public static void SetOLF(this UIApplication app, string text)
//ExternalCommandData commandData,
//ref string message,
//ElementSet elements)
{
var Factors = Enum.GetNames(typeof(OccLoadFactor)).ToList();
if (Factors.Any(x => x == "A" + text))
{
int numb = Factors.IndexOf("A" + text);
Document doc = app.ActiveUIDocument.Document;
Selection sel = app.ActiveUIDocument.Selection;
ISelectionFilter selectionFilter = new RoomSelectionFilter();
Reference ChangedObject = sel.PickObject(ObjectType.Element, selectionFilter);
Room r = doc.GetElement(ChangedObject.ElementId) as Room;
NeuralNetwork net = OLFNetwork.GetNetwork(CMDLibrary.WriteNull);
Sample s = new Sample(CC_Library.Datatypes.Datatype.OccupantLoadFactor);
s.TextInput = r.Name;
s.DesiredOutput = new double[net.Layers.Last().Biases.Count()];
s.DesiredOutput[numb] = 1;
OLFNetwork.Propogate(CMDLibrary.WriteNull);
using (Transaction t = new Transaction(doc, "Set Param"))
{
t.Start();
Element e = r as Element;
e.Set(Params.OccupantLoadFactor, text);
t.Commit();
}
}
}
public static void UpdateLoadFactor(this Element ele)
{
try
{
Room r = ele as Room;
var name = r.Name;
var pred = OLFNetwork.Predict(name, CMDLibrary.WriteNull);
var numb = pred.ToList().IndexOf(pred.Max());
var loadfactor = Enum.GetNames(typeof(OccLoadFactor)).ToList()[numb].Remove(0, 1);
r.SetIntParam(
Params.OccupantLoadFactor,
loadfactor);
}
catch (Exception e) { e.OutputError(); }
}
