OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types > Class Template Reference

#include <meshless_deformation_shape_matching_simulator.h>

List of all members.

Public Types
typedef math_types::real_type	real_type
typedef math_types::vector3_type	vector3_type
typedef detail::Particle < math_types >	particle_type
typedef std::list< particle_type >	particle_container
typedef particle_container::iterator	particle_iterator
typedef detail::Cluster < math_types >	cluster_type
typedef std::list< cluster_type >	cluster_container
typedef cluster_container::iterator	cluster_iterator
Public Member Functions
particle_type *	create_particle ()
cluster_type *	create_cluster ()
size_t	size_particles () const
size_t	size_clusters () const
particle_iterator	particle_begin ()
particle_iterator	particle_end ()
void	clear ()
void	init ()
void	run (real_type const &dt)
Protected Attributes
cluster_container	m_clusters
	Collection of all clusters.
particle_container	m_particles
	Collection of all particles.

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Detailed Description

template<typename math_types>
class OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >

Meshless Deformation based on Shape Matching.

This implementation is based on the paper

{1073216, author = {Matthias M"{u}ller and Bruno Heidelberger and Matthias Teschner and Markus Gross}, title = {Meshless deformations based on shape matching}, journal = {ACM Trans. Graph.}, volume = {24}, number = {3}, year = {2005}, issn = {0730-0301}, pages = {471--478}, doi = {http://doi.acm.org/10.1145/1073204.1073216}, publisher = {ACM}, address = {New York, NY, USA}, }

One uses the method by doing the following steps

1) Create all clusters 2) Create all partciles 3) Bind particles to the clusters one wants them in. 4) Bind particle positions to any external data (for instance coordinates of vertices in a mesh).

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Member Typedef Documentation

template<typename math_types >

typedef std::list<cluster_type> OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::cluster_container

template<typename math_types >

typedef cluster_container::iterator OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::cluster_iterator

template<typename math_types >

typedef detail::Cluster<math_types> OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::cluster_type

template<typename math_types >

typedef std::list<particle_type> OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::particle_container

template<typename math_types >

typedef particle_container::iterator OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::particle_iterator

template<typename math_types >

typedef detail::Particle<math_types> OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::particle_type

template<typename math_types >

typedef math_types::real_type OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::real_type

template<typename math_types >

typedef math_types::vector3_type OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::vector3_type

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Member Function Documentation

template<typename math_types >

void OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::clear

(

)

[inline]

template<typename math_types >

cluster_type* OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::create_cluster

(

)

[inline]

template<typename math_types >

particle_type* OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::create_particle

(

)

[inline]

template<typename math_types >

void OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::init

(

)

[inline]

template<typename math_types >

particle_iterator OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::particle_begin

(

)

[inline]

template<typename math_types >

particle_iterator OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::particle_end

(

)

[inline]

template<typename math_types >

void OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::run

(

real_type const &

dt

)

[inline]

Remember to setup external forces prior to invokation.

Parameters:

dt

Time step size.

template<typename math_types >

size_t OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::size_clusters

(

)

const [inline]

template<typename math_types >

size_t OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::size_particles

(

)

const [inline]

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Member Data Documentation

template<typename math_types >

cluster_container OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::m_clusters [protected]

Collection of all clusters.

template<typename math_types >

particle_container OpenTissue::meshless_deformation::ShapeMatchingSimulator< math_types >::m_particles [protected]

Collection of all particles.

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

• /home/hauberg/Dokumenter/Capture/humim-tracker-0.1/src/OpenTissue/OpenTissue/dynamics/meshless_deformation/meshless_deformation_shape_matching_simulator.h