private void GenerateSpheres()
{
Scene.Spheres.Clear();
var sphereCount = Rand.Range(SphereCountMinMax);
for (var i = 0; i < sphereCount; i++)
{
var sphere = new SceneSphere {
MaterialIndex = (uint)Rand.Range(Scene.Materials.Count),
Radius = Rand.Range(SphereRadiusMinMax),
Position = Rand.InsideUnitCircleVec3 * SpherePositionRadius + Vector3.up * Rand.Float * SpherePositionHeight
};
Scene.Spheres.Add(sphere);
}
if (sphereComputeBuffer != null)
{
sphereComputeBuffer.Release();
}
MakeBuffer(ref sphereComputeBuffer, sphereCount, Scene.Spheres[0].Stride, Scene.Spheres.ToArray());
}
public IRadianceEvaluation Emit(ref SceneSphere aSceneSphere, float dirU, float dirV, float posU, float posV, out Point oPosition, out LightSample lightSample)
{
throw new NotImplementedException();
}
public IRadianceEvaluation Illuminate(ref SceneSphere aSceneSphere, ref Point position, float u, float v, out LightSample lightSample)
{
throw new NotImplementedException();
}
public abstract IRadianceEvaluation Emit(ref SceneSphere aSceneSphere, float dirU, float dirV, float posU,
float posV, out Point oPosition, out LightSample lightSample);
public abstract IRadianceEvaluation Illuminate(ref SceneSphere aSceneSphere, ref Point position, float u, float v,
out LightSample lightSample);
