meshlib.mrmeshpy.MarchingCubesByParts Class Reference

Public Member Functions
None	__init__ (self, Vector3i dims, MarchingCubesParams params, int layersPerBlock=0)
None	addPart (self, SimpleVolume part)
TriMesh	finalize (self)
int	layersPerBlock (self)
int	nextZ (self)

Detailed Description

Generated from:  MR::MarchingCubesByParts

converts volume split on parts by planes z=const into mesh,
last z-layer of previous part must be repeated as first z-layer of next part
usage:
MarchingCubesByParts x( dims, params);
x.addPart( part1 );
...
x.addPart( partN );
Mesh mesh = Mesh::fromTriMesh( *x.finalize() );

Constructor & Destructor Documentation

__init__()

None meshlib.mrmeshpy.MarchingCubesByParts.__init__	(		self,
		Vector3i	dims,
		MarchingCubesParams	params,
		int	layersPerBlock = 0 )

prepares convention for given volume dimensions and given parameters
\\param layersPerBlock all z-slices of the volume will be partitioned on blocks of given size to process blocks in parallel (0 means auto-select layersPerBlock)

Member Function Documentation

addPart()

None meshlib.mrmeshpy.MarchingCubesByParts.addPart	(		self,
		SimpleVolume	part )

adds one more part of volume into consideration, with first z=nextZ()

finalize()

TriMesh meshlib.mrmeshpy.MarchingCubesByParts.finalize

(

self

)

finishes processing and outputs produced trimesh

layersPerBlock()

int meshlib.mrmeshpy.MarchingCubesByParts.layersPerBlock

(

self

)

the number of z-slices of the volume in the blocks

nextZ()

int meshlib.mrmeshpy.MarchingCubesByParts.nextZ

(

self

)

the last z-layer of the previous part and the first z-layer of the next part

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The documentation for this class was generated from the following file:

• mrmeshpy.pyi