public static global::OpenStudio.SubSurface ToOSM(this BHE.Opening opening, global::OpenStudio.Surface hostSurface, global::OpenStudio.Construction construction, global::OpenStudio.Model referenceModel)
{
Point3dVector openingPts = opening.Polyline().IDiscontinuityPoints().ToOSM();
SubSurface osmOpening = new SubSurface(openingPts, referenceModel);
osmOpening.setSubSurfaceType(opening.Type.ToOSMFenestrationType());
osmOpening.setSurface(hostSurface);
osmOpening.setConstruction(construction);
double oA = osmOpening.azimuth();
double hA = hostSurface.azimuth();
if (oA != hA)
{
osmOpening.setName("NOT EQUAL AZIMUTH - " + osmOpening.name());
}
if (osmOpening.azimuth() < (hostSurface.azimuth() - 1) || osmOpening.azimuth() > (hostSurface.azimuth() + 1))
{
osmOpening.setVertices(opening.Polyline().IFlip().ICollapseToPolyline(BHG.Tolerance.Angle).ToOSM());
}
return(osmOpening);
}
public static BHG.Polyline ToBHoM(this Point3dVector osmLine)
{
BHG.Polyline pLine = new BHG.Polyline();
foreach (Point3d p in osmLine)
{
pLine.ControlPoints.Add(p.ToBHoM());
}
return(pLine);
}
public static Point3dVector ToOSM(this List <BHG.Point> pts)
{
Point3dVector vector = new Point3dVector();
pts.Remove(pts.Last());
foreach (BHG.Point p in pts)
{
vector.Add(p.ToOSM());
}
return(vector);
}
public static Point3dVector ToOSM(this BHG.Polyline pLine)
{
Point3dVector osmLine = new Point3dVector();
foreach (BHG.Point p in pLine.ControlPoints)
{
osmLine.Add(p.ToOSM());
}
osmLine.RemoveAt(pLine.ControlPoints.Count - 1);
return(osmLine);
}