public static BHX.RectangularGeometry ToGBXMLGeometry(this BHE.Panel element, GBXMLSettings settings)
{
BHX.RectangularGeometry geom = new BHX.RectangularGeometry();
BHG.Polyline pLine = element.Polyline();
geom.Tilt = Math.Round(element.Tilt(settings.AngleTolerance), settings.RoundingSettings.GeometryTilt);
geom.Azimuth = Math.Round(element.Azimuth(BHG.Vector.YAxis), settings.RoundingSettings.GeometryAzimuth);
geom.Height = Math.Round(element.Height(), settings.RoundingSettings.GeometryHeight);
geom.Width = Math.Round(element.Width(), settings.RoundingSettings.GeometryWidth);
geom.CartesianPoint = pLine.ControlPoints.First().ToGBXML(settings);
geom.ID = "geom-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 10);
if (geom.Height == 0)
{
geom.Height = Math.Round(element.Area() / geom.Width, settings.RoundingSettings.GeometryHeight);
}
if (geom.Width == 0)
{
geom.Width = Math.Round(element.Area() / geom.Height, settings.RoundingSettings.GeometryWidth);
}
if (geom.Tilt == -1)
{
BH.Engine.Reflection.Compute.RecordWarning("Warning, panel " + element.BHoM_Guid + " has been calculated to have a tilt of -1.");
}
return(geom);
}
public static TBD.BuildingElementType ToTASBuildingElementType(this BHE.Panel element, List <List <BHE.Panel> > spaces = null)
{
TBD.BuildingElementType tbdType = TBD.BuildingElementType.NULLELEMENT;
if (element == null)
{
return(tbdType);
}
if (spaces == null)
{
spaces = new List <List <BHE.Panel> >();
}
int adjacentSpaces = element.AdjacentSpaces(spaces).Count;
if (adjacentSpaces == 0)
{
tbdType = TBD.BuildingElementType.SHADEELEMENT;
}
else
{
tbdType = TBD.BuildingElementType.NULLELEMENT;
}
return(tbdType);
}
public static BHX.Surface ToGBXML(this BHE.Panel element)
{
BHP.OriginContextFragment contextProperties = element.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
BHX.Surface surface = new BHX.Surface();
surface.CADObjectID = element.CADObjectID();
surface.ConstructionIDRef = (contextProperties == null ? element.ConstructionID() : contextProperties.TypeName.CleanName());
BHX.RectangularGeometry geom = element.ToGBXMLGeometry();
BHX.PlanarGeometry planarGeom = new BHX.PlanarGeometry();
planarGeom.ID = "PlanarGeometry-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 10);
BHG.Polyline pLine = element.Polyline();
planarGeom.PolyLoop = pLine.ToGBXML();
surface.PlanarGeometry = planarGeom;
surface.RectangularGeometry = geom;
surface.Opening = new BHX.Opening[element.Openings.Count];
for (int x = 0; x < element.Openings.Count; x++)
{
if (element.Openings[x].Polyline().IControlPoints().Count != 0)
{
surface.Opening[x] = element.Openings[x].ToGBXML();
}
}
return(surface);
}
public static BHX.Surface ToGBXML(this BHE.Panel element, List <List <BHE.Panel> > adjacentSpaces, List <BHE.Panel> space)
{
BHX.Surface surface = element.ToGBXML();
surface.SurfaceType = element.ToGBXMLType(adjacentSpaces);
surface.ExposedToSun = Query.ExposedToSun(surface.SurfaceType).ToString().ToLower();
BHG.Polyline pLine = element.Polyline();
if (!pLine.NormalAwayFromSpace(space))
{
pLine = pLine.Flip();
surface.PlanarGeometry.PolyLoop = pLine.ToGBXML();
surface.RectangularGeometry.Tilt = Math.Round(pLine.Tilt(), 3);
surface.RectangularGeometry.Azimuth = Math.Round(pLine.Azimuth(BHG.Vector.YAxis), 3);
}
List <BHX.AdjacentSpaceId> adjIDs = new List <BHX.AdjacentSpaceId>();
foreach (List <BHE.Panel> sp in adjacentSpaces)
{
adjIDs.Add(sp.AdjacentSpaceID());
}
surface.AdjacentSpaceID = adjIDs.ToArray();
return(surface);
}
public static TBD.buildingElement ToTAS(this BHE.Panel buildingElement, TBD.buildingElement tbdBuildingElement, TBD.Construction tbdConstruction)
{
if (buildingElement == null)
{
return(tbdBuildingElement);
}
tbdBuildingElement.name = buildingElement.Name;
BHP.OriginContextFragment envContextProperties = buildingElement.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
if (envContextProperties != null)
{
tbdBuildingElement.GUID = envContextProperties.ElementID;
tbdBuildingElement.description = envContextProperties.Description;
}
tbdBuildingElement.BEType = (int)buildingElement.Type.ToTAS();
TBD.Construction construction = buildingElement.Construction.ToTAS(tbdConstruction);
tbdBuildingElement.AssignConstruction(construction);
return(tbdBuildingElement);
//TODO: Make Colour, GUID work for Pushing. Assign Construction.
//TODO:Number of BuildingElements on the TAS Building Summary is too high
//TODO:BuildingElements are showing up as duplicated in the TAS folder
//TODO:What about ApertureType, FeatureShading, SubstituteElement?
//BHP.BuildingElementContextProperties BEContextProperties = buildingElement.ContextProperties() as BHP.BuildingElementContextProperties;
//if (BEContextProperties != null)
/*tbdBuildingElement.colour = BEContextProperties.Colour(); *///BH.Engine.Environment.Query.GetRGB((uint)BEContextProperties.Colour);
}
public static string ToGBXMLType(this BHE.Panel element, List <List <BHE.Panel> > adjacentSpaces = null, ExportType exportType = ExportType.gbXMLTAS)
{
if (adjacentSpaces == null)
{
adjacentSpaces = new List <List <BHE.Panel> >();
}
string type = "Air";
if (element == null)
{
return(type);
}
if (adjacentSpaces.Count == 0)
{
type = "Shade";
}
else
{
type = element.Type.ToGBXML();
}
return(type);
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static string ConstructionID(this BHE.Panel panel)
{
if (panel == null || panel.Construction == null)
{
return(null);
}
return(panel.Construction.ConstructionID());
}
public static BHE.Panel OffsetOpening(BHE.Panel panel)
{
BHE.Panel energyPlusPanel = new BHE.Panel();
//Checking if there are openings
if (panel.Openings.Count == 0)
{
return(panel);
}
else
{
//OpeningArea
List <BHE.Opening> openings = panel.Openings;
List <double> openingAreas = new List <double>();
List <PolyCurve> openingPolyCurves = new List <PolyCurve>();
foreach (BHE.Opening opening in panel.Openings)
{
List <ICurve> openingCrvs = opening.Edges.Select(x => x.Curve).ToList();
PolyCurve openingOutline = BH.Engine.Geometry.Create.PolyCurve(openingCrvs);
double openingArea = openingOutline.Area();
openingAreas.Add(openingArea);
openingPolyCurves.Add(openingOutline);
}
double totalOpeningArea = openingAreas.Sum();
//PanelArea
List <ICurve> panelCrvs = panel.ExternalEdges.Select(x => x.Curve).ToList();
PolyCurve panelOutline = BH.Engine.Geometry.Create.PolyCurve(panelCrvs);
double panelArea = panelOutline.Area();
//Comparing the total opening area to the panel area, if equal: reduce the area of the opening(s).
if (totalOpeningArea != panelArea)
{
return(panel);
}
else
{
List <BH.oM.Geometry.Polyline> openingPolylines = new List <BH.oM.Geometry.Polyline>();
List <List <BH.oM.Geometry.Polyline> > offsetPolylines = new List <List <BH.oM.Geometry.Polyline> >();
List <BHE.Opening> newOpenings = new List <BHE.Opening>();
double distance = new double();
distance = -0.01;
panel.Openings.Clear();
foreach (BH.oM.Geometry.PolyCurve openingPolyCurve in openingPolyCurves)
{
List <BH.oM.Geometry.Point> polyPoints = openingPolyCurve.IDiscontinuityPoints();
BH.oM.Geometry.Polyline openingPolyLine = BH.Engine.Geometry.Create.Polyline(polyPoints);
Polyline offsetPolyline = Geometry.Modify.Offset(openingPolyLine, distance);
List <BHE.Edge> edges = offsetPolyline.ToEdges().ToList();
BHE.Opening newOpening = new BHE.Opening()
{
Edges = edges
};
panel.Openings.Add(newOpening);
}
return(panel);
}
}
}
public static bool SunWindExposure(this BHE.Panel panel)
{
if ((panel.Type == BHE.PanelType.Roof) || (panel.Type == BHE.PanelType.WallExternal) || (panel.Type == BHE.PanelType.FloorExposed) || (panel.Type == BHE.PanelType.Wall) || (panel.Type == BHE.PanelType.Shade))
{
return(true);
}
return(false);
}
public static IGeometry GeometricalRepresentation(this BH.oM.Environment.Elements.Panel panel, RepresentationOptions reprOptions = null)
{
if (panel == null)
{
BH.Engine.Base.Compute.RecordError("Cannot compute the geometrical representation of a null Environmental Panel.");
return(null);
}
reprOptions = reprOptions ?? new RepresentationOptions();
PlanarSurface centralPlanarSurface = Engine.Geometry.Create.PlanarSurface(
Engine.Geometry.Compute.IJoin(panel.ExternalEdges.Select(x => x.Curve).ToList()).FirstOrDefault(),
panel.Openings.SelectMany(x => Engine.Geometry.Compute.IJoin(x.Edges.Select(y => y.Curve).ToList())).Cast <ICurve>().ToList());
if (!reprOptions.Detailed2DElements) //simple representation
{
return(centralPlanarSurface);
}
else
{
CompositeGeometry compositeGeometry = new CompositeGeometry();
double thickness = BH.Engine.Environment.Query.Thickness(panel);
Vector translateVect = new Vector()
{
Z = -thickness / 2
};
Vector extrudeVect = new Vector()
{
Z = thickness
};
PlanarSurface topSrf = centralPlanarSurface.ITranslate(new Vector()
{
Z = thickness / 2
}) as PlanarSurface;
PlanarSurface botSrf = centralPlanarSurface.ITranslate(new Vector()
{
Z = -thickness / 2
}) as PlanarSurface;
IEnumerable <ICurve> internalEdgesBot = panel.Openings.SelectMany(o => o.Edges.Select(e => e.Curve.ITranslate(translateVect)));
IEnumerable <Extrusion> internalEdgesExtrusions = internalEdgesBot.Select(c => BH.Engine.Geometry.Create.Extrusion(c, extrudeVect));
IEnumerable <ICurve> externalEdgesBot = panel.ExternalEdges.Select(c => c.Curve.ITranslate(translateVect));
IEnumerable <Extrusion> externalEdgesExtrusions = externalEdgesBot.Select(c => BH.Engine.Geometry.Create.Extrusion(c, extrudeVect));
compositeGeometry.Elements.Add(topSrf);
compositeGeometry.Elements.Add(botSrf);
compositeGeometry.Elements.AddRange(internalEdgesExtrusions);
compositeGeometry.Elements.AddRange(externalEdgesExtrusions);
return(compositeGeometry);
}
}
public static TBD.buildingElement ToTAS(this BHE.Opening opening, TBD.buildingElement tbdBuildingElement, TBD.Construction tbdConstruction)
{
BHE.Panel openingAsElement = new BHE.Panel();
openingAsElement.ExternalEdges = new List <BHE.Edge>(opening.Edges);
openingAsElement.Fragments = opening.Fragments;
openingAsElement.BHoM_Guid = opening.BHoM_Guid;
openingAsElement.Name = opening.Name;
tbdBuildingElement = openingAsElement.ToTAS(tbdBuildingElement, tbdConstruction);
return(tbdBuildingElement);
}
public static string OutsideBoundaryCondition(this BHE.Panel panel, List <List <BHE.Panel> > adjacentSpaces)
{
if (panel.Type == BHE.PanelType.Roof || panel.Type == BHE.PanelType.WallExternal)
{
return("Outdoors");
}
if (adjacentSpaces.Count == 2)
{
return("Zone");
}
return("");
}
public static BHX.Surface ToGBXMLShade(this BHE.Panel element, GBXMLSettings settings)
{
BHP.OriginContextFragment envContextProperties = element.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
BHX.Surface gbSrf = new BHX.Surface();
gbSrf.CADObjectID = element.CADObjectID();
gbSrf.ConstructionIDRef = (envContextProperties == null ? element.ConstructionID() : envContextProperties.TypeName.CleanName());
BHX.RectangularGeometry geom = element.ToGBXMLGeometry(settings);
BHX.PlanarGeometry planarGeom = new BHX.PlanarGeometry();
planarGeom.ID = "PlanarGeometry-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 10);
BHG.Polyline pLine = element.Polyline();
planarGeom.PolyLoop = pLine.ToGBXML(settings);
gbSrf.PlanarGeometry = planarGeom;
gbSrf.RectangularGeometry = geom;
gbSrf.Opening = new BHX.Opening[element.Openings.Count];
for (int x = 0; x < element.Openings.Count; x++)
{
if (element.Openings[x].Polyline().IControlPoints().Count != 0)
{
gbSrf.Opening[x] = element.Openings[x].ToGBXML(element, settings);
}
}
string idName = "Panel_" + element.BHoM_Guid.ToString().Replace(" ", "").Replace("-", "").Substring(0, 10);
gbSrf.ID = idName;
gbSrf.Name = idName;
gbSrf.SurfaceType = "Shade";
gbSrf.ExposedToSun = BH.Engine.Environment.Query.ExposedToSun(element).ToString().ToLower();
if (settings.IncludeConstructions)
{
gbSrf.ConstructionIDRef = element.ConstructionID();
}
else //We have to force null otherwise Construction will be created
{
gbSrf.ConstructionIDRef = null;
}
return(gbSrf);
}
public static OutsideBoundaryCondition BoundaryCondition(this BHE.Panel panel)
{
if ((panel.Type == BHE.PanelType.Roof) || (panel.Type == BHE.PanelType.WallExternal) || (panel.Type == BHE.PanelType.FloorExposed) || (panel.Type == BHE.PanelType.Wall))
{
return(OutsideBoundaryCondition.Outdoors);
}
if ((panel.Type == BHE.PanelType.SlabOnGrade) || (panel.Type == BHE.PanelType.UndergroundSlab) || (panel.Type == BHE.PanelType.UndergroundWall) || (panel.Type == BHE.PanelType.Floor))
{
return(OutsideBoundaryCondition.Ground);
}
if ((panel.ConnectedSpaces.Count == 2) & ((panel.Type == BHE.PanelType.Ceiling) || (panel.Type == BHE.PanelType.FloorInternal) || (panel.Type == BHE.PanelType.WallInternal)))
{
return(OutsideBoundaryCondition.Zone);
}
return(OutsideBoundaryCondition.Undefined);
}
public static BHE.Panel ToBHoM(this BHX.Surface surface)
{
BHE.Panel panel = new BHE.Panel();
surface.Opening = surface.Opening ?? new List <BHX.Opening>().ToArray();
panel.ExternalEdges = surface.PlanarGeometry.PolyLoop.ToBHoM().ToEdges();
foreach (BHX.Opening opening in surface.Opening)
{
panel.Openings.Add(opening.ToBHoM());
}
string[] cadSplit = surface.CADObjectID.Split('[');
if (cadSplit.Length > 0)
{
panel.Name = cadSplit[0].Trim();
}
if (cadSplit.Length > 1)
{
BHP.OriginContextFragment envContext = new BHP.OriginContextFragment();
envContext.ElementID = cadSplit[1].Split(']')[0].Trim();
envContext.TypeName = panel.Name;
if (panel.Fragments == null)
{
panel.Fragments = new List <IBHoMFragment>();
}
panel.Fragments.Add(envContext);
}
panel.Type = surface.SurfaceType.ToBHoMPanelType();
panel.ConnectedSpaces = new List <string>();
if (surface.AdjacentSpaceID != null)
{
foreach (BHX.AdjacentSpaceId adjacent in surface.AdjacentSpaceID)
{
panel.ConnectedSpaces.Add(adjacent.SpaceIDRef);
}
}
return(panel);
}
public static BHX.Construction ToGBXML(this BHC.Construction construction, BHE.Panel element = null)
{
BHX.Construction gbConstruction = new BHX.Construction();
BHP.OriginContextFragment contextProperties = null;
BHP.PanelAnalyticalFragment analysisProperties = null;
if (element != null)
{
contextProperties = element.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
analysisProperties = element.FindFragment <BHP.PanelAnalyticalFragment>(typeof(BHP.PanelAnalyticalFragment));
}
gbConstruction.ID = (contextProperties == null ? construction.ConstructionID() : contextProperties.TypeName.CleanName().Replace(" ", "-"));
gbConstruction.Absorptance.Value = construction.Absorptance().ToString();
gbConstruction.Name = (contextProperties == null ? construction.Name : contextProperties.TypeName);
gbConstruction.Roughness = construction.Roughness().ToGBXML();
gbConstruction.UValue.Value = (analysisProperties == null || analysisProperties.UValue == 0 ? construction.UValue() : analysisProperties.UValue).ToString();
return(gbConstruction);
}
private List <BHE.Panel> ReadPanels(BHX.GBXML gbx, List <string> ids = null)
{
List <BHE.Panel> panels = new List <BHE.Panel>();
if (gbx.Campus != null && gbx.Campus.Surface != null)
{
foreach (BHX.Surface s in gbx.Campus.Surface)
{
BHE.Panel p = s.ToBHoM();
if (gbx.Construction != null)
{
BHX.Construction c = gbx.Construction.Where(x => x.ID == s.ConstructionIDRef).FirstOrDefault();
if (c != null)
{
BHX.Layer gbLayer = gbx.Layer.Where(x => x.ID == c.LayerID.LayerIDRef).FirstOrDefault();
if (gbLayer != null)
{
List <BHX.Material> gbMaterials = gbx.Material.Where(x => gbLayer.MaterialID.Where(y => y.MaterialIDRef == x.ID).FirstOrDefault() != null).ToList();
if (gbMaterials.Count > 0)
{
List <BHC.Layer> layers = gbMaterials.Select(x => x.ToBHoM()).ToList();
p.Construction = c.ToBHoM(layers);
}
}
}
}
foreach (BHX.Opening gbxOpening in s.Opening)
{
p.Openings.Add(gbxOpening.ToBHoM());
}
panels.Add(p);
}
}
return(panels);
}
public static BHX.RectangularGeometry ToGBXMLGeometry(this BHE.Panel element)
{
BHX.RectangularGeometry geom = new BHX.RectangularGeometry();
BHG.Polyline pLine = element.Polyline();
geom.Tilt = Math.Round(element.Tilt(), 3);
geom.Azimuth = Math.Round(element.Azimuth(BHG.Vector.YAxis), 3);
geom.Height = Math.Round(element.Height(), 3);
geom.Width = Math.Round(element.Width(), 3);
geom.CartesianPoint = pLine.ControlPoints.First().ToGBXML();
geom.ID = "geom-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 10);
if (geom.Height == 0)
{
geom.Height = Math.Round(element.Area() / geom.Width, 3);
}
if (geom.Width == 0)
{
geom.Width = Math.Round(element.Area() / geom.Height, 3);
}
return(geom);
}
public static List <IEnergyPlusClass> ToEnergyPlus(this BHE.Panel panel)
{
List <IEnergyPlusClass> classes = new List <IEnergyPlusClass>();
List <Point> vertices = BH.Engine.Environment.Query.Polyline(panel).ControlPoints();
vertices.RemoveAt(vertices.Count - 1);
int vertexCount = vertices.Count;
string panelName = panel.Name == "" ? panel.BHoM_Guid.ToString() : panel.Name;
string zoneName = panel.ConnectedSpaces[0];
string sunExposure = panel.SunWindExposure() ? "SunExposed" : "NoSun";
string windExposure = panel.SunWindExposure() ? "WindExposed" : "NoWind";
GlobalGeometryRules globalGeometryRules = new GlobalGeometryRules();
classes.Add(globalGeometryRules);
if (panel.Type == BHE.PanelType.Shade)
{
ShadingBuildingDetailed shadingSurface = new ShadingBuildingDetailed();
shadingSurface.Name = panelName;
shadingSurface.Vertices = vertices;
shadingSurface.NumberOfVertices = vertexCount;
classes.Add(shadingSurface);
}
else
{
Zone zone = new Zone();
zone.Name = zoneName;
classes.Add(zone);
ZoneList zoneList = new ZoneList();
zoneList.ZoneNames.Add(zoneName);
classes.Add(zoneList);
if (panel.Construction == null)
{
panel = panel.AssignGenericConstructions(assignOpenings: true);
}
classes.AddRange(((Construction)panel.Construction).ToEnergyPlus());
BuildingSurfaceDetailed buildingSurface = new BuildingSurfaceDetailed();
string surfaceName = panelName;
buildingSurface.Name = surfaceName;
buildingSurface.SurfaceType = panel.Type.ToEnergyPlus();
buildingSurface.ConstructionName = panel.Construction.Name;
buildingSurface.ZoneName = zoneName;
buildingSurface.OutsideBoundaryCondition = panel.BoundaryCondition();
if (buildingSurface.OutsideBoundaryCondition == OutsideBoundaryCondition.Zone)
{
buildingSurface.OutsideBoundaryConditionObject = panel.ConnectedSpaces[-1];
}
else
{
buildingSurface.OutsideBoundaryConditionObject = "";
}
buildingSurface.SunExposure = sunExposure;
buildingSurface.WindExposure = windExposure;
buildingSurface.Vertices = vertices;
buildingSurface.NumberOfVertices = vertexCount;
classes.Add(buildingSurface);
foreach (BHE.Opening o in panel.Openings)
{
classes.AddRange(o.ToEnergyPlus(panelName));
}
}
return(classes);
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static string CADObjectID(this BHE.Panel element, bool replaceCurtainWalls = false)
{
string CADObjectID = "";
if (element == null)
{
return(CADObjectID);
}
BHP.OriginContextFragment contextProperties = element.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
if (contextProperties != null && contextProperties.ElementID != "")
{
// change only Basic Wall and keep Curtain as it is
if (replaceCurtainWalls && element.Name.Contains("GLZ") && (element.Name.Contains("Basic Wall") || element.Name.Contains("Floor") || element.Name.Contains("Roof")))
{
element.Name = "Curtain " + element.Name;
}
CADObjectID = element.Name + " [" + contextProperties.ElementID + "]";
}
else
{
//Use a default object ID
switch (element.Type)
{
case BHE.PanelType.Ceiling:
CADObjectID += "Compound Ceiling: SIM_INT_SLD";
break;
case BHE.PanelType.CurtainWall:
if (element.ConnectedSpaces.Count == 2)
{
CADObjectID += "Curtain Wall: SIM_INT_GLZ";
}
else
{
CADObjectID += "Curtain Wall: SIM_EXT_GLZ";
}
break;
case BHE.PanelType.Floor:
case BHE.PanelType.FloorInternal:
CADObjectID += "Floor: SIM_INT_SLD";
break;
case BHE.PanelType.FloorExposed:
case BHE.PanelType.FloorRaised:
CADObjectID += "Floor: SIM_EXT_SLD";
break;
case BHE.PanelType.Roof:
CADObjectID += "Basic Roof: SIM_EXT_SLD";
break;
case BHE.PanelType.Shade:
CADObjectID += "Basic Roof: SIM_EXT_SHD_Roof";
break;
case BHE.PanelType.SlabOnGrade:
CADObjectID += "Floor: SIM_EXT_GRD";
break;
case BHE.PanelType.UndergroundCeiling:
CADObjectID += "Floor: SIM_INT_SLD_Parking";
break;
case BHE.PanelType.UndergroundSlab:
CADObjectID += "Floor: SIM_EXT_GRD";
break;
case BHE.PanelType.UndergroundWall:
CADObjectID += "Basic Wall: SIM_EXT_GRD";
break;
case BHE.PanelType.Wall:
case BHE.PanelType.WallExternal:
CADObjectID += "Basic Wall: SIM_EXT_SLD";
break;
case BHE.PanelType.WallInternal:
CADObjectID += "Basic Wall: SIM_INT_SLD";
break;
default:
CADObjectID += "Undefined";
break;
}
CADObjectID += " BHoM [000000]";
}
return(CADObjectID);
}
public static TBD.zoneSurfaceClass ToTASSurface(this BHE.Panel element)
{
//ToDo: Finish this, connect the geometry to the zoneSurface and other additional data as appropriate
throw new NotImplementedException("Not yet implemented");
}
public static BHE.Panel FromTAS(this TBD.buildingElement tbdElement, TBD.zoneSurface tbdSurface, TASSettings tasSettings)
{
BHE.Panel element = new BHE.Panel();
TBD.BuildingElementType tbdElementType = ((TBD.BuildingElementType)tbdElement.BEType);
TASPanelData tasData = new TASPanelData();
tasData.PanelIsOpening = tbdElementType.ElementIsOpening();
//Add a flag on the element for the final read
if (tbdElementType.ElementIsOpening())
{
//Find out what the fix was - frame or pane?
BHE.OpeningType fixedOpeningType = tbdElementType.FromTASOpeningType().FixBuildingElementType(tbdElement, tbdSurface);
tasData.OpeningIsFrame = fixedOpeningType.OpeningIsFrame();
}
BHE.PanelType elementType = ((TBD.BuildingElementType)tbdElement.BEType).FromTAS();
BHPC.Construction elementConstruction = tbdElement.GetConstruction().FromTAS();
element.Name = tbdElement.name;
element.Type = elementType;
element.Construction = elementConstruction;
element.Fragments.Add(tasData);
//EnvironmentContextProperties
BHP.OriginContextFragment environmentContextProperties = new BHP.OriginContextFragment();
environmentContextProperties.ElementID = tbdSurface.GUID.RemoveBrackets();
environmentContextProperties.Description = tbdElement.description;
environmentContextProperties.TypeName = tbdSurface.buildingElement.name;
element.Fragments.Add(environmentContextProperties);
//BuildingElementContextProperties
BHP.PanelContextFragment buildingElementContextProperties = new BHP.PanelContextFragment();
element.ConnectedSpaces.Add(tbdSurface.zone.name);
if ((int)tbdSurface.type == 3)
{
element.ConnectedSpaces.Add(tbdSurface.linkSurface.zone.name);
}
else
{
element.ConnectedSpaces.Add("-1");
}
buildingElementContextProperties.IsAir = tbdElement.ghost != 0;
buildingElementContextProperties.IsGround = tbdElement.ground != 0;
buildingElementContextProperties.Colour = BH.Engine.Adapters.TAS.Query.GetRGB(tbdElement.colour).ToString();
buildingElementContextProperties.Reversed = tbdSurface.reversed != 0;
element.Fragments.Add(buildingElementContextProperties);
//BuildingElementAnalyticalProperties
BHP.PanelAnalyticalFragment buildingElementAnalyticalProperties = new BHP.PanelAnalyticalFragment();
buildingElementAnalyticalProperties.Altitude = tbdSurface.altitude.Round();
buildingElementAnalyticalProperties.AltitudeRange = tbdSurface.altitudeRange.Round();
buildingElementAnalyticalProperties.Inclination = tbdSurface.inclination.Round();
buildingElementAnalyticalProperties.Orientation = tbdSurface.orientation.Round();
buildingElementAnalyticalProperties.GValue = tbdElement.GValue().Round();
buildingElementAnalyticalProperties.LTValue = tbdElement.LTValue().Round();
buildingElementAnalyticalProperties.UValue = tbdElement.UValue().Round();
element.Fragments.Add(buildingElementAnalyticalProperties);
List <BHG.Polyline> panelCurve = new List <BHG.Polyline>();
int surfaceIndex = 0;
TBD.RoomSurface roomSurface = null;
while ((roomSurface = tbdSurface.GetRoomSurface(surfaceIndex)) != null)
{
TBD.Perimeter tbdPerimeter = roomSurface.GetPerimeter();
if (tbdPerimeter != null)
{
panelCurve.Add(tbdPerimeter.FromTAS());
//Add openings
int openingIndex = 0;
TBD.Polygon openingPolygon = null;
while ((openingPolygon = tbdPerimeter.GetHole(openingIndex)) != null)
{
element.Openings.Add(openingPolygon.FromTASOpening(roomSurface, tasSettings));
openingIndex++;
}
}
surfaceIndex++;
}
if (panelCurve.Count == 1)
{
element.ExternalEdges = panelCurve.First().CleanPolyline(tasSettings.AngleTolerance, tasSettings.MinimumSegmentLength).ToEdges();
}
else
{
try
{
List <BHG.Polyline> polylines = Geometry.Compute.BooleanUnion(panelCurve, 1e-3);
if (polylines.Count == 1)
{
element.ExternalEdges = polylines.First().CleanPolyline(tasSettings.AngleTolerance, tasSettings.MinimumSegmentLength).ToEdges();
}
else
{
element.ExternalEdges = Geometry.Create.PolyCurve(polylines).ICollapseToPolyline(BH.oM.Geometry.Tolerance.Angle).CleanPolyline(tasSettings.AngleTolerance, tasSettings.MinimumSegmentLength).ToEdges();
}
}
catch (Exception e)
{
BH.Engine.Base.Compute.RecordWarning("An error occurred in building buildingElement ID - " + element.BHoM_Guid + " - error was: " + e.ToString());
element.ExternalEdges = Geometry.Create.PolyCurve(panelCurve).ICollapseToPolyline(BH.oM.Geometry.Tolerance.Angle).CleanPolyline(tasSettings.AngleTolerance, tasSettings.MinimumSegmentLength).ToEdges();
}
}
tasData.TASID = tbdSurface.GUID.RemoveBrackets();
tasData.TASName = "Z_" + tbdSurface.zone.number + "_" + tbdSurface.number + "_" + tbdSurface.zone.name;
tasData.Type = System.Convert.ToString(tbdSurface.type);
tasData.Area = tbdSurface.area.Round();
tasData.InternalArea = tbdSurface.internalArea.Round();
tasData.Width = tbdElement.width.Round();
tasData.MaterialLayersThickness = tbdElement.GetConstruction().ConstructionThickness().Round();
element.Fragments.Add(tasData);
//AddingExtended Properties for a frame
BHE.OpeningType elementOpeningType = tbdElementType.FromTASOpeningType().FixBuildingElementType(tbdElement, tbdSurface);
if (elementOpeningType == BHE.OpeningType.RooflightWithFrame || elementOpeningType == BHE.OpeningType.WindowWithFrame)
{
if (element.Openings.FirstOrDefault() != null)
{
element.Openings[0].FrameConstruction = elementConstruction;
}
}
return(element);
}
public static BHX.Opening ToGBXML(this BHE.Opening opening, BHE.Panel hostPanel, GBXMLSettings settings)
{
BHX.Opening gbOpening = new BHX.Opening();
BHG.Polyline pLine = opening.Polyline();
gbOpening.Name = opening.Name;
gbOpening.ID = "opening" + opening.BHoM_Guid.ToString().Replace("-", "").Substring(0, 5);
gbOpening.PlanarGeometry.PolyLoop = pLine.ToGBXML(settings);
gbOpening.PlanarGeometry.ID = "openingPGeom-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 5);
gbOpening.RectangularGeometry.CartesianPoint = BH.Engine.Geometry.Query.Centroid(pLine).ToGBXML(settings);
gbOpening.RectangularGeometry.Height = Math.Round(opening.Height(), settings.RoundingSettings.GeometryHeight);
//TODO: temporary solution to get valid file to be replaced with correct height
if (opening.Height() == 0)
{
gbOpening.RectangularGeometry.Height = 0.1;
}
gbOpening.RectangularGeometry.Width = Math.Round(opening.Width(), settings.RoundingSettings.GeometryWidth);
gbOpening.RectangularGeometry.ID = "rGeomOpening-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 5);
pLine = pLine.CleanPolyline(minimumSegmentLength: settings.DistanceTolerance);
double openingArea = pLine.Area();
double panelArea = hostPanel.Polyline().Area();
if (openingArea >= panelArea)
{
pLine = BH.Engine.Geometry.Modify.Offset(pLine, settings.OffsetDistance);
if (pLine == null)
{
pLine = opening.Polyline(); //Reset the polyline if something went wrong with the offset
}
gbOpening.PlanarGeometry.PolyLoop = pLine.ToGBXML(settings);
}
//Normals away from space
//if (!BH.Engine.Environment.Query.NormalAwayFromSpace(pLine, hostSpace, settings.PlanarTolerance))
//gbOpening.PlanarGeometry.PolyLoop = pLine.Flip().ToGBXML();
gbOpening.CADObjectID = opening.CADObjectID();
gbOpening.OpeningType = opening.Type.ToGBXML();
BHP.OriginContextFragment contextProperties = opening.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
string elementID = "";
string familyName = "";
if (contextProperties != null)
{
elementID = contextProperties.ElementID;
familyName = contextProperties.TypeName;
}
if (gbOpening.OpeningType.ToLower() == "fixedwindow" && contextProperties != null && contextProperties.TypeName.ToLower().Contains("skylight"))
{
gbOpening.OpeningType = "FixedSkylight";
}
if (familyName == "System Panel") //No SAM_BuildingElementType for this one atm
{
gbOpening.OpeningType = "FixedWindow";
}
if (settings.ReplaceSolidOpeningsIntoDoors && gbOpening.OpeningType.Contains("Window") && (opening.OpeningConstruction != null && opening.OpeningConstruction.Name.Contains("SLD"))) //Change windows with SLD construction into doors for IES
{
gbOpening.OpeningType = "NonSlidingDoor";
}
if (settings.IncludeConstructions)
{
gbOpening.WindowTypeIDRef = "window-" + (contextProperties != null ? contextProperties.TypeName.CleanName() : (opening.OpeningConstruction != null ? opening.OpeningConstruction.Name.CleanName() : ""));
}
else
{
gbOpening.WindowTypeIDRef = null;
}
gbOpening.ConstructionIDRef = null; //ToDo review having this property on an opening?
return(gbOpening);
}
public static BHX.Construction ToGBXMLConstruction(this BHE.Panel element)
{
return(element.Construction.ToGBXML(element));
}
public static BHX.Construction ToGBXML(this BHC.IConstruction construction, BHE.Panel panel = null)
{
return(ToGBXML(construction as dynamic, panel));
}
public static BHX.Surface ToGBXML(this BHE.Panel element, GBXMLSettings settings, List <BHE.Panel> space = null)
{
BHE.Panel panel = element.DeepClone <BHE.Panel>();
BHP.OriginContextFragment contextProperties = panel.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
BHX.Surface surface = new BHX.Surface();
string idName = "Panel-" + panel.BHoM_Guid.ToString().Replace(" ", "").Replace("-", "").Substring(0, 10);
surface.ID = idName;
surface.Name = idName;
surface.SurfaceType = panel.Type.ToGBXML();
surface.ExposedToSun = BH.Engine.Environment.Query.ExposedToSun(panel).ToString().ToLower();
surface.CADObjectID = panel.CADObjectID(settings.ReplaceCurtainWalls);
if (settings.IncludeConstructions)
{
surface.ConstructionIDRef = panel.ConstructionID();
}
else
{
surface.ConstructionIDRef = null;
}
BHX.RectangularGeometry geom = panel.ToGBXMLGeometry(settings);
BHX.PlanarGeometry planarGeom = new BHX.PlanarGeometry();
planarGeom.ID = "PlanarGeometry-" + Guid.NewGuid().ToString().Replace("-", "").Substring(0, 10);
surface.RectangularGeometry = geom;
BHG.Polyline pLine = panel.Polyline();
if (space != null && panel.ConnectedSpaces[0] == space.ConnectedSpaceName() && !pLine.NormalAwayFromSpace(space, settings.PlanarTolerance))
{
pLine = pLine.Flip();
surface.PlanarGeometry.PolyLoop = pLine.ToGBXML(settings);
surface.RectangularGeometry.Tilt = Math.Round(pLine.Tilt(settings.AngleTolerance), settings.RoundingSettings.GeometryTilt);
surface.RectangularGeometry.Azimuth = Math.Round(pLine.Azimuth(BHG.Vector.YAxis), settings.RoundingSettings.GeometryAzimuth);
}
planarGeom.PolyLoop = pLine.ToGBXML(settings);
surface.PlanarGeometry = planarGeom;
if (settings.ReplaceCurtainWalls)
{
//If the surface is a basic Wall: SIM_EXT_GLZ so Curtain Wall after CADObjectID translation add the wall as an opening
if (surface.CADObjectID.Contains("Curtain") && surface.CADObjectID.Contains("GLZ"))
{
List <BHG.Polyline> newOpeningBounds = new List <oM.Geometry.Polyline>();
if (panel.Openings.Count > 0)
{
//This surface already has openings - cut them out of the new opening
List <BHG.Polyline> refRegion = panel.Openings.Where(y => y.Polyline() != null).ToList().Select(z => z.Polyline()).ToList();
newOpeningBounds.AddRange(BH.Engine.Geometry.Triangulation.Compute.DelaunayTriangulation(panel.Polyline(), refRegion, conformingDelaunay: false));
BHG.Polyline outer = panel.Polyline();
double outerArea = panel.Area();
for (int z = 0; z > panel.Openings.Count; z++)
{
BHG.Polyline poly = outer.BooleanDifference(new List <BHG.Polyline> {
panel.Openings[z].Polyline()
})[0];
if (poly.Area() != outerArea)
{
panel.Openings[z].Edges = panel.Openings[z].Polyline().Offset(settings.OffsetDistance).ToEdges();
}
}
}
else
{
newOpeningBounds.Add(panel.Polyline());
}
foreach (BHG.Polyline b in newOpeningBounds)
{
BH.oM.Environment.Elements.Opening curtainWallOpening = new BHE.Opening()
{
Edges = b.ToEdges()
};
curtainWallOpening.Name = panel.Name;
BHP.OriginContextFragment curtainWallProperties = new BHP.OriginContextFragment();
if (contextProperties != null)
{
curtainWallProperties.ElementID = contextProperties.ElementID;
curtainWallProperties.TypeName = contextProperties.TypeName;
}
curtainWallOpening.Type = BHE.OpeningType.CurtainWall;
curtainWallOpening.OpeningConstruction = panel.Construction;
curtainWallOpening.Fragments.Add(curtainWallProperties);
panel.Openings.Add(curtainWallOpening);
}
//Update the host elements element type
surface.SurfaceType = (panel.ConnectedSpaces.Count == 1 ? BHE.PanelType.WallExternal : BHE.PanelType.WallInternal).ToGBXML();
surface.ExposedToSun = BH.Engine.Adapters.XML.Query.ExposedToSun(surface.SurfaceType).ToString().ToLower();
}
}
else
{
//Fix surface type for curtain walls
if (panel.Type == BHE.PanelType.CurtainWall)
{
surface.SurfaceType = (panel.ConnectedSpaces.Count == 1 ? BHE.PanelType.WallExternal : BHE.PanelType.WallInternal).ToGBXML();
surface.ExposedToSun = BH.Engine.Adapters.XML.Query.ExposedToSun(surface.SurfaceType).ToString().ToLower();
}
}
if (settings.FixIncorrectAirTypes && panel.Type == BHE.PanelType.Undefined && panel.ConnectedSpaces.Count == 1)
{
//Fix external air types
if (panel.Tilt(settings.AngleTolerance) == 0)
{
surface.SurfaceType = BHE.PanelType.Roof.ToGBXML();
}
else if (panel.Tilt(settings.AngleTolerance) == 90)
{
surface.SurfaceType = BHE.PanelType.WallExternal.ToGBXML();
}
else if (panel.Tilt(settings.AngleTolerance) == 180)
{
surface.SurfaceType = BHE.PanelType.SlabOnGrade.ToGBXML();
}
}
surface.Opening = new BHX.Opening[panel.Openings.Count];
for (int x = 0; x < panel.Openings.Count; x++)
{
if (panel.Openings[x].Polyline().IControlPoints().Count != 0)
{
surface.Opening[x] = panel.Openings[x].ToGBXML(panel, settings);
}
}
List <BHX.AdjacentSpaceID> adjIDs = new List <BHX.AdjacentSpaceID>();
foreach (string s in panel.ConnectedSpaces)
{
BHX.AdjacentSpaceID adjId = new BHX.AdjacentSpaceID();
adjId.SpaceIDRef = "Space" + s.Replace(" ", "").Replace("-", "");
adjIDs.Add(adjId);
}
surface.AdjacentSpaceID = adjIDs.ToArray();
return(surface);
}
public static global::OpenStudio.Surface ToOSM(this BHE.Panel panel, global::OpenStudio.Model modelReference, global::OpenStudio.Space osmSpace, Dictionary <string, global::OpenStudio.Construction> uniqueConstructions, string outsideBoundaryCondition)
{
Surface osmElement = new Surface(panel.Polyline().ToOSM(), modelReference);
osmElement.setName(panel.Name);
osmElement.setSpace(osmSpace);
if (outsideBoundaryCondition != "")
{
osmElement.setOutsideBoundaryCondition(outsideBoundaryCondition);
}
osmElement.setSurfaceType(panel.Type.ToOSMSurfaceType());
osmElement.setConstruction(uniqueConstructions[panel.Construction.UniqueConstructionName()]);
BHP.OriginContextFragment envContextProperties = panel.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
//Fix curtain wall
if (panel.Type == BHE.PanelType.CurtainWall)
{
osmElement.setConstruction(uniqueConstructions["CurtainWallReplacementConstruction"]); //No need for construction on a curtain wall as the opening will handle it
List <BHG.Polyline> newOpeningBounds = new List <BHG.Polyline>();
if (panel.Openings.Count > 0)
{
//This surface already has openings - cut them out of the new opening
List <BHG.Polyline> refRegion = panel.Openings.Where(y => y.Polyline() != null).ToList().Select(z => z.Polyline()).ToList();
newOpeningBounds.AddRange((panel.Polyline().BooleanDifference(refRegion, 0.01)));
}
else
{
newOpeningBounds.Add(panel.Polyline());
}
BHE.Opening curtainWallOpening = new BHE.Opening()
{
Edges = BH.Engine.Geometry.Create.PolyCurve(newOpeningBounds).ICollapseToPolyline(BH.oM.Geometry.Tolerance.Angle).ToEdges()
};
//Scale the bounding curve to comply with IDF rules
BHG.Polyline crv = curtainWallOpening.Polyline();
curtainWallOpening.Edges = crv.Scale(crv.Centre(), BH.Engine.Geometry.Create.Vector(0.95, 0.95, 0.95)).ToEdges();
curtainWallOpening.Name = panel.Name;
BHP.OriginContextFragment curtainWallProperties = new BHP.OriginContextFragment();
if (envContextProperties != null)
{
curtainWallProperties.ElementID = envContextProperties.ElementID;
curtainWallProperties.TypeName = envContextProperties.TypeName;
}
curtainWallOpening.Type = BHE.OpeningType.CurtainWall;
curtainWallOpening.OpeningConstruction = panel.Construction;
panel.Openings = new List <BHE.Opening> {
curtainWallOpening
};
}
return(osmElement);
}
