/// <summary>
/// 将线管连接到设备中的指定的那一个连接件上
/// </summary>
/// <param name="cabConnctor"> 配电箱中的要进行连接的连接件</param>
/// <returns></returns>
public FamilyInstance Connect(Transaction docTrans, Connector cabConnctor)
{
Connector conduitConnector = null;
double nearestDist = double.MaxValue;
// 首先找到线管中指向配电箱的那个connector
foreach (Connector conduitConn in MEPHelper.FilterConnectors(_conduit.ConduitIns.ConnectorManager.Connectors))
{
// 判断准则： conduitConn 的方向与两点连线方向夹角小于90度，而且线管连接件的标高要小于设备连接件的标高
// 在满足条件的线管连接件中，取其中到设备连接件的距离最短的那一个
if (conduitConn.CoordinateSystem.BasisZ.Z > 0.000001 || conduitConn.Origin.Z >= cabConnctor.Origin.Z)
{
continue;
}
double angle = conduitConn.CoordinateSystem.BasisZ.AngleTo(cabConnctor.Origin.Subtract(conduitConn.Origin));
double dist = conduitConn.Origin.DistanceTo(cabConnctor.Origin);
if (angle < Math.PI / 2 && dist < nearestDist)
{
conduitConnector = conduitConn;
}
}
// 开始连接
if (conduitConnector == null)
{
throw new NullReferenceException(" 在线管中未找到合适的连接件来进行连接。\r\n" +
" 有效的连接件的方向应该水平，低于电气设备中指定连接件的标高，而且指向设备。");
}
FamilyInstance elbow = Connect(docTrans, cabConnctor, conduitConnector);
return(elbow);
}
private void DoOutput(Document doc)
{
/*
* inFile format:
* 1st line: 0 + "\r\n"
* 2nd line: rvt file name + "\t" + bldg name + "\t\r\n"
* 3rd line: level(l1) + "\t" + l2 + "\t" + ... + "\r\n"
*/
string inFile = "0\r\n";
string title = doc.Title.Remove(doc.Title.Length - 4).Replace("\r\n", "");
if (15 < title.Length)
{
title = title.Remove(15);
}
string bldgName = doc.ProjectInformation.BuildingName.Replace("\r\n", "");
if (15 < bldgName.Length)
{
title = bldgName.Remove(15);
}
inFile += title + "\t"
+ bldgName + "\t\r\n";
MyLevel.WriteLevelsToInFile(ref inFile);
MEPHelper.WriteMEPToInFile(doc, ref inFile);
IOHelper.Output(inFile, "PGCTF.IN");
}
protected virtual void ExtractObjects(MEPComponents mepComp)
{
MEPId mepId = null;
int num = 0;
try
{
mepId = MEPHelper.GetId(mepComp);
num = mepId.builtInCategories.Count;
}
catch { }
for (int i = 0; i < num; ++i)
{
BuiltInCategory bic = mepId.builtInCategories[i];
ElementType et = mepId.elementTypes[i];
FilteredElementCollector coll = new FilteredElementCollector(_doc);
FamilyInstanceFilter fif = new FamilyInstanceFilter(_doc, et.Id);
_equips.AddRange(coll.OfCategory(bic).WherePasses(fif).Cast <FamilyInstance>().ToList());
}
}
public Result Execute(ExternalCommandData revit, ref string message, ElementSet elements)
{
ErrorWriter.SetWriter();
ErrorWriter errorWriter = ErrorWriter.GetWriter();
//FireProtectionColl fireProColl = new FireProtectionColl();
try
{
//Get Doc
UIDocument uidoc = revit.Application.ActiveUIDocument;
Document doc = uidoc.Document;
//Set Level
FilteredElementCollector LevelCollector = new FilteredElementCollector(doc);
ElementFilter LevelFilter = new ElementClassFilter(typeof(Level));
LevelCollector.WherePasses(LevelFilter);
MyLevel.SetMyLevel(LevelCollector);
//IO
DoOutput(doc);
//fireProColl.OutputIN2(doc);
Process process = Process.Start(PGPath.exeDirectory + "PGCreator.exe", PGPath.exeDirectory);
process.WaitForExit();
char[] outFile = IOHelper.Input("PGCTF.OUT");
IOHelper.Output("1", "PGCTF.OUT");
IOHelper.TryHideFile("PGCTF.OUT");
//Process
if (outFile[0] == '0')
{
MEPHelper.ReadBinFile();
AdditionalInfo addiInfo = new AdditionalInfo(outFile);
MyLevel.AdjustLevels(addiInfo);
PGWriter.SetWriter(addiInfo);
AbandonmentWriter.SetWriter(addiInfo);
PGWriter pgWriter = PGWriter.GetWriter();
if (addiInfo.requiredComp[(byte)PGComponents.BeamColumnJoint])
{
pgWriter.UpdatePGs(PBeamColumnJoints.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.ShearWall])
{
pgWriter.UpdatePGs(PShearWall.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.GypWall] ||
addiInfo.requiredComp[(byte)PGComponents.WallFinish])
{
pgWriter.UpdatePGs(PGypWall.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.CurtainWall])
{
pgWriter.UpdatePGs(PCurtainWall.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Storefront])
{
pgWriter.UpdatePGs(PStorefront.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Ceiling] ||
addiInfo.requiredComp[(byte)PGComponents.CeilingLighting])
{
pgWriter.UpdatePGs(PCeiling.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.MasonryWall])
{
pgWriter.UpdatePGs(PMasonryWall.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Duct])
{
pgWriter.UpdatePGs(PDuct.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Pipe])
{
pgWriter.UpdatePGs(PPipe.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Chiller])
{
pgWriter.UpdatePGs((new PChiller(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.CoolingTower])
{
pgWriter.UpdatePGs((new PCoolingTower(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.Compressor])
{
pgWriter.UpdatePGs((new PCompressor(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.HVACFan_InLine])
{
pgWriter.UpdatePGs((new PHVACFan_InLine(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.Diffuser])
{
pgWriter.UpdatePGs((new PDiffuser(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.VAV])
{
pgWriter.UpdatePGs((new PVAV(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.HVACFan])
{
pgWriter.UpdatePGs((new PHVACFan(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.AHU])
{
pgWriter.UpdatePGs((new PAHU(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.ControlPanel])
{
pgWriter.UpdatePGs((new PControlPanel(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.FireSprinkler])
{
pgWriter.UpdatePGs((new PFireSprinkler(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.Transformer])
{
pgWriter.UpdatePGs((new PTransformer(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.MCC])
{
pgWriter.UpdatePGs((new PMCC(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.LVS])
{
pgWriter.UpdatePGs((new PLVS(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.DistPanel])
{
pgWriter.UpdatePGs((new PDistPanel(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.BatteryRack])
{
pgWriter.UpdatePGs((new PBatteryRack(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.BatteryCharger])
{
pgWriter.UpdatePGs((new PBatteryCharger(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.DieselGen])
{
pgWriter.UpdatePGs((new PDieselGen(doc, addiInfo)).GetPG());
}
if (addiInfo.requiredComp[(byte)PGComponents.BracedFrame])
{
pgWriter.UpdatePGs(PBracedFrame.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.SteelBCJoint])
{
pgWriter.UpdatePGs(PStealBCJoints.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.FlatSlab])
{
pgWriter.UpdatePGs(PFlatSlab.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.LinkBeam])
{
pgWriter.UpdatePGs(PLinkBeam.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Stair])
{
pgWriter.UpdatePGs(PStair.GetPG(doc, addiInfo));
}
if (addiInfo.requiredComp[(byte)PGComponents.Roof])
{
pgWriter.UpdatePGs(PRoof.GetPG(doc, addiInfo));
}
normalExit = true;
}
}
catch (Exception e)
{
errorWriter.WriteError(e);
normalExit = false;
TaskDialog.Show("PGCreator", "未能正确导出性能组，请与软件提供者联系");
}
finally
{
ErrorWriter.Output();
if (normalExit)
{
AbandonmentWriter.Output();
PGWriter.Output();
TaskDialog.Show("PGCreator", "性能组导出成功!");
}
}
return(Result.Succeeded);
}
public List <Connector> GetConnetors()
{
return(MEPHelper.FilterConnectors(MepModel.ConnectorManager.Connectors));
}
