#include <MROffset.h>

Inheritance diagram for MR::OffsetParameters:

Public Attributes
SignDetectionMode	signDetectionMode = SignDetectionMode::OpenVDB
	determines the method to compute distance sign

float	windingNumberThreshold = 0.5f

float	windingNumberBeta = 2

std::shared_ptr< IFastWindingNumber >	fwn
	defines particular implementation of IFastWindingNumber interface that will compute windings. If it is not specified, default FastWindingNumber is used

bool	memoryEfficient = true

Public Attributes inherited from MR::BaseShellParameters
float	voxelSize = 0

ProgressCallback	callBack
	Progress callback.

Member Data Documentation

◆ fwn

std::shared_ptr<IFastWindingNumber> MR::OffsetParameters::fwn

defines particular implementation of IFastWindingNumber interface that will compute windings. If it is not specified, default FastWindingNumber is used

◆ memoryEfficient

bool MR::OffsetParameters::memoryEfficient = true

use FunctionVolume for voxel grid representation:

memory consumption for voxel storage is approx. (dims.z / (2 * thread_count)) lesser
computations are about 15% slower (because some z-layers are computed twice) this setting is ignored (as if memoryEfficient == false) if a) signDetectionMode = SignDetectionMode::OpenVDB, or b) fwn is provided (CUDA computations require full memory storage) used only by mcOffsetMesh and sharpOffsetMesh methods

◆ signDetectionMode

SignDetectionMode MR::OffsetParameters::signDetectionMode = SignDetectionMode::OpenVDB

determines the method to compute distance sign

◆ windingNumberBeta

float MR::OffsetParameters::windingNumberBeta = 2

only for SignDetectionMode::HoleWindingRule: determines the precision of fast approximation: the more the better, minimum value is 1

◆ windingNumberThreshold

float MR::OffsetParameters::windingNumberThreshold = 0.5f

only for SignDetectionMode::HoleWindingRule: positive distance if winding number below or equal this threshold; ideal threshold: 0.5 for closed meshes; 0.0 for planar meshes

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