public void Solve()
{
_velocities.SetBuffer(_compute, _kernel);
_positions.SetBuffer(_compute, _kernel);
_lifes.SetBuffer(_compute, _kernel);
_broadphase.SetBuffer(_compute, _kernel);
_compute.Dispatch(_kernel, _velocities.SimSizeX, _velocities.SimSizeY, _velocities.SimSizeZ);
_velocities.Swap();
}
public void Solve()
{
_walls.Update();
_velocities.SetBuffer(_compute, _kernel);
_positions.SetBuffer(_compute, _kernel);
_walls.SetBuffer(_compute, _kernel);
_compute.Dispatch(_kernel, _velocities.SimSizeX, _velocities.SimSizeY, _velocities.SimSizeZ);
_velocities.Swap();
}
public void Solve()
{
if (_polygons.PolygonCount == 0)
{
return;
}
_velocities.SetBuffer(_compute, _kernel);
_positions.SetBuffer(_compute, _kernel);
_lifes.SetBuffer(_compute, _kernel);
_polygons.SetBuffer(_compute, _kernel);
_compute.Dispatch(_kernel, _velocities.SimSizeX, _velocities.SimSizeY, _velocities.SimSizeZ);
_velocities.Swap();
}
public void Detect(float distance)
{
int x = _lifes.SimSizeX, y = _lifes.SimSizeY, z = _lifes.SimSizeZ;
_hashes.Init(_grid);
_sort.Init(_keys);
_sort.SortInt(_keys, _hashes.Hashes);
_grid.Construct(_keys);
_grid.SetParams(_compute);
_compute.SetFloat(ShaderConst.PROP_BROADPHASE_SQR_DISTANCE, distance * distance);
_compute.SetBuffer(_kernelSolve, ShaderConst.BUF_BROADPHASE_KEYS, _keys);
_positions.SetBuffer(_compute, _kernelSolve);
_lifes.SetBuffer(_compute, _kernelSolve);
_grid.SetBuffer(_compute, _kernelSolve);
SetBuffer(_compute, _kernelSolve);
_compute.Dispatch(_kernelSolve, x, y, z);
}
public void Simulate()
{
_velocities.SetBuffer(_compute, _kernelSimulate);
_positions.SetBuffer(_compute, _kernelSimulate);
_compute.Dispatch(_kernelSimulate, _positions.SimSizeX, _positions.SimSizeY, _positions.SimSizeZ);
}
public void Check()
{
_lifes.SetBuffer(_compute, _kernel);
_positions.SetBuffer(_compute, _kernel);
_compute.Dispatch(_kernel, _positions.SimSizeX, _positions.SimSizeY, _positions.SimSizeZ);
}
