public override void Process(SceneReaderContext context)
{
context.VerifyOptions("WorldBegin");
context.CurrentState = SceneReaderState.WorldBlock;
for (var i = 0; i < TransformSet.MaxTransforms; i++)
context.CurrentTransform[i] = new Transform();
context.ActiveTransformBits = TransformSet.AllTransformsBits;
context.NamedCoordinateSystems["world"] = context.CurrentTransform;
}
public override void Process(SceneReaderContext context)
{
context.VerifyOptions("WorldBegin");
context.CurrentState = SceneReaderState.WorldBlock;
for (var i = 0; i < TransformSet.MaxTransforms; i++)
{
context.CurrentTransform[i] = new Transform();
}
context.ActiveTransformBits = TransformSet.AllTransformsBits;
context.NamedCoordinateSystems["world"] = context.CurrentTransform;
}
public override void Process(SceneReaderContext context)
{
context.VerifyOptions("TransformTimes");
context.RenderOptions.TransformStartTime = Start;
context.RenderOptions.TransformEndTime = End;
}
public override void Process(SceneReaderContext context)
{
context.VerifyOptions("TransformTimes");
context.RenderOptions.TransformStartTime = Start;
context.RenderOptions.TransformEndTime = End;
}
public override void Process(SceneReaderContext context)
{
switch (DirectiveType)
{
case StandardDirectiveType.Accelerator:
context.VerifyOptions("Accelerator");
context.RenderOptions.AcceleratorName = ImplementationType;
context.RenderOptions.AcceleratorParams = Parameters;
break;
case StandardDirectiveType.AreaLightSource:
context.VerifyWorld("AreaLightSource");
context.GraphicsState.AreaLight = ImplementationType;
context.GraphicsState.AreaLightParams = Parameters;
break;
case StandardDirectiveType.Camera:
context.VerifyOptions("Camera");
context.RenderOptions.CameraName = ImplementationType;
context.RenderOptions.CameraParams = Parameters;
context.RenderOptions.CameraToWorld = TransformSet.Invert(context.CurrentTransform);
context.NamedCoordinateSystems["camera"] = context.RenderOptions.CameraToWorld;
break;
case StandardDirectiveType.Film:
context.VerifyOptions("Film");
context.RenderOptions.FilmName = ImplementationType;
context.RenderOptions.FilmParams = Parameters;
break;
case StandardDirectiveType.LightSource:
context.VerifyWorld("LightSource");
context.RenderOptions.Lights.Add(Factories.MakeLight(
ImplementationType, context.CurrentTransform[0], Parameters));
break;
case StandardDirectiveType.Material:
context.VerifyWorld("Material");
context.GraphicsState.Material = ImplementationType;
context.GraphicsState.MaterialParams = Parameters;
context.GraphicsState.CurrentNamedMaterial = "";
break;
case StandardDirectiveType.PixelFilter:
context.VerifyOptions("PixelFilter");
context.RenderOptions.FilterName = ImplementationType;
context.RenderOptions.FilterParams = Parameters;
break;
case StandardDirectiveType.Renderer:
context.VerifyOptions("Renderer");
context.RenderOptions.RendererName = ImplementationType;
context.RenderOptions.RendererParams = Parameters;
break;
case StandardDirectiveType.Sampler:
context.VerifyOptions("Sampler");
context.RenderOptions.SamplerName = ImplementationType;
context.RenderOptions.SamplerParams = Parameters;
break;
case StandardDirectiveType.Shape:
context.VerifyWorld("Shape");
ProcessShape(context);
break;
case StandardDirectiveType.SurfaceIntegrator:
context.VerifyOptions("SurfaceIntegrator");
context.RenderOptions.SurfaceIntegratorName = ImplementationType;
context.RenderOptions.SurfaceIntegratorParams = Parameters;
break;
case StandardDirectiveType.Volume:
context.VerifyWorld("Volume");
context.RenderOptions.VolumeRegions.Add(Factories.MakeVolumeRegion(
ImplementationType, context.CurrentTransform[0], Parameters));
break;
case StandardDirectiveType.VolumeIntegrator:
context.VerifyOptions("VolumeIntegrator");
context.RenderOptions.VolumeIntegratorName = ImplementationType;
context.RenderOptions.VolumeIntegratorParams = Parameters;
break;
default:
throw new ArgumentOutOfRangeException();
}
}
public override void Process(SceneReaderContext context)
{
switch (DirectiveType)
{
case StandardDirectiveType.Accelerator:
context.VerifyOptions("Accelerator");
context.RenderOptions.AcceleratorName = ImplementationType;
context.RenderOptions.AcceleratorParams = Parameters;
break;
case StandardDirectiveType.AreaLightSource:
context.VerifyWorld("AreaLightSource");
context.GraphicsState.AreaLight = ImplementationType;
context.GraphicsState.AreaLightParams = Parameters;
break;
case StandardDirectiveType.Camera:
context.VerifyOptions("Camera");
context.RenderOptions.CameraName = ImplementationType;
context.RenderOptions.CameraParams = Parameters;
context.RenderOptions.CameraToWorld = TransformSet.Invert(context.CurrentTransform);
context.NamedCoordinateSystems["camera"] = context.RenderOptions.CameraToWorld;
break;
case StandardDirectiveType.Film:
context.VerifyOptions("Film");
context.RenderOptions.FilmName = ImplementationType;
context.RenderOptions.FilmParams = Parameters;
break;
case StandardDirectiveType.LightSource:
context.VerifyWorld("LightSource");
context.RenderOptions.Lights.Add(Factories.MakeLight(
ImplementationType, context.CurrentTransform[0], Parameters));
break;
case StandardDirectiveType.Material:
context.VerifyWorld("Material");
context.GraphicsState.Material = ImplementationType;
context.GraphicsState.MaterialParams = Parameters;
context.GraphicsState.CurrentNamedMaterial = "";
break;
case StandardDirectiveType.PixelFilter:
context.VerifyOptions("PixelFilter");
context.RenderOptions.FilterName = ImplementationType;
context.RenderOptions.FilterParams = Parameters;
break;
case StandardDirectiveType.Renderer:
context.VerifyOptions("Renderer");
context.RenderOptions.RendererName = ImplementationType;
context.RenderOptions.RendererParams = Parameters;
break;
case StandardDirectiveType.Sampler:
context.VerifyOptions("Sampler");
context.RenderOptions.SamplerName = ImplementationType;
context.RenderOptions.SamplerParams = Parameters;
break;
case StandardDirectiveType.Shape:
context.VerifyWorld("Shape");
ProcessShape(context);
break;
case StandardDirectiveType.SurfaceIntegrator:
context.VerifyOptions("SurfaceIntegrator");
context.RenderOptions.SurfaceIntegratorName = ImplementationType;
context.RenderOptions.SurfaceIntegratorParams = Parameters;
break;
case StandardDirectiveType.Volume:
context.VerifyWorld("Volume");
context.RenderOptions.VolumeRegions.Add(Factories.MakeVolumeRegion(
ImplementationType, context.CurrentTransform[0], Parameters));
break;
case StandardDirectiveType.VolumeIntegrator:
context.VerifyOptions("VolumeIntegrator");
context.RenderOptions.VolumeIntegratorName = ImplementationType;
context.RenderOptions.VolumeIntegratorParams = Parameters;
break;
default:
throw new ArgumentOutOfRangeException();
}
}