public void Init(GridService grid)
{
int x = _lifes.SimSizeX, y = _lifes.SimSizeY, z = _lifes.SimSizeZ;
grid.SetParams(_compute);
_compute.SetBuffer(_kernelInitHashes, ShaderConst.BUF_LIFE, _lifes.Lifes);
_compute.SetBuffer(_kernelInitHashes, ShaderConst.BUF_POSITION, _positions.P0);
SetBuffer(_compute, _kernelInitHashes);
_compute.Dispatch(_kernelInitHashes, x, y, z);
}
public void Init(GridService grid)
{
int x = _lifes.SimSizeX, y = _lifes.SimSizeY, z = _lifes.SimSizeZ;
grid.SetParams(_compute);
_compute.SetBuffer(_kernelInitHashes, ShaderConst.BUF_LIFE, _lifes.Lifes);
_compute.SetBuffer(_kernelInitHashes, ShaderConst.BUF_POSITION, _positions.P0);
SetBuffer(_compute, _kernelInitHashes);
_compute.Dispatch(_kernelInitHashes, x, y, z);
}
public HashGrid(ComputeShader compute, ComputeShader computeSort, LifeService l, PositionService p, GridService.Grid g)
{
var capacity = l.Lifes.count;
_compute = compute;
_lifes = l;
_positions = p;
_kernelSolve = compute.FindKernel (ShaderConst.KERNEL_SOVLE_COLLISION_DETECTION);
_sort = new BitonicMergeSort(computeSort);
_keys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(uint)));
CollisionData = new Collision[capacity];
Collisions = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(Collision)));
_hashes = new HashService(compute, l, p);
_grid = new GridService(compute, g, _hashes);
}
public HashGrid(ComputeShader compute, ComputeShader computeSort, LifeService l, PositionService p, GridService.Grid g)
{
var capacity = l.Lifes.count;
_compute = compute;
_lifes = l;
_positions = p;
_kernelSolve = compute.FindKernel(ShaderConst.KERNEL_SOVLE_COLLISION_DETECTION);
_sort = new BitonicMergeSort(computeSort);
_keys = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(uint)));
CollisionData = new Collision[capacity];
Collisions = new ComputeBuffer(capacity, Marshal.SizeOf(typeof(Collision)));
_hashes = new HashService(compute, l, p);
_grid = new GridService(compute, g, _hashes);
}
