public void ApplyCluster(VoxelCluster voxelCluster)
{
isStatic = isOriginal ? true : voxelCluster.ShouldBeStatic(isStatic);
Vector3 GetLocalPosWithWorldRotation(Vector3 localPos, Transform t)
{
return(t.TransformPoint(localPos) - t.position);
}
Vector3 pivot = GetPivot(voxelCluster.Bins, voxelCluster.Dimensions, isStatic);
//meshTransform.position += GetLocalPosWithWorldRotation(voxelCluster.VoxelOffset, meshTransform);
//meshTransform.parent = null;
//transform.position = meshTransform.position + GetLocalPosWithWorldRotation(pivot, meshTransform);
//meshTransform.parent = transform;
meshTransform.position += GetLocalPosWithWorldRotation(voxelCluster.VoxelOffset, meshTransform);
Vector3 cachedMeshTransformPos = meshTransform.position;
transform.position = meshTransform.position + GetLocalPosWithWorldRotation(pivot, meshTransform);
meshTransform.position = cachedMeshTransformPos;
binGridDimensions = voxelCluster.Dimensions;
bins = voxelCluster.Bins;
voxelBuilder.Refresh();
}
public static void FindVoxelClustersAndSplit(VoxelGrid voxelGrid, Queue <int> newlyCleanedBins)
{
bool[] visitedBins = new bool[voxelGrid.GetBinCount()];
clusters.Clear();
while (newlyCleanedBins.Count > 0)
{
int binIndex = newlyCleanedBins.Dequeue();
VoxelCluster cluster = TryFindCluster(binIndex, voxelGrid.GetBins(), voxelGrid.GetBinGridDimensions(), visitedBins);
if (cluster != null)
{
clusters.Add(cluster);
}
}
VoxelGrid[] splitVoxelGrids = TrySplit(voxelGrid, clusters);
ApplyClusters(splitVoxelGrids, clusters);
}
