private void launchResults(Objects.AnalysisResults res)
{
UI.Load f = new UI.Load(_controller, _controller.GetUIDoc().Application, res.File);
f.Text += " (Runtime: " + res.Span + ")";
IntPtr currentRevitWin = Utilities.WindowsUtils.GetMainWindowHandle();
if (currentRevitWin != null)
{
UI.WindowHandle handle = new UI.WindowHandle(currentRevitWin);
f.Show(handle);
Utilities.WindowsUtils.RegisterModeless(f); // keep track of it, so that we can close it later and prevent two at the same time.
}
else
{
f.Show();
}
}
public Result Execute(ExternalCommandData commandData, ref string message, ElementSet elements)
{
try
{
Utilities.WindowsUtils.CloseAll(); // close any open modeless windows we know about.
//// temp.
//Objects.Results res = new Objects.Results();
//res.Nodes.Add(new Objects.Node() { Name = "Node1V", Location = new XYZ(0, 0, 0), NodeType = Objects.Node.NodeTypeEnum.Vav, SpaceId = "1234" });
//res.Nodes.Add(new Objects.Node() { Name = "Node2C", Location = new XYZ(10, 10, 0), NodeType = Objects.Node.NodeTypeEnum.Other, SpaceId = null });
//res.Nodes.Add(new Objects.Node() { Name = "Node3C", Location = new XYZ(5, 5, 0), NodeType = Objects.Node.NodeTypeEnum.Other, SpaceId = null });
//res.Nodes.Add(new Objects.Node() { Name = "Node4S", Location = new XYZ(12, 17, 0), NodeType = Objects.Node.NodeTypeEnum.Shaft, SpaceId = "1234" });
//Objects.Solution sol = new Objects.Solution() { Shaft = "Shaft1", Cost = 10, SheetMetal = 5, StaticPressure = 5 };
//sol.Edges.Add(new Objects.Edge() { Node1 = res.Nodes[0].Id, Node2 = res.Nodes[1].Id, Airflow = 5, Diameter = 2, Distance = 10 });
//sol.Edges.Add(new Objects.Edge() { Node1 = res.Nodes[1].Id, Node2 = res.Nodes[2].Id, Airflow = 7, Diameter = 3, Distance = 2 });
//sol.Edges.Add(new Objects.Edge() { Node1 = res.Nodes[2].Id, Node2 = res.Nodes[3].Id, Airflow = 9, Distance = 3, Diameter = 2 });
//res.Solutions.Add(sol);
//sol = new Objects.Solution() { Shaft = "Shaft1", Cost = 10, SheetMetal = 5, StaticPressure = 5 };
//sol.Edges.Add(new Objects.Edge() { Node1 = res.Nodes[2].Id, Node2 = res.Nodes[0].Id, Airflow = 4, Diameter = 1, Distance = 11 });
//sol.Edges.Add(new Objects.Edge() { Node1 = res.Nodes[1].Id, Node2 = res.Nodes[2].Id, Airflow = 8, Diameter = 2.5, Distance = 8 });
//sol.Edges.Add(new Objects.Edge() { Node1 = res.Nodes[0].Id, Node2 = res.Nodes[3].Id, Airflow = 12, Distance = 15, Diameter = 2 });
//res.Solutions.Add(sol);
//string results = Newtonsoft.Json.JsonConvert.SerializeObject(res);
//System.IO.File.WriteAllText(@"C:\Temp\Sample-results.json", results);
Controllers.Controller c = new Controllers.Controller(commandData.Application.ActiveUIDocument);
UI.Load f = new UI.Load(c, commandData.Application);
IntPtr currentRevitWin = Utilities.WindowsUtils.GetMainWindowHandle();
if (currentRevitWin != null)
{
UI.WindowHandle handle = new UI.WindowHandle(currentRevitWin);
f.Show(handle);
Utilities.WindowsUtils.RegisterModeless(f); // keep track of it, so that we can close it later and prevent two at the same time.
}
else
{
f.Show();
}
return(Result.Succeeded);
}
catch (ApplicationException aex)
{
MessageBox.Show(aex.Message);
}
catch (Exception ex)
{
TaskDialog td = new TaskDialog("Error");
td.MainContent = "An unexpected error occurred: " + Environment.NewLine + ex.GetType().Name + ": " + ex.Message;
td.ExpandedContent = ex.StackTrace;
td.Show();
}
return(Result.Failed);
}
