OpenTissue::sph::Particle< real_, Vector, Radius > Class Template Reference

#include <sph_particle.h>

List of all members.

Public Types
typedef real_	real_type
typedef Vector< real_type >	vector
typedef vector	point_type
Public Member Functions
	Particle ()
virtual	~Particle ()
point_type	min () const
point_type	max () const
bool	check (const point_type &candidate) const
const point_type &	position () const
point_type &	position ()
const point_type &	position_old () const
point_type &	position_old ()
const vector &	velocity () const
vector &	velocity ()
const vector &	acceleration () const
vector &	acceleration ()
const vector &	force () const
vector &	force ()
const real_type &	mass () const
real_type &	mass ()
const real_type &	density () const
real_type &	density ()
const real_type &	pressure () const
real_type &	pressure ()
const vector &	normal () const
vector &	normal ()
const bool &	fixed () const
bool &	fixed ()
const real_type &	radius () const
Protected Attributes
real_type	m_radius
	Radius point.
real_type	m_radiusSqr
	Radius point.
point_type	m_x
	Current position.
point_type	m_o
	Old position.
vector	m_v
	Current velocity.
vector	m_a
	Current acceleration.
vector	m_f
	Current sum of external forces acting on the particle.
vector	m_n
	Surface normal (if close to/on the free surface, else zero).
real_type	m_m
	Mass (constant).
real_type	m_r
	Density (vary).
real_type	m_p
	Pressure (vary).
bool	m_fixed
	Is this particle fixe (locked)?

---

Detailed Description

template<typename real_, template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>
class OpenTissue::sph::Particle< real_, Vector, Radius >

Particle Template Class. to use for Smoothed Particle Hydrodynamics [SPH] in the field of Computational Fluid Dynamics [CFD]

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---

Member Typedef Documentation

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

typedef vector OpenTissue::sph::Particle< real_, Vector, Radius >::point_type

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

typedef real_ OpenTissue::sph::Particle< real_, Vector, Radius >::real_type

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

typedef Vector<real_type> OpenTissue::sph::Particle< real_, Vector, Radius >::vector

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Constructor & Destructor Documentation

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

OpenTissue::sph::Particle< real_, Vector, Radius >::Particle

(

)

[inline]

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

virtual OpenTissue::sph::Particle< real_, Vector, Radius >::~Particle

(

)

[inline, virtual]

---

Member Function Documentation

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const vector& OpenTissue::sph::Particle< real_, Vector, Radius >::acceleration

(

)

const [inline]

Acceleration (read only).

Returns:

const reference to the acceleration vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector& OpenTissue::sph::Particle< real_, Vector, Radius >::acceleration

(

)

[inline]

Acceleration.

Returns:

reference to the acceleration vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

bool OpenTissue::sph::Particle< real_, Vector, Radius >::check

(

const point_type &

candidate

)

const [inline]

checks if two particles (actually two positions) are within an allowed radius.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::density

(

)

const [inline]

Density (read only).

Returns:

const reference to the density value.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::density

(

)

[inline]

Density.

Returns:

reference to the density value.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const bool& OpenTissue::sph::Particle< real_, Vector, Radius >::fixed

(

)

const [inline]

Fixed (read only).

Returns:

const reference to the surface normal.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

bool& OpenTissue::sph::Particle< real_, Vector, Radius >::fixed

(

)

[inline]

Fixed.

Returns:

reference to the surface normal.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const vector& OpenTissue::sph::Particle< real_, Vector, Radius >::force

(

)

const [inline]

Force (read only).

Returns:

const reference to the external force vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector& OpenTissue::sph::Particle< real_, Vector, Radius >::force

(

)

[inline]

Force.

Returns:

reference to the external force vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::mass

(

)

const [inline]

Mass (read only).

Returns:

const reference to the mass scalar.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::mass

(

)

[inline]

Mass.

Returns:

reference to the mass scalar.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

point_type OpenTissue::sph::Particle< real_, Vector, Radius >::max

(

void

)

const [inline]

maximum point used for hashing.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

point_type OpenTissue::sph::Particle< real_, Vector, Radius >::min

(

void

)

const [inline]

minimum point used for hashing.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const vector& OpenTissue::sph::Particle< real_, Vector, Radius >::normal

(

)

const [inline]

Normal (read only).

Returns:

const reference to the surface normal.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector& OpenTissue::sph::Particle< real_, Vector, Radius >::normal

(

)

[inline]

Normal.

Returns:

reference to the surface normal.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const point_type& OpenTissue::sph::Particle< real_, Vector, Radius >::position

(

)

const [inline]

Position (read only).

Returns:

const reference to the current position vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

point_type& OpenTissue::sph::Particle< real_, Vector, Radius >::position

(

)

[inline]

Position.

Returns:

reference to the current position vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const point_type& OpenTissue::sph::Particle< real_, Vector, Radius >::position_old

(

)

const [inline]

Position (read only).

Returns:

const reference to the old position vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

point_type& OpenTissue::sph::Particle< real_, Vector, Radius >::position_old

(

)

[inline]

Position.

Returns:

reference to the old position vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::pressure

(

)

const [inline]

Pressure (read only).

Returns:

const reference to the pressure value.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::pressure

(

)

[inline]

Pressure.

Returns:

reference to the pressure value.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const real_type& OpenTissue::sph::Particle< real_, Vector, Radius >::radius

(

)

const [inline]

Fixed.

Returns:

reference to the surface normal.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector& OpenTissue::sph::Particle< real_, Vector, Radius >::velocity

(

)

[inline]

Velocity.

Returns:

reference to the velocity vector.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

const vector& OpenTissue::sph::Particle< real_, Vector, Radius >::velocity

(

)

const [inline]

Velocity (read only).

Returns:

const reference to the velocity vector.

---

Member Data Documentation

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector OpenTissue::sph::Particle< real_, Vector, Radius >::m_a [protected]

Current acceleration.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector OpenTissue::sph::Particle< real_, Vector, Radius >::m_f [protected]

Current sum of external forces acting on the particle.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

bool OpenTissue::sph::Particle< real_, Vector, Radius >::m_fixed [protected]

Is this particle fixe (locked)?

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_m [protected]

Mass (constant).

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector OpenTissue::sph::Particle< real_, Vector, Radius >::m_n [protected]

Surface normal (if close to/on the free surface, else zero).

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

point_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_o [protected]

Old position.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_p [protected]

Pressure (vary).

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_r [protected]

Density (vary).

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_radius [protected]

Radius point.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

real_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_radiusSqr [protected]

Radius point.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

vector OpenTissue::sph::Particle< real_, Vector, Radius >::m_v [protected]

Current velocity.

template<typename real_ , template< typename > class Vector, struct OpenTissue::utility::RuntimeType< real_ > * Radius>

point_type OpenTissue::sph::Particle< real_, Vector, Radius >::m_x [protected]

Current position.

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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/sph/sph_particle.h