public void ResolveShadows(LightArea Area, bool attenuateShadows, Texture mask = null)
{
RenderImage Result = Area.RenderTarget;
Texture MaskTexture = mask == null ? Area.Mask.Texture : mask;
Vector4f MaskProps = Vector4f.Zero;
Vector4f diffuseColor = Vector4f.One;
//Debug.DebugRendertarget(Area.RenderTarget);
ExecuteTechnique(Area.RenderTarget, distancesRT, "ComputeDistances");
//Debug.DebugRendertarget(distancesRT);
ExecuteTechnique(distancesRT, distortRT, "Distort");
//Debug.DebugRendertarget(distortRT);
// Working now
ApplyHorizontalReduction(distortRT, shadowMap);
//only DrawShadows needs these vars
resolveShadowsEffectTechnique["DrawShadows"].SetParameter("AttenuateShadows", attenuateShadows ? 0 : 1);
resolveShadowsEffectTechnique["DrawShadows"].SetParameter("MaskProps", MaskProps);
resolveShadowsEffectTechnique["DrawShadows"].SetParameter("DiffuseColor", diffuseColor);
var maskSize = MaskTexture.Size;
RenderImage MaskTarget = new RenderImage("MaskTarget", maskSize.X, maskSize.Y);
//Debug.DebugRendertarget(shadowMap, "ShadowMap");
ExecuteTechnique(MaskTarget, Result, "DrawShadows", shadowMap);
//Debug.DebugRendertarget(Result, "DrawShadowsResult");
resolveShadowsEffectTechnique["DrawShadows"].ResetCurrentShader();
}
public void SetRadius(int radius)
{
if (Radius != radius)
{
Radius = radius;
LightArea = new LightArea(RadiusToShadowMapSize(radius));
}
}
public void SetMask(string mask)
{
LightArea.SetMask(mask);
}
