uNew Class Reference

Calculate the velocity at the next step. More...

#include <uNew.h>

List of all members.

Public Member Functions

uNew ()

void initialize (int numberOfPatches, real t, real dt, int cellNumberPerPatch, int **StartIndex, int **pointNumberMeshU, int **pointNumberMeshV, int **pointNumberMeshW, int **pointNumberMeshP, int dimension, real ***xU, real ***xV, real ***xW, real *h, real ****u, int ****uCagePoint, real ****v, int ****vCagePoint, real ****w, int ****wCagePoint, real ****uAux, real ****vAux, real ****wAux, real ****p)

Calculate the velocity at the next step.

~uNew ()

Detailed Description

Calculate the velocity at the next step.

This class is used to update the velocity at the next step.

Constructor & Destructor Documentation

uNew::uNew ( )

constructor

uNew::~uNew ( )

destructor

Member Function Documentation

void uNew::initialize	(	int	numberOfPatches,
		real	t,
		real	dt,
		int	cellNumberPerPatch,
		int **	StartIndex,
		int **	pointNumberMeshU,
		int **	pointNumberMeshV,
		int **	pointNumberMeshW,
		int **	pointNumberMeshP,
		int	dimension,
		real ***	xU,
		real ***	xV,
		real ***	xW,
		real *	h,
		real ****	u,
		int ****	uCagePoint,
		real ****	v,
		int ****	vCagePoint,
		real ****	w,
		int ****	wCagePoint,
		real ****	uAux,
		real ****	vAux,
		real ****	wAux,
		real ****	p
	)

Calculate the velocity at the next step.

This class is used to update the velocity at the next step n+1. This is the last step in the projection method.

Parameters:

numberOfPatches	number of patches
t	time
dt	time increment
cellNumberPerPatch	cell numbers per patch surrounding the sphere
StartIndex	used to put the refined mesh
pointNumberMeshU	mesh points for u
pointNumberMeshV	mesh points for v
pointNumberMeshW	mesh points for w
pointNumberMeshP	mesh points for p
dimension	dimension
xU	coordinates of u
xV	coordinates of v
xW	coordinates of w
h	space step
u	velocity u
uCagePoint	cage points for u
v	velocity v
vCagePoint	cage points for v
w	velocity w
wCagePoint	cage points for w
uAux	predicted u
vAux	predicted v
wAux	predicted w
p	pressure

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


Public Member Functions
	uNew ()
void	initialize (int numberOfPatches, real t, real dt, int cellNumberPerPatch, int StartIndex, int pointNumberMeshU, int pointNumberMeshV, int pointNumberMeshW, int pointNumberMeshP, int dimension, real xU, real xV, real xW, real h, real **u, int uCagePoint, real v, int vCagePoint, real w, int wCagePoint, real uAux, real vAux, real wAux, real **p)
	Calculate the velocity at the next step.
	~uNew ()