public void GetAverageBuildingFromMasses(Document doc, int nFloors, IDFFile.BuildingConstruction constructions,
IDFFile.WWR WWR, IDFFile.BuildingOperation buildingOperations, out Dictionary <string, Element> masses)
{
AvgBuildings = new Dictionary <string, IDFFile.Building>();
masses = new Dictionary <string, Element>();
List <View3D> views = (new FilteredElementCollector(doc).OfClass(typeof(View3D)).Cast <View3D>()).Where(v => v.Name.Contains("Op - ")).ToList();
foreach (View3D v1 in views)
{
//Initialize building elements
FilteredElementCollector massElement = new FilteredElementCollector(doc, v1.Id).WhereElementIsNotElementType().OfCategory(BuiltInCategory.OST_Mass);
List <IDFFile.XYZ> groundPoints = new List <IDFFile.XYZ>();
List <IDFFile.XYZ> roofPoints = new List <IDFFile.XYZ>();
double floorArea = 0;
foreach (Element mass in massElement)
{
Options op = new Options()
{
ComputeReferences = true
};
GeometryElement gElement = mass.get_Geometry(op);
foreach (GeometryObject SolidStructure in gElement)
{
Solid GeoObject = SolidStructure as Solid;
if (GeoObject != null)
{
FaceArray AllFacesFromModel = GeoObject.Faces;
if (AllFacesFromModel.Size != 0)
{
foreach (Face face1 in AllFacesFromModel)
{
XYZ fNormal = (face1 as PlanarFace).FaceNormal;
//checks if it is indeed a wall by computing the normal with respect to 001
if (Math.Round(fNormal.Z, 3) == -1)
{
groundPoints.AddRange(Utility.GetPoints(face1));
floorArea = Utility.SqFtToSqM(face1.Area);
}
if (Math.Round(fNormal.Z, 3) == 1)
{
roofPoints.AddRange(Utility.GetPoints(face1));
}
}
}
}
}
masses.Add(v1.Name.Remove(0, 5), mass);
}
IDFFile.Building building = InitialiseModelBuilding(groundPoints, roofPoints, floorArea, nFloors, constructions, WWR, buildingOperations);
AvgBuildings.Add(v1.Name.Remove(0, 5), building);
}
}
public static IDFFile.Building InitialiseModelBuilding(List <IDFFile.XYZ> groundPoints, List <IDFFile.XYZ> roofPoints, double area, int nFloors,
IDFFile.BuildingConstruction constuction, IDFFile.WWR wwr, IDFFile.BuildingOperation operation)
{
IDFFile.ZoneList zoneList = new IDFFile.ZoneList("Office");
double[] heatingSetPoints = new double[] { 10, 20 };
double[] coolingSetPoints = new double[] { 28, 24 };
double equipOffsetFraction = 0.1;
IDFFile.Building bui = new IDFFile.Building
{
buildingConstruction = constuction,
WWR = wwr,
buildingOperation = operation
};
bui.UpdataBuildingOperations();
bui.CreateSchedules(heatingSetPoints, coolingSetPoints, equipOffsetFraction);
bui.GenerateConstructionWithIComponentsU();
IDFFile.ScheduleCompact Schedule = bui.schedulescomp.First(s => s.name.Contains("Occupancy"));
double baseZ = groundPoints.First().Z;
double roofZ = roofPoints.First().Z;
double heightFl = (roofZ - baseZ) / nFloors;
IDFFile.XYZList dlPoints = Utility.GetDayLightPointsXYZList(groundPoints, Utility.GetAllWallEdges(groundPoints));
for (int i = 0; i < nFloors; i++)
{
double floorZ = baseZ + i * heightFl;
IDFFile.XYZList floorPoints = new IDFFile.XYZList(groundPoints).ChangeZValue(floorZ);
IDFFile.Zone zone = new IDFFile.Zone(bui, "Zone_" + i, i);
zone.name = "Zone_" + i;
IDFFile.People newpeople = new IDFFile.People(10);
zone.people = newpeople;
if (i == 0)
{
IDFFile.BuildingSurface floor = new IDFFile.BuildingSurface(zone, floorPoints, area, IDFFile.SurfaceType.Floor);
}
else
{
IDFFile.BuildingSurface floor = new IDFFile.BuildingSurface(zone, floorPoints, area, IDFFile.SurfaceType.Floor)
{
ConstructionName = "General_Floor_Ceiling",
OutsideCondition = "Zone", OutsideObject = "Zone_" + (i - 1).ToString()
};
}
floorPoints.createWalls(zone, heightFl);
if (i == nFloors - 1)
{
roofPoints.Reverse();
IDFFile.BuildingSurface roof = new IDFFile.BuildingSurface(zone, new IDFFile.XYZList(roofPoints), area, IDFFile.SurfaceType.Roof);
}
IDFFile.DayLighting DayPoints = new IDFFile.DayLighting(zone, Schedule, dlPoints.ChangeZValue(floorZ + 0.9).xyzs, 500);
bui.AddZone(zone);
zoneList.listZones.Add(zone);
}
bui.AddZoneList(zoneList);
bui.CreateShadingControls();
bui.GeneratePeopleLightingElectricEquipment();
bui.GenerateInfiltraitionAndVentillation();
bui.GenerateHVAC(true, false, false);
return(bui);
}