tfParticle.h File Reference

#include "tf_platform.h"
#include "tf_fptype.h"
#include <state/tfStateVector.h>
#include <types/tf_types.h>
#include "tfSpace_cell.h"
#include "tfAngle.h"
#include "tfBond.h"
#include "tfDihedral.h"
#include "tfParticleList.h"
#include "tfParticleTypeList.h"
#include <set>
#include <vector>

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Classes
struct	TissueForge::Particle
struct	TissueForge::ParticleHandle
	A handle to a particle. More...
struct	TissueForge::ParticleType
	Structure containing information on each particle type. More...

Namespaces
namespace	TissueForge
	Include Python header, disable linking to pythonX_d.lib on Windows in debug mode.
namespace	TissueForge::rendering
	Tissue Forge rendering and visualization.

Macros
#define	CLUSTER_PARTLIST_INCR   50
#define	VERIFY_PARTICLES()

Typedefs
typedef enum TissueForge::ParticleTypeFlags	TissueForge::ParticleTypeFlags
typedef enum TissueForge::ParticleDynamics	TissueForge::ParticleDynamics
typedef enum TissueForge::ParticleFlags	TissueForge::ParticleFlags

Enumerations
enum	ParticleTypeFlags { PARTICLE_TYPE_NONE = 0 , PARTICLE_TYPE_INERTIAL = 1 << 0 , PARTICLE_TYPE_DISSAPATIVE = 1 << 1 }
enum	ParticleDynamics { PARTICLE_NEWTONIAN = 0 , PARTICLE_OVERDAMPED = 1 }
enum	ParticleFlags {   PARTICLE_NONE = 0 , PARTICLE_GHOST = 1 << 0 , PARTICLE_CLUSTER = 1 << 1 , PARTICLE_BOUND = 1 << 2 ,   PARTICLE_FROZEN_X = 1 << 3 , PARTICLE_FROZEN_Y = 1 << 4 , PARTICLE_FROZEN_Z = 1 << 5 , PARTICLE_FROZEN = PARTICLE_FROZEN_X | PARTICLE_FROZEN_Y | PARTICLE_FROZEN_Z ,   PARTICLE_LARGE = 1 << 6 }

Functions
HRESULT	TissueForge::Particle_Verify ()
ParticleType *	TissueForge::Particle_GetType ()
ParticleType *	TissueForge::Cluster_GetType ()
ParticleType *	TissueForge::ParticleType_ForEngine (struct engine *e, FPTYPE mass, FPTYPE charge, const char *name, const char *name2)
ParticleType *	TissueForge::ParticleType_New (const char *_name)
ParticleType *	TissueForge::ParticleType_FindFromName (const char *name)
	Get a registered particle type by type name.
Particle *	TissueForge::Particle_Get (ParticleHandle *pypart)
ParticleHandle *	TissueForge::Particle_split (Particle *self, const FVector3 &childDirection, const FPTYPE &childRatio, const std::vector< FPTYPE > *speciesRatios=NULL, ParticleType *parentType=NULL, ParticleType *childType=NULL)
ParticleHandle *	TissueForge::Particle_New (ParticleType *type, FVector3 *positn=NULL, FVector3 *velocity=NULL, int *clusterId=NULL)
std::vector< int >	TissueForge::Particles_New (std::vector< ParticleType * > types, std::vector< FVector3 > *positions=NULL, std::vector< FVector3 > *velocities=NULL, std::vector< int > *clusterIds=NULL)
std::vector< int >	TissueForge::Particles_New (ParticleType *type, unsigned int nr_parts=0, std::vector< FVector3 > *positions=NULL, std::vector< FVector3 > *velocities=NULL, std::vector< int > *clusterIds=NULL)
HRESULT	TissueForge::Particle_Become (Particle *part, ParticleType *type)
bool	TissueForge::ParticleType_checkRegistered (ParticleType *type)
HRESULT	TissueForge::_Particle_init ()
bool	TissueForge::operator< (const TissueForge::ParticleHandle &lhs, const TissueForge::ParticleHandle &rhs)
bool	TissueForge::operator> (const TissueForge::ParticleHandle &lhs, const TissueForge::ParticleHandle &rhs)
bool	TissueForge::operator<= (const TissueForge::ParticleHandle &lhs, const TissueForge::ParticleHandle &rhs)
bool	TissueForge::operator>= (const TissueForge::ParticleHandle &lhs, const TissueForge::ParticleHandle &rhs)
bool	TissueForge::operator== (const TissueForge::ParticleHandle &lhs, const TissueForge::ParticleHandle &rhs)
bool	TissueForge::operator!= (const TissueForge::ParticleHandle &lhs, const TissueForge::ParticleHandle &rhs)
bool	TissueForge::operator< (const TissueForge::ParticleType &lhs, const TissueForge::ParticleType &rhs)
bool	TissueForge::operator> (const TissueForge::ParticleType &lhs, const TissueForge::ParticleType &rhs)
bool	TissueForge::operator<= (const TissueForge::ParticleType &lhs, const TissueForge::ParticleType &rhs)
bool	TissueForge::operator>= (const TissueForge::ParticleType &lhs, const TissueForge::ParticleType &rhs)
bool	TissueForge::operator== (const TissueForge::ParticleType &lhs, const TissueForge::ParticleType &rhs)
bool	TissueForge::operator!= (const TissueForge::ParticleType &lhs, const TissueForge::ParticleType &rhs)
std::ostream &	operator<< (std::ostream &os, const TissueForge::ParticleHandle &p)
std::ostream &	operator<< (std::ostream &os, const TissueForge::ParticleType &p)

Variables
unsigned int *	TissueForge::Particle_Colors

Macro Definition Documentation

CLUSTER_PARTLIST_INCR

#define CLUSTER_PARTLIST_INCR   50

increment size of cluster particle list.

VERIFY_PARTICLES

#define VERIFY_PARTICLES

(

)

Value:

Particle_Verify()