#include "tf_platform.h"
#include "tf_fptype.h"
#include <io/tf_io.h>
#include <limits>
#include <utility>
#include <vector>

Include dependency graph for tfPotential.h:

This graph shows which files directly or indirectly include this file:

Classes
struct	TissueForge::Potential
	A Potential object is a compiled interpolation of a given function. The Universe applies potentials to particles to calculate the net force on them. More...

Namespaces
namespace	TissueForge
	Include Python header, disable linking to pythonX_d.lib on Windows in debug mode.

Macros
#define	potential_degree 5

#define	potential_chunk (potential_degree+3)

#define	potential_ivalsa 1

#define	potential_ivalsb 10

#define	potential_N 100

#define	potential_align 64

#define	potential_ivalsmax 3048

#define	potential_escale (0.079577471545947667882)

Typedefs
typedef void(*	TissueForge::PotentialEval_ByParticle) (struct Potential p, struct Particle part_i, FPTYPE dx, FPTYPE r2, FPTYPE e, FPTYPE *f)
	Potential function on a particle.

typedef void(*	TissueForge::PotentialEval_ByParticles) (struct Potential p, struct Particle part_i, struct Particle part_j, FPTYPE dx, FPTYPE r2, FPTYPE e, FPTYPE f)
	Pair potential function.

typedef void(*	TissueForge::PotentialEval_ByParticles3) (struct Potential p, struct Particle part_i, struct Particle part_j, struct Particle part_k, FPTYPE ctheta, FPTYPE e, FPTYPE fi, FPTYPE *fk)
	Like PotentialEval_ByParticles, but with three particles.

typedef void(*	TissueForge::PotentialEval_ByParticles4) (struct Potential p, struct Particle part_i, struct Particle part_j, struct Particle part_k, struct Particle part_l, FPTYPE cphi, FPTYPE e, FPTYPE fi, FPTYPE fl)
	Like PotentialEval_ByParticles, but with four particles.

typedef struct Potential (	TissueForge::PotentialCreate) (struct Potential partial_potential, struct ParticleType a, struct ParticleType *b)

typedef void(*	TissueForge::PotentialClear) (struct Potential *p)
	Callback issues when potential is cleared.

Enumerations
enum	TissueForge::PotentialFlags { POTENTIAL_NONE = 0 , POTENTIAL_LJ126 = 1 << 0 , POTENTIAL_EWALD = 1 << 1 , POTENTIAL_COULOMB = 1 << 2 , POTENTIAL_SINGLE = 1 << 3 , TissueForge::POTENTIAL_R2 = 1 << 4 , TissueForge::POTENTIAL_R = 1 << 5 , TissueForge::POTENTIAL_ANGLE = 1 << 6 , TissueForge::POTENTIAL_HARMONIC = 1 << 7 , POTENTIAL_DIHEDRAL = 1 << 8 , TissueForge::POTENTIAL_SWITCH = 1 << 9 , POTENTIAL_REACTIVE = 1 << 10 , TissueForge::POTENTIAL_SCALED = 1 << 11 , TissueForge::POTENTIAL_SHIFTED = 1 << 12 , TissueForge::POTENTIAL_BOUND = 1 << 13 , POTENTIAL_SUM = 1 << 14 , TissueForge::POTENTIAL_PERIODIC = 1 << 15 , POTENTIAL_COULOMBR = 1 << 16 }

enum	PotentialKind { POTENTIAL_KIND_POTENTIAL , POTENTIAL_KIND_DPD , POTENTIAL_KIND_BYPARTICLES , POTENTIAL_KIND_COMBINATION }

Functions
void	TissueForge::potential_clear (struct Potential *p)
	Free the memory associated with the given potential.

HRESULT	TissueForge::potential_init (struct Potential p, FPTYPE(f)(FPTYPE), FPTYPE(fp)(FPTYPE), FPTYPE(f6p)(FPTYPE), FPTYPE a, FPTYPE b, FPTYPE tol)
	Construct a #potential from the given function.

HRESULT	TissueForge::potential_getcoeffs (FPTYPE(f)(FPTYPE), FPTYPE(fp)(FPTYPE), FPTYPE xi, int n, FPTYPE c, FPTYPE *err)

FPTYPE	TissueForge::potential_getalpha (FPTYPE(*f6p)(FPTYPE), FPTYPE a, FPTYPE b)

Classes

Namespaces