MR::CompensateRadiusParams Struct Reference

structure with parameters for compensateRadius function More...

#include <MRRadiusCompensation.h>

Public Attributes
Vector3f	direction
	Z direction of milling tool.
float	toolRadius { 0.0f }
	radius of spherical tool
FaceBitSet *	region { nullptr }
int	maxIterations { 100 }
	maximum iteration of applying algorithm (each iteration improves result a little bit)
int	relaxExpansion = 3
	how many hops to expand around each moved vertex for relaxation
int	relaxIterations = 5
	how many iterations of relax is applied on each compensation iteration
float	relaxForce = 0.3f
	force of relaxations on each compensation iteration
ProgressCallback	callback

Detailed Description

structure with parameters for compensateRadius function

Member Data Documentation

callback

ProgressCallback MR::CompensateRadiusParams::callback

direction

Vector3f MR::CompensateRadiusParams::direction

Z direction of milling tool.

maxIterations

int MR::CompensateRadiusParams::maxIterations { 100 }

maximum iteration of applying algorithm (each iteration improves result a little bit)

region

FaceBitSet* MR::CompensateRadiusParams::region { nullptr }

region of the mesh that will be compensated it should not contain closed components it is updated during algorithm also please note that boundaries of the region are fixed

relaxExpansion

int MR::CompensateRadiusParams::relaxExpansion = 3

how many hops to expand around each moved vertex for relaxation

relaxForce

float MR::CompensateRadiusParams::relaxForce = 0.3f

force of relaxations on each compensation iteration

relaxIterations

int MR::CompensateRadiusParams::relaxIterations = 5

how many iterations of relax is applied on each compensation iteration

toolRadius

float MR::CompensateRadiusParams::toolRadius { 0.0f }

radius of spherical tool

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

• MRRadiusCompensation.h