void Update()
{
BufferTools.Swap(filledVoxelGridBuffer);
BufferTools.Swap(triangleIntersectionBuffer);
if (triVertPosBuffers != null && triangleCount > 0)
{
DoCollisions();
}
}
IEnumerator PostRenderUpdate()
{
while (this.enabled)
{
yield return(new WaitForEndOfFrame());
BufferTools.Swap(quadDataBuffer); //now the data is readable
ClearBuffer(WRITE);
}
}
private void OnRenderObject()
{
if (quadDataBuffer != null)
{
int[] quadargs = BufferTools.GetArgs(quadDataBuffer[READ], quadArgBuffer);
material.SetPass(0);
material.SetBuffer("_Data", quadDataBuffer[READ]);
Graphics.DrawProceduralIndirect(MeshTopology.Points, quadArgBuffer, 0);
}
}
void DoIntersections()
{
vertPosToCubeAgeCompute.SetBuffer(mainKernel, "RTriangleVertexes", triVertPosBuffers[READ]);
triangleIntersectionBuffer[WRITE].SetCounterValue(0);
vertPosToCubeAgeCompute.SetBuffer(mainKernel, "WAIntersections", triangleIntersectionBuffer[WRITE]);
if (debug)
{
BufferTools.DebugComputeRaw <Vector4>(triVertPosBuffers[READ], "unsorted vertex pos check", vertexCount);
}
vertPosToCubeAgeCompute.Dispatch(mainKernel, triangleCount, 1, 1);
}
void DoFillingVoxelGrid()
{
int[] args = BufferTools.GetArgs(triangleIntersectionBuffer[READ], triangleIntersectionARGSBuffer);
//Debug.Log("numintersections: " + args[0]);
vertPosToCubeAgeCompute.SetInt("IntersectionCount", args[0]);
vertPosToCubeAgeCompute.SetBuffer(secondKernel, "RTriangleVertexes", triVertPosBuffers[READ]);
vertPosToCubeAgeCompute.SetBuffer(secondKernel, "RAIntersections", triangleIntersectionBuffer[READ]);
vertPosToCubeAgeCompute.SetBuffer(secondKernel, "WVoxelAgeBuffer", filledVoxelGridBuffer[WRITE]);
vertPosToCubeAgeCompute.Dispatch(secondKernel, (int)(DanceBoxManager.inst.voxelDimensions.x * DanceBoxManager.inst.voxelDimensions.y), 1, 1);
//if (debug)
// BufferTools.DebugComputeRaw<float>(filledVoxelGridBuffer[READ], " SHOULD HAVE TOTALINTERSECTION COUNTS IN ALL TINGS", (int)DanceBoxManager.inst.voxelDimensions.x);
}
void IWantVoxelAges.GiveSwappedVoxelAgeBuffer(ComputeBuffer voxelAgeStatesREAD)
{
BufferTools.Swap(voxelAgeBuffer);
cubeAgeSimulationShader.SetVector("_Dimensions", DanceBoxManager.inst.voxelDimensions4);
cubeAgeSimulationShader.SetVector("_InvDimensions", DanceBoxManager.inst.inverseVoxelDimensions4);
cubeAgeSimulationShader.SetFloat("_DeltaTime", Time.deltaTime * decaySpeed);
cubeAgeSimulationShader.SetInt("_Gravity", gravity);
cubeAgeSimulationShader.SetBuffer(caskernal, "ROldCubeAges", voxelAgeBuffer[READ]);
cubeAgeSimulationShader.SetBuffer(caskernal, "RNewCubeAges", voxelAgeStatesREAD);
cubeAgeSimulationShader.SetBuffer(caskernal, "WCubeAges", voxelAgeBuffer[WRITE]);
cubeAgeSimulationShader.Dispatch(caskernal, DanceBoxManager.inst.totalVoxelsThreadGroup, 1, 1);
voxelAgeRecipient.GiveSwappedVoxelAgeBuffer(voxelAgeBuffer[READ]);
}
private void Update()
{
BufferTools.Swap(triVertexPositionBuffer);
if (debug)
{
int[] argdata = new int[] { 0, 1, 0, 0 };
argBuffer.SetData(argdata);
ComputeBuffer.CopyCount(triVertexPositionBuffer[READ], argBuffer, 0);
argBuffer.GetData(argdata);
DoDebug(argdata);
}
DoRender();
}
void Update()
{
BufferTools.Swap(filledVoxelGridBuffer);
voxelAgeGenerator.SetBuffer(vgkernal, "WVoxelAgeBuffer", filledVoxelGridBuffer[WRITE]);
voxelAgeGenerator.Dispatch(vgkernal, DanceBoxManager.inst.totalVoxelsThreadGroup, 1, 1); // DanceBoxManager.inst.voxelDimX, DanceBoxManager.inst.voxelDimY, DanceBoxManager.inst.voxelDimZ);
voxelAgeGenerator.SetFloat("_Time", Time.time);
if (debug)
{
Debug.Log("Running");
BufferTools.DebugComputeGrid <float>(filledVoxelGridBuffer[READ], "output voxel ages READ", DanceBoxManager.inst.singleDimensionCount);
}
voxelAgeRecipient.GiveSwappedVoxelAgeBuffer(filledVoxelGridBuffer[READ]);
}
void LateUpdate()
{
BufferTools.Swap(quadDataBuffer); //now the data is readable
}
private void LateUpdate()
{
BufferTools.Swap(voxelAgeBuffer);
}
