#include <Domain.h>

Public Types
typedef void(*	ptDFun_t )(Domain &Dom, void *UserData)
Public Member Functions
	Domain (LBMethod Method, Array< double > nu, iVec3_t Ndim, double dx, double dt)
	Time step.
	Domain (LBMethod Method, double nu, iVec3_t Ndim, double dx, double dt)
	Time step.
void	ApplyForce (size_t n=0, size_t Np=1)
	Apply the interaction forces and the collision operator.
void	Collide (size_t n=0, size_t Np=1)
	Apply the interaction forces and the collision operator.
void	ImprintLattice ()
	Imprint the DEM particles into the lattices.
void	Solve (double Tf, double dtOut, ptDFun_t ptSetup=NULL, ptDFun_t ptReport=NULL, char const *FileKey=NULL, bool RenderVideo=true, size_t Nproc=1)
	Solve the Domain dynamics.
void	AddDisk (int TheTag, Vec3_t const &TheX, Vec3_t const &TheV, Vec3_t const &TheW, double Therho, double TheR, double dt)
	Add a disk element.
void	AddSphere (int TheTag, Vec3_t const &TheX, Vec3_t const &TheV, Vec3_t const &TheW, double Therho, double TheR, double dt)
	Add a disk element.
void	ResetContacts ()
	Reset contacts for verlet method DEM.
void	ResetDisplacements ()
	Reset the displacements for the verlet method DEM.
double	MaxDisplacement ()
	Give the maximun displacement of DEM particles.
void	BoundingBox (Vec3_t &Xmin, Vec3_t &Xmax)
	Bounding box for DEM particles.
Public Attributes
bool	PrtVec
	Print Vector data into the xdmf-h5 files.
Array< Lattice >	Lat
	Fluid Lattices.
Array< Particle * >	Particles
	Array of Disks.
Array< Interacton * >	Interactons
	Array of insteractons.
Array< Interacton * >	CInteractons
	Array of valid interactons.
Array< iVec3_t >	CellPairs
	pairs of cells
set< pair< Particle , Particle > >	Listofpairs
	List of pair of particles associated per interacton for memory optimization.
double	Time
	Time of the simulation.
double	dt
	Timestep.
double	Alpha
	Verlet distance.
double	Gmix
	Interaction constant for the mixture.
void *	UserData
	User Data.
size_t	idx_out
	The discrete time step.

Member Typedef Documentation

typedef void(* LBM::Domain::ptDFun_t)(Domain &Dom, void *UserData)

Constructor & Destructor Documentation

LBM::Domain::Domain	(	LBMethod	Method,
		Array< double >	nu,
		iVec3_t	Ndim,
		double	dx,
		double	dt
	)		`[inline]`

Time step.

Parameters:

Method	Type of array, for example D2Q9
nu	Viscosity for each fluid
Ndim	Cell divisions per side
dx	Space spacing

LBM::Domain::Domain	(	LBMethod	Method,
		double	nu,
		iVec3_t	Ndim,
		double	dx,
		double	dt
	)		`[inline]`

Time step.

Parameters:

Method	Type of array, for example D2Q9
nu	Viscosity for each fluid
Ndim	Cell divisions per side
dx	Space spacing

Member Function Documentation

void LBM::Domain::AddDisk	(	int	TheTag,
		Vec3_t const &	TheX,
		Vec3_t const &	TheV,
		Vec3_t const &	TheW,
		double	Therho,
		double	TheR,
		double	dt
	)		`[inline]`

Add a disk element.

void LBM::Domain::AddSphere	(	int	TheTag,
		Vec3_t const &	TheX,
		Vec3_t const &	TheV,
		Vec3_t const &	TheW,
		double	Therho,
		double	TheR,
		double	dt
	)		`[inline]`

Add a disk element.

void LBM::Domain::ApplyForce	(	size_t	n = `0`,
		size_t	Np = `1`
	)		`[inline]`

Apply the interaction forces and the collision operator.

void LBM::Domain::BoundingBox	(	Vec3_t &	Xmin,
		Vec3_t &	Xmax
	)		`[inline]`

Bounding box for DEM particles.

void LBM::Domain::Collide	(	size_t	n = `0`,
		size_t	Np = `1`
	)

Apply the interaction forces and the collision operator.

void LBM::Domain::ImprintLattice ( )

Imprint the DEM particles into the lattices.

double LBM::Domain::MaxDisplacement ( ) [inline]

Give the maximun displacement of DEM particles.

void LBM::Domain::ResetContacts ( ) [inline]

Reset contacts for verlet method DEM.

void LBM::Domain::ResetDisplacements ( ) [inline]

Reset the displacements for the verlet method DEM.

void LBM::Domain::Solve	(	double	Tf,
		double	dtOut,
		ptDFun_t	ptSetup = `NULL`,
		ptDFun_t	ptReport = `NULL`,
		char const *	FileKey = `NULL`,
		bool	RenderVideo = `true`,
		size_t	Nproc = `1`
	)		`[inline]`