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);
}
