mdsTetraMeshIsotropicVertexMoving.cpp File Reference

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Detailed Description

Medical Data Segmentation Toolkit (MDSTk)
Copyright (c) 2003-2007 by Michal Spanel

Author: Michal Spanel, spanel@fit.vutbr.cz
File: mdsTetraMeshIsotropicVertexMoving.h
Section: mTetraMeshIsotropicVertexMoving
Date: 2007/02/23

Id

mdsTetraMeshIsotropicVertexMoving.cpp 1494 2009-05-21 14:36:00Z spanel

Description:

• Tetrahedral mesh optimization.

#include "mdsTetraMeshIsotropicVertexMoving.h"
#include <climits>
#include <iostream>
#include <string>

Functions
int	main (int argc, char *argv[])
Variables
const double	DEFAULT_MIN_LENGTH = mds::seg::CTetraMesh::DEFAULT_MIN_EDGE_LENGTH
	Default argument values.
const int	DEFAULT_NEIGHBOURHOOD = mds::seg::CTetraMesh::DEFAULT_VERTEX_NEIGHBOURHOOD
const double	MAX_LENGTH = 50.0
const int	MAX_NEIGHBOURHOOD = 50
const double	MIN_LENGTH = 0.1
	Allowed arguments values.
const int	MIN_NEIGHBOURHOOD = 1
const std::string	MODULE_ARG_MIN_LENGTH = "minlength"
	Additional arguments names.
const std::string	MODULE_ARG_NEIGHBOURHOOD = "neighbourhood"
const std::string	MODULE_ARGUMENTS = "minlength:neighbourhood"
	Additional command line arguments.
const std::string	MODULE_DESCRIPTION = "Tetrahedral mesh adaptation using vertex moving."
	Module description.

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Function Documentation

int main (  int  argc, char *  argv[] )

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Variable Documentation

const double DEFAULT_MIN_LENGTH = mds::seg::CTetraMesh::DEFAULT_MIN_EDGE_LENGTH

Default argument values.

const int DEFAULT_NEIGHBOURHOOD = mds::seg::CTetraMesh::DEFAULT_VERTEX_NEIGHBOURHOOD

const double MAX_LENGTH = 50.0

const int MAX_NEIGHBOURHOOD = 50

const double MIN_LENGTH = 0.1

Allowed arguments values.

const int MIN_NEIGHBOURHOOD = 1

const std::string MODULE_ARG_MIN_LENGTH = "minlength"

Additional arguments names.

const std::string MODULE_ARG_NEIGHBOURHOOD = "neighbourhood"

const std::string MODULE_ARGUMENTS = "minlength:neighbourhood"

Additional command line arguments.

const std::string MODULE_DESCRIPTION = "Tetrahedral mesh adaptation using vertex moving."

Module description.

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