private void UpdateCut(bool cutDetails, NativeCollections.NativeQueue <CutEntry> toCut)
{
Utils.Profiler.BeginSample("[Dig] VoxelChunk.UpdateCut");
var cutter = (TerrainCutterLegacy)digger.Cutter;
while (toCut.Count > 0)
{
var cutEntry = toCut.Dequeue();
cutter.Cut(cutEntry, cutDetails);
}
toCut.Dispose();
Utils.Profiler.EndSample();
}
public void DoKernelOperation(ActionType action, float intensity, Vector3 position, float radius,
bool cutDetails, int textureIndex)
{
Utils.Profiler.BeginSample("[Dig] VoxelChunk.DoKernelOperation");
voxelArrayBeforeSmooth = new Voxel[voxelArray.Length];
Array.Copy(voxelArray, voxelArrayBeforeSmooth, voxelArray.Length);
var voxels = new NativeArray <Voxel>(voxelArray, Allocator.TempJob);
var voxelsOut = new NativeArray <Voxel>(voxelArray, Allocator.TempJob);
var heights = new NativeArray <float>(heightArray, Allocator.TempJob);
#if UNITY_2019_3_OR_NEWER
var chunkHoles = new NativeArray <int>(sizeOfMesh * sizeOfMesh, Allocator.TempJob);
#else
var toCut = new NativeCollections.NativeQueue <CutEntry>(Allocator.TempJob);
var toTriggerBounds = new NativeCollections.NativeQueue <float3>(Allocator.TempJob);
#endif
var tData = digger.Terrain.terrainData;
var hScale = digger.HeightmapScale;
var holeScale = digger.HoleMapScale;
var cutSizeX = Math.Max(1, (int)(hScale.x / holeScale.x));
var cutSizeZ = Math.Max(1, (int)(hScale.z / holeScale.z));
var jobData = new VoxelKernelModificationJob
{
SizeVox = sizeVox,
SizeVox2 = sizeVox * sizeVox,
SizeOfMesh = sizeOfMesh,
LowInd = sizeVox - 3,
Action = action,
HeightmapScale = digger.HeightmapScale,
Voxels = voxels,
VoxelsOut = voxelsOut,
Intensity = intensity,
Center = position,
Radius = radius,
RadiusWithMargin =
radius + Math.Max(Math.Max(digger.CutMargin.x, digger.CutMargin.y), digger.CutMargin.z),
ChunkAltitude = voxelPosition.y,
Heights = heights,
CutSize = new int2(cutSizeX, cutSizeZ),
#if UNITY_2019_3_OR_NEWER
Holes = chunkHoles,
#else
WorldPosition = worldPosition,
ToCut = toCut.ToConcurrent(),
TerrainRelativePositionToHolePosition = new float2(1f / tData.size.x * tData.alphamapWidth,
1f / tData.size.z * tData.alphamapHeight),
ToTriggerBounds = toTriggerBounds.ToConcurrent(),
#endif
NeighborVoxelsLBB = LoadVoxels(digger, chunkPosition + new Vector3i(-1, -1, -1)),
NeighborVoxelsLBF = LoadVoxels(digger, chunkPosition + new Vector3i(-1, -1, +1)),
NeighborVoxelsLB_ = LoadVoxels(digger, chunkPosition + new Vector3i(-1, -1, +0)),
NeighborVoxels_BB = LoadVoxels(digger, chunkPosition + new Vector3i(+0, -1, -1)),
NeighborVoxels_BF = LoadVoxels(digger, chunkPosition + new Vector3i(+0, -1, +1)),
NeighborVoxels_B_ = LoadVoxels(digger, chunkPosition + new Vector3i(+0, -1, +0)),
NeighborVoxelsRBB = LoadVoxels(digger, chunkPosition + new Vector3i(+1, -1, -1)),
NeighborVoxelsRBF = LoadVoxels(digger, chunkPosition + new Vector3i(+1, -1, +1)),
NeighborVoxelsRB_ = LoadVoxels(digger, chunkPosition + new Vector3i(+1, -1, +0)),
NeighborVoxelsL_B = LoadVoxels(digger, chunkPosition + new Vector3i(-1, +0, -1)),
NeighborVoxelsL_F = LoadVoxels(digger, chunkPosition + new Vector3i(-1, +0, +1)),
NeighborVoxelsL__ = LoadVoxels(digger, chunkPosition + new Vector3i(-1, +0, +0)),
NeighborVoxels__B = LoadVoxels(digger, chunkPosition + new Vector3i(+0, +0, -1)),
NeighborVoxels__F = LoadVoxels(digger, chunkPosition + new Vector3i(+0, +0, +1)),
NeighborVoxelsR_B = LoadVoxels(digger, chunkPosition + new Vector3i(+1, +0, -1)),
NeighborVoxelsR_F = LoadVoxels(digger, chunkPosition + new Vector3i(+1, +0, +1)),
NeighborVoxelsR__ = LoadVoxels(digger, chunkPosition + new Vector3i(+1, +0, +0)),
NeighborVoxelsLUB = LoadVoxels(digger, chunkPosition + new Vector3i(-1, +1, -1)),
NeighborVoxelsLUF = LoadVoxels(digger, chunkPosition + new Vector3i(-1, +1, +1)),
NeighborVoxelsLU_ = LoadVoxels(digger, chunkPosition + new Vector3i(-1, +1, +0)),
NeighborVoxels_UB = LoadVoxels(digger, chunkPosition + new Vector3i(+0, +1, -1)),
NeighborVoxels_UF = LoadVoxels(digger, chunkPosition + new Vector3i(+0, +1, +1)),
NeighborVoxels_U_ = LoadVoxels(digger, chunkPosition + new Vector3i(+0, +1, +0)),
NeighborVoxelsRUB = LoadVoxels(digger, chunkPosition + new Vector3i(+1, +1, -1)),
NeighborVoxelsRUF = LoadVoxels(digger, chunkPosition + new Vector3i(+1, +1, +1)),
NeighborVoxelsRU_ = LoadVoxels(digger, chunkPosition + new Vector3i(+1, +1, +0)),
};
// Schedule the job
var handle = jobData.Schedule(voxels.Length, 64);
// Wait for the job to complete
handle.Complete();
jobData.DisposeNeighbors();
voxels.Dispose();
voxelsOut.CopyTo(voxelArray);
voxelsOut.Dispose();
heights.Dispose();
#if UNITY_2019_3_OR_NEWER
var cutter = (TerrainCutter20193)digger.Cutter;
cutter.Cut(chunkHoles, voxelPosition, chunkPosition);
chunkHoles.Dispose();
#else
UpdateCut(cutDetails, toCut);
var triggerBounds = new ChunkTriggerBounds(digger.HeightmapScale, digger.SizeOfMesh);
while (toTriggerBounds.Count > 0)
{
triggerBounds.ExtendIfNeeded(toTriggerBounds.Dequeue());
}
toTriggerBounds.Dispose();
bounds = triggerBounds;
#endif
#if UNITY_EDITOR
RecordUndoIfNeeded();
#endif
digger.EnsureChunkWillBePersisted(this);
Utils.Profiler.EndSample();
}
public void DoOperation(BrushType brush, ActionType action, float intensity, Vector3 position,
float radius, float coneHeight, bool upsideDown, int textureIndex, bool cutDetails, bool isTargetIntensity)
{
if (action == ActionType.Smooth || action == ActionType.BETA_Sharpen)
{
DoKernelOperation(action, intensity, position, radius, cutDetails, textureIndex);
return;
}
Utils.Profiler.BeginSample("[Dig] VoxelChunk.DoOperation");
var heights = new NativeArray <float>(heightArray, Allocator.TempJob);
var voxels = new NativeArray <Voxel>(voxelArray, Allocator.TempJob);
#if UNITY_2019_3_OR_NEWER
var chunkHoles = new NativeArray <int>(sizeOfMesh * sizeOfMesh, Allocator.TempJob);
#else
var toCut = new NativeCollections.NativeQueue <CutEntry>(Allocator.TempJob);
var toTriggerBounds = new NativeCollections.NativeQueue <float3>(Allocator.TempJob);
#endif
var tData = digger.Terrain.terrainData;
var hScale = digger.HeightmapScale;
var holeScale = digger.HoleMapScale;
var cutSizeX = Math.Max(1, (int)(hScale.x / holeScale.x));
var cutSizeZ = Math.Max(1, (int)(hScale.z / holeScale.z));
var jobData = new VoxelModificationJob
{
SizeVox = sizeVox,
SizeVox2 = sizeVox * sizeVox,
SizeOfMesh = sizeOfMesh,
Brush = brush,
Action = action,
HeightmapScale = digger.HeightmapScale,
ChunkAltitude = voxelPosition.y,
Voxels = voxels,
Heights = heights,
Intensity = intensity,
IsTargetIntensity = isTargetIntensity,
Center = position,
Radius = radius,
ConeHeight = coneHeight,
UpsideDown = upsideDown,
RadiusWithMargin =
radius + Math.Max(Math.Max(digger.CutMargin.x, digger.CutMargin.y), digger.CutMargin.z),
TextureIndex = (uint)textureIndex,
CutSize = new int2(cutSizeX, cutSizeZ),
#if UNITY_2019_3_OR_NEWER
Holes = chunkHoles
#else
ToCut = toCut.ToConcurrent(),
WorldPosition = worldPosition,
TerrainRelativePositionToHolePosition = new float2(1f / tData.size.x * tData.alphamapWidth,
1f / tData.size.z * tData.alphamapHeight),
ToTriggerBounds = toTriggerBounds.ToConcurrent(),
#endif
};
jobData.PostConstruct();
// Schedule the job
var handle = jobData.Schedule(voxels.Length, 64);
// Wait for the job to complete
handle.Complete();
voxels.CopyTo(voxelArray);
voxels.Dispose();
heights.Dispose();
#if UNITY_2019_3_OR_NEWER
var cutter = (TerrainCutter20193)digger.Cutter;
if (action != ActionType.Reset)
{
cutter.Cut(chunkHoles, voxelPosition, chunkPosition);
}
else
{
cutter.UnCut(chunkHoles, voxelPosition, chunkPosition);
}
chunkHoles.Dispose();
#else
UpdateCut(cutDetails, toCut);
var triggerBounds = new ChunkTriggerBounds(digger.HeightmapScale, digger.SizeOfMesh);
while (toTriggerBounds.Count > 0)
{
triggerBounds.ExtendIfNeeded(toTriggerBounds.Dequeue());
}
toTriggerBounds.Dispose();
bounds = triggerBounds;
#endif
#if UNITY_EDITOR
RecordUndoIfNeeded();
#endif
digger.EnsureChunkWillBePersisted(this);
Utils.Profiler.EndSample();
}