MR::ResolveMeshDegenSettings Struct Reference

#include <MRMeshDecimate.h>

Public Attributes
int	maxIters = 1
float	maxDeviation = 0
	maximum permitted deviation from the original surface
float	tinyEdgeLength = 0
	edges not longer than this value will be collapsed ignoring normals and aspect ratio checks
float	maxAngleChange = PI_F / 3
	Permit edge flips if it does not change dihedral angle more than on this value.
float	criticalAspectRatio = 10000
float	stabilizer = 1e-6f
FaceBitSet *	region = nullptr
	degenerations will be fixed only in given region, which is updated during the processing

Member Data Documentation

criticalAspectRatio

float MR::ResolveMeshDegenSettings::criticalAspectRatio = 10000

the algorithm will ignore dihedral angle check if one of triangles had aspect ratio equal or more than this value; and the algorithm will permit temporary increase in aspect ratio after collapse, if before collapse one of the triangles had larger aspect ratio

maxAngleChange

float MR::ResolveMeshDegenSettings::maxAngleChange = PI_F / 3

Permit edge flips if it does not change dihedral angle more than on this value.

maxDeviation

float MR::ResolveMeshDegenSettings::maxDeviation = 0

maximum permitted deviation from the original surface

maxIters

int MR::ResolveMeshDegenSettings::maxIters = 1

region

FaceBitSet* MR::ResolveMeshDegenSettings::region = nullptr

degenerations will be fixed only in given region, which is updated during the processing

stabilizer

float MR::ResolveMeshDegenSettings::stabilizer = 1e-6f

Small stabilizer is important to achieve good results on completely planar mesh parts, if your mesh is not-planer everywhere, then you can set it to zero

tinyEdgeLength

float MR::ResolveMeshDegenSettings::tinyEdgeLength = 0

edges not longer than this value will be collapsed ignoring normals and aspect ratio checks

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

• MRMesh/MRMeshDecimate.h