OCC.Voxel module¶

Data structuire and visualization engine for voxel modeling.

class Handle_Voxel_Prs(*args)¶

Bases: OCC.AIS.Handle_AIS_InteractiveObject

static DownCast()¶

GetObject()¶

IsNull()¶

Nullify()¶

thisown¶: The membership flag

class SwigPyIterator(*args, **kwargs)¶

Bases: object

advance()¶

copy()¶

decr()¶

distance()¶

equal()¶

incr()¶

next()¶

previous()¶

thisown¶: The membership flag

value()¶

class Voxel_BoolDS(*args)¶

Bases: OCC.Voxel.Voxel_DS

An empty constructor.

Return type:	None

A constructor initializing the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	None

Destroy()¶

A destructor of the voxel model.

Return type:	None

Get()¶

Returns the value of voxel with co-ordinates (ix, iy, iz).

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	bool

Set()¶

Defines a value for voxel with co-ordinates (ix, iy, iz). Initial state of the model is so that all voxels have value 0 (false), and this data doesn’t occupy memory. Memory for data is allocating during setting non-zero values (true).

Parameters:	ix (int) – iy (int) – iz (int) – data (bool) – default value is Standard_True
Return type:	None

SetZero()¶

The method sets all values equal to 0 (false) and releases the memory.

Return type:	None

thisown¶: The membership flag

class Voxel_BooleanOperation(*args)¶

Bases: object

An empty constructor.

Return type:	None

Cut()¶

Cuts two cubes of voxels. It modifies the first cube of voxels. It returns false in case of different dimension of the cube, different number of voxels.

Parameters:	theVoxels1 (Voxel_BoolDS &) – theVoxels2 (Voxel_BoolDS &) –
Return type:	bool

Cuts two cubes of voxels. It modifies the first cube of voxels. It returns false in case of different dimension of the cube, different number of voxels. It subtracts the value of corresponding voxels and puts the result to theVoxels1.

Parameters:	theVoxels1 (Voxel_ColorDS &) – theVoxels2 (Voxel_ColorDS &) –
Return type:	bool

Cuts two cubes of voxels. It modifies the first cube of voxels. It returns false in case of different dimension of the cube, different number of voxels. It subtracts the value of corresponding voxels and puts the result to theVoxels1.

Parameters:	theVoxels1 (Voxel_FloatDS &) – theVoxels2 (Voxel_FloatDS &) –
Return type:	bool

Fuse()¶

Fuses two cubes of voxels. It modifies the first cube of voxels. It returns false in case of different dimension of the cube, different number of voxels.

Parameters:	theVoxels1 (Voxel_BoolDS &) – theVoxels2 (Voxel_BoolDS &) –
Return type:	bool

Fuses two cubes of voxels. It modifies the first cube of voxels. It returns false in case of different dimension of the cube, different number of voxels. It summerizes the value of corresponding voxels and puts the result to theVoxels1. If the result exceeds 15 or becomes greater, it keeps 15.

Parameters:	theVoxels1 (Voxel_ColorDS &) – theVoxels2 (Voxel_ColorDS &) –
Return type:	bool

Fuses two cubes of voxels. It modifies the first cube of voxels. It returns false in case of different dimension of the cube, different number of voxels. It summerizes the value of corresponding voxels and puts the result to theVoxels1.

Parameters:	theVoxels1 (Voxel_FloatDS &) – theVoxels2 (Voxel_FloatDS &) –
Return type:	bool

thisown¶: The membership flag

class Voxel_CollisionDetection(*args)¶

Bases: object

An empty constructor.

Return type:	None

A constructor. It defines deflection of triangulation for the shapes. As lower the deflection is, as proper the triangulation is generated. Also, it defines number of splits along X, Y and Z axes for generation of voxels. As greater the numbers are, as greater number of voxels is used for detection of collision.

Parameters:	deflection (float) – nbx (int) – nby (int) – nbz (int) –
Return type:	None

AddShape()¶

Adds a shape. Returns an index of the shape.

Parameters:	shape (TopoDS_Shape &) –
Return type:	int

Compute()¶

Computes the collisions. This method may be called many times if, for example, the shapes are being moved.

Return type:	bool

Destroy()¶

A destructor.

Return type:	None

GetCollisions()¶

Returns the collided voxels.

Return type:	Voxel_BoolDS

HasCollisions()¶

Returns true if a collision is detected.

Return type:	bool

KeepCollisions()¶

Doesn’t clean the collision points on new call to the method Compute(). It allows to see the collisions for a moving shape.

Parameters:	keep (bool) –
Return type:	None

ReplaceShape()¶

Replaces a shape by another one. <ishape> is an index of the shape. This method is useful for moving shape, for example.

Parameters:	ishape (int) – shape (TopoDS_Shape &) –
Return type:	bool

SetBoundaryBox()¶

Defines a user-defined boundary box for generation of voxels. If this method is not called, the algorithm calculates the boundary box itself.

Parameters:	box (Bnd_Box &) –
Return type:	None

SetDeflection()¶

Defines the deflection of triangulation of shapes.

Parameters:	deflection (float) –
Return type:	None

SetNbVoxels()¶

Defines the number of voxels along X, Y and Z axes.

Parameters:	nbx (int) – nby (int) – nbz (int) –
Return type:	None

SetUsageOfVolume()¶

Defines usage of volume of shapes in collision detection algorithm. Beware, usage of volume a little bit decreases the speed of algorithm.

Parameters:	usage (bool) –
Return type:	None

Voxelize()¶

Prepares data for computation of collisions. It checks the inner parameters (number of voxels along X, Y and Z axes) and voxelizes the shapes. If the shape is not changed since the last call to this method, this method may be not called for this shape. <ishape> - is the index of the shape for processing by this method. If it is equal to -1, all shapes will be processed.

Parameters:	ishape (int) – default value is -1
Return type:	bool

thisown¶: The membership flag

class Voxel_ColorDS(*args)¶

Bases: OCC.Voxel.Voxel_DS

An empty constructor.

Return type:	None

A constructor initializing the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	None

Destroy()¶

A destructor of the voxel model.

Return type:	None

Get()¶

Returns the value of voxel with co-ordinates (ix, iy, iz).

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	Standard_Byte

Set()¶

Defines a value for voxel with co-ordinates (ix, iy, iz). Only the first four bits are used! Initial state of the model is so that all voxels have value 0x0000, and this data doesn’t occupy memory. Memory for data is allocating during setting non-zero values (0x0101, for example).

Parameters:	ix (int) – iy (int) – iz (int) – data (Standard_Byte) –
Return type:	None

SetZero()¶

The method sets all values equal to 0 (false) and releases the memory.

Return type:	None

thisown¶: The membership flag

class Voxel_DS(*args)¶

Bases: object

An empty constructor.

Return type:	None

A constructor initializing the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	None

GetCenter()¶

Returns the center point of a voxel with co-ordinates (ix, iy, iz).

Parameters:	ix (int) – iy (int) – iz (int) – xc (float &) – yc (float &) – zc (float &) –
Return type:	None

GetNbX()¶

Return type:	int

GetNbY()¶

Return type:	int

GetNbZ()¶

Return type:	int

GetOrigin()¶

Returns the origin point of a voxel with co-ordinates (ix, iy, iz).

Parameters:	ix (int) – iy (int) – iz (int) – x0 (float &) – y0 (float &) – z0 (float &) –
Return type:	None

GetVoxel()¶

Finds a voxel corresponding to a 3D point. Returns true if it is found.

Parameters:	x (float) – y (float) – z (float) – ix (int &) – iy (int &) – iz (int &) –
Return type:	bool

GetVoxelX()¶

Returns x-index of a voxel corresponding to x-coordinate.

Parameters:	x (float) – ix (int &) –
Return type:	bool

GetVoxelY()¶

Returns y-index of a voxel corresponding to y-coordinate.

Parameters:	y (float) – iy (int &) –
Return type:	bool

GetVoxelZ()¶

Returns z-index of a voxel corresponding to z-coordinate.

Parameters:	z (float) – iz (int &) –
Return type:	bool

GetX()¶

Return type:	float

GetXLen()¶

Return type:	float

GetY()¶

Return type:	float

GetYLen()¶

Return type:	float

GetZ()¶

Return type:	float

GetZLen()¶

Return type:	float

Init()¶

Initialization of the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions. The methods below return initial data of the voxel model.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	void

thisown¶: The membership flag

class Voxel_FastConverter(*args)¶

Bases: object

A constructor for conversion of a shape into a cube of boolean voxels. It allocates the voxels in memory. ‘nbthreads’ defines the number of threads used to convert the shape.

Parameters:	shape (TopoDS_Shape &) – voxels (Voxel_BoolDS &) – deflection (float) – default value is 0.1 nbx (int) – default value is 10 nby (int) – default value is 10 nbz (int) – default value is 10 nbthreads (int) – default value is 1 useExistingTriangulation (bool) – default value is Standard_False
Return type:	None

A constructor for conversion of a shape into a cube of colored voxels. It allocates the voxels in memory. ‘nbthreads’ defines the number of threads used to convert the shape.

Parameters:	shape (TopoDS_Shape &) – voxels (Voxel_ColorDS &) – deflection (float) – default value is 0.1 nbx (int) – default value is 10 nby (int) – default value is 10 nbz (int) – default value is 10 nbthreads (int) – default value is 1 useExistingTriangulation (bool) – default value is Standard_False
Return type:	None

A constructor for conversion of a shape into a cube of boolean voxels split into 8 sub-voxels recursively. It allocates the voxels in memory. ‘nbthreads’ defines the number of threads used to convert the shape.

Parameters:	shape (TopoDS_Shape &) – voxels (Voxel_ROctBoolDS &) – deflection (float) – default value is 0.1 nbx (int) – default value is 10 nby (int) – default value is 10 nbz (int) – default value is 10 nbthreads (int) – default value is 1 useExistingTriangulation (bool) – default value is Standard_False
Return type:	None

Convert()¶

Converts a shape into a voxel representation. It sets to 0 the outside volume of the shape and 1 for surfacic part of the shape. ‘ithread’ is the index of the thread for current call of ::Convert(). Start numeration of ‘ithread’ with 1, please.

Parameters:	progress (int &) – ithread (int) – default value is 1
Return type:	bool

ConvertUsingSAT()¶

Converts a shape into a voxel representation using separating axis theorem. It sets to 0 the outside volume of the shape and 1 for surfacic part of the shape. ‘ithread’ is the index of the thread for current call of ::Convert(). Start numeration of ‘ithread’ with 1, please.

Parameters:	progress (int &) – ithread (int) – default value is 1
Return type:	bool

Destroy()¶

A destructor.

Return type:	None

FillInVolume()¶

Fills-in volume of the shape by a value.

Parameters:	inner (Standard_Byte) – ithread (int) – default value is 1
Return type:	bool

Fills-in volume of the shape by a value. Uses the topological information from the provided shape to judge whether points are inside the shape or not (only when processing vertical faces). The inner value has to be positive.

Parameters:	inner (Standard_Byte) – shape (TopoDS_Shape &) – ithread (int) – default value is 1
Return type:	bool

thisown¶: The membership flag

class Voxel_FloatDS(*args)¶

Bases: OCC.Voxel.Voxel_DS

An empty constructor.

Return type:	None

A constructor initializing the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	None

Destroy()¶

A destructor of the voxel model.

Return type:	None

Get()¶

Returns the value of voxel with co-ordinates (ix, iy, iz).

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	Standard_ShortReal

Set()¶

Defines a value for voxel with co-ordinates (ix, iy, iz). Initial state of the model is so that all voxels have value 0.0f, and this data doesn’t occupy memory. Memory for data is allocating during setting non-zero values.

Parameters:	ix (int) – iy (int) – iz (int) – data (Standard_ShortReal) –
Return type:	None

SetZero()¶

The method sets all values equal to 0 (false) and releases the memory.

Return type:	None

thisown¶: The membership flag

class Voxel_OctBoolDS(*args)¶

Bases: OCC.Voxel.Voxel_DS

An empty constructor.

Return type:	None

A constructor initializing the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	None

Destroy()¶

A destructor of the voxel model.

Return type:	None

Get()¶

Returns the value of voxel with co-ordinates (ix, iy, iz). Warning!: the returned value may not coincide with the value of its 8 sub-voxels. Use the method ::IsSplit() to check whether a voxel has sub-voxels.

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	bool

Returns the value of a sub-voxel of a voxel with co-ordinates (ix, iy, iz). If the voxel is not split, it returns the value of the voxel. Range of sub-voxels is 0 - 7.

Parameters:	ix (int) – iy (int) – iz (int) – ioct (int) –
Return type:	bool

IsSplit()¶

Returns true if the voxel is split into 8 sub-voxels.

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	bool

OptimizeMemory()¶

The method searches voxels with equal-value of sub-voxels and removes them (remaining the value for the voxel).

Return type:	None

Set()¶

Defines a value for voxel with co-ordinates (ix, iy, iz). If the voxel is split into 8 sub-voxels, the split disappears. Initial state of the model is so that all voxels have value 0 (false), and this data doesn’t occupy memory. Memory for data is allocating during setting non-zero values (true).

Parameters:	ix (int) – iy (int) – iz (int) – data (bool) –
Return type:	None

Defines a value for a sub-voxel of a voxel with co-ordinates (ix, iy, iz). If the voxel is not split into 8 sub-voxels yet, this method splits the voxel. Range of sub-voxels is 0 - 7.

Parameters:	ix (int) – iy (int) – iz (int) – ioct (int) – data (bool) –
Return type:	None

SetZero()¶

The method sets all values equal to 0 (false) and releases the memory.

Return type:	None

thisown¶: The membership flag

class Voxel_Prs(*args)¶

Bases: OCC.AIS.AIS_InteractiveObject

An empty constructor.

Return type:	None

Destroy()¶

A destructor of presentation data.

Return type:	None

GetHandle()¶

Highlight()¶

Highlights a voxel. It doesn’t re-computes the whole interactive object, but only marks a voxels as ‘highlighted’. The voxel becomes highlighted on next swapping of buffers. In order to unhighlight a voxel, set ix = iy = iz = -1.

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	None

SetBoolVoxels()¶

<theVoxels> is a Voxel_BoolDS* object.

Parameters:	theVoxels (Standard_Address) –
Return type:	None

SetColorRange()¶

Defines min-max values for visualization of voxels of ColorDS structure. By default, min value = 1, max value = 15 (all non-zero values).

Parameters:	theMinValue (Standard_Byte) – theMaxValue (Standard_Byte) –
Return type:	None

SetColorVoxels()¶

<theVoxels> is a Voxel_ColorDS* object.

Parameters:	theVoxels (Standard_Address) –
Return type:	None

SetColors()¶

Defines the color of points, quadrangles… for ColorDS. For ColorDS the size of array is 0 .. 15. 0 - means no color, this voxel is not drawn.

Parameters:	theColors (Handle_Quantity_HArray1OfColor &) –
Return type:	None

SetDegenerateMode()¶

Simplifies visualization of voxels in case of view rotation, panning and zooming.

Parameters:	theDegenerate (bool) –
Return type:	None

SetDisplayMode()¶

Sets a display mode for voxels.

Parameters:	theMode (Voxel_VoxelDisplayMode) –
Return type:	None

SetPointSize()¶

Defines the size of points for all types of voxels.

Parameters:	theSize (float) –
Return type:	None

SetQuadrangleSize()¶

Defines the size of quadrangles in per cents (0 .. 100).

Parameters:	theSize (int) –
Return type:	None

SetROctBoolVoxels()¶

<theVoxels> is a Voxel_ROctBoolDS* object.

Parameters:	theVoxels (Standard_Address) –
Return type:	None

SetSizeRange()¶

Defines the displayed area of voxels. By default, the range is equal to the box of voxels (all voxels are displayed).

Parameters:	theDisplayedXMin (float) – theDisplayedXMax (float) – theDisplayedYMin (float) – theDisplayedYMax (float) – theDisplayedZMin (float) – theDisplayedZMax (float) –
Return type:	None

SetSmoothPoints()¶

Switches visualization of points from smooth to rough.

Parameters:	theSmooth (bool) –
Return type:	None

SetTriangulation()¶

Sets a triangulation for visualization.

Parameters:	theTriangulation (Handle_Poly_Triangulation &) –
Return type:	None

SetUsageOfGLlists()¶

GL lists accelerate view rotation, panning and zooming operations, but it takes additional memory… It is up to the user of this interactive object to decide whether he has enough memory and may use GL lists or he is lack of memory and usage of GL lists is not recommended. By default, usage of GL lists is on. Also, as I noticed, the view without GL lists looks more precisely.

Parameters:	theUsage (bool) –
Return type:	None

thisown¶: The membership flag

class Voxel_ROctBoolDS(*args)¶

Bases: OCC.Voxel.Voxel_DS

An empty constructor.

Return type:	None

A constructor initializing the voxel model. (x, y, z) - the start point of the box. (x_len, y_len, z_len) - lengths in x, y and z directions along axes of a co-ordinate system. (nb_x, nb_y, nb_z) - number of splits (voxels) along x, y and z directions.

Parameters:	x (float) – y (float) – z (float) – x_len (float) – y_len (float) – z_len (float) – nb_x (int) – nb_y (int) – nb_z (int) –
Return type:	None

Deepness()¶

Returns the deepness of splits of a voxel. 0 - no splits (::IsSplit() being called would return false). 1 - the voxel is split into 8 sub-voxels. 2 - the voxels is split into 8 sub-voxels, and each of the sub-voxels is split into 8 sub-sub-voxels. 3 - …

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	int

Destroy()¶

A destructor of the voxel model.

Return type:	None

Get()¶

Returns the value of voxel with co-ordinates (ix, iy, iz). Warning!: the returned value may not coincide with the value of its 8 sub-voxels. Use the method ::IsSplit() to check whether a voxel has sub-voxels.

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	bool

Returns the value of a sub-voxel of a voxel with co-ordinates (ix, iy, iz). If the voxel is not split, it returns the value of the voxel. Range of sub-voxels is 0 - 7.

Parameters:	ix (int) – iy (int) – iz (int) – ioct1 (int) –
Return type:	bool

Returns the value of a sub-voxel of a sub-voxel of a voxel with co-ordinates (ix, iy, iz). If the voxel is not split, it returns the value of the voxel. Range of sub-voxels is 0 - 7.

Parameters:	ix (int) – iy (int) – iz (int) – ioct1 (int) – ioct2 (int) –
Return type:	bool

GetCenter()¶

Returns the center point of a sub-voxel with co-ordinates (ix, iy, iz, i).

Parameters:	ix (int) – iy (int) – iz (int) – i (int) – xc (float &) – yc (float &) – zc (float &) –
Return type:	None

Returns the center point of a sub-voxel with co-ordinates (ix, iy, iz, i, j).

Parameters:	ix (int) – iy (int) – iz (int) – i (int) – j (int) – xc (float &) – yc (float &) – zc (float &) –
Return type:	None

IsSplit()¶

Returns true if the voxel is split into 8 sub-voxels.

Parameters:	ix (int) – iy (int) – iz (int) –
Return type:	bool

OptimizeMemory()¶

The method searches voxels with equal-value of sub-voxels and removes them (remaining the value for the voxel).

Return type:	None

Set()¶

Defines a value for voxel with co-ordinates (ix, iy, iz). If the voxel is split into 8 sub-voxels, the split disappears. Initial state of the model is so that all voxels have value 0 (false), and this data doesn’t occupy memory. Memory for data is allocating during setting non-zero values (true).

Parameters:	ix (int) – iy (int) – iz (int) – data (bool) –
Return type:	None

Defines a value for a sub-voxel of a voxel with co-ordinates (ix, iy, iz). If the voxel is not split into 8 sub-voxels yet, this method splits the voxel. Range of sub-voxels is 0 - 7.

Parameters:	ix (int) – iy (int) – iz (int) – ioct1 (int) – data (bool) –
Return type:	None

Defines a value for a sub-voxel of a sub-voxel of a voxel with co-ordinates (ix, iy, iz). If the voxel is not split into 8 sub-voxels yet, this method splits the voxel. Range of sub-voxels is 0 - 7.

Parameters:	ix (int) – iy (int) – iz (int) – ioct1 (int) – ioct2 (int) – data (bool) –
Return type:	None

SetZero()¶

The method sets all values equal to 0 (false) and releases the memory.

Return type:	None

thisown¶: The membership flag

class Voxel_Reader(*args)¶

Bases: object

An empty constructor.

Return type:	None

GetBoolVoxels()¶

Returns a pointer to the read 1bit voxels.

Return type:	Standard_Address

GetColorVoxels()¶

Returns a pointer to the read 4bit voxels.

Return type:	Standard_Address

GetFloatVoxels()¶

Returns a pointer to the read 4bytes voxels.

Return type:	Standard_Address

IsBoolVoxels()¶

Informs the user about the type of voxels he has read.

Return type:	bool

IsColorVoxels()¶

Informs the user about the type of voxels he has read.

Return type:	bool

IsFloatVoxels()¶

Informs the user about the type of voxels he has read.

Return type:	bool

Read()¶

Reads the voxels from disk

Parameters:	file (TCollection_ExtendedString &) –
Return type:	bool

thisown¶: The membership flag

class Voxel_Selector(*args)¶

Bases: object

An empty constructor.

Return type:	None

A constructor of the selector, which initializes the classes by a view, where the user selects the voxels.

Parameters:	view (Handle_V3d_View &) –
Return type:	None

Detect()¶

Detects a voxel under the mouse cursor.

Parameters:	winx (int) – winy (int) – ix (int &) – iy (int &) – iz (int &) –
Return type:	bool

Init()¶

Initializes the selector by a view, where the user selects the voxels.

Parameters:	view (Handle_V3d_View &) –
Return type:	None

SetVoxels()¶

Defines the voxels (1bit).

Parameters:	voxels (Voxel_BoolDS &) –
Return type:	None

Defines the voxels (4bit).

Parameters:	voxels (Voxel_ColorDS &) –
Return type:	None

Defines the voxels (1bit recursive splitting).

Parameters:	voxels (Voxel_ROctBoolDS &) –
Return type:	None

thisown¶: The membership flag

class Voxel_SplitData(*args)¶

Bases: object

An empty constructor.

Return type:	None

GetSplitData()¶

Gives access to the next split data.

Return type:	Standard_Address

GetValues()¶

Gives access to the values.

Return type:	Standard_Address

thisown¶: The membership flag

class Voxel_Writer(*args)¶

Bases: object

An empty constructor.

Return type:	None

SetFormat()¶

Defines the file format for voxels. ASCII - slow and occupies more space on disk. BINARY - fast and occupies less space on disk.

Parameters:	format (Voxel_VoxelFileFormat) –
Return type:	None

SetVoxels()¶

Defines the voxels (1bit).

Parameters:	voxels (Voxel_BoolDS &) –
Return type:	None

Defines the voxels (4bit).

Parameters:	voxels (Voxel_ColorDS &) –
Return type:	None

Defines the voxels (4bytes).

Parameters:	voxels (Voxel_FloatDS &) –
Return type:	None

Write()¶

Writes the voxels on disk using the defined format and file name.

Parameters:	file (TCollection_ExtendedString &) –
Return type:	bool

thisown¶: The membership flag

new_instancemethod(func, inst, cls)¶

register_handle(handle, base_object)¶: Inserts the handle into the base object to prevent memory corruption in certain cases