private List <BHE.Space> ReadSpaces(BHX.GBXML gbx, List <string> ids = null)
{
//ToDo - Fix this!
List <BHE.Space> s = new List <BHE.Space>();
if (gbx.Campus != null)
{
foreach (BHX.Building b in gbx.Campus.Building)
{
foreach (BHX.Space space in b.Space)
{
BHE.Space bhomS = space.FromGBXML();
if (bhomS.Perimeter.IControlPoints().Count == 1)
{
//Pulling from IES probably means it's wrong...
List <Panel> panelsAsSpace = space.SpaceBoundary.Select(x => gbx.Campus.Surface.Where(y => y.ID == x.SurfaceIDRef).FirstOrDefault().FromGBXML()).ToList();
bhomS.Perimeter = panelsAsSpace.FloorGeometry();
}
s.Add(bhomS);
}
}
}
return(s);
}
/***************************************************/
public static string CADObjectID(this BHE.Space space)
{
BHP.OriginContextFragment contextProp = space.FindFragment <BHP.OriginContextFragment>(typeof(BHP.OriginContextFragment));
if (contextProp == null)
{
return("");
}
return(contextProp.TypeName + " [" + contextProp.ElementID + "]");
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static BHG.Point Centre(this BHE.Space space) //TODO: This does only work for convex spaces. we need to change this method later
{
/*List<BHE.BuildingElement> buildingElements = space.BuildingElements;
* List<BHG.Point> pts = new List<BHG.Point>();
*
* foreach (BHE.BuildingElement element in buildingElements)
* {
* pts.AddRange(Engine.Geometry.Query.IControlPoints(element.BuildingElementGeometry.ICurve()));
* }
*
* BHG.Point centrePt = BH.Engine.Geometry.Query.Bounds(pts).Centre();
* return centrePt;*/
return(new oM.Geometry.Point());
}
public static TBD.zone ToTAS(this BHE.Space space, TBD.zone tbdSpace)
{
//TODO:Assign Internal Conditions to Zones
//TODO:Assign Building Elements (Surfaces) to Zones
if (space == null)
{
return(tbdSpace);
}
tbdSpace.name = space.Name;
BHP.LoadFragment loads = space.FindFragment <BHP.LoadFragment>(typeof(BHP.LoadFragment));
if (loads != null)
{
tbdSpace.maxHeatingLoad = (float)loads.HeatingLoad;
tbdSpace.maxCoolingLoad = (float)loads.CoolingLoad;
}
TASSpaceData tasFragment = space.FindFragment <TASSpaceData>(typeof(TASSpaceData));
if (tasFragment != null)
{
tbdSpace.colour = tasFragment.Colour;
tbdSpace.daylightFactor = (float)tasFragment.DaylightFactor;
tbdSpace.exposedPerimeter = (float)tasFragment.ExposedPerimeter;
tbdSpace.external = tasFragment.External;
tbdSpace.facadeLength = (float)tasFragment.FacadeLength;
tbdSpace.fixedConvectionCoefficient = (float)tasFragment.FixedConvectionCoefficient;
tbdSpace.floorArea = (float)tasFragment.FloorArea;
tbdSpace.GUID = tasFragment.TASID;
tbdSpace.length = (float)tasFragment.Length;
tbdSpace.sizeCooling = tasFragment.SizeCooling;
tbdSpace.sizeHeating = tasFragment.SizeHeating;
tbdSpace.volume = (float)tasFragment.Volume;
tbdSpace.wallFloorAreaRatio = (float)tasFragment.WallFloorAreaRatio;
}
TASDescription tasDescription = space.FindFragment <TASDescription>(typeof(TASDescription));
if (tasFragment != null)
{
tbdSpace.description = tasDescription.Description;
}
return(tbdSpace);
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static List <BHG.Point> UnmatchedElementPoints(BHE.Space space, double tolerance = BHG.Tolerance.MacroDistance)
{
List <BHG.Point> nonMatchingPoints = new List <oM.Geometry.Point>();
/*foreach(BHE.BuildingElement be in space.BuildingElements)
* {
* if (be == null) continue;
*
* foreach(BHG.Point pt in be.BuildingElementGeometry.ICurve().ICollapseToPolyline(BHG.Tolerance.Angle).IDiscontinuityPoints())
* {
* List<BHE.BuildingElement> elementCompare = space.BuildingElements.Where(x => x != null).ToList().FindAll(x => x.BHoM_Guid != be.BHoM_Guid);
*
* BHE.BuildingElement matchingBE = elementCompare.Find(x => x.BuildingElementGeometry.ICurve().ICollapseToPolyline(BHG.Tolerance.Angle).DiscontinuityPoints().ClosestDistance(new List<BHG.Point>() { pt }) < tolerance && (x.BHoM_Guid != be.BHoM_Guid));
*
* if (matchingBE == null)
* nonMatchingPoints.Add(pt);
* }
* }*/
return(nonMatchingPoints);
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static SpaceBoundary[] SpaceBoundaries(this BHE.Space bHoMSpace, List <BHE.Panel> be)
{
/*List<BH.oM.XML.Polyloop> ploops = new List<Polyloop>();
* IEnumerable<BHG.PolyCurve> bePanel = bHoMSpace.BuildingElements.Select(x => x.BuildingElementGeometry.ICurve() as BHG.PolyCurve);
*
* foreach (BHG.PolyCurve pCrv in bePanel)
* {
* // Ensure that all of the surface coordinates are listed in a counterclockwise order
* //* This is a requirement of GBXML Polyloop definitions
* BHG.Polyline pline = new BHG.Polyline() { ControlPoints = pCrv.ControlPoints() };
*
* if (!BH.Engine.Environment.Query.NormalAwayFromSpace(pline, bHoMSpace))
* ploops.Add(BH.Engine.XML.Convert.ToGBXML(pline.Flip()));
* else
* ploops.Add(BH.Engine.XML.Convert.ToGBXML(pline));
* }
*
* SpaceBoundary[] spaceBound = new SpaceBoundary[ploops.Count()];
*
* for (int i = 0; i < ploops.Count(); i++)
* {
* PlanarGeometry planarGeom = new PlanarGeometry();
* planarGeom.PolyLoop = ploops[i];
* SpaceBoundary bound = new SpaceBoundary { PlanarGeometry = planarGeom };
* spaceBound[i] = bound;
*
* //Get the id from the referenced panel
* string refPanel = "Panel-" + be.FindIndex(x => x.BHoM_Guid.ToString() == bHoMSpace.BuildingElements[i].BHoM_Guid.ToString()).ToString();
* spaceBound[i].SurfaceConstructionID = refPanel;
* }
*
* return spaceBound;*/
return(null);
/***************************************************/
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static double FloorArea(this BHEE.Space bHoMSpace)
{
throw new NotImplementedException("Calculating the area in the space has not been implemented");
}
/***************************************************/
/**** Public Methods ****/
/***************************************************/
public static BHG.Polyline FloorGeometry(this BHE.Space space)
{
throw new NotImplementedException("Calculating the floor geometry in the space has not been implemented");
}
public static global::OpenStudio.Zone ToOSM(this BHE.Space zone, global::OpenStudio.Zone osmZone)
{
osmZone.setName(zone.Name);
return(osmZone);
}
public static BHE.Space FromTAS(this TBD.zone tbdSpace, TBD.TBDDocument tbdDocument)
{
BHE.Space space = new BHE.Space();
space.Name = tbdSpace.name + tbdSpace.number.ToString();
BHP.LoadFragment loads = new BHP.LoadFragment();
loads.CoolingLoad = tbdSpace.maxCoolingLoad;
loads.HeatingLoad = tbdSpace.maxHeatingLoad;
space.Fragments.Add(loads);
//Adding data to Extended Poroperties--------------------------------------------------------------------------------------------------------------
//EnvironmentContextProperties
BHP.OriginContextFragment environmentContextProperties = new BHP.OriginContextFragment();
environmentContextProperties.ElementID = tbdSpace.GUID.RemoveBrackets();
environmentContextProperties.Description = tbdSpace.description;
environmentContextProperties.TypeName = tbdSpace.name;
space.Fragments.Add(environmentContextProperties);
//SpaceContextProperties
BHP.SpaceContextFragment spaceContextProperties = new BHP.SpaceContextFragment();
spaceContextProperties.Colour = BH.Engine.Adapters.TAS.Query.GetRGB(tbdSpace.colour).ToString();
spaceContextProperties.IsExternal = tbdSpace.external != 0;
//spaceContextProperties.ConnectedElements = tbdSpace.external != 0;
space.Fragments.Add(spaceContextProperties);
//SpaceAnalyticalProperties
BHP.SpaceAnalyticalFragment spaceAnalyticalProperties = new BHP.SpaceAnalyticalFragment();
spaceAnalyticalProperties.DaylightFactor = tbdSpace.daylightFactor;
spaceAnalyticalProperties.FacadeLength = tbdSpace.facadeLength;
spaceAnalyticalProperties.FixedConvectionCoefficient = tbdSpace.fixedConvectionCoefficient;
spaceAnalyticalProperties.SizeCoolingMethod = ((TBD.SizingType)tbdSpace.sizeCooling).FromTAS();
spaceAnalyticalProperties.SizeHeatingMethod = ((TBD.SizingType)tbdSpace.sizeCooling).FromTAS();
space.Fragments.Add(spaceAnalyticalProperties);
//Extended Properties
TASSpaceData tasData = new TASSpaceData();
tasData.Colour = System.Convert.ToUInt32(tbdSpace.colour);
tasData.DaylightFactor = tbdSpace.daylightFactor;
tasData.ExposedPerimeter = tbdSpace.exposedPerimeter;
tasData.External = tbdSpace.external;
tasData.FacadeLength = tbdSpace.facadeLength;
tasData.FixedConvectionCoefficient = tbdSpace.fixedConvectionCoefficient;
tasData.FloorArea = tbdSpace.floorArea;
tasData.TASID = tbdSpace.GUID.RemoveBrackets();
tasData.Length = tbdSpace.length;
tasData.SizeCooling = tbdSpace.sizeCooling;
tasData.SizeHeating = tbdSpace.sizeHeating;
tasData.Volume = tbdSpace.volume;
tasData.WallFloorAreaRatio = tbdSpace.wallFloorAreaRatio;
TASDescription tasDescription = new TASDescription();
tasDescription.Description = tbdSpace.description;
//Proces to extract Number of people directly into space if needed
//double[] YearlyPeopleSensibleSepcificGain = Query.GetNumberOfPeople(tbdDocument, tbdSpace);
//double MaxSpecificSensibleGain = YearlyPeopleSensibleSepcificGain.Max();
//double[] YearlyPeopleLatenteSepcificGain = Query.GetNumberOfPeople(tbdDocument, tbdSpace, TBD.Profiles.ticOLG);
//double MaxSpecificLatentGain = YearlyPeopleLatenteSepcificGain.Max();
//double NumberOfPeople = PeopleDesity / tbdSpace.floorArea;
space.Fragments.Add(tasData);
space.Fragments.Add(tasDescription);
return(space);
}