public static global::OpenStudio.Model CreateModel(List <List <BHE.Panel> > panelsAsSpaces, global::OpenStudio.Model modelReference)
{
List <BHC.Construction> uniqueConstructions = panelsAsSpaces.UniqueConstructions();
//Create a curtain wall construction
BHC.Construction curtainWallConstruction = new BHC.Construction();
curtainWallConstruction.Name = "Curtain Wall Construction Replacement";
BHC.Layer curtainWallLayer = new BHC.Layer();
curtainWallLayer.Thickness = 0.1;
BHM.Material curtainWallMaterial = new BHM.Material();
curtainWallMaterial.Name = "Curtain Wall Construction Replacement";
BHEM.SolidMaterial curtainWallMaterialProperties = new BHEM.SolidMaterial();
curtainWallMaterialProperties.Roughness = BHEM.Roughness.VerySmooth;
curtainWallMaterialProperties.SpecificHeat = 101;
curtainWallMaterialProperties.Conductivity = 0.1;
curtainWallMaterialProperties.EmissivityExternal = 0.1;
curtainWallMaterialProperties.SolarReflectanceExternal = 0.1;
curtainWallMaterialProperties.LightReflectanceExternal = 0.1;
curtainWallMaterialProperties.Density = 0.1;
curtainWallMaterial.Properties.Add(curtainWallMaterialProperties);
curtainWallLayer.Material = curtainWallMaterial;
curtainWallConstruction.Layers.Add(curtainWallLayer);
Dictionary <string, Construction> osmConstructions = new Dictionary <string, Construction>();
foreach (BHC.Construction c in uniqueConstructions)
{
osmConstructions.Add(c.UniqueConstructionName(), c.ToOSM(modelReference));
}
osmConstructions.Add("CurtainWallReplacementConstruction", curtainWallConstruction.ToOSM(modelReference));
foreach (List <BHE.Panel> space in panelsAsSpaces)
{
ThermalZone osmZone = new ThermalZone(modelReference);
Space osmSpace = new Space(modelReference);
osmSpace.setThermalZone(osmZone);
foreach (BHE.Panel be in space)
{
string conName = be.Construction.UniqueConstructionName();
//be.ToOSM(modelReference, osmSpace, (conName == "" ? null : osmConstructions[conName]));
Surface host = be.ToOSM(modelReference, osmSpace, osmConstructions, be.OutsideBoundaryCondition(be.AdjacentSpaces(panelsAsSpaces)));
foreach (BHE.Opening o in be.Openings)
{
conName = o.OpeningConstruction.UniqueConstructionName();
o.ToOSM(host, (conName == "" ? null : osmConstructions[conName]), modelReference);
}
}
}
return(modelReference);
}
public static BHX.Glaze ToGBXGlazed(this BHC.Layer layer)
{
if (layer == null || layer.Material == null)
{
return(null);
}
SolidMaterial transparentProperties = layer.FindMaterial <SolidMaterial>(typeof(SolidMaterial));
if (transparentProperties == null)
{
return(null);
}
BHX.Glaze glaze = new BHX.Glaze();
glaze.ID = "glaze-" + layer.Material.Name.Replace(" ", "-").Replace(",", "") + layer.Material.BHoM_Guid.ToString().Substring(0, 5);
glaze.Name = layer.Material.Name;
glaze.Thickness.Value = Math.Round(layer.Thickness, 4).ToString();
glaze.Conductivity.Value = transparentProperties.Conductivity.ToString();
glaze.SolarTransmittance = new BHX.Transmittance {
Value = Math.Round(transparentProperties.SolarTransmittance, 3).ToString(), Type = "Solar"
};
List <BHX.Reflectance> solarReflectance = new List <BHX.Reflectance>();
solarReflectance.Add(new BHX.Reflectance {
Value = Math.Round(transparentProperties.SolarReflectanceExternal, 3).ToString(), Type = "ExtSolar"
});
solarReflectance.Add(new BHX.Reflectance {
Value = Math.Round(transparentProperties.SolarReflectanceInternal, 3).ToString(), Type = "IntSolar"
});
glaze.SolarReflectance = solarReflectance.ToArray();
glaze.LightTransmittance = new BHX.Transmittance {
Value = Math.Round(transparentProperties.LightTransmittance, 3).ToString(), Type = "Visible"
};
List <BHX.Reflectance> lightReflectance = new List <BHX.Reflectance>();
lightReflectance.Add(new BHX.Reflectance {
Value = Math.Round(transparentProperties.LightReflectanceExternal, 3).ToString(), Type = "ExtVisible"
});
lightReflectance.Add(new BHX.Reflectance {
Value = Math.Round(transparentProperties.LightReflectanceInternal, 3).ToString(), Type = "IntVisible"
});
glaze.LightReflectance = lightReflectance.ToArray();
List <BHX.Emittance> emittance = new List <BHX.Emittance>();
emittance.Add(new BHX.Emittance {
Value = Math.Round(transparentProperties.EmissivityExternal, 3).ToString(), Type = "ExtIR"
});
emittance.Add(new BHX.Emittance {
Value = Math.Round(transparentProperties.EmissivityInternal, 3).ToString(), Type = "IntIR"
});
glaze.Emittance = emittance.ToArray();
return(glaze);
}
public static TBD.material ToTAS(this BHPMC.Layer layer, TBD.material tbdMaterial)
{
if (layer == null)
{
return(tbdMaterial);
}
if (layer.Material != null)
{
tbdMaterial.name = layer.Material.Name;
}
tbdMaterial.width = (float)layer.Thickness;
tbdMaterial.type = (int)layer.Material.ToTASType();
BHM.IEnvironmentMaterial envMat = layer.Material.Properties.Where(x => x.GetType() == typeof(BHM.IEnvironmentMaterial)).FirstOrDefault() as BHM.IEnvironmentMaterial;
if (envMat != null)
{
switch ((TBD.MaterialTypes)tbdMaterial.type)
{
case TBD.MaterialTypes.tcdGasLayer:
tbdMaterial.convectionCoefficient = (float)((BHM.GasMaterial)envMat).ConvectionCoefficient;
tbdMaterial.vapourDiffusionFactor = (float)(((BHM.GasMaterial)envMat).VapourResistivity / 5 / layer.Thickness); //Vapour Resistivity / 5GN·s/kg·m / material thickness
tbdMaterial.description = ((BHM.GasMaterial)envMat).Description;
break;
case TBD.MaterialTypes.tcdOpaqueLayer: //Thickness not showing
tbdMaterial.conductivity = (float)((BHM.SolidMaterial)envMat).Conductivity;
tbdMaterial.specificHeat = (float)((BHM.SolidMaterial)envMat).SpecificHeat;
tbdMaterial.density = (float)((BHM.SolidMaterial)envMat).Density;
tbdMaterial.vapourDiffusionFactor = (float)(((BHM.SolidMaterial)envMat).VapourResistivity / 5 / layer.Thickness); //Vapour Resistivity / 5GN·s/kg·m / material thickness
tbdMaterial.externalSolarReflectance = (float)((BHM.SolidMaterial)envMat).SolarReflectanceExternal;
tbdMaterial.internalSolarReflectance = (float)((BHM.SolidMaterial)envMat).SolarReflectanceInternal;
tbdMaterial.externalLightReflectance = (float)((BHM.SolidMaterial)envMat).LightReflectanceExternal;
tbdMaterial.internalLightReflectance = (float)((BHM.SolidMaterial)envMat).LightReflectanceInternal;
tbdMaterial.externalEmissivity = (float)((BHM.SolidMaterial)envMat).EmissivityExternal;
tbdMaterial.internalEmissivity = (float)((BHM.SolidMaterial)envMat).EmissivityInternal;
tbdMaterial.description = ((BHM.SolidMaterial)envMat).Description;
break;
case TBD.MaterialTypes.tcdTransparentLayer:
tbdMaterial.conductivity = (float)((BHM.SolidMaterial)envMat).Conductivity;
tbdMaterial.vapourDiffusionFactor = (float)(((BHM.SolidMaterial)envMat).VapourResistivity / 5 / layer.Thickness); //Vapour Resistivity / 5GN·s/kg·m / material thickness
tbdMaterial.solarTransmittance = (float)((BHM.SolidMaterial)envMat).SolarTransmittance;
tbdMaterial.externalSolarReflectance = (float)((BHM.SolidMaterial)envMat).SolarReflectanceExternal;
tbdMaterial.internalSolarReflectance = (float)((BHM.SolidMaterial)envMat).SolarReflectanceInternal;
tbdMaterial.lightTransmittance = (float)((BHM.SolidMaterial)envMat).LightTransmittance;
tbdMaterial.externalLightReflectance = (float)((BHM.SolidMaterial)envMat).LightReflectanceExternal;
tbdMaterial.internalLightReflectance = (float)((BHM.SolidMaterial)envMat).LightReflectanceInternal;
tbdMaterial.externalEmissivity = (float)((BHM.SolidMaterial)envMat).EmissivityExternal;
tbdMaterial.internalEmissivity = (float)((BHM.SolidMaterial)envMat).EmissivityInternal;
tbdMaterial.description = ((BHM.SolidMaterial)envMat).Description;
break;
}
}
return(tbdMaterial);
}
public static BHC.Layer ToBHoM(this BHX.Layer gbLayer, BHM.Material material, double thickness)
{
BHC.Layer layer = new BHC.Layer();
layer.Name = gbLayer.Name;
layer.Thickness = thickness;
layer.Material = material;
return(layer);
}
public static BHPMC.Layer FromTAS(this TBD.material tbdMaterial, TBD.Construction tbdConstruction)
{
if (tbdMaterial == null)
{
return(null);
}
BHPMC.Layer layer = new BHPMC.Layer();
layer.Thickness = tbdMaterial.width;
BHPM.Material material = new BHPM.Material();
material.Name = tbdMaterial.name;
material.Properties.Add(tbdMaterial.FromTASProperties(tbdConstruction));
layer.Material = material;
return(layer);
}
public static BHX.Gap ToGBXGap(this BHC.Layer layer)
{
if (layer == null || layer.Material == null)
{
return(null);
}
GasMaterial gasProperties = layer.FindMaterial <GasMaterial>(typeof(GasMaterial));
if (gasProperties == null)
{
return(null);
}
BHX.Gap gap = new BHX.Gap();
gap.ID = "gap-" + layer.Material.Name.Replace(" ", "-").Replace(",", "") + layer.Material.BHoM_Guid.ToString().Substring(0, 5);
gap.Name = layer.Material.Name;
gap.Thickness.Value = Math.Round(layer.Thickness, 4).ToString();
gap.Conductivity.Value = Math.Round(gasProperties.Conductivity, 3).ToString();
switch (gasProperties.Gas)
{
case Gas.Air:
gap.Gas = "Air";
break;
case Gas.Argon:
gap.Gas = "Argon";
break;
case Gas.Krypton:
gap.Gas = "Krypton";
break;
default:
gap.Gas = "Custom";
break;
}
return(gap);
}
public static BHC.Layer ToBHoM(this BHX.Material gbMaterial)
{
BHC.Layer layer = new BHC.Layer();
SolidMaterial materialProperties = new SolidMaterial();
try
{
layer.Thickness = System.Convert.ToDouble(gbMaterial.Thickness.Value);
materialProperties.Conductivity = System.Convert.ToDouble(gbMaterial.Conductivity.Value);
materialProperties.SpecificHeat = System.Convert.ToDouble(gbMaterial.SpecificHeat.Value);
materialProperties.Density = System.Convert.ToDouble(gbMaterial.Density.Value);
}
catch { }
BHM.Material material = new BHM.Material();
material.Name = gbMaterial.Name;
material.Properties.Add(materialProperties);
layer.Material = material;
return(layer);
}
public static BHX.Material ToGBXML(this BHC.Layer layer)
{
BHX.Material gbMaterial = new BHX.Material();
//double rValue = Math.Round(layer.RValue(), 3);
//if (double.IsInfinity(rValue) || double.IsNaN(rValue)) rValue = -1; //Error
gbMaterial.ID = "material-" + layer.Material.Name.CleanName();
gbMaterial.Name = layer.Material.Name;
//gbMaterial.RValue.Value = rValue.ToString();
gbMaterial.Thickness.Value = Math.Round(layer.Thickness, 3).ToString();
IEnvironmentMaterial envMaterial = layer.Material.Properties.Where(x => x is IEnvironmentMaterial).FirstOrDefault() as IEnvironmentMaterial;
if (envMaterial != null)
{
gbMaterial.Density.Value = Math.Round(envMaterial.Density, 3).ToString();
gbMaterial.Conductivity.Value = Math.Round(envMaterial.Conductivity, 3).ToString();
gbMaterial.SpecificHeat.Value = envMaterial.SpecificHeat.ToString();
}
return(gbMaterial);
}
public static IEnergyPlusClass ToEnergyPlus(this BHP.Layer layer)
{
return(layer.Material.ToEnergyPlus(layer.Thickness));
}
