protected override void ParseMessage(IncomingMessage inMessage)
{
color = inMessage.ReadColor();
}
protected override void ParseMessage(IncomingMessage inMessage)
{
base.ParseMessage(inMessage);
lightType = (LightNodeType)inMessage.ReadInt32();
name = inMessage.ReadString();
diffuse = inMessage.ReadColor();
specular = inMessage.ReadColor();
attenuationRange = inMessage.ReadSingle();
attenuationConstant = inMessage.ReadSingle();
attenuationLinear = inMessage.ReadSingle();
attenuationQuadratic = inMessage.ReadSingle();
switch (lightType) {
case LightNodeType.Point:
location = inMessage.ReadIntVector();
break;
case LightNodeType.Directional:
orientation = inMessage.ReadQuaternion();
break;
case LightNodeType.Spotlight:
location = inMessage.ReadIntVector();
orientation = inMessage.ReadQuaternion();
spotlightInnerAngle = inMessage.ReadSingle();
spotlightOuterAngle = inMessage.ReadSingle();
spotlightFalloff = inMessage.ReadSingle();
break;
default:
throw new Exception("Invalid light node type: " + lightType);
}
}
protected override void ParseMessage(IncomingMessage inMessage)
{
base.ParseMessage(inMessage);
slotName = inMessage.ReadString();
effectName = inMessage.ReadString();
orientation = inMessage.ReadQuaternion();
velocityMultiplier = inMessage.ReadSingle();
particleSizeMultiplier = inMessage.ReadSingle();
particleBooleans = inMessage.ReadByte();
if (GetFlag(Flags.HasColor))
color = inMessage.ReadColor();
}
protected override void ParseMessage(IncomingMessage inMessage)
{
fogColor = inMessage.ReadColor();
fogStart = inMessage.ReadInt32();
fogEnd = inMessage.ReadInt32();
}
