public GridOptimizer(ParticleNumEnum numParticleEnum, Vec range, Dim dimension)
{
numObjects = (int)numParticleEnum;
threadGroupSize = numObjects / SIMULATION_BLOCK_SIZE_FOR_GRID;
// 名前からコンピュートシェーダを取得
BitonicCS = (ComputeShader)Resources.Load("BitonicSort");
GridSortCS = (ComputeShader)Resources.Load(Enum.GetName(typeof(GridType), dimension.GetGridType()));
gridDim = dimension;
numGrid = (int)dimension.OwnMultiply();
gridH = dimension.GetGridH(range);
gridBuffer = new ComputeBuffer(numObjects, Marshal.SizeOf(typeof(Uint2)));
gridPingPongBuffer = new ComputeBuffer(numObjects, Marshal.SizeOf(typeof(Uint2)));
gridIndicesBuffer = new ComputeBuffer(numGrid, Marshal.SizeOf(typeof(Uint2)));
sortedObjectsBufferOutput = new ComputeBuffer(numObjects, Marshal.SizeOf(typeof(Data)));
Debug.Log("=== Initialized Grid Sort Package === \nRange : " + range + "\nNumGrid : " + numGrid + "\nGridDim : " + gridDim + "\nGridH : " + gridH);
}
public NeighborSearchSetting3D(ParticleNumEnum num, Vector3 range, IntDim3D dim) : base(num, range, dim)
{
}
public NeighborSearchSetting(ParticleNumEnum num, Vec range, Dim dim)
{
particleScatterRange = range;
gridDimension = dim;
gridOptimizer = new GridOptimizer <MyParticleData <Vec>, Dim, Vec>(num, particleScatterRange, gridDimension);
}
