Class for a group of bonded,elastic interactions between particles and a wall. More...

#include <BWallInteractionGroup.h>

Collaboration diagram for CBWallInteractionGroup< T >:

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Public Member Functions
	CBWallInteractionGroup (TML_Comm *)

	CBWallInteractionGroup (TML_Comm , CWall , const CBWallIGP *)

virtual	~CBWallInteractionGroup ()

virtual void	calcForces ()

virtual void	applyForce (const Vec3 &)

virtual void	Update (ParallelParticleArray< T > *)

Protected Attributes
vector< CBondedWallInteraction< T > >	m_bonded_interactions
	bonded interactions for tagged particles More...

vector< CElasticWallInteraction< T > >	m_elastic_interactions
	elastic interactions for the rest More...

double	m_k
	spring constant More...

int	m_tag

int	m_mask

Friends
ostream &	operator<< (ostream &, const CBWallInteractionGroup &)

Detailed Description

template<class T>
class CBWallInteractionGroup< T >

Class for a group of bonded,elastic interactions between particles and a wall.

Author: Steffen Abe $Revision$. $Date$

Constructor & Destructor Documentation

◆ CBWallInteractionGroup() [1/2]

template<class T >

CBWallInteractionGroup< T >::CBWallInteractionGroup ( TML_Comm * comm )

◆ CBWallInteractionGroup() [2/2]

template<class T >

CBWallInteractionGroup< T >::CBWallInteractionGroup	(	TML_Comm *	comm,
		CWall *	wallp,
		const CBWallIGP *	I
	)

Constructor for bonded wall interaction group

Parameters

comm	the communicator
wallp	a pointer to the wall
param	the interaction parameters

References console, CBWallIGP::getMask(), CElasticIGP::getSpringConst(), CBWallIGP::getTag(), CBWallInteractionGroup< T >::m_k, CBWallInteractionGroup< T >::m_mask, CBWallInteractionGroup< T >::m_tag, and Console::XDebug().

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◆ ~CBWallInteractionGroup()

template<class T >

virtual CBWallInteractionGroup< T >::~CBWallInteractionGroup ( )

inlinevirtual

Member Function Documentation

◆ applyForce()

template<class T >

void CBWallInteractionGroup< T >::applyForce ( const Vec3 & F )

virtual

Apply a given force to the wall. Only forces in the direction of the given force are considered, free movement is assumed in perpendicular directions.

Parameters

F the force

References console, esys::lsm::bpu::iter(), Vec3::unit(), Vec3::X(), Console::XDebug(), Vec3::Y(), and Vec3::Z().

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