public void releaseTemporaryBuffers()
{
ComputeBuffer[] buffs = new ComputeBuffer[]
{
ShownVoxelCount,
ShownVoxelOffset,
ShownVoxels,
ShownVoxelsLOD2,
ShownVoxelsLOD4,
TotalVoxelsPerLODCount,
HilbertIndices,
OutHilbertIndices,
HilbertLODRanges,
SolidVoxels,
SolidVoxelsLOD2,
SolidVoxelsLOD4
};
BufferUtil.ReleaseBuffers(buffs);
//int i = 0;
//foreach (var buff in buffs)
//{
// if (buff == null)
// {
// Debug.Log("buff " + i + "was already null");
// }
// i++;
// releaseBuffer(buff);
//}
}
public void DebugSetSolids(ChunkGenData data)
{
BufferUtil.ReleaseBuffers(SolidVoxels, SolidVoxelsLOD2, SolidVoxelsLOD4);
for (int i = 0; i < data.displays.lodArrays.Length; ++i)
{
DebugSetSolidAt(i, data.displays.lodArrays[i]);
}
}
public void Release()
{
ComputeBuffer[] buffs = new ComputeBuffer[]
{
TotalVoxelsPerLODCount,
SolidVoxels,
SolidVoxelsLOD2,
SolidVoxelsLOD4
};
BufferUtil.ReleaseBuffers(buffs);
}
//TODO: possible to use counting buffers to
// avoid releasing resetting like this?
void ResetBufferData(uint[] nextData)
{
BufferUtil.ReleaseBuffers(buffer);
if (nextData.Length == 0)
{
return;
}
buffer = new ComputeBuffer(nextData.Length, sizeof(uint));
buffer.SetData(nextData);
}
public void Release()
{
BufferUtil.ReleaseBuffers(
MapVoxels,
MapVoxelsLOD2,
MapVoxelsLOD4,
ExistsMap27,
ShownVoxels,
ShownVoxelsLOD2,
ShownVoxelsLOD4
);
}
private void SetTotalsCountBuffer()
{
var totals = new int[vGenConfig.NumLODLevels];
totals[0] = BufferCountArgs.FromBuffer(ShownVoxels).count;
totals[1] = BufferCountArgs.FromBuffer(ShownVoxelsLOD2).count;
totals[2] = BufferCountArgs.FromBuffer(ShownVoxelsLOD4).count;
BufferUtil.ReleaseBuffers(TotalVoxelsPerLODCount);
TotalVoxelsPerLODCount = new ComputeBuffer(totals.Length, sizeof(int));
TotalVoxelsPerLODCount.SetData(totals);
}
//
// Face copy kernels copy voxel data into packed arrays
// Release each buffer reference (possibly pointing to data for which we are no longer responsible)
// before assigning it to a new buffer.
//
public void callFaceCopyKernel()
{
int buffCreateError = 0;
BufferUtil.ReleaseBuffers(SolidVoxels, SolidVoxelsLOD2, SolidVoxelsLOD4, TotalVoxelsPerLODCount);
if (!BufferCountArgs.CreateBufferFromCount <VoxelGeomDataMirror>(ShownVoxels, out SolidVoxels))
{
buffCreateError++;
}
else
{
meshGen.SetBuffer(FaceCopyKernel, "SolidVoxels", SolidVoxels);
}
if (!BufferCountArgs.CreateBufferFromCount <VoxelGeomDataMirror>(ShownVoxelsLOD2, out SolidVoxelsLOD2))
{
buffCreateError++;
}
else
{
meshGen.SetBuffer(FaceCopyKernel, "SolidVoxelsLOD2", SolidVoxelsLOD2);
}
if (!BufferCountArgs.CreateBufferFromCount <VoxelGeomDataMirror>(ShownVoxelsLOD4, out SolidVoxelsLOD4))
{
buffCreateError++;
}
else
{
meshGen.SetBuffer(FaceCopyKernel, "SolidVoxelsLOD4", SolidVoxelsLOD4);
}
if (buffCreateError > 0)
{
BufferUtil.ReleaseBuffers(SolidVoxels, SolidVoxelsLOD2, SolidVoxelsLOD4, TotalVoxelsPerLODCount);
//DBUG
Debug.Log("Got buff create error: " + buffCreateError);
//END DBUG
return;
}
SetTotalsCountBuffer();
meshGen.SetBuffer(FaceCopyKernel, "TotalVoxelsPerLODCount", TotalVoxelsPerLODCount);
meshGen.Dispatch(FaceCopyKernel, 1, 1, 1);
}
private void OnDestroy()
{
BufferUtil.ReleaseBuffers(buffer);
}
private void OnDestroy()
{
BufferUtil.ReleaseBuffers(storage.Values.ToArray());
}
public void releaseTemporaryBuffers()
{
BufferUtil.ReleaseBuffers(MapVoxels, MapVoxelsLOD2, MapVoxelsLOD4, MapHeights, ExistsMap);
}