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
const 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

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

region of the mesh that will be compensated it should not contain closed components 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