private void OnCommandEnded(Document doc, string globalName)
{
// 比较之前保存的通信管道，对于新增加的通信管道，添加监控
//通信管道的判断标准是 使用了 规划或现有 通信管道的PartList
if (!_TXCommandNames.Contains(globalName))
{
return;
}
var db = doc.Database;
var TXPipeIds = new List <ObjectId>();
using (var tr = db.TransactionManager.StartTransaction())
{
var networkIds = Utils.FindEntities <Network>(db);
if (!networkIds.Any())
{
return;
}
//规划通信 和 现状通信
var plIds_GHTX = NetworkUtils.GetPartListInformation()[(int)GHPipeType.TXG].GetPartListObjectIds();
var plIds_XZTX = NetworkUtils.GetPartListInformation()[(int)XZPipeType.TXG].GetPartListObjectIds();
//取不到这些PartList，说明这个图不符合我们的要求，就不用继续处理了
if (plIds_GHTX == null || plIds_XZTX == null)
{
return;
}
var TXPartListIds = new List <ObjectId> {
plIds_GHTX.PartListId, plIds_GHTX.PartListId
};
foreach (ObjectId networkId in networkIds)
{
var network = tr.GetObject(networkId, OpenMode.ForRead) as Network;
if (!TXPartListIds.Contains(network.PartsListId))
{
continue; //不是通信管就不管了
}
var pipeIds = network.GetPipeIds();
TXPipeIds.AddRange(pipeIds.ToList());
}
}
var newTXIds = TXPipeIds.Except(_TXPipeIds);
if (!newTXIds.Any())
{
return;
}
var pipeSizeMonitor = PipeSizeMonitorManager.GetInstance(doc);
newTXIds.ForEach(i => pipeSizeMonitor.StartMonitor(i, true));
}
//每个Document被创建的时候，我们需要注册Event监控命令的执行
//例如PxImportSHPToPipeNetwork,这些命令创建的 通信 管道，我们需要开始监控他的Size，Size变化需要自动刷新Module孔数
private void DocumentManager_DocumentCreated(object sender, Autodesk.AutoCAD.ApplicationServices.DocumentCollectionEventArgs e)
{
var doc = e.Document;
Assertion.Assert(doc != null);
var db = doc.Database;
doc.CommandWillStart += Doc_CommandWillStart;
doc.CommandEnded += Doc_CommandEnded;
doc.CommandCancelled += Doc_CommandCancelled;
doc.CommandFailed += Doc_CommandFailed;
var TXPipeIds = new List <ObjectId>();
using (var tr = db.TransactionManager.StartTransaction())
{
var networkIds = Utils.FindEntities <Network>(db);
if (!networkIds.Any())
{
return;
}
//规划通信 和 现状通信
var plIds_GHTX = NetworkUtils.GetPartListInformation()[(int)GHPipeType.TXG].GetPartListObjectIds();
var plIds_XZTX = NetworkUtils.GetPartListInformation()[(int)XZPipeType.TXG].GetPartListObjectIds();
//取不到这些PartList，说明这个图不符合我们的要求，就不用继续处理了
if (plIds_GHTX == null || plIds_XZTX == null)
{
return;
}
var TXPartListIds = new List <ObjectId> {
plIds_GHTX.PartListId, plIds_GHTX.PartListId
};
foreach (ObjectId networkId in networkIds)
{
var network = tr.GetObject(networkId, OpenMode.ForRead) as Network;
if (!TXPartListIds.Contains(network.PartsListId))
{
continue; //不是通信管就不管了
}
var pipeIds = network.GetPipeIds();
TXPipeIds.AddRange(pipeIds.ToList());
}
tr.Commit();
}
var pipeSizeMonitor = PipeSizeMonitorManager.GetInstance(doc);
TXPipeIds.ForEach(i => pipeSizeMonitor.StartMonitor(i, false));
}
