private void SetFloat(string themeID, AtmosphereFloat.FloatName name)
{
switch (name)
{
case AtmosphereFloat.FloatName.Longitude:
Longitude = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.Latitude:
Latitude = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.SunSize:
SunSize = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.SunAnisotropy:
SunAnisotropy = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.MoonSize:
MoonSize = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.Rayleigh:
Rayleigh = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.Mie:
Mie = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.Exposure:
Exposure = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.StarsIntensity:
StarsIntensity = new AtmosphereFloat(themeID, name);
break;
case AtmosphereFloat.FloatName.OuterSpaceIntensity:
OuterSpaceIntensity = new AtmosphereFloat(themeID, name);
break;
}
}
private bool LoadFloat(AtmosphereFloat.FloatName name)
{
switch (name)
{
case AtmosphereFloat.FloatName.Longitude:
return(Longitude.Load());
case AtmosphereFloat.FloatName.Latitude:
return(Latitude.Load());
case AtmosphereFloat.FloatName.SunSize:
return(SunSize.Load());
case AtmosphereFloat.FloatName.SunAnisotropy:
return(SunAnisotropy.Load());
case AtmosphereFloat.FloatName.MoonSize:
return(MoonSize.Load());
case AtmosphereFloat.FloatName.Rayleigh:
return(Rayleigh.Load());
case AtmosphereFloat.FloatName.Mie:
return(Mie.Load());
case AtmosphereFloat.FloatName.Exposure:
return(Exposure.Load());
case AtmosphereFloat.FloatName.StarsIntensity:
return(StarsIntensity.Load());
case AtmosphereFloat.FloatName.OuterSpaceIntensity:
return(OuterSpaceIntensity.Load());
default: return(false);
}
}