public void updateNonCameraSpecificUniforms(Material oceanMaterial)
{
m_manager.GetSkyNode().SetOceanUniforms(oceanMaterial);
if (underwaterMode)
{
m_manager.GetSkyNode().UpdatePostProcessMaterial(underwaterMaterial);
}
planetOpacity = 1f - m_manager.parentCelestialBody.pqsController.surfaceMaterial.GetFloat("_PlanetOpacity");
m_oceanMaterial.SetFloat("_PlanetOpacity", planetOpacity);
m_oceanMaterial.SetInt("_ZwriteVariable", (planetOpacity == 1) ? 1 : 0); //if planetOpacity!=1, ie fading out the sea, disable scattering on it and enable the projector scattering, for the projector scattering to work need to disable zwrite
}
public virtual void UpdateNode()
{
bool oceanDraw = !MapView.MapIsEnabled && !m_manager.m_skyNode.inScaledSpace && (planetOpacity > 0f);
foreach (MeshRenderer _mr in waterMeshRenderers)
{
_mr.enabled = oceanDraw;
}
isUnderwater = ((Scatterer.Instance.nearCamera.transform.position - m_manager.parentLocalTransform.position).magnitude - (float)m_manager.m_radius) < 0f;
underwaterProjector.projector.enabled = isUnderwater;
if (underwaterMode ^ isUnderwater)
{
toggleUnderwaterMode();
}
if (!ReferenceEquals(causticsShadowMaskModulator, null))
{
causticsShadowMaskModulator.isEnabled = oceanDraw && (m_manager.GetSkyNode().trueAlt < 6000f);
causticsShadowMaskModulator.UpdateCaustics();
}
}