meshlib.mrmeshpy.PointCloudComponents Class Reference

Static Public Member Functions
tuple[std_vector_TaggedBitSet_VertTag, int]	getAllComponents (PointCloud pointCloud, float maxDist, int maxComponentCount=2147483647, func_bool_from_float pc='MR::ProgressCallback{}')
std_vector_TaggedBitSet_VertTag	getLargeComponents (PointCloud pointCloud, float maxDist, int minSize, func_bool_from_float pc='MR::ProgressCallback{}')
VertBitSet	getLargeComponentsUnion (PointCloud pointCloud, float maxDist, int minSize, func_bool_from_float pc='MR::ProgressCallback{}')
VertBitSet	getLargeComponentsUnion (UnionFind_VertId unionStructs, VertBitSet region, int minSize, func_bool_from_float pc='MR::ProgressCallback{}')
UnionFind_VertId	getUnionFindStructureVerts (PointCloud pointCloud, float maxDist, VertBitSet region=None, func_bool_from_float pc='MR::ProgressCallback{}')

Detailed Description

This is a namespace.

Member Function Documentation

getAllComponents()

tuple[std_vector_TaggedBitSet_VertTag, int] meshlib.mrmeshpy.PointCloudComponents.getAllComponents ( PointCloud pointCloud, float maxDist, int maxComponentCount = 2147483647, func_bool_from_float pc = 'MR::ProgressCallback{}' )

static

gets all components of point cloud connected by a distance no greater than \\param maxDist
\\detail if components number more than the maxComponentCount, they will be combined into groups of the same size 
\\note be careful, if point cloud is large enough and has many components, the memory overflow will occur
\\param maxComponentCount should be more then 1
\\return pair components bitsets vector and number components in one group if components number more than maxComponentCount

getLargeComponents()

std_vector_TaggedBitSet_VertTag meshlib.mrmeshpy.PointCloudComponents.getLargeComponents ( PointCloud pointCloud, float maxDist, int minSize, func_bool_from_float pc = 'MR::ProgressCallback{}' )

static

returns vector of point cloud components containing at least minSize points and connected by a distance no greater than \\param maxDist
\\param minSize must be more than 1

getLargeComponentsUnion() [1/2]

VertBitSet meshlib.mrmeshpy.PointCloudComponents.getLargeComponentsUnion ( PointCloud pointCloud, float maxDist, int minSize, func_bool_from_float pc = 'MR::ProgressCallback{}' )

static

returns the union of point cloud components containing at least minSize points and connected by a distance no greater than \\param maxDist
\\param minSize must be more than 1

getLargeComponentsUnion() [2/2]

VertBitSet meshlib.mrmeshpy.PointCloudComponents.getLargeComponentsUnion ( UnionFind_VertId unionStructs, VertBitSet region, int minSize, func_bool_from_float pc = 'MR::ProgressCallback{}' )

static

returns the union of vertices components containing at least minSize points
\\param unionStructs prepared point union structure
\\note have side effect: call unionStructs.roots() that change unionStructs

getUnionFindStructureVerts()

UnionFind_VertId meshlib.mrmeshpy.PointCloudComponents.getUnionFindStructureVerts ( PointCloud pointCloud, float maxDist, VertBitSet region = None, func_bool_from_float pc = 'MR::ProgressCallback{}' )

static

gets union - find structure for vertices in \\param region connected by a distance no greater than \\param maxDist 

---

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

• mrmeshpy.pyi