/// <summary>
/// Get the current conector of the element
/// </summary>
/// <param name="elm"></param>
/// <param name="conn"></param>
private void CheckDoubleConn(ref int checkValue, ref ConnectorSet connectSet, ref Connector CurrentConnector)
{
List <Connector> connectorList = new List <Connector>();
List <Element> adjacentElement = new List <Element>();
foreach (Connector c in connectSet)
{
if (ConnectorsHelper.ConnStatus(c))
{
ConnectorSet secondary = c.AllRefs;
foreach (Connector cone in secondary)
{
adjacentElement.Add(this._doc.GetElement(cone.Owner.Id));
}
}
}
adjacentElement = adjacentElement.Distinct <Element>().ToList <Element>();
Connector temConnector = null;
int count = 0;
foreach (Element elem in adjacentElement)
{
foreach (Connector c3 in connectorList)
{
if (this.isAdjacentValidElmt(elem, c3))
{
count++;
temConnector = c3;
}
}
}
if (count == 1)
{
checkValue = 1;
CurrentConnector = temConnector;
}
}
private void NumberPartButton_Click(object sender, RoutedEventArgs el)
{
Connector CurrentConnector = null;
List <Element> RunElements = new List <Element>();
List <ElementId> RunElementsId = new List <ElementId>();
base.Hide();
Element e;
//Select the element only if it is a part number
using (Transaction AssingPartNumberT = new Transaction(tools.uidoc.Document, "Assing Part Number"))
{
AssingPartNumberT.Start();
e = tools.NewSelection();
AssingPartNumberT.Commit();
}
//Make sure that the user selected a valid element
if (e == null)
{
goto CloseApp;
}
ConnectorSet connectors = this.getConnectorSetFromElement(e);
int connectCount = 0;
//Get the numbers of connectors of the element
foreach (Connector c in connectors)
{
//Conector must be connected, must be a End conector and should have another element connected to it.
if (c.IsConnected && c.ConnectorType.ToString() != "Curve" && this.ConnectionCheck(c) != 0)
{
connectCount += 1;
CurrentConnector = c;
}
}
//Check if the element is isolated
if (connectCount == 0 || SnglElmtButton)
{
RunElements.Add(e);
connectCount = 0;
}
//Check if the element has more than 2 connections
if (connectCount >= 2)
{
//check if the element is a false positive
this.CheckDoubleConn(ref connectCount, ref connectors, ref CurrentConnector);
if (connectCount >= 2)
{
System.Windows.MessageBox.Show("The elements is not an endpoint", "warning");
goto CloseApp;
}
}
//Check if the element has 1 connection
if (connectCount == 1)
{
int tempValue = 1;
ConnectorSet TempConnectors = null;
List <Connector> TempConnectorsList = new List <Connector>();
Element tempElem = e;
int iterationsCount = 0;
TempConnectors = connectors;
while (tempValue == 1)
{
int countConnect = 0;
if (checkRoundDucts(RoundDuctsBool, tempElem))
{
RunElements.Add(tempElem);
}
RunElementsId.Add(tempElem.Id);
//Make sure that the elements are conected if connectors
//are geometrically aligned
foreach (Connector fcon in TempConnectors)
{
if (ConnectorsHelper.ConnStatus(fcon))
{
if (this.ConnectionCheck(fcon) != 0)
{
countConnect++;
}
}
}
//Check if the element is a tee
if (ConnectorsHelper.TeeDetect(TempConnectors))
{
tempValue = 2;
goto EndLoop;
}
if (countConnect == 1 && iterationsCount != 0)
{
tempValue = 2;
goto EndLoop;
}
else
{
ConnectorSet secondary = CurrentConnector.AllRefs;
foreach (Connector cone in secondary)
{
if (!RunElementsId.Contains(cone.Owner.Id))
{
//Check if the following element is connected from the side
tempElem = this._doc.GetElement(cone.Owner.Id);
Category cat = tempElem.Category;
BuiltInCategory enumCat = (BuiltInCategory)cat.Id.IntegerValue;
if (enumCat.ToString() != "OST_FabricationDuctwork")
{
tempValue = 2;
goto EndLoop;
}
}
}
TempConnectors = this.getConnectorSetFromElement(tempElem);
foreach (Connector connec in TempConnectors)
{
//Check that the previous element is not connecting from side
if (!ConnectorsHelper.ConnStatus(connec))
{
foreach (Connector con in connec.AllRefs)
{
if (RunElementsId.Contains(con.Owner.Id))
{
tempValue = 2;
goto EndLoop;
}
}
}
//Get the next useful connector
if (ConnectorsHelper.ConnStatus(connec))
{
foreach (Connector con in connec.AllRefs)
{
if (!RunElementsId.Contains(con.Owner.Id))
{
CurrentConnector = connec;
}
}
}
}
}
EndLoop:
iterationsCount++;
}
}
List <string> listToStringComplete = this.listToString(RunElements);
if (RunElements.Count != 0)
{
foreach (Element elmnt in RunElements)
{
using (Transaction AssingPartNumberT2 = new Transaction(tools.uidoc.Document, "Assing Part Number"))
{
tools.selectedElements.Clear();
AssingPartNumberT2.Start();
//Find all the elements that are the same in the RunElements list
tools.AddToSelection(elmnt, listToStringComplete, RunElements, checkBoxDuplicates);
//Generate the part number
string partNumber = tools.createNumbering(this.PrefixBox.Text, this.SeparatorBox.Text, tools.count, this.NumberBox.Text.Length);
//Assign the part number to each selected element
foreach (Element x in tools.selectedElements)
{
tools.AssingPartNumber(x, partNumber);
}
if (tools.selectedElements.Count != 0)
{
tools.count++;
}
int leadingZeros = (this.NumberBox.Text.Length > 1) ? (this.NumberBox.Text.Length - tools.count.ToString().Length) : 0;
if (leadingZeros >= 0)
{
this.NumberBox.Text = new string('0', leadingZeros) + tools.count.ToString();
}
else
{
this.NumberBox.Text = tools.count.ToString();
}
tools.writeConfig(this.PrefixBox.Text, this.SeparatorBox.Text, this.NumberBox.Text);
Options options = this.uiApp.Application.Create.NewGeometryOptions();
AssingPartNumberT2.Commit();
}
}
}
CloseApp :;
base.ShowDialog();
}
