public override void SetShaderUserParameters(RenderTexture source)
{
base.SetShaderUserParameters(source);
UserShader.SetTexture(0, "_ImageInput", source); // this is the surrounding unity scene
UserShader.SetFloat("_Power", power);
UserShader.SetFloat("_Epsilon", (epsilon / 5000.0f));
UserShader.SetFloat("_MaxDistance", maxDistance);
UserShader.SetFloat("_MaxSteps", maxSteps);
UserShader.SetFloat("_Rim", rimLight);
UserShader.SetVector("_LightDirection", sceneLight.transform.forward);
}
public override void SetShaderUserParameters(RenderTexture source)
{
base.SetShaderUserParameters(source);
// UserShader.SetTexture(0, "_ImageInput", source); // this is the surrounding unity scene
UserShader.SetInt("_SceneMode", SceneMode);
UserShader.SetFloat("_SurfaceThreshold", surfaceThreshold);
UserShader.SetFloat("_ColorModifier", colorModifier);
float[] fa = { objectAPosition.position.x, objectAPosition.position.y, objectAPosition.position.z };
UserShader.SetFloats("_APosition", fa);
float[] fb = { objectBPosition.position.x, objectBPosition.position.y, objectBPosition.position.z };
UserShader.SetFloats("_BPosition", fb);
float[] sa = { AScale, AScale, AScale };
UserShader.SetFloats("_AScale", sa);
float[] sb = { BScale, BScale, BScale };
UserShader.SetFloats("_BScale", sb);
//UserShader.SetVector("_LightDirection", sceneLight.transform.forward);
}
