public bool CalThermalValues(ModelEnergyProperties libSource)
{
var mats = new List <Energy.IMaterial>();
foreach (var id in this.Materials)
{
var mat = libSource.MaterialList?.FirstOrDefault(m => m.Identifier == id);
if (mat == null)
{
throw new ArgumentException($"Failed to find the {id} in the library source");
}
mats.Add(mat);
}
// R value, R factor
ConstrucitonThermalCalculator.CalWindowValues(mats, out var rv, out var rf, out var solarT, out var shgc, out var vt);
this.RValue = rv;
this.RFactor = rf;
// U value
this.UValue = 1 / this.RValue;
this.UFactor = 1 / this.RFactor;
this.SHGC = shgc;
this.SolarTransmittance = solarT;
this.VisibleTransmittance = vt;
return(true);
}
public bool CalThermalValues(ModelEnergyProperties libSource = default)
{
// R value, R factor
var mats = this.Materials.OfType <Energy.IMaterial>().ToList();
ConstrucitonThermalCalculator.CalWindowValues(mats, out var rv, out var rf, out var solarT, out var shgc, out var vt);
this.RValue = rv;
this.RFactor = rf;
// U value
this.UValue = 1 / this.RValue;
this.UFactor = 1 / this.RFactor;
this.SHGC = shgc;
this.SolarTransmittance = solarT;
this.VisibleTransmittance = vt;
return(true);
}