public static HoneybeeSchema.Energy.IMaterial ToLadybugTools(this Core.IMaterial material, double thickness, bool windowMaterial = false)
{
if (material == null)
{
return(null);
}
if (windowMaterial && material is Core.GasMaterial)
{
if (material is Core.GasMaterial)
{
return(ToLadybugTools_EnergyWindowMaterialGas((Core.GasMaterial)material, thickness));
}
if (material is Core.TransparentMaterial)
{
return(ToLadybugTools((Core.TransparentMaterial)material, thickness));
}
}
if (material is Core.GasMaterial)
{
return(ToLadybugTools((Core.GasMaterial)material));
}
if (material is Core.OpaqueMaterial)
{
return(ToLadybugTools((Core.OpaqueMaterial)material, thickness));
}
return(null);
}
public static Core.MaterialLibrary ToSAM_MaterialLibrary(this TBD.Building building)
{
List <TBD.Construction> constructions = building?.Constructions();
if (constructions == null)
{
return(null);
}
Core.MaterialLibrary result = new Core.MaterialLibrary(building.name);
foreach (TBD.Construction construction in constructions)
{
if (construction == null)
{
continue;
}
List <TBD.material> materials_TBD = construction.Materials();
if (materials_TBD == null || materials_TBD.Count == 0)
{
continue;
}
foreach (TBD.material material_TBD in materials_TBD)
{
if (material_TBD == null)
{
continue;
}
if (result.GetMaterial(material_TBD.name) != null)
{
continue;
}
Core.IMaterial material = material_TBD.ToSAM();
if (material == null)
{
continue;
}
result.Add(material);
}
}
return(result);
}
public static Core.IMaterial ToSAM(this TBD.material material)
{
if (material == null)
{
return(null);
}
Core.IMaterial result = null;
switch ((TBD.MaterialTypes)material.type)
{
case TBD.MaterialTypes.tcdGasLayer:
result = Analytical.Create.GasMaterial(
material.name,
string.Empty,
material.name,
material.description,
material.width,
material.vapourDiffusionFactor,
double.NaN);
break;
case TBD.MaterialTypes.tcdOpaqueLayer:
result = Analytical.Create.OpaqueMaterial(
material.name,
string.Empty,
material.name,
material.description,
material.conductivity,
material.specificHeat,
material.density,
material.width,
material.vapourDiffusionFactor,
material.externalSolarReflectance,
material.internalSolarReflectance,
material.externalLightReflectance,
material.externalLightReflectance,
material.externalEmissivity,
material.internalEmissivity,
false);
break;
case TBD.MaterialTypes.tcdOpaqueMaterial:
result = Analytical.Create.OpaqueMaterial(
material.name,
string.Empty,
material.name,
material.description,
material.conductivity,
material.specificHeat,
material.density,
material.width,
material.vapourDiffusionFactor,
material.externalSolarReflectance,
material.internalSolarReflectance,
material.externalLightReflectance,
material.externalLightReflectance,
material.externalEmissivity,
material.internalEmissivity,
false);
break;
case TBD.MaterialTypes.tcdTransparentLayer:
result = Analytical.Create.TransparentMaterial(
material.name,
string.Empty,
material.name,
material.description,
material.conductivity,
material.width,
material.vapourDiffusionFactor,
material.solarTransmittance,
material.lightTransmittance,
material.externalSolarReflectance,
material.internalSolarReflectance,
material.externalLightReflectance,
material.internalLightReflectance,
material.externalEmissivity,
material.internalEmissivity,
material.isBlind == 1);
break;
}
return(result);
}