divUStar Class Reference

Calculate divergence of u*. More...

#include <divUStar.h>

List of all members.

Public Member Functions

divUStar ()

void initialize (int numberOfPatches, real dt, int cellNumberPerPatch, int **StartIndex, real ****fp, int **pointNumberMeshP, real *h, real ***xP, real ****uAux, real ****vAux, real ****wAux)

Calculate divergence of u*.

~divUStar ()

Detailed Description

Calculate divergence of u*.

Calculate divergence of the predicted velocity at all pressure points on the coarse and fine meshes. They also include the interpolation of the points at the interface between two meshes.

Constructor & Destructor Documentation

divUStar::divUStar ( )

constructor

divUStar::~divUStar ( )

destructor

Member Function Documentation

void divUStar::initialize	(	int	numberOfPatches,
		real	dt,
		int	cellNumberPerPatch,
		int **	StartIndex,
		real ****	fp,
		int **	pointNumberMeshP,
		real *	h,
		real ***	xP,
		real ****	uAux,
		real ****	vAux,
		real ****	wAux
	)

Calculate divergence of u*.

Calculate divergence of the predicted velocity at all pressure points on the coarse and fine meshes. They also include the interpolation of the points at the interface between two meshes.

Parameters:

numberOfPatches	number of patches
dt	time increment
cellNumberPerPatch	cell numbers per patch surrounding the sphere
StartIndex	used to put the refined mesh
fp	force for pressure poisson equation
pointNumberMeshP	mesh points for pressure
h	space step
xP	coordinates of pressure
uAux	predicted u
vAux	predicted v
wAux	predicted w

The documentation for this class was generated from the following files:


Public Member Functions
	divUStar ()
void	initialize (int numberOfPatches, real dt, int cellNumberPerPatch, int StartIndex, real fp, int pointNumberMeshP, real h, real xP, real uAux, real vAux, real **wAux)
	Calculate divergence of u*.
	~divUStar ()