#include <psys_stick.h>

Inheritance diagram for OpenTissue::psys::Stick< types >:

Public Types
typedef types::math_types	math_types
typedef math_types::real_type	real_type
typedef math_types::vector3_type	vector3_type
typedef types::particle_type	particle_type
Public Member Functions
particle_type *	A ()
particle_type *	B ()
particle_type const *	A () const
particle_type const *	B () const
real_type const &	rest_length () const
unsigned int &	choice ()
unsigned int const &	choice () const
	Stick ()
virtual	~Stick ()
void	init (particle_type A, particle_type B)
void	set_rest_length (real_type l)
void	satisfy ()
void	satisfy_type1 ()
void	satisfy_type2 ()
void	satisfy_type3 ()
Protected Attributes
particle_type *	m_A
	Pointer to one of the affected particles.
particle_type *	m_B
	Pointer to one other affected particle.
real_type	m_length
	Rest length between the two particles.
real_type	m_length_sqr
	Rest length squared.
unsigned int	m_choice
	Member indicating which satisfy type that is used (1,2,3,...?) default 2.

template<typename types>
class OpenTissue::psys::Stick< types >

Member Typedef Documentation

template<typename types >

typedef types::math_types OpenTissue::psys::Stick< types >::math_types

template<typename types >

typedef types::particle_type OpenTissue::psys::Stick< types >::particle_type

template<typename types >

typedef math_types::real_type OpenTissue::psys::Stick< types >::real_type

template<typename types >

typedef math_types::vector3_type OpenTissue::psys::Stick< types >::vector3_type

Constructor & Destructor Documentation

template<typename types >

OpenTissue::psys::Stick< types >::Stick ( ) [inline]

template<typename types >

virtual OpenTissue::psys::Stick< types >::~Stick ( ) [inline, virtual]

Member Function Documentation

template<typename types >

particle_type* OpenTissue::psys::Stick< types >::A ( ) [inline]

template<typename types >

particle_type const* OpenTissue::psys::Stick< types >::A ( ) const [inline]

template<typename types >

particle_type* OpenTissue::psys::Stick< types >::B ( ) [inline]

template<typename types >

particle_type const* OpenTissue::psys::Stick< types >::B ( ) const [inline]

template<typename types >

unsigned int& OpenTissue::psys::Stick< types >::choice ( ) [inline]

template<typename types >

unsigned int const& OpenTissue::psys::Stick< types >::choice ( ) const [inline]

template<typename types >

void OpenTissue::psys::Stick< types >::init	(	particle_type *	A,
		particle_type *	B
	)			`[inline]`

Init Stick.

Parameters:

	A
	B

template<typename types >

real_type const& OpenTissue::psys::Stick< types >::rest_length ( ) const [inline]

template<typename types >

void OpenTissue::psys::Stick< types >::satisfy ( ) [inline, virtual]

Satisfy Constraint. This method is invoked by caller.

The method is responsible for relaxing the constraint on all affected particles, that is it should adjust the positions of all affected particles in a way such that they fulfill the constraint.

Reimplemented from OpenTissue::psys::Constraint< types >.

template<typename types >

void OpenTissue::psys::Stick< types >::satisfy_type1 ( ) [inline]

Satisfy Constraint. Normal way of satisfying a stick constraint

template<typename types >

void OpenTissue::psys::Stick< types >::satisfy_type2 ( ) [inline]

Satisfy Constraint. Using square root approximation for satisfying stick constraint

template<typename types >

void OpenTissue::psys::Stick< types >::satisfy_type3 ( ) [inline]

Satisfy Constraint. Like normal way for satisfying stick constraint, but respecting masses.

template<typename types >

void OpenTissue::psys::Stick< types >::set_rest_length ( real_type l ) [inline]