public override void GenerateDataForChunkUnchecked(int3 chunkCoordinate, VoxelDataVolume <byte> existingData)
{
int3 chunkWorldOrigin = chunkCoordinate * VoxelWorld.WorldSettings.ChunkSize;
JobHandleWithData <IVoxelDataGenerationJob> jobHandleWithData = VoxelWorld.VoxelDataGenerator.GenerateVoxelData(chunkWorldOrigin, existingData);
_generationJobHandles.Add(chunkCoordinate, jobHandleWithData);
}
/// <summary>
/// Starts generating the voxel data for a specified volume
/// </summary>
/// <param name="bounds">The world-space volume to generate the voxel data for</param>
/// <param name="allocator">The allocator for the new voxel data array</param>
/// <returns>The job handle and the voxel data generation job</returns>
public JobHandleWithData <IVoxelDataGenerationJob> GenerateVoxelData(BoundsInt bounds, Allocator allocator)
{
VoxelDataVolume <byte> voxelDataArray = new VoxelDataVolume <byte>(bounds.size, allocator);
int3 worldSpaceOrigin = bounds.min.ToInt3();
return(GenerateVoxelData(worldSpaceOrigin, voxelDataArray));
}
/// <summary>
/// Sets the voxel data for a volume in the world
/// </summary>
/// <param name="voxelDataVolume">The new voxel data volume</param>
/// <param name="originPosition">The world position of the origin where the voxel data should be set</param>
public void SetVoxelDataCustom(VoxelDataVolume voxelDataVolume, int3 originPosition)
{
Bounds worldSpaceQuery = new Bounds();
worldSpaceQuery.SetMinMax(originPosition.ToVectorInt(), (originPosition + voxelDataVolume.Size - new int3(1, 1, 1)).ToVectorInt());
int chunkSize = VoxelWorld.WorldSettings.ChunkSize;
int3 minChunkCoordinate = VectorUtilities.WorldPositionToCoordinate(worldSpaceQuery.min - Vector3Int.one, chunkSize);
int3 maxChunkCoordinate = VectorUtilities.WorldPositionToCoordinate(worldSpaceQuery.max + Vector3Int.one, chunkSize);
for (int chunkCoordinateX = minChunkCoordinate.x; chunkCoordinateX <= maxChunkCoordinate.x; chunkCoordinateX++)
{
for (int chunkCoordinateY = minChunkCoordinate.y; chunkCoordinateY <= maxChunkCoordinate.y; chunkCoordinateY++)
{
for (int chunkCoordinateZ = minChunkCoordinate.z; chunkCoordinateZ <= maxChunkCoordinate.z; chunkCoordinateZ++)
{
int3 chunkCoordinate = new int3(chunkCoordinateX, chunkCoordinateY, chunkCoordinateZ);
if (!TryGetVoxelDataChunk(chunkCoordinate, out VoxelDataVolume voxelDataChunk))
{
continue;
}
Vector3 chunkBoundsSize = new Vector3(voxelDataChunk.Width - 1, voxelDataChunk.Height - 1, voxelDataChunk.Depth - 1);
int3 chunkWorldSpaceOrigin = chunkCoordinate * chunkSize;
Bounds chunkWorldSpaceBounds = new Bounds();
chunkWorldSpaceBounds.SetMinMax(chunkWorldSpaceOrigin.ToVectorInt(), chunkWorldSpaceOrigin.ToVectorInt() + chunkBoundsSize);
Bounds intersectionVolume = IntersectionUtilities.GetIntersectionVolume(worldSpaceQuery, chunkWorldSpaceBounds);
int3 intersectionVolumeMin = intersectionVolume.min.ToInt3();
int3 intersectionVolumeMax = intersectionVolume.max.ToInt3();
for (int voxelDataWorldPositionX = intersectionVolumeMin.x; voxelDataWorldPositionX <= intersectionVolumeMax.x; voxelDataWorldPositionX++)
{
for (int voxelDataWorldPositionY = intersectionVolumeMin.y; voxelDataWorldPositionY <= intersectionVolumeMax.y; voxelDataWorldPositionY++)
{
for (int voxelDataWorldPositionZ = intersectionVolumeMin.z; voxelDataWorldPositionZ <= intersectionVolumeMax.z; voxelDataWorldPositionZ++)
{
int3 voxelDataWorldPosition = new int3(voxelDataWorldPositionX, voxelDataWorldPositionY, voxelDataWorldPositionZ);
if (voxelDataChunk.TryGetVoxelData(voxelDataWorldPosition - worldSpaceQuery.min.ToInt3(), out float voxelData))
{
voxelDataChunk.SetVoxelData(voxelData, voxelDataWorldPosition - chunkWorldSpaceOrigin);
}
}
}
}
if (VoxelWorld.ChunkStore.TryGetChunkAtCoordinate(chunkCoordinate, out Chunk chunk))
{
chunk.HasChanges = true;
}
}
}
}
}
/// <summary>
/// Gets the voxel data of a custom volume in the world
/// </summary>
/// <param name="bounds">The world-space volume to get the voxel data for</param>
/// <param name="allocator">How the new voxel data volume should be allocated</param>
/// <returns>The voxel data volume inside the bounds</returns>
public VoxelDataVolume GetVoxelDataCustom(Bounds bounds, Allocator allocator)
{
VoxelDataVolume voxelDataVolume = new VoxelDataVolume(bounds.size.ToInt3(), allocator);
Bounds worldSpaceQuery = bounds;
int chunkSize = VoxelWorld.WorldSettings.ChunkSize;
int3 minChunkCoordinate = VectorUtilities.WorldPositionToCoordinate(worldSpaceQuery.min - Vector3Int.one, chunkSize);
int3 maxChunkCoordinate = VectorUtilities.WorldPositionToCoordinate(worldSpaceQuery.max + Vector3Int.one, chunkSize);
for (int chunkCoordinateX = minChunkCoordinate.x; chunkCoordinateX <= maxChunkCoordinate.x; chunkCoordinateX++)
{
for (int chunkCoordinateY = minChunkCoordinate.y; chunkCoordinateY <= maxChunkCoordinate.y; chunkCoordinateY++)
{
for (int chunkCoordinateZ = minChunkCoordinate.z; chunkCoordinateZ <= maxChunkCoordinate.z; chunkCoordinateZ++)
{
int3 chunkCoordinate = new int3(chunkCoordinateX, chunkCoordinateY, chunkCoordinateZ);
if (!TryGetVoxelDataChunk(chunkCoordinate, out VoxelDataVolume voxelDataChunk))
{
continue;
}
Vector3 chunkBoundsSize = new Vector3(voxelDataChunk.Width - 1, voxelDataChunk.Height - 1, voxelDataChunk.Depth - 1);
int3 chunkWorldSpaceOrigin = chunkCoordinate * chunkSize;
Bounds chunkWorldSpaceBounds = new Bounds();
chunkWorldSpaceBounds.SetMinMax(chunkWorldSpaceOrigin.ToVectorInt(), chunkWorldSpaceOrigin.ToVectorInt() + chunkBoundsSize);
Bounds intersectionVolume = IntersectionUtilities.GetIntersectionVolume(worldSpaceQuery, chunkWorldSpaceBounds);
int3 intersectionVolumeMin = intersectionVolume.min.ToInt3();
int3 intersectionVolumeMax = intersectionVolume.max.ToInt3();
for (int voxelDataWorldPositionX = intersectionVolumeMin.x; voxelDataWorldPositionX < intersectionVolumeMax.x; voxelDataWorldPositionX++)
{
for (int voxelDataWorldPositionY = intersectionVolumeMin.y; voxelDataWorldPositionY < intersectionVolumeMax.y; voxelDataWorldPositionY++)
{
for (int voxelDataWorldPositionZ = intersectionVolumeMin.z; voxelDataWorldPositionZ < intersectionVolumeMax.z; voxelDataWorldPositionZ++)
{
int3 voxelDataWorldPosition = new int3(voxelDataWorldPositionX, voxelDataWorldPositionY, voxelDataWorldPositionZ);
int3 voxelDataLocalPosition = voxelDataWorldPosition - chunkWorldSpaceOrigin;
if (voxelDataChunk.TryGetVoxelData(voxelDataLocalPosition, out float voxelData))
{
voxelDataVolume.SetVoxelData(voxelData, voxelDataWorldPosition - bounds.min.ToInt3());
}
}
}
}
}
}
}
return(voxelDataVolume);
}
/// <summary>
/// Copies the voxel data from the source volume if the volumes are the same size
/// </summary>
/// <param name="sourceVolume">The source volume, which should be the same size as this volume</param>
public void CopyFrom(VoxelDataVolume <T> sourceVolume)
{
if (Width == sourceVolume.Width && Height == sourceVolume.Height && Depth == sourceVolume.Depth)
{
_voxelData.CopyFrom(sourceVolume._voxelData);
}
else
{
throw new ArgumentException($"The chunks are not the same size! Width: {Width}/{sourceVolume.Width}, Height: {Height}/{sourceVolume.Height}, Depth: {Depth}/{sourceVolume.Depth}");
}
}
/// <summary>
/// Sets a chunk's voxel data
/// </summary>
/// <param name="chunkVoxelData">The new voxel data</param>
/// <param name="chunkCoordinate">The coordinate of the chunk whose voxel data should be set</param>
public void SetVoxelDataChunk(VoxelDataVolume chunkVoxelData, int3 chunkCoordinate)
{
if (_chunks.TryGetValue(chunkCoordinate, out VoxelDataVolume voxelDataVolume))
{
voxelDataVolume.CopyFrom(chunkVoxelData);
}
else
{
_chunks.Add(chunkCoordinate, chunkVoxelData);
}
if (VoxelWorld.ChunkStore.TryGetChunkAtCoordinate(chunkCoordinate, out Chunk chunk))
{
chunk.HasChanges = true;
}
}
public override void SetDataChunk(int3 chunkCoordinate, VoxelDataVolume <byte> newData)
{
if (TryGetDataChunkWithoutApplying(chunkCoordinate, out VoxelDataVolume <byte> oldData))
{
oldData.CopyFrom(newData);
newData.Dispose();
}
else
{
AddChunkUnchecked(chunkCoordinate, newData);
}
if (VoxelWorld.ChunkStore.TryGetDataChunk(chunkCoordinate, out ChunkProperties chunkProperties))
{
chunkProperties.HasChanges = true;
}
}
/// <summary>
/// Starts generating the voxel data for a specified volume
/// </summary>
/// <param name="bounds">The volume to generate the voxel data for</param>
/// <param name="allocator">The allocator for the new <see cref="VoxelDataVolume"/></param>
/// <returns>The job handle and the voxel data generation job</returns>
public override JobHandleWithData <IVoxelDataGenerationJob> GenerateVoxelData(Bounds bounds, Allocator allocator)
{
VoxelDataVolume voxelData = new VoxelDataVolume(bounds.size.ToInt3(), allocator);
ProceduralTerrainVoxelDataCalculationJob job = new ProceduralTerrainVoxelDataCalculationJob
{
WorldPositionOffset = bounds.min.ToInt3(),
OutputVoxelData = voxelData,
ProceduralTerrainSettings = proceduralTerrainSettings
};
JobHandle jobHandle = job.Schedule(voxelData.Length, 256);
JobHandleWithData <IVoxelDataGenerationJob> jobHandleWithData = new JobHandleWithData <IVoxelDataGenerationJob>();
jobHandleWithData.JobHandle = jobHandle;
jobHandleWithData.JobData = job;
return(jobHandleWithData);
}
/// <summary>
/// Starts generating the voxel data for a specified volume
/// </summary>
/// <param name="bounds">The volume to generate the voxel data for</param>
/// <param name="allocator">The allocator for the new <see cref="VoxelDataVolume"/></param>
/// <returns>The job handle and the voxel data generation job</returns>
public override JobHandleWithData <IVoxelDataGenerationJob> GenerateVoxelData(Bounds bounds, Allocator allocator)
{
VoxelDataVolume voxelData = new VoxelDataVolume(bounds.size.ToInt3(), allocator);
HeightmapTerrainVoxelDataCalculationJob job = new HeightmapTerrainVoxelDataCalculationJob
{
WorldPositionOffset = bounds.min.ToInt3(),
OutputVoxelData = voxelData,
HeightmapData = heightmapWorldGenerator.HeightmapTerrainSettings.HeightmapData,
HeightmapWidth = heightmapWorldGenerator.HeightmapTerrainSettings.Width,
HeightmapHeight = heightmapWorldGenerator.HeightmapTerrainSettings.Height,
Amplitude = heightmapWorldGenerator.HeightmapTerrainSettings.Amplitude,
HeightOffset = heightmapWorldGenerator.HeightmapTerrainSettings.HeightOffset
};
JobHandle jobHandle = job.Schedule(voxelData.Length, 256);
JobHandleWithData <IVoxelDataGenerationJob> jobHandleWithData = new JobHandleWithData <IVoxelDataGenerationJob>();
jobHandleWithData.JobHandle = jobHandle;
jobHandleWithData.JobData = job;
return(jobHandleWithData);
}
/// <summary>
/// Tries to get the <see cref="VoxelDataVolume"/> for one chunk with a persistent allocator. If a chunk doesn't exist there, false will be returned and <paramref name="chunk"/> will be set to null. If a chunk exists there, true will be returned and <paramref name="chunk"/> will be set to the chunk.
/// </summary>
/// <param name="chunkCoordinate">The coordinate of the chunk whose voxel data should be gotten</param>
/// <param name="chunk">The voxel data of a chunk at the coordinate</param>
/// <returns>Does a chunk exists at that coordinate</returns>
public bool TryGetVoxelDataChunk(int3 chunkCoordinate, out VoxelDataVolume chunk)
{
ApplyChunkChanges(chunkCoordinate);
return(_chunks.TryGetValue(chunkCoordinate, out chunk));
}
/// <summary>
/// Generates the colors for a chunk at <paramref name="chunkCoordinate"/>, where the output array is <paramref name="outputColors"/> to save memory by not needing to allocate a new array. This does not check if a color array already exists at <paramref name="chunkCoordinate"/>
/// </summary>
/// <param name="chunkCoordinate">The coordinate of the chunk which to generate the colors for</param>
/// <param name="outputColors">The array that should be filled with the new colors</param>
public override unsafe void GenerateDataForChunkUnchecked(int3 chunkCoordinate, VoxelDataVolume <Color32> outputColors)
{
// Fill the array with the default terrain color
Color32 *defaultColorArray = stackalloc Color32[1]
{
defaultTerrainColor
};
unsafe
{
UnsafeUtility.MemCpyReplicate(outputColors.GetUnsafePtr(), defaultColorArray, sizeof(Color32), outputColors.Length);
}
SetDataChunkUnchecked(chunkCoordinate, outputColors, false);
}
/// <summary>
/// Tries to get the voxel data array for one chunk with a persistent allocator. If a chunk doesn't exist there, false will be returned and <paramref name="chunk"/> will be set to null. If a chunk exists there, true will be returned and <paramref name="chunk"/> will be set to the chunk. If the data for that chunk is currently being calculated, the job will NOT be completed.
/// <param name="chunkCoordinate">The coordinate of the chunk whose voxel data should be gotten</param>
/// <param name="chunk">The voxel data of a chunk at the coordinate</param>
/// <returns>Does a chunk exists at that coordinate</returns>
private bool TryGetDataChunkWithoutApplying(int3 chunkCoordinate, out VoxelDataVolume <byte> chunk)
{
return(_chunks.TryGetValue(chunkCoordinate, out chunk));
}
/// <summary>
/// Tries to get the voxel data array for one chunk with a persistent allocator. If a chunk doesn't exist there, false will be returned and <paramref name="chunk"/> will be set to null. If a chunk exists there, true will be returned and <paramref name="chunk"/> will be set to the chunk. If the data for that chunk is currently being calculated, the job will complete and the new data will be set to <paramref name="chunk"/>
/// </summary>
/// <param name="chunkCoordinate">The coordinate of the chunk whose voxel data should be gotten</param>
/// <param name="chunk">The voxel data of a chunk at the coordinate</param>
/// <returns>Does a chunk exists at that coordinate</returns>
public override bool TryGetDataChunk(int3 chunkCoordinate, out VoxelDataVolume <byte> chunk)
{
ApplyChunkChanges(chunkCoordinate);
return(TryGetDataChunkWithoutApplying(chunkCoordinate, out chunk));
}
/// <inheritdoc/>
public override JobHandleWithData <IVoxelDataGenerationJob> GenerateVoxelData(int3 worldSpaceOrigin, VoxelDataVolume <byte> outputVoxelDataArray)
{
HeightmapTerrainVoxelDataCalculationJob job = new HeightmapTerrainVoxelDataCalculationJob
{
WorldPositionOffset = worldSpaceOrigin,
OutputVoxelData = outputVoxelDataArray,
HeightmapData = heightmapWorldGenerator.HeightmapTerrainSettings.HeightmapData,
HeightmapWidth = heightmapWorldGenerator.HeightmapTerrainSettings.Width,
HeightmapHeight = heightmapWorldGenerator.HeightmapTerrainSettings.Height,
Amplitude = heightmapWorldGenerator.HeightmapTerrainSettings.Amplitude,
HeightOffset = heightmapWorldGenerator.HeightmapTerrainSettings.HeightOffset
};
JobHandle jobHandle = job.Schedule();
JobHandleWithData <IVoxelDataGenerationJob> jobHandleWithData = new JobHandleWithData <IVoxelDataGenerationJob>
{
JobHandle = jobHandle,
JobData = job
};
return(jobHandleWithData);
}
/// <inheritdoc/>
public override JobHandleWithData <IVoxelDataGenerationJob> GenerateVoxelData(int3 worldSpaceOrigin, VoxelDataVolume <byte> outputVoxelDataArray)
{
ProceduralTerrainVoxelDataCalculationJob job = new ProceduralTerrainVoxelDataCalculationJob
{
WorldPositionOffset = worldSpaceOrigin,
OutputVoxelData = outputVoxelDataArray,
ProceduralTerrainSettings = proceduralTerrainSettings
};
JobHandle jobHandle = job.Schedule();
JobHandleWithData <IVoxelDataGenerationJob> jobHandleWithData = new JobHandleWithData <IVoxelDataGenerationJob>
{
JobHandle = jobHandle,
JobData = job
};
return(jobHandleWithData);
}
/// <summary> /// Starts generating the voxel data for the given volume, where the origin of the volume is at <paramref name="worldSpaceOrigin"/> /// </summary> /// <param name="worldSpaceOrigin">The world space origin of <paramref name="outputVoxelDataArray"/></param> /// <param name="outputVoxelDataArray">The volume where the new voxel data should be generated to</param> /// <returns>The job handle and the voxel data generation job</returns> public abstract JobHandleWithData <IVoxelDataGenerationJob> GenerateVoxelData(int3 worldSpaceOrigin, VoxelDataVolume <byte> outputVoxelDataArray);
