public FPrecomputedVolumetricLightmapData(FArchive Ar)
{
Bounds = Ar.Read <FBox>();
IndirectionTextureDimensions = Ar.Read <FIntVector>();
IndirectionTexture = new FVolumetricLightmapDataLayer(Ar);
BrickSize = Ar.Read <int>();
BrickDataDimensions = Ar.Read <FIntVector>();
BrickData = new FVolumetricLightmapBrickLayer
{
AmbientVector = new FVolumetricLightmapDataLayer(Ar),
SHCoefficients = new FVolumetricLightmapDataLayer[6]
};
for (var i = 0; i < BrickData.SHCoefficients.Length; i++)
{
BrickData.SHCoefficients[i] = new FVolumetricLightmapDataLayer(Ar);
}
BrickData.SkyBentNormal = new FVolumetricLightmapDataLayer(Ar);
BrickData.DirectionalLightShadowing = new FVolumetricLightmapDataLayer(Ar);
if (FMobileObjectVersion.Get(Ar) >= FMobileObjectVersion.Type.LQVolumetricLightmapLayers)
{
BrickData.LQLightColor = new FVolumetricLightmapDataLayer(Ar);
BrickData.LQLightDirection = new FVolumetricLightmapDataLayer(Ar);
}
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.VolumetricLightmapStreaming)
{
SubLevelBrickPositions = Ar.ReadArray <FIntVector>();
IndirectionTextureOriginalValues = Ar.ReadArray <FColor>();
}
}
public FReflectionCaptureData(FAssetArchive Ar)
{
CubemapSize = Ar.Read <int>();
AverageBrightness = Ar.Read <float>();
if (FRenderingObjectVersion.Get(Ar) >= FRenderingObjectVersion.Type.StoreReflectionCaptureBrightnessForCooking)
{
Brightness = Ar.Read <float>();
}
FullHDRCapturedData = Ar.ReadArray <byte>(); // Can also be stripped, but still a byte[]
if (FMobileObjectVersion.Get(Ar) >= FMobileObjectVersion.Type.StoreReflectionCaptureCompressedMobile)
{
EncodedCaptureData = new FPackageIndex(Ar);
}
else
{
var _ = Ar.ReadArray <byte>();
}
}
