private void SetupPointLight(int index, int visibleIndex, ref VisibleLight visibleLight)
{
otherLightColors[index] = visibleLight.finalColor;
Vector4 position = visibleLight.localToWorldMatrix.GetColumn(3);
position.w = 1f / Mathf.Max(visibleLight.range * visibleLight.range, 0.00001f);
otherLightPositions[index] = position;
otherLightSpotAngles[index] = new Vector4(0f, 1f);
otherLightShadowDatas[index] = shadows.ReserveOtherShadows(visibleLight.light, visibleIndex);
}
private void SetupPointLight(int index, int visibleIndex, ref VisibleLight visibleLight, Light light)
{
otherLightColors[index] = visibleLight.finalColor;
Vector4 position = visibleLight.localToWorldMatrix.GetColumn(3);
position.w = 1f / Mathf.Max(visibleLight.range * visibleLight.range, 0.00001f);
otherLightPositions[index] = position;
otherLightSpotAngles[index] = new Vector4(0f, 1f);
Vector4 dirAndMask = Vector4.zero;
dirAndMask.w = light.renderingLayerMask.ReinterpretAsFloat();
otherLightDirectionsAndMasks[index] = dirAndMask;
otherLightShadowData[index] = shadows.ReserveOtherShadows(light, visibleIndex);
}
void SetupPointLight(int index, int visibleIndex, ref VisibleLight visibleLight, Light light)
{
otherLightColors[index] = visibleLight.finalColor;
Vector4 position = visibleLight.localToWorldMatrix.GetColumn(3);
position.w = 1 / Mathf.Max(visibleLight.range * visibleLight.range, 0.000001f);
otherLightPositions[index] = position;
//dummy a and b for spot angle attenuation to make sure point light have no angle att
otherLightSpotAngles[index] = new Vector4(0.0f, 1.0f);
//need to assign dummy direction for modification of rendering mask
Vector4 dirAndmask = Vector4.zero;
dirAndmask.w = light.renderingLayerMask.ReinterpretAsFloat();
otherLightDirectionsAndMasks[index] = dirAndmask;
//Light light = visibleLight.light;
otherLightShadowData[index] = shadows.ReserveOtherShadows(light, visibleIndex);
}
