_ID: 56 HB1<br>Info: 124 HG3,1,LYS,1","H: 1.71<br>C: 25.82<br>Comp_index_ID: 68 HB1<br>Info: 124 HG3,1,LYS,1",null,"H: 4.21<br>C: 55.98<br>Comp_index_ID: 85 HB1<br>Info: 125 HA,1,ARG,1","H: 4.21<br>C: 55.95<br>Comp_index_ID: 87 HB1<br>Info: 125 HA,1,ARG,1",null,"H: 1.57<br>C: 29.92<br>Comp_index_ID: 94 HB1<br>Info: 125 HB2,1,ARG,1","H: 1.57<br>C: 30.02<br>Comp_index_ID: 110 HB1<br>Info: 125 HB2,1,ARG,1",null,"H: 1.8<br>C: 29.92<br>Comp_index_ID: 113 HB1<br>Info: 125 HB3,1,ARG,1","H: 1.8<br>C: 30.02<br>Comp_index_ID: 116 HB1<br>Info: 125 HB3,1,ARG,1",null,"H: 2.97<br>C: 42.7<br>Comp_index_ID: 117 HB1<br>Info: 125 HD2,1,ARG,1","H: 2.97<br>C: 42.79<br>Comp_index_ID: 119 HB1<br>Info: 125 HD2,1,ARG,1",null,"H: 2.97<br>C: 42.7<br>Comp_index_ID: 127 HB1<br>Info: 125 HD3,1,ARG,1","H: 2.97<br>C: 42.79<br>Comp_index_ID: 34 HB1<br>Info: 125 HD3,1,ARG,1",null,"H: 1.43<br>C: 25.89<br>Comp_index_ID: 56 HB1<br>Info: 125 HG2,1,ARG,1","H: 1.44<br>C: 25.91<br>Comp_index_ID: 85 HB1<br>Info: 125 HG2,1,ARG,1",null,"H: 1.43<br>C: 25.89<br>Comp_index_ID: 87 HB1<br>Info: 125 HG3,1,ARG,1","H: 1.44<br>C: 25.91<br>Comp_index_ID: 94 HB1<br>Info: 125 HG3,1,ARG,1",null,"H: 4.21<br>C: 56.73<br>Comp_index_ID: 100 HB2<br>Info: 126 HA,1,GLU,1","H: 4.21<br>C: 56.68<br>Comp_index_ID: 101 HB2<br>Info: 126 HA,1,GLU,1",null,"H: 1.97<br>C: 30.18<br>Comp_index_ID: 103 HB2<br>Info: 126 HB2,1,GLU,1","H: 1.97<br>C: 30.23<br>Comp_index_ID: 105 HB2<br>Info: 126 HB2,1,GLU,1",null,"H: 2.04<br>C: 30.18<br>Comp_index_ID: 106 HB2<br>Info: 126 HB3,1,GLU,1","H: 2.05<br>C: 30.23<br>Comp_index_ID: 107 HB2<br>Info: 126 HB3,1,GLU,1",null,"H: 2.26<br>C: 36.33<br>Comp_index_ID: 109 HB2<br>Info: 126 HG2,1,GLU,1","H: 2.28<br>C: 36.33<br>Comp_index_ID: 110 HB2<br>Info: 126 HG2,1,GLU,1",null,"H: 2.34<br>C: 36.33<br>Comp_index_ID: 111 HB2<br>Info: 126 HG3,1,GLU,1","H: 2.34<br>C: 36.33<br>Comp_index_ID: 112 HB2<br>Info: 126 HG3,1,GLU,1",null,"H: 4.33<br>C: 52.48<br>Comp_index_ID: 113 HB2<br>Info: 127 HA,1,ALA,1","H: 4.33<br>C: 52.51<br>Comp_index_ID: 115 HB2<br>Info: 127 HA,1,ALA,1",null,"H: 1.4<br>C: 19.05<br>Comp_index_ID: 116 HB2<br>Info: 127 HB1,1,ALA,1","H: 1.4<br>C: 18.98<br>Comp_index_ID: 117 HB2<br>Info: 127 HB1,1,ALA,1",null,"H: 1.4<br>C: 19.05<br>Comp_index_ID: 119 HB2<br>Info: 127 HB2,1,ALA,1","H: 1.4<br>C: 18.98<br>Comp_index_ID: 120 HB2<br>Info: 127 HB2,1,ALA,1",null,"H: 1.4<br>C: 19.05<br>Comp_index_ID: 121 HB2<br>Info: 127 HB3,1,ALA,1","H: 1.4<br>C: 18.98<br>Comp_index_ID: 122 HB2<br>Info: 127 HB3,1,ALA,1",null,"H: 4.14<br>C: 57.75<br>Comp_index_ID: 123 HB2<br>Info: 128 HA,1,LYS,1","H: 4.14<br>C: 57.6<br>Comp_index_ID: 124 HB2<br>Info: 128 HA,1,LYS,1",null,"H: 1.71<br>C: 33.72<br>Comp_index_ID: 125 HB2<br>Info: 128 HB2,1,LYS,1","H: 1.71<br>C: 33.6<br>Comp_index_ID: 126 HB2<br>Info: 128 HB2,1,LYS,1",null,"H: 1.83<br>C: 33.6<br>Comp_index_ID: 127 HB2<br>Info: 128 HB3,1,LYS,1","H: 1.83<br>C: 33.72<br>Comp_index_ID: 128 HB2<br>Info: 128 HB3,1,LYS,1",null,"H: 1.66<br>C: 29.05<br>Comp_index_ID: 16 HB2<br>Info: 128 HD2,1,LYS,1","H: 1.67<br>C: 29.08<br>Comp_index_ID: 19 HB2<br>Info: 128 HD2,1,LYS,1",null,"H: 1.66<br>C: 29.05<br>Comp_index_ID: 20 HB2<br>Info: 128 HD3,1,LYS,1","H: 1.67<br>C: 29.08<br>Comp_index_ID: 21 HB2<br>Info: 128 HD3,1,LYS,1",null,"H: 2.99<br>C: 42.24<br>Comp_index_ID: 23 HB2<br>Info: 128 HE2,1,LYS,1","H: 3<br>C: 42.3<br>Comp_index_ID: 24 HB2<br>Info: 128 HE2,1,LYS,1",null,"H: 2.99<br>C: 42.24<br>Comp_index_ID: 25 HB2<br>Info: 128 HE3,1,LYS,1","H: 3<br>C: 42.3<br>Comp_index_ID: 26 HB2<br>Info: 128 HE3,1,LYS,1",null,"H: 1.4<br>C: 24.75<br>Comp_index_ID: 29 HB2<br>Info: 128 HG2,1,LYS,1","H: 1.41<br>C: 24.75<br>Comp_index_ID: 31 HB2<br>Info: 128 HG2,1,LYS,1",null,"H: 1.4<br>C: 24.75<br>Comp_index_ID: 34 HB2<br>Info: 128 HG3,1,LYS,1","H: 1.41<br>C: 24.75<br>Comp_index_ID: 35 HB2<br>Info: 128 HG3,1,LYS,1",null,"H: 4.7<br>C: 63.76<br>Comp_index_ID: 36 HB2<br>Info: 14 HA,1,PRO,1","H: 4.7<br>C: 63.63<br>Comp_index_ID: 37 HB2<br>Info: 14 HA,1,PRO,1",null,"H: 3.29<br>C: 50.18<br>Comp_index_ID: 39 HB2<br>Info: 14 HD2,1,PRO,1",null,"H: 3.47<br>C: 50.18<br>Comp_index_ID: 41 HB2<br>Info: 14 HD3,1,PRO,1",null,"H: 4.32<br>C: 55.56<br>Comp_index_ID: 42 HB2<br>Info: 15 HA,1,ARG,1","H: 4.34<br>C: 55.57<br>Comp_index_ID: 43 HB2<br>Info: 15 HA,1,ARG,1",null,"H: 3.04<br>C: 43.95<br>Comp_index_ID: 44 HB2<br>Info: 15 HD2,1,ARG,1","H: 3.05<br>C: 43.9<br>Comp_index_ID: 46 HB2<br>Info: 15 HD2,1,ARG,1",null,"H: 3.27<br>C: 43.9<br>Comp_index_ID: 48 HB2<br>Info: 15 HD3,1,ARG,1","H: 3.27<br>C: 43.95<br>Comp_index_ID: 49 HB2<br>Info: 15 HD3,1,ARG,1",null,"H: 1.69<br>C: 28.27<br>Comp_index_ID: 50 HB2<br>Info: 15 HG2,1,ARG,1",null,"H: 1.69<br>C: 28.27<br>Comp_index_ID: 54 HB2<br>Info: 15 HG3,1,ARG,1",null,"H: 4.15<br>C: 54.3<br>Comp_index_ID: 55 HB2<br>Info: 16 HA,1,ASN,1","H: 4.18<br>C: 54.2<br>Comp_index_ID: 56 HB2<br>Info: 16 HA,1,ASN,1",null,"H: 3.49<br>C: 37.19<br>Comp_index_ID: 57 HB2<br>Info: 16 HB2,1,ASN,1","H: 3.56<br>C: 37.15<br>Comp_index_ID: 58 HB2<br>Info: 16 HB2,1,ASN,1",null,"H: 3.56<br>C: 37.15<br>Comp_index_ID: 59 HB2<br>Info: 16 HB3,1,ASN,1","H: 3.63<br>C: 37.19<br>Comp_index_ID: 6 HB2<br>Info: 16 HB3,1,ASN,1",null,"H: 3.5<br>C: 62.47<br>Comp_index_ID: 61 HB2<br>Info: 17 HA,1,VAL,1","H: 3.56<br>C: 62.25<br>Comp_index_ID: 63 HB2<br>Info: 17 HA,1,VAL,1",null,"H: 1.69<br>C: 31.58<br>Comp_index_ID: 68 HB2<br>Info: 17 HB,1,VAL,1","H: 1.71<br>C: 31.51<br>Comp_index_ID: 69 HB2<br>Info: 17 HB,1,VAL,1",null,"H: 0.66<br>C: 20.95<br>Comp_index_ID: 70 HB2<br>Info: 17 HG11,1,VAL,1","H: 0.67<br>C: 20.93<br>Comp_index_ID: 72 HB2<br>Info: 17 HG11,1,VAL,1",null,"H: 0.66<br>C: 20.95<br>Comp_index_ID: 75 HB2<br>Info: 17 HG12,1,VAL,1","H: 0.67<br>C: 20.93<br>Comp_index_ID: 76 HB2<br>Info: 17 HG12,1,VAL,1",null,"H: 0.66<br>C: 20.95<br>Comp_index_ID: 78 HB2<br>Info: 17 HG13,1,VAL,1","H: 0.67<br>C: 20.93<br>Comp_index_ID: 80 HB2<br>Info: 17 HG13,1,VAL,1",null,"H: 0.55<br>C: 22.47<br>Comp_index_ID: 81 HB2<br>Info: 17 HG21,1,VAL,1","H: 0.56<br>C: 22.39<br>Comp_index_ID: 82 HB2<br>Info: 17 HG21,1,VAL,1",null,"H: 0.55<br>C: 22.47<br>Comp_index_ID: 83 HB2<br>Info: 17 HG22,1,VAL,1","H: 0.56<br>C: 22.39<br>Comp_index_ID: 84 HB2<br>Info: 17 HG22,1,VAL,1",null,"H: 0.55<br>C: 22.47<br>Comp_index_ID: 85 HB2<br>Info: 17 HG23,1,VAL,1","H: 0.56<br>C: 22.39<br>Comp_index_ID: 86 HB2<br>Info: 17 HG23,1,VAL,1",null,"H: 3.52<br>C: 44.59<br>Comp_index_ID: 87 HB2<br>Info: 18 HA2,1,GLY,1","H: 3.55<br>C: 44.64<br>Comp_index_ID: 89 HB2<br>Info: 18 HA2,1,GLY,1",null,"H: 4.34<br>C: 44.64<br>Comp_index_ID: 90 HB2<br>Info: 18 HA3,1,GLY,1","H: 4.34<br>C: 44.59<br>Comp_index_ID: 9 HB2<br>Info: 18 HA3,1,GLY,1",null,"H: 4.36<br>C: 56.87<br>Comp_index_ID: 92 HB2<br>Info: 19 HA,1,SER,1","H: 4.37<br>C: 56.9<br>Comp_index_ID: 94 HB2<br>Info: 19 HA,1,SER,1",null,"H: 3.66<br>C: 66.04<br>Comp_index_ID: 95 HB2<br>Info: 19 HB2,1,SER,1","H: 3.67<br>C: 65.98<br>Comp_index_ID: 96 HB2<br>Info: 19 HB2,1,SER,1",null,"H: 3.66<br>C: 66.04<br>Comp_index_ID: 97 HB2<br>Info: 19 HB3,1,SER,1","H: 3.67<br>C: 65.98<br>Comp_index_ID: 98 HB2<br>Info: 19 HB3,1,SER,1",null,"H: 4.89<br>C: 55.44<br>Comp_index_ID: 99 HB2<br>Info: 20 HA,1,PHE,1","H: 4.89<br>C: 55.59<br>Comp_index_ID: 103 HB2<br>Info: 20 HA,1,PHE,1",null,"H: 2.31<br>C: 42.07<br>Comp_index_ID: 105 HB2<br>Info: 20 HB2,1,PHE,1","H: 2.33<br>C: 41.96<br>Comp_index_ID: 106 HB2<br>Info: 20 HB2,1,PHE,1",null,"H: 3.39<br>C: 42.07<br>Comp_index_ID: 107 HB2<br>Info: 20 HB3,1,PHE,1","H: 3.4<br>C: 41.96<br>Comp_index_ID: 109 HB2<br>Info: 20 HB3,1,PHE,1",null,"H: 4.54<br>C: 54.7<br>Comp_index_ID: 110 HB2<br>Info: 21 HA,1,ASP,1",null,"H: 2.62<br>C: 41.16<br>Comp_index_ID: 111 HB2<br>Info: 21 HB2,1,ASP,1",null,"H: 2.69<br>C: 41.16<br>Comp_index_ID: 112 HB2<br>Info: 21 HB3,1,ASP,1",null,"H: 4.62<br>C: 53.17<br>Comp_index_ID: 113 HB2<br>Info: 23 HA,1,ASN,1","H: 4.63<br>C: 53.34<br>Comp_index_ID: 115 HB2<br>Info: 23 HA,1,ASN,1",null,"H: 2.76<br>C: 38.35<br>Comp_index_ID: 116 HB2<br>Info: 23 HB2,1,ASN,1","H: 2.76<br>C: 38.41<br>Comp_index_ID: 117 HB2<br>Info: 23 HB2,1,ASN,1",null,"H: 2.84<br>C: 38.35<br>Comp_index_ID: 119 HB2<br>Info: 23 HB3,1,ASN,1","H: 2.84<br>C: 38.41<br>Comp_index_ID: 120 HB2<br>Info: 23 HB3,1,ASN,1",null,"H: 4.47<br>C: 54.76<br>Comp_index_ID: 121 HB2<br>Info: 24 HA,1,ASP,1","H: 4.47<br>C: 54.74<br>Comp_index_ID: 122 HB2<br>Info: 24 HA,1,ASP,1",null,"H: 2.66<br>C: 41.48<br>Comp_index_ID: 123 HB2<br>Info: 24 HB2,1,ASP,1","H: 2.67<br>C: 41.52<br>Comp_index_ID: 124 HB2<br>Info: 24 HB2,1,ASP,1",null,"H: 2.76<br>C: 41.52<br>Comp_index_ID: 125 HB2<br>Info: 24 HB3,1,ASP,1","H: 2.76<br>C: 41.48<br>Comp_index_ID: 126 HB2<br>Info: 24 HB3,1,ASP,1",null,"H: 4.16<br>C: 58.33<br>Comp_index_ID: 127 HB2<br>Info: 25 HA,1,GLU,1","H: 4.17<br>C: 58.34<br>Comp_index_ID: 128 HB2<br>Info: 25 HA,1,GLU,1",null,"H: 2.01<br>C: 29.5<br>Comp_index_ID: 16 HB2<br>Info: 25 HB2,1,GLU,1","H: 2.02<br>C: 29.44<br>Comp_index_ID: 19 HB2<br>Info: 25 HB2,1,GLU,1",null,"H: 2.1<br>C: 29.5<br>Comp_index_ID: 20 HB2<br>Info: 25 HB3,1,GLU,1","H: 2.1<br>C: 29.44<br>Comp_index_ID: 23 HB2<br>Info: 25 HB3,1,GLU,1",null,"H: 2.3<br>C: 36.17<br>Comp_index_ID: 24 HB2<br>Info: 25 HG2,1,GLU,1","H: 2.3<br>C: 36.1<br>Comp_index_ID: 25 HB2<br>Info: 25 HG2,1,GLU,1",null,"H: 2.3<br>C: 36.17<br>Comp_index_ID: 26 HB2<br>Info: 25 HG3,1,GLU,1","H: 2.3<br>C: 36.1<br>Comp_index_ID: 29 HB2<br>Info: 25 HG3,1,GLU,1",null,"H: 5.02<br>C: 53.06<br>Comp_index_ID: 31 HB2<br>Info: 26 HA,1,ASN,1","H: 5.02<br>C: 53.05<br>Comp_index_ID: 34 HB2<br>Info: 26 HA,1,ASN,1",null,"H: 2.97<br>C: 38.35<br>Comp_index_ID: 35 HB2<br>Info: 26 HB2,1,ASN,1","H: 2.98<br>C: 38.3<br>Comp_index_ID: 41 HB2<br>Info: 26 HB2,1,ASN,1",null,"H: 3.34<br>C: 38.35<br>Comp_index_ID: 42 HB2<br>Info: 26 HB3,1,ASN,1","H: 3.35<br>C: 38.3<br>Comp_index_ID: 43 HB2<br>Info: 26 HB3,1,ASN,1",null,"H: 5.34<br>C: 60.01<br>Comp_index_ID: 44 HB2<br>Info: 27 HA,1,VAL,1","H: 5.35<br>C: 59.98<br>Comp_index_ID: 46 HB2<br>Info: 27 HA,1,VAL,1",null,"H: 1.98<br>C: 35.21<br>Comp_index_ID: 48 HB2<br>Info: 27 HB,1,VAL,1","H: 1.98<br>C: 35.21<br>Comp_index_ID: 49 HB2<br>Info: 27 HB,1,VAL,1",null,"H: 0.61<br>C: 22.14<br>Comp_index_ID: 50 HB2<br>Info: 27 HG11,1,VAL,1","H: 0.62<br>C: 22.13<br>Comp_index_ID: 5 HB2<br>Info: 27 HG11,1,VAL,1",null,"H: 0.61<br>C: 22.14<br>Comp_index_ID: 54 HB2<br>Info: 27 HG12,1,VAL,1","H: 0.62<br>C: 22.13<br>Comp_index_ID: 55 HB2<br>Info: 27 HG12,1,VAL,1",null,"H: 0.61<br>C: 22.14<br>Comp_index_ID: 56 HB2<br>Info: 27 HG13,1,VAL,1","H: 0.62<br>C: 22.13<br>Comp_index_ID: 57 HB2<br>Info: 27 HG13,1,VAL,1",null,"H: 0.87<br>C: 21.67<br>Comp_index_ID: 58 HB2<br>Info: 27 HG21,1,VAL,1","H: 0.88<br>C: 21.8<br>Comp_index_ID: 6 HB2<br>Info: 27 HG21,1,VAL,1",null,"H: 0.87<br>C: 21.67<br>Comp_index_ID: 72 HB2<br>Info: 27 HG22,1,VAL,1","H: 0.88<br>C: 21.8<br>Comp_index_ID: 75 HB2<br>Info: 27 HG22,1,VAL,1",null,"H: 0.87<br>C: 21.67<br>Comp_index_ID: 76 HB2<br>Info: 27 HG23,1,VAL,1","H: 0.88<br>C: 21.8<br>Comp_index_ID: 78 HB2<br>Info: 27 HG23,1,VAL,1",null,"H: 3.83<br>C: 44.32<br>Comp_index_ID: 80 HB2<br>Info: 28 HA2,1,GLY,1","H: 3.83<br>C: 44.3<br>Comp_index_ID: 81 HB2<br>Info: 28 HA2,1,GLY,1",null,"H: 5.11<br>C: 44.3<br>Comp_index_ID: 82 HB2<br>Info: 28 HA3,1,GLY,1","H: 5.11<br>C: 44.32<br>Comp_index_ID: 83 HB2<br>Info: 28 HA3,1,GLY,1",null,"H: 5.44<br>C: 57.63<br>Comp_index_ID: 84 HB2<br>Info: 29 HA,1,SER,1","H: 5.44<br>C: 57.61<br>Comp_index_ID: 85 HB2<br>Info: 29 HA,1,SER,1",null,"H: 3.73<br>C: 64.72<br>Comp_index_ID: 86 HB2<br>Info: 29 HB2,1,SER,1","H: 3.73<br>C: 64.74<br>Comp_index_ID: 87 HB2<br>Info: 29 HB2,1,SER,1",null,"H: 3.73<br>C: 64.72<br>Comp_index_ID: 89 HB2<br>Info: 29 HB3,1,SER,1","H: 3.73<br>C: 64.74<br>Comp_index_ID: 90 HB2<br>Info: 29 HB3,1,SER,1",null,"H: 3.61<br>C: 44.6<br>Comp_index_ID: 92 HB2<br>Info: 30 HA2,1,GLY,1","H: 3.63<br>C: 44.63<br>Comp_index_ID: 94 HB2<br>Info: 30 HA2,1,GLY,1",null,"H: 4.5<br>C: 44.63<br>Comp_index_ID: 95 HB2<br>Info: 30 HA3,1,GLY,1","H: 4.52<br>C: 44.6<br>Comp_index_ID: 96 HB2<br>Info: 30 HA3,1,GLY,1",null,"H: 5.58<br>C: 55.07<br>Comp_index_ID: 98 HB2<br>Info: 31 HA,1,MET,1","H: 5.58<br>C: 55.13<br>Comp_index_ID: 100 HB3<br>Info: 31 HA,1,MET,1",null,"H: 1.81<br>C: 34.86<br>Comp_index_ID: 101 HB3<br>Info: 31 HB2,1,MET,1","H: 1.84<br>C: 34.84<br>Comp_index_ID: 103 HB3<br>Info: 31 HB2,1,MET,1",null,"H: 2.09<br>C: 34.86<br>Comp_index_ID: 105 HB3<br>Info: 31 HB3,1,MET,1","H: 2.09<br>C: 34.84<br>Comp_index_ID: 106 HB3<br>Info: 31 HB3,1,MET,1",null,"H: 2.04<br>C: 17.36<br>Comp_index_ID: 107 HB3<br>Info: 31 HE2,1,MET,1","H: 2.05<br>C: 17.32<br>Comp_index_ID: 109 HB3<br>Info: 31 HE2,1,MET,1",null,"H: 2.04<br>C: 17.36<br>Comp_index_ID: 110 HB3<br>Info: 31 HE3,1,MET,1","H: 2.05<br>C: 17.32<br>Comp_index_ID: 111 HB3<br>Info: 31 HE3,1,MET,1",null,"H: 2.35<br>C: 32.02<br>Comp_index_ID: 112 HB3<br>Info: 31 HG2,1,MET,1","H: 2.35<br>C: 32.13<br>Comp_index_ID: 113 HB3<br>Info: 31 HG2,1,MET,1",null,"H: 2.35<br>C: 32.02<br>Comp_index_ID: 115 HB3<br>Info: 31 HG3,1,MET,1","H: 2.39<br>C: 32.13<br>Comp_index_ID: 116 HB3<br>Info: 31 HG3,1,MET,1",null,"H: 4.74<br>C: 59.48<br>Comp_index_ID: 117 HB3<br>Info: 32 HA,1,VAL,1","H: 4.8<br>C: 59.32<br>Comp_index_ID: 119 HB3<br>Info: 32 HA,1,VAL,1",null,"H: 2.25<br>C: 35.84<br>Comp_index_ID: 120 HB3<br>Info: 32 HB,1,VAL,1","H: 2.29<br>C: 35.89<br>Comp_index_ID: 121 HB3<br>Info: 32 HB,1,VAL,1",null,"H: 0.9<br>C: 20.18<br>Comp_index_ID: 122 HB3<br>Info: 32 HG11,1,VAL,1","H: 0.91<br>C: 20.39<br>Comp_index_ID: 123 HB3<br>Info: 32 HG11,1,VAL,1",null,"H: 0.9<br>C: 20.18<br>Comp_index_ID: 124 HB3<br>Info: 32 HG12,1,VAL,1","H: 0.91<br>C: 20.39<br>Comp_index_ID: 125 HB3<br>Info: 32 HG12,1,VAL,1",null,"H: 0.9<br>C: 20.18<br>Comp_index_ID: 126 HB3<br>Info: 32 HG13,1,VAL,1","H: 0.91<br>C: 20.39<br>Comp_index_ID: 127 HB3<br>Info: 32 HG13,1,VAL,1",null,"H: 0.82<br>C: 21.79<br>Comp_index_ID: 128 HB3<br>Info: 32 HG21,1,VAL,1","H: 0.86<br>C: 21.94<br>Comp_index_ID: 16 HB3<br>Info: 32 HG21,1,VAL,1",null,"H: 0.82<br>C: 21.79<br>Comp_index_ID: 19 HB3<br>Info: 32 HG22,1,VAL,1","H: 0.86<br>C: 21.94<br>Comp_index_ID: 20 HB3<br>Info: 32 HG22,1,VAL,1",null,"H: 0.82<br>C: 21.79<br>Comp_index_ID: 21 HB3<br>Info: 32 HG23,1,VAL,1","H: 0.86<br>C: 21.94<br>Comp_index_ID: 23 HB3<br>Info: 32 HG23,1,VAL,1",null,"H: 4.18<br>C: 44.51<br>Comp_index_ID: 24 HB3<br>Info: 33 HA2,1,GLY,1","H: 4.24<br>C: 44.62<br>Comp_index_ID: 25 HB3<br>Info: 33 HA2,1,GLY,1",null,"H: 4.44<br>C: 44.62<br>Comp_index_ID: 26 HB3<br>Info: 33 HA3,1,GLY,1","H: 4.54<br>C: 44.51<br>Comp_index_ID: 29 HB3<br>Info: 33 HA3,1,GLY,1",null,"H: 4.85<br>C: 50.04<br>Comp_index_ID: 31 HB3<br>Info: 34 HA,1,ALA,1","H: 4.93<br>C: 49.27<br>Comp_index_ID: 34 HB3<br>Info: 34 HA,1,ALA,1",null,"H: 1.44<br>C: 19.99<br>Comp_index_ID: 35 HB3<br>Info: 34 HB1,1,ALA,1","H: 1.49<br>C: 20.13<br>Comp_index_ID: 36 HB3<br>Info: 34 HB1,1,ALA,1",null,"H: 1.44<br>C: 19.99<br>Comp_index_ID: 37 HB3<br>Info: 34 HB2,1,ALA,1","H: 1.49<br>C: 20.13<br>Comp_index_ID: 39 HB3<br>Info: 34 HB2,1,ALA,1",null,"H: 1.44<br>C: 19.99<br>Comp_index_ID: 41 HB3<br>Info: 34 HB3,1,ALA,1","H: 1.49<br>C: 20.13<br>Comp_index_ID: 42 HB3<br>Info: 34 HB3,1,ALA,1",null,"H: 4.2<br>C: 65.35<br>Comp_index_ID: 43 HB3<br>Info: 35 HA,1,PRO,1","H: 4.4<br>C: 63.08<br>Comp_index_ID: 44 HB3<br>Info: 35 HA,1,PRO,1",null,"H: 1.92<br>C: 32.05<br>Comp_index_ID: 46 HB3<br>Info: 35 HB2,1,PRO,1","H: 1.95<br>C: 31.81<br>Comp_index_ID: 48 HB3<br>Info: 35 HB2,1,PRO,1",null,"H: 2.28<br>C: 32.05<br>Comp_index_ID: 49 HB3<br>Info: 35 HB3,1,PRO,1","H: 2.32<br>C: 31.81<br>Comp_index_ID: 50 HB3<br>Info: 35 HB3,1,PRO,1",null,"H: 3.61<br>C: 50.5<br>Comp_index_ID: 54 HB3<br>Info: 35 HD2,1,PRO,1","H: 3.69<br>C: 50.53<br>Comp_index_ID: 55 HB3<br>Info: 35 HD2,1,PRO,1",null,"H: 3.78<br>C: 50.5<br>Comp_index_ID: 56 HB3<br>Info: 35 HD3,1,PRO,1","H: 3.86<br>C: 50.53<br>Comp_index_ID: 57 HB3<br>Info: 35 HD3,1,PRO,1",null,"H: 1.94<br>C: 27.59<br>Comp_index_ID: 58 HB3<br>Info: 35 HG2,1,PRO,1","H: 2<br>C: 27.38<br>Comp_index_ID: 59 HB3<br>Info: 35 HG2,1,PRO,1",null,"H: 2<br>C: 27.38<br>Comp_index_ID: 6 HB3<br>Info: 35 HG3,1,PRO,1","H: 2.12<br>C: 27.59<br>Comp_index_ID: 61 HB3<br>Info: 35 HG3,1,PRO,1",null,"H: 4.16<br>C: 54.51<br>Comp_index_ID: 63 HB3<br>Info: 36 HA,1,ALA,1",null,"H: 1.37<br>C: 18.53<br>Comp_index_ID: 68 HB3<br>Info: 36 HB1,1,ALA,1",null,"H: 1.37<br>C: 18.53<br>Comp_index_ID: 69 HB3<br>Info: 36 HB2,1,ALA,1",null,"H: 1.37<br>C: 18.53<br>Comp_index_ID: 70 HB3<br>Info: 36 HB3,1,ALA,1",null,"H: 4.68<br>C: 57.72<br>Comp_index_ID: 72 HB3<br>Info: 37 HA,1,CYS,1",null,"H: 2.98<br>C: 28.81<br>Comp_index_ID: 75 HB3<br>Info: 37 HB2,1,CYS,1",null,"H: 3.04<br>C: 28.81<br>Comp_index_ID: 76 HB3<br>Info: 37 HB3,1,CYS,1",null,"H: 3.78<br>C: 45.93<br>Comp_index_ID: 78 HB3<br>Info: 38 HA2,1,GLY,1",null,"H: 4.17<br>C: 45.93<br>Comp_index_ID: 80 HB3<br>Info: 38 HA3,1,GLY,1",null,"H: 5.08<br>C: 52.03<br>Comp_index_ID: 81 HB3<br>Info: 39 HA,1,ALA,1",null,"H: 1.33<br>C: 21.43<br>Comp_index_ID: 82 HB3<br>Info: 39 HB1,1,ALA,1",null,"H: 1.33<br>C: 21.43<br>Comp_index_ID: 83 HB3<br>Info: 39 HB2,1,ALA,1",null,"H: 1.33<br>C: 21.43<br>Comp_index_ID: 84 HB3<br>Info: 39 HB3,1,ALA,1",null,"H: 4.55<br>C: 61.88<br>Comp_index_ID: 85 HB3<br>Info: 40 HA,1,VAL,1",null,"H: 1.91<br>C: 35.28<br>Comp_index_ID: 86 HB3<br>Info: 40 HB,1,VAL,1",null,"H: 0.81<br>C: 20.95<br>Comp_index_ID: 87 HB3<br>Info: 40 HG11,1,VAL,1",null,"H: 0.81<br>C: 20.95<br>Comp_index_ID: 89 HB3<br>Info: 40 HG12,1,VAL,1",null,"H: 0.81<br>C: 20.95<br>Comp_index_ID: 90 HB3<br>Info: 40 HG13,1,VAL,1",null,"H: 0.91<br>C: 21.16<br>Comp_index_ID: 9 HB3<br>Info: 40 HG21,1,VAL,1",null,"H: 0.91<br>C: 21.16<br>Comp_index_ID: 92 HB3<br>Info: 40 HG22,1,VAL,1",null,"H: 0.91<br>C: 21.16<br>Comp_index_ID: 94 HB3<br>Info: 40 HG23,1,VAL,1",null,"H: 5.06<br>C: 55.02<br>Comp_index_ID: 95 HB3<br>Info: 41 HA,1,MET,1","H: 5.08<br>C: 55.17<br>Comp_index_ID: 96 HB3<br>Info: 41 HA,1,MET,1",null,"H: 1.67<br>C: 36.14<br>Comp_index_ID: 97 HB3<br>Info: 41 HB2,1,MET,1","H: 1.7<br>C: 36.47<br>Comp_index_ID: 98 HB3<br>Info: 41 HB2,1,MET,1",null,"H: 1.67<br>C: 36.14<br>Comp_index_ID: 99 HB3<br>Info: 41 HB3,1,MET,1","H: 1.7<br>C: 36.47<br>Comp_index_ID: 103 HB3<br>Info: 41 HB3,1,MET,1",null,"H: 1.91<br>C: 17.68<br>Comp_index_ID: 105 HB3<br>Info: 41 HE2,1,MET,1","H: 1.92<br>C: 17.63<br>Comp_index_ID: 106 HB3<br>Info: 41 HE2,1,MET,1",null,"H: 1.91<br>C: 17.68<br>Comp_index_ID: 107 HB3<br>Info: 41 HE3,1,MET,1","H: 1.92<br>C: 17.63<br>Comp_index_ID: 109 HB3<br>Info: 41 HE3,1,MET,1",null,"H: 2.15<br>C: 31.56<br>Comp_index_ID: 110 HB3<br>Info: 41 HG2,1,MET,1","H: 2.21<br>C: 31.78<br>Comp_index_ID: 112 HB3<br>Info: 41 HG2,1,MET,1",null,"H: 2.31<br>C: 31.78<br>Comp_index_ID: 113 HB3<br>Info: 41 HG3,1,MET,1","H: 2.33<br>C: 31.56<br>Comp_index_ID: 115 HB3<br>Info: 41 HG3,1,MET,1",null,"H: 5.4<br>C: 54.92<br>Comp_index_ID: 116 HB3<br>Info: 42 HA,1,LYS,1","H: 5.4<br>C: 54.93<br>Comp_index_ID: 117 HB3<br>Info: 42 HA,1,LYS,1",null,"H: 1.8<br>C: 34.48<br>Comp_index_ID: 119 HB3<br>Info: 42 HB2,1,LYS,1","H: 1.81<br>C: 34.53<br>Comp_index_ID: 120 HB3<br>Info: 42 HB2,1,LYS,1",null,"H: 2.12<br>C: 34.53<br>Comp_index_ID: 121 HB3<br>Info: 42 HB3,1,LYS,1","H: 2.16<br>C: 34.48<br>Comp_index_ID: 122 HB3<br>Info: 42 HB3,1,LYS,1",null,"H: 1.69<br>C: 30.17<br>Comp_index_ID: 123 HB3<br>Info: 42 HD2,1,LYS,1","H: 1.7<br>C: 30.25<br>Comp_index_ID: 124 HB3<br>Info: 42 HD2,1,LYS,1",null,"H: 1.69<br>C: 30.17<br>Comp_index_ID: 125 HB3<br>Info: 42 HD3,1,LYS,1","H: 1.7<br>C: 30.25<br>Comp_index_ID: 126 HB3<br>Info: 42 HD3,1,LYS,1",null,"H: 2.81<br>C: 42.3<br>Comp_index_ID: 127 HB3<br>Info: 42 HE2,1,LYS,1","H: 2.82<br>C: 42.22<br>Comp_index_ID: 128 HB3<br>Info: 42 HE2,1,LYS,1",null,"H: 2.91<br>C: 42.3<br>Comp_index_ID: 16 HB3<br>Info: 42 HE3,1,LYS,1","H: 2.92<br>C: 42.22<br>Comp_index_ID: 19 HB3<br>Info: 42 HE3,1,LYS,1",null,"H: 1.21<br>C: 25.64<br>Comp_index_ID: 20 HB3<br>Info: 42 HG2,1,LYS,1","H: 1.23<br>C: 25.59<br>Comp_index_ID: 23 HB3<br>Info: 42 HG2,1,LYS,1",null,"H: 1.34<br>C: 25.64<br>Comp_index_ID: 24 HB3<br>Info: 42 HG3,1,LYS,1","H: 1.34<br>C: 25.59<br>Comp_index_ID: 25 HB3<br>Info: 42 HG3,1,LYS,1",null,"H: 5.21<br>C: 53.6<br>Comp_index_ID: 26 HB3<br>Info: 43 HA,1,LEU,1","H: 5.21<br>C: 53.67<br>Comp_index_ID: 29 HB3<br>Info: 43 HA,1,LEU,1",null,"H: 1.26<br>C: 46.49<br>Comp_index_ID: 31 HB3<br>Info: 43 HB2,1,LEU,1","H: 1.29<br>C: 46.46<br>Comp_index_ID: 34 HB3<br>Info: 43 HB2,1,LEU,1",null,"H: 1.52<br>C: 46.46<br>Comp_index_ID: 35 HB3<br>Info: 43 HB3,1,LEU,1","H: 1.55<br>C: 46.49<br>Comp_index_ID: 41 HB3<br>Info: 43 HB3,1,LEU,1",null,"H: 0.73<br>C: 25.98<br>Comp_index_ID: 42 HB3<br>Info: 43 HD11,1,LEU,1","H: 0.75<br>C: 25.83<br>Comp_index_ID: 43 HB3<br>Info: 43 HD11,1,LEU,1",null,"H: 0.73<br>C: 25.98<br>Comp_index_ID: 44 HB3<br>Info: 43 HD12,1,LEU,1","H: 0.75<br>C: 25.83<br>Comp_index_ID: 46 HB3<br>Info: 43 HD12,1,LEU,1",null,"H: 0.73<br>C: 25.98<br>Comp_index_ID: 48 HB3<br>Info: 43 HD13,1,LEU,1","H: 0.75<br>C: 25.83<br>Comp_index_ID: 49 HB3<br>Info: 43 HD13,1,LEU,1",null,"H: 0.81<br>C: 26<br>Comp_index_ID: 50 HB3<br>Info: 43 HD21,1,LEU,1","H: 0.82<br>C: 25.76<br>Comp_index_ID: 5 HB3<br>Info: 43 HD21,1,LEU,1",null,"H: 0.81<br>C: 26<br>Comp_index_ID: 54 HB3<br>Info: 43 HD22,1,LEU,1","H: 0.82<br>C: 25.76<br>Comp_index_ID: 55 HB3<br>Info: 43 HD22,1,LEU,1",null,"H: 0.81<br>C: 26<br>Comp_index_ID: 56 HB3<br>Info: 43 HD23,1,LEU,1","H: 0.82<br>C: 25.76<br>Comp_index_ID: 57 HB3<br>Info: 43 HD23,1,LEU,1",null,"H: 1.53<br>C: 28.57<br>Comp_index_ID: 58 HB3<br>Info: 43 HG,1,LEU,1","H: 1.55<br>C: 28.75<br>Comp_index_ID: 6 HB3<br>Info: 43 HG,1,LEU,1",null,"H: 5.95<br>C: 53.65<br>Comp_index_ID: 72 HB3<br>Info: 44 HA,1,GLN,1","H: 5.97<br>C: 53.67<br>Comp_index_ID: 75 HB3<br>Info: 44 HA,1,GLN,1",null,"H: 2.01<br>C: 36<br>Comp_index_ID: 76 HB3<br>Info: 44 HB2,1,GLN,1","H: 2.05<br>C: 36.09<br>Comp_index_ID: 78 HB3<br>Info: 44 HB2,1,GLN,1",null,"H: 2.05<br>C: 36.09<br>Comp_index_ID: 80 HB3<br>Info: 44 HB3,1,GLN,1","H: 2.07<br>C: 36<br>Comp_index_ID: 81 HB3<br>Info: 44 HB3,1,GLN,1",null,"H: 2.16<br>C: 34.97<br>Comp_index_ID: 82 HB3<br>Info: 44 HG2,1,GLN,1",null,"H: 2.5<br>C: 34.97<br>Comp_index_ID: 83 HB3<br>Info: 44 HG3,1,GLN,1",null,"H: 5.08<br>C: 58.94<br>Comp_index_ID: 84 HB3<br>Info: 45 HA,1,ILE,1","H: 5.09<br>C: 58.97<br>Comp_index_ID: 85 HB3<br>Info: 45 HA,1,ILE,1",null,"H: 1.76<br>C: 41.26<br>Comp_index_ID: 86 HB3<br>Info: 45 HB,1,ILE,1","H: 1.76<br>C: 41.18<br>Comp_index_ID: 87 HB3<br>Info: 45 HB,1,ILE,1",null,"H: 0.51<br>C: 13.39<br>Comp_index_ID: 89 HB3<br>Info: 45 HD11,1,ILE,1","H: 0.51<br>C: 13.42<br>Comp_index_ID: 90 HB3<br>Info: 45 HD11,1,ILE,1",null,"H: 0.51<br>C: 13.39<br>Comp_index_ID: 92 HB3<br>Info: 45 HD12,1,ILE,1","H: 0.51<br>C: 13.42<br>Comp_index_ID: 94 HB3<br>Info: 45 HD12,1,ILE,1",null,"H: 0.51<br>C: 13.39<br>Comp_index_ID: 95 HB3<br>Info: 45 HD13,1,ILE,1","H: 0.51<br>C: 13.42<br>Comp_index_ID: 96 HB3<br>Info: 45 HD13,1,ILE,1",null,"H: 1.1<br>C: 24.6<br>Comp_index_ID: 98 HB3<br>Info: 45 HG12,1,ILE,1","H: 1.12<br>C: 24.62<br>Comp_index_ID: 109 HG<br>Info: 45 HG12,1,ILE,1",null,"H: 1.45<br>C: 24.6<br>Comp_index_ID: 43 HG<br>Info: 45 HG13,1,ILE,1","H: 1.46<br>C: 24.62<br>Comp_index_ID: 82 HG<br>Info: 45 HG13,1,ILE,1",null,"H: 0.82<br>C: 17.41<br>Comp_index_ID: 97 HG<br>Info: 45 HG21,1,ILE,1","H: 0.82<br>C: 17.41<br>Comp_index_ID: 99 HG<br>Info: 45 HG21,1,ILE,1",null,"H: 0.82<br>C: 17.41<br>Comp_index_ID: 109 HG<br>Info: 45 HG22,1,ILE,1","H: 0.82<br>C: 17.41<br>Comp_index_ID: 43 HG<br>Info: 45 HG22,1,ILE,1",null,"H: 0.82<br>C: 17.41<br>Comp_index_ID: 82 HG<br>Info: 45 HG23,1,ILE,1","H: 0.82<br>C: 17.41<br>Comp_index_ID: 97 HG<br>Info: 45 HG23,1,ILE,1",null,"H: 4.82<br>C: 54.85<br>Comp_index_ID: 100 HG2<br>Info: 46 HA,1,LYS,1","H: 4.83<br>C: 54.87<br>Comp_index_ID: 101 HG2<br>Info: 46 HA,1,LYS,1",null,"H: 0.5<br>C: 35.03<br>Comp_index_ID: 111 HG2<br>Info: 46 HB2,1,LYS,1","H: 0.51<br>C: 35.08<br>Comp_index_ID: 115 HG2<br>Info: 46 HB2,1,LYS,1",null,"H: 1.21<br>C: 35.03<br>Comp_index_ID: 122 HG2<br>Info: 46 HB3,1,LYS,1","H: 1.23<br>C: 35.08<br>Comp_index_ID: 124 HG2<br>Info: 46 HB3,1,LYS,1",null,"H: 1.05<br>C: 29.18<br>Comp_index_ID: 125 HG2<br>Info: 46 HD2,1,LYS,1","H: 1.06<br>C: 29.24<br>Comp_index_ID: 126 HG2<br>Info: 46 HD2,1,LYS,1",null,"H: 1.25<br>C: 29.18<br>Comp_index_ID: 128 HG2<br>Info: 46 HD3,1,LYS,1","H: 1.26<br>C: 29.24<br>Comp_index_ID: 15 HG2<br>Info: 46 HD3,1,LYS,1",null,"H: 2.27<br>C: 41.57<br>Comp_index_ID: 25 HG2<br>Info: 46 HE2,1,LYS,1","H: 2.27<br>C: 41.57<br>Comp_index_ID: 31 HG2<br>Info: 46 HE2,1,LYS,1",null,"H: 2.49<br>C: 41.57<br>Comp_index_ID: 35 HG2<br>Info: 46 HE3,1,LYS,1","H: 2.49<br>C: 41.57<br>Comp_index_ID: 41 HG2<br>Info: 46 HE3,1,LYS,1",null,"H: 0.72<br>C: 24.97<br>Comp_index_ID: 42 HG2<br>Info: 46 HG2,1,LYS,1","H: 0.74<br>C: 24.94<br>Comp_index_ID: 44 HG2<br>Info: 46 HG2,1,LYS,1",null,"H: 1.03<br>C: 24.94<br>Comp_index_ID: 46 HG2<br>Info: 46 HG3,1,LYS,1","H: 1.03<br>C: 24.97<br>Comp_index_ID: 50 HG2<br>Info: 46 HG3,1,LYS,1",null,"H: 4.44<br>C: 60.98<br>Comp_index_ID: 5 HG2<br>Info: 47 HA,1,VAL,1","H: 4.46<br>C: 60.99<br>Comp_index_ID: 54 HG2<br>Info: 47 HA,1,VAL,1",null,"H: 1.36<br>C: 33.91<br>Comp_index_ID: 57 HG2<br>Info: 47 HB,1,VAL,1","H: 1.36<br>C: 33.93<br>Comp_index_ID: 59 HG2<br>Info: 47 HB,1,VAL,1",null,"H: 0.68<br>C: 20.58<br>Comp_index_ID: 6 HG2<br>Info: 47 HG11,1,VAL,1","H: 0.69<br>C: 20.52<br>Comp_index_ID: 75 HG2<br>Info: 47 HG11,1,VAL,1",null,"H: 0.68<br>C: 20.58<br>Comp_index_ID: 78 HG2<br>Info: 47 HG12,1,VAL,1","H: 0.69<br>C: 20.52<br>Comp_index_ID: 80 HG2<br>Info: 47 HG12,1,VAL,1",null,"H: 0.68<br>C: 20.58<br>Comp_index_ID: 84 HG2<br>Info: 47 HG13,1,VAL,1","H: 0.69<br>C: 20.52<br>Comp_index_ID: 86 HG2<br>Info: 47 HG13,1,VAL,1",null,"H: 0<br>C: 21.39<br>Comp_index_ID: 89 HG2<br>Info: 47 HG21,1,VAL,1","H: 0.01<br>C: 21.38<br>Comp_index_ID: 95 HG2<br>Info: 47 HG21,1,VAL,1",null,"H: 0<br>C: 21.39<br>Comp_index_ID: 96 HG2<br>Info: 47 HG22,1,VAL,1","H: 0.01<br>C: 21.38<br>Comp_index_ID: 98 HG2<br>Info: 47 HG22,1,VAL,1",null,"H: 0<br>C: 21.39<br>Comp_index_ID: 115 HG2<br>Info: 47 HG23,1,VAL,1","H: 0.01<br>C: 21.38<br>Comp_index_ID: 122 HG2<br>Info: 47 HG23,1,VAL,1",null,"H: 4.85<br>C: 51.31<br>Comp_index_ID: 124 HG2<br>Info: 48 HA,1,ASN,1","H: 4.86<br>C: 51.33<br>Comp_index_ID: 125 HG2<br>Info: 48 HA,1,ASN,1",null,"H: 2.85<br>C: 38.82<br>Comp_index_ID: 126 HG2<br>Info: 48 HB2,1,ASN,1","H: 2.87<br>C: 38.82<br>Comp_index_ID: 128 HG2<br>Info: 48 HB2,1,ASN,1",null,"H: 3.52<br>C: 38.82<br>Comp_index_ID: 25 HG2<br>Info: 48 HB3,1,ASN,1","H: 3.53<br>C: 38.82<br>Comp_index_ID: 31 HG2<br>Info: 48 HB3,1,ASN,1",null,"H: 4.44<br>C: 56.64<br>Comp_index_ID: 35 HG2<br>Info: 49 HA,1,ASP,1","H: 4.45<br>C: 56.61<br>Comp_index_ID: 41 HG2<br>Info: 49 HA,1,ASP,1",null,"H: 2.7<br>C: 40.41<br>Comp_index_ID: 42 HG2<br>Info: 49 HB2,1,ASP,1","H: 2.71<br>C: 40.34<br>Comp_index_ID: 46 HG2<br>Info: 49 HB2,1,ASP,1",null,"H: 2.71<br>C: 40.34<br>Comp_index_ID: 50 HG2<br>Info: 49 HB3,1,ASP,1","H: 2.72<br>C: 40.41<br>Comp_index_ID: 5 HG2<br>Info: 49 HB3,1,ASP,1",null,"H: 4.39<br>C: 56.02<br>Comp_index_ID: 54 HG2<br>Info: 50 HA,1,GLU,1","H: 4.39<br>C: 56.02<br>Comp_index_ID: 57 HG2<br>Info: 50 HA,1,GLU,1",null,"H: 1.95<br>C: 30<br>Comp_index_ID: 6 HG2<br>Info: 50 HB2,1,GLU,1","H: 1.96<br>C: 30.01<br>Comp_index_ID: 75 HG2<br>Info: 50 HB2,1,GLU,1",null,"H: 2.21<br>C: 30<br>Comp_index_ID: 78 HG2<br>Info: 50 HB3,1,GLU,1","H: 2.23<br>C: 30.01<br>Comp_index_ID: 80 HG2<br>Info: 50 HB3,1,GLU,1",null,"H: 2.2<br>C: 36.84<br>Comp_index_ID: 84 HG2<br>Info: 50 HG2,1,GLU,1","H: 2.21<br>C: 36.85<br>Comp_index_ID: 86 HG2<br>Info: 50 HG2,1,GLU,1",null,"H: 2.2<br>C: 36.84<br>Comp_index_ID: 89 HG2<br>Info: 50 HG3,1,GLU,1","H: 2.21<br>C: 36.85<br>Comp_index_ID: 95 HG2<br>Info: 50 HG3,1,GLU,1",null,"H: 3.46<br>C: 45.73<br>Comp_index_ID: 96 HG2<br>Info: 51 HA2,1,GLY,1","H: 3.46<br>C: 45.67<br>Comp_index_ID: 100 HG3<br>Info: 51 HA2,1,GLY,1",null,"H: 4.11<br>C: 45.67<br>Comp_index_ID: 101 HG3<br>Info: 51 HA3,1,GLY,1","H: 4.12<br>C: 45.73<br>Comp_index_ID: 111 HG3<br>Info: 51 HA3,1,GLY,1",null,"H: 4.14<br>C: 57.73<br>Comp_index_ID: 115 HG3<br>Info: 52 HA,1,ILE,1","H: 4.15<br>C: 57.72<br>Comp_index_ID: 122 HG3<br>Info: 52 HA,1,ILE,1",null,"H: 1.82<br>C: 37.72<br>Comp_index_ID: 124 HG3<br>Info: 52 HB,1,ILE,1","H: 1.82<br>C: 37.69<br>Comp_index_ID: 125 HG3<br>Info: 52 HB,1,ILE,1",null,"H: 0.58<br>C: 10.21<br>Comp_index_ID: 126 HG3<br>Info: 52 HD11,1,ILE,1","H: 0.59<br>C: 10.24<br>Comp_index_ID: 128 HG3<br>Info: 52 HD11,1,ILE,1",null,"H: 0.58<br>C: 10.21<br>Comp_index_ID: 15 HG3<br>Info: 52 HD12,1,ILE,1","H: 0.59<br>C: 10.24<br>Comp_index_ID: 25 HG3<br>Info: 52 HD12,1,ILE,1",null,"H: 0.58<br>C: 10.21<br>Comp_index_ID: 31 HG3<br>Info: 52 HD13,1,ILE,1","H: 0.59<br>C: 10.24<br>Comp_index_ID: 35 HG3<br>Info: 52 HD13,1,ILE,1",null,"H: 1.14<br>C: 27.38<br>Comp_index_ID: 41 HG3<br>Info: 52 HG12,1,ILE,1","H: 1.15<br>C: 27.43<br>Comp_index_ID: 42 HG3<br>Info: 52 HG12,1,ILE,1",null,"H: 1.24<br>C: 27.38<br>Comp_index_ID: 44 HG3<br>Info: 52 HG13,1,ILE,1","H: 1.26<br>C: 27.43<br>Comp_index_ID: 46 HG3<br>Info: 52 HG13,1,ILE,1",null,"H: 0.53<br>C: 16.95<br>Comp_index_ID: 50 HG3<br>Info: 52 HG21,1,ILE,1","H: 0.54<br>C: 16.96<br>Comp_index_ID: 5 HG3<br>Info: 52 HG21,1,ILE,1",null,"H: 0.53<br>C: 16.95<br>Comp_index_ID: 54 HG3<br>Info: 52 HG22,1,ILE,1","H: 0.54<br>C: 16.96<br>Comp_index_ID: 57 HG3<br>Info: 52 HG22,1,ILE,1",null,"H: 0.53<br>C: 16.95<br>Comp_index_ID: 59 HG3<br>Info: 52 HG23,1,ILE,1","H: 0.54<br>C: 16.96<br>Comp_index_ID: 6 HG3<br>Info: 52 HG23,1,ILE,1",null,"H: 3.95<br>C: 62.54<br>Comp_index_ID: 75 HG3<br>Info: 53 HA,1,ILE,1","H: 3.97<br>C: 62.54<br>Comp_index_ID: 78 HG3<br>Info: 53 HA,1,ILE,1",null,"H: 2.36<br>C: 36.45<br>Comp_index_ID: 80 HG3<br>Info: 53 HB,1,ILE,1","H: 2.37<br>C: 36.5<br>Comp_index_ID: 84 HG3<br>Info: 53 HB,1,ILE,1",null,"H: 0.72<br>C: 14.65<br>Comp_index_ID: 86 HG3<br>Info: 53 HD11,1,ILE,1","H: 0.73<br>C: 14.65<br>Comp_index_ID: 89 HG3<br>Info: 53 HD11,1,ILE,1",null,"H: 0.72<br>C: 14.65<br>Comp_index_ID: 95 HG3<br>Info: 53 HD12,1,ILE,1","H: 0.73<br>C: 14.65<br>Comp_index_ID: 96 HG3<br>Info: 53 HD12,1,ILE,1",null,"H: 0.72<br>C: 14.65<br>Comp_index_ID: 98 HG3<br>Info: 53 HD13,1,ILE,1","H: 0.73<br>C: 14.65<br>Comp_index_ID: 111 HG3<br>Info: 53 HD13,1,ILE,1",null,"H: 0.61<br>C: 29.34<br>Comp_index_ID: 115 HG3<br>Info: 53 HG12,1,ILE,1","H: 0.61<br>C: 29.43<br>Comp_index_ID: 122 HG3<br>Info: 53 HG12,1,ILE,1",null,"H: 1.69<br>C: 29.34<br>Comp_index_ID: 124 HG3<br>Info: 53 HG13,1,ILE,1",null,"H: 0.77<br>C: 18.45<br>Comp_index_ID: 125 HG3<br>Info: 53 HG21,1,ILE,1","H: 0.77<br>C: 18.44<br>Comp_index_ID: 126 HG3<br>Info: 53 HG21,1,ILE,1",null,"H: 0.77<br>C: 18.45<br>Comp_index_ID: 128 HG3<br>Info: 53 HG22,1,ILE,1","H: 0.77<br>C: 18.44<br>Comp_index_ID: 25 HG3<br>Info: 53 HG22,1,ILE,1",null,"H: 0.77<br>C: 18.45<br>Comp_index_ID: 31 HG3<br>Info: 53 HG23,1,ILE,1","H: 0.77<br>C: 18.44<br>Comp_index_ID: 35 HG3<br>Info: 53 HG23,1,ILE,1",null,"H: 4.43<br>C: 56.32<br>Comp_index_ID: 41 HG3<br>Info: 54 HA,1,GLU,1","H: 4.44<br>C: 56.33<br>Comp_index_ID: 42 HG3<br>Info: 54 HA,1,GLU,1",null,"H: 1.86<br>C: 32.02<br>Comp_index_ID: 46 HG3<br>Info: 54 HB2,1,GLU,1","H: 1.86<br>C: 32<br>Comp_index_ID: 50 HG3<br>Info: 54 HB2,1,GLU,1",null,"H: 1.92<br>C: 32.02<br>Comp_index_ID: 5 HG3<br>Info: 54 HB3,1,GLU,1","H: 1.94<br>C: 32<br>Comp_index_ID: 54 HG3<br>Info: 54 HB3,1,GLU,1",null,"H: 2.07<br>C: 36.38<br>Comp_index_ID: 57 HG3<br>Info: 54 HG2,1,GLU,1","H: 2.08<br>C: 36.42<br>Comp_index_ID: 6 HG3<br>Info: 54 HG2,1,GLU,1",null,"H: 2.07<br>C: 36.38<br>Comp_index_ID: 75 HG3<br>Info: 54 HG3,1,GLU,1","H: 2.08<br>C: 36.42<br>Comp_index_ID: 78 HG3<br>Info: 54 HG3,1,GLU,1",null,"H: 4.86<br>C: 52.79<br>Comp_index_ID: 80 HG3<br>Info: 55 HA,1,ASP,1","H: 4.87<br>C: 52.8<br>Comp_index_ID: 84 HG3<br>Info: 55 HA,1,ASP,1",null,"H: 2.54<br>C: 44.05<br>Comp_index_ID: 86 HG3<br>Info: 55 HB2,1,ASP,1","H: 2.8<br>C: 44.02<br>Comp_index_ID: 89 HG3<br>Info: 55 HB2,1,ASP,1",null,"H: 2.54<br>C: 44.02<br>Comp_index_ID: 95 HG3<br>Info: 55 HB3,1,ASP,1","H: 2.8<br>C: 44.05<br>Comp_index_ID: 96 HG3<br>Info: 55 HB3,1,ASP,1",null,"H: 5.43<br>C: 52.15<br>Comp_index_ID: 102 HG11<br>Info: 56 HA,1,ALA,1","H: 5.45<br>C: 52.13<br>Comp_index_ID: 17 HG11<br>Info: 56 HA,1,ALA,1",null,"H: 1.42<br>C: 22.83<br>Comp_index_ID: 27 HG11<br>Info: 56 HB1,1,ALA,1","H: 1.42<br>C: 22.87<br>Comp_index_ID: 32 HG11<br>Info: 56 HB1,1,ALA,1",null,"H: 1.42<br>C: 22.83<br>Comp_index_ID: 40 HG11<br>Info: 56 HB2,1,ALA,1","H: 1.42<br>C: 22.87<br>Comp_index_ID: 47 HG11<br>Info: 56 HB2,1,ALA,1",null,"H: 1.42<br>C: 22.83<br>Comp_index_ID: 7 HG11<br>Info: 56 HB3,1,ALA,1","H: 1.42<br>C: 22.87<br>Comp_index_ID: 73 HG11<br>Info: 56 HB3,1,ALA,1",null,"H: 5.39<br>C: 53.44<br>Comp_index_ID: 77 HG11<br>Info: 57 HA,1,ARG,1","H: 5.41<br>C: 53.35<br>Comp_index_ID: 102 HG11<br>Info: 57 HA,1,ARG,1",null,"H: 0.69<br>C: 36.83<br>Comp_index_ID: 17 HG11<br>Info: 57 HB2,1,ARG,1","H: 0.72<br>C: 36.74<br>Comp_index_ID: 27 HG11<br>Info: 57 HB2,1,ARG,1",null,"H: 1.22<br>C: 36.83<br>Comp_index_ID: 32 HG11<br>Info: 57 HB3,1,ARG,1","H: 1.23<br>C: 36.74<br>Comp_index_ID: 47 HG11<br>Info: 57 HB3,1,ARG,1",null,"H: 1.52<br>C: 42.86<br>Comp_index_ID: 7 HG11<br>Info: 57 HD2,1,ARG,1","H: 1.55<br>C: 42.79<br>Comp_index_ID: 73 HG11<br>Info: 57 HD2,1,ARG,1",null,"H: 2.62<br>C: 42.86<br>Comp_index_ID: 77 HG11<br>Info: 57 HD3,1,ARG,1","H: 2.63<br>C: 42.79<br>Comp_index_ID: 102 HG12<br>Info: 57 HD3,1,ARG,1",null,"H: 0.26<br>C: 26.97<br>Comp_index_ID: 104 HG12<br>Info: 57 HG2,1,ARG,1","H: 0.27<br>C: 27.03<br>Comp_index_ID: 114 HG12<br>Info: 57 HG2,1,ARG,1",null,"H: 0.74<br>C: 27.03<br>Comp_index_ID: 118 HG12<br>Info: 57 HG3,1,ARG,1","H: 0.75<br>C: 26.97<br>Comp_index_ID: 17 HG12<br>Info: 57 HG3,1,ARG,1",null,"H: 5.86<br>C: 56.16<br>Comp_index_ID: 27 HG12<br>Info: 58 HA,1,PHE,1","H: 5.87<br>C: 56.1<br>Comp_index_ID: 32 HG12<br>Info: 58 HA,1,PHE,1",null,"H: 2.7<br>C: 43.66<br>Comp_index_ID: 40 HG12<br>Info: 58 HB2,1,PHE,1","H: 2.73<br>C: 43.48<br>Comp_index_ID: 45 HG12<br>Info: 58 HB2,1,PHE,1",null,"H: 3.16<br>C: 43.48<br>Comp_index_ID: 47 HG12<br>Info: 58 HB3,1,PHE,1","H: 3.2<br>C: 43.66<br>Comp_index_ID: 52 HG12<br>Info: 58 HB3,1,PHE,1",null,"H: 4.23<br>C: 56.67<br>Comp_index_ID: 53 HG12<br>Info: 59 HA,1,LYS,1",null,"H: 1.57<br>C: 35.39<br>Comp_index_ID: 7 HG12<br>Info: 59 HB2,1,LYS,1",null,"H: 1.57<br>C: 35.39<br>Comp_index_ID: 73 HG12<br>Info: 59 HB3,1,LYS,1",null,"H: 1.49<br>C: 28.85<br>Comp_index_ID: 77 HG12<br>Info: 59 HD2,1,LYS,1",null,"H: 1.49<br>C: 28.85<br>Comp_index_ID: 8 HG12<br>Info: 59 HD3,1,LYS,1",null,"H: 1.23<br>C: 24.34<br>Comp_index_ID: 88 HG12<br>Info: 59 HG2,1,LYS,1",null,"H: 1.23<br>C: 24.34<br>Comp_index_ID: 93 HG12<br>Info: 59 HG3,1,LYS,1",null,"H: 4.22<br>C: 56.54<br>Comp_index_ID: 102 HG12<br>Info: 5 HA,1,GLU,1","H: 4.23<br>C: 56.58<br>Comp_index_ID: 104 HG12<br>Info: 5 HA,1,GLU,1",null,"H: 1.92<br>C: 30.31<br>Comp_index_ID: 118 HG12<br>Info: 5 HB2,1,GLU,1",null,"H: 2.05<br>C: 30.31<br>Comp_index_ID: 17 HG12<br>Info: 5 HB3,1,GLU,1",null,"H: 2.25<br>C: 36.25<br>Comp_index_ID: 27 HG12<br>Info: 5 HG2,1,GLU,1","H: 2.27<br>C: 36.17<br>Comp_index_ID: 32 HG12<br>Info: 5 HG2,1,GLU,1",null,"H: 2.25<br>C: 36.25<br>Comp_index_ID: 45 HG12<br>Info: 5 HG3,1,GLU,1","H: 2.27<br>C: 36.17<br>Comp_index_ID: 47 HG12<br>Info: 5 HG3,1,GLU,1",null,"H: 4.88<br>C: 55.95<br>Comp_index_ID: 52 HG12<br>Info: 61 HA,1,TYR,1",null,"H: 2.87<br>C: 39.42<br>Comp_index_ID: 53 HG12<br>Info: 61 HB2,1,TYR,1",null,"H: 3<br>C: 39.42<br>Comp_index_ID: 7 HG12<br>Info: 61 HB3,1,TYR,1",null,"H: 6.73<br>C: 132.54<br>Comp_index_ID: 73 HG12<br>Info: 61 HD1,1,TYR,1",null,"H: 7.08<br>C: 133.44<br>Comp_index_ID: 77 HG12<br>Info: 61 HD2,1,TYR,1",null,"H: 3.96<br>C: 45.37<br>Comp_index_ID: 93 HG12<br>Info: 62 HA2,1,GLY,1",null,"H: 4.14<br>C: 45.37<br>Comp_index_ID: 102 HG13<br>Info: 62 HA3,1,GLY,1",null,"H: 4.76<br>C: 57.86<br>Comp_index_ID: 104 HG13<br>Info: 63 HA,1,CYS,1",null,"H: 2.96<br>C: 30.8<br>Comp_index_ID: 114 HG13<br>Info: 63 HB2,1,CYS,1",null,"H: 3.44<br>C: 30.8<br>Comp_index_ID: 118 HG13<br>Info: 63 HB3,1,CYS,1",null,"H: 3.9<br>C: 54.97<br>Comp_index_ID: 17 HG13<br>Info: 68 HA,1,ALA,1",null,"H: 0.99<br>C: 19.33<br>Comp_index_ID: 27 HG13<br>Info: 68 HB1,1,ALA,1",null,"H: 0.99<br>C: 19.33<br>Comp_index_ID: 32 HG13<br>Info: 68 HB2,1,ALA,1",null,"H: 0.99<br>C: 19.33<br>Comp_index_ID: 40 HG13<br>Info: 68 HB3,1,ALA,1",null,"H: 3.59<br>C: 62.98<br>Comp_index_ID: 45 HG13<br>Info: 69 HA,1,SER,1",null,"H: 3.13<br>C: 63.51<br>Comp_index_ID: 47 HG13<br>Info: 69 HB2,1,SER,1",null,"H: 3.13<br>C: 63.51<br>Comp_index_ID: 52 HG13<br>Info: 69 HB3,1,SER,1",null,"H: 4.28<br>C: 56.23<br>Comp_index_ID: 53 HG13<br>Info: 6 HA,1,LYS,1","H: 4.28<br>C: 56.16<br>Comp_index_ID: 7 HG13<br>Info: 6 HA,1,LYS,1",null,"H: 1.72<br>C: 33.13<br>Comp_index_ID: 73 HG13<br>Info: 6 HB2,1,LYS,1","H: 1.74<br>C: 33.07<br>Comp_index_ID: 77 HG13<br>Info: 6 HB2,1,LYS,1",null,"H: 1.72<br>C: 33.13<br>Comp_index_ID: 8 HG13<br>Info: 6 HB3,1,LYS,1","H: 1.74<br>C: 33.07<br>Comp_index_ID: 88 HG13<br>Info: 6 HB3,1,LYS,1",null,"H: 1.37<br>C: 24.71<br>Comp_index_ID: 93 HG13<br>Info: 6 HG2,1,LYS,1","H: 1.39<br>C: 24.66<br>Comp_index_ID: 102 HG13<br>Info: 6 HG2,1,LYS,1",null,"H: 1.37<br>C: 24.71<br>Comp_index_ID: 104 HG13<br>Info: 6 HG3,1,LYS,1","H: 1.39<br>C: 24.66<br>Comp_index_ID: 118 HG13<br>Info: 6 HG3,1,LYS,1",null,"H: 3.6<br>C: 61.13<br>Comp_index_ID: 17 HG13<br>Info: 70 HA,1,SER,1",null,"H: 2.72<br>C: 62.44<br>Comp_index_ID: 27 HG13<br>Info: 70 HB2,1,SER,1",null,"H: 2.91<br>C: 62.44<br>Comp_index_ID: 32 HG13<br>Info: 70 HB3,1,SER,1",null,"H: 4.08<br>C: 60.78<br>Comp_index_ID: 45 HG13<br>Info: 71 HA,1,SER,1",null,"H: 3.29<br>C: 58.06<br>Comp_index_ID: 47 HG13<br>Info: 72 HA,1,LEU,1","H: 3.34<br>C: 58.04<br>Comp_index_ID: 52 HG13<br>Info: 72 HA,1,LEU,1",null,"H: 0.55<br>C: 42.1<br>Comp_index_ID: 7 HG13<br>Info: 72 HB2,1,LEU,1","H: 0.55<br>C: 42.06<br>Comp_index_ID: 73 HG13<br>Info: 72 HB2,1,LEU,1",null,"H: 1.2<br>C: 42.06<br>Comp_index_ID: 77 HG13<br>Info: 72 HB3,1,LEU,1","H: 1.22<br>C: 42.1<br>Comp_index_ID: 88 HG13<br>Info: 72 HB3,1,LEU,1",null,"H: 0.28<br>C: 23.26<br>Comp_index_ID: 93 HG13<br>Info: 72 HD11,1,LEU,1","H: 0.28<br>C: 23.26<br>Comp_index_ID: 102 HG21<br>Info: 72 HD11,1,LEU,1",null,"H: 0.28<br>C: 23.26<br>Comp_index_ID: 104 HG21<br>Info: 72 HD12,1,LEU,1","H: 0.28<br>C: 23.26<br>Comp_index_ID: 108 HG21<br>Info: 72 HD12,1,LEU,1",null,"H: 0.28<br>C: 23.26<br>Comp_index_ID: 114 HG21<br>Info: 72 HD13,1,LEU,1","H: 0.28<br>C: 23.26<br>Comp_index_ID: 118 HG21<br>Info: 72 HD13,1,LEU,1",null,"H: 0.1<br>C: 26.54<br>Comp_index_ID: 17 HG21<br>Info: 72 HD21,1,LEU,1","H: 0.14<br>C: 26.54<br>Comp_index_ID: 27 HG21<br>Info: 72 HD21,1,LEU,1",null,"H: 0.1<br>C: 26.54<br>Comp_index_ID: 32 HG21<br>Info: 72 HD22,1,LEU,1","H: 0.14<br>C: 26.54<br>Comp_index_ID: 40 HG21<br>Info: 72 HD22,1,LEU,1",null,"H: 0.1<br>C: 26.54<br>Comp_index_ID: 45 HG21<br>Info: 72 HD23,1,LEU,1","H: 0.14<br>C: 26.54<br>Comp_index_ID: 47 HG21<br>Info: 72 HD23,1,LEU,1",null,"H: 3.59<br>C: 67.01<br>Comp_index_ID: 52 HG21<br>Info: 73 HA,1,VAL,1","H: 3.62<br>C: 66.97<br>Comp_index_ID: 53 HG21<br>Info: 73 HA,1,VAL,1",null,"H: 2<br>C: 31.3<br>Comp_index_ID: 7 HG21<br>Info: 73 HB,1,VAL,1","H: 2.01<br>C: 31.3<br>Comp_index_ID: 73 HG21<br>Info: 73 HB,1,VAL,1",null,"H: 0.85<br>C: 22.7<br>Comp_index_ID: 74 HG21<br>Info: 73 HG11,1,VAL,1","H: 0.86<br>C: 22.7<br>Comp_index_ID: 77 HG21<br>Info: 73 HG11,1,VAL,1",null,"H: 0.85<br>C: 22.7<br>Comp_index_ID: 8 HG21<br>Info: 73 HG12,1,VAL,1","H: 0.86<br>C: 22.7<br>Comp_index_ID: 88 HG21<br>Info: 73 HG12,1,VAL,1",null,"H: 0.85<br>C: 22.7<br>Comp_index_ID: 91 HG21<br>Info: 73 HG13,1,VAL,1","H: 0.86<br>C: 22.7<br>Comp_index_ID: 93 HG21<br>Info: 73 HG13,1,VAL,1",null,"H: 0.93<br>C: 23.36<br>Comp_index_ID: 102 HG21<br>Info: 73 HG21,1,VAL,1","H: 0.94<br>C: 23.29<br>Comp_index_ID: 104 HG21<br>Info: 73 HG21,1,VAL,1",null,"H: 0.93<br>C: 23.36<br>Comp_index_ID: 108 HG21<br>Info: 73 HG22,1,VAL,1","H: 0.94<br>C: 23.29<br>Comp_index_ID: 114 HG21<br>Info: 73 HG22,1,VAL,1",null,"H: 0.93<br>C: 23.36<br>Comp_index_ID: 118 HG21<br>Info: 73 HG23,1,VAL,1","H: 0.94<br>C: 23.29<br>Comp_index_ID: 17 HG21<br>Info: 73 HG23,1,VAL,1",null,"H: 3.84<br>C: 65.94<br>Comp_index_ID: 27 HG21<br>Info: 74 HA,1,THR,1","H: 3.86<br>C: 65.87<br>Comp_index_ID: 32 HG21<br>Info: 74 HA,1,THR,1",null,"H: 4.08<br>C: 68.39<br>Comp_index_ID: 45 HG21<br>Info: 74 HB,1,THR,1","H: 4.08<br>C: 68.43<br>Comp_index_ID: 47 HG21<br>Info: 74 HB,1,THR,1",null,"H: 1.36<br>C: 23.75<br>Comp_index_ID: 52 HG21<br>Info: 74 HG21,1,THR,1","H: 1.37<br>C: 23.76<br>Comp_index_ID: 53 HG21<br>Info: 74 HG21,1,THR,1",null,"H: 1.36<br>C: 23.75<br>Comp_index_ID: 73 HG21<br>Info: 74 HG22,1,THR,1","H: 1.37<br>C: 23.76<br>Comp_index_ID: 74 HG21<br>Info: 74 HG22,1,THR,1",null,"H: 1.36<br>C: 23.75<br>Comp_index_ID: 77 HG21<br>Info: 74 HG23,1,THR,1","H: 1.37<br>C: 23.76<br>Comp_index_ID: 8 HG21<br>Info: 74 HG23,1,THR,1",null,"H: 4.31<br>C: 58.38<br>Comp_index_ID: 88 HG21<br>Info: 75 HA,1,GLU,1","H: 4.33<br>C: 58.31<br>Comp_index_ID: 91 HG21<br>Info: 75 HA,1,GLU,1",null,"H: 2.2<br>C: 30.44<br>Comp_index_ID: 93 HG21<br>Info: 75 HB2,1,GLU,1","H: 2.21<br>C: 30.42<br>Comp_index_ID: 102 HG22<br>Info: 75 HB2,1,GLU,1",null,"H: 2.32<br>C: 30.42<br>Comp_index_ID: 104 HG22<br>Info: 75 HB3,1,GLU,1","H: 2.33<br>C: 30.44<br>Comp_index_ID: 108 HG22<br>Info: 75 HB3,1,GLU,1",null,"H: 2.3<br>C: 36.99<br>Comp_index_ID: 114 HG22<br>Info: 75 HG2,1,GLU,1","H: 2.38<br>C: 37.02<br>Comp_index_ID: 118 HG22<br>Info: 75 HG2,1,GLU,1",null,"H: 2.38<br>C: 37.02<br>Comp_index_ID: 17 HG22<br>Info: 75 HG3,1,GLU,1","H: 2.39<br>C: 36.99<br>Comp_index_ID: 27 HG22<br>Info: 75 HG3,1,GLU,1",null,"H: 4.47<br>C: 59.1<br>Comp_index_ID: 32 HG22<br>Info: 76 HA,1,TRP,1","H: 4.5<br>C: 58.97<br>Comp_index_ID: 40 HG22<br>Info: 76 HA,1,TRP,1",null,"H: 3.1<br>C: 30.13<br>Comp_index_ID: 45 HG22<br>Info: 76 HB2,1,TRP,1","H: 3.11<br>C: 29.99<br>Comp_index_ID: 47 HG22<br>Info: 76 HB2,1,TRP,1",null,"H: 3.32<br>C: 30.13<br>Comp_index_ID: 52 HG22<br>Info: 76 HB3,1,TRP,1","H: 3.33<br>C: 29.99<br>Comp_index_ID: 53 HG22<br>Info: 76 HB3,1,TRP,1",null,"H: 7.16<br>C: 124.86<br>Comp_index_ID: 7 HG22<br>Info: 76 HD1,1,TRP,1",null,"H: 3.86<br>C: 63.76<br>Comp_index_ID: 73 HG22<br>Info: 77 HA,1,VAL,1","H: 3.9<br>C: 63.76<br>Comp_index_ID: 74 HG22<br>Info: 77 HA,1,VAL,1",null,"H: 2.37<br>C: 31.6<br>Comp_index_ID: 77 HG22<br>Info: 77 HB,1,VAL,1","H: 2.39<br>C: 31.63<br>Comp_index_ID: 8 HG22<br>Info: 77 HB,1,VAL,1",null,"H: 0.98<br>C: 19.18<br>Comp_index_ID: 88 HG22<br>Info: 77 HG11,1,VAL,1","H: 0.99<br>C: 19.35<br>Comp_index_ID: 91 HG22<br>Info: 77 HG11,1,VAL,1",null,"H: 0.98<br>C: 19.18<br>Comp_index_ID: 93 HG22<br>Info: 77 HG12,1,VAL,1","H: 0.99<br>C: 19.35<br>Comp_index_ID: 102 HG22<br>Info: 77 HG12,1,VAL,1",null,"H: 0.98<br>C: 19.18<br>Comp_index_ID: 104 HG22<br>Info: 77 HG13,1,VAL,1","H: 0.99<br>C: 19.35<br>Comp_index_ID: 108 HG22<br>Info: 77 HG13,1,VAL,1",null,"H: 1.08<br>C: 22.02<br>Comp_index_ID: 114 HG22<br>Info: 77 HG21,1,VAL,1","H: 1.09<br>C: 21.9<br>Comp_index_ID: 118 HG22<br>Info: 77 HG21,1,VAL,1",null,"H: 1.08<br>C: 22.02<br>Comp_index_ID: 17 HG22<br>Info: 77 HG22,1,VAL,1","H: 1.09<br>C: 21.9<br>Comp_index_ID: 27 HG22<br>Info: 77 HG22,1,VAL,1",null,"H: 1.08<br>C: 22.02<br>Comp_index_ID: 32 HG22<br>Info: 77 HG23,1,VAL,1","H: 1.09<br>C: 21.9<br>Comp_index_ID: 45 HG22<br>Info: 77 HG23,1,VAL,1",null,"H: 3.68<br>C: 59.18<br>Comp_index_ID: 47 HG22<br>Info: 78 HA,1,LYS,1","H: 3.7<br>C: 59.15<br>Comp_index_ID: 52 HG22<br>Info: 78 HA,1,LYS,1",null,"H: 1.76<br>C: 32.15<br>Comp_index_ID: 53 HG22<br>Info: 78 HB2,1,LYS,1","H: 1.83<br>C: 32.12<br>Comp_index_ID: 73 HG22<br>Info: 78 HB2,1,LYS,1",null,"H: 1.76<br>C: 32.12<br>Comp_index_ID: 74 HG22<br>Info: 78 HB3,1,LYS,1","H: 1.85<br>C: 32.15<br>Comp_index_ID: 77 HG22<br>Info: 78 HB3,1,LYS,1",null,"H: 1.86<br>C: 30.48<br>Comp_index_ID: 8 HG22<br>Info: 78 HD2,1,LYS,1","H: 1.86<br>C: 30.43<br>Comp_index_ID: 88 HG22<br>Info: 78 HD2,1,LYS,1",null,"H: 1.92<br>C: 30.43<br>Comp_index_ID: 91 HG22<br>Info: 78 HD3,1,LYS,1","H: 1.92<br>C: 30.48<br>Comp_index_ID: 93 HG22<br>Info: 78 HD3,1,LYS,1",null,"H: 3.19<br>C: 42.17<br>Comp_index_ID: 102 HG23<br>Info: 78 HE2,1,LYS,1","H: 3.19<br>C: 42.13<br>Comp_index_ID: 104 HG23<br>Info: 78 HE2,1,LYS,1",null,"H: 3.19<br>C: 42.17<br>Comp_index_ID: 108 HG23<br>Info: 78 HE3,1,LYS,1","H: 3.19<br>C: 42.13<br>Comp_index_ID: 114 HG23<br>Info: 78 HE3,1,LYS,1",null,"H: 1<br>C: 26.17<br>Comp_index_ID: 118 HG23<br>Info: 78 HG2,1,LYS,1","H: 1.01<br>C: 26.15<br>Comp_index_ID: 17 HG23<br>Info: 78 HG2,1,LYS,1",null,"H: 2.08<br>C: 26.15<br>Comp_index_ID: 27 HG23<br>Info: 78 HG3,1,LYS,1","H: 2.09<br>C: 26.17<br>Comp_index_ID: 32 HG23<br>Info: 78 HG3,1,LYS,1",null,"H: 3.48<br>C: 45.21<br>Comp_index_ID: 40 HG23<br>Info: 79 HA2,1,GLY,1","H: 3.48<br>C: 45.3<br>Comp_index_ID: 45 HG23<br>Info: 79 HA2,1,GLY,1",null,"H: 4.19<br>C: 45.21<br>Comp_index_ID: 47 HG23<br>Info: 79 HA3,1,GLY,1","H: 4.2<br>C: 45.3<br>Comp_index_ID: 52 HG23<br>Info: 79 HA3,1,GLY,1",null,"H: 4.05<br>C: 62.4<br>Comp_index_ID: 53 HG23<br>Info: 7 HA,1,VAL,1","H: 4.06<br>C: 62.39<br>Comp_index_ID: 7 HG23<br>Info: 7 HA,1,VAL,1",null,"H: 2<br>C: 32.67<br>Comp_index_ID: 73 HG23<br>Info: 7 HB,1,VAL,1","H: 2<br>C: 32.7<br>Comp_index_ID: 74 HG23<br>Info: 7 HB,1,VAL,1",null,"H: 0.89<br>C: 21.02<br>Comp_index_ID: 77 HG23<br>Info: 7 HG11,1,VAL,1","H: 0.89<br>C: 20.98<br>Comp_index_ID: 8 HG23<br>Info: 7 HG11,1,VAL,1",null,"H: 0.89<br>C: 21.02<br>Comp_index_ID: 88 HG23<br>Info: 7 HG12,1,VAL,1","H: 0.89<br>C: 20.98<br>Comp_index_ID: 91 HG23<br>Info: 7 HG12,1,VAL,1",null,"H: 0.89<br>C: 21.02<br>Comp_index_ID: 93 HG23<br>Info: 7 HG13,1,VAL,1","H: 0.89<br>C: 20.98<br>Comp_index_ID: 102 HG23<br>Info: 7 HG13,1,VAL,1",null,"H: 0.89<br>C: 21.02<br>Comp_index_ID: 104 HG23<br>Info: 7 HG21,1,VAL,1",null,"H: 0.89<br>C: 21.02<br>Comp_index_ID: 108 HG23<br>Info: 7 HG22,1,VAL,1",null,"H: 0.89<br>C: 21.02<br>Comp_index_ID: 114 HG23<br>Info: 7 HG23,1,VAL,1",null,"H: 4.55<br>C: 54.64<br>Comp_index_ID: 118 HG23<br>Info: 80 HA,1,LYS,1","H: 4.56<br>C: 54.73<br>Comp_index_ID: 17 HG23<br>Info: 80 HA,1,LYS,1",null,"H: 1.86<br>C: 33.83<br>Comp_index_ID: 27 HG23<br>Info: 80 HB2,1,LYS,1","H: 1.89<br>C: 33.93<br>Comp_index_ID: 32 HG23<br>Info: 80 HB2,1,LYS,1",null,"H: 2.01<br>C: 33.83<br>Comp_index_ID: 45 HG23<br>Info: 80 HB3,1,LYS,1","H: 2.02<br>C: 33.93<br>Comp_index_ID: 47 HG23<br>Info: 80 HB3,1,LYS,1",null,"H: 1.2<br>C: 28.42<br>Comp_index_ID: 52 HG23<br>Info: 80 HD2,1,LYS,1","H: 1.22<br>C: 28.48<br>Comp_index_ID: 53 HG23<br>Info: 80 HD2,1,LYS,1",null,"H: 1.28<br>C: 28.42<br>Comp_index_ID: 73 HG23<br>Info: 80 HD3,1,LYS,1","H: 1.32<br>C: 28.48<br>Comp_index_ID: 74 HG23<br>Info: 80 HD3,1,LYS,1",null,"H: 2.48<br>C: 42.42<br>Comp_index_ID: 77 HG23<br>Info: 80 HE2,1,LYS,1","H: 2.53<br>C: 42.45<br>Comp_index_ID: 8 HG23<br>Info: 80 HE2,1,LYS,1",null,"H: 2.69<br>C: 42.42<br>Comp_index_ID: 88 HG23<br>Info: 80 HE3,1,LYS,1","H: 2.71<br>C: 42.45<br>Comp_index_ID: 91 HG23<br>Info: 80 HE3,1,LYS,1",null,"H: 1.14<br>C: 25.94<br>Comp_index_ID: 93 HG23<br>Info: 80 HG2,1,LYS,1","H: 1.16<br>C: 26.01<br>Comp_index_ID: 100 HD2<br>Info: 80 HG2,1,LYS,1",null,"H: 1.2<br>C: 25.94<br>Comp_index_ID: 101 HD2<br>Info: 80 HG3,1,LYS,1","H: 1.24<br>C: 26.01<br>Comp_index_ID: 115 HD2<br>Info: 80 HG3,1,LYS,1",null,"H: 4.97<br>C: 57.11<br>Comp_index_ID: 122 HD2<br>Info: 81 HA,1,SER,1","H: 4.98<br>C: 57.12<br>Comp_index_ID: 124 HD2<br>Info: 81 HA,1,SER,1",null,"H: 3.92<br>C: 65.03<br>Comp_index_ID: 125 HD2<br>Info: 81 HB2,1,SER,1","H: 3.92<br>C: 65.1<br>Comp_index_ID: 128 HD2<br>Info: 81 HB2,1,SER,1",null,"H: 4.4<br>C: 65.03<br>Comp_index_ID: 14 HD2<br>Info: 81 HB3,1,SER,1","H: 4.4<br>C: 65.1<br>Comp_index_ID: 15 HD2<br>Info: 81 HB3,1,SER,1",null,"H: 3.91<br>C: 58.78<br>Comp_index_ID: 35 HD2<br>Info: 82 HA,1,LEU,1","H: 3.92<br>C: 58.81<br>Comp_index_ID: 42 HD2<br>Info: 82 HA,1,LEU,1",null,"H: 1.43<br>C: 41.06<br>Comp_index_ID: 46 HD2<br>Info: 82 HB2,1,LEU,1","H: 1.43<br>C: 41.09<br>Comp_index_ID: 57 HD2<br>Info: 82 HB2,1,LEU,1",null,"H: 1.97<br>C: 41.06<br>Comp_index_ID: 59 HD2<br>Info: 82 HB3,1,LEU,1","H: 1.97<br>C: 41.09<br>Comp_index_ID: 78 HD2<br>Info: 82 HB3,1,LEU,1",null,"H: 1.01<br>C: 26.46<br>Comp_index_ID: 80 HD2<br>Info: 82 HD11,1,LEU,1","H: 1.01<br>C: 26.45<br>Comp_index_ID: 89 HD2<br>Info: 82 HD11,1,LEU,1",null,"H: 1.01<br>C: 26.46<br>Comp_index_ID: 115 HD2<br>Info: 82 HD12,1,LEU,1","H: 1.01<br>C: 26.45<br>Comp_index_ID: 122 HD2<br>Info: 82 HD12,1,LEU,1",null,"H: 1.01<br>C: 26.46<br>Comp_index_ID: 124 HD2<br>Info: 82 HD13,1,LEU,1","H: 1.01<br>C: 26.45<br>Comp_index_ID: 125 HD2<br>Info: 82 HD13,1,LEU,1",null,"H: 0.68<br>C: 22.96<br>Comp_index_ID: 128 HD2<br>Info: 82 HD21,1,LEU,1","H: 0.68<br>C: 22.96<br>Comp_index_ID: 15 HD2<br>Info: 82 HD21,1,LEU,1",null,"H: 0.68<br>C: 22.96<br>Comp_index_ID: 35 HD2<br>Info: 82 HD22,1,LEU,1","H: 0.68<br>C: 22.96<br>Comp_index_ID: 42 HD2<br>Info: 82 HD22,1,LEU,1",null,"H: 0.68<br>C: 22.96<br>Comp_index_ID: 46 HD2<br>Info: 82 HD23,1,LEU,1","H: 0.68<br>C: 22.96<br>Comp_index_ID: 57 HD2<br>Info: 82 HD23,1,LEU,1",null,"H: 1.85<br>C: 26.6<br>Comp_index_ID: 78 HD2<br>Info: 82 HG,1,LEU,1","H: 1.85<br>C: 26.62<br>Comp_index_ID: 80 HD2<br>Info: 82 HG,1,LEU,1",null,"H: 4.34<br>C: 57.3<br>Comp_index_ID: 89 HD2<br>Info: 83 HA,1,ASP,1","H: 4.34<br>C: 57.36<br>Comp_index_ID: 100 HD3<br>Info: 83 HA,1,ASP,1",null,"H: 2.49<br>C: 40.55<br>Comp_index_ID: 101 HD3<br>Info: 83 HB2,1,ASP,1","H: 2.49<br>C: 40.59<br>Comp_index_ID: 115 HD3<br>Info: 83 HB2,1,ASP,1",null,"H: 2.57<br>C: 40.55<br>Comp_index_ID: 122 HD3<br>Info: 83 HB3,1,ASP,1","H: 2.58<br>C: 40.59<br>Comp_index_ID: 124 HD3<br>Info: 83 HB3,1,ASP,1",null,"H: 3.98<br>C: 58.87<br>Comp_index_ID: 125 HD3<br>Info: 84 HA,1,GLU,1","H: 3.98<br>C: 58.92<br>Comp_index_ID: 128 HD3<br>Info: 84 HA,1,GLU,1",null,"H: 1.83<br>C: 30.53<br>Comp_index_ID: 14 HD3<br>Info: 84 HB2,1,GLU,1","H: 1.83<br>C: 30.51<br>Comp_index_ID: 15 HD3<br>Info: 84 HB2,1,GLU,1",null,"H: 2.33<br>C: 30.51<br>Comp_index_ID: 35 HD3<br>Info: 84 HB3,1,GLU,1","H: 2.33<br>C: 30.53<br>Comp_index_ID: 42 HD3<br>Info: 84 HB3,1,GLU,1",null,"H: 2.19<br>C: 37.27<br>Comp_index_ID: 46 HD3<br>Info: 84 HG2,1,GLU,1","H: 2.34<br>C: 37.21<br>Comp_index_ID: 57 HD3<br>Info: 84 HG2,1,GLU,1",null,"H: 2.34<br>C: 37.27<br>Comp_index_ID: 59 HD3<br>Info: 84 HG3,1,GLU,1","H: 2.34<br>C: 37.21<br>Comp_index_ID: 78 HD3<br>Info: 84 HG3,1,GLU,1",null,"H: 4.09<br>C: 54.69<br>Comp_index_ID: 80 HD3<br>Info: 85 HA,1,ALA,1","H: 4.1<br>C: 54.67<br>Comp_index_ID: 89 HD3<br>Info: 85 HA,1,ALA,1",null,"H: 1.36<br>C: 18.55<br>Comp_index_ID: 115 HD3<br>Info: 85 HB1,1,ALA,1","H: 1.37<br>C: 18.67<br>Comp_index_ID: 122 HD3<br>Info: 85 HB1,1,ALA,1",null,"H: 1.36<br>C: 18.55<br>Comp_index_ID: 124 HD3<br>Info: 85 HB2,1,ALA,1","H: 1.37<br>C: 18.67<br>Comp_index_ID: 125 HD3<br>Info: 85 HB2,1,ALA,1",null,"H: 1.36<br>C: 18.55<br>Comp_index_ID: 128 HD3<br>Info: 85 HB3,1,ALA,1","H: 1.37<br>C: 18.67<br>Comp_index_ID: 15 HD3<br>Info: 85 HB3,1,ALA,1",null,"H: 3.85<br>C: 57.55<br>Comp_index_ID: 35 HD3<br>Info: 86 HA,1,GLN,1","H: 3.85<br>C: 57.49<br>Comp_index_ID: 42 HD3<br>Info: 86 HA,1,GLN,1",null,"H: 2.15<br>C: 28.73<br>Comp_index_ID: 46 HD3<br>Info: 86 HB2,1,GLN,1","H: 2.15<br>C: 28.74<br>Comp_index_ID: 57 HD3<br>Info: 86 HB2,1,GLN,1",null,"H: 2.33<br>C: 28.73<br>Comp_index_ID: 78 HD3<br>Info: 86 HB3,1,GLN,1","H: 2.33<br>C: 28.74<br>Comp_index_ID: 80 HD3<br>Info: 86 HB3,1,GLN,1",null,"H: 2.52<br>C: 34.32<br>Comp_index_ID: 89 HD3<br>Info: 86 HG2,1,GLN,1","H: 2.53<br>C: 34.35<br>Comp_index_ID: 61 HD1<br>Info: 86 HG2,1,GLN,1",null,"H: 2.52<br>C: 34.32<br>Comp_index_ID: 76 HD1<br>Info: 86 HG3,1,GLN,1","H: 2.53<br>C: 34.35<br>Comp_index_ID: 105 HD2<br>Info: 86 HG3,1,GLN,1",null,"H: 4.3<br>C: 51.85<br>Comp_index_ID: 61 HD2<br>Info: 87 HA,1,ALA,1","H: 4.31<br>C: 51.85<br>Comp_index_ID: 104 HD11<br>Info: 87 HA,1,ALA,1",null,"H: 1.46<br>C: 18.87<br>Comp_index_ID: 108 HD11<br>Info: 87 HB1,1,ALA,1","H: 1.47<br>C: 18.94<br>Comp_index_ID: 109 HD11<br>Info: 87 HB1,1,ALA,1",null,"H: 1.46<br>C: 18.87<br>Comp_index_ID: 114 HD11<br>Info: 87 HB2,1,ALA,1","H: 1.47<br>C: 18.94<br>Comp_index_ID: 118 HD11<br>Info: 87 HB2,1,ALA,1",null,"H: 1.46<br>C: 18.87<br>Comp_index_ID: 43 HD11<br>Info: 87 HB3,1,ALA,1","H: 1.47<br>C: 18.94<br>Comp_index_ID: 45 HD11<br>Info: 87 HB3,1,ALA,1",null,"H: 3.73<br>C: 62.9<br>Comp_index_ID: 52 HD11<br>Info: 88 HA,1,ILE,1","H: 3.74<br>C: 62.93<br>Comp_index_ID: 53 HD11<br>Info: 88 HA,1,ILE,1",null,"H: 1.83<br>C: 37.81<br>Comp_index_ID: 72 HD11<br>Info: 88 HB,1,ILE,1","H: 1.85<br>C: 37.85<br>Comp_index_ID: 8 HD11<br>Info: 88 HB,1,ILE,1",null,"H: 0.7<br>C: 14.43<br>Comp_index_ID: 82 HD11<br>Info: 88 HD11,1,ILE,1","H: 0.72<br>C: 14.49<br>Comp_index_ID: 88 HD11<br>Info: 88 HD11,1,ILE,1",null,"H: 0.7<br>C: 14.43<br>Comp_index_ID: 93 HD11<br>Info: 88 HD12,1,ILE,1","H: 0.72<br>C: 14.49<br>Comp_index_ID: 97 HD11<br>Info: 88 HD12,1,ILE,1",null,"H: 0.7<br>C: 14.43<br>Comp_index_ID: 99 HD11<br>Info: 88 HD13,1,ILE,1","H: 0.72<br>C: 14.49<br>Comp_index_ID: 104 HD11<br>Info: 88 HD13,1,ILE,1",null,"H: 0.93<br>C: 28.45<br>Comp_index_ID: 108 HD11<br>Info: 88 HG12,1,ILE,1",null,"H: 0.91<br>C: 28.4<br>Comp_index_ID: 109 HD11<br>Info: 88 HG13,1,ILE,1","H: 1.56<br>C: 28.45<br>Comp_index_ID: 114 HD11<br>Info: 88 HG13,1,ILE,1",null,"H: 0.89<br>C: 16.87<br>Comp_index_ID: 118 HD11<br>Info: 88 HG21,1,ILE,1","H: 0.91<br>C: 16.9<br>Comp_index_ID: 43 HD11<br>Info: 88 HG21,1,ILE,1",null,"H: 0.89<br>C: 16.87<br>Comp_index_ID: 45 HD11<br>Info: 88 HG22,1,ILE,1","H: 0.91<br>C: 16.9<br>Comp_index_ID: 52 HD11<br>Info: 88 HG22,1,ILE,1",null,"H: 0.89<br>C: 16.87<br>Comp_index_ID: 53 HD11<br>Info: 88 HG23,1,ILE,1","H: 0.91<br>C: 16.9<br>Comp_index_ID: 72 HD11<br>Info: 88 HG23,1,ILE,1",null,"H: 4.78<br>C: 53.85<br>Comp_index_ID: 8 HD11<br>Info: 89 HA,1,LYS,1","H: 4.79<br>C: 53.93<br>Comp_index_ID: 82 HD11<br>Info: 89 HA,1,LYS,1",null,"H: 1.71<br>C: 35.72<br>Comp_index_ID: 88 HD11<br>Info: 89 HB2,1,LYS,1","H: 1.71<br>C: 35.7<br>Comp_index_ID: 93 HD11<br>Info: 89 HB2,1,LYS,1",null,"H: 1.88<br>C: 35.72<br>Comp_index_ID: 97 HD11<br>Info: 89 HB3,1,LYS,1","H: 1.88<br>C: 35.7<br>Comp_index_ID: 104 HD12<br>Info: 89 HB3,1,LYS,1",null,"H: 1.68<br>C: 28.65<br>Comp_index_ID: 108 HD12<br>Info: 89 HD2,1,LYS,1","H: 1.69<br>C: 28.65<br>Comp_index_ID: 109 HD12<br>Info: 89 HD2,1,LYS,1",null,"H: 1.69<br>C: 28.65<br>Comp_index_ID: 114 HD12<br>Info: 89 HD3,1,LYS,1","H: 1.71<br>C: 28.65<br>Comp_index_ID: 118 HD12<br>Info: 89 HD3,1,LYS,1",null,"H: 3<br>C: 41.68<br>Comp_index_ID: 43 HD12<br>Info: 89 HE2,1,LYS,1","H: 3<br>C: 41.74<br>Comp_index_ID: 45 HD12<br>Info: 89 HE2,1,LYS,1",null,"H: 3.05<br>C: 41.68<br>Comp_index_ID: 52 HD12<br>Info: 89 HE3,1,LYS,1","H: 3.05<br>C: 41.74<br>Comp_index_ID: 53 HD12<br>Info: 89 HE3,1,LYS,1",null,"H: 1.51<br>C: 24.24<br>Comp_index_ID: 72 HD12<br>Info: 89 HG2,1,LYS,1","H: 1.52<br>C: 24.23<br>Comp_index_ID: 8 HD12<br>Info: 89 HG2,1,LYS,1",null,"H: 1.58<br>C: 24.24<br>Comp_index_ID: 82 HD12<br>Info: 89 HG3,1,LYS,1","H: 1.59<br>C: 24.23<br>Comp_index_ID: 88 HD12<br>Info: 89 HG3,1,LYS,1",null,"H: 4.12<br>C: 60.85<br>Comp_index_ID: 93 HD12<br>Info: 8 HA,1,ILE,1","H: 4.12<br>C: 60.9<br>Comp_index_ID: 97 HD12<br>Info: 8 HA,1,ILE,1",null,"H: 1.78<br>C: 38.77<br>Comp_index_ID: 99 HD12<br>Info: 8 HB,1,ILE,1","H: 1.78<br>C: 38.72<br>Comp_index_ID: 104 HD12<br>Info: 8 HB,1,ILE,1",null,"H: 0.82<br>C: 12.88<br>Comp_index_ID: 108 HD12<br>Info: 8 HD11,1,ILE,1","H: 0.82<br>C: 12.93<br>Comp_index_ID: 109 HD12<br>Info: 8 HD11,1,ILE,1",null,"H: 0.82<br>C: 12.88<br>Comp_index_ID: 114 HD12<br>Info: 8 HD12,1,ILE,1","H: 0.82<br>C: 12.93<br>Comp_index_ID: 118 HD12<br>Info: 8 HD12,1,ILE,1",null,"H: 0.82<br>C: 12.88<br>Comp_index_ID: 43 HD12<br>Info: 8 HD13,1,ILE,1","H: 0.82<br>C: 12.93<br>Comp_index_ID: 45 HD12<br>Info: 8 HD13,1,ILE,1",null,"H: 1.14<br>C: 27.28<br>Comp_index_ID: 52 HD12<br>Info: 8 HG12,1,ILE,1",null,"H: 1.42<br>C: 27.28<br>Comp_index_ID: 53 HD12<br>Info: 8 HG13,1,ILE,1",null,"H: 0.77<br>C: 17.45<br>Comp_index_ID: 72 HD12<br>Info: 8 HG21,1,ILE,1","H: 0.77<br>C: 17.49<br>Comp_index_ID: 8 HD12<br>Info: 8 HG21,1,ILE,1",null,"H: 0.77<br>C: 17.45<br>Comp_index_ID: 82 HD12<br>Info: 8 HG22,1,ILE,1","H: 0.77<br>C: 17.49<br>Comp_index_ID: 88 HD12<br>Info: 8 HG22,1,ILE,1",null,"H: 0.77<br>C: 17.45<br>Comp_index_ID: 93 HD12<br>Info: 8 HG23,1,ILE,1","H: 0.77<br>C: 17.49<br>Comp_index_ID: 97 HD12<br>Info: 8 HG23,1,ILE,1",null,"H: 4.09<br>C: 57.32<br>Comp_index_ID: 104 HD13<br>Info: 90 HA,1,ASN,1","H: 4.09<br>C: 57.31<br>Comp_index_ID: 108 HD13<br>Info: 90 HA,1,ASN,1",null,"H: 2.45<br>C: 38.01<br>Comp_index_ID: 109 HD13<br>Info: 90 HB2,1,ASN,1","H: 2.45<br>C: 38.09<br>Comp_index_ID: 114 HD13<br>Info: 90 HB2,1,ASN,1",null,"H: 2.93<br>C: 38.01<br>Comp_index_ID: 118 HD13<br>Info: 90 HB3,1,ASN,1","H: 2.94<br>C: 38.09<br>Comp_index_ID: 43 HD13<br>Info: 90 HB3,1,ASN,1",null,"H: 3.95<br>C: 64.59<br>Comp_index_ID: 45 HD13<br>Info: 91 HA,1,THR,1","H: 3.97<br>C: 64.6<br>Comp_index_ID: 52 HD13<br>Info: 91 HA,1,THR,1",null,"H: 4.23<br>C: 67.41<br>Comp_index_ID: 53 HD13<br>Info: 91 HB,1,THR,1","H: 4.24<br>C: 67.48<br>Comp_index_ID: 72 HD13<br>Info: 91 HB,1,THR,1",null,"H: 1.22<br>C: 22.58<br>Comp_index_ID: 8 HD13<br>Info: 91 HG21,1,THR,1","H: 1.24<br>C: 22.58<br>Comp_index_ID: 82 HD13<br>Info: 91 HG21,1,THR,1",null,"H: 1.22<br>C: 22.58<br>Comp_index_ID: 88 HD13<br>Info: 91 HG22,1,THR,1","H: 1.24<br>C: 22.58<br>Comp_index_ID: 93 HD13<br>Info: 91 HG22,1,THR,1",null,"H: 1.22<br>C: 22.58<br>Comp_index_ID: 97 HD13<br>Info: 91 HG23,1,THR,1","H: 1.24<br>C: 22.58<br>Comp_index_ID: 99 HD13<br>Info: 91 HG23,1,THR,1",null,"H: 4.5<br>C: 57.56<br>Comp_index_ID: 104 HD13<br>Info: 92 HA,1,ASP,1","H: 4.52<br>C: 57.55<br>Comp_index_ID: 108 HD13<br>Info: 92 HA,1,ASP,1",null,"H: 2.84<br>C: 40.85<br>Comp_index_ID: 109 HD13<br>Info: 92 HB2,1,ASP,1","H: 2.85<br>C: 40.87<br>Comp_index_ID: 114 HD13<br>Info: 92 HB2,1,ASP,1",null,"H: 3.02<br>C: 40.85<br>Comp_index_ID: 118 HD13<br>Info: 92 HB3,1,ASP,1","H: 3.04<br>C: 40.87<br>Comp_index_ID: 43 HD13<br>Info: 92 HB3,1,ASP,1",null,"H: 3.36<br>C: 64.41<br>Comp_index_ID: 45 HD13<br>Info: 93 HA,1,ILE,1","H: 3.37<br>C: 64.45<br>Comp_index_ID: 52 HD13<br>Info: 93 HA,1,ILE,1",null,"H: 1.86<br>C: 39.03<br>Comp_index_ID: 53 HD13<br>Info: 93 HB,1,ILE,1","H: 1.86<br>C: 39.15<br>Comp_index_ID: 72 HD13<br>Info: 93 HB,1,ILE,1",null,"H: 0.66<br>C: 14.39<br>Comp_index_ID: 8 HD13<br>Info: 93 HD11,1,ILE,1","H: 0.66<br>C: 14.45<br>Comp_index_ID: 82 HD13<br>Info: 93 HD11,1,ILE,1",null,"H: 0.66<br>C: 14.39<br>Comp_index_ID: 88 HD13<br>Info: 93 HD12,1,ILE,1","H: 0.66<br>C: 14.45<br>Comp_index_ID: 93 HD13<br>Info: 93 HD12,1,ILE,1",null,"H: 0.66<br>C: 14.39<br>Comp_index_ID: 97 HD13<br>Info: 93 HD13,1,ILE,1","H: 0.66<br>C: 14.45<br>Comp_index_ID: 109 HD21<br>Info: 93 HD13,1,ILE,1",null,"H: 0.63<br>C: 28.19<br>Comp_index_ID: 43 HD21<br>Info: 93 HG12,1,ILE,1","H: 0.65<br>C: 28.12<br>Comp_index_ID: 72 HD21<br>Info: 93 HG12,1,ILE,1",null,"H: 1.6<br>C: 28.12<br>Comp_index_ID: 82 HD21<br>Info: 93 HG13,1,ILE,1","H: 1.62<br>C: 28.19<br>Comp_index_ID: 97 HD21<br>Info: 93 HG13,1,ILE,1",null,"H: 0.58<br>C: 16.64<br>Comp_index_ID: 99 HD21<br>Info: 93 HG21,1,ILE,1","H: 0.58<br>C: 16.58<br>Comp_index_ID: 109 HD21<br>Info: 93 HG21,1,ILE,1",null,"H: 0.58<br>C: 16.64<br>Comp_index_ID: 43 HD21<br>Info: 93 HG22,1,ILE,1","H: 0.58<br>C: 16.58<br>Comp_index_ID: 72 HD21<br>Info: 93 HG22,1,ILE,1",null,"H: 0.58<br>C: 16.64<br>Comp_index_ID: 82 HD21<br>Info: 93 HG23,1,ILE,1","H: 0.58<br>C: 16.58<br>Comp_index_ID: 97 HD21<br>Info: 93 HG23,1,ILE,1",null,"H: 3.72<br>C: 55.4<br>Comp_index_ID: 109 HD22<br>Info: 94 HA,1,ALA,1","H: 3.72<br>C: 55.4<br>Comp_index_ID: 43 HD22<br>Info: 94 HA,1,ALA,1",null,"H: 1.47<br>C: 18.57<br>Comp_index_ID: 72 HD22<br>Info: 94 HB1,1,ALA,1","H: 1.47<br>C: 18.58<br>Comp_index_ID: 82 HD22<br>Info: 94 HB1,1,ALA,1",null,"H: 1.47<br>C: 18.57<br>Comp_index_ID: 97 HD22<br>Info: 94 HB2,1,ALA,1","H: 1.47<br>C: 18.58<br>Comp_index_ID: 99 HD22<br>Info: 94 HB2,1,ALA,1",null,"H: 1.47<br>C: 18.57<br>Comp_index_ID: 109 HD22<br>Info: 94 HB3,1,ALA,1","H: 1.47<br>C: 18.58<br>Comp_index_ID: 43 HD22<br>Info: 94 HB3,1,ALA,1",null,"H: 4.08<br>C: 58.95<br>Comp_index_ID: 72 HD22<br>Info: 95 HA,1,GLU,1","H: 4.09<br>C: 59<br>Comp_index_ID: 82 HD22<br>Info: 95 HA,1,GLU,1",null,"H: 2.1<br>C: 29.74<br>Comp_index_ID: 97 HD22<br>Info: 95 HB2,1,GLU,1","H: 2.1<br>C: 29.75<br>Comp_index_ID: 109 HD23<br>Info: 95 HB2,1,GLU,1",null,"H: 2.19<br>C: 29.74<br>Comp_index_ID: 43 HD23<br>Info: 95 HB3,1,GLU,1","H: 2.21<br>C: 29.75<br>Comp_index_ID: 72 HD23<br>Info: 95 HB3,1,GLU,1",null,"H: 2.3<br>C: 36.46<br>Comp_index_ID: 82 HD23<br>Info: 95 HG2,1,GLU,1","H: 2.31<br>C: 36.52<br>Comp_index_ID: 97 HD23<br>Info: 95 HG2,1,GLU,1",null,"H: 2.44<br>C: 36.46<br>Comp_index_ID: 99 HD23<br>Info: 95 HG3,1,GLU,1","H: 2.45<br>C: 36.52<br>Comp_index_ID: 109 HD23<br>Info: 95 HG3,1,GLU,1",null,"H: 4.18<br>C: 58.82<br>Comp_index_ID: 43 HD23<br>Info: 96 HA,1,GLU,1","H: 4.21<br>C: 58.94<br>Comp_index_ID: 72 HD23<br>Info: 96 HA,1,GLU,1",null,"H: 1.8<br>C: 29.22<br>Comp_index_ID: 82 HD23<br>Info: 96 HB2,1,GLU,1","H: 2.32<br>C: 29.22<br>Comp_index_ID: 97 HD23<br>Info: 96 HB2,1,GLU,1",null,"H: 1.79<br>C: 29.22<br>Comp_index_ID: 115 HE2<br>Info: 96 HB3,1,GLU,1","H: 2.35<br>C: 29.22<br>Comp_index_ID: 122 HE2<br>Info: 96 HB3,1,GLU,1",null,"H: 2.09<br>C: 35.2<br>Comp_index_ID: 124 HE2<br>Info: 96 HG2,1,GLU,1","H: 2.38<br>C: 35.22<br>Comp_index_ID: 128 HE2<br>Info: 96 HG2,1,GLU,1",null,"H: 2.07<br>C: 35.22<br>Comp_index_ID: 31 HE2<br>Info: 96 HG3,1,GLU,1","H: 2.4<br>C: 35.2<br>Comp_index_ID: 41 HE2<br>Info: 96 HG3,1,GLU,1",null,"H: 4.21<br>C: 54.3<br>Comp_index_ID: 42 HE2<br>Info: 97 HA,1,LEU,1",null,"H: 1.48<br>C: 41.83<br>Comp_index_ID: 46 HE2<br>Info: 97 HB2,1,LEU,1",null,"H: 1.48<br>C: 41.83<br>Comp_index_ID: 78 HE2<br>Info: 97 HB3,1,LEU,1",null,"H: 0.47<br>C: 26.39<br>Comp_index_ID: 80 HE2<br>Info: 97 HD11,1,LEU,1","H: 0.53<br>C: 22.13<br>Comp_index_ID: 89 HE2<br>Info: 97 HD11,1,LEU,1",null,"H: 0.47<br>C: 26.39<br>Comp_index_ID: 115 HE2<br>Info: 97 HD12,1,LEU,1","H: 0.53<br>C: 22.13<br>Comp_index_ID: 122 HE2<br>Info: 97 HD12,1,LEU,1",null,"H: 0.47<br>C: 26.39<br>Comp_index_ID: 124 HE2<br>Info: 97 HD13,1,LEU,1","H: 0.53<br>C: 22.13<br>Comp_index_ID: 128 HE2<br>Info: 97 HD13,1,LEU,1",null,"H: 0.45<br>C: 26.46<br>Comp_index_ID: 31 HE2<br>Info: 97 HD21,1,LEU,1","H: 0.53<br>C: 22.39<br>Comp_index_ID: 41 HE2<br>Info: 97 HD21,1,LEU,1",null,"H: 0.45<br>C: 26.46<br>Comp_index_ID: 42 HE2<br>Info: 97 HD22,1,LEU,1","H: 0.53<br>C: 22.39<br>Comp_index_ID: 46 HE2<br>Info: 97 HD22,1,LEU,1",null,"H: 0.45<br>C: 26.46<br>Comp_index_ID: 78 HE2<br>Info: 97 HD23,1,LEU,1","H: 0.53<br>C: 22.39<br>Comp_index_ID: 80 HE2<br>Info: 97 HD23,1,LEU,1",null,"H: 1.51<br>C: 26.34<br>Comp_index_ID: 89 HE2<br>Info: 97 HG,1,LEU,1","H: 1.51<br>C: 26.33<br>Comp_index_ID: 115 HE3<br>Info: 97 HG,1,LEU,1",null,"H: 3.84<br>C: 56.56<br>Comp_index_ID: 122 HE3<br>Info: 98 HA,1,GLU,1","H: 3.87<br>C: 56.59<br>Comp_index_ID: 124 HE3<br>Info: 98 HA,1,GLU,1",null,"H: 2.1<br>C: 27.11<br>Comp_index_ID: 128 HE3<br>Info: 98 HB2,1,GLU,1","H: 2.19<br>C: 27.33<br>Comp_index_ID: 31 HE3<br>Info: 98 HB2,1,GLU,1",null,"H: 2.19<br>C: 27.33<br>Comp_index_ID: 41 HE3<br>Info: 98 HB3,1,GLU,1","H: 2.21<br>C: 27.11<br>Comp_index_ID: 42 HE3<br>Info: 98 HB3,1,GLU,1",null,"H: 2.14<br>C: 36.89<br>Comp_index_ID: 46 HE3<br>Info: 98 HG2,1,GLU,1",null,"H: 2.25<br>C: 36.89<br>Comp_index_ID: 78 HE3<br>Info: 98 HG3,1,GLU,1",null,"H: 4.33<br>C: 53.15<br>Comp_index_ID: 80 HE3<br>Info: 99 HA,1,LEU,1",null,"H: 1.09<br>C: 41.55<br>Comp_index_ID: 89 HE3<br>Info: 99 HB2,1,LEU,1",null,"H: 1.51<br>C: 41.55<br>Comp_index_ID: 115 HE3<br>Info: 99 HB3,1,LEU,1",null,"H: 0.7<br>C: 25.92<br>Comp_index_ID: 122 HE3<br>Info: 99 HD11,1,LEU,1",null,"H: 0.7<br>C: 25.92<br>Comp_index_ID: 124 HE3<br>Info: 99 HD12,1,LEU,1",null,"H: 0.7<br>C: 25.92<br>Comp_index_ID: 128 HE3<br>Info: 99 HD13,1,LEU,1",null,"H: 0.76<br>C: 23.05<br>Comp_index_ID: 31 HE3<br>Info: 99 HD21,1,LEU,1",null,"H: 0.76<br>C: 23.05<br>Comp_index_ID: 41 HE3<br>Info: 99 HD22,1,LEU,1",null,"H: 0.76<br>C: 23.05<br>Comp_index_ID: 42 HE3<br>Info: 99 HD23,1,LEU,1",null,"H: 1.64<br>C: 26.93<br>Comp_index_ID: 46 HE3<br>Info: 99 HG,1,LEU,1",null,"H: 4.54<br>C: 54.26<br>Comp_index_ID: 78 HE3<br>Info: 9 HA,1,ASP,1","H: 4.55<br>C: 54.19<br>Comp_index_ID: 80 HE3<br>Info: 9 HA,1,ASP,1",null,"H: 2.64<br>C: 41.35<br>Comp_index_ID: 89 HE3<br>Info: 9 HB2,1,ASP,1",null,"H: 2.64<br>C: 41.35<br>Comp_index_ID: 105 HE1<br>Info: 9 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16603<br>Info: 36 HA,1,ALA,1","H: 4.68<br>C: 57.72<br>Entry_ID: 16603<br>Info: 37 HA,1,CYS,1","H: 5.08<br>C: 52.03<br>Entry_ID: 16603<br>Info: 39 HA,1,ALA,1","H: 4.55<br>C: 61.88<br>Entry_ID: 16603<br>Info: 40 HA,1,VAL,1","H: 5.08<br>C: 55.17<br>Entry_ID: 16603<br>Info: 41 HA,1,MET,1","H: 5.4<br>C: 54.93<br>Entry_ID: 16603<br>Info: 42 HA,1,LYS,1","H: 5.21<br>C: 53.67<br>Entry_ID: 16603<br>Info: 43 HA,1,LEU,1","H: 5.97<br>C: 53.67<br>Entry_ID: 16603<br>Info: 44 HA,1,GLN,1","H: 5.09<br>C: 58.97<br>Entry_ID: 16603<br>Info: 45 HA,1,ILE,1","H: 4.83<br>C: 54.87<br>Entry_ID: 16603<br>Info: 46 HA,1,LYS,1","H: 4.46<br>C: 60.99<br>Entry_ID: 16603<br>Info: 47 HA,1,VAL,1","H: 4.86<br>C: 51.33<br>Entry_ID: 16603<br>Info: 48 HA,1,ASN,1","H: 4.44<br>C: 56.64<br>Entry_ID: 16603<br>Info: 49 HA,1,ASP,1","H: 4.39<br>C: 56.02<br>Entry_ID: 16603<br>Info: 50 HA,1,GLU,1","H: 4.23<br>C: 56.58<br>Entry_ID: 16603<br>Info: 5 HA,1,GLU,1","H: 4.15<br>C: 57.72<br>Entry_ID: 16603<br>Info: 52 HA,1,ILE,1","H: 3.97<br>C: 62.54<br>Entry_ID: 16603<br>Info: 53 HA,1,ILE,1","H: 4.43<br>C: 56.32<br>Entry_ID: 16603<br>Info: 54 HA,1,GLU,1","H: 4.87<br>C: 52.8<br>Entry_ID: 16603<br>Info: 55 HA,1,ASP,1","H: 5.45<br>C: 52.13<br>Entry_ID: 16603<br>Info: 56 HA,1,ALA,1","H: 5.39<br>C: 53.44<br>Entry_ID: 16603<br>Info: 57 HA,1,ARG,1","H: 5.87<br>C: 56.1<br>Entry_ID: 16603<br>Info: 58 HA,1,PHE,1","H: 4.23<br>C: 56.67<br>Entry_ID: 16603<br>Info: 59 HA,1,LYS,1","H: 4.28<br>C: 56.23<br>Entry_ID: 16603<br>Info: 6 HA,1,LYS,1","H: 4.88<br>C: 55.95<br>Entry_ID: 16603<br>Info: 61 HA,1,TYR,1","H: 4.76<br>C: 57.86<br>Entry_ID: 16603<br>Info: 63 HA,1,CYS,1","H: 3.9<br>C: 54.97<br>Entry_ID: 16603<br>Info: 68 HA,1,ALA,1","H: 3.59<br>C: 62.98<br>Entry_ID: 16603<br>Info: 69 HA,1,SER,1","H: 3.6<br>C: 61.13<br>Entry_ID: 16603<br>Info: 70 HA,1,SER,1","H: 4.05<br>C: 62.4<br>Entry_ID: 16603<br>Info: 7 HA,1,VAL,1","H: 4.08<br>C: 60.78<br>Entry_ID: 16603<br>Info: 71 HA,1,SER,1","H: 3.29<br>C: 58.06<br>Entry_ID: 16603<br>Info: 72 HA,1,LEU,1","H: 3.59<br>C: 67.01<br>Entry_ID: 16603<br>Info: 73 HA,1,VAL,1","H: 3.84<br>C: 65.94<br>Entry_ID: 16603<br>Info: 74 HA,1,THR,1","H: 4.31<br>C: 58.38<br>Entry_ID: 16603<br>Info: 75 HA,1,GLU,1","H: 4.5<br>C: 58.97<br>Entry_ID: 16603<br>Info: 76 HA,1,TRP,1","H: 3.9<br>C: 63.76<br>Entry_ID: 16603<br>Info: 77 HA,1,VAL,1","H: 3.7<br>C: 59.15<br>Entry_ID: 16603<br>Info: 78 HA,1,LYS,1","H: 4.56<br>C: 54.73<br>Entry_ID: 16603<br>Info: 80 HA,1,LYS,1","H: 4.12<br>C: 60.85<br>Entry_ID: 16603<br>Info: 8 HA,1,ILE,1","H: 4.98<br>C: 57.12<br>Entry_ID: 16603<br>Info: 81 HA,1,SER,1","H: 3.92<br>C: 58.81<br>Entry_ID: 16603<br>Info: 82 HA,1,LEU,1","H: 4.34<br>C: 57.36<br>Entry_ID: 16603<br>Info: 83 HA,1,ASP,1","H: 3.98<br>C: 58.92<br>Entry_ID: 16603<br>Info: 84 HA,1,GLU,1","H: 4.09<br>C: 54.69<br>Entry_ID: 16603<br>Info: 85 HA,1,ALA,1","H: 3.85<br>C: 57.55<br>Entry_ID: 16603<br>Info: 86 HA,1,GLN,1","H: 4.3<br>C: 51.85<br>Entry_ID: 16603<br>Info: 87 HA,1,ALA,1","H: 3.74<br>C: 62.93<br>Entry_ID: 16603<br>Info: 88 HA,1,ILE,1","H: 4.79<br>C: 53.93<br>Entry_ID: 16603<br>Info: 89 HA,1,LYS,1","H: 4.09<br>C: 57.31<br>Entry_ID: 16603<br>Info: 90 HA,1,ASN,1","H: 4.55<br>C: 54.19<br>Entry_ID: 16603<br>Info: 9 HA,1,ASP,1","H: 3.97<br>C: 64.6<br>Entry_ID: 16603<br>Info: 91 HA,1,THR,1","H: 4.52<br>C: 57.55<br>Entry_ID: 16603<br>Info: 92 HA,1,ASP,1","H: 3.37<br>C: 64.45<br>Entry_ID: 16603<br>Info: 93 HA,1,ILE,1","H: 3.72<br>C: 55.4<br>Entry_ID: 16603<br>Info: 94 HA,1,ALA,1","H: 4.09<br>C: 59<br>Entry_ID: 16603<br>Info: 95 HA,1,GLU,1","H: 4.21<br>C: 58.94<br>Entry_ID: 16603<br>Info: 96 HA,1,GLU,1","H: 4.21<br>C: 54.3<br>Entry_ID: 16603<br>Info: 97 HA,1,LEU,1","H: 3.87<br>C: 56.59<br>Entry_ID: 16603<br>Info: 98 HA,1,GLU,1","H: 4.33<br>C: 53.15<br>Entry_ID: 16603<br>Info: 99 HA,1,LEU,1","H: 3.55<br>C: 44.64<br>Entry_ID: 16603<br>Info: 18 HA2,1,GLY,1","H: 3.83<br>C: 44.32<br>Entry_ID: 16603<br>Info: 28 HA2,1,GLY,1","H: 3.61<br>C: 44.6<br>Entry_ID: 16603<br>Info: 30 HA2,1,GLY,1","H: 4.18<br>C: 44.51<br>Entry_ID: 16603<br>Info: 33 HA2,1,GLY,1","H: 3.78<br>C: 45.93<br>Entry_ID: 16603<br>Info: 38 HA2,1,GLY,1","H: 3.46<br>C: 45.73<br>Entry_ID: 16603<br>Info: 51 HA2,1,GLY,1","H: 3.96<br>C: 45.37<br>Entry_ID: 16603<br>Info: 62 HA2,1,GLY,1","H: 3.48<br>C: 45.3<br>Entry_ID: 16603<br>Info: 79 HA2,1,GLY,1","H: 4.34<br>C: 44.64<br>Entry_ID: 16603<br>Info: 18 HA3,1,GLY,1","H: 5.11<br>C: 44.32<br>Entry_ID: 16603<br>Info: 28 HA3,1,GLY,1","H: 4.52<br>C: 44.6<br>Entry_ID: 16603<br>Info: 30 HA3,1,GLY,1","H: 4.54<br>C: 44.51<br>Entry_ID: 16603<br>Info: 33 HA3,1,GLY,1","H: 4.17<br>C: 45.93<br>Entry_ID: 16603<br>Info: 38 HA3,1,GLY,1","H: 4.12<br>C: 45.73<br>Entry_ID: 16603<br>Info: 51 HA3,1,GLY,1","H: 4.14<br>C: 45.37<br>Entry_ID: 16603<br>Info: 62 HA3,1,GLY,1","H: 4.2<br>C: 45.3<br>Entry_ID: 16603<br>Info: 79 HA3,1,GLY,1","H: 2.42<br>C: 31.55<br>Entry_ID: 16603<br>Info: 102 HB,1,VAL,1","H: 2.07<br>C: 37.54<br>Entry_ID: 16603<br>Info: 104 HB,1,ILE,1","H: 1.81<br>C: 38.57<br>Entry_ID: 16603<br>Info: 108 HB,1,ILE,1","H: 2.07<br>C: 37.57<br>Entry_ID: 16603<br>Info: 114 HB,1,ILE,1","H: 1.91<br>C: 38.8<br>Entry_ID: 16603<br>Info: 118 HB,1,ILE,1","H: 1.69<br>C: 31.58<br>Entry_ID: 16603<br>Info: 17 HB,1,VAL,1","H: 1.98<br>C: 35.21<br>Entry_ID: 16603<br>Info: 27 HB,1,VAL,1","H: 2.29<br>C: 35.89<br>Entry_ID: 16603<br>Info: 32 HB,1,VAL,1","H: 1.91<br>C: 35.28<br>Entry_ID: 16603<br>Info: 40 HB,1,VAL,1","H: 1.76<br>C: 41.18<br>Entry_ID: 16603<br>Info: 45 HB,1,ILE,1","H: 1.36<br>C: 33.93<br>Entry_ID: 16603<br>Info: 47 HB,1,VAL,1","H: 1.82<br>C: 37.72<br>Entry_ID: 16603<br>Info: 52 HB,1,ILE,1","H: 2.37<br>C: 36.5<br>Entry_ID: 16603<br>Info: 53 HB,1,ILE,1","H: 2<br>C: 32.7<br>Entry_ID: 16603<br>Info: 7 HB,1,VAL,1","H: 2.01<br>C: 31.3<br>Entry_ID: 16603<br>Info: 73 HB,1,VAL,1","H: 4.08<br>C: 68.39<br>Entry_ID: 16603<br>Info: 74 HB,1,THR,1","H: 2.39<br>C: 31.63<br>Entry_ID: 16603<br>Info: 77 HB,1,VAL,1","H: 1.78<br>C: 38.77<br>Entry_ID: 16603<br>Info: 8 HB,1,ILE,1","H: 1.83<br>C: 37.81<br>Entry_ID: 16603<br>Info: 88 HB,1,ILE,1","H: 4.24<br>C: 67.48<br>Entry_ID: 16603<br>Info: 91 HB,1,THR,1","H: 1.86<br>C: 39.15<br>Entry_ID: 16603<br>Info: 93 HB,1,ILE,1","H: 1.13<br>C: 18.08<br>Entry_ID: 16603<br>Info: 110 HB1,1,ALA,1","H: 1.43<br>C: 18.09<br>Entry_ID: 16603<br>Info: 113 HB1,1,ALA,1","H: 1.55<br>C: 18.06<br>Entry_ID: 16603<br>Info: 116 HB1,1,ALA,1","H: 1.48<br>C: 18.02<br>Entry_ID: 16603<br>Info: 117 HB1,1,ALA,1","H: 1.56<br>C: 17.89<br>Entry_ID: 16603<br>Info: 119 HB1,1,ALA,1","H: 1.4<br>C: 19.05<br>Entry_ID: 16603<br>Info: 127 HB1,1,ALA,1","H: 1.49<br>C: 20.13<br>Entry_ID: 16603<br>Info: 34 HB1,1,ALA,1","H: 1.37<br>C: 18.53<br>Entry_ID: 16603<br>Info: 36 HB1,1,ALA,1","H: 1.33<br>C: 21.43<br>Entry_ID: 16603<br>Info: 39 HB1,1,ALA,1","H: 1.42<br>C: 22.87<br>Entry_ID: 16603<br>Info: 56 HB1,1,ALA,1","H: 0.99<br>C: 19.33<br>Entry_ID: 16603<br>Info: 68 HB1,1,ALA,1","H: 1.36<br>C: 18.55<br>Entry_ID: 16603<br>Info: 85 HB1,1,ALA,1","H: 1.47<br>C: 18.94<br>Entry_ID: 16603<br>Info: 87 HB1,1,ALA,1","H: 1.47<br>C: 18.58<br>Entry_ID: 16603<br>Info: 94 HB1,1,ALA,1","H: 2.13<br>C: 30.85<br>Entry_ID: 16603<br>Info: 100 HB2,1,PRO,1","H: 1.98<br>C: 31.92<br>Entry_ID: 16603<br>Info: 101 HB2,1,PRO,1","H: 1.65<br>C: 33.8<br>Entry_ID: 16603<br>Info: 103 HB2,1,LYS,1","H: 3.18<br>C: 29.41<br>Entry_ID: 16603<br>Info: 105 HB2,1,HIS,1","H: 2.35<br>C: 27.49<br>Entry_ID: 16603<br>Info: 106 HB2,1,CYS,1","H: 3.56<br>C: 63.37<br>Entry_ID: 16603<br>Info: 107 HB2,1,SER,1","H: 1.62<br>C: 41.85<br>Entry_ID: 16603<br>Info: 109 HB2,1,LEU,1","H: 1.13<br>C: 18.08<br>Entry_ID: 16603<br>Info: 110 HB2,1,ALA,1","H: 1.74<br>C: 29.47<br>Entry_ID: 16603<br>Info: 111 HB2,1,GLU,1","H: 2.54<br>C: 39.85<br>Entry_ID: 16603<br>Info: 112 HB2,1,ASP,1","H: 1.43<br>C: 18.09<br>Entry_ID: 16603<br>Info: 113 HB2,1,ALA,1","H: 1.96<br>C: 32.25<br>Entry_ID: 16603<br>Info: 115 HB2,1,LYS,1","H: 1.55<br>C: 18.06<br>Entry_ID: 16603<br>Info: 116 HB2,1,ALA,1","H: 1.48<br>C: 18.02<br>Entry_ID: 16603<br>Info: 117 HB2,1,ALA,1","H: 1.56<br>C: 17.89<br>Entry_ID: 16603<br>Info: 119 HB2,1,ALA,1","H: 2.99<br>C: 43.77<br>Entry_ID: 16603<br>Info: 120 HB2,1,ASP,1","H: 2.89<br>C: 38.26<br>Entry_ID: 16603<br>Info: 121 HB2,1,TYR,1","H: 1.9<br>C: 32.46<br>Entry_ID: 16603<br>Info: 122 HB2,1,LYS,1","H: 4.09<br>C: 62.91<br>Entry_ID: 16603<br>Info: 123 HB2,1,SER,1","H: 1.86<br>C: 32.78<br>Entry_ID: 16603<br>Info: 124 HB2,1,LYS,1","H: 1.57<br>C: 30.02<br>Entry_ID: 16603<br>Info: 125 HB2,1,ARG,1","H: 1.97<br>C: 30.23<br>Entry_ID: 16603<br>Info: 126 HB2,1,GLU,1","H: 1.4<br>C: 19.05<br>Entry_ID: 16603<br>Info: 127 HB2,1,ALA,1","H: 1.71<br>C: 33.72<br>Entry_ID: 16603<br>Info: 128 HB2,1,LYS,1","H: 3.49<br>C: 37.19<br>Entry_ID: 16603<br>Info: 16 HB2,1,ASN,1","H: 3.67<br>C: 65.98<br>Entry_ID: 16603<br>Info: 19 HB2,1,SER,1","H: 2.33<br>C: 41.96<br>Entry_ID: 16603<br>Info: 20 HB2,1,PHE,1","H: 2.62<br>C: 41.16<br>Entry_ID: 16603<br>Info: 21 HB2,1,ASP,1","H: 2.76<br>C: 38.35<br>Entry_ID: 16603<br>Info: 23 HB2,1,ASN,1","H: 2.67<br>C: 41.52<br>Entry_ID: 16603<br>Info: 24 HB2,1,ASP,1","H: 2.01<br>C: 29.5<br>Entry_ID: 16603<br>Info: 25 HB2,1,GLU,1","H: 2.98<br>C: 38.3<br>Entry_ID: 16603<br>Info: 26 HB2,1,ASN,1","H: 3.73<br>C: 64.74<br>Entry_ID: 16603<br>Info: 29 HB2,1,SER,1","H: 1.84<br>C: 34.84<br>Entry_ID: 16603<br>Info: 31 HB2,1,MET,1","H: 1.49<br>C: 20.13<br>Entry_ID: 16603<br>Info: 34 HB2,1,ALA,1","H: 1.95<br>C: 31.81<br>Entry_ID: 16603<br>Info: 35 HB2,1,PRO,1","H: 1.37<br>C: 18.53<br>Entry_ID: 16603<br>Info: 36 HB2,1,ALA,1","H: 2.98<br>C: 28.81<br>Entry_ID: 16603<br>Info: 37 HB2,1,CYS,1","H: 1.33<br>C: 21.43<br>Entry_ID: 16603<br>Info: 39 HB2,1,ALA,1","H: 1.67<br>C: 36.14<br>Entry_ID: 16603<br>Info: 41 HB2,1,MET,1","H: 1.81<br>C: 34.53<br>Entry_ID: 16603<br>Info: 42 HB2,1,LYS,1","H: 1.26<br>C: 46.49<br>Entry_ID: 16603<br>Info: 43 HB2,1,LEU,1","H: 2.01<br>C: 36<br>Entry_ID: 16603<br>Info: 44 HB2,1,GLN,1","H: 0.51<br>C: 35.08<br>Entry_ID: 16603<br>Info: 46 HB2,1,LYS,1","H: 2.87<br>C: 38.82<br>Entry_ID: 16603<br>Info: 48 HB2,1,ASN,1","H: 2.7<br>C: 40.41<br>Entry_ID: 16603<br>Info: 49 HB2,1,ASP,1","H: 1.96<br>C: 30.01<br>Entry_ID: 16603<br>Info: 50 HB2,1,GLU,1","H: 1.86<br>C: 32<br>Entry_ID: 16603<br>Info: 54 HB2,1,GLU,1","H: 2.54<br>C: 44.05<br>Entry_ID: 16603<br>Info: 55 HB2,1,ASP,1","H: 1.42<br>C: 22.87<br>Entry_ID: 16603<br>Info: 56 HB2,1,ALA,1","H: 0.72<br>C: 36.74<br>Entry_ID: 16603<br>Info: 57 HB2,1,ARG,1","H: 2.73<br>C: 43.48<br>Entry_ID: 16603<br>Info: 58 HB2,1,PHE,1","H: 1.57<br>C: 35.39<br>Entry_ID: 16603<br>Info: 59 HB2,1,LYS,1","H: 1.72<br>C: 33.13<br>Entry_ID: 16603<br>Info: 6 HB2,1,LYS,1","H: 2.87<br>C: 39.42<br>Entry_ID: 16603<br>Info: 61 HB2,1,TYR,1","H: 2.96<br>C: 30.8<br>Entry_ID: 16603<br>Info: 63 HB2,1,CYS,1","H: 0.99<br>C: 19.33<br>Entry_ID: 16603<br>Info: 68 HB2,1,ALA,1","H: 3.13<br>C: 63.51<br>Entry_ID: 16603<br>Info: 69 HB2,1,SER,1","H: 2.72<br>C: 62.44<br>Entry_ID: 16603<br>Info: 70 HB2,1,SER,1","H: 0.55<br>C: 42.06<br>Entry_ID: 16603<br>Info: 72 HB2,1,LEU,1","H: 2.21<br>C: 30.42<br>Entry_ID: 16603<br>Info: 75 HB2,1,GLU,1","H: 3.1<br>C: 30.13<br>Entry_ID: 16603<br>Info: 76 HB2,1,TRP,1","H: 1.76<br>C: 32.15<br>Entry_ID: 16603<br>Info: 78 HB2,1,LYS,1","H: 1.89<br>C: 33.93<br>Entry_ID: 16603<br>Info: 80 HB2,1,LYS,1","H: 3.92<br>C: 65.1<br>Entry_ID: 16603<br>Info: 81 HB2,1,SER,1","H: 1.43<br>C: 41.09<br>Entry_ID: 16603<br>Info: 82 HB2,1,LEU,1","H: 2.49<br>C: 40.55<br>Entry_ID: 16603<br>Info: 83 HB2,1,ASP,1","H: 1.83<br>C: 30.53<br>Entry_ID: 16603<br>Info: 84 HB2,1,GLU,1","H: 1.36<br>C: 18.55<br>Entry_ID: 16603<br>Info: 85 HB2,1,ALA,1","H: 2.15<br>C: 28.74<br>Entry_ID: 16603<br>Info: 86 HB2,1,GLN,1","H: 1.47<br>C: 18.94<br>Entry_ID: 16603<br>Info: 87 HB2,1,ALA,1","H: 1.71<br>C: 35.7<br>Entry_ID: 16603<br>Info: 89 HB2,1,LYS,1","H: 2.45<br>C: 38.09<br>Entry_ID: 16603<br>Info: 90 HB2,1,ASN,1","H: 2.64<br>C: 41.35<br>Entry_ID: 16603<br>Info: 9 HB2,1,ASP,1","H: 2.85<br>C: 40.87<br>Entry_ID: 16603<br>Info: 92 HB2,1,ASP,1","H: 1.47<br>C: 18.58<br>Entry_ID: 16603<br>Info: 94 HB2,1,ALA,1","H: 2.1<br>C: 29.75<br>Entry_ID: 16603<br>Info: 95 HB2,1,GLU,1","H: 1.8<br>C: 29.22<br>Entry_ID: 16603<br>Info: 96 HB2,1,GLU,1","H: 1.48<br>C: 41.83<br>Entry_ID: 16603<br>Info: 97 HB2,1,LEU,1","H: 2.1<br>C: 27.11<br>Entry_ID: 16603<br>Info: 98 HB2,1,GLU,1","H: 1.09<br>C: 41.55<br>Entry_ID: 16603<br>Info: 99 HB2,1,LEU,1","H: 2.4<br>C: 30.85<br>Entry_ID: 16603<br>Info: 100 HB3,1,PRO,1","H: 2.4<br>C: 31.92<br>Entry_ID: 16603<br>Info: 101 HB3,1,PRO,1","H: 2.17<br>C: 33.8<br>Entry_ID: 16603<br>Info: 103 HB3,1,LYS,1","H: 3.18<br>C: 29.41<br>Entry_ID: 16603<br>Info: 105 HB3,1,HIS,1","H: 2.7<br>C: 27.49<br>Entry_ID: 16603<br>Info: 106 HB3,1,CYS,1","H: 3.56<br>C: 63.37<br>Entry_ID: 16603<br>Info: 107 HB3,1,SER,1","H: 1.62<br>C: 41.85<br>Entry_ID: 16603<br>Info: 109 HB3,1,LEU,1","H: 1.13<br>C: 18.08<br>Entry_ID: 16603<br>Info: 110 HB3,1,ALA,1","H: 2.31<br>C: 29.47<br>Entry_ID: 16603<br>Info: 111 HB3,1,GLU,1","H: 2.98<br>C: 39.85<br>Entry_ID: 16603<br>Info: 112 HB3,1,ASP,1","H: 1.43<br>C: 18.09<br>Entry_ID: 16603<br>Info: 113 HB3,1,ALA,1","H: 1.96<br>C: 32.25<br>Entry_ID: 16603<br>Info: 115 HB3,1,LYS,1","H: 1.55<br>C: 18.06<br>Entry_ID: 16603<br>Info: 116 HB3,1,ALA,1","H: 1.48<br>C: 18.02<br>Entry_ID: 16603<br>Info: 117 HB3,1,ALA,1","H: 1.56<br>C: 17.89<br>Entry_ID: 16603<br>Info: 119 HB3,1,ALA,1","H: 2.99<br>C: 43.77<br>Entry_ID: 16603<br>Info: 120 HB3,1,ASP,1","H: 3.19<br>C: 38.26<br>Entry_ID: 16603<br>Info: 121 HB3,1,TYR,1","H: 1.9<br>C: 32.46<br>Entry_ID: 16603<br>Info: 122 HB3,1,LYS,1","H: 4.09<br>C: 62.91<br>Entry_ID: 16603<br>Info: 123 HB3,1,SER,1","H: 1.86<br>C: 32.78<br>Entry_ID: 16603<br>Info: 124 HB3,1,LYS,1","H: 1.8<br>C: 30.02<br>Entry_ID: 16603<br>Info: 125 HB3,1,ARG,1","H: 2.05<br>C: 30.23<br>Entry_ID: 16603<br>Info: 126 HB3,1,GLU,1","H: 1.4<br>C: 19.05<br>Entry_ID: 16603<br>Info: 127 HB3,1,ALA,1","H: 1.83<br>C: 33.72<br>Entry_ID: 16603<br>Info: 128 HB3,1,LYS,1","H: 3.63<br>C: 37.19<br>Entry_ID: 16603<br>Info: 16 HB3,1,ASN,1","H: 3.67<br>C: 65.98<br>Entry_ID: 16603<br>Info: 19 HB3,1,SER,1","H: 3.4<br>C: 41.96<br>Entry_ID: 16603<br>Info: 20 HB3,1,PHE,1","H: 2.69<br>C: 41.16<br>Entry_ID: 16603<br>Info: 21 HB3,1,ASP,1","H: 2.84<br>C: 38.35<br>Entry_ID: 16603<br>Info: 23 HB3,1,ASN,1","H: 2.76<br>C: 41.52<br>Entry_ID: 16603<br>Info: 24 HB3,1,ASP,1","H: 2.1<br>C: 29.5<br>Entry_ID: 16603<br>Info: 25 HB3,1,GLU,1","H: 3.35<br>C: 38.3<br>Entry_ID: 16603<br>Info: 26 HB3,1,ASN,1","H: 3.73<br>C: 64.74<br>Entry_ID: 16603<br>Info: 29 HB3,1,SER,1","H: 2.09<br>C: 34.84<br>Entry_ID: 16603<br>Info: 31 HB3,1,MET,1","H: 1.49<br>C: 20.13<br>Entry_ID: 16603<br>Info: 34 HB3,1,ALA,1","H: 2.32<br>C: 31.81<br>Entry_ID: 16603<br>Info: 35 HB3,1,PRO,1","H: 1.37<br>C: 18.53<br>Entry_ID: 16603<br>Info: 36 HB3,1,ALA,1","H: 3.04<br>C: 28.81<br>Entry_ID: 16603<br>Info: 37 HB3,1,CYS,1","H: 1.33<br>C: 21.43<br>Entry_ID: 16603<br>Info: 39 HB3,1,ALA,1","H: 1.67<br>C: 36.14<br>Entry_ID: 16603<br>Info: 41 HB3,1,MET,1","H: 2.12<br>C: 34.53<br>Entry_ID: 16603<br>Info: 42 HB3,1,LYS,1","H: 1.55<br>C: 46.49<br>Entry_ID: 16603<br>Info: 43 HB3,1,LEU,1","H: 2.07<br>C: 36<br>Entry_ID: 16603<br>Info: 44 HB3,1,GLN,1","H: 1.23<br>C: 35.08<br>Entry_ID: 16603<br>Info: 46 HB3,1,LYS,1","H: 3.53<br>C: 38.82<br>Entry_ID: 16603<br>Info: 48 HB3,1,ASN,1","H: 2.72<br>C: 40.41<br>Entry_ID: 16603<br>Info: 49 HB3,1,ASP,1","H: 2.23<br>C: 30.01<br>Entry_ID: 16603<br>Info: 50 HB3,1,GLU,1","H: 1.94<br>C: 32<br>Entry_ID: 16603<br>Info: 54 HB3,1,GLU,1","H: 2.8<br>C: 44.05<br>Entry_ID: 16603<br>Info: 55 HB3,1,ASP,1","H: 1.42<br>C: 22.87<br>Entry_ID: 16603<br>Info: 56 HB3,1,ALA,1","H: 1.23<br>C: 36.74<br>Entry_ID: 16603<br>Info: 57 HB3,1,ARG,1","H: 3.16<br>C: 43.48<br>Entry_ID: 16603<br>Info: 58 HB3,1,PHE,1","H: 1.57<br>C: 35.39<br>Entry_ID: 16603<br>Info: 59 HB3,1,LYS,1","H: 1.72<br>C: 33.13<br>Entry_ID: 16603<br>Info: 6 HB3,1,LYS,1","H: 3<br>C: 39.42<br>Entry_ID: 16603<br>Info: 61 HB3,1,TYR,1","H: 3.44<br>C: 30.8<br>Entry_ID: 16603<br>Info: 63 HB3,1,CYS,1","H: 0.99<br>C: 19.33<br>Entry_ID: 16603<br>Info: 68 HB3,1,ALA,1","H: 3.13<br>C: 63.51<br>Entry_ID: 16603<br>Info: 69 HB3,1,SER,1","H: 2.91<br>C: 62.44<br>Entry_ID: 16603<br>Info: 70 HB3,1,SER,1","H: 1.2<br>C: 42.06<br>Entry_ID: 16603<br>Info: 72 HB3,1,LEU,1","H: 2.32<br>C: 30.42<br>Entry_ID: 16603<br>Info: 75 HB3,1,GLU,1","H: 3.32<br>C: 30.13<br>Entry_ID: 16603<br>Info: 76 HB3,1,TRP,1","H: 1.85<br>C: 32.15<br>Entry_ID: 16603<br>Info: 78 HB3,1,LYS,1","H: 2.02<br>C: 33.93<br>Entry_ID: 16603<br>Info: 80 HB3,1,LYS,1","H: 4.4<br>C: 65.1<br>Entry_ID: 16603<br>Info: 81 HB3,1,SER,1","H: 1.97<br>C: 41.09<br>Entry_ID: 16603<br>Info: 82 HB3,1,LEU,1","H: 2.57<br>C: 40.55<br>Entry_ID: 16603<br>Info: 83 HB3,1,ASP,1","H: 2.33<br>C: 30.53<br>Entry_ID: 16603<br>Info: 84 HB3,1,GLU,1","H: 1.36<br>C: 18.55<br>Entry_ID: 16603<br>Info: 85 HB3,1,ALA,1","H: 2.33<br>C: 28.74<br>Entry_ID: 16603<br>Info: 86 HB3,1,GLN,1","H: 1.47<br>C: 18.94<br>Entry_ID: 16603<br>Info: 87 HB3,1,ALA,1","H: 1.88<br>C: 35.7<br>Entry_ID: 16603<br>Info: 89 HB3,1,LYS,1","H: 2.94<br>C: 38.09<br>Entry_ID: 16603<br>Info: 90 HB3,1,ASN,1","H: 2.64<br>C: 41.35<br>Entry_ID: 16603<br>Info: 9 HB3,1,ASP,1","H: 3.04<br>C: 40.87<br>Entry_ID: 16603<br>Info: 92 HB3,1,ASP,1","H: 1.47<br>C: 18.58<br>Entry_ID: 16603<br>Info: 94 HB3,1,ALA,1","H: 2.21<br>C: 29.75<br>Entry_ID: 16603<br>Info: 95 HB3,1,GLU,1","H: 2.35<br>C: 29.22<br>Entry_ID: 16603<br>Info: 96 HB3,1,GLU,1","H: 1.48<br>C: 41.83<br>Entry_ID: 16603<br>Info: 97 HB3,1,LEU,1","H: 2.21<br>C: 27.11<br>Entry_ID: 16603<br>Info: 98 HB3,1,GLU,1","H: 1.51<br>C: 41.55<br>Entry_ID: 16603<br>Info: 99 HB3,1,LEU,1","H: 1.78<br>C: 26.82<br>Entry_ID: 16603<br>Info: 109 HG,1,LEU,1","H: 1.55<br>C: 28.75<br>Entry_ID: 16603<br>Info: 43 HG,1,LEU,1","H: 1.85<br>C: 26.62<br>Entry_ID: 16603<br>Info: 82 HG,1,LEU,1","H: 1.51<br>C: 26.33<br>Entry_ID: 16603<br>Info: 97 HG,1,LEU,1","H: 1.64<br>C: 26.93<br>Entry_ID: 16603<br>Info: 99 HG,1,LEU,1","H: 1.79<br>C: 27.14<br>Entry_ID: 16603<br>Info: 100 HG2,1,PRO,1","H: 2.06<br>C: 27.52<br>Entry_ID: 16603<br>Info: 101 HG2,1,PRO,1","H: 2.21<br>C: 36.11<br>Entry_ID: 16603<br>Info: 111 HG2,1,GLU,1","H: 1.43<br>C: 27.9<br>Entry_ID: 16603<br>Info: 115 HG2,1,LYS,1","H: 1.46<br>C: 26.83<br>Entry_ID: 16603<br>Info: 122 HG2,1,LYS,1","H: 1.4<br>C: 25.78<br>Entry_ID: 16603<br>Info: 124 HG2,1,LYS,1","H: 1.43<br>C: 25.89<br>Entry_ID: 16603<br>Info: 125 HG2,1,ARG,1","H: 2.26<br>C: 36.33<br>Entry_ID: 16603<br>Info: 126 HG2,1,GLU,1","H: 1.41<br>C: 24.75<br>Entry_ID: 16603<br>Info: 128 HG2,1,LYS,1","H: 1.69<br>C: 28.27<br>Entry_ID: 16603<br>Info: 15 HG2,1,ARG,1","H: 2.3<br>C: 36.1<br>Entry_ID: 16603<br>Info: 25 HG2,1,GLU,1","H: 2.35<br>C: 32.13<br>Entry_ID: 16603<br>Info: 31 HG2,1,MET,1","H: 1.94<br>C: 27.59<br>Entry_ID: 16603<br>Info: 35 HG2,1,PRO,1","H: 2.21<br>C: 31.78<br>Entry_ID: 16603<br>Info: 41 HG2,1,MET,1","H: 1.23<br>C: 25.59<br>Entry_ID: 16603<br>Info: 42 HG2,1,LYS,1","H: 2.16<br>C: 34.97<br>Entry_ID: 16603<br>Info: 44 HG2,1,GLN,1","H: 0.74<br>C: 24.94<br>Entry_ID: 16603<br>Info: 46 HG2,1,LYS,1","H: 2.21<br>C: 36.85<br>Entry_ID: 16603<br>Info: 50 HG2,1,GLU,1","H: 2.25<br>C: 36.25<br>Entry_ID: 16603<br>Info: 5 HG2,1,GLU,1","H: 2.08<br>C: 36.42<br>Entry_ID: 16603<br>Info: 54 HG2,1,GLU,1","H: 0.27<br>C: 27.03<br>Entry_ID: 16603<br>Info: 57 HG2,1,ARG,1","H: 1.23<br>C: 24.34<br>Entry_ID: 16603<br>Info: 59 HG2,1,LYS,1","H: 1.37<br>C: 24.71<br>Entry_ID: 16603<br>Info: 6 HG2,1,LYS,1","H: 2.3<br>C: 36.99<br>Entry_ID: 16603<br>Info: 75 HG2,1,GLU,1","H: 1.01<br>C: 26.15<br>Entry_ID: 16603<br>Info: 78 HG2,1,LYS,1","H: 1.16<br>C: 26.01<br>Entry_ID: 16603<br>Info: 80 HG2,1,LYS,1","H: 2.19<br>C: 37.27<br>Entry_ID: 16603<br>Info: 84 HG2,1,GLU,1","H: 2.53<br>C: 34.35<br>Entry_ID: 16603<br>Info: 86 HG2,1,GLN,1","H: 1.52<br>C: 24.23<br>Entry_ID: 16603<br>Info: 89 HG2,1,LYS,1","H: 2.31<br>C: 36.52<br>Entry_ID: 16603<br>Info: 95 HG2,1,GLU,1","H: 2.09<br>C: 35.2<br>Entry_ID: 16603<br>Info: 96 HG2,1,GLU,1","H: 2.14<br>C: 36.89<br>Entry_ID: 16603<br>Info: 98 HG2,1,GLU,1","H: 2.19<br>C: 27.14<br>Entry_ID: 16603<br>Info: 100 HG3,1,PRO,1","H: 2.2<br>C: 27.52<br>Entry_ID: 16603<br>Info: 101 HG3,1,PRO,1","H: 2.49<br>C: 36.11<br>Entry_ID: 16603<br>Info: 111 HG3,1,GLU,1","H: 1.43<br>C: 27.9<br>Entry_ID: 16603<br>Info: 115 HG3,1,LYS,1","H: 1.93<br>C: 26.83<br>Entry_ID: 16603<br>Info: 122 HG3,1,LYS,1","H: 1.71<br>C: 25.78<br>Entry_ID: 16603<br>Info: 124 HG3,1,LYS,1","H: 1.43<br>C: 25.89<br>Entry_ID: 16603<br>Info: 125 HG3,1,ARG,1","H: 2.34<br>C: 36.33<br>Entry_ID: 16603<br>Info: 126 HG3,1,GLU,1","H: 1.41<br>C: 24.75<br>Entry_ID: 16603<br>Info: 128 HG3,1,LYS,1","H: 1.69<br>C: 28.27<br>Entry_ID: 16603<br>Info: 15 HG3,1,ARG,1","H: 2.3<br>C: 36.1<br>Entry_ID: 16603<br>Info: 25 HG3,1,GLU,1","H: 2.39<br>C: 32.13<br>Entry_ID: 16603<br>Info: 31 HG3,1,MET,1","H: 2.12<br>C: 27.59<br>Entry_ID: 16603<br>Info: 35 HG3,1,PRO,1","H: 2.31<br>C: 31.78<br>Entry_ID: 16603<br>Info: 41 HG3,1,MET,1","H: 1.34<br>C: 25.59<br>Entry_ID: 16603<br>Info: 42 HG3,1,LYS,1","H: 2.5<br>C: 34.97<br>Entry_ID: 16603<br>Info: 44 HG3,1,GLN,1","H: 1.03<br>C: 24.94<br>Entry_ID: 16603<br>Info: 46 HG3,1,LYS,1","H: 2.21<br>C: 36.85<br>Entry_ID: 16603<br>Info: 50 HG3,1,GLU,1","H: 2.25<br>C: 36.25<br>Entry_ID: 16603<br>Info: 5 HG3,1,GLU,1","H: 2.08<br>C: 36.42<br>Entry_ID: 16603<br>Info: 54 HG3,1,GLU,1","H: 0.74<br>C: 27.03<br>Entry_ID: 16603<br>Info: 57 HG3,1,ARG,1","H: 1.23<br>C: 24.34<br>Entry_ID: 16603<br>Info: 59 HG3,1,LYS,1","H: 1.37<br>C: 24.71<br>Entry_ID: 16603<br>Info: 6 HG3,1,LYS,1","H: 2.39<br>C: 36.99<br>Entry_ID: 16603<br>Info: 75 HG3,1,GLU,1","H: 2.08<br>C: 26.15<br>Entry_ID: 16603<br>Info: 78 HG3,1,LYS,1","H: 1.24<br>C: 26.01<br>Entry_ID: 16603<br>Info: 80 HG3,1,LYS,1","H: 2.34<br>C: 37.27<br>Entry_ID: 16603<br>Info: 84 HG3,1,GLU,1","H: 2.53<br>C: 34.35<br>Entry_ID: 16603<br>Info: 86 HG3,1,GLN,1","H: 1.59<br>C: 24.23<br>Entry_ID: 16603<br>Info: 89 HG3,1,LYS,1","H: 2.45<br>C: 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HD11,1,ILE,1","H: 0.83<br>C: 24.18<br>Entry_ID: 16603<br>Info: 109 HD11,1,LEU,1","H: 0.83<br>C: 13.73<br>Entry_ID: 16603<br>Info: 114 HD11,1,ILE,1","H: 0.89<br>C: 15.19<br>Entry_ID: 16603<br>Info: 118 HD11,1,ILE,1","H: 0.73<br>C: 25.98<br>Entry_ID: 16603<br>Info: 43 HD11,1,LEU,1","H: 0.51<br>C: 13.42<br>Entry_ID: 16603<br>Info: 45 HD11,1,ILE,1","H: 0.59<br>C: 10.24<br>Entry_ID: 16603<br>Info: 52 HD11,1,ILE,1","H: 0.73<br>C: 14.65<br>Entry_ID: 16603<br>Info: 53 HD11,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 16603<br>Info: 72 HD11,1,LEU,1","H: 0.82<br>C: 12.93<br>Entry_ID: 16603<br>Info: 8 HD11,1,ILE,1","H: 1.01<br>C: 26.45<br>Entry_ID: 16603<br>Info: 82 HD11,1,LEU,1","H: 0.72<br>C: 14.49<br>Entry_ID: 16603<br>Info: 88 HD11,1,ILE,1","H: 0.66<br>C: 14.45<br>Entry_ID: 16603<br>Info: 93 HD11,1,ILE,1","H: 0.53<br>C: 22.13<br>Entry_ID: 16603<br>Info: 97 HD11,1,LEU,1","H: 0.7<br>C: 25.92<br>Entry_ID: 16603<br>Info: 99 HD11,1,LEU,1","H: 0.76<br>C: 12.61<br>Entry_ID: 16603<br>Info: 104 HD12,1,ILE,1","H: 0.82<br>C: 13.37<br>Entry_ID: 16603<br>Info: 108 HD12,1,ILE,1","H: 0.83<br>C: 24.18<br>Entry_ID: 16603<br>Info: 109 HD12,1,LEU,1","H: 0.83<br>C: 13.73<br>Entry_ID: 16603<br>Info: 114 HD12,1,ILE,1","H: 0.89<br>C: 15.19<br>Entry_ID: 16603<br>Info: 118 HD12,1,ILE,1","H: 0.73<br>C: 25.98<br>Entry_ID: 16603<br>Info: 43 HD12,1,LEU,1","H: 0.51<br>C: 13.42<br>Entry_ID: 16603<br>Info: 45 HD12,1,ILE,1","H: 0.59<br>C: 10.24<br>Entry_ID: 16603<br>Info: 52 HD12,1,ILE,1","H: 0.73<br>C: 14.65<br>Entry_ID: 16603<br>Info: 53 HD12,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 16603<br>Info: 72 HD12,1,LEU,1","H: 0.82<br>C: 12.93<br>Entry_ID: 16603<br>Info: 8 HD12,1,ILE,1","H: 1.01<br>C: 26.45<br>Entry_ID: 16603<br>Info: 82 HD12,1,LEU,1","H: 0.72<br>C: 14.49<br>Entry_ID: 16603<br>Info: 88 HD12,1,ILE,1","H: 0.66<br>C: 14.45<br>Entry_ID: 16603<br>Info: 93 HD12,1,ILE,1","H: 0.53<br>C: 22.13<br>Entry_ID: 16603<br>Info: 97 HD12,1,LEU,1","H: 0.7<br>C: 25.92<br>Entry_ID: 16603<br>Info: 99 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HA,1,ASN,1","H: 3.5<br>C: 62.47<br>Entry_ID: 17282<br>Info: 17 HA,1,VAL,1","H: 4.36<br>C: 56.87<br>Entry_ID: 17282<br>Info: 19 HA,1,SER,1","H: 4.89<br>C: 55.44<br>Entry_ID: 17282<br>Info: 20 HA,1,PHE,1","H: 4.62<br>C: 53.17<br>Entry_ID: 17282<br>Info: 23 HA,1,ASN,1","H: 4.47<br>C: 54.76<br>Entry_ID: 17282<br>Info: 24 HA,1,ASP,1","H: 4.16<br>C: 58.33<br>Entry_ID: 17282<br>Info: 25 HA,1,GLU,1","H: 5.02<br>C: 53.06<br>Entry_ID: 17282<br>Info: 26 HA,1,ASN,1","H: 5.34<br>C: 60.01<br>Entry_ID: 17282<br>Info: 27 HA,1,VAL,1","H: 5.44<br>C: 57.61<br>Entry_ID: 17282<br>Info: 29 HA,1,SER,1","H: 5.58<br>C: 55.07<br>Entry_ID: 17282<br>Info: 31 HA,1,MET,1","H: 4.74<br>C: 59.48<br>Entry_ID: 17282<br>Info: 32 HA,1,VAL,1","H: 4.93<br>C: 49.27<br>Entry_ID: 17282<br>Info: 34 HA,1,ALA,1","H: 4.4<br>C: 63.08<br>Entry_ID: 17282<br>Info: 35 HA,1,PRO,1","H: 5.06<br>C: 55.02<br>Entry_ID: 17282<br>Info: 41 HA,1,MET,1","H: 5.4<br>C: 54.92<br>Entry_ID: 17282<br>Info: 42 HA,1,LYS,1","H: 5.21<br>C: 53.6<br>Entry_ID: 17282<br>Info: 43 HA,1,LEU,1","H: 5.95<br>C: 53.65<br>Entry_ID: 17282<br>Info: 44 HA,1,GLN,1","H: 5.08<br>C: 58.94<br>Entry_ID: 17282<br>Info: 45 HA,1,ILE,1","H: 4.82<br>C: 54.85<br>Entry_ID: 17282<br>Info: 46 HA,1,LYS,1","H: 4.44<br>C: 60.98<br>Entry_ID: 17282<br>Info: 47 HA,1,VAL,1","H: 4.85<br>C: 51.31<br>Entry_ID: 17282<br>Info: 48 HA,1,ASN,1","H: 4.45<br>C: 56.61<br>Entry_ID: 17282<br>Info: 49 HA,1,ASP,1","H: 4.39<br>C: 56.02<br>Entry_ID: 17282<br>Info: 50 HA,1,GLU,1","H: 4.22<br>C: 56.54<br>Entry_ID: 17282<br>Info: 5 HA,1,GLU,1","H: 4.14<br>C: 57.73<br>Entry_ID: 17282<br>Info: 52 HA,1,ILE,1","H: 3.95<br>C: 62.54<br>Entry_ID: 17282<br>Info: 53 HA,1,ILE,1","H: 4.44<br>C: 56.33<br>Entry_ID: 17282<br>Info: 54 HA,1,GLU,1","H: 4.86<br>C: 52.79<br>Entry_ID: 17282<br>Info: 55 HA,1,ASP,1","H: 5.43<br>C: 52.15<br>Entry_ID: 17282<br>Info: 56 HA,1,ALA,1","H: 5.41<br>C: 53.35<br>Entry_ID: 17282<br>Info: 57 HA,1,ARG,1","H: 5.86<br>C: 56.16<br>Entry_ID: 17282<br>Info: 58 HA,1,PHE,1","H: 4.28<br>C: 56.16<br>Entry_ID: 17282<br>Info: 6 HA,1,LYS,1","H: 4.06<br>C: 62.39<br>Entry_ID: 17282<br>Info: 7 HA,1,VAL,1","H: 3.34<br>C: 58.04<br>Entry_ID: 17282<br>Info: 72 HA,1,LEU,1","H: 3.62<br>C: 66.97<br>Entry_ID: 17282<br>Info: 73 HA,1,VAL,1","H: 3.86<br>C: 65.87<br>Entry_ID: 17282<br>Info: 74 HA,1,THR,1","H: 4.33<br>C: 58.31<br>Entry_ID: 17282<br>Info: 75 HA,1,GLU,1","H: 4.47<br>C: 59.1<br>Entry_ID: 17282<br>Info: 76 HA,1,TRP,1","H: 3.86<br>C: 63.76<br>Entry_ID: 17282<br>Info: 77 HA,1,VAL,1","H: 3.68<br>C: 59.18<br>Entry_ID: 17282<br>Info: 78 HA,1,LYS,1","H: 4.55<br>C: 54.64<br>Entry_ID: 17282<br>Info: 80 HA,1,LYS,1","H: 4.12<br>C: 60.9<br>Entry_ID: 17282<br>Info: 8 HA,1,ILE,1","H: 4.97<br>C: 57.11<br>Entry_ID: 17282<br>Info: 81 HA,1,SER,1","H: 3.91<br>C: 58.78<br>Entry_ID: 17282<br>Info: 82 HA,1,LEU,1","H: 4.34<br>C: 57.3<br>Entry_ID: 17282<br>Info: 83 HA,1,ASP,1","H: 3.98<br>C: 58.87<br>Entry_ID: 17282<br>Info: 84 HA,1,GLU,1","H: 4.1<br>C: 54.67<br>Entry_ID: 17282<br>Info: 85 HA,1,ALA,1","H: 3.85<br>C: 57.49<br>Entry_ID: 17282<br>Info: 86 HA,1,GLN,1","H: 4.31<br>C: 51.85<br>Entry_ID: 17282<br>Info: 87 HA,1,ALA,1","H: 3.73<br>C: 62.9<br>Entry_ID: 17282<br>Info: 88 HA,1,ILE,1","H: 4.78<br>C: 53.85<br>Entry_ID: 17282<br>Info: 89 HA,1,LYS,1","H: 4.09<br>C: 57.32<br>Entry_ID: 17282<br>Info: 90 HA,1,ASN,1","H: 4.54<br>C: 54.26<br>Entry_ID: 17282<br>Info: 9 HA,1,ASP,1","H: 3.95<br>C: 64.59<br>Entry_ID: 17282<br>Info: 91 HA,1,THR,1","H: 4.5<br>C: 57.56<br>Entry_ID: 17282<br>Info: 92 HA,1,ASP,1","H: 3.36<br>C: 64.41<br>Entry_ID: 17282<br>Info: 93 HA,1,ILE,1","H: 3.72<br>C: 55.4<br>Entry_ID: 17282<br>Info: 94 HA,1,ALA,1","H: 4.08<br>C: 58.95<br>Entry_ID: 17282<br>Info: 95 HA,1,GLU,1","H: 4.18<br>C: 58.82<br>Entry_ID: 17282<br>Info: 96 HA,1,GLU,1","H: 3.84<br>C: 56.56<br>Entry_ID: 17282<br>Info: 98 HA,1,GLU,1","H: 3.52<br>C: 44.59<br>Entry_ID: 17282<br>Info: 18 HA2,1,GLY,1","H: 3.83<br>C: 44.3<br>Entry_ID: 17282<br>Info: 28 HA2,1,GLY,1","H: 3.63<br>C: 44.63<br>Entry_ID: 17282<br>Info: 30 HA2,1,GLY,1","H: 4.24<br>C: 44.62<br>Entry_ID: 17282<br>Info: 33 HA2,1,GLY,1","H: 3.46<br>C: 45.67<br>Entry_ID: 17282<br>Info: 51 HA2,1,GLY,1","H: 3.48<br>C: 45.21<br>Entry_ID: 17282<br>Info: 79 HA2,1,GLY,1","H: 4.34<br>C: 44.59<br>Entry_ID: 17282<br>Info: 18 HA3,1,GLY,1","H: 5.11<br>C: 44.3<br>Entry_ID: 17282<br>Info: 28 HA3,1,GLY,1","H: 4.5<br>C: 44.63<br>Entry_ID: 17282<br>Info: 30 HA3,1,GLY,1","H: 4.44<br>C: 44.62<br>Entry_ID: 17282<br>Info: 33 HA3,1,GLY,1","H: 4.11<br>C: 45.67<br>Entry_ID: 17282<br>Info: 51 HA3,1,GLY,1","H: 4.19<br>C: 45.21<br>Entry_ID: 17282<br>Info: 79 HA3,1,GLY,1","H: 2.43<br>C: 31.48<br>Entry_ID: 17282<br>Info: 102 HB,1,VAL,1","H: 2.05<br>C: 37.54<br>Entry_ID: 17282<br>Info: 104 HB,1,ILE,1","H: 1.83<br>C: 38.59<br>Entry_ID: 17282<br>Info: 108 HB,1,ILE,1","H: 2.07<br>C: 37.33<br>Entry_ID: 17282<br>Info: 114 HB,1,ILE,1","H: 1.92<br>C: 38.8<br>Entry_ID: 17282<br>Info: 118 HB,1,ILE,1","H: 1.71<br>C: 31.51<br>Entry_ID: 17282<br>Info: 17 HB,1,VAL,1","H: 1.98<br>C: 35.21<br>Entry_ID: 17282<br>Info: 27 HB,1,VAL,1","H: 2.25<br>C: 35.84<br>Entry_ID: 17282<br>Info: 32 HB,1,VAL,1","H: 1.76<br>C: 41.26<br>Entry_ID: 17282<br>Info: 45 HB,1,ILE,1","H: 1.36<br>C: 33.91<br>Entry_ID: 17282<br>Info: 47 HB,1,VAL,1","H: 1.82<br>C: 37.69<br>Entry_ID: 17282<br>Info: 52 HB,1,ILE,1","H: 2.36<br>C: 36.45<br>Entry_ID: 17282<br>Info: 53 HB,1,ILE,1","H: 2<br>C: 32.67<br>Entry_ID: 17282<br>Info: 7 HB,1,VAL,1","H: 2<br>C: 31.3<br>Entry_ID: 17282<br>Info: 73 HB,1,VAL,1","H: 4.08<br>C: 68.43<br>Entry_ID: 17282<br>Info: 74 HB,1,THR,1","H: 2.37<br>C: 31.6<br>Entry_ID: 17282<br>Info: 77 HB,1,VAL,1","H: 1.78<br>C: 38.72<br>Entry_ID: 17282<br>Info: 8 HB,1,ILE,1","H: 1.85<br>C: 37.85<br>Entry_ID: 17282<br>Info: 88 HB,1,ILE,1","H: 4.23<br>C: 67.41<br>Entry_ID: 17282<br>Info: 91 HB,1,THR,1","H: 1.86<br>C: 39.03<br>Entry_ID: 17282<br>Info: 93 HB,1,ILE,1","H: 1.13<br>C: 18.17<br>Entry_ID: 17282<br>Info: 110 HB1,1,ALA,1","H: 1.43<br>C: 18.1<br>Entry_ID: 17282<br>Info: 113 HB1,1,ALA,1","H: 1.54<br>C: 18.03<br>Entry_ID: 17282<br>Info: 116 HB1,1,ALA,1","H: 1.47<br>C: 17.98<br>Entry_ID: 17282<br>Info: 117 HB1,1,ALA,1","H: 1.55<br>C: 17.89<br>Entry_ID: 17282<br>Info: 119 HB1,1,ALA,1","H: 1.4<br>C: 18.98<br>Entry_ID: 17282<br>Info: 127 HB1,1,ALA,1","H: 1.44<br>C: 19.99<br>Entry_ID: 17282<br>Info: 34 HB1,1,ALA,1","H: 1.42<br>C: 22.83<br>Entry_ID: 17282<br>Info: 56 HB1,1,ALA,1","H: 1.37<br>C: 18.67<br>Entry_ID: 17282<br>Info: 85 HB1,1,ALA,1","H: 1.46<br>C: 18.87<br>Entry_ID: 17282<br>Info: 87 HB1,1,ALA,1","H: 1.47<br>C: 18.57<br>Entry_ID: 17282<br>Info: 94 HB1,1,ALA,1","H: 1.63<br>C: 33.26<br>Entry_ID: 17282<br>Info: 103 HB2,1,LYS,1","H: 3.23<br>C: 29.26<br>Entry_ID: 17282<br>Info: 105 HB2,1,HIS,1","H: 2.58<br>C: 27.48<br>Entry_ID: 17282<br>Info: 106 HB2,1,CYS,1","H: 4.39<br>C: 63.17<br>Entry_ID: 17282<br>Info: 107 HB2,1,SER,1","H: 1.68<br>C: 41.85<br>Entry_ID: 17282<br>Info: 109 HB2,1,LEU,1","H: 1.13<br>C: 18.17<br>Entry_ID: 17282<br>Info: 110 HB2,1,ALA,1","H: 2.29<br>C: 29.54<br>Entry_ID: 17282<br>Info: 111 HB2,1,GLU,1","H: 2.96<br>C: 39.81<br>Entry_ID: 17282<br>Info: 112 HB2,1,ASP,1","H: 1.43<br>C: 18.1<br>Entry_ID: 17282<br>Info: 113 HB2,1,ALA,1","H: 1.95<br>C: 32.23<br>Entry_ID: 17282<br>Info: 115 HB2,1,LYS,1","H: 1.54<br>C: 18.03<br>Entry_ID: 17282<br>Info: 116 HB2,1,ALA,1","H: 1.47<br>C: 17.98<br>Entry_ID: 17282<br>Info: 117 HB2,1,ALA,1","H: 1.55<br>C: 17.89<br>Entry_ID: 17282<br>Info: 119 HB2,1,ALA,1","H: 2.95<br>C: 43.71<br>Entry_ID: 17282<br>Info: 120 HB2,1,ASP,1","H: 2.9<br>C: 38.21<br>Entry_ID: 17282<br>Info: 121 HB2,1,TYR,1","H: 1.9<br>C: 32.51<br>Entry_ID: 17282<br>Info: 122 HB2,1,LYS,1","H: 4.08<br>C: 62.87<br>Entry_ID: 17282<br>Info: 123 HB2,1,SER,1","H: 1.86<br>C: 32.69<br>Entry_ID: 17282<br>Info: 124 HB2,1,LYS,1","H: 1.57<br>C: 29.92<br>Entry_ID: 17282<br>Info: 125 HB2,1,ARG,1","H: 1.97<br>C: 30.18<br>Entry_ID: 17282<br>Info: 126 HB2,1,GLU,1","H: 1.4<br>C: 18.98<br>Entry_ID: 17282<br>Info: 127 HB2,1,ALA,1","H: 1.71<br>C: 33.6<br>Entry_ID: 17282<br>Info: 128 HB2,1,LYS,1","H: 3.56<br>C: 37.15<br>Entry_ID: 17282<br>Info: 16 HB2,1,ASN,1","H: 3.66<br>C: 66.04<br>Entry_ID: 17282<br>Info: 19 HB2,1,SER,1","H: 2.31<br>C: 42.07<br>Entry_ID: 17282<br>Info: 20 HB2,1,PHE,1","H: 2.76<br>C: 38.41<br>Entry_ID: 17282<br>Info: 23 HB2,1,ASN,1","H: 2.66<br>C: 41.48<br>Entry_ID: 17282<br>Info: 24 HB2,1,ASP,1","H: 2.02<br>C: 29.44<br>Entry_ID: 17282<br>Info: 25 HB2,1,GLU,1","H: 2.97<br>C: 38.35<br>Entry_ID: 17282<br>Info: 26 HB2,1,ASN,1","H: 3.73<br>C: 64.72<br>Entry_ID: 17282<br>Info: 29 HB2,1,SER,1","H: 1.81<br>C: 34.86<br>Entry_ID: 17282<br>Info: 31 HB2,1,MET,1","H: 1.44<br>C: 19.99<br>Entry_ID: 17282<br>Info: 34 HB2,1,ALA,1","H: 1.92<br>C: 32.05<br>Entry_ID: 17282<br>Info: 35 HB2,1,PRO,1","H: 1.7<br>C: 36.47<br>Entry_ID: 17282<br>Info: 41 HB2,1,MET,1","H: 1.8<br>C: 34.48<br>Entry_ID: 17282<br>Info: 42 HB2,1,LYS,1","H: 1.29<br>C: 46.46<br>Entry_ID: 17282<br>Info: 43 HB2,1,LEU,1","H: 2.05<br>C: 36.09<br>Entry_ID: 17282<br>Info: 44 HB2,1,GLN,1","H: 0.5<br>C: 35.03<br>Entry_ID: 17282<br>Info: 46 HB2,1,LYS,1","H: 2.85<br>C: 38.82<br>Entry_ID: 17282<br>Info: 48 HB2,1,ASN,1","H: 2.71<br>C: 40.34<br>Entry_ID: 17282<br>Info: 49 HB2,1,ASP,1","H: 1.95<br>C: 30<br>Entry_ID: 17282<br>Info: 50 HB2,1,GLU,1","H: 1.92<br>C: 30.31<br>Entry_ID: 17282<br>Info: 5 HB2,1,GLU,1","H: 1.86<br>C: 32.02<br>Entry_ID: 17282<br>Info: 54 HB2,1,GLU,1","H: 2.8<br>C: 44.02<br>Entry_ID: 17282<br>Info: 55 HB2,1,ASP,1","H: 1.42<br>C: 22.83<br>Entry_ID: 17282<br>Info: 56 HB2,1,ALA,1","H: 0.69<br>C: 36.83<br>Entry_ID: 17282<br>Info: 57 HB2,1,ARG,1","H: 2.7<br>C: 43.66<br>Entry_ID: 17282<br>Info: 58 HB2,1,PHE,1","H: 1.74<br>C: 33.07<br>Entry_ID: 17282<br>Info: 6 HB2,1,LYS,1","H: 0.55<br>C: 42.1<br>Entry_ID: 17282<br>Info: 72 HB2,1,LEU,1","H: 2.2<br>C: 30.44<br>Entry_ID: 17282<br>Info: 75 HB2,1,GLU,1","H: 3.11<br>C: 29.99<br>Entry_ID: 17282<br>Info: 76 HB2,1,TRP,1","H: 1.83<br>C: 32.12<br>Entry_ID: 17282<br>Info: 78 HB2,1,LYS,1","H: 1.86<br>C: 33.83<br>Entry_ID: 17282<br>Info: 80 HB2,1,LYS,1","H: 3.92<br>C: 65.03<br>Entry_ID: 17282<br>Info: 81 HB2,1,SER,1","H: 1.43<br>C: 41.06<br>Entry_ID: 17282<br>Info: 82 HB2,1,LEU,1","H: 2.49<br>C: 40.59<br>Entry_ID: 17282<br>Info: 83 HB2,1,ASP,1","H: 1.83<br>C: 30.51<br>Entry_ID: 17282<br>Info: 84 HB2,1,GLU,1","H: 1.37<br>C: 18.67<br>Entry_ID: 17282<br>Info: 85 HB2,1,ALA,1","H: 2.15<br>C: 28.73<br>Entry_ID: 17282<br>Info: 86 HB2,1,GLN,1","H: 1.46<br>C: 18.87<br>Entry_ID: 17282<br>Info: 87 HB2,1,ALA,1","H: 1.71<br>C: 35.72<br>Entry_ID: 17282<br>Info: 89 HB2,1,LYS,1","H: 2.45<br>C: 38.01<br>Entry_ID: 17282<br>Info: 90 HB2,1,ASN,1","H: 2.84<br>C: 40.85<br>Entry_ID: 17282<br>Info: 92 HB2,1,ASP,1","H: 1.47<br>C: 18.57<br>Entry_ID: 17282<br>Info: 94 HB2,1,ALA,1","H: 2.1<br>C: 29.74<br>Entry_ID: 17282<br>Info: 95 HB2,1,GLU,1","H: 2.32<br>C: 29.22<br>Entry_ID: 17282<br>Info: 96 HB2,1,GLU,1","H: 2.19<br>C: 27.33<br>Entry_ID: 17282<br>Info: 98 HB2,1,GLU,1","H: 1.63<br>C: 33.26<br>Entry_ID: 17282<br>Info: 103 HB3,1,LYS,1","H: 3.23<br>C: 29.26<br>Entry_ID: 17282<br>Info: 105 HB3,1,HIS,1","H: 2.41<br>C: 27.48<br>Entry_ID: 17282<br>Info: 106 HB3,1,CYS,1","H: 4.39<br>C: 63.17<br>Entry_ID: 17282<br>Info: 107 HB3,1,SER,1","H: 1.68<br>C: 41.85<br>Entry_ID: 17282<br>Info: 109 HB3,1,LEU,1","H: 1.13<br>C: 18.17<br>Entry_ID: 17282<br>Info: 110 HB3,1,ALA,1","H: 2.52<br>C: 39.81<br>Entry_ID: 17282<br>Info: 112 HB3,1,ASP,1","H: 1.43<br>C: 18.1<br>Entry_ID: 17282<br>Info: 113 HB3,1,ALA,1","H: 1.95<br>C: 32.23<br>Entry_ID: 17282<br>Info: 115 HB3,1,LYS,1","H: 1.54<br>C: 18.03<br>Entry_ID: 17282<br>Info: 116 HB3,1,ALA,1","H: 1.47<br>C: 17.98<br>Entry_ID: 17282<br>Info: 117 HB3,1,ALA,1","H: 1.55<br>C: 17.89<br>Entry_ID: 17282<br>Info: 119 HB3,1,ALA,1","H: 2.95<br>C: 43.71<br>Entry_ID: 17282<br>Info: 120 HB3,1,ASP,1","H: 3.18<br>C: 38.21<br>Entry_ID: 17282<br>Info: 121 HB3,1,TYR,1","H: 1.9<br>C: 32.51<br>Entry_ID: 17282<br>Info: 122 HB3,1,LYS,1","H: 4.08<br>C: 62.87<br>Entry_ID: 17282<br>Info: 123 HB3,1,SER,1","H: 1.86<br>C: 32.69<br>Entry_ID: 17282<br>Info: 124 HB3,1,LYS,1","H: 1.8<br>C: 29.92<br>Entry_ID: 17282<br>Info: 125 HB3,1,ARG,1","H: 2.04<br>C: 30.18<br>Entry_ID: 17282<br>Info: 126 HB3,1,GLU,1","H: 1.4<br>C: 18.98<br>Entry_ID: 17282<br>Info: 127 HB3,1,ALA,1","H: 1.83<br>C: 33.6<br>Entry_ID: 17282<br>Info: 128 HB3,1,LYS,1","H: 3.56<br>C: 37.15<br>Entry_ID: 17282<br>Info: 16 HB3,1,ASN,1","H: 3.66<br>C: 66.04<br>Entry_ID: 17282<br>Info: 19 HB3,1,SER,1","H: 3.39<br>C: 42.07<br>Entry_ID: 17282<br>Info: 20 HB3,1,PHE,1","H: 2.84<br>C: 38.41<br>Entry_ID: 17282<br>Info: 23 HB3,1,ASN,1","H: 2.76<br>C: 41.48<br>Entry_ID: 17282<br>Info: 24 HB3,1,ASP,1","H: 2.1<br>C: 29.44<br>Entry_ID: 17282<br>Info: 25 HB3,1,GLU,1","H: 3.34<br>C: 38.35<br>Entry_ID: 17282<br>Info: 26 HB3,1,ASN,1","H: 3.73<br>C: 64.72<br>Entry_ID: 17282<br>Info: 29 HB3,1,SER,1","H: 2.09<br>C: 34.86<br>Entry_ID: 17282<br>Info: 31 HB3,1,MET,1","H: 1.44<br>C: 19.99<br>Entry_ID: 17282<br>Info: 34 HB3,1,ALA,1","H: 2.28<br>C: 32.05<br>Entry_ID: 17282<br>Info: 35 HB3,1,PRO,1","H: 1.7<br>C: 36.47<br>Entry_ID: 17282<br>Info: 41 HB3,1,MET,1","H: 2.16<br>C: 34.48<br>Entry_ID: 17282<br>Info: 42 HB3,1,LYS,1","H: 1.52<br>C: 46.46<br>Entry_ID: 17282<br>Info: 43 HB3,1,LEU,1","H: 2.05<br>C: 36.09<br>Entry_ID: 17282<br>Info: 44 HB3,1,GLN,1","H: 1.21<br>C: 35.03<br>Entry_ID: 17282<br>Info: 46 HB3,1,LYS,1","H: 3.52<br>C: 38.82<br>Entry_ID: 17282<br>Info: 48 HB3,1,ASN,1","H: 2.71<br>C: 40.34<br>Entry_ID: 17282<br>Info: 49 HB3,1,ASP,1","H: 2.21<br>C: 30<br>Entry_ID: 17282<br>Info: 50 HB3,1,GLU,1","H: 2.05<br>C: 30.31<br>Entry_ID: 17282<br>Info: 5 HB3,1,GLU,1","H: 1.92<br>C: 32.02<br>Entry_ID: 17282<br>Info: 54 HB3,1,GLU,1","H: 2.54<br>C: 44.02<br>Entry_ID: 17282<br>Info: 55 HB3,1,ASP,1","H: 1.42<br>C: 22.83<br>Entry_ID: 17282<br>Info: 56 HB3,1,ALA,1","H: 1.22<br>C: 36.83<br>Entry_ID: 17282<br>Info: 57 HB3,1,ARG,1","H: 3.2<br>C: 43.66<br>Entry_ID: 17282<br>Info: 58 HB3,1,PHE,1","H: 1.74<br>C: 33.07<br>Entry_ID: 17282<br>Info: 6 HB3,1,LYS,1","H: 1.22<br>C: 42.1<br>Entry_ID: 17282<br>Info: 72 HB3,1,LEU,1","H: 2.33<br>C: 30.44<br>Entry_ID: 17282<br>Info: 75 HB3,1,GLU,1","H: 3.33<br>C: 29.99<br>Entry_ID: 17282<br>Info: 76 HB3,1,TRP,1","H: 1.76<br>C: 32.12<br>Entry_ID: 17282<br>Info: 78 HB3,1,LYS,1","H: 2.01<br>C: 33.83<br>Entry_ID: 17282<br>Info: 80 HB3,1,LYS,1","H: 4.4<br>C: 65.03<br>Entry_ID: 17282<br>Info: 81 HB3,1,SER,1","H: 1.97<br>C: 41.06<br>Entry_ID: 17282<br>Info: 82 HB3,1,LEU,1","H: 2.58<br>C: 40.59<br>Entry_ID: 17282<br>Info: 83 HB3,1,ASP,1","H: 2.33<br>C: 30.51<br>Entry_ID: 17282<br>Info: 84 HB3,1,GLU,1","H: 1.37<br>C: 18.67<br>Entry_ID: 17282<br>Info: 85 HB3,1,ALA,1","H: 2.33<br>C: 28.73<br>Entry_ID: 17282<br>Info: 86 HB3,1,GLN,1","H: 1.46<br>C: 18.87<br>Entry_ID: 17282<br>Info: 87 HB3,1,ALA,1","H: 1.88<br>C: 35.72<br>Entry_ID: 17282<br>Info: 89 HB3,1,LYS,1","H: 2.93<br>C: 38.01<br>Entry_ID: 17282<br>Info: 90 HB3,1,ASN,1","H: 3.02<br>C: 40.85<br>Entry_ID: 17282<br>Info: 92 HB3,1,ASP,1","H: 1.47<br>C: 18.57<br>Entry_ID: 17282<br>Info: 94 HB3,1,ALA,1","H: 2.19<br>C: 29.74<br>Entry_ID: 17282<br>Info: 95 HB3,1,GLU,1","H: 1.79<br>C: 29.22<br>Entry_ID: 17282<br>Info: 96 HB3,1,GLU,1","H: 2.19<br>C: 27.33<br>Entry_ID: 17282<br>Info: 98 HB3,1,GLU,1","H: 1.81<br>C: 26.71<br>Entry_ID: 17282<br>Info: 109 HG,1,LEU,1","H: 1.53<br>C: 28.57<br>Entry_ID: 17282<br>Info: 43 HG,1,LEU,1","H: 1.85<br>C: 26.6<br>Entry_ID: 17282<br>Info: 82 HG,1,LEU,1","H: 1.51<br>C: 26.34<br>Entry_ID: 17282<br>Info: 97 HG,1,LEU,1","H: 1.42<br>C: 27.97<br>Entry_ID: 17282<br>Info: 115 HG2,1,LYS,1","H: 1.44<br>C: 26.88<br>Entry_ID: 17282<br>Info: 122 HG2,1,LYS,1","H: 1.41<br>C: 25.82<br>Entry_ID: 17282<br>Info: 124 HG2,1,LYS,1","H: 1.44<br>C: 25.91<br>Entry_ID: 17282<br>Info: 125 HG2,1,ARG,1","H: 2.28<br>C: 36.33<br>Entry_ID: 17282<br>Info: 126 HG2,1,GLU,1","H: 1.4<br>C: 24.75<br>Entry_ID: 17282<br>Info: 128 HG2,1,LYS,1","H: 2.3<br>C: 36.17<br>Entry_ID: 17282<br>Info: 25 HG2,1,GLU,1","H: 2.35<br>C: 32.02<br>Entry_ID: 17282<br>Info: 31 HG2,1,MET,1","H: 2<br>C: 27.38<br>Entry_ID: 17282<br>Info: 35 HG2,1,PRO,1","H: 2.15<br>C: 31.56<br>Entry_ID: 17282<br>Info: 41 HG2,1,MET,1","H: 1.21<br>C: 25.64<br>Entry_ID: 17282<br>Info: 42 HG2,1,LYS,1","H: 0.72<br>C: 24.97<br>Entry_ID: 17282<br>Info: 46 HG2,1,LYS,1","H: 2.2<br>C: 36.84<br>Entry_ID: 17282<br>Info: 50 HG2,1,GLU,1","H: 2.27<br>C: 36.17<br>Entry_ID: 17282<br>Info: 5 HG2,1,GLU,1","H: 2.07<br>C: 36.38<br>Entry_ID: 17282<br>Info: 54 HG2,1,GLU,1","H: 0.26<br>C: 26.97<br>Entry_ID: 17282<br>Info: 57 HG2,1,ARG,1","H: 1.39<br>C: 24.66<br>Entry_ID: 17282<br>Info: 6 HG2,1,LYS,1","H: 2.38<br>C: 37.02<br>Entry_ID: 17282<br>Info: 75 HG2,1,GLU,1","H: 1<br>C: 26.17<br>Entry_ID: 17282<br>Info: 78 HG2,1,LYS,1","H: 1.14<br>C: 25.94<br>Entry_ID: 17282<br>Info: 80 HG2,1,LYS,1","H: 2.34<br>C: 37.21<br>Entry_ID: 17282<br>Info: 84 HG2,1,GLU,1","H: 2.52<br>C: 34.32<br>Entry_ID: 17282<br>Info: 86 HG2,1,GLN,1","H: 1.51<br>C: 24.24<br>Entry_ID: 17282<br>Info: 89 HG2,1,LYS,1","H: 2.3<br>C: 36.46<br>Entry_ID: 17282<br>Info: 95 HG2,1,GLU,1","H: 2.38<br>C: 35.22<br>Entry_ID: 17282<br>Info: 96 HG2,1,GLU,1","H: 2.45<br>C: 36.16<br>Entry_ID: 17282<br>Info: 111 HG3,1,GLU,1","H: 1.91<br>C: 27.97<br>Entry_ID: 17282<br>Info: 115 HG3,1,LYS,1","H: 1.92<br>C: 26.88<br>Entry_ID: 17282<br>Info: 122 HG3,1,LYS,1","H: 1.71<br>C: 25.82<br>Entry_ID: 17282<br>Info: 124 HG3,1,LYS,1","H: 1.44<br>C: 25.91<br>Entry_ID: 17282<br>Info: 125 HG3,1,ARG,1","H: 2.34<br>C: 36.33<br>Entry_ID: 17282<br>Info: 126 HG3,1,GLU,1","H: 1.4<br>C: 24.75<br>Entry_ID: 17282<br>Info: 128 HG3,1,LYS,1","H: 2.3<br>C: 36.17<br>Entry_ID: 17282<br>Info: 25 HG3,1,GLU,1","H: 2.35<br>C: 32.02<br>Entry_ID: 17282<br>Info: 31 HG3,1,MET,1","H: 2<br>C: 27.38<br>Entry_ID: 17282<br>Info: 35 HG3,1,PRO,1","H: 2.33<br>C: 31.56<br>Entry_ID: 17282<br>Info: 41 HG3,1,MET,1","H: 1.34<br>C: 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17282<br>Info: 102 HG11,1,VAL,1","H: 0.67<br>C: 20.93<br>Entry_ID: 17282<br>Info: 17 HG11,1,VAL,1","H: 0.61<br>C: 22.14<br>Entry_ID: 17282<br>Info: 27 HG11,1,VAL,1","H: 0.91<br>C: 20.39<br>Entry_ID: 17282<br>Info: 32 HG11,1,VAL,1","H: 0.68<br>C: 20.58<br>Entry_ID: 17282<br>Info: 47 HG11,1,VAL,1","H: 0.89<br>C: 20.98<br>Entry_ID: 17282<br>Info: 7 HG11,1,VAL,1","H: 0.86<br>C: 22.7<br>Entry_ID: 17282<br>Info: 73 HG11,1,VAL,1","H: 0.99<br>C: 19.35<br>Entry_ID: 17282<br>Info: 77 HG11,1,VAL,1","H: 1.07<br>C: 20.51<br>Entry_ID: 17282<br>Info: 102 HG12,1,VAL,1","H: 1.42<br>C: 28.94<br>Entry_ID: 17282<br>Info: 104 HG12,1,ILE,1","H: 1.98<br>C: 29.44<br>Entry_ID: 17282<br>Info: 118 HG12,1,ILE,1","H: 0.67<br>C: 20.93<br>Entry_ID: 17282<br>Info: 17 HG12,1,VAL,1","H: 0.61<br>C: 22.14<br>Entry_ID: 17282<br>Info: 27 HG12,1,VAL,1","H: 0.91<br>C: 20.39<br>Entry_ID: 17282<br>Info: 32 HG12,1,VAL,1","H: 1.1<br>C: 24.6<br>Entry_ID: 17282<br>Info: 45 HG12,1,ILE,1","H: 0.68<br>C: 20.58<br>Entry_ID: 17282<br>Info: 47 HG12,1,VAL,1","H: 1.14<br>C: 27.38<br>Entry_ID: 17282<br>Info: 52 HG12,1,ILE,1","H: 0.61<br>C: 29.43<br>Entry_ID: 17282<br>Info: 53 HG12,1,ILE,1","H: 0.89<br>C: 20.98<br>Entry_ID: 17282<br>Info: 7 HG12,1,VAL,1","H: 0.86<br>C: 22.7<br>Entry_ID: 17282<br>Info: 73 HG12,1,VAL,1","H: 0.99<br>C: 19.35<br>Entry_ID: 17282<br>Info: 77 HG12,1,VAL,1","H: 0.65<br>C: 28.12<br>Entry_ID: 17282<br>Info: 93 HG12,1,ILE,1","H: 1.07<br>C: 20.51<br>Entry_ID: 17282<br>Info: 102 HG13,1,VAL,1","H: 1.42<br>C: 28.94<br>Entry_ID: 17282<br>Info: 104 HG13,1,ILE,1","H: 1.98<br>C: 29.44<br>Entry_ID: 17282<br>Info: 118 HG13,1,ILE,1","H: 0.67<br>C: 20.93<br>Entry_ID: 17282<br>Info: 17 HG13,1,VAL,1","H: 0.61<br>C: 22.14<br>Entry_ID: 17282<br>Info: 27 HG13,1,VAL,1","H: 0.91<br>C: 20.39<br>Entry_ID: 17282<br>Info: 32 HG13,1,VAL,1","H: 1.45<br>C: 24.6<br>Entry_ID: 17282<br>Info: 45 HG13,1,ILE,1","H: 0.68<br>C: 20.58<br>Entry_ID: 17282<br>Info: 47 HG13,1,VAL,1","H: 1.24<br>C: 27.38<br>Entry_ID: 17282<br>Info: 52 HG13,1,ILE,1","H: 0.89<br>C: 20.98<br>Entry_ID: 17282<br>Info: 7 HG13,1,VAL,1","H: 0.86<br>C: 22.7<br>Entry_ID: 17282<br>Info: 73 HG13,1,VAL,1","H: 0.99<br>C: 19.35<br>Entry_ID: 17282<br>Info: 77 HG13,1,VAL,1","H: 0.91<br>C: 28.4<br>Entry_ID: 17282<br>Info: 88 HG13,1,ILE,1","H: 1.6<br>C: 28.12<br>Entry_ID: 17282<br>Info: 93 HG13,1,ILE,1","H: 1.06<br>C: 20.8<br>Entry_ID: 17282<br>Info: 102 HG21,1,VAL,1","H: 0.94<br>C: 17.68<br>Entry_ID: 17282<br>Info: 104 HG21,1,ILE,1","H: 0.95<br>C: 17.27<br>Entry_ID: 17282<br>Info: 108 HG21,1,ILE,1","H: 0.92<br>C: 18.67<br>Entry_ID: 17282<br>Info: 114 HG21,1,ILE,1","H: 0.99<br>C: 17.29<br>Entry_ID: 17282<br>Info: 118 HG21,1,ILE,1","H: 0.55<br>C: 22.47<br>Entry_ID: 17282<br>Info: 17 HG21,1,VAL,1","H: 0.87<br>C: 21.67<br>Entry_ID: 17282<br>Info: 27 HG21,1,VAL,1","H: 0.86<br>C: 21.94<br>Entry_ID: 17282<br>Info: 32 HG21,1,VAL,1","H: 0.82<br>C: 17.41<br>Entry_ID: 17282<br>Info: 45 HG21,1,ILE,1","H: 0<br>C: 21.39<br>Entry_ID: 17282<br>Info: 47 HG21,1,VAL,1","H: 0.53<br>C: 16.95<br>Entry_ID: 17282<br>Info: 52 HG21,1,ILE,1","H: 0.77<br>C: 18.45<br>Entry_ID: 17282<br>Info: 53 HG21,1,ILE,1","H: 0.93<br>C: 23.36<br>Entry_ID: 17282<br>Info: 73 HG21,1,VAL,1","H: 1.37<br>C: 23.76<br>Entry_ID: 17282<br>Info: 74 HG21,1,THR,1","H: 1.09<br>C: 21.9<br>Entry_ID: 17282<br>Info: 77 HG21,1,VAL,1","H: 0.77<br>C: 17.49<br>Entry_ID: 17282<br>Info: 8 HG21,1,ILE,1","H: 0.89<br>C: 16.87<br>Entry_ID: 17282<br>Info: 88 HG21,1,ILE,1","H: 1.22<br>C: 22.58<br>Entry_ID: 17282<br>Info: 91 HG21,1,THR,1","H: 0.58<br>C: 16.58<br>Entry_ID: 17282<br>Info: 93 HG21,1,ILE,1","H: 1.06<br>C: 20.8<br>Entry_ID: 17282<br>Info: 102 HG22,1,VAL,1","H: 0.94<br>C: 17.68<br>Entry_ID: 17282<br>Info: 104 HG22,1,ILE,1","H: 0.95<br>C: 17.27<br>Entry_ID: 17282<br>Info: 108 HG22,1,ILE,1","H: 0.92<br>C: 18.67<br>Entry_ID: 17282<br>Info: 114 HG22,1,ILE,1","H: 0.99<br>C: 17.29<br>Entry_ID: 17282<br>Info: 118 HG22,1,ILE,1","H: 0.55<br>C: 22.47<br>Entry_ID: 17282<br>Info: 17 HG22,1,VAL,1","H: 0.87<br>C: 21.67<br>Entry_ID: 17282<br>Info: 27 HG22,1,VAL,1","H: 0.86<br>C: 21.94<br>Entry_ID: 17282<br>Info: 32 HG22,1,VAL,1","H: 0.82<br>C: 17.41<br>Entry_ID: 17282<br>Info: 45 HG22,1,ILE,1","H: 0<br>C: 21.39<br>Entry_ID: 17282<br>Info: 47 HG22,1,VAL,1","H: 0.53<br>C: 16.95<br>Entry_ID: 17282<br>Info: 52 HG22,1,ILE,1","H: 0.77<br>C: 18.45<br>Entry_ID: 17282<br>Info: 53 HG22,1,ILE,1","H: 0.93<br>C: 23.36<br>Entry_ID: 17282<br>Info: 73 HG22,1,VAL,1","H: 1.37<br>C: 23.76<br>Entry_ID: 17282<br>Info: 74 HG22,1,THR,1","H: 1.09<br>C: 21.9<br>Entry_ID: 17282<br>Info: 77 HG22,1,VAL,1","H: 0.77<br>C: 17.49<br>Entry_ID: 17282<br>Info: 8 HG22,1,ILE,1","H: 0.89<br>C: 16.87<br>Entry_ID: 17282<br>Info: 88 HG22,1,ILE,1","H: 1.22<br>C: 22.58<br>Entry_ID: 17282<br>Info: 91 HG22,1,THR,1","H: 0.58<br>C: 16.58<br>Entry_ID: 17282<br>Info: 93 HG22,1,ILE,1","H: 1.06<br>C: 20.8<br>Entry_ID: 17282<br>Info: 102 HG23,1,VAL,1","H: 0.94<br>C: 17.68<br>Entry_ID: 17282<br>Info: 104 HG23,1,ILE,1","H: 0.95<br>C: 17.27<br>Entry_ID: 17282<br>Info: 108 HG23,1,ILE,1","H: 0.92<br>C: 18.67<br>Entry_ID: 17282<br>Info: 114 HG23,1,ILE,1","H: 0.99<br>C: 17.29<br>Entry_ID: 17282<br>Info: 118 HG23,1,ILE,1","H: 0.55<br>C: 22.47<br>Entry_ID: 17282<br>Info: 17 HG23,1,VAL,1","H: 0.87<br>C: 21.67<br>Entry_ID: 17282<br>Info: 27 HG23,1,VAL,1","H: 0.86<br>C: 21.94<br>Entry_ID: 17282<br>Info: 32 HG23,1,VAL,1","H: 0.82<br>C: 17.41<br>Entry_ID: 17282<br>Info: 45 HG23,1,ILE,1","H: 0<br>C: 21.39<br>Entry_ID: 17282<br>Info: 47 HG23,1,VAL,1","H: 0.53<br>C: 16.95<br>Entry_ID: 17282<br>Info: 52 HG23,1,ILE,1","H: 0.77<br>C: 18.45<br>Entry_ID: 17282<br>Info: 53 HG23,1,ILE,1","H: 0.93<br>C: 23.36<br>Entry_ID: 17282<br>Info: 73 HG23,1,VAL,1","H: 1.37<br>C: 23.76<br>Entry_ID: 17282<br>Info: 74 HG23,1,THR,1","H: 1.09<br>C: 21.9<br>Entry_ID: 17282<br>Info: 77 HG23,1,VAL,1","H: 0.77<br>C: 17.49<br>Entry_ID: 17282<br>Info: 8 HG23,1,ILE,1","H: 0.89<br>C: 16.87<br>Entry_ID: 17282<br>Info: 88 HG23,1,ILE,1","H: 1.22<br>C: 22.58<br>Entry_ID: 17282<br>Info: 91 HG23,1,THR,1","H: 0.58<br>C: 16.58<br>Entry_ID: 17282<br>Info: 93 HG23,1,ILE,1","H: 1.79<br>C: 29.29<br>Entry_ID: 17282<br>Info: 115 HD2,1,LYS,1","H: 1.72<br>C: 29.78<br>Entry_ID: 17282<br>Info: 122 HD2,1,LYS,1","H: 1.73<br>C: 29.83<br>Entry_ID: 17282<br>Info: 124 HD2,1,LYS,1","H: 2.97<br>C: 42.7<br>Entry_ID: 17282<br>Info: 125 HD2,1,ARG,1","H: 1.66<br>C: 29.05<br>Entry_ID: 17282<br>Info: 128 HD2,1,LYS,1","H: 3.05<br>C: 43.9<br>Entry_ID: 17282<br>Info: 15 HD2,1,ARG,1","H: 3.61<br>C: 50.5<br>Entry_ID: 17282<br>Info: 35 HD2,1,PRO,1","H: 1.7<br>C: 30.25<br>Entry_ID: 17282<br>Info: 42 HD2,1,LYS,1","H: 1.05<br>C: 29.18<br>Entry_ID: 17282<br>Info: 46 HD2,1,LYS,1","H: 1.52<br>C: 42.86<br>Entry_ID: 17282<br>Info: 57 HD2,1,ARG,1","H: 1.86<br>C: 30.48<br>Entry_ID: 17282<br>Info: 78 HD2,1,LYS,1","H: 1.2<br>C: 28.42<br>Entry_ID: 17282<br>Info: 80 HD2,1,LYS,1","H: 1.69<br>C: 28.65<br>Entry_ID: 17282<br>Info: 89 HD2,1,LYS,1","H: 1.79<br>C: 29.29<br>Entry_ID: 17282<br>Info: 115 HD3,1,LYS,1","H: 1.72<br>C: 29.78<br>Entry_ID: 17282<br>Info: 122 HD3,1,LYS,1","H: 1.73<br>C: 29.83<br>Entry_ID: 17282<br>Info: 124 HD3,1,LYS,1","H: 2.97<br>C: 42.7<br>Entry_ID: 17282<br>Info: 125 HD3,1,ARG,1","H: 1.66<br>C: 29.05<br>Entry_ID: 17282<br>Info: 128 HD3,1,LYS,1","H: 3.27<br>C: 43.9<br>Entry_ID: 17282<br>Info: 15 HD3,1,ARG,1","H: 3.78<br>C: 50.5<br>Entry_ID: 17282<br>Info: 35 HD3,1,PRO,1","H: 1.7<br>C: 30.25<br>Entry_ID: 17282<br>Info: 42 HD3,1,LYS,1","H: 1.25<br>C: 29.18<br>Entry_ID: 17282<br>Info: 46 HD3,1,LYS,1","H: 2.62<br>C: 42.86<br>Entry_ID: 17282<br>Info: 57 HD3,1,ARG,1","H: 1.92<br>C: 30.48<br>Entry_ID: 17282<br>Info: 78 HD3,1,LYS,1","H: 1.28<br>C: 28.42<br>Entry_ID: 17282<br>Info: 80 HD3,1,LYS,1","H: 1.69<br>C: 28.65<br>Entry_ID: 17282<br>Info: 89 HD3,1,LYS,1","H: 0.76<br>C: 12.79<br>Entry_ID: 17282<br>Info: 104 HD11,1,ILE,1","H: 0.83<br>C: 13.22<br>Entry_ID: 17282<br>Info: 108 HD11,1,ILE,1","H: 0.82<br>C: 24.25<br>Entry_ID: 17282<br>Info: 109 HD11,1,LEU,1","H: 0.82<br>C: 13.36<br>Entry_ID: 17282<br>Info: 114 HD11,1,ILE,1","H: 0.89<br>C: 15.2<br>Entry_ID: 17282<br>Info: 118 HD11,1,ILE,1","H: 0.75<br>C: 25.83<br>Entry_ID: 17282<br>Info: 43 HD11,1,LEU,1","H: 0.51<br>C: 13.39<br>Entry_ID: 17282<br>Info: 45 HD11,1,ILE,1","H: 0.58<br>C: 10.21<br>Entry_ID: 17282<br>Info: 52 HD11,1,ILE,1","H: 0.72<br>C: 14.65<br>Entry_ID: 17282<br>Info: 53 HD11,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 17282<br>Info: 72 HD11,1,LEU,1","H: 0.82<br>C: 12.88<br>Entry_ID: 17282<br>Info: 8 HD11,1,ILE,1","H: 1.01<br>C: 26.46<br>Entry_ID: 17282<br>Info: 82 HD11,1,LEU,1","H: 0.7<br>C: 14.43<br>Entry_ID: 17282<br>Info: 88 HD11,1,ILE,1","H: 0.66<br>C: 14.39<br>Entry_ID: 17282<br>Info: 93 HD11,1,ILE,1","H: 0.47<br>C: 26.39<br>Entry_ID: 17282<br>Info: 97 HD11,1,LEU,1","H: 0.76<br>C: 12.79<br>Entry_ID: 17282<br>Info: 104 HD12,1,ILE,1","H: 0.83<br>C: 13.22<br>Entry_ID: 17282<br>Info: 108 HD12,1,ILE,1","H: 0.82<br>C: 24.25<br>Entry_ID: 17282<br>Info: 109 HD12,1,LEU,1","H: 0.82<br>C: 13.36<br>Entry_ID: 17282<br>Info: 114 HD12,1,ILE,1","H: 0.89<br>C: 15.2<br>Entry_ID: 17282<br>Info: 118 HD12,1,ILE,1","H: 0.75<br>C: 25.83<br>Entry_ID: 17282<br>Info: 43 HD12,1,LEU,1","H: 0.51<br>C: 13.39<br>Entry_ID: 17282<br>Info: 45 HD12,1,ILE,1","H: 0.58<br>C: 10.21<br>Entry_ID: 17282<br>Info: 52 HD12,1,ILE,1","H: 0.72<br>C: 14.65<br>Entry_ID: 17282<br>Info: 53 HD12,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 17282<br>Info: 72 HD12,1,LEU,1","H: 0.82<br>C: 12.88<br>Entry_ID: 17282<br>Info: 8 HD12,1,ILE,1","H: 1.01<br>C: 26.46<br>Entry_ID: 17282<br>Info: 82 HD12,1,LEU,1","H: 0.7<br>C: 14.43<br>Entry_ID: 17282<br>Info: 88 HD12,1,ILE,1","H: 0.66<br>C: 14.39<br>Entry_ID: 17282<br>Info: 93 HD12,1,ILE,1","H: 0.47<br>C: 26.39<br>Entry_ID: 17282<br>Info: 97 HD12,1,LEU,1","H: 0.76<br>C: 12.79<br>Entry_ID: 17282<br>Info: 104 HD13,1,ILE,1","H: 0.83<br>C: 13.22<br>Entry_ID: 17282<br>Info: 108 HD13,1,ILE,1","H: 0.82<br>C: 24.25<br>Entry_ID: 17282<br>Info: 109 HD13,1,LEU,1","H: 0.82<br>C: 13.36<br>Entry_ID: 17282<br>Info: 114 HD13,1,ILE,1","H: 0.89<br>C: 15.2<br>Entry_ID: 17282<br>Info: 118 HD13,1,ILE,1","H: 0.75<br>C: 25.83<br>Entry_ID: 17282<br>Info: 43 HD13,1,LEU,1","H: 0.51<br>C: 13.39<br>Entry_ID: 17282<br>Info: 45 HD13,1,ILE,1","H: 0.58<br>C: 10.21<br>Entry_ID: 17282<br>Info: 52 HD13,1,ILE,1","H: 0.72<br>C: 14.65<br>Entry_ID: 17282<br>Info: 53 HD13,1,ILE,1","H: 0.28<br>C: 23.26<br>Entry_ID: 17282<br>Info: 72 HD13,1,LEU,1","H: 0.82<br>C: 12.88<br>Entry_ID: 17282<br>Info: 8 HD13,1,ILE,1","H: 1.01<br>C: 26.46<br>Entry_ID: 17282<br>Info: 82 HD13,1,LEU,1","H: 0.7<br>C: 14.43<br>Entry_ID: 17282<br>Info: 88 HD13,1,ILE,1","H: 0.66<br>C: 14.39<br>Entry_ID: 17282<br>Info: 93 HD13,1,ILE,1","H: 0.47<br>C: 26.39<br>Entry_ID: 17282<br>Info: 97 HD13,1,LEU,1","H: 0.87<br>C: 25.57<br>Entry_ID: 17282<br>Info: 109 HD21,1,LEU,1","H: 0.81<br>C: 26<br>Entry_ID: 17282<br>Info: 43 HD21,1,LEU,1","H: 0.14<br>C: 26.54<br>Entry_ID: 17282<br>Info: 72 HD21,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 17282<br>Info: 82 HD21,1,LEU,1","H: 0.53<br>C: 22.39<br>Entry_ID: 17282<br>Info: 97 HD21,1,LEU,1","H: 0.87<br>C: 25.57<br>Entry_ID: 17282<br>Info: 109 HD22,1,LEU,1","H: 0.81<br>C: 26<br>Entry_ID: 17282<br>Info: 43 HD22,1,LEU,1","H: 0.14<br>C: 26.54<br>Entry_ID: 17282<br>Info: 72 HD22,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 17282<br>Info: 82 HD22,1,LEU,1","H: 0.53<br>C: 22.39<br>Entry_ID: 17282<br>Info: 97 HD22,1,LEU,1","H: 0.87<br>C: 25.57<br>Entry_ID: 17282<br>Info: 109 HD23,1,LEU,1","H: 0.81<br>C: 26<br>Entry_ID: 17282<br>Info: 43 HD23,1,LEU,1","H: 0.14<br>C: 26.54<br>Entry_ID: 17282<br>Info: 72 HD23,1,LEU,1","H: 0.68<br>C: 22.96<br>Entry_ID: 17282<br>Info: 82 HD23,1,LEU,1","H: 0.53<br>C: 22.39<br>Entry_ID: 17282<br>Info: 97 HD23,1,LEU,1","H: 3.06<br>C: 42.99<br>Entry_ID: 17282<br>Info: 115 HE2,1,LYS,1","H: 2.84<br>C: 41.99<br>Entry_ID: 17282<br>Info: 122 HE2,1,LYS,1","H: 3.01<br>C: 42.81<br>Entry_ID: 17282<br>Info: 124 HE2,1,LYS,1","H: 2.99<br>C: 42.24<br>Entry_ID: 17282<br>Info: 128 HE2,1,LYS,1","H: 2.04<br>C: 17.36<br>Entry_ID: 17282<br>Info: 31 HE2,1,MET,1","H: 1.92<br>C: 17.63<br>Entry_ID: 17282<br>Info: 41 HE2,1,MET,1","H: 2.81<br>C: 42.3<br>Entry_ID: 17282<br>Info: 42 HE2,1,LYS,1","H: 2.27<br>C: 41.57<br>Entry_ID: 17282<br>Info: 46 HE2,1,LYS,1","H: 3.19<br>C: 42.17<br>Entry_ID: 17282<br>Info: 78 HE2,1,LYS,1","H: 2.48<br>C: 42.42<br>Entry_ID: 17282<br>Info: 80 HE2,1,LYS,1","H: 3<br>C: 41.68<br>Entry_ID: 17282<br>Info: 89 HE2,1,LYS,1","H: 3.18<br>C: 42.99<br>Entry_ID: 17282<br>Info: 115 HE3,1,LYS,1","H: 2.96<br>C: 41.99<br>Entry_ID: 17282<br>Info: 122 HE3,1,LYS,1","H: 3.12<br>C: 42.81<br>Entry_ID: 17282<br>Info: 124 HE3,1,LYS,1","H: 2.99<br>C: 42.24<br>Entry_ID: 17282<br>Info: 128 HE3,1,LYS,1","H: 2.04<br>C: 17.36<br>Entry_ID: 17282<br>Info: 31 HE3,1,MET,1","H: 1.92<br>C: 17.63<br>Entry_ID: 17282<br>Info: 41 HE3,1,MET,1","H: 2.91<br>C: 42.3<br>Entry_ID: 17282<br>Info: 42 HE3,1,LYS,1","H: 2.49<br>C: 41.57<br>Entry_ID: 17282<br>Info: 46 HE3,1,LYS,1","H: 3.19<br>C: 42.17<br>Entry_ID: 17282<br>Info: 78 HE3,1,LYS,1","H: 2.69<br>C: 42.42<br>Entry_ID: 17282<br>Info: 80 HE3,1,LYS,1","H: 3.05<br>C: 41.68<br>Entry_ID: 17282<br>Info: 89 HE3,1,LYS,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,191,196,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,191,196,1)"}},"hoveron":"points","name":"17282","legendgroup":"17282","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"}],"layout":{"margin":{"t":26.2283105022831,"r":7.30593607305936,"b":40.1826484018265,"l":43.1050228310502},"plot_bgcolor":"rgba(235,235,235,1)","paper_bgcolor":"rgba(255,255,255,1)","font":{"color":"rgba(0,0,0,1)","family":"","size":14.6118721461187},"xaxis":{"domain":[0,1],"type":"linear","autorange":"reversed","tickmode":"array","range":[-0.3962,8.3422],"ticktext":["0","2","4","6","8"],"tickvals":[0,2,4,6,8],"ticks":"outside","tickcolor":"rgba(51,51,51,1)","ticklen":3.65296803652968,"tickwidth":0.66417600664176,"showticklabels":true,"tickfont":{"color":"rgba(77,77,77,1)","family":"","size":11.689497716895},"tickangle":-0,"showline":false,"linecolor":null,"linewidth":0,"showgrid":true,"gridcolor":"rgba(255,255,255,1)","gridwidth":0.66417600664176,"zeroline":false,"anchor":"y","title":"H","titlefont":{"color":"rgba(0,0,0,1)","family":"","size":14.6118721461187},"hoverformat":".2f"},"yaxis":{"domain":[0,1],"type":"linear","autorange":"reversed","tickmode":"array","range":[3.7586,145.7114],"ticktext":["50","100"],"tickvals":[50,100],"ticks":"outside","tickcolor":"rgba(51,51,51,1)","ticklen":3.65296803652968,"tickwidth":0.66417600664176,"showticklabels":true,"tickfont":{"color":"rgba(77,77,77,1)","family":"","size":11.689497716895},"tickangle":-0,"showline":false,"linecolor":null,"linewidth":0,"showgrid":true,"gridcolor":"rgba(255,255,255,1)","gridwidth":0.66417600664176,"zeroline":false,"anchor":"x","title":"C","titlefont":{"color":"rgba(0,0,0,1)","family":"","size":14.6118721461187},"hoverformat":".2f"},"shapes":[{"type":"rect","fillcolor":null,"line":{"color":null,"width":0,"linetype":[]},"yref":"paper","xref":"paper","x0":0,"x1":1,"y0":0,"y1":1}],"showlegend":true,"legend":{"bgcolor":"rgba(255,255,255,1)","bordercolor":"transparent","borderwidth":1.88976377952756,"font":{"color":"rgba(0,0,0,1)","family":"","size":11.689497716895},"y":0.913385826771654},"hovermode":"closest"},"source":"A"},"evals":[],"jsHooks":[]}</script> Non interactive plot</p>
<pre class="r"><code>spec3<-HSQC_13C(c(17282,16603),type='line',interactive = F)
spec3</code></pre>
<p><img 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" width="672" /></p>
</div>
</div>
<div id="tocsy" class="section level4">
<h4>TOCSY</h4>
<p>This function will simulate TOCSY spectrum for a given entry or list of entries.</p>
<div id="examples-7" class="section level5">
<h5>Examples</h5>
<p>These interactive visualization can be exported as single stand alone html file</p>
<pre class="r"><code>spec1<-TOCSY(15060)
spec1</code></pre>
<div id="htmlwidget-8434b6cd666768fbb976" style="width:672px;height:480px;" class="plotly html-widget"></div>
<script type="application/json" 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1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,H,HB1,1","Val.x: 7.9<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,H,HB2,1","Val.x: 7.9<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,H,HB3,1","Val.x: 3.84<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HA,H,1","Val.x: 3.84<br>Val.y: 3.84<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HA,HA,1","Val.x: 3.84<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HA,HB1,1","Val.x: 3.84<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HA,HB2,1","Val.x: 3.84<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HA,HB3,1","Val.x: 1.45<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HB1,H,1","Val.x: 1.45<br>Val.y: 3.84<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HB1,HA,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HB1,HB1,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HB1,HB2,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ALA<br>Info: 33,1,ALA,HB1,HB3,1","Val.x: 1.45<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 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1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,H,HB3,1","Val.x: 4.03<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HA,H,1","Val.x: 4.03<br>Val.y: 4.03<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HA,HA,1","Val.x: 4.03<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HA,HB1,1","Val.x: 4.03<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HA,HB2,1","Val.x: 4.03<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HA,HB3,1","Val.x: 1.31<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB1,H,1","Val.x: 1.31<br>Val.y: 4.03<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB1,HA,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB1,HB1,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB1,HB2,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB1,HB3,1","Val.x: 1.31<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB2,H,1","Val.x: 1.31<br>Val.y: 4.03<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB2,HA,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB2,HB1,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB2,HB2,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB2,HB3,1","Val.x: 1.31<br>Val.y: 7.9<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB3,H,1","Val.x: 1.31<br>Val.y: 4.03<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB3,HA,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB3,HB1,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB3,HB2,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: ALA<br>Info: 39,1,ALA,HB3,HB3,1","Val.x: 8.07<br>Val.y: 8.07<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,H,H,1","Val.x: 8.07<br>Val.y: 3.93<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,H,HA,1","Val.x: 8.07<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,H,HB1,1","Val.x: 8.07<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,H,HB2,1","Val.x: 8.07<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,H,HB3,1","Val.x: 3.93<br>Val.y: 8.07<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HA,H,1","Val.x: 3.93<br>Val.y: 3.93<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HA,HA,1","Val.x: 3.93<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HA,HB1,1","Val.x: 3.93<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HA,HB2,1","Val.x: 3.93<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HA,HB3,1","Val.x: 0.44<br>Val.y: 8.07<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB1,H,1","Val.x: 0.44<br>Val.y: 3.93<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB1,HA,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB1,HB1,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB1,HB2,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB1,HB3,1","Val.x: 0.44<br>Val.y: 8.07<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB2,H,1","Val.x: 0.44<br>Val.y: 3.93<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB2,HA,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB2,HB1,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB2,HB2,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB2,HB3,1","Val.x: 0.44<br>Val.y: 8.07<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB3,H,1","Val.x: 0.44<br>Val.y: 3.93<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB3,HA,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB3,HB1,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB3,HB2,1","Val.x: 0.44<br>Val.y: 0.44<br>Comp_ID.x: ALA<br>Info: 40,1,ALA,HB3,HB3,1","Val.x: 6.88<br>Val.y: 6.88<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,H,H,1","Val.x: 6.88<br>Val.y: 4.31<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,H,HA,1","Val.x: 6.88<br>Val.y: 1.6<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,H,HB1,1","Val.x: 6.88<br>Val.y: 1.6<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,H,HB2,1","Val.x: 6.88<br>Val.y: 1.6<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,H,HB3,1","Val.x: 4.31<br>Val.y: 6.88<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,HA,H,1","Val.x: 4.31<br>Val.y: 4.31<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,HA,HA,1","Val.x: 4.31<br>Val.y: 1.6<br>Comp_ID.x: ALA<br>Info: 46,1,ALA,HA,HB1,1","Val.x: 4.31<br>Val.y: 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1.95<br>Val.y: 4.04<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HA,1","Val.x: 1.95<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HB2,1","Val.x: 1.95<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HB3,1","Val.x: 1.95<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HG2,1","Val.x: 1.95<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HG3,1","Val.x: 1.95<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HD2,1","Val.x: 1.95<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB2,HD3,1","Val.x: 1.95<br>Val.y: 8.8<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,H,1","Val.x: 1.95<br>Val.y: 4.04<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HA,1","Val.x: 1.95<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HB2,1","Val.x: 1.95<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HB3,1","Val.x: 1.95<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HG2,1","Val.x: 1.95<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HG3,1","Val.x: 1.95<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HD2,1","Val.x: 1.95<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HB3,HD3,1","Val.x: 1.76<br>Val.y: 8.8<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,H,1","Val.x: 1.76<br>Val.y: 4.04<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HA,1","Val.x: 1.76<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HB2,1","Val.x: 1.76<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HB3,1","Val.x: 1.76<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HG2,1","Val.x: 1.76<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HG3,1","Val.x: 1.76<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HD2,1","Val.x: 1.76<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG2,HD3,1","Val.x: 1.76<br>Val.y: 8.8<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,H,1","Val.x: 1.76<br>Val.y: 4.04<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HA,1","Val.x: 1.76<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HB2,1","Val.x: 1.76<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HB3,1","Val.x: 1.76<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HG2,1","Val.x: 1.76<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HG3,1","Val.x: 1.76<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HD2,1","Val.x: 1.76<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HG3,HD3,1","Val.x: 3.25<br>Val.y: 8.8<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,H,1","Val.x: 3.25<br>Val.y: 4.04<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HA,1","Val.x: 3.25<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HB2,1","Val.x: 3.25<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HB3,1","Val.x: 3.25<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HG2,1","Val.x: 3.25<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HG3,1","Val.x: 3.25<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HD2,1","Val.x: 3.25<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD2,HD3,1","Val.x: 3.25<br>Val.y: 8.8<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,H,1","Val.x: 3.25<br>Val.y: 4.04<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HA,1","Val.x: 3.25<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HB2,1","Val.x: 3.25<br>Val.y: 1.95<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HB3,1","Val.x: 3.25<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HG2,1","Val.x: 3.25<br>Val.y: 1.76<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HG3,1","Val.x: 3.25<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HD2,1","Val.x: 3.25<br>Val.y: 3.25<br>Comp_ID.x: ARG<br>Info: 70,1,ARG,HD3,HD3,1","Val.x: 8.06<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,H,1","Val.x: 8.06<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HA,1","Val.x: 8.06<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HB2,1","Val.x: 8.06<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HB3,1","Val.x: 8.06<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HG2,1","Val.x: 8.06<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HG3,1","Val.x: 8.06<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HD2,1","Val.x: 8.06<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,H,HD3,1","Val.x: 4.02<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,H,1","Val.x: 4.02<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HA,1","Val.x: 4.02<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HB2,1","Val.x: 4.02<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HB3,1","Val.x: 4.02<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HG2,1","Val.x: 4.02<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HG3,1","Val.x: 4.02<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HD2,1","Val.x: 4.02<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HA,HD3,1","Val.x: 1.45<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,H,1","Val.x: 1.45<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HA,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HB2,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HB3,1","Val.x: 1.45<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HG2,1","Val.x: 1.45<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HG3,1","Val.x: 1.45<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HD2,1","Val.x: 1.45<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB2,HD3,1","Val.x: 1.45<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,H,1","Val.x: 1.45<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HA,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HB2,1","Val.x: 1.45<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HB3,1","Val.x: 1.45<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HG2,1","Val.x: 1.45<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HG3,1","Val.x: 1.45<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HD2,1","Val.x: 1.45<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HB3,HD3,1","Val.x: 1.69<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,H,1","Val.x: 1.69<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HA,1","Val.x: 1.69<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HB2,1","Val.x: 1.69<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HB3,1","Val.x: 1.69<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HG2,1","Val.x: 1.69<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HG3,1","Val.x: 1.69<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HD2,1","Val.x: 1.69<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG2,HD3,1","Val.x: 1.69<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,H,1","Val.x: 1.69<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HA,1","Val.x: 1.69<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HB2,1","Val.x: 1.69<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HB3,1","Val.x: 1.69<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HG2,1","Val.x: 1.69<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HG3,1","Val.x: 1.69<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HD2,1","Val.x: 1.69<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HG3,HD3,1","Val.x: 3.04<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,H,1","Val.x: 3.04<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HA,1","Val.x: 3.04<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HB2,1","Val.x: 3.04<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HB3,1","Val.x: 3.04<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HG2,1","Val.x: 3.04<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HG3,1","Val.x: 3.04<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HD2,1","Val.x: 3.04<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD2,HD3,1","Val.x: 3.04<br>Val.y: 8.06<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,H,1","Val.x: 3.04<br>Val.y: 4.02<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HA,1","Val.x: 3.04<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HB2,1","Val.x: 3.04<br>Val.y: 1.45<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HB3,1","Val.x: 3.04<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HG2,1","Val.x: 3.04<br>Val.y: 1.69<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HG3,1","Val.x: 3.04<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HD2,1","Val.x: 3.04<br>Val.y: 3.04<br>Comp_ID.x: ARG<br>Info: 78,1,ARG,HD3,HD3,1","Val.x: 7.33<br>Val.y: 7.33<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,H,H,1","Val.x: 7.33<br>Val.y: 4.3<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,H,HA,1","Val.x: 7.33<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,H,HB2,1","Val.x: 7.33<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,H,HB3,1","Val.x: 7.33<br>Val.y: 2.58<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,H,HD3,1","Val.x: 4.3<br>Val.y: 7.33<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HA,H,1","Val.x: 4.3<br>Val.y: 4.3<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HA,HA,1","Val.x: 4.3<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HA,HB2,1","Val.x: 4.3<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HA,HB3,1","Val.x: 4.3<br>Val.y: 2.58<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HA,HD3,1","Val.x: 1.59<br>Val.y: 7.33<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB2,H,1","Val.x: 1.59<br>Val.y: 4.3<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB2,HA,1","Val.x: 1.59<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB2,HB2,1","Val.x: 1.59<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB2,HB3,1","Val.x: 1.59<br>Val.y: 2.58<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB2,HD3,1","Val.x: 1.59<br>Val.y: 7.33<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB3,H,1","Val.x: 1.59<br>Val.y: 4.3<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB3,HA,1","Val.x: 1.59<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB3,HB2,1","Val.x: 1.59<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB3,HB3,1","Val.x: 1.59<br>Val.y: 2.58<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HB3,HD3,1","Val.x: 2.58<br>Val.y: 7.33<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HD3,H,1","Val.x: 2.58<br>Val.y: 4.3<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HD3,HA,1","Val.x: 2.58<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HD3,HB2,1","Val.x: 2.58<br>Val.y: 1.59<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HD3,HB3,1","Val.x: 2.58<br>Val.y: 2.58<br>Comp_ID.x: ARG<br>Info: 79,1,ARG,HD3,HD3,1","Val.x: 7.79<br>Val.y: 7.79<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,H,1","Val.x: 7.79<br>Val.y: 4.25<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HA,1","Val.x: 7.79<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HB2,1","Val.x: 7.79<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HB3,1","Val.x: 7.79<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HG2,1","Val.x: 7.79<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HG3,1","Val.x: 7.79<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HD2,1","Val.x: 7.79<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,H,HD3,1","Val.x: 4.25<br>Val.y: 7.79<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,H,1","Val.x: 4.25<br>Val.y: 4.25<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HA,1","Val.x: 4.25<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HB2,1","Val.x: 4.25<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HB3,1","Val.x: 4.25<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HG2,1","Val.x: 4.25<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HG3,1","Val.x: 4.25<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HD2,1","Val.x: 4.25<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HA,HD3,1","Val.x: 1.88<br>Val.y: 7.79<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,H,1","Val.x: 1.88<br>Val.y: 4.25<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HA,1","Val.x: 1.88<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HB2,1","Val.x: 1.88<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HB3,1","Val.x: 1.88<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HG2,1","Val.x: 1.88<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HG3,1","Val.x: 1.88<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HD2,1","Val.x: 1.88<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB2,HD3,1","Val.x: 1.88<br>Val.y: 7.79<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,H,1","Val.x: 1.88<br>Val.y: 4.25<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HA,1","Val.x: 1.88<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HB2,1","Val.x: 1.88<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HB3,1","Val.x: 1.88<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HG2,1","Val.x: 1.88<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HG3,1","Val.x: 1.88<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HD2,1","Val.x: 1.88<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HB3,HD3,1","Val.x: 1.67<br>Val.y: 7.79<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HG2,H,1","Val.x: 1.67<br>Val.y: 4.25<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HG2,HA,1","Val.x: 1.67<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HG2,HB2,1","Val.x: 1.67<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HG2,HB3,1","Val.x: 1.67<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HG2,HG2,1","Val.x: 1.67<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HG2,HG3,1","Val.x: 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1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD2,HB3,1","Val.x: 3.18<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD2,HG2,1","Val.x: 3.18<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD2,HG3,1","Val.x: 3.18<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD2,HD2,1","Val.x: 3.18<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD2,HD3,1","Val.x: 3.18<br>Val.y: 7.79<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,H,1","Val.x: 3.18<br>Val.y: 4.25<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HA,1","Val.x: 3.18<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HB2,1","Val.x: 3.18<br>Val.y: 1.88<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HB3,1","Val.x: 3.18<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HG2,1","Val.x: 3.18<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HG3,1","Val.x: 3.18<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HD2,1","Val.x: 3.18<br>Val.y: 3.18<br>Comp_ID.x: ARG<br>Info: 90,1,ARG,HD3,HD3,1","Val.x: 8.2<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,H,1","Val.x: 8.2<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HA,1","Val.x: 8.2<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HB2,1","Val.x: 8.2<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HB3,1","Val.x: 8.2<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HG2,1","Val.x: 8.2<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HG3,1","Val.x: 8.2<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HD2,1","Val.x: 8.2<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,H,HD3,1","Val.x: 4.26<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,H,1","Val.x: 4.26<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HA,1","Val.x: 4.26<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HB2,1","Val.x: 4.26<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HB3,1","Val.x: 4.26<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HG2,1","Val.x: 4.26<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HG3,1","Val.x: 4.26<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HD2,1","Val.x: 4.26<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HA,HD3,1","Val.x: 1.67<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,H,1","Val.x: 1.67<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HA,1","Val.x: 1.67<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HB2,1","Val.x: 1.67<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HB3,1","Val.x: 1.67<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HG2,1","Val.x: 1.67<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HG3,1","Val.x: 1.67<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HD2,1","Val.x: 1.67<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB2,HD3,1","Val.x: 1.81<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,H,1","Val.x: 1.81<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HA,1","Val.x: 1.81<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HB2,1","Val.x: 1.81<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HB3,1","Val.x: 1.81<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HG2,1","Val.x: 1.81<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HG3,1","Val.x: 1.81<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HD2,1","Val.x: 1.81<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HB3,HD3,1","Val.x: 1.65<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,H,1","Val.x: 1.65<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HA,1","Val.x: 1.65<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HB2,1","Val.x: 1.65<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HB3,1","Val.x: 1.65<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HG2,1","Val.x: 1.65<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HG3,1","Val.x: 1.65<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HD2,1","Val.x: 1.65<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG2,HD3,1","Val.x: 1.65<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,H,1","Val.x: 1.65<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HA,1","Val.x: 1.65<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HB2,1","Val.x: 1.65<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HB3,1","Val.x: 1.65<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HG2,1","Val.x: 1.65<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HG3,1","Val.x: 1.65<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HD2,1","Val.x: 1.65<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HG3,HD3,1","Val.x: 3.2<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,H,1","Val.x: 3.2<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HA,1","Val.x: 3.2<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HB2,1","Val.x: 3.2<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HB3,1","Val.x: 3.2<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HG2,1","Val.x: 3.2<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HG3,1","Val.x: 3.2<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HD2,1","Val.x: 3.2<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD2,HD3,1","Val.x: 3.2<br>Val.y: 8.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,H,1","Val.x: 3.2<br>Val.y: 4.26<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,HA,1","Val.x: 3.2<br>Val.y: 1.67<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,HB2,1","Val.x: 3.2<br>Val.y: 1.81<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,HB3,1","Val.x: 3.2<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,HG2,1","Val.x: 3.2<br>Val.y: 1.65<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,HG3,1","Val.x: 3.2<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 97,1,ARG,HD3,HD2,1","Val.x: 3.2<br>Val.y: 3.2<br>Comp_ID.x: ARG<br>Info: 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57,1,ASN,HB2,HA,1","Val.x: 3.01<br>Val.y: 3.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB2,HB2,1","Val.x: 3.01<br>Val.y: 2.72<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB2,HB3,1","Val.x: 3.01<br>Val.y: 7.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB2,HD21,1","Val.x: 3.01<br>Val.y: 7.71<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB2,HD22,1","Val.x: 2.72<br>Val.y: 8.39<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB3,H,1","Val.x: 2.72<br>Val.y: 4.66<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB3,HA,1","Val.x: 2.72<br>Val.y: 3.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB3,HB2,1","Val.x: 2.72<br>Val.y: 2.72<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB3,HB3,1","Val.x: 2.72<br>Val.y: 7.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB3,HD21,1","Val.x: 2.72<br>Val.y: 7.71<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HB3,HD22,1","Val.x: 7.01<br>Val.y: 8.39<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD21,H,1","Val.x: 7.01<br>Val.y: 4.66<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD21,HA,1","Val.x: 7.01<br>Val.y: 3.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD21,HB2,1","Val.x: 7.01<br>Val.y: 2.72<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD21,HB3,1","Val.x: 7.01<br>Val.y: 7.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD21,HD21,1","Val.x: 7.01<br>Val.y: 7.71<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD21,HD22,1","Val.x: 7.71<br>Val.y: 8.39<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD22,H,1","Val.x: 7.71<br>Val.y: 4.66<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD22,HA,1","Val.x: 7.71<br>Val.y: 3.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD22,HB2,1","Val.x: 7.71<br>Val.y: 2.72<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD22,HB3,1","Val.x: 7.71<br>Val.y: 7.01<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD22,HD21,1","Val.x: 7.71<br>Val.y: 7.71<br>Comp_ID.x: ASN<br>Info: 57,1,ASN,HD22,HD22,1","Val.x: 8.52<br>Val.y: 8.52<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,H,H,1","Val.x: 8.52<br>Val.y: 4.44<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,H,HA,1","Val.x: 8.52<br>Val.y: 2.87<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,H,HB2,1","Val.x: 8.52<br>Val.y: 2.82<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,H,HB3,1","Val.x: 8.52<br>Val.y: 7.57<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,H,HD21,1","Val.x: 8.52<br>Val.y: 6.95<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,H,HD22,1","Val.x: 4.44<br>Val.y: 8.52<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HA,H,1","Val.x: 4.44<br>Val.y: 4.44<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HA,HA,1","Val.x: 4.44<br>Val.y: 2.87<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HA,HB2,1","Val.x: 4.44<br>Val.y: 2.82<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HA,HB3,1","Val.x: 4.44<br>Val.y: 7.57<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HA,HD21,1","Val.x: 4.44<br>Val.y: 6.95<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HA,HD22,1","Val.x: 2.87<br>Val.y: 8.52<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HB2,H,1","Val.x: 2.87<br>Val.y: 4.44<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HB2,HA,1","Val.x: 2.87<br>Val.y: 2.87<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HB2,HB2,1","Val.x: 2.87<br>Val.y: 2.82<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HB2,HB3,1","Val.x: 2.87<br>Val.y: 7.57<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HB2,HD21,1","Val.x: 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8.52<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HD22,H,1","Val.x: 6.95<br>Val.y: 4.44<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HD22,HA,1","Val.x: 6.95<br>Val.y: 2.87<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HD22,HB2,1","Val.x: 6.95<br>Val.y: 2.82<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HD22,HB3,1","Val.x: 6.95<br>Val.y: 7.57<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HD22,HD21,1","Val.x: 6.95<br>Val.y: 6.95<br>Comp_ID.x: ASN<br>Info: 81,1,ASN,HD22,HD22,1","Val.x: 8.97<br>Val.y: 8.97<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,H,H,1","Val.x: 8.97<br>Val.y: 4.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,H,HA,1","Val.x: 8.97<br>Val.y: 3.33<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,H,HB2,1","Val.x: 8.97<br>Val.y: 3.02<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,H,HB3,1","Val.x: 8.97<br>Val.y: 7.23<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,H,HD21,1","Val.x: 8.97<br>Val.y: 7.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,H,HD22,1","Val.x: 4.74<br>Val.y: 8.97<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HA,H,1","Val.x: 4.74<br>Val.y: 4.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HA,HA,1","Val.x: 4.74<br>Val.y: 3.33<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HA,HB2,1","Val.x: 4.74<br>Val.y: 3.02<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HA,HB3,1","Val.x: 4.74<br>Val.y: 7.23<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HA,HD21,1","Val.x: 4.74<br>Val.y: 7.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HA,HD22,1","Val.x: 3.33<br>Val.y: 8.97<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB2,H,1","Val.x: 3.33<br>Val.y: 4.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB2,HA,1","Val.x: 3.33<br>Val.y: 3.33<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB2,HB2,1","Val.x: 3.33<br>Val.y: 3.02<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB2,HB3,1","Val.x: 3.33<br>Val.y: 7.23<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB2,HD21,1","Val.x: 3.33<br>Val.y: 7.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB2,HD22,1","Val.x: 3.02<br>Val.y: 8.97<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB3,H,1","Val.x: 3.02<br>Val.y: 4.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB3,HA,1","Val.x: 3.02<br>Val.y: 3.33<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB3,HB2,1","Val.x: 3.02<br>Val.y: 3.02<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB3,HB3,1","Val.x: 3.02<br>Val.y: 7.23<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB3,HD21,1","Val.x: 3.02<br>Val.y: 7.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HB3,HD22,1","Val.x: 7.23<br>Val.y: 8.97<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD21,H,1","Val.x: 7.23<br>Val.y: 4.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD21,HA,1","Val.x: 7.23<br>Val.y: 3.33<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD21,HB2,1","Val.x: 7.23<br>Val.y: 3.02<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD21,HB3,1","Val.x: 7.23<br>Val.y: 7.23<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD21,HD21,1","Val.x: 7.23<br>Val.y: 7.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD21,HD22,1","Val.x: 7.74<br>Val.y: 8.97<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD22,H,1","Val.x: 7.74<br>Val.y: 4.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD22,HA,1","Val.x: 7.74<br>Val.y: 3.33<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD22,HB2,1","Val.x: 7.74<br>Val.y: 3.02<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD22,HB3,1","Val.x: 7.74<br>Val.y: 7.23<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD22,HD21,1","Val.x: 7.74<br>Val.y: 7.74<br>Comp_ID.x: ASN<br>Info: 84,1,ASN,HD22,HD22,1","Val.x: 8.38<br>Val.y: 8.38<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,H,H,1","Val.x: 8.38<br>Val.y: 4.69<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,H,HA,1","Val.x: 8.38<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,H,HB2,1","Val.x: 8.38<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,H,HB3,1","Val.x: 8.38<br>Val.y: 7.68<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,H,HD21,1","Val.x: 8.38<br>Val.y: 6.94<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,H,HD22,1","Val.x: 4.69<br>Val.y: 8.38<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HA,H,1","Val.x: 4.69<br>Val.y: 4.69<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HA,HA,1","Val.x: 4.69<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HA,HB2,1","Val.x: 4.69<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HA,HB3,1","Val.x: 4.69<br>Val.y: 7.68<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HA,HD21,1","Val.x: 4.69<br>Val.y: 6.94<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HA,HD22,1","Val.x: 2.74<br>Val.y: 8.38<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB2,H,1","Val.x: 2.74<br>Val.y: 4.69<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB2,HA,1","Val.x: 2.74<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB2,HB2,1","Val.x: 2.74<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB2,HB3,1","Val.x: 2.74<br>Val.y: 7.68<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB2,HD21,1","Val.x: 2.74<br>Val.y: 6.94<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB2,HD22,1","Val.x: 2.74<br>Val.y: 8.38<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB3,H,1","Val.x: 2.74<br>Val.y: 4.69<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB3,HA,1","Val.x: 2.74<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB3,HB2,1","Val.x: 2.74<br>Val.y: 2.74<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB3,HB3,1","Val.x: 2.74<br>Val.y: 7.68<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB3,HD21,1","Val.x: 2.74<br>Val.y: 6.94<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HB3,HD22,1","Val.x: 7.68<br>Val.y: 8.38<br>Comp_ID.x: ASN<br>Info: 94,1,ASN,HD21,H,1","Val.x: 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44,1,GLN,HB2,HG3,1","Val.x: 1.6<br>Val.y: 7.6<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB2,HE21,1","Val.x: 1.6<br>Val.y: 7.53<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB2,HE22,1","Val.x: 1.6<br>Val.y: 10.13<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,H,1","Val.x: 1.6<br>Val.y: 4.28<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HA,1","Val.x: 1.6<br>Val.y: 1.6<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HB2,1","Val.x: 1.6<br>Val.y: 1.6<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HB3,1","Val.x: 1.6<br>Val.y: 2.34<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HG2,1","Val.x: 1.6<br>Val.y: 2.34<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HG3,1","Val.x: 1.6<br>Val.y: 7.6<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HE21,1","Val.x: 1.6<br>Val.y: 7.53<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HB3,HE22,1","Val.x: 2.34<br>Val.y: 10.13<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HG2,H,1","Val.x: 2.34<br>Val.y: 4.28<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HG2,HA,1","Val.x: 2.34<br>Val.y: 1.6<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HG2,HB2,1","Val.x: 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GLN<br>Info: 44,1,GLN,HE22,HG3,1","Val.x: 7.53<br>Val.y: 7.6<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HE22,HE21,1","Val.x: 7.53<br>Val.y: 7.53<br>Comp_ID.x: GLN<br>Info: 44,1,GLN,HE22,HE22,1","Val.x: 8.11<br>Val.y: 8.11<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,H,1","Val.x: 8.11<br>Val.y: 3.91<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HA,1","Val.x: 8.11<br>Val.y: 2.19<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HB2,1","Val.x: 8.11<br>Val.y: 2.09<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HB3,1","Val.x: 8.11<br>Val.y: 2.42<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HG2,1","Val.x: 8.11<br>Val.y: 2.42<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HG3,1","Val.x: 8.11<br>Val.y: 7.88<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HE21,1","Val.x: 8.11<br>Val.y: 6.87<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,H,HE22,1","Val.x: 3.91<br>Val.y: 8.11<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,HA,H,1","Val.x: 3.91<br>Val.y: 3.91<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,HA,HA,1","Val.x: 3.91<br>Val.y: 2.19<br>Comp_ID.x: GLN<br>Info: 47,1,GLN,HA,HB2,1","Val.x: 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53,1,GLN,HG2,HE22,1","Val.x: 2.24<br>Val.y: 8.17<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,H,1","Val.x: 2.24<br>Val.y: 4.53<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HA,1","Val.x: 2.24<br>Val.y: 2.46<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HB2,1","Val.x: 2.24<br>Val.y: 2.46<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HB3,1","Val.x: 2.24<br>Val.y: 2.41<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HG2,1","Val.x: 2.24<br>Val.y: 2.24<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HG3,1","Val.x: 2.24<br>Val.y: 7.34<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HE21,1","Val.x: 2.24<br>Val.y: 6.87<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HG3,HE22,1","Val.x: 7.34<br>Val.y: 8.17<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,H,1","Val.x: 7.34<br>Val.y: 4.53<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HA,1","Val.x: 7.34<br>Val.y: 2.46<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HB2,1","Val.x: 7.34<br>Val.y: 2.46<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HB3,1","Val.x: 7.34<br>Val.y: 2.41<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HG2,1","Val.x: 7.34<br>Val.y: 2.24<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HG3,1","Val.x: 7.34<br>Val.y: 7.34<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HE21,1","Val.x: 7.34<br>Val.y: 6.87<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE21,HE22,1","Val.x: 6.87<br>Val.y: 8.17<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,H,1","Val.x: 6.87<br>Val.y: 4.53<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HA,1","Val.x: 6.87<br>Val.y: 2.46<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HB2,1","Val.x: 6.87<br>Val.y: 2.46<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HB3,1","Val.x: 6.87<br>Val.y: 2.41<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HG2,1","Val.x: 6.87<br>Val.y: 2.24<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HG3,1","Val.x: 6.87<br>Val.y: 7.34<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HE21,1","Val.x: 6.87<br>Val.y: 6.87<br>Comp_ID.x: GLN<br>Info: 53,1,GLN,HE22,HE22,1","Val.x: 8.16<br>Val.y: 8.16<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,H,1","Val.x: 8.16<br>Val.y: 4.24<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HA,1","Val.x: 8.16<br>Val.y: 2.02<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HB2,1","Val.x: 8.16<br>Val.y: 1.91<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HB3,1","Val.x: 8.16<br>Val.y: 2.28<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HG2,1","Val.x: 8.16<br>Val.y: 2.28<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HG3,1","Val.x: 8.16<br>Val.y: 7.52<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HE21,1","Val.x: 8.16<br>Val.y: 6.88<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,H,HE22,1","Val.x: 4.24<br>Val.y: 8.16<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,H,1","Val.x: 4.24<br>Val.y: 4.24<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HA,1","Val.x: 4.24<br>Val.y: 2.02<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HB2,1","Val.x: 4.24<br>Val.y: 1.91<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HB3,1","Val.x: 4.24<br>Val.y: 2.28<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HG2,1","Val.x: 4.24<br>Val.y: 2.28<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HG3,1","Val.x: 4.24<br>Val.y: 7.52<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HE21,1","Val.x: 4.24<br>Val.y: 6.88<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HA,HE22,1","Val.x: 2.02<br>Val.y: 8.16<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,H,1","Val.x: 2.02<br>Val.y: 4.24<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HA,1","Val.x: 2.02<br>Val.y: 2.02<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HB2,1","Val.x: 2.02<br>Val.y: 1.91<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HB3,1","Val.x: 2.02<br>Val.y: 2.28<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HG2,1","Val.x: 2.02<br>Val.y: 2.28<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HG3,1","Val.x: 2.02<br>Val.y: 7.52<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HE21,1","Val.x: 2.02<br>Val.y: 6.88<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB2,HE22,1","Val.x: 1.91<br>Val.y: 8.16<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB3,H,1","Val.x: 1.91<br>Val.y: 4.24<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB3,HA,1","Val.x: 1.91<br>Val.y: 2.02<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB3,HB2,1","Val.x: 1.91<br>Val.y: 1.91<br>Comp_ID.x: GLN<br>Info: 96,1,GLN,HB3,HB3,1","Val.x: 1.91<br>Val.y: 2.28<br>Comp_ID.x: 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8.2<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB2,H,1","Val.x: 2.29<br>Val.y: 4.1<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB2,HA,1","Val.x: 2.29<br>Val.y: 2.29<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB2,HB2,1","Val.x: 2.29<br>Val.y: 2.5<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB2,HB3,1","Val.x: 2.5<br>Val.y: 8.2<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB3,H,1","Val.x: 2.5<br>Val.y: 4.1<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB3,HA,1","Val.x: 2.5<br>Val.y: 2.29<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB3,HB2,1","Val.x: 2.5<br>Val.y: 2.5<br>Comp_ID.x: GLU<br>Info: 27,1,GLU,HB3,HB3,1","Val.x: 8.27<br>Val.y: 8.27<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,H,H,1","Val.x: 8.27<br>Val.y: 4.02<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,H,HA,1","Val.x: 8.27<br>Val.y: 2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,H,HB2,1","Val.x: 8.27<br>Val.y: 1.88<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,H,HB3,1","Val.x: 8.27<br>Val.y: 2.2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,H,HG2,1","Val.x: 8.27<br>Val.y: 2.37<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,H,HG3,1","Val.x: 4.02<br>Val.y: 8.27<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HA,H,1","Val.x: 4.02<br>Val.y: 4.02<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HA,HA,1","Val.x: 4.02<br>Val.y: 2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HA,HB2,1","Val.x: 4.02<br>Val.y: 1.88<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HA,HB3,1","Val.x: 4.02<br>Val.y: 2.2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HA,HG2,1","Val.x: 4.02<br>Val.y: 2.37<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HA,HG3,1","Val.x: 2<br>Val.y: 8.27<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB2,H,1","Val.x: 2<br>Val.y: 4.02<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB2,HA,1","Val.x: 2<br>Val.y: 2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB2,HB2,1","Val.x: 2<br>Val.y: 1.88<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB2,HB3,1","Val.x: 2<br>Val.y: 2.2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB2,HG2,1","Val.x: 2<br>Val.y: 2.37<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB2,HG3,1","Val.x: 1.88<br>Val.y: 8.27<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB3,H,1","Val.x: 1.88<br>Val.y: 4.02<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB3,HA,1","Val.x: 1.88<br>Val.y: 2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB3,HB2,1","Val.x: 1.88<br>Val.y: 1.88<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB3,HB3,1","Val.x: 1.88<br>Val.y: 2.2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB3,HG2,1","Val.x: 1.88<br>Val.y: 2.37<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HB3,HG3,1","Val.x: 2.2<br>Val.y: 8.27<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG2,H,1","Val.x: 2.2<br>Val.y: 4.02<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG2,HA,1","Val.x: 2.2<br>Val.y: 2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG2,HB2,1","Val.x: 2.2<br>Val.y: 1.88<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG2,HB3,1","Val.x: 2.2<br>Val.y: 2.2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG2,HG2,1","Val.x: 2.2<br>Val.y: 2.37<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG2,HG3,1","Val.x: 2.37<br>Val.y: 8.27<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG3,H,1","Val.x: 2.37<br>Val.y: 4.02<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG3,HA,1","Val.x: 2.37<br>Val.y: 2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG3,HB2,1","Val.x: 2.37<br>Val.y: 1.88<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG3,HB3,1","Val.x: 2.37<br>Val.y: 2.2<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG3,HG2,1","Val.x: 2.37<br>Val.y: 2.37<br>Comp_ID.x: GLU<br>Info: 29,1,GLU,HG3,HG3,1","Val.x: 8.24<br>Val.y: 8.24<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,H,H,1","Val.x: 8.24<br>Val.y: 4.08<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,H,HA,1","Val.x: 8.24<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,H,HB2,1","Val.x: 8.24<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,H,HB3,1","Val.x: 8.24<br>Val.y: 2.31<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,H,HG2,1","Val.x: 8.24<br>Val.y: 2.55<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,H,HG3,1","Val.x: 4.08<br>Val.y: 8.24<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HA,H,1","Val.x: 4.08<br>Val.y: 4.08<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HA,HA,1","Val.x: 4.08<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HA,HB2,1","Val.x: 4.08<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HA,HB3,1","Val.x: 4.08<br>Val.y: 2.31<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HA,HG2,1","Val.x: 4.08<br>Val.y: 2.55<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HA,HG3,1","Val.x: 2.11<br>Val.y: 8.24<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB2,H,1","Val.x: 2.11<br>Val.y: 4.08<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB2,HA,1","Val.x: 2.11<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB2,HB2,1","Val.x: 2.11<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB2,HB3,1","Val.x: 2.11<br>Val.y: 2.31<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB2,HG2,1","Val.x: 2.11<br>Val.y: 2.55<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB2,HG3,1","Val.x: 2.11<br>Val.y: 8.24<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB3,H,1","Val.x: 2.11<br>Val.y: 4.08<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB3,HA,1","Val.x: 2.11<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB3,HB2,1","Val.x: 2.11<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB3,HB3,1","Val.x: 2.11<br>Val.y: 2.31<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB3,HG2,1","Val.x: 2.11<br>Val.y: 2.55<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HB3,HG3,1","Val.x: 2.31<br>Val.y: 8.24<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG2,H,1","Val.x: 2.31<br>Val.y: 4.08<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG2,HA,1","Val.x: 2.31<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG2,HB2,1","Val.x: 2.31<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG2,HB3,1","Val.x: 2.31<br>Val.y: 2.31<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG2,HG2,1","Val.x: 2.31<br>Val.y: 2.55<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG2,HG3,1","Val.x: 2.55<br>Val.y: 8.24<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG3,H,1","Val.x: 2.55<br>Val.y: 4.08<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG3,HA,1","Val.x: 2.55<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG3,HB2,1","Val.x: 2.55<br>Val.y: 2.11<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG3,HB3,1","Val.x: 2.55<br>Val.y: 2.31<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG3,HG2,1","Val.x: 2.55<br>Val.y: 2.55<br>Comp_ID.x: GLU<br>Info: 32,1,GLU,HG3,HG3,1","Val.x: 8.5<br>Val.y: 8.5<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,H,H,1","Val.x: 8.5<br>Val.y: 3.86<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,H,HA,1","Val.x: 8.5<br>Val.y: 2.17<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,H,HB2,1","Val.x: 8.5<br>Val.y: 2.09<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,H,HB3,1","Val.x: 8.5<br>Val.y: 2.4<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,H,HG2,1","Val.x: 8.5<br>Val.y: 2.74<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,H,HG3,1","Val.x: 3.86<br>Val.y: 8.5<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HA,H,1","Val.x: 3.86<br>Val.y: 3.86<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HA,HA,1","Val.x: 3.86<br>Val.y: 2.17<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HA,HB2,1","Val.x: 3.86<br>Val.y: 2.09<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HA,HB3,1","Val.x: 3.86<br>Val.y: 2.4<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HA,HG2,1","Val.x: 3.86<br>Val.y: 2.74<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HA,HG3,1","Val.x: 2.17<br>Val.y: 8.5<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB2,H,1","Val.x: 2.17<br>Val.y: 3.86<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB2,HA,1","Val.x: 2.17<br>Val.y: 2.17<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB2,HB2,1","Val.x: 2.17<br>Val.y: 2.09<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB2,HB3,1","Val.x: 2.17<br>Val.y: 2.4<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB2,HG2,1","Val.x: 2.17<br>Val.y: 2.74<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB2,HG3,1","Val.x: 2.09<br>Val.y: 8.5<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB3,H,1","Val.x: 2.09<br>Val.y: 3.86<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB3,HA,1","Val.x: 2.09<br>Val.y: 2.17<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB3,HB2,1","Val.x: 2.09<br>Val.y: 2.09<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB3,HB3,1","Val.x: 2.09<br>Val.y: 2.4<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB3,HG2,1","Val.x: 2.09<br>Val.y: 2.74<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HB3,HG3,1","Val.x: 2.4<br>Val.y: 8.5<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG2,H,1","Val.x: 2.4<br>Val.y: 3.86<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG2,HA,1","Val.x: 2.4<br>Val.y: 2.17<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG2,HB2,1","Val.x: 2.4<br>Val.y: 2.09<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG2,HB3,1","Val.x: 2.4<br>Val.y: 2.4<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG2,HG2,1","Val.x: 2.4<br>Val.y: 2.74<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG2,HG3,1","Val.x: 2.74<br>Val.y: 8.5<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG3,H,1","Val.x: 2.74<br>Val.y: 3.86<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG3,HA,1","Val.x: 2.74<br>Val.y: 2.17<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG3,HB2,1","Val.x: 2.74<br>Val.y: 2.09<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG3,HB3,1","Val.x: 2.74<br>Val.y: 2.4<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG3,HG2,1","Val.x: 2.74<br>Val.y: 2.74<br>Comp_ID.x: GLU<br>Info: 50,1,GLU,HG3,HG3,1","Val.x: 8.66<br>Val.y: 8.66<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,H,H,1","Val.x: 8.66<br>Val.y: 4.33<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,H,HA,1","Val.x: 8.66<br>Val.y: 2.3<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,H,HB2,1","Val.x: 8.66<br>Val.y: 2.13<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,H,HB3,1","Val.x: 8.66<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,H,HG2,1","Val.x: 8.66<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,H,HG3,1","Val.x: 4.33<br>Val.y: 8.66<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HA,H,1","Val.x: 4.33<br>Val.y: 4.33<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HA,HA,1","Val.x: 4.33<br>Val.y: 2.3<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HA,HB2,1","Val.x: 4.33<br>Val.y: 2.13<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HA,HB3,1","Val.x: 4.33<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HA,HG2,1","Val.x: 4.33<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HA,HG3,1","Val.x: 2.3<br>Val.y: 8.66<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB2,H,1","Val.x: 2.3<br>Val.y: 4.33<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB2,HA,1","Val.x: 2.3<br>Val.y: 2.3<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB2,HB2,1","Val.x: 2.3<br>Val.y: 2.13<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB2,HB3,1","Val.x: 2.3<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB2,HG2,1","Val.x: 2.3<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB2,HG3,1","Val.x: 2.13<br>Val.y: 8.66<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB3,H,1","Val.x: 2.13<br>Val.y: 4.33<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB3,HA,1","Val.x: 2.13<br>Val.y: 2.3<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB3,HB2,1","Val.x: 2.13<br>Val.y: 2.13<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB3,HB3,1","Val.x: 2.13<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB3,HG2,1","Val.x: 2.13<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HB3,HG3,1","Val.x: 2.46<br>Val.y: 8.66<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG2,H,1","Val.x: 2.46<br>Val.y: 4.33<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG2,HA,1","Val.x: 2.46<br>Val.y: 2.3<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG2,HB2,1","Val.x: 2.46<br>Val.y: 2.13<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG2,HB3,1","Val.x: 2.46<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG2,HG2,1","Val.x: 2.46<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG2,HG3,1","Val.x: 2.46<br>Val.y: 8.66<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG3,H,1","Val.x: 2.46<br>Val.y: 4.33<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG3,HA,1","Val.x: 2.46<br>Val.y: 2.3<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG3,HB2,1","Val.x: 2.46<br>Val.y: 2.13<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG3,HB3,1","Val.x: 2.46<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG3,HG2,1","Val.x: 2.46<br>Val.y: 2.46<br>Comp_ID.x: GLU<br>Info: 69,1,GLU,HG3,HG3,1","Val.x: 8.62<br>Val.y: 8.62<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,H,H,1","Val.x: 8.62<br>Val.y: 4.19<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,H,HA,1","Val.x: 8.62<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,H,HB2,1","Val.x: 8.62<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,H,HB3,1","Val.x: 4.19<br>Val.y: 8.62<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HA,H,1","Val.x: 4.19<br>Val.y: 4.19<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HA,HA,1","Val.x: 4.19<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HA,HB2,1","Val.x: 4.19<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HA,HB3,1","Val.x: 2.08<br>Val.y: 8.62<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB2,H,1","Val.x: 2.08<br>Val.y: 4.19<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB2,HA,1","Val.x: 2.08<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB2,HB2,1","Val.x: 2.08<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB2,HB3,1","Val.x: 2.08<br>Val.y: 8.62<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB3,H,1","Val.x: 2.08<br>Val.y: 4.19<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB3,HA,1","Val.x: 2.08<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB3,HB2,1","Val.x: 2.08<br>Val.y: 2.08<br>Comp_ID.x: GLU<br>Info: 74,1,GLU,HB3,HB3,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(57,182,0,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(57,182,0,1)"}},"hoveron":"points","name":"GLU","legendgroup":"GLU","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[3.96,3.96,4,4,7.093,7.093,7.093,3.92,3.92,3.92,3.56,3.56,3.56],"y":[3.96,4,3.96,4,7.093,3.92,3.56,7.093,3.92,3.56,7.093,3.92,3.56],"text":["Val.x: 3.96<br>Val.y: 3.96<br>Comp_ID.x: GLY<br>Info: 100,1,GLY,HA2,HA2,1","Val.x: 3.96<br>Val.y: 4<br>Comp_ID.x: GLY<br>Info: 100,1,GLY,HA2,HA3,1","Val.x: 4<br>Val.y: 3.96<br>Comp_ID.x: GLY<br>Info: 100,1,GLY,HA3,HA2,1","Val.x: 4<br>Val.y: 4<br>Comp_ID.x: GLY<br>Info: 100,1,GLY,HA3,HA3,1","Val.x: 7.09<br>Val.y: 7.09<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,H,H,1","Val.x: 7.09<br>Val.y: 3.92<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,H,HA2,1","Val.x: 7.09<br>Val.y: 3.56<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,H,HA3,1","Val.x: 3.92<br>Val.y: 7.09<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,HA2,H,1","Val.x: 3.92<br>Val.y: 3.92<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,HA2,HA2,1","Val.x: 3.92<br>Val.y: 3.56<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,HA2,HA3,1","Val.x: 3.56<br>Val.y: 7.09<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,HA3,H,1","Val.x: 3.56<br>Val.y: 3.92<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,HA3,HA2,1","Val.x: 3.56<br>Val.y: 3.56<br>Comp_ID.x: GLY<br>Info: 41,1,GLY,HA3,HA3,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,187,78,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,187,78,1)"}},"hoveron":"points","name":"GLY","legendgroup":"GLY","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[7.564,7.564,7.564,7.564,7.564,7.564,4.62,4.62,4.62,4.62,4.62,4.62,3.24,3.24,3.24,3.24,3.24,3.24,2.61,2.61,2.61,2.61,2.61,2.61,6.993,6.993,6.993,6.993,6.993,6.993,7.762,7.762,7.762,7.762,7.762,7.762],"y":[7.564,4.62,3.24,2.61,6.993,7.762,7.564,4.62,3.24,2.61,6.993,7.762,7.564,4.62,3.24,2.61,6.993,7.762,7.564,4.62,3.24,2.61,6.993,7.762,7.564,4.62,3.24,2.61,6.993,7.762,7.564,4.62,3.24,2.61,6.993,7.762],"text":["Val.x: 7.56<br>Val.y: 7.56<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,H,H,1","Val.x: 7.56<br>Val.y: 4.62<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,H,HA,1","Val.x: 7.56<br>Val.y: 3.24<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,H,HB2,1","Val.x: 7.56<br>Val.y: 2.61<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,H,HB3,1","Val.x: 7.56<br>Val.y: 6.99<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,H,HD2,1","Val.x: 7.56<br>Val.y: 7.76<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,H,HE1,1","Val.x: 4.62<br>Val.y: 7.56<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HA,H,1","Val.x: 4.62<br>Val.y: 4.62<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HA,HA,1","Val.x: 4.62<br>Val.y: 3.24<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HA,HB2,1","Val.x: 4.62<br>Val.y: 2.61<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HA,HB3,1","Val.x: 4.62<br>Val.y: 6.99<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HA,HD2,1","Val.x: 4.62<br>Val.y: 7.76<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HA,HE1,1","Val.x: 3.24<br>Val.y: 7.56<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB2,H,1","Val.x: 3.24<br>Val.y: 4.62<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB2,HA,1","Val.x: 3.24<br>Val.y: 3.24<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB2,HB2,1","Val.x: 3.24<br>Val.y: 2.61<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB2,HB3,1","Val.x: 3.24<br>Val.y: 6.99<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB2,HD2,1","Val.x: 3.24<br>Val.y: 7.76<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB2,HE1,1","Val.x: 2.61<br>Val.y: 7.56<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB3,H,1","Val.x: 2.61<br>Val.y: 4.62<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB3,HA,1","Val.x: 2.61<br>Val.y: 3.24<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB3,HB2,1","Val.x: 2.61<br>Val.y: 2.61<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB3,HB3,1","Val.x: 2.61<br>Val.y: 6.99<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB3,HD2,1","Val.x: 2.61<br>Val.y: 7.76<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HB3,HE1,1","Val.x: 6.99<br>Val.y: 7.56<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HD2,H,1","Val.x: 6.99<br>Val.y: 4.62<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HD2,HA,1","Val.x: 6.99<br>Val.y: 3.24<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HD2,HB2,1","Val.x: 6.99<br>Val.y: 2.61<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HD2,HB3,1","Val.x: 6.99<br>Val.y: 6.99<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HD2,HD2,1","Val.x: 6.99<br>Val.y: 7.76<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HD2,HE1,1","Val.x: 7.76<br>Val.y: 7.56<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HE1,H,1","Val.x: 7.76<br>Val.y: 4.62<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HE1,HA,1","Val.x: 7.76<br>Val.y: 3.24<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HE1,HB2,1","Val.x: 7.76<br>Val.y: 2.61<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HE1,HB3,1","Val.x: 7.76<br>Val.y: 6.99<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HE1,HD2,1","Val.x: 7.76<br>Val.y: 7.76<br>Comp_ID.x: HIS<br>Info: 65,1,HIS,HE1,HE1,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(0,191,125,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(0,191,125,1)"}},"hoveron":"points","name":"HIS","legendgroup":"HIS","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[8.033,8.033,8.033,8.033,8.033,8.033,8.033,8.033,3.95,3.95,3.95,3.95,3.95,3.95,3.95,3.95,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,0.863,8.021,8.021,8.021,8.021,8.021,8.021,8.021,8.021,4,4,4,4,4,4,4,4,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,0.95,8.972,8.972,8.972,8.972,8.972,8.972,8.972,8.972,8.972,8.972,8.972,4.476,4.476,4.476,4.476,4.476,4.476,4.476,4.476,4.476,4.476,4.476,1.04,1.04,1.04,1.04,1.04,1.04,1.04,1.04,1.04,1.04,1.04,0.49,0.49,0.49,0.49,0.49,0.49,0.49,0.49,0.49,0.49,0.49,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.22,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,0.51,8.611,8.611,8.611,8.611,8.611,8.611,8.611,8.611,8.611,4.36,4.36,4.36,4.36,4.36,4.36,4.36,4.36,4.36,1.56,1.56,1.56,1.56,1.56,1.56,1.56,1.56,1.56,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.86,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.75],"y":[8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.033,3.95,0.92,0.92,0.92,0.863,0.863,0.863,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.021,4,0.95,0.95,0.95,0.95,0.95,0.95,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.972,4.476,1.04,0.49,0.91,0.22,0.22,0.22,0.51,0.51,0.51,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75,8.611,4.36,1.56,0.86,0.86,0.86,0.75,0.75,0.75],"text":["Val.x: 8.03<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,H,1","Val.x: 8.03<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HA,1","Val.x: 8.03<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HG21,1","Val.x: 8.03<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HG22,1","Val.x: 8.03<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HG23,1","Val.x: 8.03<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HD11,1","Val.x: 8.03<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HD12,1","Val.x: 8.03<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,H,HD13,1","Val.x: 3.95<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,H,1","Val.x: 3.95<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HA,1","Val.x: 3.95<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HG21,1","Val.x: 3.95<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HG22,1","Val.x: 3.95<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HG23,1","Val.x: 3.95<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HD11,1","Val.x: 3.95<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HD12,1","Val.x: 3.95<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HA,HD13,1","Val.x: 0.92<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,H,1","Val.x: 0.92<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HA,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HG21,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HG22,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HG23,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HD11,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HD12,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG21,HD13,1","Val.x: 0.92<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,H,1","Val.x: 0.92<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HA,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HG21,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HG22,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HG23,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HD11,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HD12,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG22,HD13,1","Val.x: 0.92<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,H,1","Val.x: 0.92<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HA,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HG21,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HG22,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HG23,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HD11,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HD12,1","Val.x: 0.92<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HG23,HD13,1","Val.x: 0.86<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,H,1","Val.x: 0.86<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HA,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HG21,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HG22,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HG23,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HD11,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HD12,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD11,HD13,1","Val.x: 0.86<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,H,1","Val.x: 0.86<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HA,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HG21,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HG22,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HG23,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HD11,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HD12,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD12,HD13,1","Val.x: 0.86<br>Val.y: 8.03<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,H,1","Val.x: 0.86<br>Val.y: 3.95<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HA,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HG21,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HG22,1","Val.x: 0.86<br>Val.y: 0.92<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HG23,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HD11,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HD12,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 24,1,ILE,HD13,HD13,1","Val.x: 8.02<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,H,1","Val.x: 8.02<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HA,1","Val.x: 8.02<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HG21,1","Val.x: 8.02<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HG22,1","Val.x: 8.02<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HG23,1","Val.x: 8.02<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HD11,1","Val.x: 8.02<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HD12,1","Val.x: 8.02<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,H,HD13,1","Val.x: 4<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,H,1","Val.x: 4<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HA,1","Val.x: 4<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HG21,1","Val.x: 4<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HG22,1","Val.x: 4<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HG23,1","Val.x: 4<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HD11,1","Val.x: 4<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HD12,1","Val.x: 4<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HA,HD13,1","Val.x: 0.95<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,H,1","Val.x: 0.95<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HA,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HG21,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HG22,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HG23,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG21,HD13,1","Val.x: 0.95<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,H,1","Val.x: 0.95<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HA,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HG21,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HG22,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HG23,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG22,HD13,1","Val.x: 0.95<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,H,1","Val.x: 0.95<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HA,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HG21,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HG22,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HG23,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HG23,HD13,1","Val.x: 0.95<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,H,1","Val.x: 0.95<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HA,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HG21,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HG22,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HG23,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD11,HD13,1","Val.x: 0.95<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,H,1","Val.x: 0.95<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HA,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HG21,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HG22,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HG23,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD12,HD13,1","Val.x: 0.95<br>Val.y: 8.02<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,H,1","Val.x: 0.95<br>Val.y: 4<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HA,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HG21,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HG22,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HG23,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: ILE<br>Info: 28,1,ILE,HD13,HD13,1","Val.x: 8.97<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,H,1","Val.x: 8.97<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HA,1","Val.x: 8.97<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HB,1","Val.x: 8.97<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HG12,1","Val.x: 8.97<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HG13,1","Val.x: 8.97<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HG21,1","Val.x: 8.97<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HG22,1","Val.x: 8.97<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HG23,1","Val.x: 8.97<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HD11,1","Val.x: 8.97<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HD12,1","Val.x: 8.97<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,H,HD13,1","Val.x: 4.48<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,H,1","Val.x: 4.48<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HA,1","Val.x: 4.48<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HB,1","Val.x: 4.48<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HG12,1","Val.x: 4.48<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HG13,1","Val.x: 4.48<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HG21,1","Val.x: 4.48<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HG22,1","Val.x: 4.48<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HG23,1","Val.x: 4.48<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HD11,1","Val.x: 4.48<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HD12,1","Val.x: 4.48<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HA,HD13,1","Val.x: 1.04<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,H,1","Val.x: 1.04<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HA,1","Val.x: 1.04<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HB,1","Val.x: 1.04<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HG12,1","Val.x: 1.04<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HG13,1","Val.x: 1.04<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HG21,1","Val.x: 1.04<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HG22,1","Val.x: 1.04<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HG23,1","Val.x: 1.04<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HD11,1","Val.x: 1.04<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HD12,1","Val.x: 1.04<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HB,HD13,1","Val.x: 0.49<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,H,1","Val.x: 0.49<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HA,1","Val.x: 0.49<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HB,1","Val.x: 0.49<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HG12,1","Val.x: 0.49<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HG13,1","Val.x: 0.49<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HG21,1","Val.x: 0.49<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HG22,1","Val.x: 0.49<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HG23,1","Val.x: 0.49<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HD11,1","Val.x: 0.49<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HD12,1","Val.x: 0.49<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG12,HD13,1","Val.x: 0.91<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,H,1","Val.x: 0.91<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HA,1","Val.x: 0.91<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HB,1","Val.x: 0.91<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HG12,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HG13,1","Val.x: 0.91<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HG21,1","Val.x: 0.91<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HG22,1","Val.x: 0.91<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HG23,1","Val.x: 0.91<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HD11,1","Val.x: 0.91<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HD12,1","Val.x: 0.91<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG13,HD13,1","Val.x: 0.22<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,H,1","Val.x: 0.22<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HA,1","Val.x: 0.22<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HB,1","Val.x: 0.22<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HG12,1","Val.x: 0.22<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HG13,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HG21,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HG22,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HG23,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HD11,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HD12,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG21,HD13,1","Val.x: 0.22<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,H,1","Val.x: 0.22<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HA,1","Val.x: 0.22<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HB,1","Val.x: 0.22<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HG12,1","Val.x: 0.22<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HG13,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HG21,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HG22,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HG23,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HD11,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HD12,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG22,HD13,1","Val.x: 0.22<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,H,1","Val.x: 0.22<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HA,1","Val.x: 0.22<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HB,1","Val.x: 0.22<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HG12,1","Val.x: 0.22<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HG13,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HG21,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HG22,1","Val.x: 0.22<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HG23,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HD11,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HD12,1","Val.x: 0.22<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HG23,HD13,1","Val.x: 0.51<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,H,1","Val.x: 0.51<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HA,1","Val.x: 0.51<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HB,1","Val.x: 0.51<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HG12,1","Val.x: 0.51<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HG13,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HG21,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HG22,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HG23,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HD11,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HD12,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD11,HD13,1","Val.x: 0.51<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,H,1","Val.x: 0.51<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HA,1","Val.x: 0.51<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HB,1","Val.x: 0.51<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HG12,1","Val.x: 0.51<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HG13,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HG21,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HG22,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HG23,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HD11,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HD12,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD12,HD13,1","Val.x: 0.51<br>Val.y: 8.97<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,H,1","Val.x: 0.51<br>Val.y: 4.48<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HA,1","Val.x: 0.51<br>Val.y: 1.04<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HB,1","Val.x: 0.51<br>Val.y: 0.49<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HG12,1","Val.x: 0.51<br>Val.y: 0.91<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HG13,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HG21,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HG22,1","Val.x: 0.51<br>Val.y: 0.22<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HG23,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HD11,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HD12,1","Val.x: 0.51<br>Val.y: 0.51<br>Comp_ID.x: ILE<br>Info: 56,1,ILE,HD13,HD13,1","Val.x: 8.61<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,H,1","Val.x: 8.61<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HA,1","Val.x: 8.61<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HB,1","Val.x: 8.61<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HG21,1","Val.x: 8.61<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HG22,1","Val.x: 8.61<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HG23,1","Val.x: 8.61<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HD11,1","Val.x: 8.61<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HD12,1","Val.x: 8.61<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,H,HD13,1","Val.x: 4.36<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,H,1","Val.x: 4.36<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HA,1","Val.x: 4.36<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HB,1","Val.x: 4.36<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HG21,1","Val.x: 4.36<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HG22,1","Val.x: 4.36<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HG23,1","Val.x: 4.36<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HD11,1","Val.x: 4.36<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HD12,1","Val.x: 4.36<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HA,HD13,1","Val.x: 1.56<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,H,1","Val.x: 1.56<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HA,1","Val.x: 1.56<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HB,1","Val.x: 1.56<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HG21,1","Val.x: 1.56<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HG22,1","Val.x: 1.56<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HG23,1","Val.x: 1.56<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HD11,1","Val.x: 1.56<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HD12,1","Val.x: 1.56<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HB,HD13,1","Val.x: 0.86<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,H,1","Val.x: 0.86<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HA,1","Val.x: 0.86<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HB,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HG21,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HG22,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HG23,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HD11,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HD12,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG21,HD13,1","Val.x: 0.86<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,H,1","Val.x: 0.86<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HA,1","Val.x: 0.86<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HB,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HG21,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HG22,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HG23,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HD11,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HD12,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG22,HD13,1","Val.x: 0.86<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,H,1","Val.x: 0.86<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HA,1","Val.x: 0.86<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HB,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HG21,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HG22,1","Val.x: 0.86<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HG23,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HD11,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HD12,1","Val.x: 0.86<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HG23,HD13,1","Val.x: 0.75<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,H,1","Val.x: 0.75<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HA,1","Val.x: 0.75<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HB,1","Val.x: 0.75<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HG21,1","Val.x: 0.75<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HG22,1","Val.x: 0.75<br>Val.y: 0.86<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HG23,1","Val.x: 0.75<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HD11,1","Val.x: 0.75<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HD12,1","Val.x: 0.75<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD11,HD13,1","Val.x: 0.75<br>Val.y: 8.61<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD12,H,1","Val.x: 0.75<br>Val.y: 4.36<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD12,HA,1","Val.x: 0.75<br>Val.y: 1.56<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD12,HB,1","Val.x: 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0.75<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 58,1,ILE,HD13,HD12,1","Val.x: 0.75<br>Val.y: 0.75<br>Comp_ID.x: ILE<br>Info: 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37,1,LEU,HA,HB2,1","Val.x: 4.05<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HB3,1","Val.x: 4.05<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HD11,1","Val.x: 4.05<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HD12,1","Val.x: 4.05<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HD13,1","Val.x: 4.05<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HD21,1","Val.x: 4.05<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HD22,1","Val.x: 4.05<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HA,HD23,1","Val.x: 2.23<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,H,1","Val.x: 2.23<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HA,1","Val.x: 2.23<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HB2,1","Val.x: 2.23<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HB3,1","Val.x: 2.23<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HD11,1","Val.x: 2.23<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HD12,1","Val.x: 2.23<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HD13,1","Val.x: 2.23<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HD21,1","Val.x: 2.23<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HD22,1","Val.x: 2.23<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB2,HD23,1","Val.x: 1.94<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,H,1","Val.x: 1.94<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HA,1","Val.x: 1.94<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HB2,1","Val.x: 1.94<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HB3,1","Val.x: 1.94<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HD11,1","Val.x: 1.94<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HD12,1","Val.x: 1.94<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HD13,1","Val.x: 1.94<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HD21,1","Val.x: 1.94<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HD22,1","Val.x: 1.94<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HB3,HD23,1","Val.x: 1.28<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,H,1","Val.x: 1.28<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HA,1","Val.x: 1.28<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HB2,1","Val.x: 1.28<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HB3,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HD11,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HD12,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HD13,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HD21,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HD22,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD11,HD23,1","Val.x: 1.28<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,H,1","Val.x: 1.28<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HA,1","Val.x: 1.28<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HB2,1","Val.x: 1.28<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HB3,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HD11,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HD12,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HD13,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HD21,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HD22,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD12,HD23,1","Val.x: 1.28<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,H,1","Val.x: 1.28<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HA,1","Val.x: 1.28<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HB2,1","Val.x: 1.28<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HB3,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HD11,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HD12,1","Val.x: 1.28<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HD13,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HD21,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HD22,1","Val.x: 1.28<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD13,HD23,1","Val.x: 0.88<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,H,1","Val.x: 0.88<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HA,1","Val.x: 0.88<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HB2,1","Val.x: 0.88<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HB3,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HD11,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HD12,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HD13,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HD21,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HD22,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD21,HD23,1","Val.x: 0.88<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,H,1","Val.x: 0.88<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HA,1","Val.x: 0.88<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HB2,1","Val.x: 0.88<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HB3,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HD11,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HD12,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HD13,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HD21,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HD22,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD22,HD23,1","Val.x: 0.88<br>Val.y: 8.73<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,H,1","Val.x: 0.88<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HA,1","Val.x: 0.88<br>Val.y: 2.23<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HB2,1","Val.x: 0.88<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HB3,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HD11,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HD12,1","Val.x: 0.88<br>Val.y: 1.28<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HD13,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HD21,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HD22,1","Val.x: 0.88<br>Val.y: 0.88<br>Comp_ID.x: LEU<br>Info: 37,1,LEU,HD23,HD23,1","Val.x: 7.83<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,H,1","Val.x: 7.83<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HA,1","Val.x: 7.83<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HG,1","Val.x: 7.83<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HD11,1","Val.x: 7.83<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HD12,1","Val.x: 7.83<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HD13,1","Val.x: 7.83<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HD21,1","Val.x: 7.83<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HD22,1","Val.x: 7.83<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,H,HD23,1","Val.x: 4.76<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,H,1","Val.x: 4.76<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HA,1","Val.x: 4.76<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HG,1","Val.x: 4.76<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HD11,1","Val.x: 4.76<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HD12,1","Val.x: 4.76<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HD13,1","Val.x: 4.76<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HD21,1","Val.x: 4.76<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HD22,1","Val.x: 4.76<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HA,HD23,1","Val.x: 1.93<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,H,1","Val.x: 1.93<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HA,1","Val.x: 1.93<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HG,1","Val.x: 1.93<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HD11,1","Val.x: 1.93<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HD12,1","Val.x: 1.93<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HD13,1","Val.x: 1.93<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HD21,1","Val.x: 1.93<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HD22,1","Val.x: 1.93<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HG,HD23,1","Val.x: 0.95<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,H,1","Val.x: 0.95<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HA,1","Val.x: 0.95<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HG,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HD13,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HD21,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HD22,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD11,HD23,1","Val.x: 0.95<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,H,1","Val.x: 0.95<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HA,1","Val.x: 0.95<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HG,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HD13,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HD21,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HD22,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD12,HD23,1","Val.x: 0.95<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,H,1","Val.x: 0.95<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HA,1","Val.x: 0.95<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HG,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HD11,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HD12,1","Val.x: 0.95<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HD13,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HD21,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HD22,1","Val.x: 0.95<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD13,HD23,1","Val.x: 0.97<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,H,1","Val.x: 0.97<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HA,1","Val.x: 0.97<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HG,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HD11,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HD12,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HD13,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HD21,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HD22,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD21,HD23,1","Val.x: 0.97<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,H,1","Val.x: 0.97<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HA,1","Val.x: 0.97<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HG,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HD11,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HD12,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HD13,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HD21,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HD22,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD22,HD23,1","Val.x: 0.97<br>Val.y: 7.83<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,H,1","Val.x: 0.97<br>Val.y: 4.76<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HA,1","Val.x: 0.97<br>Val.y: 1.93<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HG,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HD11,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HD12,1","Val.x: 0.97<br>Val.y: 0.95<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HD13,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HD21,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HD22,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: LEU<br>Info: 48,1,LEU,HD23,HD23,1","Val.x: 7.54<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,H,1","Val.x: 7.54<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HA,1","Val.x: 7.54<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HB2,1","Val.x: 7.54<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HB3,1","Val.x: 7.54<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HD11,1","Val.x: 7.54<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HD12,1","Val.x: 7.54<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HD13,1","Val.x: 7.54<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HD21,1","Val.x: 7.54<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HD22,1","Val.x: 7.54<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,H,HD23,1","Val.x: 4.37<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,H,1","Val.x: 4.37<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HA,1","Val.x: 4.37<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HB2,1","Val.x: 4.37<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HB3,1","Val.x: 4.37<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HD11,1","Val.x: 4.37<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HD12,1","Val.x: 4.37<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HD13,1","Val.x: 4.37<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HD21,1","Val.x: 4.37<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HD22,1","Val.x: 4.37<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HA,HD23,1","Val.x: 1.74<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,H,1","Val.x: 1.74<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HA,1","Val.x: 1.74<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HB2,1","Val.x: 1.74<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HB3,1","Val.x: 1.74<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HD11,1","Val.x: 1.74<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HD12,1","Val.x: 1.74<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HD13,1","Val.x: 1.74<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HD21,1","Val.x: 1.74<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HD22,1","Val.x: 1.74<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB2,HD23,1","Val.x: 1.61<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,H,1","Val.x: 1.61<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HA,1","Val.x: 1.61<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HB2,1","Val.x: 1.61<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HB3,1","Val.x: 1.61<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HD11,1","Val.x: 1.61<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HD12,1","Val.x: 1.61<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HD13,1","Val.x: 1.61<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HD21,1","Val.x: 1.61<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HD22,1","Val.x: 1.61<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HB3,HD23,1","Val.x: 1.06<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,H,1","Val.x: 1.06<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HA,1","Val.x: 1.06<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HB2,1","Val.x: 1.06<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HB3,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HD11,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HD12,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HD13,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HD21,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HD22,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD11,HD23,1","Val.x: 1.06<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,H,1","Val.x: 1.06<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HA,1","Val.x: 1.06<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HB2,1","Val.x: 1.06<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HB3,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HD11,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HD12,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HD13,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HD21,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HD22,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD12,HD23,1","Val.x: 1.06<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,H,1","Val.x: 1.06<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HA,1","Val.x: 1.06<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HB2,1","Val.x: 1.06<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HB3,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HD11,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HD12,1","Val.x: 1.06<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HD13,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HD21,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HD22,1","Val.x: 1.06<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD13,HD23,1","Val.x: 0.99<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,H,1","Val.x: 0.99<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HA,1","Val.x: 0.99<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HB2,1","Val.x: 0.99<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HB3,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HD11,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HD12,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HD13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HD21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HD22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD21,HD23,1","Val.x: 0.99<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,H,1","Val.x: 0.99<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HA,1","Val.x: 0.99<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HB2,1","Val.x: 0.99<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HB3,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HD11,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HD12,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HD13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HD21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HD22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD22,HD23,1","Val.x: 0.99<br>Val.y: 7.54<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,H,1","Val.x: 0.99<br>Val.y: 4.37<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HA,1","Val.x: 0.99<br>Val.y: 1.74<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HB2,1","Val.x: 0.99<br>Val.y: 1.61<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HB3,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HD11,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HD12,1","Val.x: 0.99<br>Val.y: 1.06<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HD13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HD21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HD22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 68,1,LEU,HD23,HD23,1","Val.x: 7.91<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,H,1","Val.x: 7.91<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HA,1","Val.x: 7.91<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HB2,1","Val.x: 7.91<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HB3,1","Val.x: 7.91<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HD11,1","Val.x: 7.91<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HD12,1","Val.x: 7.91<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HD13,1","Val.x: 7.91<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HD21,1","Val.x: 7.91<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HD22,1","Val.x: 7.91<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,H,HD23,1","Val.x: 4.77<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,H,1","Val.x: 4.77<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HA,1","Val.x: 4.77<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HB2,1","Val.x: 4.77<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HB3,1","Val.x: 4.77<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HD11,1","Val.x: 4.77<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HD12,1","Val.x: 4.77<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HD13,1","Val.x: 4.77<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HD21,1","Val.x: 4.77<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HD22,1","Val.x: 4.77<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HA,HD23,1","Val.x: 1.91<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,H,1","Val.x: 1.91<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HA,1","Val.x: 1.91<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HB2,1","Val.x: 1.91<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HB3,1","Val.x: 1.91<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HD11,1","Val.x: 1.91<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HD12,1","Val.x: 1.91<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HD13,1","Val.x: 1.91<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HD21,1","Val.x: 1.91<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HD22,1","Val.x: 1.91<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB2,HD23,1","Val.x: 1.94<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,H,1","Val.x: 1.94<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HA,1","Val.x: 1.94<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HB2,1","Val.x: 1.94<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HB3,1","Val.x: 1.94<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HD11,1","Val.x: 1.94<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HD12,1","Val.x: 1.94<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HD13,1","Val.x: 1.94<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HD21,1","Val.x: 1.94<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HD22,1","Val.x: 1.94<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HB3,HD23,1","Val.x: 1.23<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,H,1","Val.x: 1.23<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HA,1","Val.x: 1.23<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HB2,1","Val.x: 1.23<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HB3,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HD11,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HD12,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HD13,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HD21,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HD22,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD11,HD23,1","Val.x: 1.23<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,H,1","Val.x: 1.23<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HA,1","Val.x: 1.23<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HB2,1","Val.x: 1.23<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HB3,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HD11,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HD12,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HD13,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HD21,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HD22,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD12,HD23,1","Val.x: 1.23<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,H,1","Val.x: 1.23<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HA,1","Val.x: 1.23<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HB2,1","Val.x: 1.23<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HB3,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HD11,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HD12,1","Val.x: 1.23<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HD13,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HD21,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HD22,1","Val.x: 1.23<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD13,HD23,1","Val.x: 0.99<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,H,1","Val.x: 0.99<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HA,1","Val.x: 0.99<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HB2,1","Val.x: 0.99<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HB3,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HD11,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HD12,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HD13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HD21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HD22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD21,HD23,1","Val.x: 0.99<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,H,1","Val.x: 0.99<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HA,1","Val.x: 0.99<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HB2,1","Val.x: 0.99<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HB3,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HD11,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HD12,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HD13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HD21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HD22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD22,HD23,1","Val.x: 0.99<br>Val.y: 7.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,H,1","Val.x: 0.99<br>Val.y: 4.77<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HA,1","Val.x: 0.99<br>Val.y: 1.91<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HB2,1","Val.x: 0.99<br>Val.y: 1.94<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HB3,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HD11,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HD12,1","Val.x: 0.99<br>Val.y: 1.23<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HD13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HD21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HD22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: LEU<br>Info: 72,1,LEU,HD23,HD23,1","Val.x: 7.24<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,H,1","Val.x: 7.24<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HA,1","Val.x: 7.24<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HB2,1","Val.x: 7.24<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HB3,1","Val.x: 7.24<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HD11,1","Val.x: 7.24<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HD12,1","Val.x: 7.24<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HD13,1","Val.x: 7.24<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HD21,1","Val.x: 7.24<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HD22,1","Val.x: 7.24<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,H,HD23,1","Val.x: 4.05<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,H,1","Val.x: 4.05<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HA,1","Val.x: 4.05<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HB2,1","Val.x: 4.05<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HB3,1","Val.x: 4.05<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HD11,1","Val.x: 4.05<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HD12,1","Val.x: 4.05<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HD13,1","Val.x: 4.05<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HD21,1","Val.x: 4.05<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HD22,1","Val.x: 4.05<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HA,HD23,1","Val.x: 1.31<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,H,1","Val.x: 1.31<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HA,1","Val.x: 1.31<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HB2,1","Val.x: 1.31<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HB3,1","Val.x: 1.31<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HD11,1","Val.x: 1.31<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HD12,1","Val.x: 1.31<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HD13,1","Val.x: 1.31<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HD21,1","Val.x: 1.31<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HD22,1","Val.x: 1.31<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB2,HD23,1","Val.x: 2.06<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,H,1","Val.x: 2.06<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HA,1","Val.x: 2.06<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HB2,1","Val.x: 2.06<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HB3,1","Val.x: 2.06<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HD11,1","Val.x: 2.06<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HD12,1","Val.x: 2.06<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HD13,1","Val.x: 2.06<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HD21,1","Val.x: 2.06<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HD22,1","Val.x: 2.06<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HB3,HD23,1","Val.x: 0.01<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,H,1","Val.x: 0.01<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HA,1","Val.x: 0.01<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HB2,1","Val.x: 0.01<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HB3,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HD11,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HD12,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HD13,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HD21,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HD22,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD11,HD23,1","Val.x: 0.01<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,H,1","Val.x: 0.01<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HA,1","Val.x: 0.01<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HB2,1","Val.x: 0.01<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HB3,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HD11,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HD12,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HD13,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HD21,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HD22,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD12,HD23,1","Val.x: 0.01<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,H,1","Val.x: 0.01<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HA,1","Val.x: 0.01<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HB2,1","Val.x: 0.01<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HB3,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HD11,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HD12,1","Val.x: 0.01<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HD13,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HD21,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HD22,1","Val.x: 0.01<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD13,HD23,1","Val.x: 0.21<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,H,1","Val.x: 0.21<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HA,1","Val.x: 0.21<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HB2,1","Val.x: 0.21<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HB3,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HD11,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HD12,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HD13,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HD21,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HD22,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD21,HD23,1","Val.x: 0.21<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,H,1","Val.x: 0.21<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HA,1","Val.x: 0.21<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HB2,1","Val.x: 0.21<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HB3,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HD11,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HD12,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HD13,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HD21,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HD22,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD22,HD23,1","Val.x: 0.21<br>Val.y: 7.24<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,H,1","Val.x: 0.21<br>Val.y: 4.05<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HA,1","Val.x: 0.21<br>Val.y: 1.31<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HB2,1","Val.x: 0.21<br>Val.y: 2.06<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HB3,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HD11,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HD12,1","Val.x: 0.21<br>Val.y: 0.01<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HD13,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HD21,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HD22,1","Val.x: 0.21<br>Val.y: 0.21<br>Comp_ID.x: LEU<br>Info: 76,1,LEU,HD23,HD23,1","Val.x: 8.16<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,H,1","Val.x: 8.16<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HA,1","Val.x: 8.16<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HB2,1","Val.x: 8.16<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HB3,1","Val.x: 8.16<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HD11,1","Val.x: 8.16<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HD12,1","Val.x: 8.16<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HD13,1","Val.x: 8.16<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HD21,1","Val.x: 8.16<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HD22,1","Val.x: 8.16<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,H,HD23,1","Val.x: 4.08<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,H,1","Val.x: 4.08<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HA,1","Val.x: 4.08<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HB2,1","Val.x: 4.08<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HB3,1","Val.x: 4.08<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HD11,1","Val.x: 4.08<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HD12,1","Val.x: 4.08<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HD13,1","Val.x: 4.08<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HD21,1","Val.x: 4.08<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HD22,1","Val.x: 4.08<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HA,HD23,1","Val.x: 1.81<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,H,1","Val.x: 1.81<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HA,1","Val.x: 1.81<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HB2,1","Val.x: 1.81<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HB3,1","Val.x: 1.81<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HD11,1","Val.x: 1.81<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HD12,1","Val.x: 1.81<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HD13,1","Val.x: 1.81<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HD21,1","Val.x: 1.81<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HD22,1","Val.x: 1.81<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB2,HD23,1","Val.x: 1.21<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,H,1","Val.x: 1.21<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HA,1","Val.x: 1.21<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HB2,1","Val.x: 1.21<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HB3,1","Val.x: 1.21<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HD11,1","Val.x: 1.21<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HD12,1","Val.x: 1.21<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HD13,1","Val.x: 1.21<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HD21,1","Val.x: 1.21<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HD22,1","Val.x: 1.21<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HB3,HD23,1","Val.x: 0.43<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,H,1","Val.x: 0.43<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HA,1","Val.x: 0.43<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HB2,1","Val.x: 0.43<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HB3,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HD11,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HD12,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HD13,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HD21,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HD22,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD11,HD23,1","Val.x: 0.43<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,H,1","Val.x: 0.43<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HA,1","Val.x: 0.43<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HB2,1","Val.x: 0.43<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HB3,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HD11,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HD12,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HD13,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HD21,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HD22,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD12,HD23,1","Val.x: 0.43<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,H,1","Val.x: 0.43<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HA,1","Val.x: 0.43<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HB2,1","Val.x: 0.43<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HB3,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HD11,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HD12,1","Val.x: 0.43<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HD13,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HD21,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HD22,1","Val.x: 0.43<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD13,HD23,1","Val.x: 0.74<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,H,1","Val.x: 0.74<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HA,1","Val.x: 0.74<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HB2,1","Val.x: 0.74<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HB3,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HD11,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HD12,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HD13,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HD21,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HD22,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD21,HD23,1","Val.x: 0.74<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,H,1","Val.x: 0.74<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HA,1","Val.x: 0.74<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HB2,1","Val.x: 0.74<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HB3,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HD11,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HD12,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HD13,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HD21,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HD22,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD22,HD23,1","Val.x: 0.74<br>Val.y: 8.16<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,H,1","Val.x: 0.74<br>Val.y: 4.08<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HA,1","Val.x: 0.74<br>Val.y: 1.81<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HB2,1","Val.x: 0.74<br>Val.y: 1.21<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HB3,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HD11,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HD12,1","Val.x: 0.74<br>Val.y: 0.43<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HD13,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HD21,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HD22,1","Val.x: 0.74<br>Val.y: 0.74<br>Comp_ID.x: LEU<br>Info: 80,1,LEU,HD23,HD23,1","Val.x: 7.9<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,H,1","Val.x: 7.9<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HA,1","Val.x: 7.9<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HB2,1","Val.x: 7.9<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HB3,1","Val.x: 7.9<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HG,1","Val.x: 7.9<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HD11,1","Val.x: 7.9<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HD12,1","Val.x: 7.9<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HD13,1","Val.x: 7.9<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HD21,1","Val.x: 7.9<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HD22,1","Val.x: 7.9<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,H,HD23,1","Val.x: 3.67<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,H,1","Val.x: 3.67<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HA,1","Val.x: 3.67<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HB2,1","Val.x: 3.67<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HB3,1","Val.x: 3.67<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HG,1","Val.x: 3.67<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HD11,1","Val.x: 3.67<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HD12,1","Val.x: 3.67<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HD13,1","Val.x: 3.67<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HD21,1","Val.x: 3.67<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HD22,1","Val.x: 3.67<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HA,HD23,1","Val.x: 1.78<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,H,1","Val.x: 1.78<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HA,1","Val.x: 1.78<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HB2,1","Val.x: 1.78<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HB3,1","Val.x: 1.78<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HG,1","Val.x: 1.78<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HD11,1","Val.x: 1.78<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HD12,1","Val.x: 1.78<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HD13,1","Val.x: 1.78<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HD21,1","Val.x: 1.78<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HD22,1","Val.x: 1.78<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB2,HD23,1","Val.x: 0.71<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,H,1","Val.x: 0.71<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HA,1","Val.x: 0.71<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HB2,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HB3,1","Val.x: 0.71<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HG,1","Val.x: 0.71<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HD11,1","Val.x: 0.71<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HD12,1","Val.x: 0.71<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HD13,1","Val.x: 0.71<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HD21,1","Val.x: 0.71<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HD22,1","Val.x: 0.71<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HB3,HD23,1","Val.x: 1.5<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,H,1","Val.x: 1.5<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HA,1","Val.x: 1.5<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HB2,1","Val.x: 1.5<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HB3,1","Val.x: 1.5<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HG,1","Val.x: 1.5<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HD11,1","Val.x: 1.5<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HD12,1","Val.x: 1.5<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HD13,1","Val.x: 1.5<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HD21,1","Val.x: 1.5<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HD22,1","Val.x: 1.5<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HG,HD23,1","Val.x: -0.18<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,H,1","Val.x: -0.18<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HA,1","Val.x: -0.18<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HB2,1","Val.x: -0.18<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HB3,1","Val.x: -0.18<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HG,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HD11,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HD12,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HD13,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HD21,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HD22,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD11,HD23,1","Val.x: -0.18<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,H,1","Val.x: -0.18<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HA,1","Val.x: -0.18<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HB2,1","Val.x: -0.18<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HB3,1","Val.x: -0.18<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HG,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HD11,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HD12,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HD13,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HD21,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HD22,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD12,HD23,1","Val.x: -0.18<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,H,1","Val.x: -0.18<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HA,1","Val.x: -0.18<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HB2,1","Val.x: -0.18<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HB3,1","Val.x: -0.18<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HG,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HD11,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HD12,1","Val.x: -0.18<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HD13,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HD21,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HD22,1","Val.x: -0.18<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD13,HD23,1","Val.x: 0.3<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,H,1","Val.x: 0.3<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HA,1","Val.x: 0.3<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HB2,1","Val.x: 0.3<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HB3,1","Val.x: 0.3<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HG,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HD11,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HD12,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HD13,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HD21,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HD22,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD21,HD23,1","Val.x: 0.3<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,H,1","Val.x: 0.3<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HA,1","Val.x: 0.3<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HB2,1","Val.x: 0.3<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HB3,1","Val.x: 0.3<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HG,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HD11,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HD12,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HD13,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HD21,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HD22,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD22,HD23,1","Val.x: 0.3<br>Val.y: 7.9<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,H,1","Val.x: 0.3<br>Val.y: 3.67<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HA,1","Val.x: 0.3<br>Val.y: 1.78<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HB2,1","Val.x: 0.3<br>Val.y: 0.71<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HB3,1","Val.x: 0.3<br>Val.y: 1.5<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HG,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HD11,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HD12,1","Val.x: 0.3<br>Val.y: -0.18<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HD13,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HD21,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HD22,1","Val.x: 0.3<br>Val.y: 0.3<br>Comp_ID.x: LEU<br>Info: 83,1,LEU,HD23,HD23,1","Val.x: 7.94<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,H,1","Val.x: 7.94<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HA,1","Val.x: 7.94<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HB2,1","Val.x: 7.94<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HB3,1","Val.x: 7.94<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HG,1","Val.x: 7.94<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HD11,1","Val.x: 7.94<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HD12,1","Val.x: 7.94<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HD13,1","Val.x: 7.94<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HD21,1","Val.x: 7.94<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HD22,1","Val.x: 7.94<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,H,HD23,1","Val.x: 4.35<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,H,1","Val.x: 4.35<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HA,1","Val.x: 4.35<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HB2,1","Val.x: 4.35<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HB3,1","Val.x: 4.35<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HG,1","Val.x: 4.35<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HD11,1","Val.x: 4.35<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HD12,1","Val.x: 4.35<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HD13,1","Val.x: 4.35<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HD21,1","Val.x: 4.35<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HD22,1","Val.x: 4.35<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HA,HD23,1","Val.x: 1.7<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,H,1","Val.x: 1.7<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HA,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HB2,1","Val.x: 1.7<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HB3,1","Val.x: 1.7<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HG,1","Val.x: 1.7<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HD11,1","Val.x: 1.7<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HD12,1","Val.x: 1.7<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HD13,1","Val.x: 1.7<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HD21,1","Val.x: 1.7<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HD22,1","Val.x: 1.7<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB2,HD23,1","Val.x: 1.6<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,H,1","Val.x: 1.6<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HA,1","Val.x: 1.6<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HB2,1","Val.x: 1.6<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HB3,1","Val.x: 1.6<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HG,1","Val.x: 1.6<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HD11,1","Val.x: 1.6<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HD12,1","Val.x: 1.6<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HD13,1","Val.x: 1.6<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HD21,1","Val.x: 1.6<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HD22,1","Val.x: 1.6<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HB3,HD23,1","Val.x: 1.34<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,H,1","Val.x: 1.34<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HA,1","Val.x: 1.34<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HB2,1","Val.x: 1.34<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HB3,1","Val.x: 1.34<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HG,1","Val.x: 1.34<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HD11,1","Val.x: 1.34<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HD12,1","Val.x: 1.34<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HD13,1","Val.x: 1.34<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HD21,1","Val.x: 1.34<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HD22,1","Val.x: 1.34<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HG,HD23,1","Val.x: 0.89<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,H,1","Val.x: 0.89<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HA,1","Val.x: 0.89<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HB2,1","Val.x: 0.89<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HB3,1","Val.x: 0.89<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HG,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HD11,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HD12,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HD13,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HD21,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HD22,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD11,HD23,1","Val.x: 0.89<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,H,1","Val.x: 0.89<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HA,1","Val.x: 0.89<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HB2,1","Val.x: 0.89<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HB3,1","Val.x: 0.89<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HG,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HD11,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HD12,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HD13,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HD21,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HD22,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD12,HD23,1","Val.x: 0.89<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,H,1","Val.x: 0.89<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HA,1","Val.x: 0.89<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HB2,1","Val.x: 0.89<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HB3,1","Val.x: 0.89<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HG,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HD11,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HD12,1","Val.x: 0.89<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HD13,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HD21,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HD22,1","Val.x: 0.89<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD13,HD23,1","Val.x: 0.96<br>Val.y: 7.94<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,H,1","Val.x: 0.96<br>Val.y: 4.35<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HA,1","Val.x: 0.96<br>Val.y: 1.7<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HB2,1","Val.x: 0.96<br>Val.y: 1.6<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HB3,1","Val.x: 0.96<br>Val.y: 1.34<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HG,1","Val.x: 0.96<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HD11,1","Val.x: 0.96<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HD12,1","Val.x: 0.96<br>Val.y: 0.89<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HD13,1","Val.x: 0.96<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HD21,1","Val.x: 0.96<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HD22,1","Val.x: 0.96<br>Val.y: 0.96<br>Comp_ID.x: LEU<br>Info: 91,1,LEU,HD21,HD23,1","Val.x: 0.96<br>Val.y: 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LYS<br>Info: 23,1,LYS,HB2,HG3,1","Val.x: 1.87<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB2,HD2,1","Val.x: 1.87<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB2,HD3,1","Val.x: 1.87<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB2,HE2,1","Val.x: 1.87<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB2,HE3,1","Val.x: 1.87<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HA,1","Val.x: 1.87<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HB2,1","Val.x: 1.87<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HB3,1","Val.x: 1.87<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HG2,1","Val.x: 1.87<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HG3,1","Val.x: 1.87<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HD2,1","Val.x: 1.87<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HD3,1","Val.x: 1.87<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HE2,1","Val.x: 1.87<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HB3,HE3,1","Val.x: 1.68<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HA,1","Val.x: 1.68<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HB2,1","Val.x: 1.68<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HB3,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HG2,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HG3,1","Val.x: 1.68<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HD2,1","Val.x: 1.68<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HD3,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HE2,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG2,HE3,1","Val.x: 1.68<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HA,1","Val.x: 1.68<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HB2,1","Val.x: 1.68<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HB3,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HG2,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HG3,1","Val.x: 1.68<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HD2,1","Val.x: 1.68<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HD3,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HE2,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HG3,HE3,1","Val.x: 1.41<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HA,1","Val.x: 1.41<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HB2,1","Val.x: 1.41<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HB3,1","Val.x: 1.41<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HG2,1","Val.x: 1.41<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HG3,1","Val.x: 1.41<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HD2,1","Val.x: 1.41<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HD3,1","Val.x: 1.41<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HE2,1","Val.x: 1.41<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD2,HE3,1","Val.x: 1.5<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HA,1","Val.x: 1.5<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HB2,1","Val.x: 1.5<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HB3,1","Val.x: 1.5<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HG2,1","Val.x: 1.5<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HG3,1","Val.x: 1.5<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HD2,1","Val.x: 1.5<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HD3,1","Val.x: 1.5<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HE2,1","Val.x: 1.5<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HD3,HE3,1","Val.x: 2.98<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HA,1","Val.x: 2.98<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HB2,1","Val.x: 2.98<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HB3,1","Val.x: 2.98<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HG2,1","Val.x: 2.98<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HG3,1","Val.x: 2.98<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HD2,1","Val.x: 2.98<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HD3,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HE2,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE2,HE3,1","Val.x: 2.98<br>Val.y: 4.16<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HA,1","Val.x: 2.98<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HB2,1","Val.x: 2.98<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HB3,1","Val.x: 2.98<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HG2,1","Val.x: 2.98<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HG3,1","Val.x: 2.98<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HD2,1","Val.x: 2.98<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HD3,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HE2,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 23,1,LYS,HE3,HE3,1","Val.x: 8<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,H,1","Val.x: 8<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HA,1","Val.x: 8<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HB2,1","Val.x: 8<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HB3,1","Val.x: 8<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HG2,1","Val.x: 8<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HG3,1","Val.x: 8<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HD2,1","Val.x: 8<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HD3,1","Val.x: 8<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HE2,1","Val.x: 8<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,H,HE3,1","Val.x: 4.01<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,H,1","Val.x: 4.01<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HA,1","Val.x: 4.01<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HB2,1","Val.x: 4.01<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HB3,1","Val.x: 4.01<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HG2,1","Val.x: 4.01<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HG3,1","Val.x: 4.01<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HD2,1","Val.x: 4.01<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HD3,1","Val.x: 4.01<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HE2,1","Val.x: 4.01<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HA,HE3,1","Val.x: 1.97<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,H,1","Val.x: 1.97<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HA,1","Val.x: 1.97<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HB2,1","Val.x: 1.97<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HB3,1","Val.x: 1.97<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HG2,1","Val.x: 1.97<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HG3,1","Val.x: 1.97<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HD2,1","Val.x: 1.97<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HD3,1","Val.x: 1.97<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HE2,1","Val.x: 1.97<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB2,HE3,1","Val.x: 2.02<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,H,1","Val.x: 2.02<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HA,1","Val.x: 2.02<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HB2,1","Val.x: 2.02<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HB3,1","Val.x: 2.02<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HG2,1","Val.x: 2.02<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HG3,1","Val.x: 2.02<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HD2,1","Val.x: 2.02<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HD3,1","Val.x: 2.02<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HE2,1","Val.x: 2.02<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HB3,HE3,1","Val.x: 0.87<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,H,1","Val.x: 0.87<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HA,1","Val.x: 0.87<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HB2,1","Val.x: 0.87<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HB3,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HG2,1","Val.x: 0.87<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HG3,1","Val.x: 0.87<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HD2,1","Val.x: 0.87<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HD3,1","Val.x: 0.87<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HE2,1","Val.x: 0.87<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG2,HE3,1","Val.x: 1.18<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,H,1","Val.x: 1.18<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HA,1","Val.x: 1.18<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HB2,1","Val.x: 1.18<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HB3,1","Val.x: 1.18<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HG2,1","Val.x: 1.18<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HG3,1","Val.x: 1.18<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HD2,1","Val.x: 1.18<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HD3,1","Val.x: 1.18<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HE2,1","Val.x: 1.18<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HG3,HE3,1","Val.x: 1.53<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,H,1","Val.x: 1.53<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HA,1","Val.x: 1.53<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HB2,1","Val.x: 1.53<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HB3,1","Val.x: 1.53<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HG2,1","Val.x: 1.53<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HG3,1","Val.x: 1.53<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HD2,1","Val.x: 1.53<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HD3,1","Val.x: 1.53<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HE2,1","Val.x: 1.53<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD2,HE3,1","Val.x: 1.47<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,H,1","Val.x: 1.47<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HA,1","Val.x: 1.47<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HB2,1","Val.x: 1.47<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HB3,1","Val.x: 1.47<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HG2,1","Val.x: 1.47<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HG3,1","Val.x: 1.47<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HD2,1","Val.x: 1.47<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HD3,1","Val.x: 1.47<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HE2,1","Val.x: 1.47<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HD3,HE3,1","Val.x: 2.99<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,H,1","Val.x: 2.99<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HA,1","Val.x: 2.99<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HB2,1","Val.x: 2.99<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HB3,1","Val.x: 2.99<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HG2,1","Val.x: 2.99<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HG3,1","Val.x: 2.99<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HD2,1","Val.x: 2.99<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HD3,1","Val.x: 2.99<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HE2,1","Val.x: 2.99<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE2,HE3,1","Val.x: 2.87<br>Val.y: 8<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,H,1","Val.x: 2.87<br>Val.y: 4.01<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HA,1","Val.x: 2.87<br>Val.y: 1.97<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HB2,1","Val.x: 2.87<br>Val.y: 2.02<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HB3,1","Val.x: 2.87<br>Val.y: 0.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HG2,1","Val.x: 2.87<br>Val.y: 1.18<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HG3,1","Val.x: 2.87<br>Val.y: 1.53<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HD2,1","Val.x: 2.87<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HD3,1","Val.x: 2.87<br>Val.y: 2.99<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HE2,1","Val.x: 2.87<br>Val.y: 2.87<br>Comp_ID.x: LYS<br>Info: 31,1,LYS,HE3,HE3,1","Val.x: 8.24<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,H,1","Val.x: 8.24<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HA,1","Val.x: 8.24<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HB2,1","Val.x: 8.24<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HB3,1","Val.x: 8.24<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HG2,1","Val.x: 8.24<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HG3,1","Val.x: 8.24<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HD2,1","Val.x: 8.24<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HD3,1","Val.x: 8.24<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HE2,1","Val.x: 8.24<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,H,HE3,1","Val.x: 3.64<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,H,1","Val.x: 3.64<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HA,1","Val.x: 3.64<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HB2,1","Val.x: 3.64<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HB3,1","Val.x: 3.64<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HG2,1","Val.x: 3.64<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HG3,1","Val.x: 3.64<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HD2,1","Val.x: 3.64<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HD3,1","Val.x: 3.64<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HE2,1","Val.x: 3.64<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HA,HE3,1","Val.x: 1.79<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,H,1","Val.x: 1.79<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HA,1","Val.x: 1.79<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HB2,1","Val.x: 1.79<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HB3,1","Val.x: 1.79<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HG2,1","Val.x: 1.79<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HG3,1","Val.x: 1.79<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HD2,1","Val.x: 1.79<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HD3,1","Val.x: 1.79<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HE2,1","Val.x: 1.79<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB2,HE3,1","Val.x: 1.76<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,H,1","Val.x: 1.76<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HA,1","Val.x: 1.76<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HB2,1","Val.x: 1.76<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HB3,1","Val.x: 1.76<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HG2,1","Val.x: 1.76<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HG3,1","Val.x: 1.76<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HD2,1","Val.x: 1.76<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HD3,1","Val.x: 1.76<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HE2,1","Val.x: 1.76<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HB3,HE3,1","Val.x: 1.63<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,H,1","Val.x: 1.63<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HA,1","Val.x: 1.63<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HB2,1","Val.x: 1.63<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HB3,1","Val.x: 1.63<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HG2,1","Val.x: 1.63<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HG3,1","Val.x: 1.63<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HD2,1","Val.x: 1.63<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HD3,1","Val.x: 1.63<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HE2,1","Val.x: 1.63<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG2,HE3,1","Val.x: 1.63<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,H,1","Val.x: 1.63<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HA,1","Val.x: 1.63<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HB2,1","Val.x: 1.63<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HB3,1","Val.x: 1.63<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HG2,1","Val.x: 1.63<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HG3,1","Val.x: 1.63<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HD2,1","Val.x: 1.63<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HD3,1","Val.x: 1.63<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HE2,1","Val.x: 1.63<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HG3,HE3,1","Val.x: 1.15<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,H,1","Val.x: 1.15<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HA,1","Val.x: 1.15<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HB2,1","Val.x: 1.15<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HB3,1","Val.x: 1.15<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HG2,1","Val.x: 1.15<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HG3,1","Val.x: 1.15<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HD2,1","Val.x: 1.15<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HD3,1","Val.x: 1.15<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HE2,1","Val.x: 1.15<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD2,HE3,1","Val.x: 1.47<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,H,1","Val.x: 1.47<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HA,1","Val.x: 1.47<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HB2,1","Val.x: 1.47<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HB3,1","Val.x: 1.47<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HG2,1","Val.x: 1.47<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HG3,1","Val.x: 1.47<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HD2,1","Val.x: 1.47<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HD3,1","Val.x: 1.47<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HE2,1","Val.x: 1.47<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HD3,HE3,1","Val.x: 2.86<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,H,1","Val.x: 2.86<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HA,1","Val.x: 2.86<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HB2,1","Val.x: 2.86<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HB3,1","Val.x: 2.86<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HG2,1","Val.x: 2.86<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HG3,1","Val.x: 2.86<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HD2,1","Val.x: 2.86<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HD3,1","Val.x: 2.86<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HE2,1","Val.x: 2.86<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE2,HE3,1","Val.x: 2.86<br>Val.y: 8.24<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,H,1","Val.x: 2.86<br>Val.y: 3.64<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HA,1","Val.x: 2.86<br>Val.y: 1.79<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HB2,1","Val.x: 2.86<br>Val.y: 1.76<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HB3,1","Val.x: 2.86<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HG2,1","Val.x: 2.86<br>Val.y: 1.63<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HG3,1","Val.x: 2.86<br>Val.y: 1.15<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HD2,1","Val.x: 2.86<br>Val.y: 1.47<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HD3,1","Val.x: 2.86<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HE2,1","Val.x: 2.86<br>Val.y: 2.86<br>Comp_ID.x: LYS<br>Info: 62,1,LYS,HE3,HE3,1","Val.x: 7.43<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,H,1","Val.x: 7.43<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HA,1","Val.x: 7.43<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HB2,1","Val.x: 7.43<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HB3,1","Val.x: 7.43<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HG2,1","Val.x: 7.43<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HG3,1","Val.x: 7.43<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HD2,1","Val.x: 7.43<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HD3,1","Val.x: 7.43<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HE2,1","Val.x: 7.43<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,H,HE3,1","Val.x: 4.13<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,H,1","Val.x: 4.13<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HA,1","Val.x: 4.13<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HB2,1","Val.x: 4.13<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HB3,1","Val.x: 4.13<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HG2,1","Val.x: 4.13<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HG3,1","Val.x: 4.13<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HD2,1","Val.x: 4.13<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HD3,1","Val.x: 4.13<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HE2,1","Val.x: 4.13<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HA,HE3,1","Val.x: 1.92<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,H,1","Val.x: 1.92<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HA,1","Val.x: 1.92<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HB2,1","Val.x: 1.92<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HB3,1","Val.x: 1.92<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HG2,1","Val.x: 1.92<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HG3,1","Val.x: 1.92<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HD2,1","Val.x: 1.92<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HD3,1","Val.x: 1.92<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HE2,1","Val.x: 1.92<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB2,HE3,1","Val.x: 1.87<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,H,1","Val.x: 1.87<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HA,1","Val.x: 1.87<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HB2,1","Val.x: 1.87<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HB3,1","Val.x: 1.87<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HG2,1","Val.x: 1.87<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HG3,1","Val.x: 1.87<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HD2,1","Val.x: 1.87<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HD3,1","Val.x: 1.87<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HE2,1","Val.x: 1.87<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HB3,HE3,1","Val.x: 1.7<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,H,1","Val.x: 1.7<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HA,1","Val.x: 1.7<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HB2,1","Val.x: 1.7<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HB3,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HG2,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HG3,1","Val.x: 1.7<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HD2,1","Val.x: 1.7<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HD3,1","Val.x: 1.7<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HE2,1","Val.x: 1.7<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG2,HE3,1","Val.x: 1.7<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,H,1","Val.x: 1.7<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HA,1","Val.x: 1.7<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HB2,1","Val.x: 1.7<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HB3,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HG2,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HG3,1","Val.x: 1.7<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HD2,1","Val.x: 1.7<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HD3,1","Val.x: 1.7<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HE2,1","Val.x: 1.7<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HG3,HE3,1","Val.x: 1.5<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,H,1","Val.x: 1.5<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HA,1","Val.x: 1.5<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HB2,1","Val.x: 1.5<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HB3,1","Val.x: 1.5<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HG2,1","Val.x: 1.5<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HG3,1","Val.x: 1.5<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HD2,1","Val.x: 1.5<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HD3,1","Val.x: 1.5<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HE2,1","Val.x: 1.5<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD2,HE3,1","Val.x: 1.42<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,H,1","Val.x: 1.42<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HA,1","Val.x: 1.42<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HB2,1","Val.x: 1.42<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HB3,1","Val.x: 1.42<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HG2,1","Val.x: 1.42<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HG3,1","Val.x: 1.42<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HD2,1","Val.x: 1.42<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HD3,1","Val.x: 1.42<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HE2,1","Val.x: 1.42<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HD3,HE3,1","Val.x: 2.98<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,H,1","Val.x: 2.98<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HA,1","Val.x: 2.98<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HB2,1","Val.x: 2.98<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HB3,1","Val.x: 2.98<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HG2,1","Val.x: 2.98<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HG3,1","Val.x: 2.98<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HD2,1","Val.x: 2.98<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HD3,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HE2,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE2,HE3,1","Val.x: 2.98<br>Val.y: 7.43<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,H,1","Val.x: 2.98<br>Val.y: 4.13<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HA,1","Val.x: 2.98<br>Val.y: 1.92<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HB2,1","Val.x: 2.98<br>Val.y: 1.87<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HB3,1","Val.x: 2.98<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HG2,1","Val.x: 2.98<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HG3,1","Val.x: 2.98<br>Val.y: 1.5<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HD2,1","Val.x: 2.98<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HD3,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HE2,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 63,1,LYS,HE3,HE3,1","Val.x: 8.1<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,H,1","Val.x: 8.1<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HA,1","Val.x: 8.1<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HB2,1","Val.x: 8.1<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HB3,1","Val.x: 8.1<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HG2,1","Val.x: 8.1<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HG3,1","Val.x: 8.1<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HD2,1","Val.x: 8.1<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HD3,1","Val.x: 8.1<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HE2,1","Val.x: 8.1<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,H,HE3,1","Val.x: 4.12<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,H,1","Val.x: 4.12<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HA,1","Val.x: 4.12<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HB2,1","Val.x: 4.12<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HB3,1","Val.x: 4.12<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HG2,1","Val.x: 4.12<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HG3,1","Val.x: 4.12<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HD2,1","Val.x: 4.12<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HD3,1","Val.x: 4.12<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HE2,1","Val.x: 4.12<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HA,HE3,1","Val.x: 2.03<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,H,1","Val.x: 2.03<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HA,1","Val.x: 2.03<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HB2,1","Val.x: 2.03<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HB3,1","Val.x: 2.03<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HG2,1","Val.x: 2.03<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HG3,1","Val.x: 2.03<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HD2,1","Val.x: 2.03<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HD3,1","Val.x: 2.03<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HE2,1","Val.x: 2.03<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB2,HE3,1","Val.x: 2.11<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,H,1","Val.x: 2.11<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HA,1","Val.x: 2.11<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HB2,1","Val.x: 2.11<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HB3,1","Val.x: 2.11<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HG2,1","Val.x: 2.11<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HG3,1","Val.x: 2.11<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HD2,1","Val.x: 2.11<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HD3,1","Val.x: 2.11<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HE2,1","Val.x: 2.11<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HB3,HE3,1","Val.x: 1.7<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,H,1","Val.x: 1.7<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HA,1","Val.x: 1.7<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HB2,1","Val.x: 1.7<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HB3,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HG2,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HG3,1","Val.x: 1.7<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HD2,1","Val.x: 1.7<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HD3,1","Val.x: 1.7<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HE2,1","Val.x: 1.7<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG2,HE3,1","Val.x: 1.7<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,H,1","Val.x: 1.7<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HA,1","Val.x: 1.7<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HB2,1","Val.x: 1.7<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HB3,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HG2,1","Val.x: 1.7<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HG3,1","Val.x: 1.7<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HD2,1","Val.x: 1.7<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HD3,1","Val.x: 1.7<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HE2,1","Val.x: 1.7<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HG3,HE3,1","Val.x: 1.41<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,H,1","Val.x: 1.41<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HA,1","Val.x: 1.41<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HB2,1","Val.x: 1.41<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HB3,1","Val.x: 1.41<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HG2,1","Val.x: 1.41<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HG3,1","Val.x: 1.41<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HD2,1","Val.x: 1.41<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HD3,1","Val.x: 1.41<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HE2,1","Val.x: 1.41<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD2,HE3,1","Val.x: 1.41<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,H,1","Val.x: 1.41<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HA,1","Val.x: 1.41<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HB2,1","Val.x: 1.41<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HB3,1","Val.x: 1.41<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HG2,1","Val.x: 1.41<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HG3,1","Val.x: 1.41<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HD2,1","Val.x: 1.41<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HD3,1","Val.x: 1.41<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HE2,1","Val.x: 1.41<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HD3,HE3,1","Val.x: 2.97<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,H,1","Val.x: 2.97<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HA,1","Val.x: 2.97<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HB2,1","Val.x: 2.97<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HB3,1","Val.x: 2.97<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HG2,1","Val.x: 2.97<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HG3,1","Val.x: 2.97<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HD2,1","Val.x: 2.97<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HD3,1","Val.x: 2.97<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HE2,1","Val.x: 2.97<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE2,HE3,1","Val.x: 2.97<br>Val.y: 8.1<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,H,1","Val.x: 2.97<br>Val.y: 4.12<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HA,1","Val.x: 2.97<br>Val.y: 2.03<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HB2,1","Val.x: 2.97<br>Val.y: 2.11<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HB3,1","Val.x: 2.97<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HG2,1","Val.x: 2.97<br>Val.y: 1.7<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HG3,1","Val.x: 2.97<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HD2,1","Val.x: 2.97<br>Val.y: 1.41<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HD3,1","Val.x: 2.97<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HE2,1","Val.x: 2.97<br>Val.y: 2.97<br>Comp_ID.x: LYS<br>Info: 85,1,LYS,HE3,HE3,1","Val.x: 8.44<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,H,1","Val.x: 8.44<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HA,1","Val.x: 8.44<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HB2,1","Val.x: 8.44<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HB3,1","Val.x: 8.44<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HG2,1","Val.x: 8.44<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HG3,1","Val.x: 8.44<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HD2,1","Val.x: 8.44<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HD3,1","Val.x: 8.44<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HE2,1","Val.x: 8.44<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,H,HE3,1","Val.x: 4.3<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,H,1","Val.x: 4.3<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HA,1","Val.x: 4.3<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HB2,1","Val.x: 4.3<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HB3,1","Val.x: 4.3<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HG2,1","Val.x: 4.3<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HG3,1","Val.x: 4.3<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HD2,1","Val.x: 4.3<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HD3,1","Val.x: 4.3<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HE2,1","Val.x: 4.3<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HA,HE3,1","Val.x: 1.75<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,H,1","Val.x: 1.75<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HA,1","Val.x: 1.75<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HB2,1","Val.x: 1.75<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HB3,1","Val.x: 1.75<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HG2,1","Val.x: 1.75<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HG3,1","Val.x: 1.75<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HD2,1","Val.x: 1.75<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HD3,1","Val.x: 1.75<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HE2,1","Val.x: 1.75<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB2,HE3,1","Val.x: 1.81<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,H,1","Val.x: 1.81<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HA,1","Val.x: 1.81<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HB2,1","Val.x: 1.81<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HB3,1","Val.x: 1.81<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HG2,1","Val.x: 1.81<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HG3,1","Val.x: 1.81<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HD2,1","Val.x: 1.81<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HD3,1","Val.x: 1.81<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HE2,1","Val.x: 1.81<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HB3,HE3,1","Val.x: 1.68<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,H,1","Val.x: 1.68<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HA,1","Val.x: 1.68<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HB2,1","Val.x: 1.68<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HB3,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HG2,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HG3,1","Val.x: 1.68<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HD2,1","Val.x: 1.68<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HD3,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HE2,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG2,HE3,1","Val.x: 1.68<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,H,1","Val.x: 1.68<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HA,1","Val.x: 1.68<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HB2,1","Val.x: 1.68<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HB3,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HG2,1","Val.x: 1.68<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HG3,1","Val.x: 1.68<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HD2,1","Val.x: 1.68<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HD3,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HE2,1","Val.x: 1.68<br>Val.y: 2.98<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HG3,HE3,1","Val.x: 1.42<br>Val.y: 8.44<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,H,1","Val.x: 1.42<br>Val.y: 4.3<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HA,1","Val.x: 1.42<br>Val.y: 1.75<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HB2,1","Val.x: 1.42<br>Val.y: 1.81<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HB3,1","Val.x: 1.42<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HG2,1","Val.x: 1.42<br>Val.y: 1.68<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HG3,1","Val.x: 1.42<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HD2,1","Val.x: 1.42<br>Val.y: 1.42<br>Comp_ID.x: LYS<br>Info: 98,1,LYS,HD2,HD3,1","Val.x: 1.42<br>Val.y: 2.98<br>Comp_ID.x: 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42,1,PHE,HA,HZ,1","Val.x: 3.5<br>Val.y: 8.65<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,H,1","Val.x: 3.5<br>Val.y: 5.22<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,HA,1","Val.x: 3.5<br>Val.y: 3.5<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,HB2,1","Val.x: 3.5<br>Val.y: 2.98<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,HB3,1","Val.x: 3.5<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,HD1,1","Val.x: 3.5<br>Val.y: 7.17<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,HE1,1","Val.x: 3.5<br>Val.y: 7.16<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB2,HZ,1","Val.x: 2.98<br>Val.y: 8.65<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,H,1","Val.x: 2.98<br>Val.y: 5.22<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,HA,1","Val.x: 2.98<br>Val.y: 3.5<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,HB2,1","Val.x: 2.98<br>Val.y: 2.98<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,HB3,1","Val.x: 2.98<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,HD1,1","Val.x: 2.98<br>Val.y: 7.17<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,HE1,1","Val.x: 2.98<br>Val.y: 7.16<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HB3,HZ,1","Val.x: 7.09<br>Val.y: 8.65<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,H,1","Val.x: 7.09<br>Val.y: 5.22<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,HA,1","Val.x: 7.09<br>Val.y: 3.5<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,HB2,1","Val.x: 7.09<br>Val.y: 2.98<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,HB3,1","Val.x: 7.09<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,HD1,1","Val.x: 7.09<br>Val.y: 7.17<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,HE1,1","Val.x: 7.09<br>Val.y: 7.16<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HD1,HZ,1","Val.x: 7.17<br>Val.y: 8.65<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,H,1","Val.x: 7.17<br>Val.y: 5.22<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,HA,1","Val.x: 7.17<br>Val.y: 3.5<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,HB2,1","Val.x: 7.17<br>Val.y: 2.98<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,HB3,1","Val.x: 7.17<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,HD1,1","Val.x: 7.17<br>Val.y: 7.17<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,HE1,1","Val.x: 7.17<br>Val.y: 7.16<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HE1,HZ,1","Val.x: 7.16<br>Val.y: 8.65<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,H,1","Val.x: 7.16<br>Val.y: 5.22<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,HA,1","Val.x: 7.16<br>Val.y: 3.5<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,HB2,1","Val.x: 7.16<br>Val.y: 2.98<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,HB3,1","Val.x: 7.16<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,HD1,1","Val.x: 7.16<br>Val.y: 7.17<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,HE1,1","Val.x: 7.16<br>Val.y: 7.16<br>Comp_ID.x: PHE<br>Info: 42,1,PHE,HZ,HZ,1","Val.x: 8.16<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,H,1","Val.x: 8.16<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,HA,1","Val.x: 8.16<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,HB2,1","Val.x: 8.16<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,HB3,1","Val.x: 8.16<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,HD1,1","Val.x: 8.16<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,HE1,1","Val.x: 8.16<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,H,HZ,1","Val.x: 4.33<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,H,1","Val.x: 4.33<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,HA,1","Val.x: 4.33<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,HB2,1","Val.x: 4.33<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,HB3,1","Val.x: 4.33<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,HD1,1","Val.x: 4.33<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,HE1,1","Val.x: 4.33<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HA,HZ,1","Val.x: 2.64<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,H,1","Val.x: 2.64<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,HA,1","Val.x: 2.64<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,HB2,1","Val.x: 2.64<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,HB3,1","Val.x: 2.64<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,HD1,1","Val.x: 2.64<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,HE1,1","Val.x: 2.64<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB2,HZ,1","Val.x: 2.33<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,H,1","Val.x: 2.33<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,HA,1","Val.x: 2.33<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,HB2,1","Val.x: 2.33<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,HB3,1","Val.x: 2.33<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,HD1,1","Val.x: 2.33<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,HE1,1","Val.x: 2.33<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HB3,HZ,1","Val.x: 7.42<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,H,1","Val.x: 7.42<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,HA,1","Val.x: 7.42<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,HB2,1","Val.x: 7.42<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,HB3,1","Val.x: 7.42<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,HD1,1","Val.x: 7.42<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,HE1,1","Val.x: 7.42<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HD1,HZ,1","Val.x: 7.6<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,H,1","Val.x: 7.6<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,HA,1","Val.x: 7.6<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,HB2,1","Val.x: 7.6<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,HB3,1","Val.x: 7.6<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,HD1,1","Val.x: 7.6<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,HE1,1","Val.x: 7.6<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HE1,HZ,1","Val.x: 7.09<br>Val.y: 8.16<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,H,1","Val.x: 7.09<br>Val.y: 4.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,HA,1","Val.x: 7.09<br>Val.y: 2.64<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,HB2,1","Val.x: 7.09<br>Val.y: 2.33<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,HB3,1","Val.x: 7.09<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,HD1,1","Val.x: 7.09<br>Val.y: 7.6<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,HE1,1","Val.x: 7.09<br>Val.y: 7.09<br>Comp_ID.x: PHE<br>Info: 54,1,PHE,HZ,HZ,1","Val.x: 7.55<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,H,1","Val.x: 7.55<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,HA,1","Val.x: 7.55<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,HB2,1","Val.x: 7.55<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,HB3,1","Val.x: 7.55<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,HD1,1","Val.x: 7.55<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,HE1,1","Val.x: 7.55<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,H,HZ,1","Val.x: 4.66<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,H,1","Val.x: 4.66<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,HA,1","Val.x: 4.66<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,HB2,1","Val.x: 4.66<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,HB3,1","Val.x: 4.66<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,HD1,1","Val.x: 4.66<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,HE1,1","Val.x: 4.66<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HA,HZ,1","Val.x: 3.15<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,H,1","Val.x: 3.15<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,HA,1","Val.x: 3.15<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,HB2,1","Val.x: 3.15<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,HB3,1","Val.x: 3.15<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,HD1,1","Val.x: 3.15<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,HE1,1","Val.x: 3.15<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB2,HZ,1","Val.x: 3.26<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,H,1","Val.x: 3.26<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,HA,1","Val.x: 3.26<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,HB2,1","Val.x: 3.26<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,HB3,1","Val.x: 3.26<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,HD1,1","Val.x: 3.26<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,HE1,1","Val.x: 3.26<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HB3,HZ,1","Val.x: 7.32<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,H,1","Val.x: 7.32<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,HA,1","Val.x: 7.32<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,HB2,1","Val.x: 7.32<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,HB3,1","Val.x: 7.32<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,HD1,1","Val.x: 7.32<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,HE1,1","Val.x: 7.32<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HD1,HZ,1","Val.x: 7.5<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,H,1","Val.x: 7.5<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,HA,1","Val.x: 7.5<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,HB2,1","Val.x: 7.5<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,HB3,1","Val.x: 7.5<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,HD1,1","Val.x: 7.5<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,HE1,1","Val.x: 7.5<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HE1,HZ,1","Val.x: 7.42<br>Val.y: 7.55<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,H,1","Val.x: 7.42<br>Val.y: 4.66<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,HA,1","Val.x: 7.42<br>Val.y: 3.15<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,HB2,1","Val.x: 7.42<br>Val.y: 3.26<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,HB3,1","Val.x: 7.42<br>Val.y: 7.32<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,HD1,1","Val.x: 7.42<br>Val.y: 7.5<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,HE1,1","Val.x: 7.42<br>Val.y: 7.42<br>Comp_ID.x: PHE<br>Info: 67,1,PHE,HZ,HZ,1","Val.x: 8.05<br>Val.y: 8.05<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,H,1","Val.x: 8.05<br>Val.y: 4.5<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,HA,1","Val.x: 8.05<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,HB2,1","Val.x: 8.05<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,HB3,1","Val.x: 8.05<br>Val.y: 7.26<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,HD1,1","Val.x: 8.05<br>Val.y: 7.36<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,HE1,1","Val.x: 8.05<br>Val.y: 7.31<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,H,HZ,1","Val.x: 4.5<br>Val.y: 8.05<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,H,1","Val.x: 4.5<br>Val.y: 4.5<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,HA,1","Val.x: 4.5<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,HB2,1","Val.x: 4.5<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,HB3,1","Val.x: 4.5<br>Val.y: 7.26<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,HD1,1","Val.x: 4.5<br>Val.y: 7.36<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,HE1,1","Val.x: 4.5<br>Val.y: 7.31<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HA,HZ,1","Val.x: 3.13<br>Val.y: 8.05<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,H,1","Val.x: 3.13<br>Val.y: 4.5<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,HA,1","Val.x: 3.13<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,HB2,1","Val.x: 3.13<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,HB3,1","Val.x: 3.13<br>Val.y: 7.26<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,HD1,1","Val.x: 3.13<br>Val.y: 7.36<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,HE1,1","Val.x: 3.13<br>Val.y: 7.31<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB2,HZ,1","Val.x: 3.13<br>Val.y: 8.05<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,H,1","Val.x: 3.13<br>Val.y: 4.5<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,HA,1","Val.x: 3.13<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,HB2,1","Val.x: 3.13<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,HB3,1","Val.x: 3.13<br>Val.y: 7.26<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,HD1,1","Val.x: 3.13<br>Val.y: 7.36<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,HE1,1","Val.x: 3.13<br>Val.y: 7.31<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HB3,HZ,1","Val.x: 7.26<br>Val.y: 8.05<br>Comp_ID.x: PHE<br>Info: 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7.31<br>Val.y: 8.05<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HZ,H,1","Val.x: 7.31<br>Val.y: 4.5<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HZ,HA,1","Val.x: 7.31<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HZ,HB2,1","Val.x: 7.31<br>Val.y: 3.13<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HZ,HB3,1","Val.x: 7.31<br>Val.y: 7.26<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HZ,HD1,1","Val.x: 7.31<br>Val.y: 7.36<br>Comp_ID.x: PHE<br>Info: 95,1,PHE,HZ,HE1,1","Val.x: 7.31<br>Val.y: 7.31<br>Comp_ID.x: PHE<br>Info: 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PRO<br>Info: 43,1,PRO,HB3,HB2,1","Val.x: 1.6<br>Val.y: 1.6<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HB3,HB3,1","Val.x: 1.6<br>Val.y: 2.14<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HB3,HG2,1","Val.x: 1.6<br>Val.y: 2.19<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HB3,HG3,1","Val.x: 1.6<br>Val.y: 2.97<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HB3,HD2,1","Val.x: 2.14<br>Val.y: 4.04<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG2,HA,1","Val.x: 2.14<br>Val.y: 1.78<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG2,HB2,1","Val.x: 2.14<br>Val.y: 1.6<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG2,HB3,1","Val.x: 2.14<br>Val.y: 2.14<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG2,HG2,1","Val.x: 2.14<br>Val.y: 2.19<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG2,HG3,1","Val.x: 2.14<br>Val.y: 2.97<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG2,HD2,1","Val.x: 2.19<br>Val.y: 4.04<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG3,HA,1","Val.x: 2.19<br>Val.y: 1.78<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG3,HB2,1","Val.x: 2.19<br>Val.y: 1.6<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG3,HB3,1","Val.x: 2.19<br>Val.y: 2.14<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG3,HG2,1","Val.x: 2.19<br>Val.y: 2.19<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG3,HG3,1","Val.x: 2.19<br>Val.y: 2.97<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HG3,HD2,1","Val.x: 2.97<br>Val.y: 4.04<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HD2,HA,1","Val.x: 2.97<br>Val.y: 1.78<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HD2,HB2,1","Val.x: 2.97<br>Val.y: 1.6<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HD2,HB3,1","Val.x: 2.97<br>Val.y: 2.14<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HD2,HG2,1","Val.x: 2.97<br>Val.y: 2.19<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HD2,HG3,1","Val.x: 2.97<br>Val.y: 2.97<br>Comp_ID.x: PRO<br>Info: 43,1,PRO,HD2,HD2,1","Val.x: 4.91<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HA,1","Val.x: 4.91<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HB2,1","Val.x: 4.91<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HB3,1","Val.x: 4.91<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HG2,1","Val.x: 4.91<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HG3,1","Val.x: 4.91<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HD2,1","Val.x: 4.91<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HA,HD3,1","Val.x: 2.31<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HA,1","Val.x: 2.31<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HB2,1","Val.x: 2.31<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HB3,1","Val.x: 2.31<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HG2,1","Val.x: 2.31<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HG3,1","Val.x: 2.31<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HD2,1","Val.x: 2.31<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB2,HD3,1","Val.x: 2.01<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HA,1","Val.x: 2.01<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HB2,1","Val.x: 2.01<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HB3,1","Val.x: 2.01<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HG2,1","Val.x: 2.01<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HG3,1","Val.x: 2.01<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HD2,1","Val.x: 2.01<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HB3,HD3,1","Val.x: 1.84<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HA,1","Val.x: 1.84<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HB2,1","Val.x: 1.84<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HB3,1","Val.x: 1.84<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HG2,1","Val.x: 1.84<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HG3,1","Val.x: 1.84<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HD2,1","Val.x: 1.84<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG2,HD3,1","Val.x: 1.84<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HA,1","Val.x: 1.84<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HB2,1","Val.x: 1.84<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HB3,1","Val.x: 1.84<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HG2,1","Val.x: 1.84<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HG3,1","Val.x: 1.84<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HD2,1","Val.x: 1.84<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HG3,HD3,1","Val.x: 3.62<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HA,1","Val.x: 3.62<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HB2,1","Val.x: 3.62<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HB3,1","Val.x: 3.62<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HG2,1","Val.x: 3.62<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HG3,1","Val.x: 3.62<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HD2,1","Val.x: 3.62<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD2,HD3,1","Val.x: 3.84<br>Val.y: 4.91<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HA,1","Val.x: 3.84<br>Val.y: 2.31<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HB2,1","Val.x: 3.84<br>Val.y: 2.01<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HB3,1","Val.x: 3.84<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HG2,1","Val.x: 3.84<br>Val.y: 1.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HG3,1","Val.x: 3.84<br>Val.y: 3.62<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HD2,1","Val.x: 3.84<br>Val.y: 3.84<br>Comp_ID.x: PRO<br>Info: 55,1,PRO,HD3,HD3,1","Val.x: 4.28<br>Val.y: 4.28<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HA,HA,1","Val.x: 4.28<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HA,HB2,1","Val.x: 4.28<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HA,HB3,1","Val.x: 4.28<br>Val.y: 2.35<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HA,HD3,1","Val.x: 1.61<br>Val.y: 4.28<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB2,HA,1","Val.x: 1.61<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB2,HB2,1","Val.x: 1.61<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB2,HB3,1","Val.x: 1.61<br>Val.y: 2.35<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB2,HD3,1","Val.x: 1.61<br>Val.y: 4.28<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB3,HA,1","Val.x: 1.61<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB3,HB2,1","Val.x: 1.61<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB3,HB3,1","Val.x: 1.61<br>Val.y: 2.35<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HB3,HD3,1","Val.x: 2.35<br>Val.y: 4.28<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HD3,HA,1","Val.x: 2.35<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HD3,HB2,1","Val.x: 2.35<br>Val.y: 1.61<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HD3,HB3,1","Val.x: 2.35<br>Val.y: 2.35<br>Comp_ID.x: PRO<br>Info: 75,1,PRO,HD3,HD3,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(149,144,255,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(149,144,255,1)"}},"hoveron":"points","name":"PRO","legendgroup":"PRO","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[8.239,8.239,8.239,8.239,4.42,4.42,4.42,4.42,3.87,3.87,3.87,3.87,3.87,3.87,3.87,3.87,7.882,7.882,7.882,7.882,4.38,4.38,4.38,4.38,4.106,4.106,4.106,4.106,3.833,3.833,3.833,3.833,8.087,8.087,8.087,8.087,4.33,4.33,4.33,4.33,4.01,4.01,4.01,4.01,4.01,4.01,4.01,4.01],"y":[8.239,4.42,3.87,3.87,8.239,4.42,3.87,3.87,8.239,4.42,3.87,3.87,8.239,4.42,3.87,3.87,7.882,4.38,4.106,3.833,7.882,4.38,4.106,3.833,7.882,4.38,4.106,3.833,7.882,4.38,4.106,3.833,8.087,4.33,4.01,4.01,8.087,4.33,4.01,4.01,8.087,4.33,4.01,4.01,8.087,4.33,4.01,4.01],"text":["Val.x: 8.24<br>Val.y: 8.24<br>Comp_ID.x: SER<br>Info: 103,1,SER,H,H,1","Val.x: 8.24<br>Val.y: 4.42<br>Comp_ID.x: SER<br>Info: 103,1,SER,H,HA,1","Val.x: 8.24<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,H,HB2,1","Val.x: 8.24<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,H,HB3,1","Val.x: 4.42<br>Val.y: 8.24<br>Comp_ID.x: SER<br>Info: 103,1,SER,HA,H,1","Val.x: 4.42<br>Val.y: 4.42<br>Comp_ID.x: SER<br>Info: 103,1,SER,HA,HA,1","Val.x: 4.42<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,HA,HB2,1","Val.x: 4.42<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,HA,HB3,1","Val.x: 3.87<br>Val.y: 8.24<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB2,H,1","Val.x: 3.87<br>Val.y: 4.42<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB2,HA,1","Val.x: 3.87<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB2,HB2,1","Val.x: 3.87<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB2,HB3,1","Val.x: 3.87<br>Val.y: 8.24<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB3,H,1","Val.x: 3.87<br>Val.y: 4.42<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB3,HA,1","Val.x: 3.87<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB3,HB2,1","Val.x: 3.87<br>Val.y: 3.87<br>Comp_ID.x: SER<br>Info: 103,1,SER,HB3,HB3,1","Val.x: 7.88<br>Val.y: 7.88<br>Comp_ID.x: SER<br>Info: 52,1,SER,H,H,1","Val.x: 7.88<br>Val.y: 4.38<br>Comp_ID.x: SER<br>Info: 52,1,SER,H,HA,1","Val.x: 7.88<br>Val.y: 4.11<br>Comp_ID.x: SER<br>Info: 52,1,SER,H,HB2,1","Val.x: 7.88<br>Val.y: 3.83<br>Comp_ID.x: SER<br>Info: 52,1,SER,H,HB3,1","Val.x: 4.38<br>Val.y: 7.88<br>Comp_ID.x: SER<br>Info: 52,1,SER,HA,H,1","Val.x: 4.38<br>Val.y: 4.38<br>Comp_ID.x: SER<br>Info: 52,1,SER,HA,HA,1","Val.x: 4.38<br>Val.y: 4.11<br>Comp_ID.x: SER<br>Info: 52,1,SER,HA,HB2,1","Val.x: 4.38<br>Val.y: 3.83<br>Comp_ID.x: SER<br>Info: 52,1,SER,HA,HB3,1","Val.x: 4.11<br>Val.y: 7.88<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB2,H,1","Val.x: 4.11<br>Val.y: 4.38<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB2,HA,1","Val.x: 4.11<br>Val.y: 4.11<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB2,HB2,1","Val.x: 4.11<br>Val.y: 3.83<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB2,HB3,1","Val.x: 3.83<br>Val.y: 7.88<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB3,H,1","Val.x: 3.83<br>Val.y: 4.38<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB3,HA,1","Val.x: 3.83<br>Val.y: 4.11<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB3,HB2,1","Val.x: 3.83<br>Val.y: 3.83<br>Comp_ID.x: SER<br>Info: 52,1,SER,HB3,HB3,1","Val.x: 8.09<br>Val.y: 8.09<br>Comp_ID.x: SER<br>Info: 88,1,SER,H,H,1","Val.x: 8.09<br>Val.y: 4.33<br>Comp_ID.x: SER<br>Info: 88,1,SER,H,HA,1","Val.x: 8.09<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,H,HB2,1","Val.x: 8.09<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,H,HB3,1","Val.x: 4.33<br>Val.y: 8.09<br>Comp_ID.x: SER<br>Info: 88,1,SER,HA,H,1","Val.x: 4.33<br>Val.y: 4.33<br>Comp_ID.x: SER<br>Info: 88,1,SER,HA,HA,1","Val.x: 4.33<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,HA,HB2,1","Val.x: 4.33<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,HA,HB3,1","Val.x: 4.01<br>Val.y: 8.09<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB2,H,1","Val.x: 4.01<br>Val.y: 4.33<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB2,HA,1","Val.x: 4.01<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB2,HB2,1","Val.x: 4.01<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB2,HB3,1","Val.x: 4.01<br>Val.y: 8.09<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB3,H,1","Val.x: 4.01<br>Val.y: 4.33<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB3,HA,1","Val.x: 4.01<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB3,HB2,1","Val.x: 4.01<br>Val.y: 4.01<br>Comp_ID.x: SER<br>Info: 88,1,SER,HB3,HB3,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(199,124,255,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(199,124,255,1)"}},"hoveron":"points","name":"SER","legendgroup":"SER","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[8.032,8.032,8.032,8.032,8.032,4.31,4.31,4.31,4.31,4.31,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,1.24,8.036,8.036,8.036,8.036,8.036,8.036,3.87,3.87,3.87,3.87,3.87,3.87,4.31,4.31,4.31,4.31,4.31,4.31,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08,1.08],"y":[8.032,4.31,1.24,1.24,1.24,8.032,4.31,1.24,1.24,1.24,8.032,4.31,1.24,1.24,1.24,8.032,4.31,1.24,1.24,1.24,8.032,4.31,1.24,1.24,1.24,8.036,3.87,4.31,1.08,1.08,1.08,8.036,3.87,4.31,1.08,1.08,1.08,8.036,3.87,4.31,1.08,1.08,1.08,8.036,3.87,4.31,1.08,1.08,1.08,8.036,3.87,4.31,1.08,1.08,1.08,8.036,3.87,4.31,1.08,1.08,1.08],"text":["Val.x: 8.03<br>Val.y: 8.03<br>Comp_ID.x: THR<br>Info: 22,1,THR,H,H,1","Val.x: 8.03<br>Val.y: 4.31<br>Comp_ID.x: THR<br>Info: 22,1,THR,H,HA,1","Val.x: 8.03<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,H,HG21,1","Val.x: 8.03<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,H,HG22,1","Val.x: 8.03<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,H,HG23,1","Val.x: 4.31<br>Val.y: 8.03<br>Comp_ID.x: THR<br>Info: 22,1,THR,HA,H,1","Val.x: 4.31<br>Val.y: 4.31<br>Comp_ID.x: THR<br>Info: 22,1,THR,HA,HA,1","Val.x: 4.31<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,HA,HG21,1","Val.x: 4.31<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,HA,HG22,1","Val.x: 4.31<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,HA,HG23,1","Val.x: 1.24<br>Val.y: 8.03<br>Comp_ID.x: THR<br>Info: 22,1,THR,HG21,H,1","Val.x: 1.24<br>Val.y: 4.31<br>Comp_ID.x: THR<br>Info: 22,1,THR,HG21,HA,1","Val.x: 1.24<br>Val.y: 1.24<br>Comp_ID.x: THR<br>Info: 22,1,THR,HG21,HG21,1","Val.x: 1.24<br>Val.y: 1.24<br>Comp_ID.x: 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3.51<br>Comp_ID.x: TRP<br>Info: 36,1,TRP,HH2,HB3,1","Val.x: 7.07<br>Val.y: 7.31<br>Comp_ID.x: TRP<br>Info: 36,1,TRP,HH2,HD1,1","Val.x: 7.07<br>Val.y: 10.15<br>Comp_ID.x: TRP<br>Info: 36,1,TRP,HH2,HE1,1","Val.x: 7.07<br>Val.y: 6.89<br>Comp_ID.x: TRP<br>Info: 36,1,TRP,HH2,HE3,1","Val.x: 7.07<br>Val.y: 7.5<br>Comp_ID.x: TRP<br>Info: 36,1,TRP,HH2,HZ2,1","Val.x: 7.07<br>Val.y: 7.08<br>Comp_ID.x: TRP<br>Info: 36,1,TRP,HH2,HZ3,1","Val.x: 7.07<br>Val.y: 7.07<br>Comp_ID.x: TRP<br>Info: 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7.24<br>Val.y: 7.24<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,H,H,1","Val.x: 7.24<br>Val.y: 4.79<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,H,HA,1","Val.x: 7.24<br>Val.y: 3.32<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,H,HB2,1","Val.x: 7.24<br>Val.y: 3.03<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,H,HB3,1","Val.x: 7.24<br>Val.y: 7.13<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,H,HD1,1","Val.x: 7.24<br>Val.y: 6.85<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,H,HE1,1","Val.x: 4.79<br>Val.y: 7.24<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HA,H,1","Val.x: 4.79<br>Val.y: 4.79<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HA,HA,1","Val.x: 4.79<br>Val.y: 3.32<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HA,HB2,1","Val.x: 4.79<br>Val.y: 3.03<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HA,HB3,1","Val.x: 4.79<br>Val.y: 7.13<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HA,HD1,1","Val.x: 4.79<br>Val.y: 6.85<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HA,HE1,1","Val.x: 3.32<br>Val.y: 7.24<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HB2,H,1","Val.x: 3.32<br>Val.y: 4.79<br>Comp_ID.x: TYR<br>Info: 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7.13<br>Val.y: 3.03<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HD1,HB3,1","Val.x: 7.13<br>Val.y: 7.13<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HD1,HD1,1","Val.x: 7.13<br>Val.y: 6.85<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HD1,HE1,1","Val.x: 6.85<br>Val.y: 7.24<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HE1,H,1","Val.x: 6.85<br>Val.y: 4.79<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HE1,HA,1","Val.x: 6.85<br>Val.y: 3.32<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HE1,HB2,1","Val.x: 6.85<br>Val.y: 3.03<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HE1,HB3,1","Val.x: 6.85<br>Val.y: 7.13<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HE1,HD1,1","Val.x: 6.85<br>Val.y: 6.85<br>Comp_ID.x: TYR<br>Info: 45,1,TYR,HE1,HE1,1","Val.x: 7.76<br>Val.y: 7.76<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,H,H,1","Val.x: 7.76<br>Val.y: 3.92<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,H,HA,1","Val.x: 7.76<br>Val.y: 2.15<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,H,HB2,1","Val.x: 7.76<br>Val.y: 2.93<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,H,HB3,1","Val.x: 7.76<br>Val.y: 6.4<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,H,HD1,1","Val.x: 7.76<br>Val.y: 6.65<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,H,HE1,1","Val.x: 3.92<br>Val.y: 7.76<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HA,H,1","Val.x: 3.92<br>Val.y: 3.92<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HA,HA,1","Val.x: 3.92<br>Val.y: 2.15<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HA,HB2,1","Val.x: 3.92<br>Val.y: 2.93<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HA,HB3,1","Val.x: 3.92<br>Val.y: 6.4<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HA,HD1,1","Val.x: 3.92<br>Val.y: 6.65<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HA,HE1,1","Val.x: 2.15<br>Val.y: 7.76<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB2,H,1","Val.x: 2.15<br>Val.y: 3.92<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB2,HA,1","Val.x: 2.15<br>Val.y: 2.15<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB2,HB2,1","Val.x: 2.15<br>Val.y: 2.93<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB2,HB3,1","Val.x: 2.15<br>Val.y: 6.4<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB2,HD1,1","Val.x: 2.15<br>Val.y: 6.65<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB2,HE1,1","Val.x: 2.93<br>Val.y: 7.76<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB3,H,1","Val.x: 2.93<br>Val.y: 3.92<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB3,HA,1","Val.x: 2.93<br>Val.y: 2.15<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB3,HB2,1","Val.x: 2.93<br>Val.y: 2.93<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB3,HB3,1","Val.x: 2.93<br>Val.y: 6.4<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB3,HD1,1","Val.x: 2.93<br>Val.y: 6.65<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HB3,HE1,1","Val.x: 6.4<br>Val.y: 7.76<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HD1,H,1","Val.x: 6.4<br>Val.y: 3.92<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HD1,HA,1","Val.x: 6.4<br>Val.y: 2.15<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HD1,HB2,1","Val.x: 6.4<br>Val.y: 2.93<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HD1,HB3,1","Val.x: 6.4<br>Val.y: 6.4<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HD1,HD1,1","Val.x: 6.4<br>Val.y: 6.65<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HD1,HE1,1","Val.x: 6.65<br>Val.y: 7.76<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HE1,H,1","Val.x: 6.65<br>Val.y: 3.92<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HE1,HA,1","Val.x: 6.65<br>Val.y: 2.15<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HE1,HB2,1","Val.x: 6.65<br>Val.y: 2.93<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HE1,HB3,1","Val.x: 6.65<br>Val.y: 6.4<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HE1,HD1,1","Val.x: 6.65<br>Val.y: 6.65<br>Comp_ID.x: TYR<br>Info: 49,1,TYR,HE1,HE1,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(255,98,188,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(255,98,188,1)"}},"hoveron":"points","name":"TYR","legendgroup":"TYR","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"},{"x":[8.048,7.38,7.38,7.38,7.38,7.38,7.38,7.38,7.38,7.38,3.79,3.79,3.79,3.79,3.79,3.79,3.79,3.79,3.79,2.147,2.147,2.147,2.147,2.147,2.147,2.147,2.147,2.147,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.71,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,0.87,7.761,7.761,7.761,7.761,7.761,7.761,7.761,7.761,7.761,3.55,3.55,3.55,3.55,3.55,3.55,3.55,3.55,3.55,2.04,2.04,2.04,2.04,2.04,2.04,2.04,2.04,2.04,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.92,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,0.99,8.033,8.033,8.033,8.033,8.033,8.033,8.033,8.033,8.033,4.05,4.05,4.05,4.05,4.05,4.05,4.05,4.05,4.05,2.13,2.13,2.13,2.13,2.13,2.13,2.13,2.13,2.13,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.91,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97,0.97],"y":[8.048,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.38,3.79,2.147,0.71,0.71,0.71,0.87,0.87,0.87,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,7.761,3.55,2.04,0.92,0.92,0.92,0.99,0.99,0.99,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97,8.033,4.05,2.13,0.91,0.91,0.91,0.97,0.97,0.97],"text":["Val.x: 8.05<br>Val.y: 8.05<br>Comp_ID.x: VAL<br>Info: 21,1,VAL,H,H,1","Val.x: 7.38<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,H,1","Val.x: 7.38<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HA,1","Val.x: 7.38<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HB,1","Val.x: 7.38<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HG11,1","Val.x: 7.38<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HG12,1","Val.x: 7.38<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HG13,1","Val.x: 7.38<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HG21,1","Val.x: 7.38<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HG22,1","Val.x: 7.38<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,H,HG23,1","Val.x: 3.79<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,H,1","Val.x: 3.79<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HA,1","Val.x: 3.79<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HB,1","Val.x: 3.79<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HG11,1","Val.x: 3.79<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HG12,1","Val.x: 3.79<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HG13,1","Val.x: 3.79<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HG21,1","Val.x: 3.79<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HG22,1","Val.x: 3.79<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HA,HG23,1","Val.x: 2.15<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,H,1","Val.x: 2.15<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HA,1","Val.x: 2.15<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HB,1","Val.x: 2.15<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HG11,1","Val.x: 2.15<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HG12,1","Val.x: 2.15<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HG13,1","Val.x: 2.15<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HG21,1","Val.x: 2.15<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HG22,1","Val.x: 2.15<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HB,HG23,1","Val.x: 0.71<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,H,1","Val.x: 0.71<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HA,1","Val.x: 0.71<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HB,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HG11,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HG12,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HG13,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HG21,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HG22,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG11,HG23,1","Val.x: 0.71<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,H,1","Val.x: 0.71<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HA,1","Val.x: 0.71<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HB,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HG11,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HG12,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HG13,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HG21,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HG22,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG12,HG23,1","Val.x: 0.71<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,H,1","Val.x: 0.71<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HA,1","Val.x: 0.71<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HB,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HG11,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HG12,1","Val.x: 0.71<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HG13,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HG21,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HG22,1","Val.x: 0.71<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG13,HG23,1","Val.x: 0.87<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,H,1","Val.x: 0.87<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HA,1","Val.x: 0.87<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HB,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HG11,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HG12,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HG13,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HG21,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HG22,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG21,HG23,1","Val.x: 0.87<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,H,1","Val.x: 0.87<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HA,1","Val.x: 0.87<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HB,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HG11,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HG12,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HG13,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HG21,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HG22,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG22,HG23,1","Val.x: 0.87<br>Val.y: 7.38<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,H,1","Val.x: 0.87<br>Val.y: 3.79<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HA,1","Val.x: 0.87<br>Val.y: 2.15<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HB,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HG11,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HG12,1","Val.x: 0.87<br>Val.y: 0.71<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HG13,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HG21,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HG22,1","Val.x: 0.87<br>Val.y: 0.87<br>Comp_ID.x: VAL<br>Info: 61,1,VAL,HG23,HG23,1","Val.x: 7.76<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,H,1","Val.x: 7.76<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HA,1","Val.x: 7.76<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HB,1","Val.x: 7.76<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HG11,1","Val.x: 7.76<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HG12,1","Val.x: 7.76<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HG13,1","Val.x: 7.76<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HG21,1","Val.x: 7.76<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HG22,1","Val.x: 7.76<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,H,HG23,1","Val.x: 3.55<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,H,1","Val.x: 3.55<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HA,1","Val.x: 3.55<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HB,1","Val.x: 3.55<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HG11,1","Val.x: 3.55<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HG12,1","Val.x: 3.55<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HG13,1","Val.x: 3.55<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HG21,1","Val.x: 3.55<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HG22,1","Val.x: 3.55<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HA,HG23,1","Val.x: 2.04<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,H,1","Val.x: 2.04<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HA,1","Val.x: 2.04<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HB,1","Val.x: 2.04<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HG11,1","Val.x: 2.04<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HG12,1","Val.x: 2.04<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HG13,1","Val.x: 2.04<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HG21,1","Val.x: 2.04<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HG22,1","Val.x: 2.04<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HB,HG23,1","Val.x: 0.92<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,H,1","Val.x: 0.92<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HA,1","Val.x: 0.92<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HB,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HG11,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HG12,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HG13,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HG21,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HG22,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG11,HG23,1","Val.x: 0.92<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,H,1","Val.x: 0.92<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HA,1","Val.x: 0.92<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HB,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HG11,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HG12,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HG13,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HG21,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HG22,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG12,HG23,1","Val.x: 0.92<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,H,1","Val.x: 0.92<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HA,1","Val.x: 0.92<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HB,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HG11,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HG12,1","Val.x: 0.92<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HG13,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HG21,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HG22,1","Val.x: 0.92<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG13,HG23,1","Val.x: 0.99<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,H,1","Val.x: 0.99<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HA,1","Val.x: 0.99<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HB,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HG11,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HG12,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HG13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HG21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HG22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG21,HG23,1","Val.x: 0.99<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,H,1","Val.x: 0.99<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HA,1","Val.x: 0.99<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HB,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HG11,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HG12,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HG13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HG21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HG22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG22,HG23,1","Val.x: 0.99<br>Val.y: 7.76<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,H,1","Val.x: 0.99<br>Val.y: 3.55<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HA,1","Val.x: 0.99<br>Val.y: 2.04<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HB,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HG11,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HG12,1","Val.x: 0.99<br>Val.y: 0.92<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HG13,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HG21,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HG22,1","Val.x: 0.99<br>Val.y: 0.99<br>Comp_ID.x: VAL<br>Info: 73,1,VAL,HG23,HG23,1","Val.x: 8.03<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,H,1","Val.x: 8.03<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HA,1","Val.x: 8.03<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HB,1","Val.x: 8.03<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HG11,1","Val.x: 8.03<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HG12,1","Val.x: 8.03<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HG13,1","Val.x: 8.03<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HG21,1","Val.x: 8.03<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HG22,1","Val.x: 8.03<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,H,HG23,1","Val.x: 4.05<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,H,1","Val.x: 4.05<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HA,1","Val.x: 4.05<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HB,1","Val.x: 4.05<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HG11,1","Val.x: 4.05<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HG12,1","Val.x: 4.05<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HG13,1","Val.x: 4.05<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HG21,1","Val.x: 4.05<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HG22,1","Val.x: 4.05<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HA,HG23,1","Val.x: 2.13<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,H,1","Val.x: 2.13<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HA,1","Val.x: 2.13<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HB,1","Val.x: 2.13<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HG11,1","Val.x: 2.13<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HG12,1","Val.x: 2.13<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HG13,1","Val.x: 2.13<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HG21,1","Val.x: 2.13<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HG22,1","Val.x: 2.13<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HB,HG23,1","Val.x: 0.91<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,H,1","Val.x: 0.91<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HA,1","Val.x: 0.91<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HB,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HG11,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HG12,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HG13,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HG21,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HG22,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG11,HG23,1","Val.x: 0.91<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,H,1","Val.x: 0.91<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HA,1","Val.x: 0.91<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HB,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HG11,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HG12,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HG13,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HG21,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HG22,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG12,HG23,1","Val.x: 0.91<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,H,1","Val.x: 0.91<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HA,1","Val.x: 0.91<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HB,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HG11,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HG12,1","Val.x: 0.91<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HG13,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HG21,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HG22,1","Val.x: 0.91<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG13,HG23,1","Val.x: 0.97<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,H,1","Val.x: 0.97<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HA,1","Val.x: 0.97<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HB,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HG11,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HG12,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HG13,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HG21,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HG22,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG21,HG23,1","Val.x: 0.97<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,H,1","Val.x: 0.97<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HA,1","Val.x: 0.97<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HB,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HG11,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HG12,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HG13,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HG21,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HG22,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG22,HG23,1","Val.x: 0.97<br>Val.y: 8.03<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,H,1","Val.x: 0.97<br>Val.y: 4.05<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HA,1","Val.x: 0.97<br>Val.y: 2.13<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HB,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HG11,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HG12,1","Val.x: 0.97<br>Val.y: 0.91<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HG13,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HG21,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 93,1,VAL,HG23,HG22,1","Val.x: 0.97<br>Val.y: 0.97<br>Comp_ID.x: VAL<br>Info: 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<pre class="r"><code>spec2<-TOCSY(c(17074,17076,17077))
spec2</code></pre>
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17074<br>Info: 10,1,VAL,H,HG11,1","Val.x: 9<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,H,HG12,1","Val.x: 9<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,H,HG13,1","Val.x: 9<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,H,HG21,1","Val.x: 9<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,H,HG22,1","Val.x: 9<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,H,HG23,1","Val.x: 5.17<br>Val.y: 9<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,H,1","Val.x: 5.17<br>Val.y: 5.17<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HA,1","Val.x: 5.17<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HB,1","Val.x: 5.17<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HG11,1","Val.x: 5.17<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HG12,1","Val.x: 5.17<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HG13,1","Val.x: 5.17<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HG21,1","Val.x: 5.17<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HA,HG22,1","Val.x: 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0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG11,HG11,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG11,HG12,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG11,HG13,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG11,HG21,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG11,HG22,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG11,HG23,1","Val.x: 0.27<br>Val.y: 9<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,H,1","Val.x: 0.27<br>Val.y: 5.17<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HA,1","Val.x: 0.27<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HB,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HG11,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HG12,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HG13,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HG21,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HG22,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG12,HG23,1","Val.x: 0.27<br>Val.y: 9<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,H,1","Val.x: 0.27<br>Val.y: 5.17<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HA,1","Val.x: 0.27<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HB,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HG11,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HG12,1","Val.x: 0.27<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HG13,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HG21,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HG22,1","Val.x: 0.27<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG13,HG23,1","Val.x: 0.6<br>Val.y: 9<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,H,1","Val.x: 0.6<br>Val.y: 5.17<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HA,1","Val.x: 0.6<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HB,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HG11,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HG12,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HG13,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HG21,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HG22,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG21,HG23,1","Val.x: 0.6<br>Val.y: 9<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,H,1","Val.x: 0.6<br>Val.y: 5.17<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HA,1","Val.x: 0.6<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HB,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HG11,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HG12,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HG13,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HG21,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HG22,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG22,HG23,1","Val.x: 0.6<br>Val.y: 9<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,H,1","Val.x: 0.6<br>Val.y: 5.17<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HA,1","Val.x: 0.6<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HB,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HG11,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HG12,1","Val.x: 0.6<br>Val.y: 0.27<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HG13,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HG21,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HG22,1","Val.x: 0.6<br>Val.y: 0.6<br>Entry_ID: 17074<br>Info: 10,1,VAL,HG23,HG23,1","Val.x: 8.32<br>Val.y: 8.32<br>Entry_ID: 17074<br>Info: 101,1,ASP,H,H,1","Val.x: 8.32<br>Val.y: 5<br>Entry_ID: 17074<br>Info: 101,1,ASP,H,HA,1","Val.x: 8.32<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 101,1,ASP,H,HB2,1","Val.x: 8.32<br>Val.y: 2.88<br>Entry_ID: 17074<br>Info: 101,1,ASP,H,HB3,1","Val.x: 5<br>Val.y: 8.32<br>Entry_ID: 17074<br>Info: 101,1,ASP,HA,H,1","Val.x: 5<br>Val.y: 5<br>Entry_ID: 17074<br>Info: 101,1,ASP,HA,HA,1","Val.x: 5<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 101,1,ASP,HA,HB2,1","Val.x: 5<br>Val.y: 2.88<br>Entry_ID: 17074<br>Info: 101,1,ASP,HA,HB3,1","Val.x: 2.46<br>Val.y: 8.32<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB2,H,1","Val.x: 2.46<br>Val.y: 5<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB2,HA,1","Val.x: 2.46<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB2,HB2,1","Val.x: 2.46<br>Val.y: 2.88<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB2,HB3,1","Val.x: 2.88<br>Val.y: 8.32<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB3,H,1","Val.x: 2.88<br>Val.y: 5<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB3,HA,1","Val.x: 2.88<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB3,HB2,1","Val.x: 2.88<br>Val.y: 2.88<br>Entry_ID: 17074<br>Info: 101,1,ASP,HB3,HB3,1","Val.x: 9.34<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,H,1","Val.x: 9.34<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,HA,1","Val.x: 9.34<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,HB2,1","Val.x: 9.34<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,HB3,1","Val.x: 9.34<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,HD1,1","Val.x: 9.34<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,HE1,1","Val.x: 9.34<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,H,HZ2,1","Val.x: 5.07<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,H,1","Val.x: 5.07<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,HA,1","Val.x: 5.07<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,HB2,1","Val.x: 5.07<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,HB3,1","Val.x: 5.07<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,HD1,1","Val.x: 5.07<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,HE1,1","Val.x: 5.07<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,HA,HZ2,1","Val.x: 2.74<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,H,1","Val.x: 2.74<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,HA,1","Val.x: 2.74<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,HB2,1","Val.x: 2.74<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,HB3,1","Val.x: 2.74<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,HD1,1","Val.x: 2.74<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,HE1,1","Val.x: 2.74<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB2,HZ2,1","Val.x: 3.45<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,H,1","Val.x: 3.45<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,HA,1","Val.x: 3.45<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,HB2,1","Val.x: 3.45<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,HB3,1","Val.x: 3.45<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,HD1,1","Val.x: 3.45<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,HE1,1","Val.x: 3.45<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,HB3,HZ2,1","Val.x: 6.87<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,H,1","Val.x: 6.87<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,HA,1","Val.x: 6.87<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,HB2,1","Val.x: 6.87<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,HB3,1","Val.x: 6.87<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,HD1,1","Val.x: 6.87<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,HE1,1","Val.x: 6.87<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,HD1,HZ2,1","Val.x: 11.6<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,H,1","Val.x: 11.6<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,HA,1","Val.x: 11.6<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,HB2,1","Val.x: 11.6<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,HB3,1","Val.x: 11.6<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,HD1,1","Val.x: 11.6<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,HE1,1","Val.x: 11.6<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,HE1,HZ2,1","Val.x: 7.33<br>Val.y: 9.34<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,H,1","Val.x: 7.33<br>Val.y: 5.07<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,HA,1","Val.x: 7.33<br>Val.y: 2.74<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,HB2,1","Val.x: 7.33<br>Val.y: 3.45<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,HB3,1","Val.x: 7.33<br>Val.y: 6.87<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,HD1,1","Val.x: 7.33<br>Val.y: 11.6<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,HE1,1","Val.x: 7.33<br>Val.y: 7.33<br>Entry_ID: 17074<br>Info: 102,1,TRP,HZ2,HZ2,1","Val.x: 8.73<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,H,1","Val.x: 8.73<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,HA,1","Val.x: 8.73<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,HB2,1","Val.x: 8.73<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,HE21,1","Val.x: 8.73<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,HE22,1","Val.x: 8.73<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,HG2,1","Val.x: 8.73<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,H,HG3,1","Val.x: 4.27<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,H,1","Val.x: 4.27<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,HA,1","Val.x: 4.27<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,HB2,1","Val.x: 4.27<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,HE21,1","Val.x: 4.27<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,HE22,1","Val.x: 4.27<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,HG2,1","Val.x: 4.27<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,HA,HG3,1","Val.x: 2.02<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,H,1","Val.x: 2.02<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,HA,1","Val.x: 2.02<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,HB2,1","Val.x: 2.02<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,HE21,1","Val.x: 2.02<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,HE22,1","Val.x: 2.02<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,HG2,1","Val.x: 2.02<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,HB2,HG3,1","Val.x: 6.77<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,H,1","Val.x: 6.77<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,HA,1","Val.x: 6.77<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,HB2,1","Val.x: 6.77<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,HE21,1","Val.x: 6.77<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,HE22,1","Val.x: 6.77<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,HG2,1","Val.x: 6.77<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE21,HG3,1","Val.x: 7.72<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,H,1","Val.x: 7.72<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,HA,1","Val.x: 7.72<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,HB2,1","Val.x: 7.72<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,HE21,1","Val.x: 7.72<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,HE22,1","Val.x: 7.72<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,HG2,1","Val.x: 7.72<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,HE22,HG3,1","Val.x: 2.23<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,H,1","Val.x: 2.23<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,HA,1","Val.x: 2.23<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,HB2,1","Val.x: 2.23<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,HE21,1","Val.x: 2.23<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,HE22,1","Val.x: 2.23<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,HG2,1","Val.x: 2.23<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG2,HG3,1","Val.x: 2.33<br>Val.y: 8.73<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,H,1","Val.x: 2.33<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,HA,1","Val.x: 2.33<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,HB2,1","Val.x: 2.33<br>Val.y: 6.77<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,HE21,1","Val.x: 2.33<br>Val.y: 7.72<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,HE22,1","Val.x: 2.33<br>Val.y: 2.23<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,HG2,1","Val.x: 2.33<br>Val.y: 2.33<br>Entry_ID: 17074<br>Info: 103,1,GLN,HG3,HG3,1","Val.x: 8.03<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,H,1","Val.x: 8.03<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,HA,1","Val.x: 8.03<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,HB2,1","Val.x: 8.03<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,HD11,1","Val.x: 8.03<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,HD12,1","Val.x: 8.03<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,HD13,1","Val.x: 8.03<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,H,HG,1","Val.x: 4.66<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,H,1","Val.x: 4.66<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,HA,1","Val.x: 4.66<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,HB2,1","Val.x: 4.66<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,HD11,1","Val.x: 4.66<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,HD12,1","Val.x: 4.66<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,HD13,1","Val.x: 4.66<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,HA,HG,1","Val.x: 1.57<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,H,1","Val.x: 1.57<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,HA,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,HB2,1","Val.x: 1.57<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,HD11,1","Val.x: 1.57<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,HD12,1","Val.x: 1.57<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,HD13,1","Val.x: 1.57<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,HB2,HG,1","Val.x: 0.84<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,H,1","Val.x: 0.84<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,HA,1","Val.x: 0.84<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,HB2,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,HD11,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,HD12,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,HD13,1","Val.x: 0.84<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD11,HG,1","Val.x: 0.84<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,H,1","Val.x: 0.84<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,HA,1","Val.x: 0.84<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,HB2,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,HD11,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,HD12,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,HD13,1","Val.x: 0.84<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD12,HG,1","Val.x: 0.84<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,H,1","Val.x: 0.84<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,HA,1","Val.x: 0.84<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,HB2,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,HD11,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,HD12,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,HD13,1","Val.x: 0.84<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,HD13,HG,1","Val.x: 0.95<br>Val.y: 8.03<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,H,1","Val.x: 0.95<br>Val.y: 4.66<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,HA,1","Val.x: 0.95<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,HB2,1","Val.x: 0.95<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,HD11,1","Val.x: 0.95<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,HD12,1","Val.x: 0.95<br>Val.y: 0.84<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,HD13,1","Val.x: 0.95<br>Val.y: 0.95<br>Entry_ID: 17074<br>Info: 104,1,LEU,HG,HG,1","Val.x: 8.87<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 105,1,GLU,H,H,1","Val.x: 8.87<br>Val.y: 3.94<br>Entry_ID: 17074<br>Info: 105,1,GLU,H,HA,1","Val.x: 8.87<br>Val.y: 1.68<br>Entry_ID: 17074<br>Info: 105,1,GLU,H,HB2,1","Val.x: 8.87<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 105,1,GLU,H,HB3,1","Val.x: 8.87<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 105,1,GLU,H,HG2,1","Val.x: 3.94<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 105,1,GLU,HA,H,1","Val.x: 3.94<br>Val.y: 3.94<br>Entry_ID: 17074<br>Info: 105,1,GLU,HA,HA,1","Val.x: 3.94<br>Val.y: 1.68<br>Entry_ID: 17074<br>Info: 105,1,GLU,HA,HB2,1","Val.x: 3.94<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 105,1,GLU,HA,HB3,1","Val.x: 3.94<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 105,1,GLU,HA,HG2,1","Val.x: 1.68<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB2,H,1","Val.x: 1.68<br>Val.y: 3.94<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB2,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB2,HB2,1","Val.x: 1.68<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB2,HB3,1","Val.x: 1.68<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB2,HG2,1","Val.x: 1.8<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB3,H,1","Val.x: 1.8<br>Val.y: 3.94<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB3,HA,1","Val.x: 1.8<br>Val.y: 1.68<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB3,HB2,1","Val.x: 1.8<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB3,HB3,1","Val.x: 1.8<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 105,1,GLU,HB3,HG2,1","Val.x: 2.07<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 105,1,GLU,HG2,H,1","Val.x: 2.07<br>Val.y: 3.94<br>Entry_ID: 17074<br>Info: 105,1,GLU,HG2,HA,1","Val.x: 2.07<br>Val.y: 1.68<br>Entry_ID: 17074<br>Info: 105,1,GLU,HG2,HB2,1","Val.x: 2.07<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 105,1,GLU,HG2,HB3,1","Val.x: 2.07<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 105,1,GLU,HG2,HG2,1","Val.x: 8.34<br>Val.y: 8.34<br>Entry_ID: 17074<br>Info: 106,1,ASP,H,H,1","Val.x: 8.34<br>Val.y: 4.47<br>Entry_ID: 17074<br>Info: 106,1,ASP,H,HA,1","Val.x: 8.34<br>Val.y: 2.62<br>Entry_ID: 17074<br>Info: 106,1,ASP,H,HB2,1","Val.x: 8.34<br>Val.y: 3.03<br>Entry_ID: 17074<br>Info: 106,1,ASP,H,HB3,1","Val.x: 4.47<br>Val.y: 8.34<br>Entry_ID: 17074<br>Info: 106,1,ASP,HA,H,1","Val.x: 4.47<br>Val.y: 4.47<br>Entry_ID: 17074<br>Info: 106,1,ASP,HA,HA,1","Val.x: 4.47<br>Val.y: 2.62<br>Entry_ID: 17074<br>Info: 106,1,ASP,HA,HB2,1","Val.x: 4.47<br>Val.y: 3.03<br>Entry_ID: 17074<br>Info: 106,1,ASP,HA,HB3,1","Val.x: 2.62<br>Val.y: 8.34<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB2,H,1","Val.x: 2.62<br>Val.y: 4.47<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB2,HA,1","Val.x: 2.62<br>Val.y: 2.62<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB2,HB2,1","Val.x: 2.62<br>Val.y: 3.03<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB2,HB3,1","Val.x: 3.03<br>Val.y: 8.34<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB3,H,1","Val.x: 3.03<br>Val.y: 4.47<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB3,HA,1","Val.x: 3.03<br>Val.y: 2.62<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB3,HB2,1","Val.x: 3.03<br>Val.y: 3.03<br>Entry_ID: 17074<br>Info: 106,1,ASP,HB3,HB3,1","Val.x: 3.86<br>Val.y: 3.86<br>Entry_ID: 17074<br>Info: 107,1,PRO,HA,HA,1","Val.x: 3.86<br>Val.y: 0.16<br>Entry_ID: 17074<br>Info: 107,1,PRO,HA,HB2,1","Val.x: 3.86<br>Val.y: 0.96<br>Entry_ID: 17074<br>Info: 107,1,PRO,HA,HB3,1","Val.x: 3.86<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 107,1,PRO,HA,HD2,1","Val.x: 3.86<br>Val.y: 1.14<br>Entry_ID: 17074<br>Info: 107,1,PRO,HA,HG2,1","Val.x: 3.86<br>Val.y: 1.31<br>Entry_ID: 17074<br>Info: 107,1,PRO,HA,HG3,1","Val.x: 0.16<br>Val.y: 3.86<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB2,HA,1","Val.x: 0.16<br>Val.y: 0.16<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB2,HB2,1","Val.x: 0.16<br>Val.y: 0.96<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB2,HB3,1","Val.x: 0.16<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB2,HD2,1","Val.x: 0.16<br>Val.y: 1.14<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB2,HG2,1","Val.x: 0.16<br>Val.y: 1.31<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB2,HG3,1","Val.x: 0.96<br>Val.y: 3.86<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB3,HA,1","Val.x: 0.96<br>Val.y: 0.16<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB3,HB2,1","Val.x: 0.96<br>Val.y: 0.96<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB3,HB3,1","Val.x: 0.96<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB3,HD2,1","Val.x: 0.96<br>Val.y: 1.14<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB3,HG2,1","Val.x: 0.96<br>Val.y: 1.31<br>Entry_ID: 17074<br>Info: 107,1,PRO,HB3,HG3,1","Val.x: 4.13<br>Val.y: 3.86<br>Entry_ID: 17074<br>Info: 107,1,PRO,HD2,HA,1","Val.x: 4.13<br>Val.y: 0.16<br>Entry_ID: 17074<br>Info: 107,1,PRO,HD2,HB2,1","Val.x: 4.13<br>Val.y: 0.96<br>Entry_ID: 17074<br>Info: 107,1,PRO,HD2,HB3,1","Val.x: 4.13<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 107,1,PRO,HD2,HD2,1","Val.x: 4.13<br>Val.y: 1.14<br>Entry_ID: 17074<br>Info: 107,1,PRO,HD2,HG2,1","Val.x: 4.13<br>Val.y: 1.31<br>Entry_ID: 17074<br>Info: 107,1,PRO,HD2,HG3,1","Val.x: 1.14<br>Val.y: 3.86<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG2,HA,1","Val.x: 1.14<br>Val.y: 0.16<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG2,HB2,1","Val.x: 1.14<br>Val.y: 0.96<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG2,HB3,1","Val.x: 1.14<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG2,HD2,1","Val.x: 1.14<br>Val.y: 1.14<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG2,HG2,1","Val.x: 1.14<br>Val.y: 1.31<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG2,HG3,1","Val.x: 1.31<br>Val.y: 3.86<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG3,HA,1","Val.x: 1.31<br>Val.y: 0.16<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG3,HB2,1","Val.x: 1.31<br>Val.y: 0.96<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG3,HB3,1","Val.x: 1.31<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG3,HD2,1","Val.x: 1.31<br>Val.y: 1.14<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG3,HG2,1","Val.x: 1.31<br>Val.y: 1.31<br>Entry_ID: 17074<br>Info: 107,1,PRO,HG3,HG3,1","Val.x: 7.37<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 108,1,ASP,H,H,1","Val.x: 7.37<br>Val.y: 4.21<br>Entry_ID: 17074<br>Info: 108,1,ASP,H,HA,1","Val.x: 7.37<br>Val.y: 2.61<br>Entry_ID: 17074<br>Info: 108,1,ASP,H,HB2,1","Val.x: 7.37<br>Val.y: 2.78<br>Entry_ID: 17074<br>Info: 108,1,ASP,H,HB3,1","Val.x: 4.21<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 108,1,ASP,HA,H,1","Val.x: 4.21<br>Val.y: 4.21<br>Entry_ID: 17074<br>Info: 108,1,ASP,HA,HA,1","Val.x: 4.21<br>Val.y: 2.61<br>Entry_ID: 17074<br>Info: 108,1,ASP,HA,HB2,1","Val.x: 4.21<br>Val.y: 2.78<br>Entry_ID: 17074<br>Info: 108,1,ASP,HA,HB3,1","Val.x: 2.61<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB2,H,1","Val.x: 2.61<br>Val.y: 4.21<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB2,HA,1","Val.x: 2.61<br>Val.y: 2.61<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB2,HB2,1","Val.x: 2.61<br>Val.y: 2.78<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB2,HB3,1","Val.x: 2.78<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB3,H,1","Val.x: 2.78<br>Val.y: 4.21<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB3,HA,1","Val.x: 2.78<br>Val.y: 2.61<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB3,HB2,1","Val.x: 2.78<br>Val.y: 2.78<br>Entry_ID: 17074<br>Info: 108,1,ASP,HB3,HB3,1","Val.x: 8.88<br>Val.y: 8.88<br>Entry_ID: 17074<br>Info: 109,1,GLY,H,H,1","Val.x: 8.88<br>Val.y: 4.25<br>Entry_ID: 17074<br>Info: 109,1,GLY,H,HA2,1","Val.x: 8.88<br>Val.y: 3.87<br>Entry_ID: 17074<br>Info: 109,1,GLY,H,HA3,1","Val.x: 4.25<br>Val.y: 8.88<br>Entry_ID: 17074<br>Info: 109,1,GLY,HA2,H,1","Val.x: 4.25<br>Val.y: 4.25<br>Entry_ID: 17074<br>Info: 109,1,GLY,HA2,HA2,1","Val.x: 4.25<br>Val.y: 3.87<br>Entry_ID: 17074<br>Info: 109,1,GLY,HA2,HA3,1","Val.x: 3.87<br>Val.y: 8.88<br>Entry_ID: 17074<br>Info: 109,1,GLY,HA3,H,1","Val.x: 3.87<br>Val.y: 4.25<br>Entry_ID: 17074<br>Info: 109,1,GLY,HA3,HA2,1","Val.x: 3.87<br>Val.y: 3.87<br>Entry_ID: 17074<br>Info: 109,1,GLY,HA3,HA3,1","Val.x: 8.43<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,H,1","Val.x: 8.43<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HA,1","Val.x: 8.43<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HB2,1","Val.x: 8.43<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HB3,1","Val.x: 8.43<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HE21,1","Val.x: 8.43<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HE22,1","Val.x: 8.43<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HG2,1","Val.x: 8.43<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,H,HG3,1","Val.x: 4.73<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,H,1","Val.x: 4.73<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HA,1","Val.x: 4.73<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HB2,1","Val.x: 4.73<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HB3,1","Val.x: 4.73<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HE21,1","Val.x: 4.73<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HE22,1","Val.x: 4.73<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HG2,1","Val.x: 4.73<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HA,HG3,1","Val.x: 2.07<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,H,1","Val.x: 2.07<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HA,1","Val.x: 2.07<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HB2,1","Val.x: 2.07<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HB3,1","Val.x: 2.07<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HE21,1","Val.x: 2.07<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HE22,1","Val.x: 2.07<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HG2,1","Val.x: 2.07<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB2,HG3,1","Val.x: 2.35<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,H,1","Val.x: 2.35<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HA,1","Val.x: 2.35<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HB2,1","Val.x: 2.35<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HB3,1","Val.x: 2.35<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HE21,1","Val.x: 2.35<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HE22,1","Val.x: 2.35<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HG2,1","Val.x: 2.35<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HB3,HG3,1","Val.x: 7.46<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,H,1","Val.x: 7.46<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HA,1","Val.x: 7.46<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HB2,1","Val.x: 7.46<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HB3,1","Val.x: 7.46<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HE21,1","Val.x: 7.46<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HE22,1","Val.x: 7.46<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HG2,1","Val.x: 7.46<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE21,HG3,1","Val.x: 7.12<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,H,1","Val.x: 7.12<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HA,1","Val.x: 7.12<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HB2,1","Val.x: 7.12<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HB3,1","Val.x: 7.12<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HE21,1","Val.x: 7.12<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HE22,1","Val.x: 7.12<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HG2,1","Val.x: 7.12<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HE22,HG3,1","Val.x: 2.06<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,H,1","Val.x: 2.06<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HA,1","Val.x: 2.06<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HB2,1","Val.x: 2.06<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HB3,1","Val.x: 2.06<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HE21,1","Val.x: 2.06<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HE22,1","Val.x: 2.06<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HG2,1","Val.x: 2.06<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG2,HG3,1","Val.x: 2.28<br>Val.y: 8.43<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,H,1","Val.x: 2.28<br>Val.y: 4.73<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HA,1","Val.x: 2.28<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HB2,1","Val.x: 2.28<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HB3,1","Val.x: 2.28<br>Val.y: 7.46<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HE21,1","Val.x: 2.28<br>Val.y: 7.12<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HE22,1","Val.x: 2.28<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HG2,1","Val.x: 2.28<br>Val.y: 2.28<br>Entry_ID: 17074<br>Info: 110,1,GLN,HG3,HG3,1","Val.x: 8.42<br>Val.y: 8.42<br>Entry_ID: 17074<br>Info: 11,1,CYS,H,H,1","Val.x: 8.42<br>Val.y: 5.4<br>Entry_ID: 17074<br>Info: 11,1,CYS,H,HA,1","Val.x: 8.42<br>Val.y: 3.12<br>Entry_ID: 17074<br>Info: 11,1,CYS,H,HB2,1","Val.x: 8.42<br>Val.y: 3.35<br>Entry_ID: 17074<br>Info: 11,1,CYS,H,HB3,1","Val.x: 5.4<br>Val.y: 8.42<br>Entry_ID: 17074<br>Info: 11,1,CYS,HA,H,1","Val.x: 5.4<br>Val.y: 5.4<br>Entry_ID: 17074<br>Info: 11,1,CYS,HA,HA,1","Val.x: 5.4<br>Val.y: 3.12<br>Entry_ID: 17074<br>Info: 11,1,CYS,HA,HB2,1","Val.x: 5.4<br>Val.y: 3.35<br>Entry_ID: 17074<br>Info: 11,1,CYS,HA,HB3,1","Val.x: 3.12<br>Val.y: 8.42<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB2,H,1","Val.x: 3.12<br>Val.y: 5.4<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB2,HA,1","Val.x: 3.12<br>Val.y: 3.12<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB2,HB2,1","Val.x: 3.12<br>Val.y: 3.35<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB2,HB3,1","Val.x: 3.35<br>Val.y: 8.42<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB3,H,1","Val.x: 3.35<br>Val.y: 5.4<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB3,HA,1","Val.x: 3.35<br>Val.y: 3.12<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB3,HB2,1","Val.x: 3.35<br>Val.y: 3.35<br>Entry_ID: 17074<br>Info: 11,1,CYS,HB3,HB3,1","Val.x: 8.26<br>Val.y: 8.26<br>Entry_ID: 17074<br>Info: 111,1,SER,H,H,1","Val.x: 8.26<br>Val.y: 4.48<br>Entry_ID: 17074<br>Info: 111,1,SER,H,HA,1","Val.x: 8.26<br>Val.y: 4.46<br>Entry_ID: 17074<br>Info: 111,1,SER,H,HB2,1","Val.x: 8.26<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 111,1,SER,H,HB3,1","Val.x: 4.48<br>Val.y: 8.26<br>Entry_ID: 17074<br>Info: 111,1,SER,HA,H,1","Val.x: 4.48<br>Val.y: 4.48<br>Entry_ID: 17074<br>Info: 111,1,SER,HA,HA,1","Val.x: 4.48<br>Val.y: 4.46<br>Entry_ID: 17074<br>Info: 111,1,SER,HA,HB2,1","Val.x: 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17074<br>Info: 112,1,LEU,HA,HD13,1","Val.x: 4.2<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HA,HD21,1","Val.x: 4.2<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HA,HD22,1","Val.x: 4.2<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HA,HD23,1","Val.x: 4.2<br>Val.y: 1.83<br>Entry_ID: 17074<br>Info: 112,1,LEU,HA,HG,1","Val.x: 1.48<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,H,1","Val.x: 1.48<br>Val.y: 4.2<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HA,1","Val.x: 1.48<br>Val.y: 1.48<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HB2,1","Val.x: 1.48<br>Val.y: 1.84<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HB3,1","Val.x: 1.48<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HD11,1","Val.x: 1.48<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HD12,1","Val.x: 1.48<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HD13,1","Val.x: 1.48<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HD21,1","Val.x: 1.48<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HD22,1","Val.x: 1.48<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HD23,1","Val.x: 1.48<br>Val.y: 1.83<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB2,HG,1","Val.x: 1.84<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,H,1","Val.x: 1.84<br>Val.y: 4.2<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HA,1","Val.x: 1.84<br>Val.y: 1.48<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HB2,1","Val.x: 1.84<br>Val.y: 1.84<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HB3,1","Val.x: 1.84<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HD11,1","Val.x: 1.84<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HD12,1","Val.x: 1.84<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HD13,1","Val.x: 1.84<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HD21,1","Val.x: 1.84<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HD22,1","Val.x: 1.84<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HD23,1","Val.x: 1.84<br>Val.y: 1.83<br>Entry_ID: 17074<br>Info: 112,1,LEU,HB3,HG,1","Val.x: 0.92<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,H,1","Val.x: 0.92<br>Val.y: 4.2<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HA,1","Val.x: 0.92<br>Val.y: 1.48<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HB2,1","Val.x: 0.92<br>Val.y: 1.84<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HB3,1","Val.x: 0.92<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HD11,1","Val.x: 0.92<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HD12,1","Val.x: 0.92<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HD13,1","Val.x: 0.92<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HD21,1","Val.x: 0.92<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HD22,1","Val.x: 0.92<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HD23,1","Val.x: 0.92<br>Val.y: 1.83<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD11,HG,1","Val.x: 0.92<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD12,H,1","Val.x: 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17074<br>Info: 112,1,LEU,HD21,HD11,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD21,HD12,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD21,HD13,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD21,HD21,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD21,HD22,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD21,HD23,1","Val.x: 0.77<br>Val.y: 1.83<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD21,HG,1","Val.x: 0.77<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,H,1","Val.x: 0.77<br>Val.y: 4.2<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HA,1","Val.x: 0.77<br>Val.y: 1.48<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HB2,1","Val.x: 0.77<br>Val.y: 1.84<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HB3,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HD11,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HD12,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HD13,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HD21,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HD22,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HD23,1","Val.x: 0.77<br>Val.y: 1.83<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD22,HG,1","Val.x: 0.77<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,H,1","Val.x: 0.77<br>Val.y: 4.2<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,HA,1","Val.x: 0.77<br>Val.y: 1.48<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,HB2,1","Val.x: 0.77<br>Val.y: 1.84<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,HB3,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,HD11,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,HD12,1","Val.x: 0.77<br>Val.y: 0.92<br>Entry_ID: 17074<br>Info: 112,1,LEU,HD23,HD13,1","Val.x: 0.77<br>Val.y: 0.77<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 124,1,GLU,HA,H,1","Val.x: 3.98<br>Val.y: 3.98<br>Entry_ID: 17074<br>Info: 124,1,GLU,HA,HA,1","Val.x: 3.98<br>Val.y: 1.9<br>Entry_ID: 17074<br>Info: 124,1,GLU,HA,HB2,1","Val.x: 3.98<br>Val.y: 1.97<br>Entry_ID: 17074<br>Info: 124,1,GLU,HA,HB3,1","Val.x: 3.98<br>Val.y: 2.11<br>Entry_ID: 17074<br>Info: 124,1,GLU,HA,HG2,1","Val.x: 3.98<br>Val.y: 2.27<br>Entry_ID: 17074<br>Info: 124,1,GLU,HA,HG3,1","Val.x: 1.9<br>Val.y: 7.4<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB2,H,1","Val.x: 1.9<br>Val.y: 3.98<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB2,HA,1","Val.x: 1.9<br>Val.y: 1.9<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB2,HB2,1","Val.x: 1.9<br>Val.y: 1.97<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB2,HB3,1","Val.x: 1.9<br>Val.y: 2.11<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB2,HG2,1","Val.x: 1.9<br>Val.y: 2.27<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB2,HG3,1","Val.x: 1.97<br>Val.y: 7.4<br>Entry_ID: 17074<br>Info: 124,1,GLU,HB3,H,1","Val.x: 1.97<br>Val.y: 3.98<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 127,1,GLU,HA,H,1","Val.x: 3.78<br>Val.y: 3.78<br>Entry_ID: 17074<br>Info: 127,1,GLU,HA,HA,1","Val.x: 3.78<br>Val.y: 1.9<br>Entry_ID: 17074<br>Info: 127,1,GLU,HA,HB2,1","Val.x: 3.78<br>Val.y: 2.19<br>Entry_ID: 17074<br>Info: 127,1,GLU,HA,HB3,1","Val.x: 3.78<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 127,1,GLU,HA,HG2,1","Val.x: 3.78<br>Val.y: 2.14<br>Entry_ID: 17074<br>Info: 127,1,GLU,HA,HG3,1","Val.x: 1.9<br>Val.y: 8.68<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB2,H,1","Val.x: 1.9<br>Val.y: 3.78<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB2,HA,1","Val.x: 1.9<br>Val.y: 1.9<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB2,HB2,1","Val.x: 1.9<br>Val.y: 2.19<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB2,HB3,1","Val.x: 1.9<br>Val.y: 2.35<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB2,HG2,1","Val.x: 1.9<br>Val.y: 2.14<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB2,HG3,1","Val.x: 2.19<br>Val.y: 8.68<br>Entry_ID: 17074<br>Info: 127,1,GLU,HB3,H,1","Val.x: 2.19<br>Val.y: 3.78<br>Entry_ID: 17074<br>Info: 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128,1,ASN,HB3,HD21,1","Val.x: 2.8<br>Val.y: 7.63<br>Entry_ID: 17074<br>Info: 128,1,ASN,HB3,HD22,1","Val.x: 6.99<br>Val.y: 7.87<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD21,H,1","Val.x: 6.99<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD21,HA,1","Val.x: 6.99<br>Val.y: 2.73<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD21,HB2,1","Val.x: 6.99<br>Val.y: 2.8<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD21,HB3,1","Val.x: 6.99<br>Val.y: 6.99<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD21,HD21,1","Val.x: 6.99<br>Val.y: 7.63<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD21,HD22,1","Val.x: 7.63<br>Val.y: 7.87<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD22,H,1","Val.x: 7.63<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD22,HA,1","Val.x: 7.63<br>Val.y: 2.73<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD22,HB2,1","Val.x: 7.63<br>Val.y: 2.8<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD22,HB3,1","Val.x: 7.63<br>Val.y: 6.99<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD22,HD21,1","Val.x: 7.63<br>Val.y: 7.63<br>Entry_ID: 17074<br>Info: 128,1,ASN,HD22,HD22,1","Val.x: 8.19<br>Val.y: 8.19<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,H,1","Val.x: 8.19<br>Val.y: 4.31<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HA,1","Val.x: 8.19<br>Val.y: 2.04<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HB2,1","Val.x: 8.19<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HB3,1","Val.x: 8.19<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HD11,1","Val.x: 8.19<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HD12,1","Val.x: 8.19<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HD13,1","Val.x: 8.19<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HD21,1","Val.x: 8.19<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HD22,1","Val.x: 8.19<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HD23,1","Val.x: 8.19<br>Val.y: 1.58<br>Entry_ID: 17074<br>Info: 129,1,LEU,H,HG,1","Val.x: 4.31<br>Val.y: 8.19<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,H,1","Val.x: 4.31<br>Val.y: 4.31<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HA,1","Val.x: 4.31<br>Val.y: 2.04<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HB2,1","Val.x: 4.31<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HB3,1","Val.x: 4.31<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HD11,1","Val.x: 4.31<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HD12,1","Val.x: 4.31<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HD13,1","Val.x: 4.31<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HD21,1","Val.x: 4.31<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HD22,1","Val.x: 4.31<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HD23,1","Val.x: 4.31<br>Val.y: 1.58<br>Entry_ID: 17074<br>Info: 129,1,LEU,HA,HG,1","Val.x: 2.04<br>Val.y: 8.19<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,H,1","Val.x: 2.04<br>Val.y: 4.31<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HA,1","Val.x: 2.04<br>Val.y: 2.04<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HB2,1","Val.x: 2.04<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HB3,1","Val.x: 2.04<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HD11,1","Val.x: 2.04<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HD12,1","Val.x: 2.04<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HD13,1","Val.x: 2.04<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HD21,1","Val.x: 2.04<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HD22,1","Val.x: 2.04<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HD23,1","Val.x: 2.04<br>Val.y: 1.58<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB2,HG,1","Val.x: 2.46<br>Val.y: 8.19<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,H,1","Val.x: 2.46<br>Val.y: 4.31<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HA,1","Val.x: 2.46<br>Val.y: 2.04<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HB2,1","Val.x: 2.46<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HB3,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HD11,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HD12,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HD13,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HD21,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HD22,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HD23,1","Val.x: 2.46<br>Val.y: 1.58<br>Entry_ID: 17074<br>Info: 129,1,LEU,HB3,HG,1","Val.x: 1.02<br>Val.y: 8.19<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,H,1","Val.x: 1.02<br>Val.y: 4.31<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HA,1","Val.x: 1.02<br>Val.y: 2.04<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HB2,1","Val.x: 1.02<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HD13,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HD21,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HD22,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HD23,1","Val.x: 1.02<br>Val.y: 1.58<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD11,HG,1","Val.x: 1.02<br>Val.y: 8.19<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,H,1","Val.x: 1.02<br>Val.y: 4.31<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HA,1","Val.x: 1.02<br>Val.y: 2.04<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HB2,1","Val.x: 1.02<br>Val.y: 2.46<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HD13,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 129,1,LEU,HD12,HD21,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 21,1,ALA,HB1,HA,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB1,HB1,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB1,HB2,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB1,HB3,1","Val.x: 0.41<br>Val.y: 8<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB2,H,1","Val.x: 0.41<br>Val.y: 3.6<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB2,HA,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB2,HB1,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB2,HB2,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB2,HB3,1","Val.x: 0.41<br>Val.y: 8<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB3,H,1","Val.x: 0.41<br>Val.y: 3.6<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB3,HA,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB3,HB1,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 21,1,ALA,HB3,HB2,1","Val.x: 0.41<br>Val.y: 0.41<br>Entry_ID: 17074<br>Info: 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2.07<br>Val.y: 3.73<br>Entry_ID: 17074<br>Info: 22,1,GLU,HG2,HA,1","Val.x: 2.07<br>Val.y: 1.95<br>Entry_ID: 17074<br>Info: 22,1,GLU,HG2,HB2,1","Val.x: 2.07<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 22,1,GLU,HG2,HG2,1","Val.x: 7.91<br>Val.y: 7.91<br>Entry_ID: 17074<br>Info: 23,1,GLY,H,H,1","Val.x: 7.91<br>Val.y: 3.24<br>Entry_ID: 17074<br>Info: 23,1,GLY,H,HA2,1","Val.x: 7.91<br>Val.y: 3.75<br>Entry_ID: 17074<br>Info: 23,1,GLY,H,HA3,1","Val.x: 3.24<br>Val.y: 7.91<br>Entry_ID: 17074<br>Info: 23,1,GLY,HA2,H,1","Val.x: 3.24<br>Val.y: 3.24<br>Entry_ID: 17074<br>Info: 23,1,GLY,HA2,HA2,1","Val.x: 3.24<br>Val.y: 3.75<br>Entry_ID: 17074<br>Info: 23,1,GLY,HA2,HA3,1","Val.x: 3.75<br>Val.y: 7.91<br>Entry_ID: 17074<br>Info: 23,1,GLY,HA3,H,1","Val.x: 3.75<br>Val.y: 3.24<br>Entry_ID: 17074<br>Info: 23,1,GLY,HA3,HA2,1","Val.x: 3.75<br>Val.y: 3.75<br>Entry_ID: 17074<br>Info: 23,1,GLY,HA3,HA3,1","Val.x: 8.46<br>Val.y: 8.46<br>Entry_ID: 17074<br>Info: 24,1,PHE,H,H,1","Val.x: 8.46<br>Val.y: 4.39<br>Entry_ID: 17074<br>Info: 24,1,PHE,H,HA,1","Val.x: 8.46<br>Val.y: 2.87<br>Entry_ID: 17074<br>Info: 24,1,PHE,H,HB2,1","Val.x: 8.46<br>Val.y: 3.05<br>Entry_ID: 17074<br>Info: 24,1,PHE,H,HB3,1","Val.x: 8.46<br>Val.y: 7.11<br>Entry_ID: 17074<br>Info: 24,1,PHE,H,HD1,1","Val.x: 8.46<br>Val.y: 7.42<br>Entry_ID: 17074<br>Info: 24,1,PHE,H,HE1,1","Val.x: 4.39<br>Val.y: 8.46<br>Entry_ID: 17074<br>Info: 24,1,PHE,HA,H,1","Val.x: 4.39<br>Val.y: 4.39<br>Entry_ID: 17074<br>Info: 24,1,PHE,HA,HA,1","Val.x: 4.39<br>Val.y: 2.87<br>Entry_ID: 17074<br>Info: 24,1,PHE,HA,HB2,1","Val.x: 4.39<br>Val.y: 3.05<br>Entry_ID: 17074<br>Info: 24,1,PHE,HA,HB3,1","Val.x: 4.39<br>Val.y: 7.11<br>Entry_ID: 17074<br>Info: 24,1,PHE,HA,HD1,1","Val.x: 4.39<br>Val.y: 7.42<br>Entry_ID: 17074<br>Info: 24,1,PHE,HA,HE1,1","Val.x: 2.87<br>Val.y: 8.46<br>Entry_ID: 17074<br>Info: 24,1,PHE,HB2,H,1","Val.x: 2.87<br>Val.y: 4.39<br>Entry_ID: 17074<br>Info: 24,1,PHE,HB2,HA,1","Val.x: 2.87<br>Val.y: 2.87<br>Entry_ID: 17074<br>Info: 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3.93<br>Val.y: 9.29<br>Entry_ID: 17074<br>Info: 25,1,ALA,HA,H,1","Val.x: 3.93<br>Val.y: 3.93<br>Entry_ID: 17074<br>Info: 25,1,ALA,HA,HA,1","Val.x: 3.93<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HA,HB1,1","Val.x: 3.93<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HA,HB2,1","Val.x: 3.93<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HA,HB3,1","Val.x: 1.69<br>Val.y: 9.29<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB1,H,1","Val.x: 1.69<br>Val.y: 3.93<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB1,HA,1","Val.x: 1.69<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB1,HB1,1","Val.x: 1.69<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB1,HB2,1","Val.x: 1.69<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB1,HB3,1","Val.x: 1.69<br>Val.y: 9.29<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB2,H,1","Val.x: 1.69<br>Val.y: 3.93<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB2,HA,1","Val.x: 1.69<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 25,1,ALA,HB2,HB1,1","Val.x: 1.69<br>Val.y: 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17074<br>Info: 26,1,LYS,H,HG2,1","Val.x: 8.78<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 26,1,LYS,H,HG3,1","Val.x: 4.22<br>Val.y: 8.78<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,H,1","Val.x: 4.22<br>Val.y: 4.22<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HA,1","Val.x: 4.22<br>Val.y: 1.87<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HB2,1","Val.x: 4.22<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HB3,1","Val.x: 4.22<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HD2,1","Val.x: 4.22<br>Val.y: 3.03<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HE2,1","Val.x: 4.22<br>Val.y: 1.5<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HG2,1","Val.x: 4.22<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 26,1,LYS,HA,HG3,1","Val.x: 1.87<br>Val.y: 8.78<br>Entry_ID: 17074<br>Info: 26,1,LYS,HB2,H,1","Val.x: 1.87<br>Val.y: 4.22<br>Entry_ID: 17074<br>Info: 26,1,LYS,HB2,HA,1","Val.x: 1.87<br>Val.y: 1.87<br>Entry_ID: 17074<br>Info: 26,1,LYS,HB2,HB2,1","Val.x: 1.87<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 27,1,THR,HG21,HG21,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG21,HG22,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG21,HG23,1","Val.x: 1.37<br>Val.y: 7.23<br>Entry_ID: 17074<br>Info: 27,1,THR,HG22,H,1","Val.x: 1.37<br>Val.y: 4.25<br>Entry_ID: 17074<br>Info: 27,1,THR,HG22,HA,1","Val.x: 1.37<br>Val.y: 4.26<br>Entry_ID: 17074<br>Info: 27,1,THR,HG22,HB,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG22,HG21,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG22,HG22,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG22,HG23,1","Val.x: 1.37<br>Val.y: 7.23<br>Entry_ID: 17074<br>Info: 27,1,THR,HG23,H,1","Val.x: 1.37<br>Val.y: 4.25<br>Entry_ID: 17074<br>Info: 27,1,THR,HG23,HA,1","Val.x: 1.37<br>Val.y: 4.26<br>Entry_ID: 17074<br>Info: 27,1,THR,HG23,HB,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG23,HG21,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG23,HG22,1","Val.x: 1.37<br>Val.y: 1.37<br>Entry_ID: 17074<br>Info: 27,1,THR,HG23,HG23,1","Val.x: 8.78<br>Val.y: 8.78<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,H,1","Val.x: 8.78<br>Val.y: 4.36<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HA,1","Val.x: 8.78<br>Val.y: 1.61<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HB2,1","Val.x: 8.78<br>Val.y: 1.67<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HB3,1","Val.x: 8.78<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HD11,1","Val.x: 8.78<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HD12,1","Val.x: 8.78<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HD13,1","Val.x: 8.78<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HD21,1","Val.x: 8.78<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HD22,1","Val.x: 8.78<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HD23,1","Val.x: 8.78<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 28,1,LEU,H,HG,1","Val.x: 4.36<br>Val.y: 8.78<br>Entry_ID: 17074<br>Info: 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1.61<br>Val.y: 1.67<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HB3,1","Val.x: 1.61<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HD11,1","Val.x: 1.61<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HD12,1","Val.x: 1.61<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HD13,1","Val.x: 1.61<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HD21,1","Val.x: 1.61<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HD22,1","Val.x: 1.61<br>Val.y: 1.02<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HD23,1","Val.x: 1.61<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB2,HG,1","Val.x: 1.67<br>Val.y: 8.78<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB3,H,1","Val.x: 1.67<br>Val.y: 4.36<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB3,HA,1","Val.x: 1.67<br>Val.y: 1.61<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB3,HB2,1","Val.x: 1.67<br>Val.y: 1.67<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB3,HB3,1","Val.x: 1.67<br>Val.y: 0.93<br>Entry_ID: 17074<br>Info: 28,1,LEU,HB3,HD11,1","Val.x: 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1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB1,HB2,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB1,HB3,1","Val.x: 1.57<br>Val.y: 6.98<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB2,H,1","Val.x: 1.57<br>Val.y: 4.3<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB2,HA,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB2,HB1,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB2,HB2,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB2,HB3,1","Val.x: 1.57<br>Val.y: 6.98<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB3,H,1","Val.x: 1.57<br>Val.y: 4.3<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB3,HA,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB3,HB1,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB3,HB2,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 30,1,ALA,HB3,HB3,1","Val.x: 9.2<br>Val.y: 9.2<br>Entry_ID: 17074<br>Info: 31,1,GLY,H,H,1","Val.x: 9.2<br>Val.y: 3.79<br>Entry_ID: 17074<br>Info: 31,1,GLY,H,HA2,1","Val.x: 9.2<br>Val.y: 4.29<br>Entry_ID: 17074<br>Info: 31,1,GLY,H,HA3,1","Val.x: 3.79<br>Val.y: 9.2<br>Entry_ID: 17074<br>Info: 31,1,GLY,HA2,H,1","Val.x: 3.79<br>Val.y: 3.79<br>Entry_ID: 17074<br>Info: 31,1,GLY,HA2,HA2,1","Val.x: 3.79<br>Val.y: 4.29<br>Entry_ID: 17074<br>Info: 31,1,GLY,HA2,HA3,1","Val.x: 4.29<br>Val.y: 9.2<br>Entry_ID: 17074<br>Info: 31,1,GLY,HA3,H,1","Val.x: 4.29<br>Val.y: 3.79<br>Entry_ID: 17074<br>Info: 31,1,GLY,HA3,HA2,1","Val.x: 4.29<br>Val.y: 4.29<br>Entry_ID: 17074<br>Info: 31,1,GLY,HA3,HA3,1","Val.x: 8.39<br>Val.y: 8.39<br>Entry_ID: 17074<br>Info: 32,1,LYS,H,H,1","Val.x: 8.39<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 32,1,LYS,H,HA,1","Val.x: 8.39<br>Val.y: 1.77<br>Entry_ID: 17074<br>Info: 32,1,LYS,H,HB2,1","Val.x: 8.39<br>Val.y: 1.97<br>Entry_ID: 17074<br>Info: 32,1,LYS,H,HB3,1","Val.x: 8.39<br>Val.y: 1.67<br>Entry_ID: 17074<br>Info: 32,1,LYS,H,HD2,1","Val.x: 8.39<br>Val.y: 1.75<br>Entry_ID: 17074<br>Info: 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8.88<br>Val.y: 2.43<br>Entry_ID: 17074<br>Info: 38,1,CYS,H,HB3,1","Val.x: 5.12<br>Val.y: 8.88<br>Entry_ID: 17074<br>Info: 38,1,CYS,HA,H,1","Val.x: 5.12<br>Val.y: 5.12<br>Entry_ID: 17074<br>Info: 38,1,CYS,HA,HA,1","Val.x: 5.12<br>Val.y: 2.24<br>Entry_ID: 17074<br>Info: 38,1,CYS,HA,HB2,1","Val.x: 5.12<br>Val.y: 2.43<br>Entry_ID: 17074<br>Info: 38,1,CYS,HA,HB3,1","Val.x: 2.24<br>Val.y: 8.88<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB2,H,1","Val.x: 2.24<br>Val.y: 5.12<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB2,HA,1","Val.x: 2.24<br>Val.y: 2.24<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB2,HB2,1","Val.x: 2.24<br>Val.y: 2.43<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB2,HB3,1","Val.x: 2.43<br>Val.y: 8.88<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB3,H,1","Val.x: 2.43<br>Val.y: 5.12<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB3,HA,1","Val.x: 2.43<br>Val.y: 2.24<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB3,HB2,1","Val.x: 2.43<br>Val.y: 2.43<br>Entry_ID: 17074<br>Info: 38,1,CYS,HB3,HB3,1","Val.x: 8.75<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 39,1,GLY,H,H,1","Val.x: 8.75<br>Val.y: 3.22<br>Entry_ID: 17074<br>Info: 39,1,GLY,H,HA2,1","Val.x: 8.75<br>Val.y: 5.42<br>Entry_ID: 17074<br>Info: 39,1,GLY,H,HA3,1","Val.x: 3.22<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 39,1,GLY,HA2,H,1","Val.x: 3.22<br>Val.y: 3.22<br>Entry_ID: 17074<br>Info: 39,1,GLY,HA2,HA2,1","Val.x: 3.22<br>Val.y: 5.42<br>Entry_ID: 17074<br>Info: 39,1,GLY,HA2,HA3,1","Val.x: 5.42<br>Val.y: 8.75<br>Entry_ID: 17074<br>Info: 39,1,GLY,HA3,H,1","Val.x: 5.42<br>Val.y: 3.22<br>Entry_ID: 17074<br>Info: 39,1,GLY,HA3,HA2,1","Val.x: 5.42<br>Val.y: 5.42<br>Entry_ID: 17074<br>Info: 39,1,GLY,HA3,HA3,1","Val.x: 7.82<br>Val.y: 7.82<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,H,1","Val.x: 7.82<br>Val.y: 4.07<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HA,1","Val.x: 7.82<br>Val.y: 1.66<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HB2,1","Val.x: 7.82<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HB3,1","Val.x: 7.82<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HD11,1","Val.x: 7.82<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HD12,1","Val.x: 7.82<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HD13,1","Val.x: 7.82<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HD21,1","Val.x: 7.82<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HD22,1","Val.x: 7.82<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HD23,1","Val.x: 7.82<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 40,1,LEU,H,HG,1","Val.x: 4.07<br>Val.y: 7.82<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,H,1","Val.x: 4.07<br>Val.y: 4.07<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HA,1","Val.x: 4.07<br>Val.y: 1.66<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HB2,1","Val.x: 4.07<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HB3,1","Val.x: 4.07<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HD11,1","Val.x: 4.07<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HD12,1","Val.x: 4.07<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HD13,1","Val.x: 4.07<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HD21,1","Val.x: 4.07<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HD22,1","Val.x: 4.07<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HD23,1","Val.x: 4.07<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 40,1,LEU,HA,HG,1","Val.x: 1.66<br>Val.y: 7.82<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,H,1","Val.x: 1.66<br>Val.y: 4.07<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HA,1","Val.x: 1.66<br>Val.y: 1.66<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HB2,1","Val.x: 1.66<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HB3,1","Val.x: 1.66<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HD11,1","Val.x: 1.66<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HD12,1","Val.x: 1.66<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HD13,1","Val.x: 1.66<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HD21,1","Val.x: 1.66<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HD22,1","Val.x: 1.66<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HD23,1","Val.x: 1.66<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB2,HG,1","Val.x: 2<br>Val.y: 7.82<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,H,1","Val.x: 2<br>Val.y: 4.07<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HA,1","Val.x: 2<br>Val.y: 1.66<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HB2,1","Val.x: 2<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HB3,1","Val.x: 2<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HD11,1","Val.x: 2<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HD12,1","Val.x: 2<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HD13,1","Val.x: 2<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HD21,1","Val.x: 2<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HD22,1","Val.x: 2<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HD23,1","Val.x: 2<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 40,1,LEU,HB3,HG,1","Val.x: 0.9<br>Val.y: 7.82<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,H,1","Val.x: 0.9<br>Val.y: 4.07<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HA,1","Val.x: 0.9<br>Val.y: 1.66<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HB2,1","Val.x: 0.9<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HB3,1","Val.x: 0.9<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HD11,1","Val.x: 0.9<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HD12,1","Val.x: 0.9<br>Val.y: 0.9<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HD13,1","Val.x: 0.9<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HD21,1","Val.x: 0.9<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HD22,1","Val.x: 0.9<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HD23,1","Val.x: 0.9<br>Val.y: 1.69<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD11,HG,1","Val.x: 0.9<br>Val.y: 7.82<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD12,H,1","Val.x: 0.9<br>Val.y: 4.07<br>Entry_ID: 17074<br>Info: 40,1,LEU,HD12,HA,1","Val.x: 0.9<br>Val.y: 1.66<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 43,1,SER,H,HB2,1","Val.x: 4.44<br>Val.y: 8.55<br>Entry_ID: 17074<br>Info: 43,1,SER,HA,H,1","Val.x: 4.44<br>Val.y: 4.44<br>Entry_ID: 17074<br>Info: 43,1,SER,HA,HA,1","Val.x: 4.44<br>Val.y: 3.89<br>Entry_ID: 17074<br>Info: 43,1,SER,HA,HB2,1","Val.x: 3.89<br>Val.y: 8.55<br>Entry_ID: 17074<br>Info: 43,1,SER,HB2,H,1","Val.x: 3.89<br>Val.y: 4.44<br>Entry_ID: 17074<br>Info: 43,1,SER,HB2,HA,1","Val.x: 3.89<br>Val.y: 3.89<br>Entry_ID: 17074<br>Info: 43,1,SER,HB2,HB2,1","Val.x: 9.03<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,H,1","Val.x: 9.03<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,HA,1","Val.x: 9.03<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,HB2,1","Val.x: 9.03<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,HB3,1","Val.x: 9.03<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,HD2,1","Val.x: 9.03<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,HG2,1","Val.x: 9.03<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,H,HG3,1","Val.x: 4.68<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,H,1","Val.x: 4.68<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,HA,1","Val.x: 4.68<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,HB2,1","Val.x: 4.68<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,HB3,1","Val.x: 4.68<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,HD2,1","Val.x: 4.68<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,HG2,1","Val.x: 4.68<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,HA,HG3,1","Val.x: 1.76<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,H,1","Val.x: 1.76<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,HA,1","Val.x: 1.76<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,HB2,1","Val.x: 1.76<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,HB3,1","Val.x: 1.76<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,HD2,1","Val.x: 1.76<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,HG2,1","Val.x: 1.76<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB2,HG3,1","Val.x: 2<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,H,1","Val.x: 2<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,HA,1","Val.x: 2<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,HB2,1","Val.x: 2<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,HB3,1","Val.x: 2<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,HD2,1","Val.x: 2<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,HG2,1","Val.x: 2<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,HB3,HG3,1","Val.x: 3.09<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,H,1","Val.x: 3.09<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,HA,1","Val.x: 3.09<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,HB2,1","Val.x: 3.09<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,HB3,1","Val.x: 3.09<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,HD2,1","Val.x: 3.09<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,HG2,1","Val.x: 3.09<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,HD2,HG3,1","Val.x: 1.34<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,H,1","Val.x: 1.34<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,HA,1","Val.x: 1.34<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,HB2,1","Val.x: 1.34<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,HB3,1","Val.x: 1.34<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,HD2,1","Val.x: 1.34<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,HG2,1","Val.x: 1.34<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG2,HG3,1","Val.x: 1.6<br>Val.y: 9.03<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,H,1","Val.x: 1.6<br>Val.y: 4.68<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,HA,1","Val.x: 1.6<br>Val.y: 1.76<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,HB2,1","Val.x: 1.6<br>Val.y: 2<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,HB3,1","Val.x: 1.6<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,HD2,1","Val.x: 1.6<br>Val.y: 1.34<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,HG2,1","Val.x: 1.6<br>Val.y: 1.6<br>Entry_ID: 17074<br>Info: 44,1,ARG,HG3,HG3,1","Val.x: 8.85<br>Val.y: 8.85<br>Entry_ID: 17074<br>Info: 45,1,VAL,H,H,1","Val.x: 8.85<br>Val.y: 3.81<br>Entry_ID: 17074<br>Info: 45,1,VAL,H,HA,1","Val.x: 8.85<br>Val.y: 1.91<br>Entry_ID: 17074<br>Info: 45,1,VAL,H,HB,1","Val.x: 8.85<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,H,HG21,1","Val.x: 8.85<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,H,HG22,1","Val.x: 8.85<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,H,HG23,1","Val.x: 3.81<br>Val.y: 8.85<br>Entry_ID: 17074<br>Info: 45,1,VAL,HA,H,1","Val.x: 3.81<br>Val.y: 3.81<br>Entry_ID: 17074<br>Info: 45,1,VAL,HA,HA,1","Val.x: 3.81<br>Val.y: 1.91<br>Entry_ID: 17074<br>Info: 45,1,VAL,HA,HB,1","Val.x: 3.81<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HA,HG21,1","Val.x: 3.81<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HA,HG22,1","Val.x: 3.81<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 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45,1,VAL,HG22,H,1","Val.x: 0.76<br>Val.y: 3.81<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG22,HA,1","Val.x: 0.76<br>Val.y: 1.91<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG22,HB,1","Val.x: 0.76<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG22,HG21,1","Val.x: 0.76<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG22,HG22,1","Val.x: 0.76<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG22,HG23,1","Val.x: 0.76<br>Val.y: 8.85<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG23,H,1","Val.x: 0.76<br>Val.y: 3.81<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG23,HA,1","Val.x: 0.76<br>Val.y: 1.91<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG23,HB,1","Val.x: 0.76<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG23,HG21,1","Val.x: 0.76<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG23,HG22,1","Val.x: 0.76<br>Val.y: 0.76<br>Entry_ID: 17074<br>Info: 45,1,VAL,HG23,HG23,1","Val.x: 8.87<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 46,1,HIS,H,H,1","Val.x: 8.87<br>Val.y: 4.34<br>Entry_ID: 17074<br>Info: 46,1,HIS,H,HA,1","Val.x: 8.87<br>Val.y: 3.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,H,HB2,1","Val.x: 8.87<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 46,1,HIS,H,HB3,1","Val.x: 8.87<br>Val.y: 7.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,H,HD2,1","Val.x: 8.87<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 46,1,HIS,H,HE1,1","Val.x: 4.34<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 46,1,HIS,HA,H,1","Val.x: 4.34<br>Val.y: 4.34<br>Entry_ID: 17074<br>Info: 46,1,HIS,HA,HA,1","Val.x: 4.34<br>Val.y: 3.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HA,HB2,1","Val.x: 4.34<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 46,1,HIS,HA,HB3,1","Val.x: 4.34<br>Val.y: 7.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HA,HD2,1","Val.x: 4.34<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 46,1,HIS,HA,HE1,1","Val.x: 3.21<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB2,H,1","Val.x: 3.21<br>Val.y: 4.34<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB2,HA,1","Val.x: 3.21<br>Val.y: 3.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB2,HB2,1","Val.x: 3.21<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB2,HB3,1","Val.x: 3.21<br>Val.y: 7.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB2,HD2,1","Val.x: 3.21<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB2,HE1,1","Val.x: 3.09<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB3,H,1","Val.x: 3.09<br>Val.y: 4.34<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB3,HA,1","Val.x: 3.09<br>Val.y: 3.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB3,HB2,1","Val.x: 3.09<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB3,HB3,1","Val.x: 3.09<br>Val.y: 7.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB3,HD2,1","Val.x: 3.09<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 46,1,HIS,HB3,HE1,1","Val.x: 7.21<br>Val.y: 8.87<br>Entry_ID: 17074<br>Info: 46,1,HIS,HD2,H,1","Val.x: 7.21<br>Val.y: 4.34<br>Entry_ID: 17074<br>Info: 46,1,HIS,HD2,HA,1","Val.x: 7.21<br>Val.y: 3.21<br>Entry_ID: 17074<br>Info: 46,1,HIS,HD2,HB2,1","Val.x: 7.21<br>Val.y: 3.09<br>Entry_ID: 17074<br>Info: 46,1,HIS,HD2,HB3,1","Val.x: 7.21<br>Val.y: 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17074<br>Info: 47,1,PRO,HA,HG2,1","Val.x: 4.24<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 47,1,PRO,HA,HG3,1","Val.x: 2.03<br>Val.y: 4.24<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HA,1","Val.x: 2.03<br>Val.y: 2.03<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HB2,1","Val.x: 2.03<br>Val.y: 2.4<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HB3,1","Val.x: 2.03<br>Val.y: 3.77<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HD2,1","Val.x: 2.03<br>Val.y: 3.1<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HD3,1","Val.x: 2.03<br>Val.y: 1.98<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HG2,1","Val.x: 2.03<br>Val.y: 2.02<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB2,HG3,1","Val.x: 2.4<br>Val.y: 4.24<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB3,HA,1","Val.x: 2.4<br>Val.y: 2.03<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB3,HB2,1","Val.x: 2.4<br>Val.y: 2.4<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB3,HB3,1","Val.x: 2.4<br>Val.y: 3.77<br>Entry_ID: 17074<br>Info: 47,1,PRO,HB3,HD2,1","Val.x: 2.4<br>Val.y: 3.1<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 48,1,THR,HG23,HG22,1","Val.x: 0.17<br>Val.y: 0.17<br>Entry_ID: 17074<br>Info: 48,1,THR,HG23,HG23,1","Val.x: 7.5<br>Val.y: 7.5<br>Entry_ID: 17074<br>Info: 49,1,ALA,H,H,1","Val.x: 7.5<br>Val.y: 3.93<br>Entry_ID: 17074<br>Info: 49,1,ALA,H,HA,1","Val.x: 7.5<br>Val.y: 1.78<br>Entry_ID: 17074<br>Info: 49,1,ALA,H,HB1,1","Val.x: 7.5<br>Val.y: 1.78<br>Entry_ID: 17074<br>Info: 49,1,ALA,H,HB2,1","Val.x: 7.5<br>Val.y: 1.78<br>Entry_ID: 17074<br>Info: 49,1,ALA,H,HB3,1","Val.x: 3.93<br>Val.y: 7.5<br>Entry_ID: 17074<br>Info: 49,1,ALA,HA,H,1","Val.x: 3.93<br>Val.y: 3.93<br>Entry_ID: 17074<br>Info: 49,1,ALA,HA,HA,1","Val.x: 3.93<br>Val.y: 1.78<br>Entry_ID: 17074<br>Info: 49,1,ALA,HA,HB1,1","Val.x: 3.93<br>Val.y: 1.78<br>Entry_ID: 17074<br>Info: 49,1,ALA,HA,HB2,1","Val.x: 3.93<br>Val.y: 1.78<br>Entry_ID: 17074<br>Info: 49,1,ALA,HA,HB3,1","Val.x: 1.78<br>Val.y: 7.5<br>Entry_ID: 17074<br>Info: 49,1,ALA,HB1,H,1","Val.x: 1.78<br>Val.y: 3.93<br>Entry_ID: 17074<br>Info: 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4<br>Entry_ID: 17074<br>Info: 61,1,SER,HB3,HB3,1","Val.x: 8.54<br>Val.y: 8.54<br>Entry_ID: 17074<br>Info: 62,1,GLY,H,H,1","Val.x: 8.54<br>Val.y: 3.56<br>Entry_ID: 17074<br>Info: 62,1,GLY,H,HA2,1","Val.x: 8.54<br>Val.y: 4.38<br>Entry_ID: 17074<br>Info: 62,1,GLY,H,HA3,1","Val.x: 3.56<br>Val.y: 8.54<br>Entry_ID: 17074<br>Info: 62,1,GLY,HA2,H,1","Val.x: 3.56<br>Val.y: 3.56<br>Entry_ID: 17074<br>Info: 62,1,GLY,HA2,HA2,1","Val.x: 3.56<br>Val.y: 4.38<br>Entry_ID: 17074<br>Info: 62,1,GLY,HA2,HA3,1","Val.x: 4.38<br>Val.y: 8.54<br>Entry_ID: 17074<br>Info: 62,1,GLY,HA3,H,1","Val.x: 4.38<br>Val.y: 3.56<br>Entry_ID: 17074<br>Info: 62,1,GLY,HA3,HA2,1","Val.x: 4.38<br>Val.y: 4.38<br>Entry_ID: 17074<br>Info: 62,1,GLY,HA3,HA3,1","Val.x: 7.32<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,H,1","Val.x: 7.32<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HA,1","Val.x: 7.32<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HB2,1","Val.x: 7.32<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HB3,1","Val.x: 7.32<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HE21,1","Val.x: 7.32<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HE22,1","Val.x: 7.32<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HG2,1","Val.x: 7.32<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,H,HG3,1","Val.x: 4.42<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,H,1","Val.x: 4.42<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HA,1","Val.x: 4.42<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HB2,1","Val.x: 4.42<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HB3,1","Val.x: 4.42<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HE21,1","Val.x: 4.42<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HE22,1","Val.x: 4.42<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HG2,1","Val.x: 4.42<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HA,HG3,1","Val.x: 2.09<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,H,1","Val.x: 2.09<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HA,1","Val.x: 2.09<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HB2,1","Val.x: 2.09<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HB3,1","Val.x: 2.09<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HE21,1","Val.x: 2.09<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HE22,1","Val.x: 2.09<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HG2,1","Val.x: 2.09<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB2,HG3,1","Val.x: 2.41<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,H,1","Val.x: 2.41<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HA,1","Val.x: 2.41<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HB2,1","Val.x: 2.41<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HB3,1","Val.x: 2.41<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HE21,1","Val.x: 2.41<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HE22,1","Val.x: 2.41<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HG2,1","Val.x: 2.41<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HB3,HG3,1","Val.x: 8.48<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,H,1","Val.x: 8.48<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HA,1","Val.x: 8.48<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HB2,1","Val.x: 8.48<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HB3,1","Val.x: 8.48<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HE21,1","Val.x: 8.48<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HE22,1","Val.x: 8.48<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HG2,1","Val.x: 8.48<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE21,HG3,1","Val.x: 6.53<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,H,1","Val.x: 6.53<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HA,1","Val.x: 6.53<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HB2,1","Val.x: 6.53<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HB3,1","Val.x: 6.53<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HE21,1","Val.x: 6.53<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HE22,1","Val.x: 6.53<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HG2,1","Val.x: 6.53<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HE22,HG3,1","Val.x: 2.22<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,H,1","Val.x: 2.22<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HA,1","Val.x: 2.22<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HB2,1","Val.x: 2.22<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HB3,1","Val.x: 2.22<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HE21,1","Val.x: 2.22<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HE22,1","Val.x: 2.22<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HG2,1","Val.x: 2.22<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG2,HG3,1","Val.x: 2.42<br>Val.y: 7.32<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,H,1","Val.x: 2.42<br>Val.y: 4.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HA,1","Val.x: 2.42<br>Val.y: 2.09<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HB2,1","Val.x: 2.42<br>Val.y: 2.41<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HB3,1","Val.x: 2.42<br>Val.y: 8.48<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HE21,1","Val.x: 2.42<br>Val.y: 6.53<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HE22,1","Val.x: 2.42<br>Val.y: 2.22<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HG2,1","Val.x: 2.42<br>Val.y: 2.42<br>Entry_ID: 17074<br>Info: 63,1,GLN,HG3,HG3,1","Val.x: 8.37<br>Val.y: 8.37<br>Entry_ID: 17074<br>Info: 64,1,THR,H,H,1","Val.x: 8.37<br>Val.y: 4.45<br>Entry_ID: 17074<br>Info: 64,1,THR,H,HA,1","Val.x: 8.37<br>Val.y: 4.26<br>Entry_ID: 17074<br>Info: 64,1,THR,H,HB,1","Val.x: 8.37<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,H,HG21,1","Val.x: 8.37<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,H,HG22,1","Val.x: 8.37<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,H,HG23,1","Val.x: 4.45<br>Val.y: 8.37<br>Entry_ID: 17074<br>Info: 64,1,THR,HA,H,1","Val.x: 4.45<br>Val.y: 4.45<br>Entry_ID: 17074<br>Info: 64,1,THR,HA,HA,1","Val.x: 4.45<br>Val.y: 4.26<br>Entry_ID: 17074<br>Info: 64,1,THR,HA,HB,1","Val.x: 4.45<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HA,HG21,1","Val.x: 4.45<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HA,HG22,1","Val.x: 4.45<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HA,HG23,1","Val.x: 4.26<br>Val.y: 8.37<br>Entry_ID: 17074<br>Info: 64,1,THR,HB,H,1","Val.x: 4.26<br>Val.y: 4.45<br>Entry_ID: 17074<br>Info: 64,1,THR,HB,HA,1","Val.x: 4.26<br>Val.y: 4.26<br>Entry_ID: 17074<br>Info: 64,1,THR,HB,HB,1","Val.x: 4.26<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HB,HG21,1","Val.x: 4.26<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HB,HG22,1","Val.x: 4.26<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HB,HG23,1","Val.x: 1.17<br>Val.y: 8.37<br>Entry_ID: 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17074<br>Info: 64,1,THR,HG23,HA,1","Val.x: 1.17<br>Val.y: 4.26<br>Entry_ID: 17074<br>Info: 64,1,THR,HG23,HB,1","Val.x: 1.17<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HG23,HG21,1","Val.x: 1.17<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HG23,HG22,1","Val.x: 1.17<br>Val.y: 1.17<br>Entry_ID: 17074<br>Info: 64,1,THR,HG23,HG23,1","Val.x: 8.76<br>Val.y: 8.76<br>Entry_ID: 17074<br>Info: 65,1,SER,H,H,1","Val.x: 8.76<br>Val.y: 4.97<br>Entry_ID: 17074<br>Info: 65,1,SER,H,HA,1","Val.x: 8.76<br>Val.y: 3.28<br>Entry_ID: 17074<br>Info: 65,1,SER,H,HB2,1","Val.x: 8.76<br>Val.y: 3.66<br>Entry_ID: 17074<br>Info: 65,1,SER,H,HB3,1","Val.x: 4.97<br>Val.y: 8.76<br>Entry_ID: 17074<br>Info: 65,1,SER,HA,H,1","Val.x: 4.97<br>Val.y: 4.97<br>Entry_ID: 17074<br>Info: 65,1,SER,HA,HA,1","Val.x: 4.97<br>Val.y: 3.28<br>Entry_ID: 17074<br>Info: 65,1,SER,HA,HB2,1","Val.x: 4.97<br>Val.y: 3.66<br>Entry_ID: 17074<br>Info: 65,1,SER,HA,HB3,1","Val.x: 3.28<br>Val.y: 8.76<br>Entry_ID: 17074<br>Info: 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17074<br>Info: 73,1,ALA,HB3,HB3,1","Val.x: 7.37<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 74,1,ASP,H,H,1","Val.x: 7.37<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 74,1,ASP,H,HA,1","Val.x: 7.37<br>Val.y: 2.34<br>Entry_ID: 17074<br>Info: 74,1,ASP,H,HB2,1","Val.x: 7.37<br>Val.y: 2.51<br>Entry_ID: 17074<br>Info: 74,1,ASP,H,HB3,1","Val.x: 4.27<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 74,1,ASP,HA,H,1","Val.x: 4.27<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 74,1,ASP,HA,HA,1","Val.x: 4.27<br>Val.y: 2.34<br>Entry_ID: 17074<br>Info: 74,1,ASP,HA,HB2,1","Val.x: 4.27<br>Val.y: 2.51<br>Entry_ID: 17074<br>Info: 74,1,ASP,HA,HB3,1","Val.x: 2.34<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 74,1,ASP,HB2,H,1","Val.x: 2.34<br>Val.y: 4.27<br>Entry_ID: 17074<br>Info: 74,1,ASP,HB2,HA,1","Val.x: 2.34<br>Val.y: 2.34<br>Entry_ID: 17074<br>Info: 74,1,ASP,HB2,HB2,1","Val.x: 2.34<br>Val.y: 2.51<br>Entry_ID: 17074<br>Info: 74,1,ASP,HB2,HB3,1","Val.x: 2.51<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 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2.16<br>Entry_ID: 17074<br>Info: 75,1,ASP,HB2,HB2,1","Val.x: 2.16<br>Val.y: 2.65<br>Entry_ID: 17074<br>Info: 75,1,ASP,HB2,HB3,1","Val.x: 2.65<br>Val.y: 7.63<br>Entry_ID: 17074<br>Info: 75,1,ASP,HB3,H,1","Val.x: 2.65<br>Val.y: 4.2<br>Entry_ID: 17074<br>Info: 75,1,ASP,HB3,HA,1","Val.x: 2.65<br>Val.y: 2.16<br>Entry_ID: 17074<br>Info: 75,1,ASP,HB3,HB2,1","Val.x: 2.65<br>Val.y: 2.65<br>Entry_ID: 17074<br>Info: 75,1,ASP,HB3,HB3,1","Val.x: 7.61<br>Val.y: 7.61<br>Entry_ID: 17074<br>Info: 76,1,TYR,H,H,1","Val.x: 7.61<br>Val.y: 4.11<br>Entry_ID: 17074<br>Info: 76,1,TYR,H,HA,1","Val.x: 7.61<br>Val.y: 2.65<br>Entry_ID: 17074<br>Info: 76,1,TYR,H,HB2,1","Val.x: 7.61<br>Val.y: 2.86<br>Entry_ID: 17074<br>Info: 76,1,TYR,H,HB3,1","Val.x: 7.61<br>Val.y: 7<br>Entry_ID: 17074<br>Info: 76,1,TYR,H,HD1,1","Val.x: 7.61<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 76,1,TYR,H,HE1,1","Val.x: 4.11<br>Val.y: 7.61<br>Entry_ID: 17074<br>Info: 76,1,TYR,HA,H,1","Val.x: 4.11<br>Val.y: 4.11<br>Entry_ID: 17074<br>Info: 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2.86<br>Val.y: 2.86<br>Entry_ID: 17074<br>Info: 76,1,TYR,HB3,HB3,1","Val.x: 2.86<br>Val.y: 7<br>Entry_ID: 17074<br>Info: 76,1,TYR,HB3,HD1,1","Val.x: 2.86<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 76,1,TYR,HB3,HE1,1","Val.x: 7<br>Val.y: 7.61<br>Entry_ID: 17074<br>Info: 76,1,TYR,HD1,H,1","Val.x: 7<br>Val.y: 4.11<br>Entry_ID: 17074<br>Info: 76,1,TYR,HD1,HA,1","Val.x: 7<br>Val.y: 2.65<br>Entry_ID: 17074<br>Info: 76,1,TYR,HD1,HB2,1","Val.x: 7<br>Val.y: 2.86<br>Entry_ID: 17074<br>Info: 76,1,TYR,HD1,HB3,1","Val.x: 7<br>Val.y: 7<br>Entry_ID: 17074<br>Info: 76,1,TYR,HD1,HD1,1","Val.x: 7<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 76,1,TYR,HD1,HE1,1","Val.x: 6.6<br>Val.y: 7.61<br>Entry_ID: 17074<br>Info: 76,1,TYR,HE1,H,1","Val.x: 6.6<br>Val.y: 4.11<br>Entry_ID: 17074<br>Info: 76,1,TYR,HE1,HA,1","Val.x: 6.6<br>Val.y: 2.65<br>Entry_ID: 17074<br>Info: 76,1,TYR,HE1,HB2,1","Val.x: 6.6<br>Val.y: 2.86<br>Entry_ID: 17074<br>Info: 76,1,TYR,HE1,HB3,1","Val.x: 6.6<br>Val.y: 7<br>Entry_ID: 17074<br>Info: 76,1,TYR,HE1,HD1,1","Val.x: 6.6<br>Val.y: 6.6<br>Entry_ID: 17074<br>Info: 76,1,TYR,HE1,HE1,1","Val.x: 8.51<br>Val.y: 8.51<br>Entry_ID: 17074<br>Info: 77,1,ASP,H,H,1","Val.x: 8.51<br>Val.y: 4.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,H,HA,1","Val.x: 8.51<br>Val.y: 2.64<br>Entry_ID: 17074<br>Info: 77,1,ASP,H,HB2,1","Val.x: 8.51<br>Val.y: 2.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,H,HB3,1","Val.x: 4.96<br>Val.y: 8.51<br>Entry_ID: 17074<br>Info: 77,1,ASP,HA,H,1","Val.x: 4.96<br>Val.y: 4.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,HA,HA,1","Val.x: 4.96<br>Val.y: 2.64<br>Entry_ID: 17074<br>Info: 77,1,ASP,HA,HB2,1","Val.x: 4.96<br>Val.y: 2.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,HA,HB3,1","Val.x: 2.64<br>Val.y: 8.51<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB2,H,1","Val.x: 2.64<br>Val.y: 4.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB2,HA,1","Val.x: 2.64<br>Val.y: 2.64<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB2,HB2,1","Val.x: 2.64<br>Val.y: 2.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB2,HB3,1","Val.x: 2.96<br>Val.y: 8.51<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB3,H,1","Val.x: 2.96<br>Val.y: 4.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB3,HA,1","Val.x: 2.96<br>Val.y: 2.64<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB3,HB2,1","Val.x: 2.96<br>Val.y: 2.96<br>Entry_ID: 17074<br>Info: 77,1,ASP,HB3,HB3,1","Val.x: 7.92<br>Val.y: 7.92<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,H,1","Val.x: 7.92<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HA,1","Val.x: 7.92<br>Val.y: 1.96<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HB,1","Val.x: 7.92<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HG11,1","Val.x: 7.92<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HG12,1","Val.x: 7.92<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HG13,1","Val.x: 7.92<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HG21,1","Val.x: 7.92<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HG22,1","Val.x: 7.92<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,H,HG23,1","Val.x: 4.59<br>Val.y: 7.92<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,H,1","Val.x: 4.59<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HA,1","Val.x: 4.59<br>Val.y: 1.96<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HB,1","Val.x: 4.59<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HG11,1","Val.x: 4.59<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HG12,1","Val.x: 4.59<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HG13,1","Val.x: 4.59<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HG21,1","Val.x: 4.59<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HG22,1","Val.x: 4.59<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HA,HG23,1","Val.x: 1.96<br>Val.y: 7.92<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,H,1","Val.x: 1.96<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HA,1","Val.x: 1.96<br>Val.y: 1.96<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HB,1","Val.x: 1.96<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HG11,1","Val.x: 1.96<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HG12,1","Val.x: 1.96<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HG13,1","Val.x: 1.96<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HG21,1","Val.x: 1.96<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HG22,1","Val.x: 1.96<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HB,HG23,1","Val.x: 0.83<br>Val.y: 7.92<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,H,1","Val.x: 0.83<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HA,1","Val.x: 0.83<br>Val.y: 1.96<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HB,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HG11,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HG12,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HG13,1","Val.x: 0.83<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HG21,1","Val.x: 0.83<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HG22,1","Val.x: 0.83<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG11,HG23,1","Val.x: 0.83<br>Val.y: 7.92<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,H,1","Val.x: 0.83<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HA,1","Val.x: 0.83<br>Val.y: 1.96<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HB,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HG11,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HG12,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HG13,1","Val.x: 0.83<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HG21,1","Val.x: 0.83<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HG22,1","Val.x: 0.83<br>Val.y: 0.69<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG12,HG23,1","Val.x: 0.83<br>Val.y: 7.92<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG13,H,1","Val.x: 0.83<br>Val.y: 4.59<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG13,HA,1","Val.x: 0.83<br>Val.y: 1.96<br>Entry_ID: 17074<br>Info: 78,1,VAL,HG13,HB,1","Val.x: 0.83<br>Val.y: 0.83<br>Entry_ID: 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6.78<br>Val.y: 6.94<br>Entry_ID: 17074<br>Info: 9,1,PHE,HZ,HE1,1","Val.x: 6.78<br>Val.y: 6.78<br>Entry_ID: 17074<br>Info: 9,1,PHE,HZ,HZ,1","Val.x: 4.16<br>Val.y: 4.16<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HA,1","Val.x: 4.16<br>Val.y: 1.94<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HB2,1","Val.x: 4.16<br>Val.y: 2.31<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HB3,1","Val.x: 4.16<br>Val.y: 3.36<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HD2,1","Val.x: 4.16<br>Val.y: 3.8<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HD3,1","Val.x: 4.16<br>Val.y: 2.1<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HG2,1","Val.x: 4.16<br>Val.y: 2.06<br>Entry_ID: 17074<br>Info: 91,1,PRO,HA,HG3,1","Val.x: 1.94<br>Val.y: 4.16<br>Entry_ID: 17074<br>Info: 91,1,PRO,HB2,HA,1","Val.x: 1.94<br>Val.y: 1.94<br>Entry_ID: 17074<br>Info: 91,1,PRO,HB2,HB2,1","Val.x: 1.94<br>Val.y: 2.31<br>Entry_ID: 17074<br>Info: 91,1,PRO,HB2,HB3,1","Val.x: 1.94<br>Val.y: 3.36<br>Entry_ID: 17074<br>Info: 91,1,PRO,HB2,HD2,1","Val.x: 1.94<br>Val.y: 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17074<br>Info: 92,1,GLU,HB2,HB3,1","Val.x: 1.62<br>Val.y: 2.11<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB2,HG2,1","Val.x: 1.62<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB2,HG3,1","Val.x: 1.8<br>Val.y: 9.82<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB3,H,1","Val.x: 1.8<br>Val.y: 3.9<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB3,HA,1","Val.x: 1.8<br>Val.y: 1.62<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB3,HB2,1","Val.x: 1.8<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB3,HB3,1","Val.x: 1.8<br>Val.y: 2.11<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB3,HG2,1","Val.x: 1.8<br>Val.y: 2.07<br>Entry_ID: 17074<br>Info: 92,1,GLU,HB3,HG3,1","Val.x: 2.11<br>Val.y: 9.82<br>Entry_ID: 17074<br>Info: 92,1,GLU,HG2,H,1","Val.x: 2.11<br>Val.y: 3.9<br>Entry_ID: 17074<br>Info: 92,1,GLU,HG2,HA,1","Val.x: 2.11<br>Val.y: 1.62<br>Entry_ID: 17074<br>Info: 92,1,GLU,HG2,HB2,1","Val.x: 2.11<br>Val.y: 1.8<br>Entry_ID: 17074<br>Info: 92,1,GLU,HG2,HB3,1","Val.x: 2.11<br>Val.y: 2.11<br>Entry_ID: 17074<br>Info: 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7.89<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 93,1,TRP,H,HZ2,1","Val.x: 4.13<br>Val.y: 7.89<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,H,1","Val.x: 4.13<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,HA,1","Val.x: 4.13<br>Val.y: 3.08<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,HB2,1","Val.x: 4.13<br>Val.y: 3.33<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,HB3,1","Val.x: 4.13<br>Val.y: 7.06<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,HD1,1","Val.x: 4.13<br>Val.y: 10.28<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,HE1,1","Val.x: 4.13<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 93,1,TRP,HA,HZ2,1","Val.x: 3.08<br>Val.y: 7.89<br>Entry_ID: 17074<br>Info: 93,1,TRP,HB2,H,1","Val.x: 3.08<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 93,1,TRP,HB2,HA,1","Val.x: 3.08<br>Val.y: 3.08<br>Entry_ID: 17074<br>Info: 93,1,TRP,HB2,HB2,1","Val.x: 3.08<br>Val.y: 3.33<br>Entry_ID: 17074<br>Info: 93,1,TRP,HB2,HB3,1","Val.x: 3.08<br>Val.y: 7.06<br>Entry_ID: 17074<br>Info: 93,1,TRP,HB2,HD1,1","Val.x: 3.08<br>Val.y: 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7.06<br>Entry_ID: 17074<br>Info: 93,1,TRP,HD1,HD1,1","Val.x: 7.06<br>Val.y: 10.28<br>Entry_ID: 17074<br>Info: 93,1,TRP,HD1,HE1,1","Val.x: 7.06<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 93,1,TRP,HD1,HZ2,1","Val.x: 10.28<br>Val.y: 7.89<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,H,1","Val.x: 10.28<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,HA,1","Val.x: 10.28<br>Val.y: 3.08<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,HB2,1","Val.x: 10.28<br>Val.y: 3.33<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,HB3,1","Val.x: 10.28<br>Val.y: 7.06<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,HD1,1","Val.x: 10.28<br>Val.y: 10.28<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,HE1,1","Val.x: 10.28<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 93,1,TRP,HE1,HZ2,1","Val.x: 7.37<br>Val.y: 7.89<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,H,1","Val.x: 7.37<br>Val.y: 4.13<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,HA,1","Val.x: 7.37<br>Val.y: 3.08<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,HB2,1","Val.x: 7.37<br>Val.y: 3.33<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,HB3,1","Val.x: 7.37<br>Val.y: 7.06<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,HD1,1","Val.x: 7.37<br>Val.y: 10.28<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,HE1,1","Val.x: 7.37<br>Val.y: 7.37<br>Entry_ID: 17074<br>Info: 93,1,TRP,HZ2,HZ2,1","Val.x: 6.99<br>Val.y: 6.99<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,H,1","Val.x: 6.99<br>Val.y: 4.18<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HA,1","Val.x: 6.99<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HB,1","Val.x: 6.99<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HG11,1","Val.x: 6.99<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HG12,1","Val.x: 6.99<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HG13,1","Val.x: 6.99<br>Val.y: 0.12<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HG21,1","Val.x: 6.99<br>Val.y: 0.12<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HG22,1","Val.x: 6.99<br>Val.y: 0.12<br>Entry_ID: 17074<br>Info: 94,1,VAL,H,HG23,1","Val.x: 4.18<br>Val.y: 6.99<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,H,1","Val.x: 4.18<br>Val.y: 4.18<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HA,1","Val.x: 4.18<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HB,1","Val.x: 4.18<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HG11,1","Val.x: 4.18<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HG12,1","Val.x: 4.18<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HG13,1","Val.x: 4.18<br>Val.y: 0.12<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HG21,1","Val.x: 4.18<br>Val.y: 0.12<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HG22,1","Val.x: 4.18<br>Val.y: 0.12<br>Entry_ID: 17074<br>Info: 94,1,VAL,HA,HG23,1","Val.x: 1.57<br>Val.y: 6.99<br>Entry_ID: 17074<br>Info: 94,1,VAL,HB,H,1","Val.x: 1.57<br>Val.y: 4.18<br>Entry_ID: 17074<br>Info: 94,1,VAL,HB,HA,1","Val.x: 1.57<br>Val.y: 1.57<br>Entry_ID: 17074<br>Info: 94,1,VAL,HB,HB,1","Val.x: 1.57<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 94,1,VAL,HB,HG11,1","Val.x: 1.57<br>Val.y: 0.7<br>Entry_ID: 17074<br>Info: 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17076<br>Info: 10,1,VAL,HG12,HG21,1","Val.x: 0.65<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG12,HG22,1","Val.x: 0.65<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG12,HG23,1","Val.x: 0.65<br>Val.y: 8.77<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,H,1","Val.x: 0.65<br>Val.y: 5.34<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HA,1","Val.x: 0.65<br>Val.y: 1.67<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HB,1","Val.x: 0.65<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HG11,1","Val.x: 0.65<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HG12,1","Val.x: 0.65<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HG13,1","Val.x: 0.65<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HG21,1","Val.x: 0.65<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HG22,1","Val.x: 0.65<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG13,HG23,1","Val.x: 0.28<br>Val.y: 8.77<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,H,1","Val.x: 0.28<br>Val.y: 5.34<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HA,1","Val.x: 0.28<br>Val.y: 1.67<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HB,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HG11,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HG12,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HG13,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HG21,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HG22,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG21,HG23,1","Val.x: 0.28<br>Val.y: 8.77<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,H,1","Val.x: 0.28<br>Val.y: 5.34<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HA,1","Val.x: 0.28<br>Val.y: 1.67<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HB,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HG11,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HG12,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HG13,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HG21,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HG22,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG22,HG23,1","Val.x: 0.28<br>Val.y: 8.77<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,H,1","Val.x: 0.28<br>Val.y: 5.34<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HA,1","Val.x: 0.28<br>Val.y: 1.67<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HB,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HG11,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HG12,1","Val.x: 0.28<br>Val.y: 0.65<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HG13,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HG21,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HG22,1","Val.x: 0.28<br>Val.y: 0.28<br>Entry_ID: 17076<br>Info: 10,1,VAL,HG23,HG23,1","Val.x: 8.34<br>Val.y: 8.34<br>Entry_ID: 17076<br>Info: 101,1,ASP,H,H,1","Val.x: 8.34<br>Val.y: 4.88<br>Entry_ID: 17076<br>Info: 101,1,ASP,H,HA,1","Val.x: 8.34<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 101,1,ASP,H,HB2,1","Val.x: 8.34<br>Val.y: 2.92<br>Entry_ID: 17076<br>Info: 101,1,ASP,H,HB3,1","Val.x: 4.88<br>Val.y: 8.34<br>Entry_ID: 17076<br>Info: 101,1,ASP,HA,H,1","Val.x: 4.88<br>Val.y: 4.88<br>Entry_ID: 17076<br>Info: 101,1,ASP,HA,HA,1","Val.x: 4.88<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 101,1,ASP,HA,HB2,1","Val.x: 4.88<br>Val.y: 2.92<br>Entry_ID: 17076<br>Info: 101,1,ASP,HA,HB3,1","Val.x: 2.46<br>Val.y: 8.34<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB2,H,1","Val.x: 2.46<br>Val.y: 4.88<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB2,HA,1","Val.x: 2.46<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB2,HB2,1","Val.x: 2.46<br>Val.y: 2.92<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB2,HB3,1","Val.x: 2.92<br>Val.y: 8.34<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB3,H,1","Val.x: 2.92<br>Val.y: 4.88<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB3,HA,1","Val.x: 2.92<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB3,HB2,1","Val.x: 2.92<br>Val.y: 2.92<br>Entry_ID: 17076<br>Info: 101,1,ASP,HB3,HB3,1","Val.x: 9.24<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,H,1","Val.x: 9.24<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HA,1","Val.x: 9.24<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HB2,1","Val.x: 9.24<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HB3,1","Val.x: 9.24<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HD1,1","Val.x: 9.24<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HE1,1","Val.x: 9.24<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HE3,1","Val.x: 9.24<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HH2,1","Val.x: 9.24<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HZ2,1","Val.x: 9.24<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,H,HZ3,1","Val.x: 5.05<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,H,1","Val.x: 5.05<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HA,1","Val.x: 5.05<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HB2,1","Val.x: 5.05<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HB3,1","Val.x: 5.05<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HD1,1","Val.x: 5.05<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HE1,1","Val.x: 5.05<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HE3,1","Val.x: 5.05<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HH2,1","Val.x: 5.05<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HZ2,1","Val.x: 5.05<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,HA,HZ3,1","Val.x: 3.48<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,H,1","Val.x: 3.48<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HA,1","Val.x: 3.48<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HB2,1","Val.x: 3.48<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HB3,1","Val.x: 3.48<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HD1,1","Val.x: 3.48<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HE1,1","Val.x: 3.48<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HE3,1","Val.x: 3.48<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HH2,1","Val.x: 3.48<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HZ2,1","Val.x: 3.48<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB2,HZ3,1","Val.x: 2.68<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB3,H,1","Val.x: 2.68<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB3,HA,1","Val.x: 2.68<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB3,HB2,1","Val.x: 2.68<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB3,HB3,1","Val.x: 2.68<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HB3,HD1,1","Val.x: 2.68<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 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17076<br>Info: 102,1,TRP,HE3,HA,1","Val.x: 7.26<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HB2,1","Val.x: 7.26<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HB3,1","Val.x: 7.26<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HD1,1","Val.x: 7.26<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HE1,1","Val.x: 7.26<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HE3,1","Val.x: 7.26<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HH2,1","Val.x: 7.26<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HZ2,1","Val.x: 7.26<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,HE3,HZ3,1","Val.x: 6.91<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,H,1","Val.x: 6.91<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HA,1","Val.x: 6.91<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HB2,1","Val.x: 6.91<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HB3,1","Val.x: 6.91<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HD1,1","Val.x: 6.91<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HE1,1","Val.x: 6.91<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HE3,1","Val.x: 6.91<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HH2,1","Val.x: 6.91<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HZ2,1","Val.x: 6.91<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,HH2,HZ3,1","Val.x: 7.33<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,H,1","Val.x: 7.33<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HA,1","Val.x: 7.33<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HB2,1","Val.x: 7.33<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HB3,1","Val.x: 7.33<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HD1,1","Val.x: 7.33<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HE1,1","Val.x: 7.33<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HE3,1","Val.x: 7.33<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HH2,1","Val.x: 7.33<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HZ2,1","Val.x: 7.33<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ2,HZ3,1","Val.x: 6.8<br>Val.y: 9.24<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,H,1","Val.x: 6.8<br>Val.y: 5.05<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HA,1","Val.x: 6.8<br>Val.y: 3.48<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HB2,1","Val.x: 6.8<br>Val.y: 2.68<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HB3,1","Val.x: 6.8<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HD1,1","Val.x: 6.8<br>Val.y: 11.67<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HE1,1","Val.x: 6.8<br>Val.y: 7.26<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HE3,1","Val.x: 6.8<br>Val.y: 6.91<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HH2,1","Val.x: 6.8<br>Val.y: 7.33<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HZ2,1","Val.x: 6.8<br>Val.y: 6.8<br>Entry_ID: 17076<br>Info: 102,1,TRP,HZ3,HZ3,1","Val.x: 8.8<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 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4.26<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HA,HG2,1","Val.x: 4.26<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HA,HG3,1","Val.x: 1.97<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,H,1","Val.x: 1.97<br>Val.y: 4.26<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HA,1","Val.x: 1.97<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HB2,1","Val.x: 1.97<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HB3,1","Val.x: 1.97<br>Val.y: 7.7<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HE21,1","Val.x: 1.97<br>Val.y: 6.76<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HE22,1","Val.x: 1.97<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HG2,1","Val.x: 1.97<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB2,HG3,1","Val.x: 2.06<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,H,1","Val.x: 2.06<br>Val.y: 4.26<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HA,1","Val.x: 2.06<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HB2,1","Val.x: 2.06<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HB3,1","Val.x: 2.06<br>Val.y: 7.7<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HE21,1","Val.x: 2.06<br>Val.y: 6.76<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HE22,1","Val.x: 2.06<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HG2,1","Val.x: 2.06<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HB3,HG3,1","Val.x: 7.7<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,H,1","Val.x: 7.7<br>Val.y: 4.26<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HA,1","Val.x: 7.7<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HB2,1","Val.x: 7.7<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HB3,1","Val.x: 7.7<br>Val.y: 7.7<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HE21,1","Val.x: 7.7<br>Val.y: 6.76<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HE22,1","Val.x: 7.7<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HG2,1","Val.x: 7.7<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE21,HG3,1","Val.x: 6.76<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,H,1","Val.x: 6.76<br>Val.y: 4.26<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HA,1","Val.x: 6.76<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HB2,1","Val.x: 6.76<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HB3,1","Val.x: 6.76<br>Val.y: 7.7<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HE21,1","Val.x: 6.76<br>Val.y: 6.76<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HE22,1","Val.x: 6.76<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HG2,1","Val.x: 6.76<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HE22,HG3,1","Val.x: 2.19<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,H,1","Val.x: 2.19<br>Val.y: 4.26<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HA,1","Val.x: 2.19<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HB2,1","Val.x: 2.19<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HB3,1","Val.x: 2.19<br>Val.y: 7.7<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HE21,1","Val.x: 2.19<br>Val.y: 6.76<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HE22,1","Val.x: 2.19<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HG2,1","Val.x: 2.19<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG2,HG3,1","Val.x: 2.33<br>Val.y: 8.8<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,H,1","Val.x: 2.33<br>Val.y: 4.26<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HA,1","Val.x: 2.33<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HB2,1","Val.x: 2.33<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HB3,1","Val.x: 2.33<br>Val.y: 7.7<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HE21,1","Val.x: 2.33<br>Val.y: 6.76<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HE22,1","Val.x: 2.33<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HG2,1","Val.x: 2.33<br>Val.y: 2.33<br>Entry_ID: 17076<br>Info: 103,1,GLN,HG3,HG3,1","Val.x: 8.23<br>Val.y: 8.23<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,H,1","Val.x: 8.23<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HA,1","Val.x: 8.23<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HB2,1","Val.x: 8.23<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HB3,1","Val.x: 8.23<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HD11,1","Val.x: 8.23<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HD12,1","Val.x: 8.23<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HD13,1","Val.x: 8.23<br>Val.y: 0.9<br>Entry_ID: 17076<br>Info: 104,1,LEU,H,HG,1","Val.x: 4.67<br>Val.y: 8.23<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,H,1","Val.x: 4.67<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HA,1","Val.x: 4.67<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HB2,1","Val.x: 4.67<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HB3,1","Val.x: 4.67<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HD11,1","Val.x: 4.67<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HD12,1","Val.x: 4.67<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HD13,1","Val.x: 4.67<br>Val.y: 0.9<br>Entry_ID: 17076<br>Info: 104,1,LEU,HA,HG,1","Val.x: 1.65<br>Val.y: 8.23<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,H,1","Val.x: 1.65<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HA,1","Val.x: 1.65<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HB2,1","Val.x: 1.65<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HB3,1","Val.x: 1.65<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HD11,1","Val.x: 1.65<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HD12,1","Val.x: 1.65<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HD13,1","Val.x: 1.65<br>Val.y: 0.9<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB2,HG,1","Val.x: 1.58<br>Val.y: 8.23<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB3,H,1","Val.x: 1.58<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB3,HA,1","Val.x: 1.58<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,HB3,HB2,1","Val.x: 1.58<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 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17076<br>Info: 104,1,LEU,HD12,H,1","Val.x: 0.82<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HA,1","Val.x: 0.82<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HB2,1","Val.x: 0.82<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HB3,1","Val.x: 0.82<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HD11,1","Val.x: 0.82<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HD12,1","Val.x: 0.82<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HD13,1","Val.x: 0.82<br>Val.y: 0.9<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD12,HG,1","Val.x: 0.82<br>Val.y: 8.23<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,H,1","Val.x: 0.82<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HA,1","Val.x: 0.82<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HB2,1","Val.x: 0.82<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HB3,1","Val.x: 0.82<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HD11,1","Val.x: 0.82<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HD12,1","Val.x: 0.82<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HD13,1","Val.x: 0.82<br>Val.y: 0.9<br>Entry_ID: 17076<br>Info: 104,1,LEU,HD13,HG,1","Val.x: 0.9<br>Val.y: 8.23<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,H,1","Val.x: 0.9<br>Val.y: 4.67<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HA,1","Val.x: 0.9<br>Val.y: 1.65<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HB2,1","Val.x: 0.9<br>Val.y: 1.58<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HB3,1","Val.x: 0.9<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HD11,1","Val.x: 0.9<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HD12,1","Val.x: 0.9<br>Val.y: 0.82<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HD13,1","Val.x: 0.9<br>Val.y: 0.9<br>Entry_ID: 17076<br>Info: 104,1,LEU,HG,HG,1","Val.x: 8.86<br>Val.y: 8.86<br>Entry_ID: 17076<br>Info: 105,1,GLU,H,H,1","Val.x: 8.86<br>Val.y: 3.94<br>Entry_ID: 17076<br>Info: 105,1,GLU,H,HA,1","Val.x: 8.86<br>Val.y: 1.64<br>Entry_ID: 17076<br>Info: 105,1,GLU,H,HB2,1","Val.x: 8.86<br>Val.y: 1.74<br>Entry_ID: 17076<br>Info: 105,1,GLU,H,HB3,1","Val.x: 8.86<br>Val.y: 2.1<br>Entry_ID: 17076<br>Info: 105,1,GLU,H,HG2,1","Val.x: 3.94<br>Val.y: 8.86<br>Entry_ID: 17076<br>Info: 105,1,GLU,HA,H,1","Val.x: 3.94<br>Val.y: 3.94<br>Entry_ID: 17076<br>Info: 105,1,GLU,HA,HA,1","Val.x: 3.94<br>Val.y: 1.64<br>Entry_ID: 17076<br>Info: 105,1,GLU,HA,HB2,1","Val.x: 3.94<br>Val.y: 1.74<br>Entry_ID: 17076<br>Info: 105,1,GLU,HA,HB3,1","Val.x: 3.94<br>Val.y: 2.1<br>Entry_ID: 17076<br>Info: 105,1,GLU,HA,HG2,1","Val.x: 1.64<br>Val.y: 8.86<br>Entry_ID: 17076<br>Info: 105,1,GLU,HB2,H,1","Val.x: 1.64<br>Val.y: 3.94<br>Entry_ID: 17076<br>Info: 105,1,GLU,HB2,HA,1","Val.x: 1.64<br>Val.y: 1.64<br>Entry_ID: 17076<br>Info: 105,1,GLU,HB2,HB2,1","Val.x: 1.64<br>Val.y: 1.74<br>Entry_ID: 17076<br>Info: 105,1,GLU,HB2,HB3,1","Val.x: 1.64<br>Val.y: 2.1<br>Entry_ID: 17076<br>Info: 105,1,GLU,HB2,HG2,1","Val.x: 1.74<br>Val.y: 8.86<br>Entry_ID: 17076<br>Info: 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106,1,ASP,H,HB3,1","Val.x: 4.5<br>Val.y: 8.36<br>Entry_ID: 17076<br>Info: 106,1,ASP,HA,H,1","Val.x: 4.5<br>Val.y: 4.5<br>Entry_ID: 17076<br>Info: 106,1,ASP,HA,HA,1","Val.x: 4.5<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 106,1,ASP,HA,HB2,1","Val.x: 4.5<br>Val.y: 3.01<br>Entry_ID: 17076<br>Info: 106,1,ASP,HA,HB3,1","Val.x: 2.61<br>Val.y: 8.36<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB2,H,1","Val.x: 2.61<br>Val.y: 4.5<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB2,HA,1","Val.x: 2.61<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB2,HB2,1","Val.x: 2.61<br>Val.y: 3.01<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB2,HB3,1","Val.x: 3.01<br>Val.y: 8.36<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB3,H,1","Val.x: 3.01<br>Val.y: 4.5<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB3,HA,1","Val.x: 3.01<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB3,HB2,1","Val.x: 3.01<br>Val.y: 3.01<br>Entry_ID: 17076<br>Info: 106,1,ASP,HB3,HB3,1","Val.x: 3.83<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HA,1","Val.x: 3.83<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HB2,1","Val.x: 3.83<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HB3,1","Val.x: 3.83<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HD2,1","Val.x: 3.83<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HD3,1","Val.x: 3.83<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HG2,1","Val.x: 3.83<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HA,HG3,1","Val.x: 0.19<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HA,1","Val.x: 0.19<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HB2,1","Val.x: 0.19<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HB3,1","Val.x: 0.19<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HD2,1","Val.x: 0.19<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HD3,1","Val.x: 0.19<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HG2,1","Val.x: 0.19<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB2,HG3,1","Val.x: 0.99<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HA,1","Val.x: 0.99<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HB2,1","Val.x: 0.99<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HB3,1","Val.x: 0.99<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HD2,1","Val.x: 0.99<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HD3,1","Val.x: 0.99<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HG2,1","Val.x: 0.99<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HB3,HG3,1","Val.x: 3.92<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HA,1","Val.x: 3.92<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HB2,1","Val.x: 3.92<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HB3,1","Val.x: 3.92<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HD2,1","Val.x: 3.92<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HD3,1","Val.x: 3.92<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HG2,1","Val.x: 3.92<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD2,HG3,1","Val.x: 4.11<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HA,1","Val.x: 4.11<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HB2,1","Val.x: 4.11<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HB3,1","Val.x: 4.11<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HD2,1","Val.x: 4.11<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HD3,1","Val.x: 4.11<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HG2,1","Val.x: 4.11<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HD3,HG3,1","Val.x: 1.12<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HA,1","Val.x: 1.12<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HB2,1","Val.x: 1.12<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HB3,1","Val.x: 1.12<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HD2,1","Val.x: 1.12<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HD3,1","Val.x: 1.12<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HG2,1","Val.x: 1.12<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG2,HG3,1","Val.x: 1.22<br>Val.y: 3.83<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HA,1","Val.x: 1.22<br>Val.y: 0.19<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HB2,1","Val.x: 1.22<br>Val.y: 0.99<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HB3,1","Val.x: 1.22<br>Val.y: 3.92<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HD2,1","Val.x: 1.22<br>Val.y: 4.11<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HD3,1","Val.x: 1.22<br>Val.y: 1.12<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HG2,1","Val.x: 1.22<br>Val.y: 1.22<br>Entry_ID: 17076<br>Info: 107,1,PRO,HG3,HG3,1","Val.x: 7.54<br>Val.y: 7.54<br>Entry_ID: 17076<br>Info: 108,1,ASP,H,H,1","Val.x: 7.54<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 108,1,ASP,H,HA,1","Val.x: 7.54<br>Val.y: 2.69<br>Entry_ID: 17076<br>Info: 108,1,ASP,H,HB2,1","Val.x: 7.54<br>Val.y: 2.77<br>Entry_ID: 17076<br>Info: 108,1,ASP,H,HB3,1","Val.x: 4.23<br>Val.y: 7.54<br>Entry_ID: 17076<br>Info: 108,1,ASP,HA,H,1","Val.x: 4.23<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 108,1,ASP,HA,HA,1","Val.x: 4.23<br>Val.y: 2.69<br>Entry_ID: 17076<br>Info: 108,1,ASP,HA,HB2,1","Val.x: 4.23<br>Val.y: 2.77<br>Entry_ID: 17076<br>Info: 108,1,ASP,HA,HB3,1","Val.x: 2.69<br>Val.y: 7.54<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB2,H,1","Val.x: 2.69<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB2,HA,1","Val.x: 2.69<br>Val.y: 2.69<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB2,HB2,1","Val.x: 2.69<br>Val.y: 2.77<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB2,HB3,1","Val.x: 2.77<br>Val.y: 7.54<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB3,H,1","Val.x: 2.77<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB3,HA,1","Val.x: 2.77<br>Val.y: 2.69<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB3,HB2,1","Val.x: 2.77<br>Val.y: 2.77<br>Entry_ID: 17076<br>Info: 108,1,ASP,HB3,HB3,1","Val.x: 9.05<br>Val.y: 9.05<br>Entry_ID: 17076<br>Info: 109,1,GLY,H,H,1","Val.x: 9.05<br>Val.y: 3.86<br>Entry_ID: 17076<br>Info: 109,1,GLY,H,HA2,1","Val.x: 9.05<br>Val.y: 4.25<br>Entry_ID: 17076<br>Info: 109,1,GLY,H,HA3,1","Val.x: 3.86<br>Val.y: 9.05<br>Entry_ID: 17076<br>Info: 109,1,GLY,HA2,H,1","Val.x: 3.86<br>Val.y: 3.86<br>Entry_ID: 17076<br>Info: 109,1,GLY,HA2,HA2,1","Val.x: 3.86<br>Val.y: 4.25<br>Entry_ID: 17076<br>Info: 109,1,GLY,HA2,HA3,1","Val.x: 4.25<br>Val.y: 9.05<br>Entry_ID: 17076<br>Info: 109,1,GLY,HA3,H,1","Val.x: 4.25<br>Val.y: 3.86<br>Entry_ID: 17076<br>Info: 109,1,GLY,HA3,HA2,1","Val.x: 4.25<br>Val.y: 4.25<br>Entry_ID: 17076<br>Info: 109,1,GLY,HA3,HA3,1","Val.x: 8.42<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,H,1","Val.x: 8.42<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HA,1","Val.x: 8.42<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HB2,1","Val.x: 8.42<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HB3,1","Val.x: 8.42<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HE21,1","Val.x: 8.42<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HE22,1","Val.x: 8.42<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HG2,1","Val.x: 8.42<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,H,HG3,1","Val.x: 4.73<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,H,1","Val.x: 4.73<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HA,1","Val.x: 4.73<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HB2,1","Val.x: 4.73<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HB3,1","Val.x: 4.73<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HE21,1","Val.x: 4.73<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HE22,1","Val.x: 4.73<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HG2,1","Val.x: 4.73<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HA,HG3,1","Val.x: 2.04<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,H,1","Val.x: 2.04<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HA,1","Val.x: 2.04<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HB2,1","Val.x: 2.04<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HB3,1","Val.x: 2.04<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HE21,1","Val.x: 2.04<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HE22,1","Val.x: 2.04<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HG2,1","Val.x: 2.04<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB2,HG3,1","Val.x: 2.36<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,H,1","Val.x: 2.36<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HA,1","Val.x: 2.36<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HB2,1","Val.x: 2.36<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HB3,1","Val.x: 2.36<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HE21,1","Val.x: 2.36<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HE22,1","Val.x: 2.36<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HG2,1","Val.x: 2.36<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HB3,HG3,1","Val.x: 7.47<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,H,1","Val.x: 7.47<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HA,1","Val.x: 7.47<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HB2,1","Val.x: 7.47<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HB3,1","Val.x: 7.47<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HE21,1","Val.x: 7.47<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HE22,1","Val.x: 7.47<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HG2,1","Val.x: 7.47<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE21,HG3,1","Val.x: 7.14<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,H,1","Val.x: 7.14<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HA,1","Val.x: 7.14<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HB2,1","Val.x: 7.14<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HB3,1","Val.x: 7.14<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HE21,1","Val.x: 7.14<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HE22,1","Val.x: 7.14<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HG2,1","Val.x: 7.14<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HE22,HG3,1","Val.x: 2.05<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,H,1","Val.x: 2.05<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HA,1","Val.x: 2.05<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HB2,1","Val.x: 2.05<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HB3,1","Val.x: 2.05<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HE21,1","Val.x: 2.05<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HE22,1","Val.x: 2.05<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HG2,1","Val.x: 2.05<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG2,HG3,1","Val.x: 2.28<br>Val.y: 8.42<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,H,1","Val.x: 2.28<br>Val.y: 4.73<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HA,1","Val.x: 2.28<br>Val.y: 2.04<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HB2,1","Val.x: 2.28<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HB3,1","Val.x: 2.28<br>Val.y: 7.47<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HE21,1","Val.x: 2.28<br>Val.y: 7.14<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HE22,1","Val.x: 2.28<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HG2,1","Val.x: 2.28<br>Val.y: 2.28<br>Entry_ID: 17076<br>Info: 110,1,GLN,HG3,HG3,1","Val.x: 8.29<br>Val.y: 8.29<br>Entry_ID: 17076<br>Info: 11,1,CYS,H,H,1","Val.x: 8.29<br>Val.y: 5.49<br>Entry_ID: 17076<br>Info: 11,1,CYS,H,HA,1","Val.x: 8.29<br>Val.y: 3.71<br>Entry_ID: 17076<br>Info: 11,1,CYS,H,HB2,1","Val.x: 8.29<br>Val.y: 3.03<br>Entry_ID: 17076<br>Info: 11,1,CYS,H,HB3,1","Val.x: 5.49<br>Val.y: 8.29<br>Entry_ID: 17076<br>Info: 11,1,CYS,HA,H,1","Val.x: 5.49<br>Val.y: 5.49<br>Entry_ID: 17076<br>Info: 11,1,CYS,HA,HA,1","Val.x: 5.49<br>Val.y: 3.71<br>Entry_ID: 17076<br>Info: 11,1,CYS,HA,HB2,1","Val.x: 5.49<br>Val.y: 3.03<br>Entry_ID: 17076<br>Info: 11,1,CYS,HA,HB3,1","Val.x: 3.71<br>Val.y: 8.29<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB2,H,1","Val.x: 3.71<br>Val.y: 5.49<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB2,HA,1","Val.x: 3.71<br>Val.y: 3.71<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB2,HB2,1","Val.x: 3.71<br>Val.y: 3.03<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB2,HB3,1","Val.x: 3.03<br>Val.y: 8.29<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB3,H,1","Val.x: 3.03<br>Val.y: 5.49<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB3,HA,1","Val.x: 3.03<br>Val.y: 3.71<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB3,HB2,1","Val.x: 3.03<br>Val.y: 3.03<br>Entry_ID: 17076<br>Info: 11,1,CYS,HB3,HB3,1","Val.x: 8.25<br>Val.y: 8.25<br>Entry_ID: 17076<br>Info: 111,1,SER,H,H,1","Val.x: 8.25<br>Val.y: 4.51<br>Entry_ID: 17076<br>Info: 111,1,SER,H,HA,1","Val.x: 8.25<br>Val.y: 4.12<br>Entry_ID: 17076<br>Info: 111,1,SER,H,HB2,1","Val.x: 8.25<br>Val.y: 4.46<br>Entry_ID: 17076<br>Info: 111,1,SER,H,HB3,1","Val.x: 4.51<br>Val.y: 8.25<br>Entry_ID: 17076<br>Info: 111,1,SER,HA,H,1","Val.x: 4.51<br>Val.y: 4.51<br>Entry_ID: 17076<br>Info: 111,1,SER,HA,HA,1","Val.x: 4.51<br>Val.y: 4.12<br>Entry_ID: 17076<br>Info: 111,1,SER,HA,HB2,1","Val.x: 4.51<br>Val.y: 4.46<br>Entry_ID: 17076<br>Info: 111,1,SER,HA,HB3,1","Val.x: 4.12<br>Val.y: 8.25<br>Entry_ID: 17076<br>Info: 111,1,SER,HB2,H,1","Val.x: 4.12<br>Val.y: 4.51<br>Entry_ID: 17076<br>Info: 111,1,SER,HB2,HA,1","Val.x: 4.12<br>Val.y: 4.12<br>Entry_ID: 17076<br>Info: 111,1,SER,HB2,HB2,1","Val.x: 4.12<br>Val.y: 4.46<br>Entry_ID: 17076<br>Info: 111,1,SER,HB2,HB3,1","Val.x: 4.46<br>Val.y: 8.25<br>Entry_ID: 17076<br>Info: 111,1,SER,HB3,H,1","Val.x: 4.46<br>Val.y: 4.51<br>Entry_ID: 17076<br>Info: 111,1,SER,HB3,HA,1","Val.x: 4.46<br>Val.y: 4.12<br>Entry_ID: 17076<br>Info: 111,1,SER,HB3,HB2,1","Val.x: 4.46<br>Val.y: 4.46<br>Entry_ID: 17076<br>Info: 111,1,SER,HB3,HB3,1","Val.x: 8.78<br>Val.y: 8.78<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,H,1","Val.x: 8.78<br>Val.y: 4.22<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HA,1","Val.x: 8.78<br>Val.y: 1.46<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HB2,1","Val.x: 8.78<br>Val.y: 1.84<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HB3,1","Val.x: 8.78<br>Val.y: 0.93<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HD11,1","Val.x: 8.78<br>Val.y: 0.93<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HD12,1","Val.x: 8.78<br>Val.y: 0.93<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HD13,1","Val.x: 8.78<br>Val.y: 0.77<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HD21,1","Val.x: 8.78<br>Val.y: 0.77<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HD22,1","Val.x: 8.78<br>Val.y: 0.77<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HD23,1","Val.x: 8.78<br>Val.y: 1.84<br>Entry_ID: 17076<br>Info: 112,1,LEU,H,HG,1","Val.x: 4.22<br>Val.y: 8.78<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,H,1","Val.x: 4.22<br>Val.y: 4.22<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HA,1","Val.x: 4.22<br>Val.y: 1.46<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HB2,1","Val.x: 4.22<br>Val.y: 1.84<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HB3,1","Val.x: 4.22<br>Val.y: 0.93<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HD11,1","Val.x: 4.22<br>Val.y: 0.93<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HD12,1","Val.x: 4.22<br>Val.y: 0.93<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HD13,1","Val.x: 4.22<br>Val.y: 0.77<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HD21,1","Val.x: 4.22<br>Val.y: 0.77<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HD22,1","Val.x: 4.22<br>Val.y: 0.77<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HD23,1","Val.x: 4.22<br>Val.y: 1.84<br>Entry_ID: 17076<br>Info: 112,1,LEU,HA,HG,1","Val.x: 1.46<br>Val.y: 8.78<br>Entry_ID: 17076<br>Info: 112,1,LEU,HB2,H,1","Val.x: 1.46<br>Val.y: 4.22<br>Entry_ID: 17076<br>Info: 112,1,LEU,HB2,HA,1","Val.x: 1.46<br>Val.y: 1.46<br>Entry_ID: 17076<br>Info: 112,1,LEU,HB2,HB2,1","Val.x: 1.46<br>Val.y: 1.84<br>Entry_ID: 17076<br>Info: 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123,1,LYS,HG3,HG2,1","Val.x: 0.85<br>Val.y: 0.85<br>Entry_ID: 17076<br>Info: 123,1,LYS,HG3,HG3,1","Val.x: 7.45<br>Val.y: 7.45<br>Entry_ID: 17076<br>Info: 124,1,GLU,H,H,1","Val.x: 7.45<br>Val.y: 3.98<br>Entry_ID: 17076<br>Info: 124,1,GLU,H,HA,1","Val.x: 7.45<br>Val.y: 1.9<br>Entry_ID: 17076<br>Info: 124,1,GLU,H,HB2,1","Val.x: 7.45<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 124,1,GLU,H,HB3,1","Val.x: 7.45<br>Val.y: 2.27<br>Entry_ID: 17076<br>Info: 124,1,GLU,H,HG2,1","Val.x: 7.45<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 124,1,GLU,H,HG3,1","Val.x: 3.98<br>Val.y: 7.45<br>Entry_ID: 17076<br>Info: 124,1,GLU,HA,H,1","Val.x: 3.98<br>Val.y: 3.98<br>Entry_ID: 17076<br>Info: 124,1,GLU,HA,HA,1","Val.x: 3.98<br>Val.y: 1.9<br>Entry_ID: 17076<br>Info: 124,1,GLU,HA,HB2,1","Val.x: 3.98<br>Val.y: 1.97<br>Entry_ID: 17076<br>Info: 124,1,GLU,HA,HB3,1","Val.x: 3.98<br>Val.y: 2.27<br>Entry_ID: 17076<br>Info: 124,1,GLU,HA,HG2,1","Val.x: 3.98<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 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17076<br>Info: 127,1,GLU,HG2,H,1","Val.x: 2.13<br>Val.y: 3.78<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG2,HA,1","Val.x: 2.13<br>Val.y: 1.91<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG2,HB2,1","Val.x: 2.13<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG2,HB3,1","Val.x: 2.13<br>Val.y: 2.13<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG2,HG2,1","Val.x: 2.13<br>Val.y: 2.34<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG2,HG3,1","Val.x: 2.34<br>Val.y: 8.7<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG3,H,1","Val.x: 2.34<br>Val.y: 3.78<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG3,HA,1","Val.x: 2.34<br>Val.y: 1.91<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG3,HB2,1","Val.x: 2.34<br>Val.y: 2.19<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG3,HB3,1","Val.x: 2.34<br>Val.y: 2.13<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG3,HG2,1","Val.x: 2.34<br>Val.y: 2.34<br>Entry_ID: 17076<br>Info: 127,1,GLU,HG3,HG3,1","Val.x: 7.93<br>Val.y: 7.93<br>Entry_ID: 17076<br>Info: 128,1,ASN,H,H,1","Val.x: 7.93<br>Val.y: 4.41<br>Entry_ID: 17076<br>Info: 128,1,ASN,H,HA,1","Val.x: 7.93<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 128,1,ASN,H,HB2,1","Val.x: 7.93<br>Val.y: 2.8<br>Entry_ID: 17076<br>Info: 128,1,ASN,H,HB3,1","Val.x: 7.93<br>Val.y: 7.63<br>Entry_ID: 17076<br>Info: 128,1,ASN,H,HD21,1","Val.x: 7.93<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 128,1,ASN,H,HD22,1","Val.x: 4.41<br>Val.y: 7.93<br>Entry_ID: 17076<br>Info: 128,1,ASN,HA,H,1","Val.x: 4.41<br>Val.y: 4.41<br>Entry_ID: 17076<br>Info: 128,1,ASN,HA,HA,1","Val.x: 4.41<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 128,1,ASN,HA,HB2,1","Val.x: 4.41<br>Val.y: 2.8<br>Entry_ID: 17076<br>Info: 128,1,ASN,HA,HB3,1","Val.x: 4.41<br>Val.y: 7.63<br>Entry_ID: 17076<br>Info: 128,1,ASN,HA,HD21,1","Val.x: 4.41<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 128,1,ASN,HA,HD22,1","Val.x: 2.72<br>Val.y: 7.93<br>Entry_ID: 17076<br>Info: 128,1,ASN,HB2,H,1","Val.x: 2.72<br>Val.y: 4.41<br>Entry_ID: 17076<br>Info: 128,1,ASN,HB2,HA,1","Val.x: 2.72<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 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128,1,ASN,HD21,HB3,1","Val.x: 7.63<br>Val.y: 7.63<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD21,HD21,1","Val.x: 7.63<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD21,HD22,1","Val.x: 7<br>Val.y: 7.93<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD22,H,1","Val.x: 7<br>Val.y: 4.41<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD22,HA,1","Val.x: 7<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD22,HB2,1","Val.x: 7<br>Val.y: 2.8<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD22,HB3,1","Val.x: 7<br>Val.y: 7.63<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD22,HD21,1","Val.x: 7<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 128,1,ASN,HD22,HD22,1","Val.x: 8.22<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,H,1","Val.x: 8.22<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HA,1","Val.x: 8.22<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HB2,1","Val.x: 8.22<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HB3,1","Val.x: 8.22<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HD11,1","Val.x: 8.22<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HD12,1","Val.x: 8.22<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HD13,1","Val.x: 8.22<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HD21,1","Val.x: 8.22<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HD22,1","Val.x: 8.22<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HD23,1","Val.x: 8.22<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,H,HG,1","Val.x: 4.29<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,H,1","Val.x: 4.29<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HA,1","Val.x: 4.29<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HB2,1","Val.x: 4.29<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HB3,1","Val.x: 4.29<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HD11,1","Val.x: 4.29<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HD12,1","Val.x: 4.29<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HD13,1","Val.x: 4.29<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HD21,1","Val.x: 4.29<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HD22,1","Val.x: 4.29<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HD23,1","Val.x: 4.29<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,HA,HG,1","Val.x: 2.06<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,H,1","Val.x: 2.06<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HA,1","Val.x: 2.06<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HB2,1","Val.x: 2.06<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HB3,1","Val.x: 2.06<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HD11,1","Val.x: 2.06<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HD12,1","Val.x: 2.06<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HD13,1","Val.x: 2.06<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HD21,1","Val.x: 2.06<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HD22,1","Val.x: 2.06<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HD23,1","Val.x: 2.06<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB2,HG,1","Val.x: 2.46<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,H,1","Val.x: 2.46<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HA,1","Val.x: 2.46<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HB2,1","Val.x: 2.46<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HB3,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HD11,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HD12,1","Val.x: 2.46<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HD13,1","Val.x: 2.46<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HD21,1","Val.x: 2.46<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HD22,1","Val.x: 2.46<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HD23,1","Val.x: 2.46<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,HB3,HG,1","Val.x: 1.02<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,H,1","Val.x: 1.02<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HA,1","Val.x: 1.02<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HB2,1","Val.x: 1.02<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HD13,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HD21,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HD22,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HD23,1","Val.x: 1.02<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD11,HG,1","Val.x: 1.02<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,H,1","Val.x: 1.02<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HA,1","Val.x: 1.02<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HB2,1","Val.x: 1.02<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HD13,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HD21,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HD22,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HD23,1","Val.x: 1.02<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD12,HG,1","Val.x: 1.02<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,H,1","Val.x: 1.02<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HA,1","Val.x: 1.02<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HB2,1","Val.x: 1.02<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HD13,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HD21,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HD22,1","Val.x: 1.02<br>Val.y: 1.59<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HD23,1","Val.x: 1.02<br>Val.y: 1.03<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD13,HG,1","Val.x: 1.59<br>Val.y: 8.22<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD21,H,1","Val.x: 1.59<br>Val.y: 4.29<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD21,HA,1","Val.x: 1.59<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD21,HB2,1","Val.x: 1.59<br>Val.y: 2.46<br>Entry_ID: 17076<br>Info: 129,1,LEU,HD21,HB3,1","Val.x: 1.59<br>Val.y: 1.02<br>Entry_ID: 17076<br>Info: 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17076<br>Info: 24,1,PHE,HA,HE1,1","Val.x: 4.39<br>Val.y: 7.39<br>Entry_ID: 17076<br>Info: 24,1,PHE,HA,HZ,1","Val.x: 2.84<br>Val.y: 8.31<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,H,1","Val.x: 2.84<br>Val.y: 4.39<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,HA,1","Val.x: 2.84<br>Val.y: 2.84<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,HB2,1","Val.x: 2.84<br>Val.y: 3.04<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,HB3,1","Val.x: 2.84<br>Val.y: 7.11<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,HD1,1","Val.x: 2.84<br>Val.y: 7.41<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,HE1,1","Val.x: 2.84<br>Val.y: 7.39<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB2,HZ,1","Val.x: 3.04<br>Val.y: 8.31<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB3,H,1","Val.x: 3.04<br>Val.y: 4.39<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB3,HA,1","Val.x: 3.04<br>Val.y: 2.84<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB3,HB2,1","Val.x: 3.04<br>Val.y: 3.04<br>Entry_ID: 17076<br>Info: 24,1,PHE,HB3,HB3,1","Val.x: 3.04<br>Val.y: 7.11<br>Entry_ID: 17076<br>Info: 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9.25<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,H,HB2,1","Val.x: 9.25<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,H,HB3,1","Val.x: 3.91<br>Val.y: 9.25<br>Entry_ID: 17076<br>Info: 25,1,ALA,HA,H,1","Val.x: 3.91<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 25,1,ALA,HA,HA,1","Val.x: 3.91<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HA,HB1,1","Val.x: 3.91<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HA,HB2,1","Val.x: 3.91<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HA,HB3,1","Val.x: 1.68<br>Val.y: 9.25<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB1,H,1","Val.x: 1.68<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB1,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB1,HB1,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB1,HB2,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB1,HB3,1","Val.x: 1.68<br>Val.y: 9.25<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB2,H,1","Val.x: 1.68<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB2,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB2,HB1,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB2,HB2,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB2,HB3,1","Val.x: 1.68<br>Val.y: 9.25<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB3,H,1","Val.x: 1.68<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB3,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB3,HB1,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB3,HB2,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17076<br>Info: 25,1,ALA,HB3,HB3,1","Val.x: 8.79<br>Val.y: 8.79<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,H,1","Val.x: 8.79<br>Val.y: 4.22<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,HA,1","Val.x: 8.79<br>Val.y: 1.87<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,HB2,1","Val.x: 8.79<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,HB3,1","Val.x: 8.79<br>Val.y: 2.94<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,HE2,1","Val.x: 8.79<br>Val.y: 1.49<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,HG2,1","Val.x: 8.79<br>Val.y: 1.76<br>Entry_ID: 17076<br>Info: 26,1,LYS,H,HG3,1","Val.x: 4.22<br>Val.y: 8.79<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,H,1","Val.x: 4.22<br>Val.y: 4.22<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,HA,1","Val.x: 4.22<br>Val.y: 1.87<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,HB2,1","Val.x: 4.22<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,HB3,1","Val.x: 4.22<br>Val.y: 2.94<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,HE2,1","Val.x: 4.22<br>Val.y: 1.49<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,HG2,1","Val.x: 4.22<br>Val.y: 1.76<br>Entry_ID: 17076<br>Info: 26,1,LYS,HA,HG3,1","Val.x: 1.87<br>Val.y: 8.79<br>Entry_ID: 17076<br>Info: 26,1,LYS,HB2,H,1","Val.x: 1.87<br>Val.y: 4.22<br>Entry_ID: 17076<br>Info: 26,1,LYS,HB2,HA,1","Val.x: 1.87<br>Val.y: 1.87<br>Entry_ID: 17076<br>Info: 26,1,LYS,HB2,HB2,1","Val.x: 1.87<br>Val.y: 2.06<br>Entry_ID: 17076<br>Info: 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1.18<br>Entry_ID: 17076<br>Info: 64,1,THR,HG23,HG21,1","Val.x: 1.18<br>Val.y: 1.18<br>Entry_ID: 17076<br>Info: 64,1,THR,HG23,HG22,1","Val.x: 1.18<br>Val.y: 1.18<br>Entry_ID: 17076<br>Info: 64,1,THR,HG23,HG23,1","Val.x: 8.75<br>Val.y: 8.75<br>Entry_ID: 17076<br>Info: 65,1,SER,H,H,1","Val.x: 8.75<br>Val.y: 5.04<br>Entry_ID: 17076<br>Info: 65,1,SER,H,HA,1","Val.x: 8.75<br>Val.y: 3.25<br>Entry_ID: 17076<br>Info: 65,1,SER,H,HB2,1","Val.x: 8.75<br>Val.y: 3.69<br>Entry_ID: 17076<br>Info: 65,1,SER,H,HB3,1","Val.x: 5.04<br>Val.y: 8.75<br>Entry_ID: 17076<br>Info: 65,1,SER,HA,H,1","Val.x: 5.04<br>Val.y: 5.04<br>Entry_ID: 17076<br>Info: 65,1,SER,HA,HA,1","Val.x: 5.04<br>Val.y: 3.25<br>Entry_ID: 17076<br>Info: 65,1,SER,HA,HB2,1","Val.x: 5.04<br>Val.y: 3.69<br>Entry_ID: 17076<br>Info: 65,1,SER,HA,HB3,1","Val.x: 3.25<br>Val.y: 8.75<br>Entry_ID: 17076<br>Info: 65,1,SER,HB2,H,1","Val.x: 3.25<br>Val.y: 5.04<br>Entry_ID: 17076<br>Info: 65,1,SER,HB2,HA,1","Val.x: 3.25<br>Val.y: 3.25<br>Entry_ID: 17076<br>Info: 65,1,SER,HB2,HB2,1","Val.x: 3.25<br>Val.y: 3.69<br>Entry_ID: 17076<br>Info: 65,1,SER,HB2,HB3,1","Val.x: 3.69<br>Val.y: 8.75<br>Entry_ID: 17076<br>Info: 65,1,SER,HB3,H,1","Val.x: 3.69<br>Val.y: 5.04<br>Entry_ID: 17076<br>Info: 65,1,SER,HB3,HA,1","Val.x: 3.69<br>Val.y: 3.25<br>Entry_ID: 17076<br>Info: 65,1,SER,HB3,HB2,1","Val.x: 3.69<br>Val.y: 3.69<br>Entry_ID: 17076<br>Info: 65,1,SER,HB3,HB3,1","Val.x: 9.76<br>Val.y: 9.76<br>Entry_ID: 17076<br>Info: 66,1,ASP,H,H,1","Val.x: 9.76<br>Val.y: 5.08<br>Entry_ID: 17076<br>Info: 66,1,ASP,H,HA,1","Val.x: 9.76<br>Val.y: 2.57<br>Entry_ID: 17076<br>Info: 66,1,ASP,H,HB2,1","Val.x: 9.76<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 66,1,ASP,H,HB3,1","Val.x: 5.08<br>Val.y: 9.76<br>Entry_ID: 17076<br>Info: 66,1,ASP,HA,H,1","Val.x: 5.08<br>Val.y: 5.08<br>Entry_ID: 17076<br>Info: 66,1,ASP,HA,HA,1","Val.x: 5.08<br>Val.y: 2.57<br>Entry_ID: 17076<br>Info: 66,1,ASP,HA,HB2,1","Val.x: 5.08<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 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2.07<br>Val.y: 4.8<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB2,HA,1","Val.x: 2.07<br>Val.y: 2.07<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB2,HB2,1","Val.x: 2.07<br>Val.y: 2.41<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB2,HB3,1","Val.x: 2.07<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB2,HD2,1","Val.x: 2.07<br>Val.y: 2.85<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB2,HG2,1","Val.x: 2.41<br>Val.y: 4.8<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB3,HA,1","Val.x: 2.41<br>Val.y: 2.07<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB3,HB2,1","Val.x: 2.41<br>Val.y: 2.41<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB3,HB3,1","Val.x: 2.41<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB3,HD2,1","Val.x: 2.41<br>Val.y: 2.85<br>Entry_ID: 17076<br>Info: 67,1,PRO,HB3,HG2,1","Val.x: 3.91<br>Val.y: 4.8<br>Entry_ID: 17076<br>Info: 67,1,PRO,HD2,HA,1","Val.x: 3.91<br>Val.y: 2.07<br>Entry_ID: 17076<br>Info: 67,1,PRO,HD2,HB2,1","Val.x: 3.91<br>Val.y: 2.41<br>Entry_ID: 17076<br>Info: 67,1,PRO,HD2,HB3,1","Val.x: 3.91<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 67,1,PRO,HD2,HD2,1","Val.x: 3.91<br>Val.y: 2.85<br>Entry_ID: 17076<br>Info: 67,1,PRO,HD2,HG2,1","Val.x: 2.85<br>Val.y: 4.8<br>Entry_ID: 17076<br>Info: 67,1,PRO,HG2,HA,1","Val.x: 2.85<br>Val.y: 2.07<br>Entry_ID: 17076<br>Info: 67,1,PRO,HG2,HB2,1","Val.x: 2.85<br>Val.y: 2.41<br>Entry_ID: 17076<br>Info: 67,1,PRO,HG2,HB3,1","Val.x: 2.85<br>Val.y: 3.91<br>Entry_ID: 17076<br>Info: 67,1,PRO,HG2,HD2,1","Val.x: 2.85<br>Val.y: 2.85<br>Entry_ID: 17076<br>Info: 67,1,PRO,HG2,HG2,1","Val.x: 8.74<br>Val.y: 8.74<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,H,1","Val.x: 8.74<br>Val.y: 4.12<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HA,1","Val.x: 8.74<br>Val.y: 1.25<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HB,1","Val.x: 8.74<br>Val.y: -0.5<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HD11,1","Val.x: 8.74<br>Val.y: -0.5<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HD12,1","Val.x: 8.74<br>Val.y: -0.5<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HD13,1","Val.x: 8.74<br>Val.y: 0.98<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HG12,1","Val.x: 8.74<br>Val.y: 0.75<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HG13,1","Val.x: 8.74<br>Val.y: 0.94<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HG21,1","Val.x: 8.74<br>Val.y: 0.94<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HG22,1","Val.x: 8.74<br>Val.y: 0.94<br>Entry_ID: 17076<br>Info: 68,1,ILE,H,HG23,1","Val.x: 4.12<br>Val.y: 8.74<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,H,1","Val.x: 4.12<br>Val.y: 4.12<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HA,1","Val.x: 4.12<br>Val.y: 1.25<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HB,1","Val.x: 4.12<br>Val.y: -0.5<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HD11,1","Val.x: 4.12<br>Val.y: -0.5<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HD12,1","Val.x: 4.12<br>Val.y: -0.5<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HD13,1","Val.x: 4.12<br>Val.y: 0.98<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HG12,1","Val.x: 4.12<br>Val.y: 0.75<br>Entry_ID: 17076<br>Info: 68,1,ILE,HA,HG13,1","Val.x: 4.12<br>Val.y: 0.94<br>Entry_ID: 17076<br>Info: 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17076<br>Info: 74,1,ASP,HA,HB3,1","Val.x: 2.36<br>Val.y: 7.38<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB2,H,1","Val.x: 2.36<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB2,HA,1","Val.x: 2.36<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB2,HB2,1","Val.x: 2.36<br>Val.y: 2.5<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB2,HB3,1","Val.x: 2.5<br>Val.y: 7.38<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB3,H,1","Val.x: 2.5<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB3,HA,1","Val.x: 2.5<br>Val.y: 2.36<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB3,HB2,1","Val.x: 2.5<br>Val.y: 2.5<br>Entry_ID: 17076<br>Info: 74,1,ASP,HB3,HB3,1","Val.x: 7.69<br>Val.y: 7.69<br>Entry_ID: 17076<br>Info: 75,1,ASP,H,H,1","Val.x: 7.69<br>Val.y: 4.23<br>Entry_ID: 17076<br>Info: 75,1,ASP,H,HA,1","Val.x: 7.69<br>Val.y: 2.2<br>Entry_ID: 17076<br>Info: 75,1,ASP,H,HB2,1","Val.x: 7.69<br>Val.y: 2.72<br>Entry_ID: 17076<br>Info: 75,1,ASP,H,HB3,1","Val.x: 4.23<br>Val.y: 7.69<br>Entry_ID: 17076<br>Info: 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7.64<br>Val.y: 2.67<br>Entry_ID: 17076<br>Info: 76,1,TYR,H,HB2,1","Val.x: 7.64<br>Val.y: 2.82<br>Entry_ID: 17076<br>Info: 76,1,TYR,H,HB3,1","Val.x: 7.64<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 76,1,TYR,H,HD1,1","Val.x: 7.64<br>Val.y: 7.13<br>Entry_ID: 17076<br>Info: 76,1,TYR,H,HE1,1","Val.x: 4.09<br>Val.y: 7.64<br>Entry_ID: 17076<br>Info: 76,1,TYR,HA,H,1","Val.x: 4.09<br>Val.y: 4.09<br>Entry_ID: 17076<br>Info: 76,1,TYR,HA,HA,1","Val.x: 4.09<br>Val.y: 2.67<br>Entry_ID: 17076<br>Info: 76,1,TYR,HA,HB2,1","Val.x: 4.09<br>Val.y: 2.82<br>Entry_ID: 17076<br>Info: 76,1,TYR,HA,HB3,1","Val.x: 4.09<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 76,1,TYR,HA,HD1,1","Val.x: 4.09<br>Val.y: 7.13<br>Entry_ID: 17076<br>Info: 76,1,TYR,HA,HE1,1","Val.x: 2.67<br>Val.y: 7.64<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB2,H,1","Val.x: 2.67<br>Val.y: 4.09<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB2,HA,1","Val.x: 2.67<br>Val.y: 2.67<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB2,HB2,1","Val.x: 2.67<br>Val.y: 2.82<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB2,HB3,1","Val.x: 2.67<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB2,HD1,1","Val.x: 2.67<br>Val.y: 7.13<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB2,HE1,1","Val.x: 2.82<br>Val.y: 7.64<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB3,H,1","Val.x: 2.82<br>Val.y: 4.09<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB3,HA,1","Val.x: 2.82<br>Val.y: 2.67<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB3,HB2,1","Val.x: 2.82<br>Val.y: 2.82<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB3,HB3,1","Val.x: 2.82<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB3,HD1,1","Val.x: 2.82<br>Val.y: 7.13<br>Entry_ID: 17076<br>Info: 76,1,TYR,HB3,HE1,1","Val.x: 7<br>Val.y: 7.64<br>Entry_ID: 17076<br>Info: 76,1,TYR,HD1,H,1","Val.x: 7<br>Val.y: 4.09<br>Entry_ID: 17076<br>Info: 76,1,TYR,HD1,HA,1","Val.x: 7<br>Val.y: 2.67<br>Entry_ID: 17076<br>Info: 76,1,TYR,HD1,HB2,1","Val.x: 7<br>Val.y: 2.82<br>Entry_ID: 17076<br>Info: 76,1,TYR,HD1,HB3,1","Val.x: 7<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 76,1,TYR,HD1,HD1,1","Val.x: 7<br>Val.y: 7.13<br>Entry_ID: 17076<br>Info: 76,1,TYR,HD1,HE1,1","Val.x: 7.13<br>Val.y: 7.64<br>Entry_ID: 17076<br>Info: 76,1,TYR,HE1,H,1","Val.x: 7.13<br>Val.y: 4.09<br>Entry_ID: 17076<br>Info: 76,1,TYR,HE1,HA,1","Val.x: 7.13<br>Val.y: 2.67<br>Entry_ID: 17076<br>Info: 76,1,TYR,HE1,HB2,1","Val.x: 7.13<br>Val.y: 2.82<br>Entry_ID: 17076<br>Info: 76,1,TYR,HE1,HB3,1","Val.x: 7.13<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 76,1,TYR,HE1,HD1,1","Val.x: 7.13<br>Val.y: 7.13<br>Entry_ID: 17076<br>Info: 76,1,TYR,HE1,HE1,1","Val.x: 8.48<br>Val.y: 8.48<br>Entry_ID: 17076<br>Info: 77,1,ASP,H,H,1","Val.x: 8.48<br>Val.y: 4.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,H,HA,1","Val.x: 8.48<br>Val.y: 2.63<br>Entry_ID: 17076<br>Info: 77,1,ASP,H,HB2,1","Val.x: 8.48<br>Val.y: 2.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,H,HB3,1","Val.x: 4.95<br>Val.y: 8.48<br>Entry_ID: 17076<br>Info: 77,1,ASP,HA,H,1","Val.x: 4.95<br>Val.y: 4.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,HA,HA,1","Val.x: 4.95<br>Val.y: 2.63<br>Entry_ID: 17076<br>Info: 77,1,ASP,HA,HB2,1","Val.x: 4.95<br>Val.y: 2.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,HA,HB3,1","Val.x: 2.63<br>Val.y: 8.48<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB2,H,1","Val.x: 2.63<br>Val.y: 4.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB2,HA,1","Val.x: 2.63<br>Val.y: 2.63<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB2,HB2,1","Val.x: 2.63<br>Val.y: 2.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB2,HB3,1","Val.x: 2.95<br>Val.y: 8.48<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB3,H,1","Val.x: 2.95<br>Val.y: 4.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB3,HA,1","Val.x: 2.95<br>Val.y: 2.63<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB3,HB2,1","Val.x: 2.95<br>Val.y: 2.95<br>Entry_ID: 17076<br>Info: 77,1,ASP,HB3,HB3,1","Val.x: 7.92<br>Val.y: 7.92<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,H,1","Val.x: 7.92<br>Val.y: 4.62<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HA,1","Val.x: 7.92<br>Val.y: 1.96<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HB,1","Val.x: 7.92<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HG11,1","Val.x: 7.92<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HG12,1","Val.x: 7.92<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HG13,1","Val.x: 7.92<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HG21,1","Val.x: 7.92<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HG22,1","Val.x: 7.92<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,H,HG23,1","Val.x: 4.62<br>Val.y: 7.92<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,H,1","Val.x: 4.62<br>Val.y: 4.62<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HA,1","Val.x: 4.62<br>Val.y: 1.96<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HB,1","Val.x: 4.62<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HG11,1","Val.x: 4.62<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HG12,1","Val.x: 4.62<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HG13,1","Val.x: 4.62<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HG21,1","Val.x: 4.62<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HG22,1","Val.x: 4.62<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,HA,HG23,1","Val.x: 1.96<br>Val.y: 7.92<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,H,1","Val.x: 1.96<br>Val.y: 4.62<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HA,1","Val.x: 1.96<br>Val.y: 1.96<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HB,1","Val.x: 1.96<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HG11,1","Val.x: 1.96<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HG12,1","Val.x: 1.96<br>Val.y: 0.83<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HG13,1","Val.x: 1.96<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HG21,1","Val.x: 1.96<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HG22,1","Val.x: 1.96<br>Val.y: 0.7<br>Entry_ID: 17076<br>Info: 78,1,VAL,HB,HG23,1","Val.x: 0.83<br>Val.y: 7.92<br>Entry_ID: 17076<br>Info: 78,1,VAL,HG11,H,1","Val.x: 0.83<br>Val.y: 4.62<br>Entry_ID: 17076<br>Info: 78,1,VAL,HG11,HA,1","Val.x: 0.83<br>Val.y: 1.96<br>Entry_ID: 17076<br>Info: 78,1,VAL,HG11,HB,1","Val.x: 0.83<br>Val.y: 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8.12<br>Val.y: 6.77<br>Entry_ID: 17076<br>Info: 9,1,PHE,H,HD1,1","Val.x: 8.12<br>Val.y: 6.93<br>Entry_ID: 17076<br>Info: 9,1,PHE,H,HE1,1","Val.x: 8.12<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 9,1,PHE,H,HZ,1","Val.x: 5.12<br>Val.y: 8.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,H,1","Val.x: 5.12<br>Val.y: 5.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,HA,1","Val.x: 5.12<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,HB2,1","Val.x: 5.12<br>Val.y: 2.53<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,HB3,1","Val.x: 5.12<br>Val.y: 6.77<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,HD1,1","Val.x: 5.12<br>Val.y: 6.93<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,HE1,1","Val.x: 5.12<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 9,1,PHE,HA,HZ,1","Val.x: 2.61<br>Val.y: 8.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,H,1","Val.x: 2.61<br>Val.y: 5.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,HA,1","Val.x: 2.61<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,HB2,1","Val.x: 2.61<br>Val.y: 2.53<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,HB3,1","Val.x: 2.61<br>Val.y: 6.77<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,HD1,1","Val.x: 2.61<br>Val.y: 6.93<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,HE1,1","Val.x: 2.61<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB2,HZ,1","Val.x: 2.53<br>Val.y: 8.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,H,1","Val.x: 2.53<br>Val.y: 5.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,HA,1","Val.x: 2.53<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,HB2,1","Val.x: 2.53<br>Val.y: 2.53<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,HB3,1","Val.x: 2.53<br>Val.y: 6.77<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,HD1,1","Val.x: 2.53<br>Val.y: 6.93<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,HE1,1","Val.x: 2.53<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 9,1,PHE,HB3,HZ,1","Val.x: 6.77<br>Val.y: 8.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HD1,H,1","Val.x: 6.77<br>Val.y: 5.12<br>Entry_ID: 17076<br>Info: 9,1,PHE,HD1,HA,1","Val.x: 6.77<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 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6.84<br>Val.y: 2.61<br>Entry_ID: 17076<br>Info: 9,1,PHE,HZ,HB2,1","Val.x: 6.84<br>Val.y: 2.53<br>Entry_ID: 17076<br>Info: 9,1,PHE,HZ,HB3,1","Val.x: 6.84<br>Val.y: 6.77<br>Entry_ID: 17076<br>Info: 9,1,PHE,HZ,HD1,1","Val.x: 6.84<br>Val.y: 6.93<br>Entry_ID: 17076<br>Info: 9,1,PHE,HZ,HE1,1","Val.x: 6.84<br>Val.y: 6.84<br>Entry_ID: 17076<br>Info: 9,1,PHE,HZ,HZ,1","Val.x: 4.15<br>Val.y: 4.15<br>Entry_ID: 17076<br>Info: 91,1,PRO,HA,HA,1","Val.x: 4.15<br>Val.y: 1.93<br>Entry_ID: 17076<br>Info: 91,1,PRO,HA,HB2,1","Val.x: 4.15<br>Val.y: 2.31<br>Entry_ID: 17076<br>Info: 91,1,PRO,HA,HB3,1","Val.x: 4.15<br>Val.y: 3.82<br>Entry_ID: 17076<br>Info: 91,1,PRO,HA,HD2,1","Val.x: 4.15<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 91,1,PRO,HA,HG2,1","Val.x: 4.15<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 91,1,PRO,HA,HG3,1","Val.x: 1.93<br>Val.y: 4.15<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB2,HA,1","Val.x: 1.93<br>Val.y: 1.93<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB2,HB2,1","Val.x: 1.93<br>Val.y: 2.31<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB2,HB3,1","Val.x: 1.93<br>Val.y: 3.82<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB2,HD2,1","Val.x: 1.93<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB2,HG2,1","Val.x: 1.93<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB2,HG3,1","Val.x: 2.31<br>Val.y: 4.15<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB3,HA,1","Val.x: 2.31<br>Val.y: 1.93<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB3,HB2,1","Val.x: 2.31<br>Val.y: 2.31<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB3,HB3,1","Val.x: 2.31<br>Val.y: 3.82<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB3,HD2,1","Val.x: 2.31<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB3,HG2,1","Val.x: 2.31<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 91,1,PRO,HB3,HG3,1","Val.x: 3.82<br>Val.y: 4.15<br>Entry_ID: 17076<br>Info: 91,1,PRO,HD2,HA,1","Val.x: 3.82<br>Val.y: 1.93<br>Entry_ID: 17076<br>Info: 91,1,PRO,HD2,HB2,1","Val.x: 3.82<br>Val.y: 2.31<br>Entry_ID: 17076<br>Info: 91,1,PRO,HD2,HB3,1","Val.x: 3.82<br>Val.y: 3.82<br>Entry_ID: 17076<br>Info: 91,1,PRO,HD2,HD2,1","Val.x: 3.82<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 91,1,PRO,HD2,HG2,1","Val.x: 3.82<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 91,1,PRO,HD2,HG3,1","Val.x: 2.05<br>Val.y: 4.15<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG2,HA,1","Val.x: 2.05<br>Val.y: 1.93<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG2,HB2,1","Val.x: 2.05<br>Val.y: 2.31<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG2,HB3,1","Val.x: 2.05<br>Val.y: 3.82<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG2,HD2,1","Val.x: 2.05<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG2,HG2,1","Val.x: 2.05<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG2,HG3,1","Val.x: 2.11<br>Val.y: 4.15<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG3,HA,1","Val.x: 2.11<br>Val.y: 1.93<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG3,HB2,1","Val.x: 2.11<br>Val.y: 2.31<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG3,HB3,1","Val.x: 2.11<br>Val.y: 3.82<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG3,HD2,1","Val.x: 2.11<br>Val.y: 2.05<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG3,HG2,1","Val.x: 2.11<br>Val.y: 2.11<br>Entry_ID: 17076<br>Info: 91,1,PRO,HG3,HG3,1","Val.x: 9.8<br>Val.y: 9.8<br>Entry_ID: 17076<br>Info: 92,1,GLU,H,H,1","Val.x: 9.8<br>Val.y: 3.89<br>Entry_ID: 17076<br>Info: 92,1,GLU,H,HA,1","Val.x: 9.8<br>Val.y: 1.64<br>Entry_ID: 17076<br>Info: 92,1,GLU,H,HB2,1","Val.x: 9.8<br>Val.y: 1.78<br>Entry_ID: 17076<br>Info: 92,1,GLU,H,HB3,1","Val.x: 9.8<br>Val.y: 2.12<br>Entry_ID: 17076<br>Info: 92,1,GLU,H,HG2,1","Val.x: 3.89<br>Val.y: 9.8<br>Entry_ID: 17076<br>Info: 92,1,GLU,HA,H,1","Val.x: 3.89<br>Val.y: 3.89<br>Entry_ID: 17076<br>Info: 92,1,GLU,HA,HA,1","Val.x: 3.89<br>Val.y: 1.64<br>Entry_ID: 17076<br>Info: 92,1,GLU,HA,HB2,1","Val.x: 3.89<br>Val.y: 1.78<br>Entry_ID: 17076<br>Info: 92,1,GLU,HA,HB3,1","Val.x: 3.89<br>Val.y: 2.12<br>Entry_ID: 17076<br>Info: 92,1,GLU,HA,HG2,1","Val.x: 1.64<br>Val.y: 9.8<br>Entry_ID: 17076<br>Info: 92,1,GLU,HB2,H,1","Val.x: 1.64<br>Val.y: 3.89<br>Entry_ID: 17076<br>Info: 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7.56<br>Entry_ID: 17076<br>Info: 93,1,TRP,HE3,HE3,1","Val.x: 7.56<br>Val.y: 6.58<br>Entry_ID: 17076<br>Info: 93,1,TRP,HE3,HH2,1","Val.x: 7.56<br>Val.y: 7.34<br>Entry_ID: 17076<br>Info: 93,1,TRP,HE3,HZ2,1","Val.x: 7.56<br>Val.y: 6.28<br>Entry_ID: 17076<br>Info: 93,1,TRP,HE3,HZ3,1","Val.x: 6.58<br>Val.y: 7.91<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,H,1","Val.x: 6.58<br>Val.y: 4.1<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HA,1","Val.x: 6.58<br>Val.y: 3.05<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HB2,1","Val.x: 6.58<br>Val.y: 3.31<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HB3,1","Val.x: 6.58<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HD1,1","Val.x: 6.58<br>Val.y: 10.28<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HE1,1","Val.x: 6.58<br>Val.y: 7.56<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HE3,1","Val.x: 6.58<br>Val.y: 6.58<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HH2,1","Val.x: 6.58<br>Val.y: 7.34<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HZ2,1","Val.x: 6.58<br>Val.y: 6.28<br>Entry_ID: 17076<br>Info: 93,1,TRP,HH2,HZ3,1","Val.x: 7.34<br>Val.y: 7.91<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,H,1","Val.x: 7.34<br>Val.y: 4.1<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HA,1","Val.x: 7.34<br>Val.y: 3.05<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HB2,1","Val.x: 7.34<br>Val.y: 3.31<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HB3,1","Val.x: 7.34<br>Val.y: 7<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HD1,1","Val.x: 7.34<br>Val.y: 10.28<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HE1,1","Val.x: 7.34<br>Val.y: 7.56<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HE3,1","Val.x: 7.34<br>Val.y: 6.58<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HH2,1","Val.x: 7.34<br>Val.y: 7.34<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HZ2,1","Val.x: 7.34<br>Val.y: 6.28<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ2,HZ3,1","Val.x: 6.28<br>Val.y: 7.91<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ3,H,1","Val.x: 6.28<br>Val.y: 4.1<br>Entry_ID: 17076<br>Info: 93,1,TRP,HZ3,HA,1","Val.x: 6.28<br>Val.y: 3.05<br>Entry_ID: 17076<br>Info: 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6.96<br>Val.y: 0.07<br>Entry_ID: 17076<br>Info: 94,1,VAL,H,HG21,1","Val.x: 6.96<br>Val.y: 0.07<br>Entry_ID: 17076<br>Info: 94,1,VAL,H,HG22,1","Val.x: 6.96<br>Val.y: 0.07<br>Entry_ID: 17076<br>Info: 94,1,VAL,H,HG23,1","Val.x: 4.2<br>Val.y: 6.96<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,H,1","Val.x: 4.2<br>Val.y: 4.2<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HA,1","Val.x: 4.2<br>Val.y: 1.57<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HB,1","Val.x: 4.2<br>Val.y: 0.69<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HG11,1","Val.x: 4.2<br>Val.y: 0.69<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HG12,1","Val.x: 4.2<br>Val.y: 0.69<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HG13,1","Val.x: 4.2<br>Val.y: 0.07<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HG21,1","Val.x: 4.2<br>Val.y: 0.07<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HG22,1","Val.x: 4.2<br>Val.y: 0.07<br>Entry_ID: 17076<br>Info: 94,1,VAL,HA,HG23,1","Val.x: 1.57<br>Val.y: 6.96<br>Entry_ID: 17076<br>Info: 94,1,VAL,HB,H,1","Val.x: 1.57<br>Val.y: 4.2<br>Entry_ID: 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10,1,VAL,H,HG11,1","Val.x: 7.87<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,H,HG12,1","Val.x: 7.87<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,H,HG13,1","Val.x: 7.87<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,H,HG21,1","Val.x: 7.87<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,H,HG22,1","Val.x: 7.87<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,H,HG23,1","Val.x: 4.92<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,H,1","Val.x: 4.92<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HA,1","Val.x: 4.92<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HB,1","Val.x: 4.92<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HG11,1","Val.x: 4.92<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HG12,1","Val.x: 4.92<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HG13,1","Val.x: 4.92<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HG21,1","Val.x: 4.92<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HG22,1","Val.x: 4.92<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HA,HG23,1","Val.x: 1.54<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,H,1","Val.x: 1.54<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HA,1","Val.x: 1.54<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HB,1","Val.x: 1.54<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HG11,1","Val.x: 1.54<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HG12,1","Val.x: 1.54<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HG13,1","Val.x: 1.54<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HG21,1","Val.x: 1.54<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HG22,1","Val.x: 1.54<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HB,HG23,1","Val.x: 0.44<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,H,1","Val.x: 0.44<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HA,1","Val.x: 0.44<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HB,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HG11,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HG12,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HG13,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HG21,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HG22,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG11,HG23,1","Val.x: 0.44<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,H,1","Val.x: 0.44<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HA,1","Val.x: 0.44<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HB,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HG11,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HG12,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HG13,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HG21,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HG22,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG12,HG23,1","Val.x: 0.44<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,H,1","Val.x: 0.44<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HA,1","Val.x: 0.44<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HB,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HG11,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HG12,1","Val.x: 0.44<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HG13,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HG21,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HG22,1","Val.x: 0.44<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG13,HG23,1","Val.x: 0.55<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,H,1","Val.x: 0.55<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HA,1","Val.x: 0.55<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HB,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HG11,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HG12,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HG13,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HG21,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HG22,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG21,HG23,1","Val.x: 0.55<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,H,1","Val.x: 0.55<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HA,1","Val.x: 0.55<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HB,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HG11,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HG12,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HG13,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HG21,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HG22,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG22,HG23,1","Val.x: 0.55<br>Val.y: 7.87<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,H,1","Val.x: 0.55<br>Val.y: 4.92<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HA,1","Val.x: 0.55<br>Val.y: 1.54<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HB,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HG11,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HG12,1","Val.x: 0.55<br>Val.y: 0.44<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HG13,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HG21,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HG22,1","Val.x: 0.55<br>Val.y: 0.55<br>Entry_ID: 17077<br>Info: 10,1,VAL,HG23,HG23,1","Val.x: 8.33<br>Val.y: 8.33<br>Entry_ID: 17077<br>Info: 101,1,ASP,H,H,1","Val.x: 8.33<br>Val.y: 5.2<br>Entry_ID: 17077<br>Info: 101,1,ASP,H,HA,1","Val.x: 8.33<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 101,1,ASP,H,HB2,1","Val.x: 8.33<br>Val.y: 2.42<br>Entry_ID: 17077<br>Info: 101,1,ASP,H,HB3,1","Val.x: 5.2<br>Val.y: 8.33<br>Entry_ID: 17077<br>Info: 101,1,ASP,HA,H,1","Val.x: 5.2<br>Val.y: 5.2<br>Entry_ID: 17077<br>Info: 101,1,ASP,HA,HA,1","Val.x: 5.2<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 101,1,ASP,HA,HB2,1","Val.x: 5.2<br>Val.y: 2.42<br>Entry_ID: 17077<br>Info: 101,1,ASP,HA,HB3,1","Val.x: 2.78<br>Val.y: 8.33<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB2,H,1","Val.x: 2.78<br>Val.y: 5.2<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB2,HA,1","Val.x: 2.78<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB2,HB2,1","Val.x: 2.78<br>Val.y: 2.42<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB2,HB3,1","Val.x: 2.42<br>Val.y: 8.33<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB3,H,1","Val.x: 2.42<br>Val.y: 5.2<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB3,HA,1","Val.x: 2.42<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB3,HB2,1","Val.x: 2.42<br>Val.y: 2.42<br>Entry_ID: 17077<br>Info: 101,1,ASP,HB3,HB3,1","Val.x: 8.88<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,H,1","Val.x: 8.88<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HA,1","Val.x: 8.88<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HB2,1","Val.x: 8.88<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HB3,1","Val.x: 8.88<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HD1,1","Val.x: 8.88<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HE1,1","Val.x: 8.88<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HE3,1","Val.x: 8.88<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HH2,1","Val.x: 8.88<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HZ2,1","Val.x: 8.88<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,H,HZ3,1","Val.x: 4.97<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,H,1","Val.x: 4.97<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HA,1","Val.x: 4.97<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HB2,1","Val.x: 4.97<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HB3,1","Val.x: 4.97<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HD1,1","Val.x: 4.97<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HE1,1","Val.x: 4.97<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HE3,1","Val.x: 4.97<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HH2,1","Val.x: 4.97<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HZ2,1","Val.x: 4.97<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HA,HZ3,1","Val.x: 2.89<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,H,1","Val.x: 2.89<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HA,1","Val.x: 2.89<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HB2,1","Val.x: 2.89<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HB3,1","Val.x: 2.89<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HD1,1","Val.x: 2.89<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HE1,1","Val.x: 2.89<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HE3,1","Val.x: 2.89<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HH2,1","Val.x: 2.89<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HZ2,1","Val.x: 2.89<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB2,HZ3,1","Val.x: 3.2<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,H,1","Val.x: 3.2<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HA,1","Val.x: 3.2<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HB2,1","Val.x: 3.2<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HB3,1","Val.x: 3.2<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HD1,1","Val.x: 3.2<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HE1,1","Val.x: 3.2<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HE3,1","Val.x: 3.2<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HH2,1","Val.x: 3.2<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HZ2,1","Val.x: 3.2<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HB3,HZ3,1","Val.x: 6.86<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,H,1","Val.x: 6.86<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HA,1","Val.x: 6.86<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HB2,1","Val.x: 6.86<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HB3,1","Val.x: 6.86<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HD1,1","Val.x: 6.86<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HE1,1","Val.x: 6.86<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HE3,1","Val.x: 6.86<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HH2,1","Val.x: 6.86<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HZ2,1","Val.x: 6.86<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HD1,HZ3,1","Val.x: 11.47<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,H,1","Val.x: 11.47<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HA,1","Val.x: 11.47<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HB2,1","Val.x: 11.47<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HB3,1","Val.x: 11.47<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HD1,1","Val.x: 11.47<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HE1,1","Val.x: 11.47<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HE3,1","Val.x: 11.47<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HH2,1","Val.x: 11.47<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HZ2,1","Val.x: 11.47<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE1,HZ3,1","Val.x: 7.23<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,H,1","Val.x: 7.23<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HA,1","Val.x: 7.23<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HB2,1","Val.x: 7.23<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HB3,1","Val.x: 7.23<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HD1,1","Val.x: 7.23<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HE1,1","Val.x: 7.23<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HE3,1","Val.x: 7.23<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HH2,1","Val.x: 7.23<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HZ2,1","Val.x: 7.23<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HE3,HZ3,1","Val.x: 6.9<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,H,1","Val.x: 6.9<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HA,1","Val.x: 6.9<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HB2,1","Val.x: 6.9<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HB3,1","Val.x: 6.9<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HD1,1","Val.x: 6.9<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HE1,1","Val.x: 6.9<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HE3,1","Val.x: 6.9<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HH2,1","Val.x: 6.9<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HZ2,1","Val.x: 6.9<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HH2,HZ3,1","Val.x: 7.33<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,H,1","Val.x: 7.33<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HA,1","Val.x: 7.33<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HB2,1","Val.x: 7.33<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HB3,1","Val.x: 7.33<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HD1,1","Val.x: 7.33<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HE1,1","Val.x: 7.33<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HE3,1","Val.x: 7.33<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HH2,1","Val.x: 7.33<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HZ2,1","Val.x: 7.33<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ2,HZ3,1","Val.x: 7.05<br>Val.y: 8.88<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,H,1","Val.x: 7.05<br>Val.y: 4.97<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HA,1","Val.x: 7.05<br>Val.y: 2.89<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HB2,1","Val.x: 7.05<br>Val.y: 3.2<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HB3,1","Val.x: 7.05<br>Val.y: 6.86<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HD1,1","Val.x: 7.05<br>Val.y: 11.47<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HE1,1","Val.x: 7.05<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HE3,1","Val.x: 7.05<br>Val.y: 6.9<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HH2,1","Val.x: 7.05<br>Val.y: 7.33<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HZ2,1","Val.x: 7.05<br>Val.y: 7.05<br>Entry_ID: 17077<br>Info: 102,1,TRP,HZ3,HZ3,1","Val.x: 8.6<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,H,1","Val.x: 8.6<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,HA,1","Val.x: 8.6<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,HB2,1","Val.x: 8.6<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,HB3,1","Val.x: 8.6<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,HE21,1","Val.x: 8.6<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,HE22,1","Val.x: 8.6<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,H,HG2,1","Val.x: 4.01<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,H,1","Val.x: 4.01<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,HA,1","Val.x: 4.01<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,HB2,1","Val.x: 4.01<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,HB3,1","Val.x: 4.01<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,HE21,1","Val.x: 4.01<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,HE22,1","Val.x: 4.01<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,HA,HG2,1","Val.x: 1.97<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,H,1","Val.x: 1.97<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,HA,1","Val.x: 1.97<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,HB2,1","Val.x: 1.97<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,HB3,1","Val.x: 1.97<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,HE21,1","Val.x: 1.97<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,HE22,1","Val.x: 1.97<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB2,HG2,1","Val.x: 2.03<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,H,1","Val.x: 2.03<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,HA,1","Val.x: 2.03<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,HB2,1","Val.x: 2.03<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,HB3,1","Val.x: 2.03<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,HE21,1","Val.x: 2.03<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,HE22,1","Val.x: 2.03<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,HB3,HG2,1","Val.x: 6.75<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,H,1","Val.x: 6.75<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,HA,1","Val.x: 6.75<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,HB2,1","Val.x: 6.75<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,HB3,1","Val.x: 6.75<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,HE21,1","Val.x: 6.75<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,HE22,1","Val.x: 6.75<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE21,HG2,1","Val.x: 7.62<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,H,1","Val.x: 7.62<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,HA,1","Val.x: 7.62<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,HB2,1","Val.x: 7.62<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,HB3,1","Val.x: 7.62<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,HE21,1","Val.x: 7.62<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,HE22,1","Val.x: 7.62<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,HE22,HG2,1","Val.x: 2.25<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,H,1","Val.x: 2.25<br>Val.y: 4.01<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,HA,1","Val.x: 2.25<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,HB2,1","Val.x: 2.25<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,HB3,1","Val.x: 2.25<br>Val.y: 6.75<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,HE21,1","Val.x: 2.25<br>Val.y: 7.62<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,HE22,1","Val.x: 2.25<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 103,1,GLN,HG2,HG2,1","Val.x: 7.98<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,H,1","Val.x: 7.98<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HA,1","Val.x: 7.98<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HB2,1","Val.x: 7.98<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HB3,1","Val.x: 7.98<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HD11,1","Val.x: 7.98<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HD12,1","Val.x: 7.98<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HD13,1","Val.x: 7.98<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HD21,1","Val.x: 7.98<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HD22,1","Val.x: 7.98<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HD23,1","Val.x: 7.98<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,H,HG,1","Val.x: 4.53<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,H,1","Val.x: 4.53<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HA,1","Val.x: 4.53<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HB2,1","Val.x: 4.53<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HB3,1","Val.x: 4.53<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HD11,1","Val.x: 4.53<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HD12,1","Val.x: 4.53<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HD13,1","Val.x: 4.53<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HD21,1","Val.x: 4.53<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HD22,1","Val.x: 4.53<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HD23,1","Val.x: 4.53<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HA,HG,1","Val.x: 1.36<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,H,1","Val.x: 1.36<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HA,1","Val.x: 1.36<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HB2,1","Val.x: 1.36<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HB3,1","Val.x: 1.36<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HD11,1","Val.x: 1.36<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HD12,1","Val.x: 1.36<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HD13,1","Val.x: 1.36<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HD21,1","Val.x: 1.36<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HD22,1","Val.x: 1.36<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HD23,1","Val.x: 1.36<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB2,HG,1","Val.x: 1.72<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,H,1","Val.x: 1.72<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HA,1","Val.x: 1.72<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HB2,1","Val.x: 1.72<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HB3,1","Val.x: 1.72<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HD11,1","Val.x: 1.72<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HD12,1","Val.x: 1.72<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HD13,1","Val.x: 1.72<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HD21,1","Val.x: 1.72<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HD22,1","Val.x: 1.72<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HD23,1","Val.x: 1.72<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HB3,HG,1","Val.x: 0.91<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,H,1","Val.x: 0.91<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HA,1","Val.x: 0.91<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HB2,1","Val.x: 0.91<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HB3,1","Val.x: 0.91<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HD11,1","Val.x: 0.91<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HD12,1","Val.x: 0.91<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HD13,1","Val.x: 0.91<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HD21,1","Val.x: 0.91<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HD22,1","Val.x: 0.91<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HD23,1","Val.x: 0.91<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD11,HG,1","Val.x: 0.91<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 104,1,LEU,HD13,HB2,1","Val.x: 0.91<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HB3,1","Val.x: 0.91<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HD11,1","Val.x: 0.91<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HD12,1","Val.x: 0.91<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HD13,1","Val.x: 0.91<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HD21,1","Val.x: 0.91<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HD22,1","Val.x: 0.91<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HD23,1","Val.x: 0.91<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD13,HG,1","Val.x: 1.08<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,H,1","Val.x: 1.08<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HA,1","Val.x: 1.08<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HB2,1","Val.x: 1.08<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HB3,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HD11,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HD12,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HD13,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HD21,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HD22,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HD23,1","Val.x: 1.08<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD21,HG,1","Val.x: 1.08<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,H,1","Val.x: 1.08<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HA,1","Val.x: 1.08<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HB2,1","Val.x: 1.08<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HB3,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HD11,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HD12,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HD13,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HD21,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HD22,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HD23,1","Val.x: 1.08<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD22,HG,1","Val.x: 1.08<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,H,1","Val.x: 1.08<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HA,1","Val.x: 1.08<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HB2,1","Val.x: 1.08<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HB3,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HD11,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HD12,1","Val.x: 1.08<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HD13,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HD21,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HD22,1","Val.x: 1.08<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HD23,1","Val.x: 1.08<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HD23,HG,1","Val.x: 1.62<br>Val.y: 7.98<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,H,1","Val.x: 1.62<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HA,1","Val.x: 1.62<br>Val.y: 1.36<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HB2,1","Val.x: 1.62<br>Val.y: 1.72<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HB3,1","Val.x: 1.62<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HD11,1","Val.x: 1.62<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HD12,1","Val.x: 1.62<br>Val.y: 0.91<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HD13,1","Val.x: 1.62<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HD21,1","Val.x: 1.62<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HD22,1","Val.x: 1.62<br>Val.y: 1.08<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HD23,1","Val.x: 1.62<br>Val.y: 1.62<br>Entry_ID: 17077<br>Info: 104,1,LEU,HG,HG,1","Val.x: 9.01<br>Val.y: 9.01<br>Entry_ID: 17077<br>Info: 105,1,GLU,H,H,1","Val.x: 9.01<br>Val.y: 3.95<br>Entry_ID: 17077<br>Info: 105,1,GLU,H,HA,1","Val.x: 9.01<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 105,1,GLU,H,HB2,1","Val.x: 9.01<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 105,1,GLU,H,HB3,1","Val.x: 9.01<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 105,1,GLU,H,HG2,1","Val.x: 9.01<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 105,1,GLU,H,HG3,1","Val.x: 3.95<br>Val.y: 9.01<br>Entry_ID: 17077<br>Info: 105,1,GLU,HA,H,1","Val.x: 3.95<br>Val.y: 3.95<br>Entry_ID: 17077<br>Info: 105,1,GLU,HA,HA,1","Val.x: 3.95<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 105,1,GLU,HA,HB2,1","Val.x: 3.95<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 105,1,GLU,HA,HB3,1","Val.x: 3.95<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 105,1,GLU,HA,HG2,1","Val.x: 3.95<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 105,1,GLU,HA,HG3,1","Val.x: 1.68<br>Val.y: 9.01<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB2,H,1","Val.x: 1.68<br>Val.y: 3.95<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB2,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB2,HB2,1","Val.x: 1.68<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB2,HB3,1","Val.x: 1.68<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB2,HG2,1","Val.x: 1.68<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB2,HG3,1","Val.x: 1.79<br>Val.y: 9.01<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB3,H,1","Val.x: 1.79<br>Val.y: 3.95<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB3,HA,1","Val.x: 1.79<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB3,HB2,1","Val.x: 1.79<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB3,HB3,1","Val.x: 1.79<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB3,HG2,1","Val.x: 1.79<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 105,1,GLU,HB3,HG3,1","Val.x: 2.02<br>Val.y: 9.01<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG2,H,1","Val.x: 2.02<br>Val.y: 3.95<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG2,HA,1","Val.x: 2.02<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG2,HB2,1","Val.x: 2.02<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG2,HB3,1","Val.x: 2.02<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG2,HG2,1","Val.x: 2.02<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG2,HG3,1","Val.x: 2.08<br>Val.y: 9.01<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG3,H,1","Val.x: 2.08<br>Val.y: 3.95<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG3,HA,1","Val.x: 2.08<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG3,HB2,1","Val.x: 2.08<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG3,HB3,1","Val.x: 2.08<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG3,HG2,1","Val.x: 2.08<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 105,1,GLU,HG3,HG3,1","Val.x: 8.35<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 106,1,ASP,H,H,1","Val.x: 8.35<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 106,1,ASP,H,HA,1","Val.x: 8.35<br>Val.y: 2.45<br>Entry_ID: 17077<br>Info: 106,1,ASP,H,HB2,1","Val.x: 8.35<br>Val.y: 2.98<br>Entry_ID: 17077<br>Info: 106,1,ASP,H,HB3,1","Val.x: 4.34<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 106,1,ASP,HA,H,1","Val.x: 4.34<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 106,1,ASP,HA,HA,1","Val.x: 4.34<br>Val.y: 2.45<br>Entry_ID: 17077<br>Info: 106,1,ASP,HA,HB2,1","Val.x: 4.34<br>Val.y: 2.98<br>Entry_ID: 17077<br>Info: 106,1,ASP,HA,HB3,1","Val.x: 2.45<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB2,H,1","Val.x: 2.45<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB2,HA,1","Val.x: 2.45<br>Val.y: 2.45<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB2,HB2,1","Val.x: 2.45<br>Val.y: 2.98<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB2,HB3,1","Val.x: 2.98<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB3,H,1","Val.x: 2.98<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB3,HA,1","Val.x: 2.98<br>Val.y: 2.45<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB3,HB2,1","Val.x: 2.98<br>Val.y: 2.98<br>Entry_ID: 17077<br>Info: 106,1,ASP,HB3,HB3,1","Val.x: 3.92<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HA,1","Val.x: 3.92<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HB2,1","Val.x: 3.92<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HB3,1","Val.x: 3.92<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HD2,1","Val.x: 3.92<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HD3,1","Val.x: 3.92<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HG2,1","Val.x: 3.92<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HA,HG3,1","Val.x: 1.07<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HA,1","Val.x: 1.07<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HB2,1","Val.x: 1.07<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HB3,1","Val.x: 1.07<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HD2,1","Val.x: 1.07<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HD3,1","Val.x: 1.07<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HG2,1","Val.x: 1.07<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB2,HG3,1","Val.x: 0.37<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HA,1","Val.x: 0.37<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HB2,1","Val.x: 0.37<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HB3,1","Val.x: 0.37<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HD2,1","Val.x: 0.37<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HD3,1","Val.x: 0.37<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HG2,1","Val.x: 0.37<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HB3,HG3,1","Val.x: 3.97<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HA,1","Val.x: 3.97<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HB2,1","Val.x: 3.97<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HB3,1","Val.x: 3.97<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HD2,1","Val.x: 3.97<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HD3,1","Val.x: 3.97<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HG2,1","Val.x: 3.97<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD2,HG3,1","Val.x: 4.15<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HA,1","Val.x: 4.15<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HB2,1","Val.x: 4.15<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HB3,1","Val.x: 4.15<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HD2,1","Val.x: 4.15<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HD3,1","Val.x: 4.15<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HG2,1","Val.x: 4.15<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HD3,HG3,1","Val.x: 1.07<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HA,1","Val.x: 1.07<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HB2,1","Val.x: 1.07<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HB3,1","Val.x: 1.07<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HD2,1","Val.x: 1.07<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HD3,1","Val.x: 1.07<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HG2,1","Val.x: 1.07<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG2,HG3,1","Val.x: 1.4<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HA,1","Val.x: 1.4<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HB2,1","Val.x: 1.4<br>Val.y: 0.37<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HB3,1","Val.x: 1.4<br>Val.y: 3.97<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HD2,1","Val.x: 1.4<br>Val.y: 4.15<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HD3,1","Val.x: 1.4<br>Val.y: 1.07<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HG2,1","Val.x: 1.4<br>Val.y: 1.4<br>Entry_ID: 17077<br>Info: 107,1,PRO,HG3,HG3,1","Val.x: 7.56<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 108,1,ASP,H,H,1","Val.x: 7.56<br>Val.y: 4.2<br>Entry_ID: 17077<br>Info: 108,1,ASP,H,HA,1","Val.x: 7.56<br>Val.y: 2.57<br>Entry_ID: 17077<br>Info: 108,1,ASP,H,HB2,1","Val.x: 7.56<br>Val.y: 2.79<br>Entry_ID: 17077<br>Info: 108,1,ASP,H,HB3,1","Val.x: 4.2<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 108,1,ASP,HA,H,1","Val.x: 4.2<br>Val.y: 4.2<br>Entry_ID: 17077<br>Info: 108,1,ASP,HA,HA,1","Val.x: 4.2<br>Val.y: 2.57<br>Entry_ID: 17077<br>Info: 108,1,ASP,HA,HB2,1","Val.x: 4.2<br>Val.y: 2.79<br>Entry_ID: 17077<br>Info: 108,1,ASP,HA,HB3,1","Val.x: 2.57<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB2,H,1","Val.x: 2.57<br>Val.y: 4.2<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB2,HA,1","Val.x: 2.57<br>Val.y: 2.57<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB2,HB2,1","Val.x: 2.57<br>Val.y: 2.79<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB2,HB3,1","Val.x: 2.79<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB3,H,1","Val.x: 2.79<br>Val.y: 4.2<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB3,HA,1","Val.x: 2.79<br>Val.y: 2.57<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB3,HB2,1","Val.x: 2.79<br>Val.y: 2.79<br>Entry_ID: 17077<br>Info: 108,1,ASP,HB3,HB3,1","Val.x: 8.77<br>Val.y: 8.77<br>Entry_ID: 17077<br>Info: 109,1,GLY,H,H,1","Val.x: 8.77<br>Val.y: 3.88<br>Entry_ID: 17077<br>Info: 109,1,GLY,H,HA2,1","Val.x: 8.77<br>Val.y: 4.19<br>Entry_ID: 17077<br>Info: 109,1,GLY,H,HA3,1","Val.x: 3.88<br>Val.y: 8.77<br>Entry_ID: 17077<br>Info: 109,1,GLY,HA2,H,1","Val.x: 3.88<br>Val.y: 3.88<br>Entry_ID: 17077<br>Info: 109,1,GLY,HA2,HA2,1","Val.x: 3.88<br>Val.y: 4.19<br>Entry_ID: 17077<br>Info: 109,1,GLY,HA2,HA3,1","Val.x: 4.19<br>Val.y: 8.77<br>Entry_ID: 17077<br>Info: 109,1,GLY,HA3,H,1","Val.x: 4.19<br>Val.y: 3.88<br>Entry_ID: 17077<br>Info: 109,1,GLY,HA3,HA2,1","Val.x: 4.19<br>Val.y: 4.19<br>Entry_ID: 17077<br>Info: 109,1,GLY,HA3,HA3,1","Val.x: 8.19<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,H,1","Val.x: 8.19<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HA,1","Val.x: 8.19<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HB2,1","Val.x: 8.19<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HB3,1","Val.x: 8.19<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HE21,1","Val.x: 8.19<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HE22,1","Val.x: 8.19<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HG2,1","Val.x: 8.19<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,H,HG3,1","Val.x: 4.7<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,H,1","Val.x: 4.7<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HA,1","Val.x: 4.7<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HB2,1","Val.x: 4.7<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HB3,1","Val.x: 4.7<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HE21,1","Val.x: 4.7<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HE22,1","Val.x: 4.7<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HG2,1","Val.x: 4.7<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HA,HG3,1","Val.x: 2.07<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,H,1","Val.x: 2.07<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HA,1","Val.x: 2.07<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HB2,1","Val.x: 2.07<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HB3,1","Val.x: 2.07<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HE21,1","Val.x: 2.07<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HE22,1","Val.x: 2.07<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HG2,1","Val.x: 2.07<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB2,HG3,1","Val.x: 2.33<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,H,1","Val.x: 2.33<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HA,1","Val.x: 2.33<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HB2,1","Val.x: 2.33<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HB3,1","Val.x: 2.33<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HE21,1","Val.x: 2.33<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HE22,1","Val.x: 2.33<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HG2,1","Val.x: 2.33<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HB3,HG3,1","Val.x: 7.51<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,H,1","Val.x: 7.51<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HA,1","Val.x: 7.51<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HB2,1","Val.x: 7.51<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HB3,1","Val.x: 7.51<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HE21,1","Val.x: 7.51<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HE22,1","Val.x: 7.51<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HG2,1","Val.x: 7.51<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE21,HG3,1","Val.x: 7.11<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,H,1","Val.x: 7.11<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HA,1","Val.x: 7.11<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HB2,1","Val.x: 7.11<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HB3,1","Val.x: 7.11<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HE21,1","Val.x: 7.11<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HE22,1","Val.x: 7.11<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HG2,1","Val.x: 7.11<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HE22,HG3,1","Val.x: 2.03<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,H,1","Val.x: 2.03<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HA,1","Val.x: 2.03<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HB2,1","Val.x: 2.03<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HB3,1","Val.x: 2.03<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HE21,1","Val.x: 2.03<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HE22,1","Val.x: 2.03<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HG2,1","Val.x: 2.03<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG2,HG3,1","Val.x: 2.29<br>Val.y: 8.19<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,H,1","Val.x: 2.29<br>Val.y: 4.7<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HA,1","Val.x: 2.29<br>Val.y: 2.07<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HB2,1","Val.x: 2.29<br>Val.y: 2.33<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HB3,1","Val.x: 2.29<br>Val.y: 7.51<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HE21,1","Val.x: 2.29<br>Val.y: 7.11<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HE22,1","Val.x: 2.29<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HG2,1","Val.x: 2.29<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 110,1,GLN,HG3,HG3,1","Val.x: 7.09<br>Val.y: 7.09<br>Entry_ID: 17077<br>Info: 11,1,CYS,H,H,1","Val.x: 7.09<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 11,1,CYS,H,HB2,1","Val.x: 7.09<br>Val.y: 3.82<br>Entry_ID: 17077<br>Info: 11,1,CYS,H,HB3,1","Val.x: 2.7<br>Val.y: 7.09<br>Entry_ID: 17077<br>Info: 11,1,CYS,HB2,H,1","Val.x: 2.7<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 11,1,CYS,HB2,HB2,1","Val.x: 2.7<br>Val.y: 3.82<br>Entry_ID: 17077<br>Info: 11,1,CYS,HB2,HB3,1","Val.x: 3.82<br>Val.y: 7.09<br>Entry_ID: 17077<br>Info: 11,1,CYS,HB3,H,1","Val.x: 3.82<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 11,1,CYS,HB3,HB2,1","Val.x: 3.82<br>Val.y: 3.82<br>Entry_ID: 17077<br>Info: 11,1,CYS,HB3,HB3,1","Val.x: 8.27<br>Val.y: 8.27<br>Entry_ID: 17077<br>Info: 111,1,SER,H,H,1","Val.x: 8.27<br>Val.y: 4.49<br>Entry_ID: 17077<br>Info: 111,1,SER,H,HA,1","Val.x: 8.27<br>Val.y: 4.46<br>Entry_ID: 17077<br>Info: 111,1,SER,H,HB2,1","Val.x: 8.27<br>Val.y: 4.12<br>Entry_ID: 17077<br>Info: 111,1,SER,H,HB3,1","Val.x: 4.49<br>Val.y: 8.27<br>Entry_ID: 17077<br>Info: 111,1,SER,HA,H,1","Val.x: 4.49<br>Val.y: 4.49<br>Entry_ID: 17077<br>Info: 111,1,SER,HA,HA,1","Val.x: 4.49<br>Val.y: 4.46<br>Entry_ID: 17077<br>Info: 111,1,SER,HA,HB2,1","Val.x: 4.49<br>Val.y: 4.12<br>Entry_ID: 17077<br>Info: 111,1,SER,HA,HB3,1","Val.x: 4.46<br>Val.y: 8.27<br>Entry_ID: 17077<br>Info: 111,1,SER,HB2,H,1","Val.x: 4.46<br>Val.y: 4.49<br>Entry_ID: 17077<br>Info: 111,1,SER,HB2,HA,1","Val.x: 4.46<br>Val.y: 4.46<br>Entry_ID: 17077<br>Info: 111,1,SER,HB2,HB2,1","Val.x: 4.46<br>Val.y: 4.12<br>Entry_ID: 17077<br>Info: 111,1,SER,HB2,HB3,1","Val.x: 4.12<br>Val.y: 8.27<br>Entry_ID: 17077<br>Info: 111,1,SER,HB3,H,1","Val.x: 4.12<br>Val.y: 4.49<br>Entry_ID: 17077<br>Info: 111,1,SER,HB3,HA,1","Val.x: 4.12<br>Val.y: 4.46<br>Entry_ID: 17077<br>Info: 111,1,SER,HB3,HB2,1","Val.x: 4.12<br>Val.y: 4.12<br>Entry_ID: 17077<br>Info: 111,1,SER,HB3,HB3,1","Val.x: 8.76<br>Val.y: 8.76<br>Entry_ID: 17077<br>Info: 112,1,LEU,H,H,1","Val.x: 8.76<br>Val.y: 4.22<br>Entry_ID: 17077<br>Info: 112,1,LEU,H,HA,1","Val.x: 8.76<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 112,1,LEU,H,HB2,1","Val.x: 8.76<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,H,HB3,1","Val.x: 8.76<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 112,1,LEU,HB3,HG,1","Val.x: 0.81<br>Val.y: 8.76<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,H,1","Val.x: 0.81<br>Val.y: 4.22<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HA,1","Val.x: 0.81<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HB2,1","Val.x: 0.81<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HB3,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HD11,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HD12,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HD13,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HD21,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HD22,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HD23,1","Val.x: 0.81<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD11,HG,1","Val.x: 0.81<br>Val.y: 8.76<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,H,1","Val.x: 0.81<br>Val.y: 4.22<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HA,1","Val.x: 0.81<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HB2,1","Val.x: 0.81<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HB3,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HD11,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HD12,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HD13,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HD21,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HD22,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HD23,1","Val.x: 0.81<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD12,HG,1","Val.x: 0.81<br>Val.y: 8.76<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,H,1","Val.x: 0.81<br>Val.y: 4.22<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HA,1","Val.x: 0.81<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HB2,1","Val.x: 0.81<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HB3,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HD11,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HD12,1","Val.x: 0.81<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HD13,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HD21,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HD22,1","Val.x: 0.81<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HD23,1","Val.x: 0.81<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD13,HG,1","Val.x: 0.94<br>Val.y: 8.76<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD21,H,1","Val.x: 0.94<br>Val.y: 4.22<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD21,HA,1","Val.x: 0.94<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD21,HB2,1","Val.x: 0.94<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD21,HB3,1","Val.x: 0.94<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 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0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD22,HD13,1","Val.x: 0.94<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD22,HD21,1","Val.x: 0.94<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD22,HD22,1","Val.x: 0.94<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD22,HD23,1","Val.x: 0.94<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD22,HG,1","Val.x: 0.94<br>Val.y: 8.76<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,H,1","Val.x: 0.94<br>Val.y: 4.22<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,HA,1","Val.x: 0.94<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,HB2,1","Val.x: 0.94<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,HB3,1","Val.x: 0.94<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,HD11,1","Val.x: 0.94<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,HD12,1","Val.x: 0.94<br>Val.y: 0.81<br>Entry_ID: 17077<br>Info: 112,1,LEU,HD23,HD13,1","Val.x: 0.94<br>Val.y: 0.94<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 118,1,VAL,HA,HG12,1","Val.x: 3.8<br>Val.y: 0.92<br>Entry_ID: 17077<br>Info: 118,1,VAL,HA,HG13,1","Val.x: 3.8<br>Val.y: 0.89<br>Entry_ID: 17077<br>Info: 118,1,VAL,HA,HG21,1","Val.x: 3.8<br>Val.y: 0.89<br>Entry_ID: 17077<br>Info: 118,1,VAL,HA,HG22,1","Val.x: 3.8<br>Val.y: 0.89<br>Entry_ID: 17077<br>Info: 118,1,VAL,HA,HG23,1","Val.x: 1.87<br>Val.y: 8.65<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,H,1","Val.x: 1.87<br>Val.y: 3.8<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HA,1","Val.x: 1.87<br>Val.y: 1.87<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HB,1","Val.x: 1.87<br>Val.y: 0.92<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HG11,1","Val.x: 1.87<br>Val.y: 0.92<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HG12,1","Val.x: 1.87<br>Val.y: 0.92<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HG13,1","Val.x: 1.87<br>Val.y: 0.89<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HG21,1","Val.x: 1.87<br>Val.y: 0.89<br>Entry_ID: 17077<br>Info: 118,1,VAL,HB,HG22,1","Val.x: 1.87<br>Val.y: 0.89<br>Entry_ID: 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17077<br>Info: 127,1,GLU,H,HB2,1","Val.x: 8.79<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 127,1,GLU,H,HB3,1","Val.x: 8.79<br>Val.y: 2.13<br>Entry_ID: 17077<br>Info: 127,1,GLU,H,HG2,1","Val.x: 8.79<br>Val.y: 2.36<br>Entry_ID: 17077<br>Info: 127,1,GLU,H,HG3,1","Val.x: 3.79<br>Val.y: 8.79<br>Entry_ID: 17077<br>Info: 127,1,GLU,HA,H,1","Val.x: 3.79<br>Val.y: 3.79<br>Entry_ID: 17077<br>Info: 127,1,GLU,HA,HA,1","Val.x: 3.79<br>Val.y: 1.9<br>Entry_ID: 17077<br>Info: 127,1,GLU,HA,HB2,1","Val.x: 3.79<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 127,1,GLU,HA,HB3,1","Val.x: 3.79<br>Val.y: 2.13<br>Entry_ID: 17077<br>Info: 127,1,GLU,HA,HG2,1","Val.x: 3.79<br>Val.y: 2.36<br>Entry_ID: 17077<br>Info: 127,1,GLU,HA,HG3,1","Val.x: 1.9<br>Val.y: 8.79<br>Entry_ID: 17077<br>Info: 127,1,GLU,HB2,H,1","Val.x: 1.9<br>Val.y: 3.79<br>Entry_ID: 17077<br>Info: 127,1,GLU,HB2,HA,1","Val.x: 1.9<br>Val.y: 1.9<br>Entry_ID: 17077<br>Info: 127,1,GLU,HB2,HB2,1","Val.x: 1.9<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 129,1,LEU,HD11,HB3,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HD11,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HD12,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HD13,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HD21,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HD22,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HD23,1","Val.x: 1.06<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD11,HG,1","Val.x: 1.06<br>Val.y: 8.13<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,H,1","Val.x: 1.06<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HA,1","Val.x: 1.06<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HB2,1","Val.x: 1.06<br>Val.y: 2.46<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HB3,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HD11,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HD12,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HD13,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HD21,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HD22,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HD23,1","Val.x: 1.06<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD12,HG,1","Val.x: 1.06<br>Val.y: 8.13<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,H,1","Val.x: 1.06<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HA,1","Val.x: 1.06<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HB2,1","Val.x: 1.06<br>Val.y: 2.46<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HB3,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HD11,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HD12,1","Val.x: 1.06<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HD13,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HD21,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HD22,1","Val.x: 1.06<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HD23,1","Val.x: 1.06<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD13,HG,1","Val.x: 1.04<br>Val.y: 8.13<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,H,1","Val.x: 1.04<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HA,1","Val.x: 1.04<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HB2,1","Val.x: 1.04<br>Val.y: 2.46<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HB3,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HD11,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HD12,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HD13,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HD21,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HD22,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HD23,1","Val.x: 1.04<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD21,HG,1","Val.x: 1.04<br>Val.y: 8.13<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,H,1","Val.x: 1.04<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HA,1","Val.x: 1.04<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HB2,1","Val.x: 1.04<br>Val.y: 2.46<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HB3,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HD11,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HD12,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HD13,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HD21,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HD22,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HD23,1","Val.x: 1.04<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD22,HG,1","Val.x: 1.04<br>Val.y: 8.13<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,H,1","Val.x: 1.04<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HA,1","Val.x: 1.04<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HB2,1","Val.x: 1.04<br>Val.y: 2.46<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HB3,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HD11,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HD12,1","Val.x: 1.04<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HD13,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HD21,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HD22,1","Val.x: 1.04<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HD23,1","Val.x: 1.04<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HD23,HG,1","Val.x: 1.56<br>Val.y: 8.13<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,H,1","Val.x: 1.56<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HA,1","Val.x: 1.56<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HB2,1","Val.x: 1.56<br>Val.y: 2.46<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HB3,1","Val.x: 1.56<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HD11,1","Val.x: 1.56<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HD12,1","Val.x: 1.56<br>Val.y: 1.06<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HD13,1","Val.x: 1.56<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HD21,1","Val.x: 1.56<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HD22,1","Val.x: 1.56<br>Val.y: 1.04<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HD23,1","Val.x: 1.56<br>Val.y: 1.56<br>Entry_ID: 17077<br>Info: 129,1,LEU,HG,HG,1","Val.x: 8.5<br>Val.y: 8.5<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,H,1","Val.x: 8.5<br>Val.y: 3.42<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HA,1","Val.x: 8.5<br>Val.y: 1.88<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HB,1","Val.x: 8.5<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HD11,1","Val.x: 8.5<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HD12,1","Val.x: 8.5<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HD13,1","Val.x: 8.5<br>Val.y: 1.88<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HG12,1","Val.x: 8.5<br>Val.y: 0.98<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HG13,1","Val.x: 8.5<br>Val.y: 0.88<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HG21,1","Val.x: 8.5<br>Val.y: 0.88<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HG22,1","Val.x: 8.5<br>Val.y: 0.88<br>Entry_ID: 17077<br>Info: 130,1,ILE,H,HG23,1","Val.x: 3.42<br>Val.y: 8.5<br>Entry_ID: 17077<br>Info: 130,1,ILE,HA,H,1","Val.x: 3.42<br>Val.y: 3.42<br>Entry_ID: 17077<br>Info: 130,1,ILE,HA,HA,1","Val.x: 3.42<br>Val.y: 1.88<br>Entry_ID: 17077<br>Info: 130,1,ILE,HA,HB,1","Val.x: 3.42<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 130,1,ILE,HA,HD11,1","Val.x: 3.42<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 20,1,MET,HE3,HB2,1","Val.x: 0.84<br>Val.y: 2.39<br>Entry_ID: 17077<br>Info: 20,1,MET,HE3,HB3,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 20,1,MET,HE3,HE1,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 20,1,MET,HE3,HE2,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 20,1,MET,HE3,HE3,1","Val.x: 0.84<br>Val.y: 2.38<br>Entry_ID: 17077<br>Info: 20,1,MET,HE3,HG2,1","Val.x: 0.84<br>Val.y: 3.24<br>Entry_ID: 17077<br>Info: 20,1,MET,HE3,HG3,1","Val.x: 2.38<br>Val.y: 8.33<br>Entry_ID: 17077<br>Info: 20,1,MET,HG2,H,1","Val.x: 2.38<br>Val.y: 3.94<br>Entry_ID: 17077<br>Info: 20,1,MET,HG2,HA,1","Val.x: 2.38<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 20,1,MET,HG2,HB2,1","Val.x: 2.38<br>Val.y: 2.39<br>Entry_ID: 17077<br>Info: 20,1,MET,HG2,HB3,1","Val.x: 2.38<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 20,1,MET,HG2,HE1,1","Val.x: 2.38<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 20,1,MET,HG2,HE2,1","Val.x: 2.38<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 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0.63<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB2,H,1","Val.x: 0.63<br>Val.y: 3.68<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB2,HA,1","Val.x: 0.63<br>Val.y: 0.63<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB2,HB1,1","Val.x: 0.63<br>Val.y: 0.63<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB2,HB2,1","Val.x: 0.63<br>Val.y: 0.63<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB2,HB3,1","Val.x: 0.63<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB3,H,1","Val.x: 0.63<br>Val.y: 3.68<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB3,HA,1","Val.x: 0.63<br>Val.y: 0.63<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB3,HB1,1","Val.x: 0.63<br>Val.y: 0.63<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB3,HB2,1","Val.x: 0.63<br>Val.y: 0.63<br>Entry_ID: 17077<br>Info: 21,1,ALA,HB3,HB3,1","Val.x: 8.39<br>Val.y: 8.39<br>Entry_ID: 17077<br>Info: 22,1,GLU,H,H,1","Val.x: 8.39<br>Val.y: 3.65<br>Entry_ID: 17077<br>Info: 22,1,GLU,H,HA,1","Val.x: 8.39<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 22,1,GLU,H,HB2,1","Val.x: 8.39<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 22,1,GLU,H,HG2,1","Val.x: 8.39<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 22,1,GLU,H,HG3,1","Val.x: 3.65<br>Val.y: 8.39<br>Entry_ID: 17077<br>Info: 22,1,GLU,HA,H,1","Val.x: 3.65<br>Val.y: 3.65<br>Entry_ID: 17077<br>Info: 22,1,GLU,HA,HA,1","Val.x: 3.65<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 22,1,GLU,HA,HB2,1","Val.x: 3.65<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 22,1,GLU,HA,HG2,1","Val.x: 3.65<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 22,1,GLU,HA,HG3,1","Val.x: 1.97<br>Val.y: 8.39<br>Entry_ID: 17077<br>Info: 22,1,GLU,HB2,H,1","Val.x: 1.97<br>Val.y: 3.65<br>Entry_ID: 17077<br>Info: 22,1,GLU,HB2,HA,1","Val.x: 1.97<br>Val.y: 1.97<br>Entry_ID: 17077<br>Info: 22,1,GLU,HB2,HB2,1","Val.x: 1.97<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 22,1,GLU,HB2,HG2,1","Val.x: 1.97<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 22,1,GLU,HB2,HG3,1","Val.x: 2.02<br>Val.y: 8.39<br>Entry_ID: 17077<br>Info: 22,1,GLU,HG2,H,1","Val.x: 2.02<br>Val.y: 3.65<br>Entry_ID: 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17077<br>Info: 24,1,PHE,HE1,H,1","Val.x: 7.45<br>Val.y: 4.41<br>Entry_ID: 17077<br>Info: 24,1,PHE,HE1,HA,1","Val.x: 7.45<br>Val.y: 2.92<br>Entry_ID: 17077<br>Info: 24,1,PHE,HE1,HB2,1","Val.x: 7.45<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 24,1,PHE,HE1,HB3,1","Val.x: 7.45<br>Val.y: 7.13<br>Entry_ID: 17077<br>Info: 24,1,PHE,HE1,HD1,1","Val.x: 7.45<br>Val.y: 7.45<br>Entry_ID: 17077<br>Info: 24,1,PHE,HE1,HE1,1","Val.x: 7.45<br>Val.y: 6.79<br>Entry_ID: 17077<br>Info: 24,1,PHE,HE1,HZ,1","Val.x: 6.79<br>Val.y: 8.47<br>Entry_ID: 17077<br>Info: 24,1,PHE,HZ,H,1","Val.x: 6.79<br>Val.y: 4.41<br>Entry_ID: 17077<br>Info: 24,1,PHE,HZ,HA,1","Val.x: 6.79<br>Val.y: 2.92<br>Entry_ID: 17077<br>Info: 24,1,PHE,HZ,HB2,1","Val.x: 6.79<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 24,1,PHE,HZ,HB3,1","Val.x: 6.79<br>Val.y: 7.13<br>Entry_ID: 17077<br>Info: 24,1,PHE,HZ,HD1,1","Val.x: 6.79<br>Val.y: 7.45<br>Entry_ID: 17077<br>Info: 24,1,PHE,HZ,HE1,1","Val.x: 6.79<br>Val.y: 6.79<br>Entry_ID: 17077<br>Info: 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1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB1,HB2,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB1,HB3,1","Val.x: 1.68<br>Val.y: 9.3<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB2,H,1","Val.x: 1.68<br>Val.y: 3.94<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB2,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB2,HB1,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB2,HB2,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB2,HB3,1","Val.x: 1.68<br>Val.y: 9.3<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB3,H,1","Val.x: 1.68<br>Val.y: 3.94<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB3,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB3,HB1,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB3,HB2,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 25,1,ALA,HB3,HB3,1","Val.x: 8.78<br>Val.y: 8.78<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,H,1","Val.x: 8.78<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HA,1","Val.x: 8.78<br>Val.y: 1.89<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HB2,1","Val.x: 8.78<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HB3,1","Val.x: 8.78<br>Val.y: 1.75<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HD2,1","Val.x: 8.78<br>Val.y: 1.71<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HD3,1","Val.x: 8.78<br>Val.y: 2.94<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HE2,1","Val.x: 8.78<br>Val.y: 1.57<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HG2,1","Val.x: 8.78<br>Val.y: 1.63<br>Entry_ID: 17077<br>Info: 26,1,LYS,H,HG3,1","Val.x: 4.18<br>Val.y: 8.78<br>Entry_ID: 17077<br>Info: 26,1,LYS,HA,H,1","Val.x: 4.18<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 26,1,LYS,HA,HA,1","Val.x: 4.18<br>Val.y: 1.89<br>Entry_ID: 17077<br>Info: 26,1,LYS,HA,HB2,1","Val.x: 4.18<br>Val.y: 2.03<br>Entry_ID: 17077<br>Info: 26,1,LYS,HA,HB3,1","Val.x: 4.18<br>Val.y: 1.75<br>Entry_ID: 17077<br>Info: 26,1,LYS,HA,HD2,1","Val.x: 4.18<br>Val.y: 1.71<br>Entry_ID: 17077<br>Info: 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1.58<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HB2,1","Val.x: 8.94<br>Val.y: 1.69<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HB3,1","Val.x: 8.94<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HD11,1","Val.x: 8.94<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HD12,1","Val.x: 8.94<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HD13,1","Val.x: 8.94<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HD21,1","Val.x: 8.94<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HD22,1","Val.x: 8.94<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HD23,1","Val.x: 8.94<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,H,HG,1","Val.x: 4.34<br>Val.y: 8.94<br>Entry_ID: 17077<br>Info: 28,1,LEU,HA,H,1","Val.x: 4.34<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 28,1,LEU,HA,HA,1","Val.x: 4.34<br>Val.y: 1.58<br>Entry_ID: 17077<br>Info: 28,1,LEU,HA,HB2,1","Val.x: 4.34<br>Val.y: 1.69<br>Entry_ID: 17077<br>Info: 28,1,LEU,HA,HB3,1","Val.x: 4.34<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 28,1,LEU,HD11,HG,1","Val.x: 1.02<br>Val.y: 8.94<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,H,1","Val.x: 1.02<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HA,1","Val.x: 1.02<br>Val.y: 1.58<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HB2,1","Val.x: 1.02<br>Val.y: 1.69<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HD13,1","Val.x: 1.02<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HD21,1","Val.x: 1.02<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HD22,1","Val.x: 1.02<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HD23,1","Val.x: 1.02<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD12,HG,1","Val.x: 1.02<br>Val.y: 8.94<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,H,1","Val.x: 1.02<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HA,1","Val.x: 1.02<br>Val.y: 1.58<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HB2,1","Val.x: 1.02<br>Val.y: 1.69<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HB3,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HD11,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HD12,1","Val.x: 1.02<br>Val.y: 1.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HD13,1","Val.x: 1.02<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HD21,1","Val.x: 1.02<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HD22,1","Val.x: 1.02<br>Val.y: 0.95<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HD23,1","Val.x: 1.02<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD13,HG,1","Val.x: 0.95<br>Val.y: 8.94<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD21,H,1","Val.x: 0.95<br>Val.y: 4.34<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD21,HA,1","Val.x: 0.95<br>Val.y: 1.58<br>Entry_ID: 17077<br>Info: 28,1,LEU,HD21,HB2,1","Val.x: 0.95<br>Val.y: 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3.77<br>Val.y: 3.77<br>Entry_ID: 17077<br>Info: 31,1,GLY,HA2,HA2,1","Val.x: 3.77<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 31,1,GLY,HA2,HA3,1","Val.x: 4.27<br>Val.y: 9.25<br>Entry_ID: 17077<br>Info: 31,1,GLY,HA3,H,1","Val.x: 4.27<br>Val.y: 3.77<br>Entry_ID: 17077<br>Info: 31,1,GLY,HA3,HA2,1","Val.x: 4.27<br>Val.y: 4.27<br>Entry_ID: 17077<br>Info: 31,1,GLY,HA3,HA3,1","Val.x: 8.45<br>Val.y: 8.45<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,H,1","Val.x: 8.45<br>Val.y: 4.6<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,HA,1","Val.x: 8.45<br>Val.y: 1.7<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,HB2,1","Val.x: 8.45<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,HB3,1","Val.x: 8.45<br>Val.y: 1.71<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,HD2,1","Val.x: 8.45<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,HE2,1","Val.x: 8.45<br>Val.y: 1.41<br>Entry_ID: 17077<br>Info: 32,1,LYS,H,HG2,1","Val.x: 4.6<br>Val.y: 8.45<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,H,1","Val.x: 4.6<br>Val.y: 4.6<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,HA,1","Val.x: 4.6<br>Val.y: 1.7<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,HB2,1","Val.x: 4.6<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,HB3,1","Val.x: 4.6<br>Val.y: 1.71<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,HD2,1","Val.x: 4.6<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,HE2,1","Val.x: 4.6<br>Val.y: 1.41<br>Entry_ID: 17077<br>Info: 32,1,LYS,HA,HG2,1","Val.x: 1.7<br>Val.y: 8.45<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,H,1","Val.x: 1.7<br>Val.y: 4.6<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,HA,1","Val.x: 1.7<br>Val.y: 1.7<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,HB2,1","Val.x: 1.7<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,HB3,1","Val.x: 1.7<br>Val.y: 1.71<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,HD2,1","Val.x: 1.7<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,HE2,1","Val.x: 1.7<br>Val.y: 1.41<br>Entry_ID: 17077<br>Info: 32,1,LYS,HB2,HG2,1","Val.x: 1.94<br>Val.y: 8.45<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 40,1,LEU,HD22,HD23,1","Val.x: 0.88<br>Val.y: 1.64<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD22,HG,1","Val.x: 0.88<br>Val.y: 8.02<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,H,1","Val.x: 0.88<br>Val.y: 4.42<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HA,1","Val.x: 0.88<br>Val.y: 1.82<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HB2,1","Val.x: 0.88<br>Val.y: 1.74<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HB3,1","Val.x: 0.88<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HD11,1","Val.x: 0.88<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HD12,1","Val.x: 0.88<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HD13,1","Val.x: 0.88<br>Val.y: 0.88<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HD21,1","Val.x: 0.88<br>Val.y: 0.88<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HD22,1","Val.x: 0.88<br>Val.y: 0.88<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HD23,1","Val.x: 0.88<br>Val.y: 1.64<br>Entry_ID: 17077<br>Info: 40,1,LEU,HD23,HG,1","Val.x: 1.64<br>Val.y: 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17077<br>Info: 4,1,MET,H,HB2,1","Val.x: 8.25<br>Val.y: 1.89<br>Entry_ID: 17077<br>Info: 4,1,MET,H,HB3,1","Val.x: 8.25<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 4,1,MET,H,HE1,1","Val.x: 8.25<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 4,1,MET,H,HE2,1","Val.x: 8.25<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 4,1,MET,H,HE3,1","Val.x: 8.25<br>Val.y: 2.25<br>Entry_ID: 17077<br>Info: 4,1,MET,H,HG2,1","Val.x: 8.25<br>Val.y: 2.31<br>Entry_ID: 17077<br>Info: 4,1,MET,H,HG3,1","Val.x: 4.37<br>Val.y: 8.25<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,H,1","Val.x: 4.37<br>Val.y: 4.37<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,HA,1","Val.x: 4.37<br>Val.y: 1.76<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,HB2,1","Val.x: 4.37<br>Val.y: 1.89<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,HB3,1","Val.x: 4.37<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,HE1,1","Val.x: 4.37<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,HE2,1","Val.x: 4.37<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 4,1,MET,HA,HE3,1","Val.x: 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17077<br>Info: 41,1,GLU,H,HA,1","Val.x: 8.12<br>Val.y: 1.91<br>Entry_ID: 17077<br>Info: 41,1,GLU,H,HB2,1","Val.x: 8.12<br>Val.y: 2.11<br>Entry_ID: 17077<br>Info: 41,1,GLU,H,HB3,1","Val.x: 8.12<br>Val.y: 2.19<br>Entry_ID: 17077<br>Info: 41,1,GLU,H,HG2,1","Val.x: 8.12<br>Val.y: 2.26<br>Entry_ID: 17077<br>Info: 41,1,GLU,H,HG3,1","Val.x: 4.55<br>Val.y: 8.12<br>Entry_ID: 17077<br>Info: 41,1,GLU,HA,H,1","Val.x: 4.55<br>Val.y: 4.55<br>Entry_ID: 17077<br>Info: 41,1,GLU,HA,HA,1","Val.x: 4.55<br>Val.y: 1.91<br>Entry_ID: 17077<br>Info: 41,1,GLU,HA,HB2,1","Val.x: 4.55<br>Val.y: 2.11<br>Entry_ID: 17077<br>Info: 41,1,GLU,HA,HB3,1","Val.x: 4.55<br>Val.y: 2.19<br>Entry_ID: 17077<br>Info: 41,1,GLU,HA,HG2,1","Val.x: 4.55<br>Val.y: 2.26<br>Entry_ID: 17077<br>Info: 41,1,GLU,HA,HG3,1","Val.x: 1.91<br>Val.y: 8.12<br>Entry_ID: 17077<br>Info: 41,1,GLU,HB2,H,1","Val.x: 1.91<br>Val.y: 4.55<br>Entry_ID: 17077<br>Info: 41,1,GLU,HB2,HA,1","Val.x: 1.91<br>Val.y: 1.91<br>Entry_ID: 17077<br>Info: 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4.49<br>Val.y: 3.85<br>Entry_ID: 17077<br>Info: 42,1,SER,HA,HB2,1","Val.x: 3.85<br>Val.y: 8.65<br>Entry_ID: 17077<br>Info: 42,1,SER,HB2,H,1","Val.x: 3.85<br>Val.y: 4.49<br>Entry_ID: 17077<br>Info: 42,1,SER,HB2,HA,1","Val.x: 3.85<br>Val.y: 3.85<br>Entry_ID: 17077<br>Info: 42,1,SER,HB2,HB2,1","Val.x: 8.35<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 43,1,SER,H,H,1","Val.x: 8.35<br>Val.y: 4.64<br>Entry_ID: 17077<br>Info: 43,1,SER,H,HA,1","Val.x: 8.35<br>Val.y: 3.84<br>Entry_ID: 17077<br>Info: 43,1,SER,H,HB2,1","Val.x: 4.64<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 43,1,SER,HA,H,1","Val.x: 4.64<br>Val.y: 4.64<br>Entry_ID: 17077<br>Info: 43,1,SER,HA,HA,1","Val.x: 4.64<br>Val.y: 3.84<br>Entry_ID: 17077<br>Info: 43,1,SER,HA,HB2,1","Val.x: 3.84<br>Val.y: 8.35<br>Entry_ID: 17077<br>Info: 43,1,SER,HB2,H,1","Val.x: 3.84<br>Val.y: 4.64<br>Entry_ID: 17077<br>Info: 43,1,SER,HB2,HA,1","Val.x: 3.84<br>Val.y: 3.84<br>Entry_ID: 17077<br>Info: 43,1,SER,HB2,HB2,1","Val.x: 8.34<br>Val.y: 8.34<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,H,1","Val.x: 8.34<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HA,1","Val.x: 8.34<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HB2,1","Val.x: 8.34<br>Val.y: 1.73<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HB3,1","Val.x: 8.34<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HD2,1","Val.x: 8.34<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HE,1","Val.x: 8.34<br>Val.y: 1.63<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HG2,1","Val.x: 8.34<br>Val.y: 1.6<br>Entry_ID: 17077<br>Info: 44,1,ARG,H,HG3,1","Val.x: 4.53<br>Val.y: 8.34<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,H,1","Val.x: 4.53<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HA,1","Val.x: 4.53<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HB2,1","Val.x: 4.53<br>Val.y: 1.73<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HB3,1","Val.x: 4.53<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HD2,1","Val.x: 4.53<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HE,1","Val.x: 4.53<br>Val.y: 1.63<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HG2,1","Val.x: 4.53<br>Val.y: 1.6<br>Entry_ID: 17077<br>Info: 44,1,ARG,HA,HG3,1","Val.x: 1.85<br>Val.y: 8.34<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,H,1","Val.x: 1.85<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HA,1","Val.x: 1.85<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HB2,1","Val.x: 1.85<br>Val.y: 1.73<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HB3,1","Val.x: 1.85<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HD2,1","Val.x: 1.85<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HE,1","Val.x: 1.85<br>Val.y: 1.63<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HG2,1","Val.x: 1.85<br>Val.y: 1.6<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB2,HG3,1","Val.x: 1.73<br>Val.y: 8.34<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,H,1","Val.x: 1.73<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HA,1","Val.x: 1.73<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HB2,1","Val.x: 1.73<br>Val.y: 1.73<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HB3,1","Val.x: 1.73<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HD2,1","Val.x: 1.73<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HE,1","Val.x: 1.73<br>Val.y: 1.63<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HG2,1","Val.x: 1.73<br>Val.y: 1.6<br>Entry_ID: 17077<br>Info: 44,1,ARG,HB3,HG3,1","Val.x: 3.18<br>Val.y: 8.34<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,H,1","Val.x: 3.18<br>Val.y: 4.53<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HA,1","Val.x: 3.18<br>Val.y: 1.85<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HB2,1","Val.x: 3.18<br>Val.y: 1.73<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HB3,1","Val.x: 3.18<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HD2,1","Val.x: 3.18<br>Val.y: 7.74<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HE,1","Val.x: 3.18<br>Val.y: 1.63<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HG2,1","Val.x: 3.18<br>Val.y: 1.6<br>Entry_ID: 17077<br>Info: 44,1,ARG,HD2,HG3,1","Val.x: 7.74<br>Val.y: 8.34<br>Entry_ID: 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17077<br>Info: 45,1,VAL,HG23,HG23,1","Val.x: 9.02<br>Val.y: 9.02<br>Entry_ID: 17077<br>Info: 46,1,HIS,H,H,1","Val.x: 9.02<br>Val.y: 4.59<br>Entry_ID: 17077<br>Info: 46,1,HIS,H,HA,1","Val.x: 9.02<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 46,1,HIS,H,HB2,1","Val.x: 9.02<br>Val.y: 3.28<br>Entry_ID: 17077<br>Info: 46,1,HIS,H,HB3,1","Val.x: 9.02<br>Val.y: 7.18<br>Entry_ID: 17077<br>Info: 46,1,HIS,H,HD2,1","Val.x: 9.02<br>Val.y: 8.02<br>Entry_ID: 17077<br>Info: 46,1,HIS,H,HE1,1","Val.x: 4.59<br>Val.y: 9.02<br>Entry_ID: 17077<br>Info: 46,1,HIS,HA,H,1","Val.x: 4.59<br>Val.y: 4.59<br>Entry_ID: 17077<br>Info: 46,1,HIS,HA,HA,1","Val.x: 4.59<br>Val.y: 3.18<br>Entry_ID: 17077<br>Info: 46,1,HIS,HA,HB2,1","Val.x: 4.59<br>Val.y: 3.28<br>Entry_ID: 17077<br>Info: 46,1,HIS,HA,HB3,1","Val.x: 4.59<br>Val.y: 7.18<br>Entry_ID: 17077<br>Info: 46,1,HIS,HA,HD2,1","Val.x: 4.59<br>Val.y: 8.02<br>Entry_ID: 17077<br>Info: 46,1,HIS,HA,HE1,1","Val.x: 3.18<br>Val.y: 9.02<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 5,1,LYS,HE2,HA,1","Val.x: 3.02<br>Val.y: 1.52<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HB2,1","Val.x: 3.02<br>Val.y: 1.83<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HB3,1","Val.x: 3.02<br>Val.y: 1.57<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HD2,1","Val.x: 3.02<br>Val.y: 1.61<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HD3,1","Val.x: 3.02<br>Val.y: 3.02<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HE2,1","Val.x: 3.02<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HG2,1","Val.x: 3.02<br>Val.y: 1.61<br>Entry_ID: 17077<br>Info: 5,1,LYS,HE2,HG3,1","Val.x: 1.47<br>Val.y: 8.39<br>Entry_ID: 17077<br>Info: 5,1,LYS,HG2,H,1","Val.x: 1.47<br>Val.y: 4.39<br>Entry_ID: 17077<br>Info: 5,1,LYS,HG2,HA,1","Val.x: 1.47<br>Val.y: 1.52<br>Entry_ID: 17077<br>Info: 5,1,LYS,HG2,HB2,1","Val.x: 1.47<br>Val.y: 1.83<br>Entry_ID: 17077<br>Info: 5,1,LYS,HG2,HB3,1","Val.x: 1.47<br>Val.y: 1.57<br>Entry_ID: 17077<br>Info: 5,1,LYS,HG2,HD2,1","Val.x: 1.47<br>Val.y: 1.61<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 51,1,ALA,HB1,HB3,1","Val.x: 1.47<br>Val.y: 7.66<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB2,H,1","Val.x: 1.47<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB2,HA,1","Val.x: 1.47<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB2,HB1,1","Val.x: 1.47<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB2,HB2,1","Val.x: 1.47<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB2,HB3,1","Val.x: 1.47<br>Val.y: 7.66<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB3,H,1","Val.x: 1.47<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB3,HA,1","Val.x: 1.47<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB3,HB1,1","Val.x: 1.47<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB3,HB2,1","Val.x: 1.47<br>Val.y: 1.47<br>Entry_ID: 17077<br>Info: 51,1,ALA,HB3,HB3,1","Val.x: 8.6<br>Val.y: 8.6<br>Entry_ID: 17077<br>Info: 52,1,MET,H,H,1","Val.x: 8.6<br>Val.y: 4.46<br>Entry_ID: 17077<br>Info: 52,1,MET,H,HA,1","Val.x: 8.6<br>Val.y: 1.6<br>Entry_ID: 17077<br>Info: 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7.28<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,H,1","Val.x: 6.72<br>Val.y: 4.3<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,HA,1","Val.x: 6.72<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,HB2,1","Val.x: 6.72<br>Val.y: 2.23<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,HB3,1","Val.x: 6.72<br>Val.y: 7.34<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,HE21,1","Val.x: 6.72<br>Val.y: 6.72<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,HE22,1","Val.x: 6.72<br>Val.y: 2.32<br>Entry_ID: 17077<br>Info: 63,1,GLN,HE22,HG2,1","Val.x: 2.32<br>Val.y: 7.28<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,H,1","Val.x: 2.32<br>Val.y: 4.3<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,HA,1","Val.x: 2.32<br>Val.y: 2.02<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,HB2,1","Val.x: 2.32<br>Val.y: 2.23<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,HB3,1","Val.x: 2.32<br>Val.y: 7.34<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,HE21,1","Val.x: 2.32<br>Val.y: 6.72<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,HE22,1","Val.x: 2.32<br>Val.y: 2.32<br>Entry_ID: 17077<br>Info: 63,1,GLN,HG2,HG2,1","Val.x: 8.49<br>Val.y: 8.49<br>Entry_ID: 17077<br>Info: 64,1,THR,H,H,1","Val.x: 8.49<br>Val.y: 4.5<br>Entry_ID: 17077<br>Info: 64,1,THR,H,HA,1","Val.x: 8.49<br>Val.y: 4.26<br>Entry_ID: 17077<br>Info: 64,1,THR,H,HB,1","Val.x: 8.49<br>Val.y: 1.18<br>Entry_ID: 17077<br>Info: 64,1,THR,H,HG21,1","Val.x: 8.49<br>Val.y: 1.18<br>Entry_ID: 17077<br>Info: 64,1,THR,H,HG22,1","Val.x: 8.49<br>Val.y: 1.18<br>Entry_ID: 17077<br>Info: 64,1,THR,H,HG23,1","Val.x: 4.5<br>Val.y: 8.49<br>Entry_ID: 17077<br>Info: 64,1,THR,HA,H,1","Val.x: 4.5<br>Val.y: 4.5<br>Entry_ID: 17077<br>Info: 64,1,THR,HA,HA,1","Val.x: 4.5<br>Val.y: 4.26<br>Entry_ID: 17077<br>Info: 64,1,THR,HA,HB,1","Val.x: 4.5<br>Val.y: 1.18<br>Entry_ID: 17077<br>Info: 64,1,THR,HA,HG21,1","Val.x: 4.5<br>Val.y: 1.18<br>Entry_ID: 17077<br>Info: 64,1,THR,HA,HG22,1","Val.x: 4.5<br>Val.y: 1.18<br>Entry_ID: 17077<br>Info: 64,1,THR,HA,HG23,1","Val.x: 4.26<br>Val.y: 8.49<br>Entry_ID: 17077<br>Info: 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65,1,SER,H,HB2,1","Val.x: 8.47<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 65,1,SER,H,HB3,1","Val.x: 4.72<br>Val.y: 8.47<br>Entry_ID: 17077<br>Info: 65,1,SER,HA,H,1","Val.x: 4.72<br>Val.y: 4.72<br>Entry_ID: 17077<br>Info: 65,1,SER,HA,HA,1","Val.x: 4.72<br>Val.y: 3.55<br>Entry_ID: 17077<br>Info: 65,1,SER,HA,HB2,1","Val.x: 4.72<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 65,1,SER,HA,HB3,1","Val.x: 3.55<br>Val.y: 8.47<br>Entry_ID: 17077<br>Info: 65,1,SER,HB2,H,1","Val.x: 3.55<br>Val.y: 4.72<br>Entry_ID: 17077<br>Info: 65,1,SER,HB2,HA,1","Val.x: 3.55<br>Val.y: 3.55<br>Entry_ID: 17077<br>Info: 65,1,SER,HB2,HB2,1","Val.x: 3.55<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 65,1,SER,HB2,HB3,1","Val.x: 3.73<br>Val.y: 8.47<br>Entry_ID: 17077<br>Info: 65,1,SER,HB3,H,1","Val.x: 3.73<br>Val.y: 4.72<br>Entry_ID: 17077<br>Info: 65,1,SER,HB3,HA,1","Val.x: 3.73<br>Val.y: 3.55<br>Entry_ID: 17077<br>Info: 65,1,SER,HB3,HB2,1","Val.x: 3.73<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 65,1,SER,HB3,HB3,1","Val.x: 8.72<br>Val.y: 8.72<br>Entry_ID: 17077<br>Info: 66,1,ASP,H,H,1","Val.x: 8.72<br>Val.y: 5.13<br>Entry_ID: 17077<br>Info: 66,1,ASP,H,HA,1","Val.x: 8.72<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 66,1,ASP,H,HB2,1","Val.x: 5.13<br>Val.y: 8.72<br>Entry_ID: 17077<br>Info: 66,1,ASP,HA,H,1","Val.x: 5.13<br>Val.y: 5.13<br>Entry_ID: 17077<br>Info: 66,1,ASP,HA,HA,1","Val.x: 5.13<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 66,1,ASP,HA,HB2,1","Val.x: 2.71<br>Val.y: 8.72<br>Entry_ID: 17077<br>Info: 66,1,ASP,HB2,H,1","Val.x: 2.71<br>Val.y: 5.13<br>Entry_ID: 17077<br>Info: 66,1,ASP,HB2,HA,1","Val.x: 2.71<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 66,1,ASP,HB2,HB2,1","Val.x: 4.74<br>Val.y: 4.74<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HA,1","Val.x: 4.74<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HB2,1","Val.x: 4.74<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HB3,1","Val.x: 4.74<br>Val.y: 3.83<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HD2,1","Val.x: 4.74<br>Val.y: 3.6<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HD3,1","Val.x: 4.74<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HG2,1","Val.x: 4.74<br>Val.y: 1.98<br>Entry_ID: 17077<br>Info: 67,1,PRO,HA,HG3,1","Val.x: 2.1<br>Val.y: 4.74<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HA,1","Val.x: 2.1<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HB2,1","Val.x: 2.1<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HB3,1","Val.x: 2.1<br>Val.y: 3.83<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HD2,1","Val.x: 2.1<br>Val.y: 3.6<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HD3,1","Val.x: 2.1<br>Val.y: 2.04<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HG2,1","Val.x: 2.1<br>Val.y: 1.98<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB2,HG3,1","Val.x: 2.29<br>Val.y: 4.74<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB3,HA,1","Val.x: 2.29<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB3,HB2,1","Val.x: 2.29<br>Val.y: 2.29<br>Entry_ID: 17077<br>Info: 67,1,PRO,HB3,HB3,1","Val.x: 2.29<br>Val.y: 3.83<br>Entry_ID: 17077<br>Info: 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17077<br>Info: 71,1,PHE,HB2,HD1,1","Val.x: 3.03<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB2,HE1,1","Val.x: 3.03<br>Val.y: 7.41<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB2,HZ,1","Val.x: 3.42<br>Val.y: 8.12<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,H,1","Val.x: 3.42<br>Val.y: 4.9<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,HA,1","Val.x: 3.42<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,HB2,1","Val.x: 3.42<br>Val.y: 3.42<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,HB3,1","Val.x: 3.42<br>Val.y: 7.36<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,HD1,1","Val.x: 3.42<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,HE1,1","Val.x: 3.42<br>Val.y: 7.41<br>Entry_ID: 17077<br>Info: 71,1,PHE,HB3,HZ,1","Val.x: 7.36<br>Val.y: 8.12<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,H,1","Val.x: 7.36<br>Val.y: 4.9<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,HA,1","Val.x: 7.36<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,HB2,1","Val.x: 7.36<br>Val.y: 3.42<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,HB3,1","Val.x: 7.36<br>Val.y: 7.36<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,HD1,1","Val.x: 7.36<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,HE1,1","Val.x: 7.36<br>Val.y: 7.41<br>Entry_ID: 17077<br>Info: 71,1,PHE,HD1,HZ,1","Val.x: 7.23<br>Val.y: 8.12<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,H,1","Val.x: 7.23<br>Val.y: 4.9<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,HA,1","Val.x: 7.23<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,HB2,1","Val.x: 7.23<br>Val.y: 3.42<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,HB3,1","Val.x: 7.23<br>Val.y: 7.36<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,HD1,1","Val.x: 7.23<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,HE1,1","Val.x: 7.23<br>Val.y: 7.41<br>Entry_ID: 17077<br>Info: 71,1,PHE,HE1,HZ,1","Val.x: 7.41<br>Val.y: 8.12<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,H,1","Val.x: 7.41<br>Val.y: 4.9<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,HA,1","Val.x: 7.41<br>Val.y: 3.03<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,HB2,1","Val.x: 7.41<br>Val.y: 3.42<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,HB3,1","Val.x: 7.41<br>Val.y: 7.36<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,HD1,1","Val.x: 7.41<br>Val.y: 7.23<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,HE1,1","Val.x: 7.41<br>Val.y: 7.41<br>Entry_ID: 17077<br>Info: 71,1,PHE,HZ,HZ,1","Val.x: 9.17<br>Val.y: 9.17<br>Entry_ID: 17077<br>Info: 72,1,ASN,H,H,1","Val.x: 9.17<br>Val.y: 5.01<br>Entry_ID: 17077<br>Info: 72,1,ASN,H,HA,1","Val.x: 9.17<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 72,1,ASN,H,HB2,1","Val.x: 9.17<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 72,1,ASN,H,HB3,1","Val.x: 9.17<br>Val.y: 6.96<br>Entry_ID: 17077<br>Info: 72,1,ASN,H,HD21,1","Val.x: 9.17<br>Val.y: 7.53<br>Entry_ID: 17077<br>Info: 72,1,ASN,H,HD22,1","Val.x: 5.01<br>Val.y: 9.17<br>Entry_ID: 17077<br>Info: 72,1,ASN,HA,H,1","Val.x: 5.01<br>Val.y: 5.01<br>Entry_ID: 17077<br>Info: 72,1,ASN,HA,HA,1","Val.x: 5.01<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 72,1,ASN,HA,HB2,1","Val.x: 5.01<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 72,1,ASN,HA,HB3,1","Val.x: 5.01<br>Val.y: 6.96<br>Entry_ID: 17077<br>Info: 72,1,ASN,HA,HD21,1","Val.x: 5.01<br>Val.y: 7.53<br>Entry_ID: 17077<br>Info: 72,1,ASN,HA,HD22,1","Val.x: 2.7<br>Val.y: 9.17<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB2,H,1","Val.x: 2.7<br>Val.y: 5.01<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB2,HA,1","Val.x: 2.7<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB2,HB2,1","Val.x: 2.7<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB2,HB3,1","Val.x: 2.7<br>Val.y: 6.96<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB2,HD21,1","Val.x: 2.7<br>Val.y: 7.53<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB2,HD22,1","Val.x: 2.93<br>Val.y: 9.17<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB3,H,1","Val.x: 2.93<br>Val.y: 5.01<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB3,HA,1","Val.x: 2.93<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB3,HB2,1","Val.x: 2.93<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB3,HB3,1","Val.x: 2.93<br>Val.y: 6.96<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB3,HD21,1","Val.x: 2.93<br>Val.y: 7.53<br>Entry_ID: 17077<br>Info: 72,1,ASN,HB3,HD22,1","Val.x: 6.96<br>Val.y: 9.17<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD21,H,1","Val.x: 6.96<br>Val.y: 5.01<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD21,HA,1","Val.x: 6.96<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD21,HB2,1","Val.x: 6.96<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD21,HB3,1","Val.x: 6.96<br>Val.y: 6.96<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD21,HD21,1","Val.x: 6.96<br>Val.y: 7.53<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD21,HD22,1","Val.x: 7.53<br>Val.y: 9.17<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD22,H,1","Val.x: 7.53<br>Val.y: 5.01<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD22,HA,1","Val.x: 7.53<br>Val.y: 2.7<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD22,HB2,1","Val.x: 7.53<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD22,HB3,1","Val.x: 7.53<br>Val.y: 6.96<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD22,HD21,1","Val.x: 7.53<br>Val.y: 7.53<br>Entry_ID: 17077<br>Info: 72,1,ASN,HD22,HD22,1","Val.x: 8.36<br>Val.y: 8.36<br>Entry_ID: 17077<br>Info: 73,1,ALA,H,H,1","Val.x: 8.36<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 73,1,ALA,H,HA,1","Val.x: 8.36<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,H,HB1,1","Val.x: 8.36<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,H,HB2,1","Val.x: 8.36<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,H,HB3,1","Val.x: 2.18<br>Val.y: 8.36<br>Entry_ID: 17077<br>Info: 73,1,ALA,HA,H,1","Val.x: 2.18<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 73,1,ALA,HA,HA,1","Val.x: 2.18<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HA,HB1,1","Val.x: 2.18<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HA,HB2,1","Val.x: 2.18<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HA,HB3,1","Val.x: -0.19<br>Val.y: 8.36<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB1,H,1","Val.x: -0.19<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB1,HA,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB1,HB1,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB1,HB2,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB1,HB3,1","Val.x: -0.19<br>Val.y: 8.36<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB2,H,1","Val.x: -0.19<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB2,HA,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB2,HB1,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB2,HB2,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB2,HB3,1","Val.x: -0.19<br>Val.y: 8.36<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB3,H,1","Val.x: -0.19<br>Val.y: 2.18<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB3,HA,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB3,HB1,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB3,HB2,1","Val.x: -0.19<br>Val.y: -0.19<br>Entry_ID: 17077<br>Info: 73,1,ALA,HB3,HB3,1","Val.x: 7.56<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 74,1,ASP,H,H,1","Val.x: 7.56<br>Val.y: 4.25<br>Entry_ID: 17077<br>Info: 74,1,ASP,H,HA,1","Val.x: 7.56<br>Val.y: 2.39<br>Entry_ID: 17077<br>Info: 74,1,ASP,H,HB2,1","Val.x: 7.56<br>Val.y: 2.52<br>Entry_ID: 17077<br>Info: 74,1,ASP,H,HB3,1","Val.x: 4.25<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 74,1,ASP,HA,H,1","Val.x: 4.25<br>Val.y: 4.25<br>Entry_ID: 17077<br>Info: 74,1,ASP,HA,HA,1","Val.x: 4.25<br>Val.y: 2.39<br>Entry_ID: 17077<br>Info: 74,1,ASP,HA,HB2,1","Val.x: 4.25<br>Val.y: 2.52<br>Entry_ID: 17077<br>Info: 74,1,ASP,HA,HB3,1","Val.x: 2.39<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB2,H,1","Val.x: 2.39<br>Val.y: 4.25<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB2,HA,1","Val.x: 2.39<br>Val.y: 2.39<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB2,HB2,1","Val.x: 2.39<br>Val.y: 2.52<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB2,HB3,1","Val.x: 2.52<br>Val.y: 7.56<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB3,H,1","Val.x: 2.52<br>Val.y: 4.25<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB3,HA,1","Val.x: 2.52<br>Val.y: 2.39<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB3,HB2,1","Val.x: 2.52<br>Val.y: 2.52<br>Entry_ID: 17077<br>Info: 74,1,ASP,HB3,HB3,1","Val.x: 7.71<br>Val.y: 7.71<br>Entry_ID: 17077<br>Info: 75,1,ASP,H,H,1","Val.x: 7.71<br>Val.y: 4.33<br>Entry_ID: 17077<br>Info: 75,1,ASP,H,HA,1","Val.x: 7.71<br>Val.y: 2.32<br>Entry_ID: 17077<br>Info: 75,1,ASP,H,HB2,1","Val.x: 7.71<br>Val.y: 2.81<br>Entry_ID: 17077<br>Info: 75,1,ASP,H,HB3,1","Val.x: 4.33<br>Val.y: 7.71<br>Entry_ID: 17077<br>Info: 75,1,ASP,HA,H,1","Val.x: 4.33<br>Val.y: 4.33<br>Entry_ID: 17077<br>Info: 75,1,ASP,HA,HA,1","Val.x: 4.33<br>Val.y: 2.32<br>Entry_ID: 17077<br>Info: 75,1,ASP,HA,HB2,1","Val.x: 4.33<br>Val.y: 2.81<br>Entry_ID: 17077<br>Info: 75,1,ASP,HA,HB3,1","Val.x: 2.32<br>Val.y: 7.71<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB2,H,1","Val.x: 2.32<br>Val.y: 4.33<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB2,HA,1","Val.x: 2.32<br>Val.y: 2.32<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB2,HB2,1","Val.x: 2.32<br>Val.y: 2.81<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB2,HB3,1","Val.x: 2.81<br>Val.y: 7.71<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB3,H,1","Val.x: 2.81<br>Val.y: 4.33<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB3,HA,1","Val.x: 2.81<br>Val.y: 2.32<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB3,HB2,1","Val.x: 2.81<br>Val.y: 2.81<br>Entry_ID: 17077<br>Info: 75,1,ASP,HB3,HB3,1","Val.x: 7.73<br>Val.y: 7.73<br>Entry_ID: 17077<br>Info: 76,1,TYR,H,H,1","Val.x: 7.73<br>Val.y: 4.11<br>Entry_ID: 17077<br>Info: 76,1,TYR,H,HA,1","Val.x: 7.73<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 76,1,TYR,H,HB2,1","Val.x: 7.73<br>Val.y: 7.07<br>Entry_ID: 17077<br>Info: 76,1,TYR,H,HD1,1","Val.x: 7.73<br>Val.y: 6.92<br>Entry_ID: 17077<br>Info: 76,1,TYR,H,HE1,1","Val.x: 4.11<br>Val.y: 7.73<br>Entry_ID: 17077<br>Info: 76,1,TYR,HA,H,1","Val.x: 4.11<br>Val.y: 4.11<br>Entry_ID: 17077<br>Info: 76,1,TYR,HA,HA,1","Val.x: 4.11<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 76,1,TYR,HA,HB2,1","Val.x: 4.11<br>Val.y: 7.07<br>Entry_ID: 17077<br>Info: 76,1,TYR,HA,HD1,1","Val.x: 4.11<br>Val.y: 6.92<br>Entry_ID: 17077<br>Info: 76,1,TYR,HA,HE1,1","Val.x: 2.78<br>Val.y: 7.73<br>Entry_ID: 17077<br>Info: 76,1,TYR,HB2,H,1","Val.x: 2.78<br>Val.y: 4.11<br>Entry_ID: 17077<br>Info: 76,1,TYR,HB2,HA,1","Val.x: 2.78<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 76,1,TYR,HB2,HB2,1","Val.x: 2.78<br>Val.y: 7.07<br>Entry_ID: 17077<br>Info: 76,1,TYR,HB2,HD1,1","Val.x: 2.78<br>Val.y: 6.92<br>Entry_ID: 17077<br>Info: 76,1,TYR,HB2,HE1,1","Val.x: 7.07<br>Val.y: 7.73<br>Entry_ID: 17077<br>Info: 76,1,TYR,HD1,H,1","Val.x: 7.07<br>Val.y: 4.11<br>Entry_ID: 17077<br>Info: 76,1,TYR,HD1,HA,1","Val.x: 7.07<br>Val.y: 2.78<br>Entry_ID: 17077<br>Info: 76,1,TYR,HD1,HB2,1","Val.x: 7.07<br>Val.y: 7.07<br>Entry_ID: 17077<br>Info: 76,1,TYR,HD1,HD1,1","Val.x: 7.07<br>Val.y: 6.92<br>Entry_ID: 17077<br>Info: 76,1,TYR,HD1,HE1,1","Val.x: 6.92<br>Val.y: 7.73<br>Entry_ID: 17077<br>Info: 76,1,TYR,HE1,H,1","Val.x: 6.92<br>Val.y: 4.11<br>Entry_ID: 17077<br>Info: 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2.62<br>Val.y: 2.62<br>Entry_ID: 17077<br>Info: 77,1,ASP,HB2,HB2,1","Val.x: 2.62<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 77,1,ASP,HB2,HB3,1","Val.x: 2.93<br>Val.y: 8.52<br>Entry_ID: 17077<br>Info: 77,1,ASP,HB3,H,1","Val.x: 2.93<br>Val.y: 4.96<br>Entry_ID: 17077<br>Info: 77,1,ASP,HB3,HA,1","Val.x: 2.93<br>Val.y: 2.62<br>Entry_ID: 17077<br>Info: 77,1,ASP,HB3,HB2,1","Val.x: 2.93<br>Val.y: 2.93<br>Entry_ID: 17077<br>Info: 77,1,ASP,HB3,HB3,1","Val.x: 7.88<br>Val.y: 7.88<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,H,1","Val.x: 7.88<br>Val.y: 4.59<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,HA,1","Val.x: 7.88<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,HB,1","Val.x: 7.88<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,HG11,1","Val.x: 7.88<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,HG12,1","Val.x: 7.88<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,HG13,1","Val.x: 7.88<br>Val.y: 0.73<br>Entry_ID: 17077<br>Info: 78,1,VAL,H,HG21,1","Val.x: 7.88<br>Val.y: 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1.54<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HB3,1","Val.x: 1.61<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HD11,1","Val.x: 1.61<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HD12,1","Val.x: 1.61<br>Val.y: 0.75<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HD13,1","Val.x: 1.61<br>Val.y: 0.6<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HD21,1","Val.x: 1.61<br>Val.y: 0.6<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HD22,1","Val.x: 1.61<br>Val.y: 0.6<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HD23,1","Val.x: 1.61<br>Val.y: 1.61<br>Entry_ID: 17077<br>Info: 89,1,LEU,HG,HG,1","Val.x: 3.7<br>Val.y: 3.7<br>Entry_ID: 17077<br>Info: 90,1,PRO,HA,HA,1","Val.x: 3.7<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 90,1,PRO,HA,HB2,1","Val.x: 3.7<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 90,1,PRO,HA,HB3,1","Val.x: 3.7<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 90,1,PRO,HA,HD2,1","Val.x: 3.7<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 90,1,PRO,HA,HD3,1","Val.x: 3.7<br>Val.y: 2.22<br>Entry_ID: 17077<br>Info: 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2.71<br>Val.y: 2.22<br>Entry_ID: 17077<br>Info: 90,1,PRO,HB3,HG2,1","Val.x: 2.71<br>Val.y: 2.28<br>Entry_ID: 17077<br>Info: 90,1,PRO,HB3,HG3,1","Val.x: 3.43<br>Val.y: 3.7<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HA,1","Val.x: 3.43<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HB2,1","Val.x: 3.43<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HB3,1","Val.x: 3.43<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HD2,1","Val.x: 3.43<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HD3,1","Val.x: 3.43<br>Val.y: 2.22<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HG2,1","Val.x: 3.43<br>Val.y: 2.28<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD2,HG3,1","Val.x: 3.92<br>Val.y: 3.7<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HA,1","Val.x: 3.92<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HB2,1","Val.x: 3.92<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HB3,1","Val.x: 3.92<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HD2,1","Val.x: 3.92<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HD3,1","Val.x: 3.92<br>Val.y: 2.22<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HG2,1","Val.x: 3.92<br>Val.y: 2.28<br>Entry_ID: 17077<br>Info: 90,1,PRO,HD3,HG3,1","Val.x: 2.22<br>Val.y: 3.7<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HA,1","Val.x: 2.22<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HB2,1","Val.x: 2.22<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HB3,1","Val.x: 2.22<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HD2,1","Val.x: 2.22<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HD3,1","Val.x: 2.22<br>Val.y: 2.22<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HG2,1","Val.x: 2.22<br>Val.y: 2.28<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG2,HG3,1","Val.x: 2.28<br>Val.y: 3.7<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HA,1","Val.x: 2.28<br>Val.y: 2.1<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HB2,1","Val.x: 2.28<br>Val.y: 2.71<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HB3,1","Val.x: 2.28<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HD2,1","Val.x: 2.28<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HD3,1","Val.x: 2.28<br>Val.y: 2.22<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HG2,1","Val.x: 2.28<br>Val.y: 2.28<br>Entry_ID: 17077<br>Info: 90,1,PRO,HG3,HG3,1","Val.x: 9.06<br>Val.y: 9.06<br>Entry_ID: 17077<br>Info: 9,1,PHE,H,H,1","Val.x: 9.06<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 9,1,PHE,H,HA,1","Val.x: 9.06<br>Val.y: 6.82<br>Entry_ID: 17077<br>Info: 9,1,PHE,H,HD1,1","Val.x: 9.06<br>Val.y: 7.72<br>Entry_ID: 17077<br>Info: 9,1,PHE,H,HZ,1","Val.x: 3.73<br>Val.y: 9.06<br>Entry_ID: 17077<br>Info: 9,1,PHE,HA,H,1","Val.x: 3.73<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 9,1,PHE,HA,HA,1","Val.x: 3.73<br>Val.y: 6.82<br>Entry_ID: 17077<br>Info: 9,1,PHE,HA,HD1,1","Val.x: 3.73<br>Val.y: 7.72<br>Entry_ID: 17077<br>Info: 9,1,PHE,HA,HZ,1","Val.x: 6.82<br>Val.y: 9.06<br>Entry_ID: 17077<br>Info: 9,1,PHE,HD1,H,1","Val.x: 6.82<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 9,1,PHE,HD1,HA,1","Val.x: 6.82<br>Val.y: 6.82<br>Entry_ID: 17077<br>Info: 9,1,PHE,HD1,HD1,1","Val.x: 6.82<br>Val.y: 7.72<br>Entry_ID: 17077<br>Info: 9,1,PHE,HD1,HZ,1","Val.x: 7.72<br>Val.y: 9.06<br>Entry_ID: 17077<br>Info: 9,1,PHE,HZ,H,1","Val.x: 7.72<br>Val.y: 3.73<br>Entry_ID: 17077<br>Info: 9,1,PHE,HZ,HA,1","Val.x: 7.72<br>Val.y: 6.82<br>Entry_ID: 17077<br>Info: 9,1,PHE,HZ,HD1,1","Val.x: 7.72<br>Val.y: 7.72<br>Entry_ID: 17077<br>Info: 9,1,PHE,HZ,HZ,1","Val.x: 4.18<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 91,1,PRO,HA,HA,1","Val.x: 4.18<br>Val.y: 1.92<br>Entry_ID: 17077<br>Info: 91,1,PRO,HA,HB2,1","Val.x: 4.18<br>Val.y: 2.3<br>Entry_ID: 17077<br>Info: 91,1,PRO,HA,HB3,1","Val.x: 4.18<br>Val.y: 3.81<br>Entry_ID: 17077<br>Info: 91,1,PRO,HA,HD2,1","Val.x: 4.18<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 91,1,PRO,HA,HG2,1","Val.x: 1.92<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB2,HA,1","Val.x: 1.92<br>Val.y: 1.92<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB2,HB2,1","Val.x: 1.92<br>Val.y: 2.3<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB2,HB3,1","Val.x: 1.92<br>Val.y: 3.81<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB2,HD2,1","Val.x: 1.92<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB2,HG2,1","Val.x: 2.3<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB3,HA,1","Val.x: 2.3<br>Val.y: 1.92<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB3,HB2,1","Val.x: 2.3<br>Val.y: 2.3<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB3,HB3,1","Val.x: 2.3<br>Val.y: 3.81<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB3,HD2,1","Val.x: 2.3<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 91,1,PRO,HB3,HG2,1","Val.x: 3.81<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 91,1,PRO,HD2,HA,1","Val.x: 3.81<br>Val.y: 1.92<br>Entry_ID: 17077<br>Info: 91,1,PRO,HD2,HB2,1","Val.x: 3.81<br>Val.y: 2.3<br>Entry_ID: 17077<br>Info: 91,1,PRO,HD2,HB3,1","Val.x: 3.81<br>Val.y: 3.81<br>Entry_ID: 17077<br>Info: 91,1,PRO,HD2,HD2,1","Val.x: 3.81<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 91,1,PRO,HD2,HG2,1","Val.x: 1.94<br>Val.y: 4.18<br>Entry_ID: 17077<br>Info: 91,1,PRO,HG2,HA,1","Val.x: 1.94<br>Val.y: 1.92<br>Entry_ID: 17077<br>Info: 91,1,PRO,HG2,HB2,1","Val.x: 1.94<br>Val.y: 2.3<br>Entry_ID: 17077<br>Info: 91,1,PRO,HG2,HB3,1","Val.x: 1.94<br>Val.y: 3.81<br>Entry_ID: 17077<br>Info: 91,1,PRO,HG2,HD2,1","Val.x: 1.94<br>Val.y: 1.94<br>Entry_ID: 17077<br>Info: 91,1,PRO,HG2,HG2,1","Val.x: 9.83<br>Val.y: 9.83<br>Entry_ID: 17077<br>Info: 92,1,GLU,H,H,1","Val.x: 9.83<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 92,1,GLU,H,HA,1","Val.x: 9.83<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 92,1,GLU,H,HB2,1","Val.x: 9.83<br>Val.y: 1.59<br>Entry_ID: 17077<br>Info: 92,1,GLU,H,HB3,1","Val.x: 9.83<br>Val.y: 2<br>Entry_ID: 17077<br>Info: 92,1,GLU,H,HG2,1","Val.x: 9.83<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 92,1,GLU,H,HG3,1","Val.x: 3.92<br>Val.y: 9.83<br>Entry_ID: 17077<br>Info: 92,1,GLU,HA,H,1","Val.x: 3.92<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 92,1,GLU,HA,HA,1","Val.x: 3.92<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 92,1,GLU,HA,HB2,1","Val.x: 3.92<br>Val.y: 1.59<br>Entry_ID: 17077<br>Info: 92,1,GLU,HA,HB3,1","Val.x: 3.92<br>Val.y: 2<br>Entry_ID: 17077<br>Info: 92,1,GLU,HA,HG2,1","Val.x: 3.92<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 92,1,GLU,HA,HG3,1","Val.x: 1.79<br>Val.y: 9.83<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB2,H,1","Val.x: 1.79<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB2,HA,1","Val.x: 1.79<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB2,HB2,1","Val.x: 1.79<br>Val.y: 1.59<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB2,HB3,1","Val.x: 1.79<br>Val.y: 2<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB2,HG2,1","Val.x: 1.79<br>Val.y: 2.08<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB2,HG3,1","Val.x: 1.59<br>Val.y: 9.83<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB3,H,1","Val.x: 1.59<br>Val.y: 3.92<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB3,HA,1","Val.x: 1.59<br>Val.y: 1.79<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB3,HB2,1","Val.x: 1.59<br>Val.y: 1.59<br>Entry_ID: 17077<br>Info: 92,1,GLU,HB3,HB3,1","Val.x: 1.59<br>Val.y: 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17077<br>Info: 93,1,TRP,HB2,HE3,1","Val.x: 3.02<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB2,HH2,1","Val.x: 3.02<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB2,HZ2,1","Val.x: 3.02<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB2,HZ3,1","Val.x: 3.35<br>Val.y: 7.89<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,H,1","Val.x: 3.35<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HA,1","Val.x: 3.35<br>Val.y: 3.02<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HB2,1","Val.x: 3.35<br>Val.y: 3.35<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HB3,1","Val.x: 3.35<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HD1,1","Val.x: 3.35<br>Val.y: 10.4<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HE1,1","Val.x: 3.35<br>Val.y: 7.59<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HE3,1","Val.x: 3.35<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HH2,1","Val.x: 3.35<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HB3,HZ2,1","Val.x: 3.35<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 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10.4<br>Val.y: 3.35<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HB3,1","Val.x: 10.4<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HD1,1","Val.x: 10.4<br>Val.y: 10.4<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HE1,1","Val.x: 10.4<br>Val.y: 7.59<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HE3,1","Val.x: 10.4<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HH2,1","Val.x: 10.4<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HZ2,1","Val.x: 10.4<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE1,HZ3,1","Val.x: 7.59<br>Val.y: 7.89<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,H,1","Val.x: 7.59<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HA,1","Val.x: 7.59<br>Val.y: 3.02<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HB2,1","Val.x: 7.59<br>Val.y: 3.35<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HB3,1","Val.x: 7.59<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HD1,1","Val.x: 7.59<br>Val.y: 10.4<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HE1,1","Val.x: 7.59<br>Val.y: 7.59<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HE3,1","Val.x: 7.59<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HH2,1","Val.x: 7.59<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HZ2,1","Val.x: 7.59<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 93,1,TRP,HE3,HZ3,1","Val.x: 6.33<br>Val.y: 7.89<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,H,1","Val.x: 6.33<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HA,1","Val.x: 6.33<br>Val.y: 3.02<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HB2,1","Val.x: 6.33<br>Val.y: 3.35<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HB3,1","Val.x: 6.33<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HD1,1","Val.x: 6.33<br>Val.y: 10.4<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HE1,1","Val.x: 6.33<br>Val.y: 7.59<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HE3,1","Val.x: 6.33<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HH2,1","Val.x: 6.33<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HZ2,1","Val.x: 6.33<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 93,1,TRP,HH2,HZ3,1","Val.x: 7.31<br>Val.y: 7.89<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,H,1","Val.x: 7.31<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HA,1","Val.x: 7.31<br>Val.y: 3.02<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HB2,1","Val.x: 7.31<br>Val.y: 3.35<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HB3,1","Val.x: 7.31<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HD1,1","Val.x: 7.31<br>Val.y: 10.4<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HE1,1","Val.x: 7.31<br>Val.y: 7.59<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HE3,1","Val.x: 7.31<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HH2,1","Val.x: 7.31<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HZ2,1","Val.x: 7.31<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ2,HZ3,1","Val.x: 7.15<br>Val.y: 7.89<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,H,1","Val.x: 7.15<br>Val.y: 4.24<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HA,1","Val.x: 7.15<br>Val.y: 3.02<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HB2,1","Val.x: 7.15<br>Val.y: 3.35<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HB3,1","Val.x: 7.15<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HD1,1","Val.x: 7.15<br>Val.y: 10.4<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HE1,1","Val.x: 7.15<br>Val.y: 7.59<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HE3,1","Val.x: 7.15<br>Val.y: 6.33<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HH2,1","Val.x: 7.15<br>Val.y: 7.31<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HZ2,1","Val.x: 7.15<br>Val.y: 7.15<br>Entry_ID: 17077<br>Info: 93,1,TRP,HZ3,HZ3,1","Val.x: 7.1<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,H,1","Val.x: 7.1<br>Val.y: 4.23<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HA,1","Val.x: 7.1<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HB,1","Val.x: 7.1<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HG11,1","Val.x: 7.1<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HG12,1","Val.x: 7.1<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HG13,1","Val.x: 7.1<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HG21,1","Val.x: 7.1<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HG22,1","Val.x: 7.1<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,H,HG23,1","Val.x: 4.23<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,H,1","Val.x: 4.23<br>Val.y: 4.23<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HA,1","Val.x: 4.23<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HB,1","Val.x: 4.23<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HG11,1","Val.x: 4.23<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HG12,1","Val.x: 4.23<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HG13,1","Val.x: 4.23<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HG21,1","Val.x: 4.23<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HG22,1","Val.x: 4.23<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,HA,HG23,1","Val.x: 1.68<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,H,1","Val.x: 1.68<br>Val.y: 4.23<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HA,1","Val.x: 1.68<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HB,1","Val.x: 1.68<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HG11,1","Val.x: 1.68<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HG12,1","Val.x: 1.68<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HG13,1","Val.x: 1.68<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HG21,1","Val.x: 1.68<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HG22,1","Val.x: 1.68<br>Val.y: 0.69<br>Entry_ID: 17077<br>Info: 94,1,VAL,HB,HG23,1","Val.x: 0.16<br>Val.y: 7.1<br>Entry_ID: 17077<br>Info: 94,1,VAL,HG11,H,1","Val.x: 0.16<br>Val.y: 4.23<br>Entry_ID: 17077<br>Info: 94,1,VAL,HG11,HA,1","Val.x: 0.16<br>Val.y: 1.68<br>Entry_ID: 17077<br>Info: 94,1,VAL,HG11,HB,1","Val.x: 0.16<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HG11,HG11,1","Val.x: 0.16<br>Val.y: 0.16<br>Entry_ID: 17077<br>Info: 94,1,VAL,HG11,HG12,1","Val.x: 0.16<br>Val.y: 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0.83<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HD11,1","Val.x: 0.84<br>Val.y: 0.83<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HD12,1","Val.x: 0.84<br>Val.y: 0.83<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HD13,1","Val.x: 0.84<br>Val.y: 1.53<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HG12,1","Val.x: 0.84<br>Val.y: 1.23<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HG13,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HG21,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HG22,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG22,HG23,1","Val.x: 0.84<br>Val.y: 7.77<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,H,1","Val.x: 0.84<br>Val.y: 4.47<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HA,1","Val.x: 0.84<br>Val.y: 1.8<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HB,1","Val.x: 0.84<br>Val.y: 0.83<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HD11,1","Val.x: 0.84<br>Val.y: 0.83<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HD12,1","Val.x: 0.84<br>Val.y: 0.83<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HD13,1","Val.x: 0.84<br>Val.y: 1.53<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HG12,1","Val.x: 0.84<br>Val.y: 1.23<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HG13,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HG21,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HG22,1","Val.x: 0.84<br>Val.y: 0.84<br>Entry_ID: 17077<br>Info: 98,1,ILE,HG23,HG23,1","Val.x: 8.32<br>Val.y: 8.32<br>Entry_ID: 17077<br>Info: 99,1,PHE,H,H,1","Val.x: 8.32<br>Val.y: 5.79<br>Entry_ID: 17077<br>Info: 99,1,PHE,H,HA,1","Val.x: 8.32<br>Val.y: 2.76<br>Entry_ID: 17077<br>Info: 99,1,PHE,H,HB2,1","Val.x: 8.32<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 99,1,PHE,H,HB3,1","Val.x: 8.32<br>Val.y: 7.17<br>Entry_ID: 17077<br>Info: 99,1,PHE,H,HD1,1","Val.x: 5.79<br>Val.y: 8.32<br>Entry_ID: 17077<br>Info: 99,1,PHE,HA,H,1","Val.x: 5.79<br>Val.y: 5.79<br>Entry_ID: 17077<br>Info: 99,1,PHE,HA,HA,1","Val.x: 5.79<br>Val.y: 2.76<br>Entry_ID: 17077<br>Info: 99,1,PHE,HA,HB2,1","Val.x: 5.79<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 99,1,PHE,HA,HB3,1","Val.x: 5.79<br>Val.y: 7.17<br>Entry_ID: 17077<br>Info: 99,1,PHE,HA,HD1,1","Val.x: 2.76<br>Val.y: 8.32<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB2,H,1","Val.x: 2.76<br>Val.y: 5.79<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB2,HA,1","Val.x: 2.76<br>Val.y: 2.76<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB2,HB2,1","Val.x: 2.76<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB2,HB3,1","Val.x: 2.76<br>Val.y: 7.17<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB2,HD1,1","Val.x: 3.43<br>Val.y: 8.32<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB3,H,1","Val.x: 3.43<br>Val.y: 5.79<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB3,HA,1","Val.x: 3.43<br>Val.y: 2.76<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB3,HB2,1","Val.x: 3.43<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB3,HB3,1","Val.x: 3.43<br>Val.y: 7.17<br>Entry_ID: 17077<br>Info: 99,1,PHE,HB3,HD1,1","Val.x: 7.17<br>Val.y: 8.32<br>Entry_ID: 17077<br>Info: 99,1,PHE,HD1,H,1","Val.x: 7.17<br>Val.y: 5.79<br>Entry_ID: 17077<br>Info: 99,1,PHE,HD1,HA,1","Val.x: 7.17<br>Val.y: 2.76<br>Entry_ID: 17077<br>Info: 99,1,PHE,HD1,HB2,1","Val.x: 7.17<br>Val.y: 3.43<br>Entry_ID: 17077<br>Info: 99,1,PHE,HD1,HB3,1","Val.x: 7.17<br>Val.y: 7.17<br>Entry_ID: 17077<br>Info: 99,1,PHE,HD1,HD1,1"],"key":null,"type":"scatter","mode":"markers","marker":{"autocolorscale":false,"color":"rgba(97,156,255,1)","opacity":1,"size":5.66929133858268,"symbol":"circle","line":{"width":1.88976377952756,"color":"rgba(97,156,255,1)"}},"hoveron":"points","name":"17077","legendgroup":"17077","showlegend":true,"xaxis":"x","yaxis":"y","hoverinfo":"text"}],"layout":{"margin":{"t":26.2283105022831,"r":7.30593607305936,"b":40.1826484018265,"l":37.2602739726027},"plot_bgcolor":"rgba(235,235,235,1)","paper_bgcolor":"rgba(255,255,255,1)","font":{"color":"rgba(0,0,0,1)","family":"","size":14.6118721461187},"xaxis":{"domain":[0,1],"type":"linear","autorange":"reversed","tickmode":"array","range":[-1.7383,12.3043],"ticktext":["0","4","8","12"],"tickvals":[0,4,8,12],"ticks":"outside","tickcolor":"rgba(51,51,51,1)","ticklen":3.65296803652968,"tickwidth":0.66417600664176,"showticklabels":true,"tickfont":{"color":"rgba(77,77,77,1)","family":"","size":11.689497716895},"tickangle":-0,"showline":false,"linecolor":null,"linewidth":0,"showgrid":true,"gridcolor":"rgba(255,255,255,1)","gridwidth":0.66417600664176,"zeroline":false,"anchor":"y","title":"H","titlefont":{"color":"rgba(0,0,0,1)","family":"","size":14.6118721461187},"hoverformat":".2f"},"yaxis":{"domain":[0,1],"type":"linear","autorange":"reversed","tickmode":"array","range":[-1.7383,12.3043],"ticktext":["0","4","8","12"],"tickvals":[0,4,8,12],"ticks":"outside","tickcolor":"rgba(51,51,51,1)","ticklen":3.65296803652968,"tickwidth":0.66417600664176,"showticklabels":true,"tickfont":{"color":"rgba(77,77,77,1)","family":"","size":11.689497716895},"tickangle":-0,"showline":false,"linecolor":null,"linewidth":0,"showgrid":true,"gridcolor":"rgba(255,255,255,1)","gridwidth":0.66417600664176,"zeroline":false,"anchor":"x","title":"H","titlefont":{"color":"rgba(0,0,0,1)","family":"","size":14.6118721461187},"hoverformat":".2f"},"shapes":[{"type":"rect","fillcolor":null,"line":{"color":null,"width":0,"linetype":[]},"yref":"paper","xref":"paper","x0":0,"x1":1,"y0":0,"y1":1}],"showlegend":true,"legend":{"bgcolor":"rgba(255,255,255,1)","bordercolor":"transparent","borderwidth":1.88976377952756,"font":{"color":"rgba(0,0,0,1)","family":"","size":11.689497716895},"y":0.913385826771654},"hovermode":"closest"},"source":"A"},"evals":[],"jsHooks":[]}</script> Non interactive plot</p>
<pre class="r"><code>spec3<-TOCSY(c(17074,17076,17077),interactive = F)
spec3</code></pre>
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" width="672" /></p>
</div>
</div>
<div id="chemical_shift_corr" class="section level4">
<h4>chemical_shift_corr</h4>
<p>This function will plot the distribution of chemical shift correlation between any two atoms from the 20 standard amino acids. The distribution of a particular residue may turn on and off by clicking the residue name in the legend.</p>
<pre class="r"><code>corr_plot1<-chemical_shift_corr('CB','N')
corr_plot1
corr_plot2<-chemical_shift_corr('CA','HA*')
corr_plot2</code></pre>
<p>Non interactive plot</p>
<pre class="r"><code>corr_plot1<-chemical_shift_corr('CB','N',interactive = F)
corr_plot1
corr_plot2<-chemical_shift_corr('CA','HA*',interactive = F)
corr_plot2</code></pre>
</div>
</div>
<div id="bug-report" class="section level2">
<h2>Bug Report</h2>
<p>Please report the bugs to the <a href="https://github.com/uwbmrb/RBMRB">RBMRB GitHub repository</a>. Any new features can also be requested through the GitHub repository.</p>
</div>
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