MR::WeightedShell Namespace Reference

Classes
struct	DistanceVolumeCreationParams
struct	ParametersBase
struct	ParametersMetric
struct	ParametersRegions

Typedefs
using	meshToDistanceVolumeT = std::function<FunctionVolume(const Mesh&, const DistanceVolumeCreationParams&)>

Functions
MRVOXELS_API FunctionVolume	pointsToDistanceVolume (const PointCloud &cloud, const DistanceVolumeCreationParams &params)
	makes FunctionVolume representing minimal distance to weighted points
MRVOXELS_API FunctionVolume	meshToDistanceVolume (const Mesh &mesh, const DistanceVolumeCreationParams &params)
	makes FunctionVolume representing minimal distance to mesh with weighted vertices
MR_BIND_IGNORE MRVOXELS_API Expected< Mesh >	pointsShell (const PointCloud &cloud, const ParametersMetric &params)
MRVOXELS_API Expected< Mesh >	pointsShell (const PointCloud &cloud, const VertScalars &pointWeights, const ParametersMetric &params)
MR_BIND_IGNORE MRVOXELS_API Expected< Mesh >	meshShell (const Mesh &mesh, const ParametersMetric &params)
MRVOXELS_API Expected< Mesh >	meshShell (const Mesh &mesh, const VertScalars &vertWeights, const ParametersMetric &params)
MRVOXELS_API VertScalars	calculateShellWeightsFromRegions (const Mesh &mesh, const std::vector< ParametersRegions::Region > &regions, float interpolationDist)
	interpolate set of regions and assign weight to each vertex of the mesh
MRVOXELS_API Expected< Mesh >	meshShell (const Mesh &mesh, const ParametersRegions &params)
	this overload supports linear interpolation between the regions with different weight
MRVOXELS_API Expected< Mesh >	meshShell (const Mesh &mesh, const ParametersRegions &params, meshToDistanceVolumeT volumeBuilder)
	this overload allows to control how distance volume is build during the offset

Typedef Documentation

meshToDistanceVolumeT

using MR::WeightedShell::meshToDistanceVolumeT = std::function<FunctionVolume(const Mesh&, const DistanceVolumeCreationParams&)>

Function Documentation

calculateShellWeightsFromRegions()

MRVOXELS_API VertScalars MR::WeightedShell::calculateShellWeightsFromRegions	(	const Mesh &	mesh,
		const std::vector< ParametersRegions::Region > &	regions,
		float	interpolationDist )

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

meshShell() [1/4]

MR_BIND_IGNORE MRVOXELS_API Expected< Mesh > MR::WeightedShell::meshShell ( const Mesh & mesh, const ParametersMetric & params )

nodiscard

consider a mesh where each vertex has additive weight, 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() [2/4]

MRVOXELS_API Expected< Mesh > MR::WeightedShell::meshShell ( const Mesh & mesh, const ParametersRegions & params )

nodiscard

this overload supports linear interpolation between the regions with different weight

meshShell() [3/4]

MRVOXELS_API Expected< Mesh > MR::WeightedShell::meshShell ( const Mesh & mesh, const ParametersRegions & params, meshToDistanceVolumeT volumeBuilder )

nodiscard

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

meshShell() [4/4]

MRVOXELS_API Expected< Mesh > MR::WeightedShell::meshShell ( const Mesh & mesh, const VertScalars & vertWeights, const ParametersMetric & params )

nodiscard

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

meshToDistanceVolume()

MRVOXELS_API FunctionVolume MR::WeightedShell::meshToDistanceVolume ( const Mesh & mesh, const DistanceVolumeCreationParams & params )

nodiscard

makes FunctionVolume representing minimal distance to mesh with weighted vertices

pointsShell() [1/2]

MR_BIND_IGNORE MRVOXELS_API Expected< Mesh > MR::WeightedShell::pointsShell ( const PointCloud & cloud, const ParametersMetric & params )

nodiscard

consider a point cloud where each point has additive weight, 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

pointsShell() [2/2]

MRVOXELS_API Expected< Mesh > MR::WeightedShell::pointsShell ( const PointCloud & cloud, const VertScalars & pointWeights, const ParametersMetric & params )

nodiscard

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()

MRVOXELS_API FunctionVolume MR::WeightedShell::pointsToDistanceVolume ( const PointCloud & cloud, const DistanceVolumeCreationParams & params )

nodiscard

makes FunctionVolume representing minimal distance to weighted points