private void PrepareColorGrading(ColorGradingParameters colorGradingParams)
{
if (colorGradingParams.colorGradingMode == ColorGradingMode.Off)
{
return;
}
this.m_combinationMat.SetTexture("_ColorGradingLUT1", colorGradingParams.colorGradingTex1);
Vector2 vector = default(Vector2);
float num = 32f;
vector.x = 1024f;
vector.y = 32f;
float num2 = 1f / num;
Vector4 vector2 = default(Vector4);
vector2.x = 1f * num2 - 1f / vector.x;
vector2.y = 1f - 1f * num2;
vector2.z = num - 1f;
vector2.w = num;
Vector4 vector3 = default(Vector4);
vector3.x = 0.5f / vector.x;
vector3.y = 0.5f / vector.y;
vector3.z = 0f;
vector3.w = num2;
this.m_combinationMat.SetVector("_ColorGradingParams1", vector2);
this.m_combinationMat.SetVector("_ColorGradingParams2", vector3);
}
public PostProcessParameters()
{
glareParams = new GlareParameters();
lensDirtParams = new LensDirtParameters();
cameraParams = new CameraParameters();
DoFParams = new DepthOfFieldParameters();
colorGradingParams = new ColorGradingParameters();
preCalcValues = new PreCalcValues();
commonPostProcess = new CommonPostProcess();
}
public PostProcessParameters()
{
this.bloomParams = default(BloomParameters);
this.lensDirtParams = default(LensDirtParameters);
this.cameraParams = default(CameraParameters);
this.DoFParams = default(DepthOfFieldParameters);
this.colorGradingParams = default(ColorGradingParameters);
this.preCalcValues = default(PreCalcValues);
this.commonPostProcess = default(CommonPostProcess);
}
private void PrepareColorGrading(ColorGradingParameters colorGradingParams)
{
if (colorGradingParams.colorGradingMode == ColorGradingMode.Off) return;
m_combinationMat.SetTexture("_ColorGradingLUT1", colorGradingParams.colorGradingTex1);
ColorGrading.UploadColorGradingParams(m_combinationMat, colorGradingParams.colorGradingTex1.height);
if (colorGradingParams.colorGradingMode == ColorGradingMode.On) return;
m_combinationMat.SetTexture("_ColorGradingLUT2", colorGradingParams.colorGradingTex2);
m_combinationMat.SetFloat("_ColorGradingBlendFactor", colorGradingParams. colorGradingBlendFactor);
}
private void PrepareColorGrading(ColorGradingParameters colorGradingParams)
{
if (colorGradingParams.colorGradingMode == ColorGradingMode.Off)
{
return;
}
m_combinationMat.SetTexture("_ColorGradingLUT1", colorGradingParams.colorGradingTex1);
ColorGrading.UploadColorGradingParams(m_combinationMat, colorGradingParams.colorGradingTex1.height);
if (colorGradingParams.colorGradingMode == ColorGradingMode.On)
{
return;
}
m_combinationMat.SetTexture("_ColorGradingLUT2", colorGradingParams.colorGradingTex2);
m_combinationMat.SetFloat("_ColorGradingBlendFactor", colorGradingParams.colorGradingBlendFactor);
}
public PostProcessParameters()
{
glareParams = new GlareParameters();
lensDirtParams = new LensDirtParameters();
cameraParams = new CameraParameters();
DoFParams = new DepthOfFieldParameters();
colorGradingParams = new ColorGradingParameters();
preCalcValues = new PreCalcValues();
commonPostProcess = new CommonPostProcess();
}
