//========================= Helpers ===================================
/// <summary>
/// Get real recalculated HBModel with all geometry data.
/// </summary>
public HB.Model GetHBModel()
{
//set up all temp locations for resources objects
InitTemp();
var model = this.HBObject;
model.Properties = model.Properties ?? new HB.ModelProperties(energy: HB.ModelEnergyProperties.Default);
model.Rooms = this.RoomEntitiesWithoutHistory.Select(_ => _.TryGetRoomEntity().GetHBRoom()).ToList();
model.OrphanedShades = this.OrphanedShadesWithoutHistory.SelectMany(_ => _.TryGetShadeEntity().GetHBShades()).ToList();
//DODO: need to double check
model.OrphanedApertures = this.OrphanedAperturesWithoutHistory.Select(_ => _.TryGetApertureEntity().HBObject).ToList();
model.OrphanedDoors = this.OrphanedDoorsWithoutHistory.Select(_ => _.TryGetDoorEntity().HBObject).ToList();
model.OrphanedFaces = this.OrphanedFacesWithoutHistory.Select(_ => _.TryGetOrphanedFaceEntity().HBObject).ToList();
EnergyLibrary.AddEnergyMaterial(model, EnergyMaterials);
EnergyLibrary.AddEnergyWindowMaterial(model, EnergyWindowMaterials);
EnergyLibrary.AddConstructions(model, OpaqueConstructions);
EnergyLibrary.AddConstructions(model, WindowConstructions);
EnergyLibrary.AddConstructions(model, AirBoundaryConstructions);
EnergyLibrary.AddConstructions(model, ShadeConstructions);
return(model);
}
public void Test_GetBuildingVintages()
{
sw.Restart();
var vintages = EnergyLibrary.GetBuildingVintages();
sw.Stop();
var ms = sw.Elapsed.TotalMilliseconds;
TestContext.WriteLine($"Runtime: {ms} ms");
Assert.IsTrue(vintages.Any(_ => _.EndsWith("2013_registry.json")));
}
public void Test_LoadBuildingVintage()
{
TestContext.WriteLine($"Testing: {nameof(Test_LoadBuildingVintage)}");
sw.Restart();
var vintages = EnergyLibrary.GetBuildingVintages();
var vintage = vintages.FirstOrDefault(_ => _.EndsWith("2013_registry.json"));
var dics = EnergyLibrary.LoadBuildingVintage(vintage);
sw.Stop();
var ms = sw.Elapsed.TotalMilliseconds;
TestContext.WriteLine($"Runtime: {ms} ms");
Assert.IsTrue(dics["LargeOffice"].Contains("OpenOffice"));
}
public void Test_GetOrLoadStandardsConstructionSets()
{
TestContext.WriteLine($"Testing: {nameof(Test_GetOrLoadStandardsConstructionSets)}");
sw.Restart();
var programTypes = EnergyLibrary.GetOrLoadStandardsConstructionSets(Path.Combine(EnergyLibrary.ConstructionSetFolder, "2013_data.json"));
sw.Stop();
var ms = sw.Elapsed.TotalMilliseconds;
TestContext.WriteLine($"Runtime: {ms} ms");
var programType = programTypes.Where(_ => _.Name == "2013::ClimateZone1::SteelFramed").FirstOrDefault();
Assert.IsTrue(programType.ApertureSet.WindowConstruction == "U 0.60 SHGC 0.25 Dbl 2.5mm air");
}
public void Test_GetOrLoadProgramTypesFromJson()
{
TestContext.WriteLine($"Testing: {nameof(Test_GetOrLoadProgramTypesFromJson)}");
sw.Restart();
var programTypes = EnergyLibrary.GetOrLoadProgramTypesFromJson(Path.Combine(EnergyLibrary.BuildingProgramTypesFolder, "2013_data.json"));
sw.Stop();
var ms = sw.Elapsed.TotalMilliseconds;
TestContext.WriteLine($"Runtime: {ms} ms");
var programType = programTypes.Where(_ => _.Name == "2013::Courthouse::Courtroom").FirstOrDefault();
Assert.IsTrue(programType.Ventilation.FlowPerPerson == 0.00471947);
}
protected static void CheckResourceForWindowConstruction(string name)
{
if (string.IsNullOrEmpty(name))
{
return;
}
var cLib = ModelEntity.WindowConstructions;
if (cLib == null)
{
return;
}
//check Resource object
var cName = name;
if (cLib.Any(_ => _.Name == cName))
{
return;
}
var c = EnergyLibrary.GetWindowConstructionByName(cName);
cLib.Add(c);
var materials = EnergyLibrary.GetConstructionMaterials(c);
var mLib = ModelEntity.EnergyWindowMaterials;
foreach (var m in materials)
{
if (mLib.Any(_ => _ == m))
{
continue;
}
mLib.Add(m);
}
}
