protected void OnEnable()
{
var desc = new RenderTextureDescriptor(this.textureSize.x, this.textureSize.y, RenderTextureFormat.RFloat, 0, 0);
desc.enableRandomWrite = true;
desc.sRGB = false;
this.electricalPotentialGrid = new CircleRT(2, desc);
this.dispatcher = new ComputeShaderDispatcher(this.cs);
this.dispatcher.AddParameter("Init", this.parameter);
this.dispatcher.AddParameter("JacobiStep", this.parameter);
this.dispatcher.AddParameter("WeightSum", this.parameter);
this.dispatcher.AddParameter("SetBoundary", this.parameter);
this.dispatcher.AddParameter("InitDart", this.parameter);
this.dispatcher.AddParameter("InitDartLeaderChargeDensity", this.parameter);
this.dispatcher.AddParameter("UpdateDartLeader", this.parameter);
this.parameter.potentialBoundaryTex.Value = TextureManager.Create(desc);
this.parameter.dartLeaderTex.Value = TextureManager.Create(desc);
var count = this.textureSize.x * this.textureSize.y;
this.parameter.adjacentWeight.Value = new ComputeBuffer(count, Marshal.SizeOf <float>());
this.parameter.potentialBoundaryInputTex.Value = TextureManager.Create(this.textureSize.x, this.textureSize.y, TextureFormat.RGFloat, false, true);
(this.parameter.potentialBoundaryInputTex.Value as Texture2D).Apply();
this.parameter.displayTex.Value = TextureManager.Create(this.textureSize.x, this.textureSize.y, TextureFormat.ARGB32);
this.parameter.obstacleTex.Value = TextureManager.Create(this.textureSize.x, this.textureSize.y, TextureFormat.RFloat, false, true);
}
protected void CheckBufferChanged(GPUBufferVariable <T> source)
{
if (this.hashData.objectBufferSorted == null || this.hashData.objectBufferSorted.Size != source.Size)
{
//use source as object buffer
this.hashData.objectBuffer.InitBuffer(source);
//create new buffer for sorted data
this.hashData.objectBufferSorted.InitBuffer(source.Size);
//create new buffer for object index
this.hashData.objectGridIndexBuffer.InitBuffer(source.Size);
this.dispatcher = new ComputeShaderDispatcher <Kernel>(this.gridCS);
foreach (Kernel k in Enum.GetValues(typeof(Kernel)))
{
this.dispatcher.AddParameter(k, this.gridData);
this.dispatcher.AddParameter(k, this.hashData);
}
}
else
{
this.hashData.objectBuffer.UpdateBuffer(source);
}
var gs = this.gridData.gridSize;
this.hashData.hashTableSize = gs.x * gs.y * gs.z;
}
protected void OnEnable()
{
LogTool.AssertIsTrue(this.computeShader != null);
this.dispatcher = new ComputeShaderDispatcher(this.computeShader);
this.dispatcher.AddParameter(WindowKernel, this.data);
this.dispatcher.AddParameter(MaxKernel, this.data);
}
protected void InitDispatcher()
{
this.defaultDispatcher = new ComputeShaderDispatcher <DefaultKernel>(this.computeShader);
foreach (DefaultKernel e in System.Enum.GetValues(typeof(DefaultKernel)))
{
this.defaultDispatcher.AddParameter(e, this.data);
}
this.dispatcher = new ComputeShaderDispatcher <Kernel>(this.computeShader);
foreach (Kernel e in System.Enum.GetValues(typeof(Kernel)))
{
this.dispatcher.AddParameter(e, this.data);
}
}
protected void OnEnable()
{
this.Init(this.gridData.gridSize);
this.parameter.particleBuffer.InitBuffer(this.numOfParticles, true, false);
foreach (var i in Enumerable.Range(0, this.parameter.particleBuffer.Size))
{
var rand = new float3(UnityEngine.Random.value, UnityEngine.Random.value, UnityEngine.Random.value);
rand -= 0.5f;
this.parameter.particleBuffer.CPUData[i].pos = this.space.TRS.MultiplyPoint(rand);
this.parameter.particleBuffer.CPUData[i].col = 1;
}
this.parameter.particleBuffer.SetToGPUBuffer(true);
this.particleDispather = new ComputeShaderDispatcher(this.particleCS);
this.particleDispather.AddParameter("ResetColor", this.parameter);
this.particleDispather.AddParameter("UpdateColor", this.parameter);
this.particleDispather.AddParameter("UpdateColor", this.gridData);
}
protected void OnEnable()
{
this.data.input = this.input.Clone() as Texture2D;
this.data.maskedTex = this.input.Clone() as Texture2D;
this.data.template = this.template.Clone() as Texture2D;
var desc = new RenderTextureDescriptor(this.input.width, this.input.height, RenderTextureFormat.ARGBFloat);
desc.enableRandomWrite = true;
this.data.resultTex = TextureManager.Create(desc);
this.dispatcher = new ComputeShaderDispatcher(this.shader);
this.dispatcher.AddParameter("Process", this.data);
var tm = this.GetComponent <TextureReduction>();
tm.Init(this.data.resultTex);
//calculate result for each pixel
var domain = new int2(input.width - template.width, input.height - template.height);
this.dispatcher.Dispatch("Process", domain.x, domain.y);
//find max value from result texture
var result = tm.GetReductionResult();
Debug.Log(result);
var pixel = result.xy.FloorToInt();
var h = new int2(template.width, template.height);
foreach (var u in Enumerable.Range(0, template.width))
{
foreach (var v in Enumerable.Range(0, template.height))
{
this.data.maskedTex.SetPixel(pixel.x + u, pixel.y + v, Color.red);
}
}
this.data.maskedTex.Apply();
}
public static ComputeShaderDispatcher CreateDispatcher(this IComputeShader shader)
{
return(ComputeShaderDispatcher.Create(shader));
}
