public bool Equals(MapColorArgb other)
{
return(A == other.A &&
R == other.R &&
G == other.G &&
B == other.B);
}
internal static GlobalLighting Parse(BinaryReader reader, MapParseContext context)
{
return(ParseAsset(reader, context, version =>
{
var time = reader.ReadUInt32AsEnum <TimeOfDay>();
var lightingConfigurations = new Dictionary <TimeOfDay, GlobalLightingConfiguration>();
for (var i = 0; i < TimeOfDayValues.Length; i++)
{
lightingConfigurations[TimeOfDayValues[i]] = GlobalLightingConfiguration.Parse(reader, version);
}
var shadowColor = MapColorArgb.Parse(reader);
// TODO: BFME. Overbright? Bloom?
byte[] unknown = null;
if (version >= 7 && version < 11)
{
unknown = reader.ReadBytes(version >= 9 ? 4 : 44);
}
Vector3?unknown2 = null;
MapColorArgb?unknown3 = null;
if (version >= 12)
{
unknown2 = reader.ReadVector3();
unknown3 = MapColorArgb.Parse(reader);
}
ColorRgbF?noCloudFactor = null;
if (version >= 8)
{
noCloudFactor = reader.ReadColorRgbF();
}
return new GlobalLighting
{
Time = time,
LightingConfigurations = lightingConfigurations,
ShadowColor = shadowColor,
Unknown = unknown,
Unknown2 = unknown2,
Unknown3 = unknown3,
NoCloudFactor = noCloudFactor
};
}));
}
internal static GlobalLighting Parse(BinaryReader reader, MapParseContext context)
{
return(ParseAsset(reader, context, version =>
{
var time = reader.ReadUInt32AsEnum <TimeOfDay>();
var lightingConfigurations = new Dictionary <TimeOfDay, GlobalLightingConfiguration>();
for (var i = 0; i < TimeOfDayValues.Length; i++)
{
lightingConfigurations[TimeOfDayValues[i]] = GlobalLightingConfiguration.Parse(reader);
}
var shadowColor = MapColorArgb.Parse(reader);
return new GlobalLighting
{
Time = time,
LightingConfigurations = lightingConfigurations,
ShadowColor = shadowColor
};
}));
}
