void TestLoopCircuit(StartElementData data, Action <List <Element> > totalElments = null)
{
ClearErrorListView();
MtTravelsalTree tree = new MtTravelsalTree(m_uIDocument.Document, data.System);
List <Element> eles = tree.TestCircuit(data.StartElement, m_isSameSystem, m_multiSystem, IsIsolatedElements, totalElments);
if (eles != null && eles.Count != 0)
{
foreach (var ele in eles)
{
AddListViewErrorData(ele, MtCommon.GetStringValue(ErrorType.Circuit));
}
}
IList <PipeRelationError> pipeRelationErrors = m_dicPipeRelationError.Select(v => v.Value).ToList();
pipeRelationErrors = pipeRelationErrors.OrderBy(v => (v.FamilyName + v.TypeName)).ToList();
SetErrorListView(pipeRelationErrors);
}
public void OnTraversalTree(StartElementData data, bool isSaveIntoDB = true)
{
try {
MtTravelsalTree tree = new MtTravelsalTree(m_uIDocument.Document, data.System);
tree.TraversePipe(data.StartElement, m_isSameSystem, m_multiSystem);
if (isSaveIntoDB)
{
string colName = string.Join(",", new string[] { m_systemName, m_subsystemName, m_tunnelName, m_tableName, m_columnName });
tree.SaveIntoDB(m_dbfilepath, colName, m_isPositiveDir, m_isWaterReturnPipe);
if (tree.IsHide)
{
Document doc = m_uIDocument.Document;
tree.HideTraverseElement(doc);
}
}
else
{
Document doc = m_uIDocument.Document;
tree.HideTraverseElement(doc);
}
} catch (Exception) {
TaskDialog.Show("Error", "不明所以！");
}
}
