public CorrectorRenderThread(int index,
IIntersectionEngine device,
RayEngineScene scn,
bool lowLatency,
CorrectorImageFilm pixelDevice,
GlobalSamplingContext sc, IFrameManager fM)
: base(index, scn)
{
this.pixelDevice = pixelDevice;
this.frameManager = fM;
Init(device, lowLatency, pixelDevice, sc);
}
private void Init(IIntersectionEngine device, bool lowLatency, CorrectorImageFilm pixelDevice, GlobalSamplingContext sc)
{
this.samplers = sc;
intersectionDevice = device;
width = pixelDevice.Width;
height = pixelDevice.Height;
var rayBufferSize = lowLatency ? (RayBuffer.RayBufferSize / 8) : RayBuffer.RayBufferSize;
rayBuffers = new RayBuffer[DeviceRenderBufferCount];
this.pixelDevice = pixelDevice;
for (int i = 0; i < DeviceRenderBufferCount; i++)
{
rayBuffers[i] = new RayBuffer(rayBufferSize);
rayBuffers[i].UserData = threadIndex;
}
_pathRayProcessors = new PathSampleProcessor(scene.MaxPaths, (RayEngineScene)scene, pixelDevice, samplers);
//_pathRayProcessors.RequestSamplesFunc = (f)=>{ GenerateIm}
renderThread = null;
}
public virtual void Initialize()
{
this.deviceManager = new DeviceManager();
this.frameManager = new FrameManager(this.OutputSettings, this.QualitySettings, Scene);
this.deviceManager.Init(lowLatency, Scene);
//this.frameManager.SetDevices(deviceManager, Film);
this.film = new CorrectorImageFilm(Width, Height);
this.engine = new CorrectorRenderer(CurrentFrame, film);
this.deviceManager.RenderThreads = engine.CreateThreads(this.RenderThreadsCount, deviceManager.IntersectionDevice, frameManager);
Tracer.TraceLine("Starting Corrector [Renderer type : {0}] ( Preprocessing : {1} )", engineType, false);
//Tracer.TraceLine("..Sampler Type [{0}]", deviceManager.RenderThreads.First().sampler.GetType().Name);
Tracer.TraceLine("..Image Film Type [{0}]", film.GetType().Name);
CommandManager.Instance.OnExecuteCommand += command =>
{
if (command.Name == "init.config")
{
}
return new EngineCommandContext() { Success = true };
};
}
public void Merge(CorrectorImageFilm b)
{
if (b.pixelData.Length != pixelData.Length)
{
throw new ArgumentException("Invalid film size");
}
for (int index = 0; index < b.pixelData.Length; index++)
{
var pixelA = pixelData[index];
var pixelB = b.pixelData[index];
pixelData[index] = new SamplePixel()
{
Radiance = (pixelA.Radiance + pixelB.Radiance) * 0.5f,
Weight = (pixelA.Weight + pixelB.Weight) * 0.5f,
};
}
}
