private static void DF_AssignBoundaryConditions(IReadOnlyCollection <SpatialObjectWrapper> objects)
{
foreach (var so in objects)
{
var offset = so.Self.get_Parameter(BuiltInParameter.ROOM_LOWER_OFFSET).AsDouble();
var boundaryCurves = so.Room2D.FloorBoundary.GetCurves(so.Level.Elevation + offset);
for (var i = 0; i < boundaryCurves.Count; i++)
{
var currentBc = so.Room2D.BoundaryConditions[i];
if (currentBc is Schemas.Surface)
{
continue;
}
// (Konrad) Adiabatic can only be assigned to Boundaries that don't have a Window.
var allowAdiabatic = so.Room2D.WindowParameters[i] == null;
var bc = BoundaryConditionBase.DF_Init(objects.Where(x => !Equals(x, so) && x.Level.Id == so.Level.Id), boundaryCurves[i], so, allowAdiabatic);
if (bc is Outdoors)
{
continue;
}
so.Room2D.BoundaryConditions[i] = bc;
}
var holeCurves = so.Room2D.FloorHoles.SelectMany(x => x.GetCurves(so.Level.Elevation + offset)).ToList();
for (var i = 0; i < holeCurves.Count; i++)
{
var currentBc = so.Room2D.BoundaryConditions[boundaryCurves.Count + i];
if (currentBc is Schemas.Surface)
{
continue;
}
// (Konrad) Adiabatic can only be assigned to Boundaries that don't have a Window.
var allowAdiabatic = so.Room2D.WindowParameters[boundaryCurves.Count + i] == null;
var bc = BoundaryConditionBase.DF_Init(objects.Where(x => !Equals(x, so) && x.Level.Id == so.Level.Id), holeCurves[i], so, allowAdiabatic);
if (bc is Outdoors)
{
continue;
}
so.Room2D.BoundaryConditions[boundaryCurves.Count + i] = bc;
}
}
}
public static HB.AnyOf <HB.Outdoors, HB.Surface> ToHoneybeeAnyOf(this BoundaryConditionBase bc)
{
switch (bc)
{
case Adiabatic unused:
case Ground unused1:
return(new HB.AnyOf <HB.Outdoors, HB.Surface>(new HB.Outdoors()));
case Outdoors outdoors:
return(new HB.AnyOf <HB.Outdoors, HB.Surface>(outdoors.ToHoneybee() as HB.Outdoors));
case Surface surface:
return(new HB.AnyOf <HB.Outdoors, HB.Surface>(surface.ToHoneybee() as HB.Surface));
default:
return(new HB.AnyOf <HB.Outdoors, HB.Surface>(new HB.Outdoors()));
}
}
