protected void Init(IIntersectionEngine device, bool lowLatency, IImageFilm pixelDevice, ISampler sampler,
SurfaceSampler ss)
{
this.intersectionDevice = device;
// Sample buffer
var sampleBufferSize = lowLatency ? (this.SAMPLE_BUFFER_SIZE / 4) : this.SAMPLE_BUFFER_SIZE;
this.sampleBuffer = new SampleBuffer(sampleBufferSize);
this.width = sampler.Width;
this.height = sampler.Height;
var rayBufferSize = lowLatency ? (RayBuffer.RayBufferSize / 8) : RayBuffer.RayBufferSize;
this.sampler = sampler;
this._pathRayProcessors = new PathBufferBase[DeviceRenderBufferCount];
this.rayBuffers = new RayBuffer[DeviceRenderBufferCount];
this.pixelDevice = pixelDevice;
for (int i = 0; i < DeviceRenderBufferCount; i++)
{
this.rayBuffers[i] = new RayBuffer(rayBufferSize);
this.rayBuffers[i].UserData = this.threadIndex;
this._pathRayProcessors[i] = this.CreatePathBuffer(this.scene.MaxPaths, this.scene, pixelDevice, sampler, ss);
this._pathRayProcessors[i].ThreadId = this.threadIndex;
}
this.renderThread = null;
}
protected void Init(IIntersectionEngine device, bool lowLatency, ImageFilmBase pixelDevice, IPrimarySpaceSampler sampler,
SurfaceSampler ss)
{
intersectionDevice = device;
// Sample buffer
var sampleBufferSize = lowLatency ? (SAMPLE_BUFFER_SIZE / 4) : SAMPLE_BUFFER_SIZE;
sampleBuffer = new SampleBuffer(sampleBufferSize);
width = sampler.Width;
height = sampler.Height;
var rayBufferSize = lowLatency ? (RayBuffer.RayBufferSize / 8) : RayBuffer.RayBufferSize;
this.sampler = sampler;
_pathRayProcessors = new PathIntegrator[DeviceRenderBufferCount];
rayBuffers = new RayBuffer[DeviceRenderBufferCount];
for (int i = 0; i < DeviceRenderBufferCount; i++)
{
rayBuffers[i] = new RayBuffer(rayBufferSize);
rayBuffers[i].UserData = threadIndex;
_pathRayProcessors[i] = this.CreatePathBuffer(scene.MaxPaths, scene, pixelDevice, sampler, ss);
}
renderThread = null;
}
protected DeviceRenderThreadBase(int index,
IIntersectionEngine device,
RayEngineScene scn,
bool lowLatency,
IImageFilm pixelDevice,
ISampler sampler, SurfaceSampler ss)
: base(index, scn)
{
this.Init(device, lowLatency, pixelDevice, sampler, ss);
}
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);
}
public CorrectorRenderThread[] CreateThreads(int threadCount, IIntersectionEngine intersectionEngine, FrameManager fm)
{
var threads = new CorrectorRenderThread[threadCount];
for (int i = 0; i < threadCount; i++)
{
threads[i] = new CorrectorRenderThread(i, intersectionEngine, currentFrame.Scene, currentFrame.LowLatency, film, new GlobalSamplingContext()
{
BsdfSampler = this.BsdfSampler,
LightSampler = this.LightsourceSampler,
PrimarySpaceSampler = this.CreatePrimarySampler(currentFrame.Width, currentFrame.Height, i)
}, fm);
threads[i].SetSamples(this.Samples);
}
return threads;
}
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 PPMDeviceRenderThread(int index, IIntersectionEngine device, RayEngineScene scn, bool lowLatency, IImageFilm pixelDevice, ISampler sampler, SurfaceSampler ss, PPMContext ctx, IFrameManager frameManager)
: base(index, scn)
{
this.context = ctx;
Init(device, lowLatency, pixelDevice, sampler, ss);
}
