private void SetNeedsRecalc(int parallelGrain)//this method not fully jobbed up, parallelGrain just used for copy function
{
NativeArrayUtil.CopyNativeArray(_conwayState, _needsRecalc, parallelGrain);
for (int i = 0; i < _conwayState.Length; i++)
{
if (_conwayState[i])
{
//int adjacentsIndex = i * 8;
for (int j = 0; j < 8; j++)
{
int currentAdjacentIndex = _indexer.RawIndexFor(i, _adjacentOffsets[j]);
_needsRecalc[currentAdjacentIndex] = true;
//Debug.Log("i: " + i + " adjacentIndex: " + j + " value: " + currentAdjacentIndex);
}
}
}
}
private void Update()
{
//=== CHECK ALL CURRENTLY RENDERING CHUNKS
for (var i = _renderedDataCount; i < _activeDataCount; i++)
{
var data = _computeData[i];
if (!data.JobHandle.IsCompleted)
{
continue;
}
if (!data.IsRendering)
{
Debug.LogError($"<color=\"aqua\">WorldRenderer.Update() : Data with jobhandle complete is not actually rendering. id:{i}</color>");
continue;
}
//Reuse mesh data for given cords or take new from pool
var meshId = _meshIdByCoords.ContainsKey(data.Coords) ? _meshIdByCoords[data.Coords] : _activeMeshCount++;
data.Complete();
var mesh = _meshData[meshId].Mesh;
mesh.Clear();
mesh.vertices = NativeArrayUtil.NativeFloat3ToManagedVector3(data.Vertices);
mesh.triangles = data.Triangles.ToArray();
mesh.uv = NativeArrayUtil.NativeFloat2ToManagedVector2(data.Uvs);
mesh.colors = NativeArrayUtil.NativeFloatToManagedColor(data.Colors);
mesh.normals = NativeArrayUtil.NativeFloat3ToManagedVector3(data.Normals);
_meshData[meshId].SetCoords(data.Coords);
_meshIdByCoords[data.Coords] = meshId;
//swap first uncompleted data with current data
//so we have contiguous part of completed data on the beginning of array
SwapData(i, _renderedDataCount, true);
_renderedDataCount++;
//TODO: limit chunks generation by time / number of chunks processed ?
}
}
public void ClearMap(int grain)
{
NativeArrayUtil.SetAllValues(_conwayState, false, grain);
}
