public static Core.GasMaterial ToSAM(this EnergyWindowMaterialGas energyWindowMaterialGas)
{
if (energyWindowMaterialGas == null)
{
return(null);
}
DefaultGasType defaultGasType = Query.DefaultGasType(energyWindowMaterialGas.GasType);
Core.GasMaterial result = Create.GasMaterial(
energyWindowMaterialGas.Identifier,
energyWindowMaterialGas.GetType().Name,
energyWindowMaterialGas.DisplayName,
energyWindowMaterialGas.GasType.ToString(),
energyWindowMaterialGas.Thickness,
double.NaN,
energyWindowMaterialGas.UValue,
defaultGasType
);
return(result);
}
public static Core.GasMaterial ToSAM_GasMaterial(this EnergyMaterial energyMaterial)
{
if (energyMaterial == null)
{
return(null);
}
DefaultGasType defaultGasType = Analytical.Query.DefaultGasType(energyMaterial.Identifier, energyMaterial.DisplayName);
Core.GasMaterial result = Create.GasMaterial(
energyMaterial.Identifier,
energyMaterial.GetType().Name,
energyMaterial.DisplayName,
null,
energyMaterial.Thickness,
double.NaN,
energyMaterial.Thickness / energyMaterial.Conductivity,
defaultGasType
);
return(result);
}
public static GasType?ToLadybugTools(this DefaultGasType defaultGasType)
{
if (defaultGasType == DefaultGasType.Undefined)
{
return(null);
}
switch (defaultGasType)
{
case DefaultGasType.Air:
return(GasType.Air);
case DefaultGasType.Argon:
return(GasType.Argon);
case DefaultGasType.Krypton:
return(GasType.Krypton);
case DefaultGasType.Xenon:
return(GasType.Xenon);
}
return(null);
}
