mrmeshpy.WeightedShell Class Reference

Classes
class	DistanceVolumeCreationParams
class	ParametersBase
class	ParametersMetric
class	ParametersRegions

Static Public Member Functions
VertScalars	calculateShellWeightsFromRegions (Mesh mesh, std_vector_WeightedShell_ParametersRegions_Region regions, float interpolationDist)
Mesh	meshShell (Mesh mesh, WeightedShell.ParametersRegions params)
Mesh	meshShell (Mesh mesh, WeightedShell.ParametersRegions params, func_VoxelsVolume_std_function_float_Vector3_int_const_from_Mesh_WeightedShell_DistanceVolumeCreationParams volumeBuilder)
Mesh	meshShell (Mesh mesh, VertScalars vertWeights, WeightedShell.ParametersMetric params)
FunctionVolume	meshToDistanceVolume (Mesh mesh, WeightedShell.DistanceVolumeCreationParams params)
Mesh	pointsShell (PointCloud cloud, VertScalars pointWeights, WeightedShell.ParametersMetric params)
FunctionVolume	pointsToDistanceVolume (PointCloud cloud, WeightedShell.DistanceVolumeCreationParams params)

Detailed Description

This is a namespace.

Member Function Documentation

calculateShellWeightsFromRegions()

VertScalars mrmeshpy.WeightedShell.calculateShellWeightsFromRegions ( Mesh mesh, std_vector_WeightedShell_ParametersRegions_Region regions, float interpolationDist )

static

interpolate set of regions and assign weight to each vertex of the mesh

meshShell() [1/3]

Mesh mrmeshpy.WeightedShell.meshShell ( Mesh mesh, VertScalars vertWeights, WeightedShell.ParametersMetric params )

static

consider a mesh where each vertex has additive weight (taken from vertWeights and not from params), and this weight is linearly interpolated in mesh triangles,
and the distance to a point is considered equal to (euclidean distance - weight),
constructs iso-surface of such distance field corresponding to params.offset value using marching cubes

meshShell() [2/3]

Mesh mrmeshpy.WeightedShell.meshShell ( Mesh mesh, WeightedShell.ParametersRegions params )

static

this overload supports linear interpolation between the regions with different weight

meshShell() [3/3]

Mesh mrmeshpy.WeightedShell.meshShell ( Mesh mesh, WeightedShell.ParametersRegions params, func_VoxelsVolume_std_function_float_Vector3_int_const_from_Mesh_WeightedShell_DistanceVolumeCreationParams volumeBuilder )

static

this overload allows to control how distance volume is build during the offset

meshToDistanceVolume()

FunctionVolume mrmeshpy.WeightedShell.meshToDistanceVolume ( Mesh mesh, WeightedShell.DistanceVolumeCreationParams params )

static

makes FunctionVolume representing minimal distance to mesh with weighted vertices

pointsShell()

Mesh mrmeshpy.WeightedShell.pointsShell ( PointCloud cloud, VertScalars pointWeights, WeightedShell.ParametersMetric params )

static

consider a point cloud where each point has additive weight (taken from pointWeights and not from params),
and the distance to a point is considered equal to (euclidean distance - weight),
constructs iso-surface of such distance field corresponding to params.offset value using marching cubes

pointsToDistanceVolume()

FunctionVolume mrmeshpy.WeightedShell.pointsToDistanceVolume ( PointCloud cloud, WeightedShell.DistanceVolumeCreationParams params )

static

makes FunctionVolume representing minimal distance to weighted points

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

• mrmeshpy.pyi