/*
* // make fluid drop
* public void AddFluidToPoint(int x,int y,int size)
* {
* int i=x;
* int j=y;
*
* PointToCell(x,y,ref i,ref j);
*
* fluid.SETBCOND();
* int color=100;
*
* for(int n=i;n<i+size;n++)
* for(int m=j;m<j+size;m++)
* {
* if (fluid.GetCellType(n,m) == Fluid2D.CellType.CELL_EMPTY)
* fluid.MakeParticlesInCell(n,m,color);
* }
* }
*/
// process physic step of fluid
public void RunPhysicStep(bool onestep)
{
if (pause)
{
if (onestep == false)
{
return;
}
}
// static bool added=false;
// int xnum = 0, ynum = 0;
// fluid.GetDomainSize(ref xnum, ref ynum);
TimeUtil tu = TimeUtil.Instance();
for (int n = 0; n <= runcount; n++)
{
tu.StartTimer(0);
fluid.RunPhysic();
tu.StopTimer(0);
if (sleeptimems != 0)
{
System.Threading.Thread.Sleep(sleeptimems);
}
}
/*
* ToFile("u.txt", 1);
* ToFile("v.txt", 2);
* ToFile("f.txt", 3);
* ToFile("g.txt", 4);
* ToFile("p.txt", 5);
*/
}
/*
* // make fluid drop
* public void AddFluidToPoint(int x,int y,int size)
* {
* int i=x;
* int j=y;
*
* PointToCell(x,y,ref i,ref j);
*
* fluid.SETBCOND();
* int color=100;
*
* for(int n=i;n<i+size;n++)
* for(int m=j;m<j+size;m++)
* {
* if (fluid.GetCellType(n,m) == Fluid2D.CellType.CELL_EMPTY)
* fluid.MakeParticlesInCell(n,m,color);
* }
* }
*/
// process physic step of fluid
public void RunPhysicStep(bool onestep)
{
if (pause)
{
if (onestep == false)
{
return;
}
}
// static bool added=false;
int xnum = 0, ynum = 0;
// fluid.GetDomainSize(ref xnum, ref ynum);
TimeUtil tu = TimeUtil.Instance();
// for (int n = 0; n < 3; n++)
{
tu.StartTimer(0);
fluid.RunPhysic();
tu.StopTimer(0);
}
/*
* ToFile("u.txt", 1);
* ToFile("v.txt", 2);
* ToFile("f.txt", 3);
* ToFile("g.txt", 4);
* ToFile("p.txt", 5);
*/
}