protected virtual void CollectUnderOceanInfos(OceanCameraTask oceanCamera, OceanVolume ocean)
{
if (oceanCamera.EnableUnderOceanEffect)
{
if (ocean.EnableUnderOcean && ocean.UnderOceanData != null)
{
PreparedContents |= ocean.UnderOceanData.OnPreOceanRender(oceanCamera, ocean);
IsHasUnderOceanEffect = true;
return;
}
}
UnderOceanModeOptions.DisableUnderOceanEffectAll();
}
public virtual void OnPreOceanRender(OceanCameraTask oceanCamera)
{
SunLight = GetSunlight();
CollectOceanInfos(oceanCamera);
OceanVolume ocean;
if (OceanVolume.TryGet(oceanCamera, out ocean))
{
Height = ocean.Height;
Normal = ocean.Normal;
CollectUnderOceanInfos(oceanCamera, ocean);
}
else
{
Height = 0;
Normal = Vector3.up;
UnderOceanModeOptions.DisableUnderOceanEffectAll();
}
Shader.SetGlobalFloat(OceanShaderOptions.TimeShaderID, OceanTime);
if ((PreparedContents & PreparedContent.SunLight) != 0 && SunLight != null)
{
Vector4 pos = SunLight.transform.eulerAngles;
pos.w = Vector3.Dot(new Vector3(0, -1, 0), SunLight.transform.forward);
Shader.SetGlobalVector(OceanShaderOptions.SunLightShaderID, pos);
Shader.SetGlobalColor(OceanShaderOptions.SunLightColorShaderID, SunLight.color);
}
if ((PreparedContents & PreparedContent.Ripple) != 0)
{
RippleSystem.Current.SetValueToShader(oceanCamera, new CameraTaskRippleData()
{
OceanHeight = Height
});
}
FoamShpereSystem.Current.SetValueToShader(oceanCamera, FoamData, PreparedContents);
FoamAreaSystem.Current.SetValueToShader(oceanCamera, PreparedContents);
}