FEMeshSmoothingModifier

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#include <FEMeshSmoothingModifier.h>

Public Functions

	Name
	FEMeshSmoothingModifier() Constructor.
FEMesh *	Apply(FEMesh * pm) Apply the smoothing modifier.

Protected Functions

	Name
double	area_triangle(vec3d r[3])
double	distance(vec3d x, vec3d y)
double	random()
void	Laplacian_Smoothing(FEMesh * pm, vector< int > hashmap)
void	Laplacian_Smoothing2(FEMesh * pm, vector< int > hashmap)
void	Taubin_Smoothing(FEMesh * pm, vector< int > hashmap)
void	Crease_Enhancing_Diffusion(FEMesh * pm, vector< int > hashmap)
void	Add_Noise(FEMesh * pm, vector< int > hashmap)

Public Attributes

	Name
double	m_threshold1
double	m_threshold2
double	m_iteration
int	m_method

Detailed Description

class FEMeshSmoothingModifier;

This class implements a modifier that coarses a plygonal mesh using an approximated centroidal voronoi diagram.

Public Functions Documentation

function FEMeshSmoothingModifier

FEMeshSmoothingModifier()

Constructor.

function Apply

FEMesh * Apply(
    FEMesh * pm
)

Apply the smoothing modifier.

Protected Functions Documentation

function area_triangle

double area_triangle(
    vec3d r[3]
)

function distance

double distance(
    vec3d x,
    vec3d y
)

function random

double random()

function Laplacian_Smoothing

void Laplacian_Smoothing(
    FEMesh * pm,
    vector< int > hashmap
)

function Laplacian_Smoothing2

void Laplacian_Smoothing2(
    FEMesh * pm,
    vector< int > hashmap
)

function Taubin_Smoothing

void Taubin_Smoothing(
    FEMesh * pm,
    vector< int > hashmap
)

function Crease_Enhancing_Diffusion

void Crease_Enhancing_Diffusion(
    FEMesh * pm,
    vector< int > hashmap
)

function Add_Noise

void Add_Noise(
    FEMesh * pm,
    vector< int > hashmap
)

Public Attributes Documentation

variable m_threshold1

double m_threshold1;

variable m_threshold2

double m_threshold2;

variable m_iteration

double m_iteration;

variable m_method

int m_method;

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Updated on 2024-03-17 at 12:58:44 -0600