Vector3 ToRgb(LightColor colorType, ref LightDataEntry e)
{
var ret = new Vector3();
switch (colorType)
{
case LightColor.Ambient:
ToRgb(e.globalAmbient, ref ret);
break;
case LightColor.Diffuse:
ToRgb(e.globalDiffuse, ref ret);
break;
case LightColor.Top:
ToRgb(e.skyColor0, ref ret);
break;
case LightColor.Middle:
ToRgb(e.skyColor1, ref ret);
break;
case LightColor.MiddleLower:
ToRgb(e.skyColor2, ref ret);
break;
case LightColor.Lower:
ToRgb(e.skyColor3, ref ret);
break;
case LightColor.Horizon:
ToRgb(e.skyColor4, ref ret);
break;
case LightColor.Fog:
ToRgb(e.fogColor, ref ret);
break;
case LightColor.Sun:
ToRgb(e.sunColor, ref ret);
break;
case LightColor.Halo:
ToRgb(e.haloColor, ref ret);
break;
case LightColor.Cloud:
ToRgb(e.cloudColor, ref ret);
break;
default:
throw new ArgumentException("Invalid light type");
}
return(ret);
}
float ToFloat(LightFloat type, ref LightDataEntry e)
{
switch (type)
{
case LightFloat.FogDensity:
return(e.fogDensity);
case LightFloat.FogEnd:
return(e.fogEnd);
case LightFloat.FogScale:
return(e.fogScaler);
default:
throw new ArgumentException("Light type not supported yet or invalid");
}
}
float ToFloat(LightFloat type, ref LightDataEntry e)
{
switch(type)
{
case LightFloat.FogDensity:
return e.fogDensity;
case LightFloat.FogEnd:
return e.fogEnd;
case LightFloat.FogScale:
return e.fogScaler;
default:
throw new ArgumentException("Light type not supported yet or invalid");
}
}
Vector3 ToRgb(LightColor colorType, ref LightDataEntry e)
{
var ret = new Vector3();
switch(colorType)
{
case LightColor.Ambient:
ToRgb(e.globalAmbient, ref ret);
break;
case LightColor.Diffuse:
ToRgb(e.globalDiffuse, ref ret);
break;
case LightColor.Top:
ToRgb(e.skyColor0, ref ret);
break;
case LightColor.Middle:
ToRgb(e.skyColor1, ref ret);
break;
case LightColor.MiddleLower:
ToRgb(e.skyColor2, ref ret);
break;
case LightColor.Lower:
ToRgb(e.skyColor3, ref ret);
break;
case LightColor.Horizon:
ToRgb(e.skyColor4, ref ret);
break;
case LightColor.Fog:
ToRgb(e.fogColor, ref ret);
break;
case LightColor.Sun:
ToRgb(e.sunColor, ref ret);
break;
case LightColor.Halo:
ToRgb(e.haloColor, ref ret);
break;
case LightColor.Cloud:
ToRgb(e.cloudColor, ref ret);
break;
default:
throw new ArgumentException("Invalid light type");
}
return ret;
}
public void AddDataEntry(ref LightDataEntry e)
{
mDataEntries.Add(e);
}
public void AddDataEntry(ref LightDataEntry e)
{
mDataEntries.Add(e);
}
