protected void BuildChunkParallel(IMarchingCubeChunk chunk, bool careForNeighbours)
{
TriangleChunkHeap ts = DispatchAndGetShaderData(chunk, careForNeighbours);
channeledChunks++;
chunk.InitializeWithMeshDataParallel(ts, readyParallelChunks);
}
protected override void RebuildFromTriangleArray(TriangleChunkHeap heap)
{
trisLeft = TriCount;
ResetArrayData();
int totalTreeCount = 0;
int usedTriCount = 0;
TriangleBuilder[] ts = heap.tris;
MarchingCubeEntity cube;
cubeEntities = new MarchingCubeEntity[ChunkSize, ChunkSize, ChunkSize];
int x, y, z;
int count = heap.triCount;
int endIndex = heap.startIndex + heap.triCount;
for (int i = heap.startIndex; i < endIndex; ++i)
{
x = ts[i].x;
y = ts[i].y;
z = ts[i].z;
if (!TryGetEntityAt(x, y, z, out cube))
{
cube = CreateAndAddEntityAt(x, y, z, ts[i].triIndex);
SetNeighbourAt(x, y, z);
}
PathTriangle pathTri = new PathTriangle(cube, in ts[i].tri, ts[i].color32);
//TODO: Maybe remove pooling theese -> could reduce size of buffer for faster reads
protected TriangleChunkHeap[] DispatchMultipleChunks(IMarchingCubeChunk[] chunks)
{
triangleBuffer.SetCounterValue(0);
int chunkLength = chunks.Length;
for (int i = 0; i < chunkLength; i++)
{
IMarchingCubeChunk c = chunks[i];
GenerateNoise(c.ChunkSizePower, c.PointsPerAxis, c.LOD, c.AnchorPos);
AccumulateCubesFromNoise(c, i);
}
int[] triCounts = new int[chunkLength];
for (int i = 0; i < chunkLength; i++)
{
//TODO:check if this reduces wait time from gpu
SetDisplayerOfChunk(chunks[i]);
simpleChunkColliderPool.GetItemFromPoolFor(chunks[i]);
}
triCountBuffer.GetData(triCounts, 0, 0, chunkLength);
TriangleChunkHeap[] result = new TriangleChunkHeap[chunkLength];
TriangleBuilder[] allTris = new TriangleBuilder[triCounts[triCounts.Length - 1]];
triangleBuffer.GetData(allTris, 0, 0, allTris.Length);
int last = 0;
for (int i = 0; i < chunkLength; i++)
{
int current = triCounts[i];
int length = current - last;
result[i] = new TriangleChunkHeap(allTris, last, length);
last = current;
if (length == 0)
{
chunks[i].FreeSimpleChunkCollider();
}
}
return(result);
}
//public MarchingCubeChunkNeighbourLODs GetNeighbourLODSFrom(IMarchingCubeChunk chunk)
//{
// MarchingCubeChunkNeighbourLODs result = new MarchingCubeChunkNeighbourLODs();
// Vector3Int[] coords = VectorExtension.GetAllAdjacentDirections;
// for (int i = 0; i < coords.Length; ++i)
// {
// MarchingCubeNeighbour neighbour = new MarchingCubeNeighbour();
// Vector3Int neighbourPos = chunk.CenterPos + chunk.ChunkSize * coords[i];
// if (!TryGetChunkAtPosition(neighbourPos, out neighbour.chunk))
// {
// //change name to extectedLodPower
// neighbour.estimatedLodPower = GetLodPowerAt(neighbourPos);
// }
// result[i] = neighbour;
// }
// return result;
//}
//TODO:Remove keep points
protected void BuildChunk(IMarchingCubeChunk chunk, bool careForNeighbours, Action WorkOnNoise = null)
{
TriangleChunkHeap ts = DispatchAndGetShaderData(chunk, careForNeighbours, WorkOnNoise);
chunk.InitializeWithMeshData(ts);
}