public void startRendering(Scene scene, Display display)
{
scene.prepareForRender();
m_imageSampler.setScene(scene);
m_imageSampler.startTracing(display);
}
public BucketWorker(Rectangle imgPlaneRect, Rectangle bucketRect, Display display, IPixelSampler pixelSampler, Scene scene, ManualResetEvent doneEvent)
{
_doneEvent = doneEvent;
m_pixelSampler = pixelSampler;
m_scene = scene;
m_imgPlaneRect = imgPlaneRect;
m_bucketRect = bucketRect;
m_bucketRect.Intersect(imgPlaneRect);
m_display = display;
}
public static RayContext startFromPixel(Ray startRay, int pixX, int pixY, Scene _scene, IIntegrator integrator)
{
RayContext newContext = new RayContext(startRay);
newContext.scene = _scene;
newContext.m_renderer = integrator;
newContext.m_rndContext = new RandomContext(2, 17 * pixX + 73 * pixY);
return newContext;
}
public void compileMeshToScene(Scene scene, Shader shader)
{
int faceID = 0;
for (int i = 0; i < numFaces * m_vertsPerFace; i += m_vertsPerFace) {
Triangle tri = new Triangle();
tri.v[0].set(v[ f[i+0] ]);
tri.v[1].set(v[ f[i+1] ]);
tri.v[2].set(v[ f[i+2] ]);
tri.tc[0].set(tc[i + 0]);
tri.tc[1].set(tc[i + 1]);
tri.tc[2].set(tc[i + 2]);
tri.vn[0].set(vn[i + 0]);
tri.vn[1].set(vn[i + 1]);
tri.vn[2].set(vn[i + 2]);
tri.shaderID = faceShaderIDs[faceID];
tri.setShader(shader);
scene.addPrimitive(tri);
faceID++;
}
}
public void setScene(Scene scene)
{
m_scene = scene;
}
public void setParams( Rectangle imageRect, Scene scene)
{
m_imageRect = imageRect;
m_scene = scene;
}
