//创建
private void CreatePowerCircuit()
{
List <ElementId> selectionElementId = new List <ElementId>();
ElementSet elements = new ElementSet();
foreach (ElementId elementId in selection.GetElementIds())
{
elements.Insert(uiDocument.Document.GetElement(elementId));
}
foreach (Element e in elements)
{
selectionElementId.Add(e.Id);
}
try
{
// Creation
ElectricalSystem es = ElectricalSystem.Create(uiDocument.Document, selectionElementId, ElectricalSystemType.PowerCircuit);
// Select the newly created power system
selection.GetElementIds().Clear();
selection.GetElementIds().Add(es.Id);
}
catch (Exception)
{
ShowErrorMessage("FailedToCreateCircuit");
}
}
public void SelectCircuit(int index)
{
// Locate ElectricalSystemItem by index
ElectricalSystemItem esi = m_electricalSystemItems[index] as ElectricalSystemItem;
ElementId ei = esi.Id;
// Locate expected electrical system
m_selectedElectricalSystem = uiDocument.Document.GetElement(ei) as ElectricalSystem;
// Select the electrical system
SelectCurrentCircuit();
}
private bool IsElementBelongsToCircuit(MEPModel mepModel, ElectricalSystem selectedElectricalSystem)
{
ElectricalSystemSet ess = mepModel.ElectricalSystems;
if (null == ess || !ess.Contains(selectedElectricalSystem))
{
return(false);
}
return(true);
}
static private bool IsElementBelongsToCircuit(MEPModel mepModel,
ElectricalSystem selectedElectricalSystem)
{
ISet <ElectricalSystem> ess = mepModel.GetElectricalSystems();
if (null == ess || !ess.Contains(selectedElectricalSystem))
{
return(false);
}
return(true);
}
private void AllDevices_Click(object sender, EventArgs e)
{
for (int i = 0; i < checkedListBox1.Items.Count; i++)
{
if (checkedListBox1.GetItemChecked(i) == true)
{
ElectricalSystem electricalcircuit = elem1[i] as ElectricalSystem;
electricalcircuit.CircuitPathMode = ElectricalCircuitPathMode.AllDevices;
}
}
this.Close();
}
/// <summary>
/// Get selected index from circuit selecting form and locate expected circuit
/// </summary>
/// <param name="index">Index of selected item in circuit selecting form</param>
public void SelectCircuit(int index)
{
// Locate ElectricalSystemItem by index
ElectricalSystemItem esi = m_electricalSystemItems[index] as ElectricalSystemItem;
Autodesk.Revit.DB.ElementId ei = esi.Id;
// Locate expected electrical system
m_selectedElectricalSystem = m_revitDoc.Document.get_Element(ei) as ElectricalSystem;
// Select the electrical system
SelectCurrentCircuit();
}
public Circuit(Boolean select, string panelName, string upperLevelPanel, string lowerLevelPanel, string circuitNumber, string circuitName, string upperLevelElem, string lowerLevelElem, string serviceType, ElectricalSystem elementcircuit)
{
//TODO: add service type
Select = select;
PanelName = panelName;
UpperLevelPanel = upperLevelPanel;
LowerLevelPanel = lowerLevelPanel;
CircuitNumber = circuitNumber;
CircuitName = circuitName;
UpperLevelElem = upperLevelElem;
LowerLevelElem = lowerLevelElem;
ElementCircuit = elementcircuit;
ServiceType = serviceType;
}
public SystemInfoElec(ElectricalSystem system)
{
Name = system.Name;
ElecFixturesDic =
new Dictionary <RoomInfoElec, List <FixtureE> >();
///Try to get the base panel.
///If can't find,prompt the user.
try
{
BaseEquipment = new FixtureE(system.BaseEquipment);
}
catch
{
throw new Exception("The panel of "
+ system.Name + " is not set.");
}
Wires = new List <Curve>();
}
static void PopulateChildren(
MapParentToChildren mapParentToChildren,
Element parent )
{
Connector c2 = null;
ElementId id = parent.Id;
FamilyInstance fi = parent as FamilyInstance;
ElectricalSystem eq = parent as ElectricalSystem;
Debug.Assert( null != fi || null != eq, "expected element to be family instance or electrical system" );
ConnectorSet connectors = (null == eq)
? fi.MEPModel.ConnectorManager.Connectors
: eq.ConnectorManager.Connectors;
foreach( Connector c in connectors )
{
Debug.Assert( c.Owner.Id.Equals( id ), "expected connector owner to be this element" );
//if( c.IsConnected ) // only valid for PhysicalConn
//MEPSystem mepSystem = c.MEPSystem; // null for electrical connector
//if( null == mepSystem ) // || !mepSystem.Id.IntegerValue.Equals( m_system.Id.IntegerValue )
//{
// continue;
//}
//c2 = GetConnectedConnector( c );
ConnectorSet refs = c.AllRefs;
Debug.Assert( 1 == refs.Size, "expected one single connected connector" );
foreach( Connector tmp in refs )
{
c2 = tmp;
}
if( null != c2 )
{
Element e = c2.Owner;
Debug.Assert( null != e, "expected valid connector owner" );
Debug.Assert( e is FamilyInstance || e is ElectricalSystem, "expected electrical connector owner to be family instance or electrical equipment" );
mapParentToChildren.Add( id, e );
}
}
}
//Метод для немедленного обновления (сразу при назначении коннектора)
public static void UpdateConnectorsAll(MapConnectorsToCircuits dic, IList <Reference> lis)
{
foreach (Reference idConn in lis)
{
//создание точек локаций коннекторов
double dos = 100000000;
double dis = 0;
double d;
XYZ p = new XYZ(-25, 20, 0);
List <string> sort = new List <string>();
string idCircuitsStr = "";
//List<string> idCircuits = new List<string>();
foreach (ElementId idCirc in dic[idConn.ElementId])
{
ElectricalSystem circ = _doc.GetElement(idCirc) as ElectricalSystem;
//Проверка. Если элемента с этим ID не существует
if (circ == null)
{
continue;
}
var pointsCirc = circ.GetCircuitPath();
string s = circ.Name;
sort.Add(s);
string idCircStr = idCirc.ToString() + "?";
idCircuitsStr += idCircStr;
}
if (sort == null)
{
continue;
}
sort.Sort();
string namesCircuits = string.Join(" ", sort.ToArray());
Element connector = _doc.GetElement(idConn);
connector.LookupParameter("Комментарии").Set(namesCircuits);
connector.LookupParameter("ID_Circuits").Set(idCircuitsStr);
}
}
private void Stream( ArrayList data, ElectricalSystem elecSys )
{
data.Add( new Snoop.Data.ClassSeparator( typeof( ElectricalSystem ) ) );
data.Add( new Snoop.Data.Double( "Apparent current", elecSys.ApparentCurrent ) );
data.Add( new Snoop.Data.Double( "Apparent current phase A", elecSys.ApparentCurrentPhaseA ) );
data.Add( new Snoop.Data.Double( "Apparent current phase B", elecSys.ApparentCurrentPhaseB ) );
data.Add( new Snoop.Data.Double( "Apparent current phase C", elecSys.ApparentCurrentPhaseC ) );
data.Add( new Snoop.Data.Double( "Apparent load", elecSys.ApparentLoad ) );
data.Add( new Snoop.Data.Double( "Apparent load phase A", elecSys.ApparentLoadPhaseA ) );
data.Add( new Snoop.Data.Double( "Apparent load phase B", elecSys.ApparentLoadPhaseB ) );
data.Add( new Snoop.Data.Double( "Apparent load phase C", elecSys.ApparentLoadPhaseC ) );
data.Add( new Snoop.Data.Bool( "Balanced load", elecSys.BalancedLoad ) );
data.Add( new Snoop.Data.String( "Circuit number", elecSys.CircuitNumber ) );
data.Add( new Snoop.Data.Int( "Ground conductors number", elecSys.GroundConductorsNumber ) );
data.Add( new Snoop.Data.Int( "Hot conductors number", elecSys.HotConductorsNumber ) );
data.Add( new Snoop.Data.Int( "Neutral conductors number", elecSys.NeutralConductorsNumber ) );
data.Add( new Snoop.Data.Double( "Length", elecSys.Length ) );
data.Add( new Snoop.Data.Object( "Load classifications", elecSys.LoadClassifications ) );
data.Add( new Snoop.Data.String( "Load name", elecSys.LoadName ) );
data.Add( new Snoop.Data.String( "Panel name", elecSys.PanelName ) );
data.Add( new Snoop.Data.Int( "Poles number", elecSys.PolesNumber ) );
data.Add( new Snoop.Data.Int( "Runs number", elecSys.RunsNumber ) );
data.Add( new Snoop.Data.Double( "Power factor", elecSys.PowerFactor ) );
data.Add( new Snoop.Data.String( "Power factor state", elecSys.PowerFactorState.ToString() ) );
data.Add( new Snoop.Data.Double( "Rating", elecSys.Rating ) );
data.Add( new Snoop.Data.String( "System type", elecSys.SystemType.ToString() ) );
data.Add( new Snoop.Data.Double( "True current", elecSys.TrueCurrent ) );
data.Add( new Snoop.Data.Double( "True current phase A", elecSys.TrueCurrentPhaseA ) );
data.Add( new Snoop.Data.Double( "True current phase B", elecSys.TrueCurrentPhaseB ) );
data.Add( new Snoop.Data.Double( "True current phase C", elecSys.TrueCurrentPhaseC ) );
data.Add( new Snoop.Data.Double( "True load", elecSys.TrueLoad ) );
data.Add( new Snoop.Data.Double( "True load phase A", elecSys.TrueLoadPhaseA ) );
data.Add( new Snoop.Data.Double( "True load phase B", elecSys.TrueLoadPhaseB ) );
data.Add( new Snoop.Data.Double( "True load phase C", elecSys.TrueLoadPhaseC ) );
data.Add( new Snoop.Data.Double( "Voltage", elecSys.Voltage ) );
data.Add( new Snoop.Data.Double( "Voltage drop", elecSys.VoltageDrop ) );
data.Add( new Snoop.Data.String( "Wire size string", elecSys.WireSizeString ) );
data.Add( new Snoop.Data.Object( "Wire type", elecSys.WireType ) );
}
public Result Execute(
ExternalCommandData commandData,
ref string message,
ElementSet elements)
{
#region The basic from Revit datebase.
UIApplication uiapp = commandData.Application;
UIDocument uidoc = uiapp.ActiveUIDocument;
Autodesk.Revit.ApplicationServices.
Application app = uiapp.Application;
Document doc = uidoc.Document;
#endregion
List <Room> roomSelected = new List <Room>();
///Step1-Confirm the range of calculation.
///
///Ask the user for range of rooms to calculate.
///This is in case multiple houses or group of
///houses are in the same rvt files while their
///electircal system are seperate.
///
///The result will be in roomSelected as a list.
#region Code block of step-1
///Prepare the dialog to show later.
TaskDialog td = new TaskDialog("RoomSelection");
TaskDialogResult tdR;
string roomNames;
///Start selection.If retry button is hit,
///do the loop again.
do
{
///Cleare the result if retry is hit.
roomSelected.Clear();
roomNames = "";
///1-ask user to choose all rooms or not.
td.CommonButtons = TaskDialogCommonButtons.Yes
| TaskDialogCommonButtons.No;
td.MainInstruction = "Do you want to calculate " +
"electrical route for all rooms?\n" +
"If not,press no and select the rooms to " +
"calculate in the model afterward.\n" +
"是否为模型中所有房间计算电路路由？\n" +
"如果不是，选择no并随后在模型中选择需要计算的房间";
tdR = td.Show();
///2-Filter out the rooms selected.
try
{///If yes, than select all rooms in the project.
if (tdR == TaskDialogResult.Yes)
{
FilteredElementCollector colR =
new FilteredElementCollector(doc)
.WhereElementIsNotElementType()
.OfCategory(BuiltInCategory.OST_Rooms);
foreach (Element e in colR)
{
roomSelected.Add(e as Room);
roomNames += e.Name + "\n";
}
}
///If no, prompt the user to select.
///Using the SelFilterRoom to restrain
///the type of selection to room.
else if (tdR == TaskDialogResult.No)
{
IList <Element> elems = uidoc.Selection.
PickElementsByRectangle
(new SelFilterRoom(),
"Choose the room to calculate route.");
foreach (Element e in elems)
{
roomSelected.Add(e as Room);
roomNames += e.Name + "\n";
}
}
///If window is closed,stop the command.
else
{
return(Result.Failed);
}
}
catch (Exception e)
{
TaskDialog.Show("Error", "Something went wrong." +
"Detail infomation:\n" +
"命令出错，详细信息：\n" + e.Message);
return(Result.Failed);
}
///3-Confirm selection with user.
td.CommonButtons = TaskDialogCommonButtons.Yes
| TaskDialogCommonButtons.Retry
| TaskDialogCommonButtons.Cancel;
td.MainInstruction = "Rooms selected 选中房间:\n" +
roomNames + "continue?是否继续?";
td.DefaultButton = TaskDialogResult.Cancel;
tdR = td.Show();
///Choose result:
///Yes-Confirm the selection,break the loop.
///Cancel-Stop the command.
///Retry-Restart the selection process.
if (tdR == TaskDialogResult.Yes)
{
break;
}
if (tdR == TaskDialogResult.Cancel)
{
return(Result.Failed);
}
} while (tdR == TaskDialogResult.Retry);
#endregion
List <RoomInfoElec> roomInfoList
= new List <RoomInfoElec>();
List <SystemInfoElec> systemInfoList
= new List <SystemInfoElec>();
///Step2-Initialize the roominfos and systeminfos.
///
///RoomInfoElec is a custom built type to pre calculate
///and then store the geometry and node infomation
///of each room and contain function relative to
///electrical route calculation.
///
///SystemInfoElec is a cusstom built type to store
///the node and route infomation of an electrical circuit.
///
///This part initialize those info based on rooms selected.
///
///The result is stored in the above two list.
#region Code block of step-2
///1-Ask the user for structural levels.
///
///This infomation is not able to acquire directly from
///the Room type.
///The program assume all room share same structural
///floor and ceiling level.
///
double structCeilingH = 0;
double structFloorH = 0;
///Using a form to display all the reference levels
///for user to choose from.
using (CmdAutoRouteEform input = new CmdAutoRouteEform())
{
///Filter out all the levels.
FilteredElementCollector levels =
new FilteredElementCollector(doc)
.WhereElementIsNotElementType()
.OfCategory(BuiltInCategory.OST_Levels);
///Acquire level names and height.
string[] levelNames =
levels.Select(l => l.Name).ToArray();
double[] levelH =
levels.Select(l => l as Level)
.Select(l => l.ProjectElevation)
.ToArray();
///Display the levels on the form.
input.InputLevels(levelNames);
DialogResult dr = input.ShowDialog();
///Result OK-Log the height choosen.
///Result Cancel or other-Cancel the command.
if (dr == DialogResult.OK)
{
structCeilingH = levelH
[input.listCeilingLevel.SelectedIndex];
structFloorH = levelH
[input.listFloorLevel.SelectedIndex];
}
else
{
return(Result.Cancelled);
}
}
///2-Create roomInfo object for each room selected.
foreach (Room r in roomSelected)
{///The constructor of RoomInfoElec will do the job automaticly.
roomInfoList.Add(new RoomInfoElec
(r, structCeilingH, structFloorH));
}
///3-Create systemInfo object for eacy electrical circuit.
/// Add the fixtures info to roomInfo and systemInfo object.
try
{
///Filter out all the electrical circuits.
FilteredElementCollector col =
new FilteredElementCollector(doc)
.WhereElementIsNotElementType()
.OfCategory(BuiltInCategory.OST_ElectricalCircuit);
///Create systemInfo object for each circuit.
foreach (Element elecCir in col)
{
///Transfer the result to electricalsystem type.
ElectricalSystem elecSys
= elecCir as ElectricalSystem;
///The constructor of SystemInfoElec will do the
///basic automaticly.
SystemInfoElec systemInfo
= new SystemInfoElec(elecSys);
///Add each normal fixtures in this system.
foreach (Element f in elecSys.Elements)
{
///If the fixture don't have room which it
///belong to,abandon it.
FamilyInstance fixture = f as FamilyInstance;
if (fixture.Room == null)
{
continue;
}
///Find the roomInfo object for the room.
var roomInfoE = roomInfoList
.Where(r => r.Room.Id == fixture.Room.Id)
.First();
if (roomInfoE == null)
{
continue;
}
///Create the fixture object.
///FixtureE is a custom built type that will
///be used in the calculation later on.
FixtureE fE = new FixtureE(fixture);
///The accessnode of a fixture is where it will
///access the circuit.Refer to the object for details.
fE.SetAccessNode(roomInfoE);
///Add this fixture to both roominfo and systeminfo.
roomInfoE.AddFixture(fE, systemInfo);
systemInfo.AddFixture(fE, roomInfoE);
}
///Add electrical panel as another fixture.
Room room = systemInfo.BaseEquipment.Room;
RoomInfoElec rInfo = roomInfoList
.Where(r => r.Room.Name == room.Name)
.FirstOrDefault()
as RoomInfoElec;
systemInfo.AddFixture
(systemInfo.BaseEquipment, rInfo);
rInfo.AddFixture
(systemInfo.BaseEquipment, systemInfo);
///Finish adding fixture and enlist the object
systemInfoList.Add(systemInfo);
}
}
catch (Exception e)
{
TaskDialog.Show("Error", e.Message);
return(Result.Failed);
}
#endregion
///Step3-Calculate the place to cross the wall.
///
/// In order to avoid some unnecessary calculation,
/// this command calculate the room topology first
/// and find the place for electrical wires to cross
/// the wall.
///
/// The crossing point at eachside of a wall will be
/// added as a special fixtures to the system and room.
///
/// And they will be connected in the systemGraph.
/// While other fixtures will only be allowed to connect
/// with the fixtures in the same room in the following
/// systemGraph.
///
#region Code block of step3
///1-Initialize the vertices and the roomgraph.
List <Vertex> vRooms = new List <Vertex>();
foreach (RoomInfoElec r in roomInfoList)
{
vRooms.Add(new Vertex(r));
}
Graph roomGraph = new Graph(vRooms);
int vNum = roomGraph.VertexCount;
///2-Calculate the fixtures centroid of each room.
foreach (RoomInfoElec r in roomInfoList)
{
r.CalculateFixCentroid();
}
///Find the room where the panel are located.
///And change the centroid of this room to panel location.
Room panelRoom = systemInfoList[0].BaseEquipment.Room;
Vertex panelVertex = roomGraph.Vertices
.Where(v => v.Object.ToString() == panelRoom.Name)
.ToArray().First() as Vertex;
RoomInfoElec panelRoomInfo = panelVertex.Object
as RoomInfoElec;
panelRoomInfo.AssignFixCentroid
(systemInfoList[0].BaseEquipment.OriginNode);
///3-Initialize the edges for roomGraph.
for (int i = 0; i < vNum; i++)
{
for (int j = i + 1; j < vNum; j++)
{
///Find the vertex and object first.
Vertex v1 = roomGraph.Vertices.ElementAt(i);
Vertex v2 = roomGraph.Vertices.ElementAt(j);
RoomInfoElec r1 = v1.Object as RoomInfoElec;
RoomInfoElec r2 = v2.Object as RoomInfoElec;
///If this two room is adjacent and have a
///path to cross the wall,create the edge in
///the roomGraph.
if (r1.AdjacentPathTo
(r2, r2.StructCeilingLevel
, out PathExWall path, out double roughL))
{
Edge e = new Edge(v1, v2, path, roughL);
roomGraph.AddEdge(e);
}
}
}
///Using the DijkstraTree algorithm to calculate the
///crosswall path tree in which each room can have a
///shortest path to the panel.
Edge[] mstRoomDij = roomGraph.DijkstraTree(panelVertex);
#endregion
///Step4-Create systemGraph and add cross wall point.
///
///The systemGraph contains all the fixtures of one system
///as vertex in the graph.And the routes between fixtures
///are stored as edges in the graph.
///
///Later will use mininum span tree to decided which route
///to use and which to abandon.
List <Graph> sysGraphList = new List <Graph>();
List <PathExWall> crossWallPaths = new List <PathExWall>();
#region Code block of step4
///1-Correct all the direction of crosspoint.
///Make them start from panelroom to the other room.
foreach (Vertex v in vRooms)
{
///Skip the root room.
if (v == v.Parent)
{
continue;
}
///Find the path from this room to its parent.
Edge e = roomGraph.FindEdge(v, v.Parent);
PathExWall p = e.Object as PathExWall;
///If direction is wront,reverse it.
if (e.Begin != v.Parent)
{
e.Reverse();
p.Reverse();
}
///Acquire the path for further use.
crossWallPaths.Add(p);
}
///2-Add vertex for each system the graph.
foreach (SystemInfoElec sys in systemInfoList)
{
///sysGraph is the graph of fixtures for this system.
Graph sysGraph = new Graph();
///sysRooms contains all the rooms in which there are
///fixtures of this system.
List <RoomInfoElec> sysRooms
= sys.ElecFixturesDic.Keys.ToList();
///sysRoomsV are all the roomVertex that system
///will need to path through.
///It may not be all rooms but may also be
///more than sysRooms.(Non adjacent rooms need to
///use other room to connect)
List <Vertex> sysRoomsV = roomGraph.UpTrace
(vRooms.Where(v => sysRooms
.Contains(v.Object as RoomInfoElec)));
///First add all the normal fixture as vertex.
foreach (FixtureE f in sys.ElecFixtures)
{
sysGraph.AddVertex(new Vertex(f));
}
///Second add the crossing paths.
///(Both vertex and edge)
foreach (Vertex v in sysRoomsV)
{
///Skip the root room.
if (v.Parent == v)
{
continue;
}
///Find the rooms.
///toR is the one further to the root(panel).
RoomInfoElec toR = v.Object
as RoomInfoElec;
RoomInfoElec fromR = v.Parent.Object
as RoomInfoElec;
///Find the edge that connect two vertices.
Edge e = roomGraph.FindEdge(v, v.Parent);
PathExWall p = e.Object as PathExWall;
///Add the crossing point in eachroom
///as a fixture to roomInfo object.
fromR.AddFixture(p.CurrentBegin, sys);
toR.AddFixture(p.CurrentEnd, sys);
///Add them also to the systemInfo.
sys.AddFixture(p.CurrentBegin, fromR);
sys.AddFixture(p.CurrentEnd, toR);
///Add crossing point as vertex to systemGraph.
///And the path connect them as edge.
Vertex v1 = new Vertex(p.CurrentBegin);
Vertex v2 = new Vertex(p.CurrentEnd);
Edge enew = new Edge
(v1, v2, p.CloneCurrent(), p.Cost);
sysGraph.AddVertex(v1);
sysGraph.AddVertex(v2);
sysGraph.AddEdge(enew);
}
///Generate next crossing path for next system.
///Including the paths which this system didnt use.
foreach (PathExWall p in crossWallPaths)
{
p.MoveNext();
}
///Add sysGraph to list.
sysGraphList.Add(sysGraph);
}
#endregion
///Step5-Calculate the final route.
///
///Use the mininum span tree to calculate the
///final route combination.
#region Code block of step5.
///1-Add all the route inside rooms to the graph.
int sysIndex = 0;
foreach (Graph sysGraph in sysGraphList)
{
foreach (RoomInfoElec r in roomInfoList)
{
///Get all the fixtures inside this room.
List <Vertex> fixs = sysGraph.Vertices
.Where(v => (v.Object as FixtureE)
.Room.Name == r.Room.Name)
.ToList();
int fixsNum = fixs.Count();
///Calculate path for each fixture pair.
///And add it to the graph
for (int i = 0; i < fixsNum; i++)
{
for (int j = i + 1; j < fixsNum; j++)
{
PathE p = r.FindPath
(fixs[i].Object as FixtureE,
fixs[j].Object as FixtureE);
sysGraph.AddEdge
(new Edge(fixs[i], fixs[j],
p, p.Cost));
}
}
}
///2-Using KruskalMinTree to generate the sysPaths
Edge[] sysPaths = sysGraph.KruskalMinTree();
///3-Store the path to systemInfo.
///Find the corresponding systemInfo object.
SystemInfoElec eSys = systemInfoList[sysIndex];
///Select the lines in the paths and add them
///as wires to the systemInfo object.
eSys.AddWires(sysPaths
.Select(e => e.Object as PathE)
.Select(p => p.Lines)
.SelectMany(c => c)
.ToList());
///Increment the index
sysIndex++;
}
#endregion
///Step6-Create the line
///
///Open a transaction and create the line as modelcurve.
///Each system will have a seperate linestyle with
///different color to seperate.
///And all the modelcurves in one system will be grouped.
#region Code block of step6
using (Transaction tx = new Transaction(doc))
{
tx.Start("Create Wires");
///1-Prepare new linestyle color.
Categories cats = doc.Settings.Categories;
Category lineCat = cats
.get_Item(BuiltInCategory.OST_Lines);
List <Color> colors = new List <Color>
{
new Color(255, 0, 0),
new Color(0, 255, 0),
new Color(0, 0, 255),
new Color(150, 150, 0),
new Color(0, 150, 150),
new Color(150, 0, 150)
};
short counter = 1;
foreach (SystemInfoElec eSys in systemInfoList)
{
Category newLineStyleCat = null;
Element newLineStyle = null;
///2-Create the new linestyle for this system.
///If having naming conflict,result will be null.
///Then redo the loop.
do
{
try
{
newLineStyleCat = cats.NewSubcategory
(lineCat, "ElectricalLine-" + counter);
doc.Regenerate();
newLineStyleCat.SetLineWeight
(7, GraphicsStyleType.Projection);
newLineStyleCat.LineColor = colors[counter - 1];
newLineStyle =
doc.GetElement(newLineStyleCat.Id);
}
catch
{
counter++;
}
} while (newLineStyleCat == null);
///3-Create the model line and set linestyle.
XYZ x0 = new XYZ();
List <ElementId> modelC = new List <ElementId>();
///If no wires is generated,skip.
if (eSys.Wires.Count == 0)
{
continue;
}
foreach (Curve c in eSys.Wires)
{
XYZ x1 = c.GetEndPoint(0);
XYZ x2 = c.GetEndPoint(1);
SketchPlane sp = SketchPlane.Create
(doc, Plane.CreateByThreePoints(x1, x2, x0));
ModelCurve mc = doc.Create.NewModelCurve(c, sp);
mc.LineStyle = newLineStyle;
modelC.Add(mc.Id);
}
///4-Group all the curves.
doc.Create.NewGroup(modelC);
counter++;
}
tx.Commit();
}
#endregion
return(Result.Succeeded);
}
private static bool IsElementBelongsToCircuit(MEPModel mepModel,
ElectricalSystem selectedElectricalSystem)
{
ElectricalSystemSet ess = mepModel.ElectricalSystems;
if (null == ess || !ess.Contains(selectedElectricalSystem))
{
return false;
}
return true;
}
public Result Execute(
ExternalCommandData commandData,
ref String message,
ElementSet elements )
{
UIApplication app = commandData.Application;
Document doc = app.ActiveUIDocument.Document;
//
// retrieve electrical equipment:
//
List<Element> equipment = Util.GetElectricalEquipment( doc );
int n = equipment.Count;
Debug.WriteLine( string.Format(
"Retrieved {0} electrical equipment instance{1}{2}",
n, Util.PluralSuffix( n ), Util.DotOrColon( n ) ) );
//
// determine which equipment has parents;
// the remaining ones are root nodes:
//
Dictionary<ElementId, ElementId> equipmentParents
= new Dictionary<ElementId, ElementId>();
foreach( FamilyInstance fi in equipment )
{
foreach( Connector c in fi.MEPModel.ConnectorManager.Connectors )
{
ConnectorSet refs = c.AllRefs;
foreach( Connector c2 in refs )
{
Debug.Assert( null != c2.Owner,
"expected valid connector owner" );
Debug.Assert( c2.Owner is ElectricalSystem,
"expected panel element to be electrical system" );
ElectricalSystem eq = c2.Owner as ElectricalSystem;
foreach( Element e2 in eq.Elements )
{
Debug.Assert( e2 is FamilyInstance,
"expected electrical system element to be family instance" );
if( !e2.Id.Equals( fi.Id ) )
{
if( equipment.Exists(
delegate( Element e )
{ return e.Id.Equals( e2.Id ); } ) )
{
equipmentParents[e2.Id] = eq.Id;
}
}
}
}
}
}
//n = equipment.RemoveAll( delegate( Element e ) { return subequipment.Exists( delegate( Element e2 ) { return e2.Id.Equals( e.Id ); } ); } );
//
// populate parent to children mapping:
//
ElementId nullId = ElementId.InvalidElementId;
MapParentToChildren mapParentToChildren = new MapParentToChildren();
foreach( FamilyInstance fi in equipment )
{
//ElementId parentId = equipmentParents.ContainsKey( fi.Id ) ? equipmentParents[fi.Id] : nullId;
//mapParentToChildren.Add( parentId, fi );
//
// handle root nodes;
// non-roots are handled below a children:
//
if( !equipmentParents.ContainsKey( fi.Id ) )
{
mapParentToChildren.Add( nullId, fi );
}
foreach( Connector c in fi.MEPModel.ConnectorManager.Connectors )
{
ConnectorSet refs = c.AllRefs;
foreach( Connector c2 in refs )
{
Debug.Assert( null != c2.Owner,
"expected valid connector owner" );
Debug.Assert( c2.Owner is ElectricalSystem,
"expected panel element to be electrical system" );
ElectricalSystem eq = c2.Owner as ElectricalSystem;
mapParentToChildren.Add( fi.Id, eq );
foreach( Element e2 in eq.Elements )
{
Debug.Assert( e2 is FamilyInstance,
"expected electrical system element to be family instance" );
if( !e2.Id.Equals( fi.Id ) )
{
mapParentToChildren.Add( eq.Id, e2 );
}
}
}
}
}
#region Test code
#if TEST_CODE
//
// retrieve electrical systems:
//
List<Element> systems = new List<Element>();
doc.get_Elements( typeof( ElectricalSystem ), systems );
n = systems.Count;
Debug.WriteLine( string.Format( "Retrieved {0} electrical system{1}{2}",
n, Util.PluralSuffix( n ), Util.DotOrColon( n ) ) );
/// <summary>
/// Constructor
/// </summary>
/// <param name="es"></param>
public ElectricalSystemItem(ElectricalSystem es)
{
m_name = es.Name;
m_id = es.Id;
}
/// <summary>
/// Get common circuits contain all selected elements
/// </summary>
private void CollectCircuitInfo()
{
//bool isElectricalSystem = false;
bool bInitilzedElectricalSystemSet = false;
//
// Get common circuits of selected elements
//
ElectricalSystem tempElectricalSystem = null;
foreach (Element element in m_selection.Elements)
{
FamilyInstance fi = element as FamilyInstance;
MEPModel mepModel;
ElectricalSystemSet ess;
if (fi != null && (mepModel = fi.MEPModel) != null)
{
//
// If the element is a family instance and its MEP model is not null,
// retrieve its circuits
// Then compare the circuits with circuits of other selected elements
// to get the common ones
//
// Get all electrical systems
ess = mepModel.ElectricalSystems;
if (null == ess)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// Remove systems which are not power circuits
foreach (ElectricalSystem es in ess)
{
if (es.SystemType != ElectricalSystemType.PowerCircuit)
{
ess.Erase(es);
}
}
if (ess.IsEmpty)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// If m_electricalSystemSet is not set before, set it
// otherwise compare the circuits with circuits of other selected elements
// to get the common ones
if (!bInitilzedElectricalSystemSet)
{
m_electricalSystemSet = ess;
bInitilzedElectricalSystemSet = true;
continue;
}
else
{
foreach (ElectricalSystem es in m_electricalSystemSet)
{
if (!ess.Contains(es))
{
m_electricalSystemSet.Erase(es);
}
}
if (m_electricalSystemSet.IsEmpty)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
}
}
else if ((tempElectricalSystem = element as ElectricalSystem) != null)
{
//
// If the element is an electrical system, verify if it is a power circuit
// If not, compare with circuits of other selected elements
// to get the common ones
//
//verify if it is a power circuit
if (tempElectricalSystem.SystemType != ElectricalSystemType.PowerCircuit)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// If m_electricalSystemSet is not set before, set it
// otherwise compare with circuits of other selected elements
// to get the common ones
if (!bInitilzedElectricalSystemSet)
{
m_electricalSystemSet.Insert(tempElectricalSystem);
bInitilzedElectricalSystemSet = true;
continue;
}
if (!m_electricalSystemSet.Contains(tempElectricalSystem))
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
m_electricalSystemSet.Clear();
m_electricalSystemSet.Insert(tempElectricalSystem);
}
else
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
}
// Verify if there is any common power circuit
if (!m_electricalSystemSet.IsEmpty)
{
m_hasCircuit = true;
if (m_electricalSystemSet.Size == 1)
{
foreach (ElectricalSystem es in m_electricalSystemSet)
{
m_selectedElectricalSystem = es;
break;
}
}
foreach (ElectricalSystem es in m_electricalSystemSet)
{
if (!String.IsNullOrEmpty(es.PanelName))
{
m_hasPanel = true;
break;
}
}
}
}
public static async Task SeedDatabase(ApplicationDbContext context,
UserManager <ApplicationUser> userManager)
{
if (!context.Users.Any())
{
var personsWithPasswords = new List <PersonWithPassword>
{
new PersonWithPassword
(
new ApplicationUser
{
UserName = "******",
Email = "*****@*****.**",
Address = "45 Long Beach Blvd, Miami"
},
new Person
{
FirstName = "John",
LastName = "Doe"
},
"NewPassword123$"
),
new PersonWithPassword
(
new ApplicationUser
{
UserName = "******",
Email = "*****@*****.**",
Address = "15 Square Ave, London"
},
new Person
{
FirstName = "Michael",
LastName = "Jordan"
},
"FreshPassword123$"
)
};
foreach (var personWithPassword in personsWithPasswords)
{
var applicationUser = personWithPassword.AppUser;
IdentityResult result =
await userManager.CreateAsync(applicationUser, personWithPassword.Password);
if (result.Succeeded)
{
var person = personWithPassword.Person;
person.ApplicationUserId = applicationUser.Id;
context.Persons.Add(person);
}
}
context.SaveChanges();
}
if (!context.Manufacturers.Any())
{
var manufacturers = new List <Manufacturer>
{
new Manufacturer()
{
Name = "Philips"
},
new Manufacturer()
{
Name = "Siemens"
},
new Manufacturer()
{
Name = "Samsung"
},
new Manufacturer()
{
Name = "Asus"
},
new Manufacturer()
{
Name = "IBM"
},
new Manufacturer()
{
Name = "Whirlpool"
},
new Manufacturer()
{
Name = "LG"
},
new Manufacturer()
{
Name = "Solar City"
},
new Manufacturer()
{
Name = "Tesla"
},
new Manufacturer()
{
Name = "Teledyne Energy Systems"
},
};
context.Manufacturers.AddRange(manufacturers);
context.SaveChanges();
}
if (!context.ElectricalDeviceTypes.Any())
{
var electricalDeviceTypes = new List <ElectricalDeviceType>
{
new ElectricalDeviceType()
{
TypeName = "LED Light"
},
new ElectricalDeviceType()
{
TypeName = "Washing Machine"
},
new ElectricalDeviceType()
{
TypeName = "Air conditioner"
},
new ElectricalDeviceType()
{
TypeName = "Computer"
},
new ElectricalDeviceType()
{
TypeName = "Refridgerator"
},
new ElectricalDeviceType()
{
TypeName = "Electronic Microscope"
},
new ElectricalDeviceType()
{
TypeName = "Water Pump"
},
new ElectricalDeviceType()
{
TypeName = "Water Heater"
},
new ElectricalDeviceType()
{
TypeName = "Energy Generator"
},
new ElectricalDeviceType()
{
TypeName = "Solar panel"
},
new ElectricalDeviceType()
{
TypeName = "Radioisotope Thermoelectric Generator"
},
new ElectricalDeviceType()
{
TypeName = "Battery Pack"
}
};
context.ElectricalDeviceTypes.AddRange(electricalDeviceTypes);
context.SaveChanges();
}
if (!context.ElectricalDeviceModels.Any())
{
var philips = context.Manufacturers.FirstOrDefault(m => m.Name == "Philips");
var siemens = context.Manufacturers.FirstOrDefault(m => m.Name == "Siemens");
var samsung = context.Manufacturers.FirstOrDefault(m => m.Name == "Samsung");
var whirlpool = context.Manufacturers.FirstOrDefault(m => m.Name == "Whirlpool");
var lg = context.Manufacturers.FirstOrDefault(m => m.Name == "LG");
var solarCity = context.Manufacturers.FirstOrDefault(m => m.Name == "Solar City");
var tesla = context.Manufacturers.FirstOrDefault(m => m.Name == "Tesla");
var teledyne = context.Manufacturers.FirstOrDefault(m => m.Name == "Teledyne Energy Systems");
var electricalDeviceModels = new List <ElectricalDeviceModel>
{
new ElectricalDeviceModel()
{
ModelName = "Philips CH5 Air Conditioner",
MeasuringUnit = "Degrees (C)",
MinValue = 18.0d,
MaxValue = 30.0d,
Step = 1.0d,
PowerPerStep = 5.6d,
PowerAtLowestUnitLevel = 30.0d,
ModelIdentifier = "KL54-PLPS",
Manufacturer = philips,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Air conditioner")
},
new ElectricalDeviceModel()
{
ModelName = "Siemens LED Light FC83H",
MeasuringUnit = "Lumens",
MinValue = 30.0d,
MaxValue = 90.0d,
Step = 5.0d,
PowerPerStep = 0.6,
PowerAtLowestUnitLevel = 4.0d,
ModelIdentifier = "9DE4-SMNS",
Manufacturer = siemens,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "LED Light")
},
new ElectricalDeviceModel()
{
ModelName = "Samsung Fridge DL23M",
MeasuringUnit = "Degrees (C)",
MinValue = -15.0d,
MaxValue = 6.0d,
Step = 1.0d,
PowerPerStep = 7.0d,
PowerAtLowestUnitLevel = 35.0d,
ModelIdentifier = "CV7J-SMSG",
Manufacturer = samsung,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Refridgerator")
},
new ElectricalDeviceModel()
{
ModelName = "Whirlpool Water Pump DH4F",
MeasuringUnit = "LitresPerMin",
MinValue = 0.5d,
MaxValue = 20.0d,
Step = 0.5d,
PowerPerStep = 7.0d,
PowerAtLowestUnitLevel = 45.0d,
ModelIdentifier = "JE3C-WHPL",
Manufacturer = whirlpool,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Water Pump")
},
new ElectricalDeviceModel()
{
ModelName = "LG Water Heater KD25",
MeasuringUnit = "Degrees (C)",
MinValue = 20.0d,
MaxValue = 80.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 22.0d,
ModelIdentifier = "90QW-LGLG",
Manufacturer = lg,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Water Heater")
},
new ElectricalDeviceModel()
{
ModelName = "Solar City MX45 Panel",
MeasuringUnit = "Watts",
MinValue = 0.0d,
MaxValue = 80.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 0.0d,
ModelIdentifier = "34FD-SLCT",
Manufacturer = solarCity,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Solar panel")
},
new ElectricalDeviceModel()
{
ModelName = "Teledyne HJ24 MMRTG",
MeasuringUnit = "Degrees (C)",
MinValue = 0.0d,
MaxValue = 120.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 0.0d,
ModelIdentifier = "3F4F-TLDN",
Manufacturer = teledyne,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Radioisotope Thermoelectric Generator")
},
new ElectricalDeviceModel()
{
ModelName = "Tesla 24CF Power Pack",
Capacity = 50000,
MeasuringUnit = "Degrees (C)",
MinValue = 0.0d,
MaxValue = 250.0d,
Step = 1.0d,
PowerPerStep = 0.5d,
PowerAtLowestUnitLevel = 0.0d,
ModelIdentifier = "90QW-TSLA",
Manufacturer = tesla,
ElectricalDeviceType =
context.ElectricalDeviceTypes.FirstOrDefault(edt => edt.TypeName == "Battery Pack")
}
};
context.ElectricalDeviceModels.AddRange(electricalDeviceModels);
context.SaveChanges();
if (!context.EnergyGenerators.Any())
{
var energyGenerators = new List <EnergyGenerator>();
var teledyneRadioisotopeGeneratorModel =
context.ElectricalDeviceModels.FirstOrDefault(edm => edm.ModelName == "Teledyne HJ24 MMRTG");
var radioisotopeGenerator = new EnergyGenerator()
{
SerialNumber = "VC23-DF42-OK49-3F4F-TLDN",
ElectricalDeviceModel = teledyneRadioisotopeGeneratorModel
};
energyGenerators.Add(radioisotopeGenerator);
var radioisotopeGeneratorSecond = new EnergyGenerator()
{
SerialNumber = "LQ21-CA30-SQ1P-3F4F-TLDN",
ElectricalDeviceModel = teledyneRadioisotopeGeneratorModel
};
energyGenerators.Add(radioisotopeGeneratorSecond);
string[] setOfStrings = new string[]
{
"JFC9", "PO92", "CXO9", "AZ39", "PO9W", "QE31", "SXL4", "BA6G"
};
var solarCityPanelModel =
context.ElectricalDeviceModels.FirstOrDefault(edm => edm.ModelName == "Solar City MX45 Panel");
int setLength = setOfStrings.Length;
Random randomGenerator = new Random();
for (int i = 0; i < 20; i++)
{
StringBuilder sb = new StringBuilder();
for (int j = 0; j < 3; j++)
{
string randomString = setOfStrings[randomGenerator.Next(0, setLength)];
sb.AppendFormat("{0}-", randomString);
}
var energyGenerator = new EnergyGenerator()
{
SerialNumber = sb.ToString(),
ElectricalDeviceModel = solarCityPanelModel
};
energyGenerators.Add(energyGenerator);
}
context.EnergyGenerators.AddRange(energyGenerators);
context.SaveChanges();
}
if (!context.BatteryPacks.Any())
{
var battery = new BatteryPack()
{
SerialNumber = "D3AP-W24C-QW2X-90QW-TSLA",
ElectricalDeviceModel =
context.ElectricalDeviceModels.FirstOrDefault(edm => edm.ModelName == "Tesla 24CF Power Pack")
};
context.BatteryPacks.Add(battery);
context.SaveChanges();
}
}
if (!context.BaseUnits.Any())
{
context.BaseUnits.AddRange
(
new BaseUnit {
Name = "Living Space"
},
new BaseUnit {
Name = "Green House"
}
);
context.SaveChanges();
}
if (!context.ElectricalSystemTypes.Any())
{
var electricalSystemTypes = new List <ElectricalSystemType>
{
new ElectricalSystemType {
Name = "Air-Conditining System"
},
new ElectricalSystemType {
Name = "Lighting System"
},
new ElectricalSystemType {
Name = "Fridge System"
},
new ElectricalSystemType {
Name = "Water Pumping System"
},
new ElectricalSystemType {
Name = "Water Heating System"
}
};
context.ElectricalSystemTypes.AddRange(electricalSystemTypes);
context.SaveChanges();
}
if (!context.ElectricalSystems.Any())
{
var livingSpaceBaseUnit = context.BaseUnits.FirstOrDefault(u => u.Name == "Living Space");
var greenHouseBaseUnit = context.BaseUnits.FirstOrDefault(bu => bu.Name == "Green House");
var airConditioningSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Air-Conditining System");
var ligthingSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Lighting System");
var fridgeSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Fridge System");
var waterPumpingSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Water Pumping System");
var waterHeatingSystemType =
context.ElectricalSystemTypes.FirstOrDefault(est => est.Name == "Water Heating System");
var airConditioningLivingSpace = new ElectricalSystem()
{
Name = "Air Conditioning System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = airConditioningSystemType
};
var airConditioningGreenHouse = new ElectricalSystem()
{
Name = "Air Conditioning System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = airConditioningSystemType
};
var lightsSystemLivingSpace = new ElectricalSystem()
{
Name = "LED Lights (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = ligthingSystemType
};
var lightsSystemGreenHouse = new ElectricalSystem()
{
Name = "LED Lights (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = ligthingSystemType
};
var fridgeSystemLivingSpace = new ElectricalSystem()
{
Name = "Fridge System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = fridgeSystemType
};
var fridgeSystemGreenHouse = new ElectricalSystem()
{
Name = "Fridge System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = fridgeSystemType
};
var waterPumpSystemLivingSpace = new ElectricalSystem()
{
Name = "Water Pumping System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = waterPumpingSystemType
};
var waterPumpSystemGreenHouse = new ElectricalSystem()
{
Name = "Water Pumping System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = waterPumpingSystemType
};
var waterHeatingSystemLivingSpace = new ElectricalSystem()
{
Name = "Water Heating System (Living Space)",
BaseUnit = livingSpaceBaseUnit,
ElectricalSystemType = waterHeatingSystemType
};
var waterHeatingSystemGreenHouse = new ElectricalSystem()
{
Name = "Water Heating System (Green House)",
BaseUnit = greenHouseBaseUnit,
ElectricalSystemType = waterHeatingSystemType
};
var electricalSystems = new List <ElectricalSystem>
{
airConditioningLivingSpace,
airConditioningGreenHouse,
lightsSystemLivingSpace,
lightsSystemGreenHouse,
fridgeSystemLivingSpace,
fridgeSystemGreenHouse,
waterPumpSystemLivingSpace,
waterPumpSystemGreenHouse,
waterHeatingSystemLivingSpace,
waterHeatingSystemGreenHouse
};
context.ElectricalSystems.AddRange(electricalSystems);
context.SaveChanges();
}
if (!context.ElectricalDevices.Any())
{
var ledLightsLivingSpaceSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "LED Lights (Living Space)");
var ledLightsGreenHouseSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "LED Lights (Living Space)");
var philipsCH5AirConditioner =
context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Philips CH5 Air Conditioner");
var siemensLEDLightFC83H = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Siemens LED Light FC83H");
var samsungFridgeDL23M = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Samsung Fridge DL23M");
var whirlpoolWaterPumpDH4F = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "Whirlpool Water Pump DH4F");
var lgWaterHeaterKD25 = context.ElectricalDeviceModels.FirstOrDefault(es => es.ModelName == "LG Water Heater KD25");
var electricalDevices = new List <ElectricalDevice>
{
new ElectricalDevice()
{
SerialNumber = "4HDE-BHRU-98CH-KL54-PLPS",
ElectricalDeviceModel = philipsCH5AirConditioner,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Air Conditioning System (Living Space)"),
MeasuringUnitCurrentLevel = 21.0d
},
new ElectricalDevice()
{
SerialNumber = "BNMV-RT65-AS9K-KL54-PLPS",
ElectricalDeviceModel = philipsCH5AirConditioner,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Air Conditioning System (Green House)"),
MeasuringUnitCurrentLevel = 21.0d
},
new ElectricalDevice()
{
SerialNumber = "8XCD-GHJD-82WD-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsLivingSpaceSystem,
MeasuringUnitCurrentLevel = 30.0d
},
new ElectricalDevice()
{
SerialNumber = "KERL-PKS1-DF9A-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsLivingSpaceSystem,
MeasuringUnitCurrentLevel = 30.0d
},
new ElectricalDevice()
{
SerialNumber = "BCRE-MGHW-KSD3-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsGreenHouseSystem,
MeasuringUnitCurrentLevel = 45.0d
},
new ElectricalDevice()
{
SerialNumber = "PA8G-LM2A-DF9A-9DE4-SMNS",
ElectricalDeviceModel = siemensLEDLightFC83H,
ElectricalSystem = ledLightsGreenHouseSystem,
MeasuringUnitCurrentLevel = 45.0d
},
new ElectricalDevice()
{
SerialNumber = "PKLC-WERP-CVBH-CV7J-SMSG",
ElectricalDeviceModel = samsungFridgeDL23M,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Fridge System (Living Space)"),
MeasuringUnitCurrentLevel = 4.0d
},
new ElectricalDevice()
{
SerialNumber = "MVC8-KDKD-CD9K-CV7J-SMSG",
ElectricalDeviceModel = samsungFridgeDL23M,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Fridge System (Green House)"),
MeasuringUnitCurrentLevel = 4.0d
},
new ElectricalDevice()
{
SerialNumber = "FH3S-DE4C-CF5D-JE3C-WHPL",
ElectricalDeviceModel = whirlpoolWaterPumpDH4F,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Pumping System (Living Space)"),
MeasuringUnitCurrentLevel = 14.0d
},
new ElectricalDevice()
{
SerialNumber = "MVC8-KDKD-CD9K-JE3C-WHPL",
ElectricalDeviceModel = whirlpoolWaterPumpDH4F,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Pumping System (Green House)"),
MeasuringUnitCurrentLevel = 0.5d
},
new ElectricalDevice()
{
SerialNumber = "8XCD-GHJD-82WD-90QW-LGLG",
ElectricalDeviceModel = lgWaterHeaterKD25,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Heating System (Living Space)"),
MeasuringUnitCurrentLevel = 70.0d
},
new ElectricalDevice()
{
SerialNumber = "KL2W-AS2E-WE3C-90QW-LGLG",
ElectricalDeviceModel = lgWaterHeaterKD25,
ElectricalSystem =
context.ElectricalSystems.FirstOrDefault(es => es.Name == "Water Heating System (Green House)"),
MeasuringUnitCurrentLevel = 20.0d
}
};
context.ElectricalDevices.AddRange(electricalDevices);
context.SaveChanges();
}
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="es"></param>
public ElectricalSystemItem(ElectricalSystem es)
{
m_name = es.Name;
m_id = es.Id;
}
private void CollectCircuitInfo()
{
bool bInitilzedElectricalSystemSet = false;
ElectricalSystem tempElectricalSystem = null;
foreach (ElementId elementId in selection.GetElementIds())
{
Element element = uiDocument.Document.GetElement(elementId);
FamilyInstance fi = element as FamilyInstance;
MEPModel mepModel;
ElectricalSystemSet ess;
if (fi != null && (mepModel = fi.MEPModel) != null)
{
// Get all electrical systems
ess = mepModel.ElectricalSystems;
if (null == ess)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// Remove systems which are not power circuits
foreach (ElectricalSystem es in ess)
{
if (es.SystemType != ElectricalSystemType.PowerCircuit)
{
ess.Erase(es);
}
}
if (ess.IsEmpty)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
if (!bInitilzedElectricalSystemSet)
{
m_electricalSystemSet = ess;
bInitilzedElectricalSystemSet = true;
continue;
}
else
{
foreach (ElectricalSystem es in m_electricalSystemSet)
{
if (!ess.Contains(es))
{
m_electricalSystemSet.Erase(es);
}
}
if (m_electricalSystemSet.IsEmpty)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
}
}
else if ((tempElectricalSystem = element as ElectricalSystem) != null)
{
if (tempElectricalSystem.SystemType != ElectricalSystemType.PowerCircuit)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
if (!bInitilzedElectricalSystemSet)
{
m_electricalSystemSet.Insert(tempElectricalSystem);
bInitilzedElectricalSystemSet = true;
continue;
}
if (!m_electricalSystemSet.Contains(tempElectricalSystem))
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
m_electricalSystemSet.Clear();
m_electricalSystemSet.Insert(tempElectricalSystem);
}
else
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
}
if (!m_electricalSystemSet.IsEmpty)
{
m_hasCircuit = true;
if (m_electricalSystemSet.Size == 1)
{
foreach (ElectricalSystem es in m_electricalSystemSet)
{
m_selectedElectricalSystem = es;
break;
}
}
foreach (ElectricalSystem es in m_electricalSystemSet)
{
if (!String.IsNullOrEmpty(es.PanelName))
{
m_hasPanel = true;
break;
}
}
}
}
/// <summary>
/// Get selected index from circuit selecting form and locate expected circuit
/// </summary>
/// <param name="index">Index of selected item in circuit selecting form</param>
public void SelectCircuit(int index)
{
// Locate ElectricalSystemItem by index
ElectricalSystemItem esi = m_electricalSystemItems[index] as ElectricalSystemItem;
Autodesk.Revit.DB.ElementId ei = esi.Id;
// Locate expected electrical system
m_selectedElectricalSystem = m_revitDoc.Document.get_Element(ei) as ElectricalSystem;
// Select the electrical system
SelectCurrentCircuit();
}
public void Add(ElectricalSystem electricalSystem)
{
this.electricalSystemRepository.Add(electricalSystem);
this.electricalSystemRepository.SaveChanges();
}
public Result Execute(
ExternalCommandData commandData,
ref string message,
ElementSet elements)
{
UIApplication uiapp = commandData.Application;
UIDocument uidoc = uiapp.ActiveUIDocument;
Application app = uiapp.Application;
Document doc = uidoc.Document;
#region Clear the existing system.
TaskDialogResult r = TaskDialog.Show("Note",
"This will clear the existing " +
"electrical system.Continue?",
TaskDialogCommonButtons.Yes |
TaskDialogCommonButtons.No);
if (r == TaskDialogResult.No)
{
return(Result.Failed);
}
using (Transaction tx = new Transaction(doc))
{
tx.Start("Clear existing system.");
FilteredElementCollector col =
new FilteredElementCollector(doc)
.WhereElementIsNotElementType()
.OfCategory(BuiltInCategory.OST_ElectricalCircuit);
Stack <ElementId> sysId = new Stack <ElementId>();
foreach (Element e in col)
{
sysId.Push(e.Id);
}
while (sysId.Count > 0)
{
doc.Delete(sysId.Pop());
}
tx.Commit();
}
#endregion
#region Check the default settings.
const string elecSettingName =
"DefaultElectricalSettingExcuted";
GlobalParameter SettingP = doc.GetElement(
GlobalParametersManager.FindByName
(doc, elecSettingName)) as GlobalParameter;
if (SettingP == null)
{
//Set the voltage and distribution to default
using (Transaction tx = new Transaction(doc))
{
tx.Start("Autoset electrical setting");
ElectricalSetting ElecSet = ElectricalSetting
.GetElectricalSettings(doc);
VoltageType VtypeHome = ElecSet
.AddVoltageType("Home", 220, 200, 250);
ElecSet.AddDistributionSysType
("Lighting", ElectricalPhase.SinglePhase,
ElectricalPhaseConfiguration.Undefined,
2, null, VtypeHome);
ElecSet.AddDistributionSysType
("Outlet", ElectricalPhase.SinglePhase,
ElectricalPhaseConfiguration.Undefined,
2, null, VtypeHome);
GlobalParameter.Create
(doc, elecSettingName, ParameterType.Number);
tx.Commit();
}
}
#endregion
#region Retrieve elements from database
List <ElementId> LightIds = new List <ElementId>();
List <ElementId> OutletIds = new List <ElementId>();
List <ElementId> HVACIds = new List <ElementId>();
FilteredElementCollector colLight
= new FilteredElementCollector(doc)
.OfCategory(BuiltInCategory.OST_LightingFixtures)
.WhereElementIsNotElementType();
FilteredElementCollector colOutlet
= new FilteredElementCollector(doc)
.OfCategory(BuiltInCategory.OST_ElectricalFixtures)
.WhereElementIsNotElementType();
FilteredElementCollector colHVAC
= new FilteredElementCollector(doc)
.OfCategory(BuiltInCategory.OST_MechanicalEquipment)
.WhereElementIsNotElementType();
foreach (Element e in colLight)
{
LightIds.Add(e.Id);
}
foreach (Element e in colOutlet)
{
OutletIds.Add(e.Id);
}
foreach (Element e in colHVAC)
{
if (HasElectricalConnector(e))
{
HVACIds.Add(e.Id);
}
}
#endregion Retrieve elements from databa
//Locate the electrical main box.
FamilyInstance ElecBox = null;
do
{
try
{
Selection sel = uidoc.Selection;
TaskDialog.Show("Choose", "Please " +
"select one electrical box after " +
"closing the dialog.\n" +
"请在关闭窗口后选择一个配电箱。");
ElementId ElecBoxId = sel.PickObject
(ObjectType.Element, new SelFilterElecEquip()
, "Select the main box").ElementId;
ElecBox = doc.GetElement(ElecBoxId)
as FamilyInstance;
}
catch (Exception ex)
{
TaskDialog.Show("Error", "Something went wrong.\n"
+ ex.Message);
return(Result.Failed);
}
} while ((ElecBox.MEPModel as ElectricalEquipment)
.DistributionSystem == null);
// Create the electrical system
using (Transaction tx = new Transaction(doc))
{
tx.Start("Create ElectricalSystem");
ElectricalSystem LightingCircuit =
ElectricalSystem.Create(doc, LightIds,
ElectricalSystemType.PowerCircuit);
LightingCircuit.Name = "LightingCircuit";
LightingCircuit.SelectPanel(ElecBox);
ElectricalSystem OutlietCircuit =
ElectricalSystem.Create(doc, OutletIds,
ElectricalSystemType.PowerCircuit);
OutlietCircuit.Name = "OutletCircuit";
OutlietCircuit.SelectPanel(ElecBox);
ElectricalSystem HVACCircuit =
ElectricalSystem.Create(doc, HVACIds,
ElectricalSystemType.PowerCircuit);
HVACCircuit.Name = "HVACCircuit";
HVACCircuit.SelectPanel(ElecBox);
tx.Commit();
}
TaskDialog.Show("Result",
"Default systems have been created.\n" +
"Please do not change system name.\n" +
"已创建默认系统,请勿修改系统名，将影响后续计算\n" +
"可手动调整系统内末端.");
return(Result.Succeeded);
}
public void HardDelete(ElectricalSystem electricalSystem)
{
this.electricalSystemRepository.HardDelete(electricalSystem);
this.electricalSystemRepository.SaveChanges();
}
public void Update(ElectricalSystem electricalSystem)
{
this.electricalSystemRepository.Update(electricalSystem);
this.electricalSystemRepository.SaveChanges();
}
/// <summary>
/// Получения отсортированного списка цепей щита
/// </summary>
public static IEnumerable <ElectricalSystem> GetSortedCircuits(FamilyInstance board, out ElectricalSystem circBoard)
{
circBoard = null;
ElectricalSystemSet fullCircuits = board.MEPModel.ElectricalSystems; //Получение всех цепей щита
IList <ElectricalSystem> sortCircuit = new List <ElectricalSystem>();
string boardName = board.Name;
foreach (ElectricalSystem circ in fullCircuits)
{
string s = circ.PanelName;
if (s == boardName)
{
sortCircuit.Add(circ);
}
else
{
circBoard = circ;
}
}
return(sortCircuit.OrderBy(x => x.StartSlot));
}
/// <summary>
/// Get common circuits contain all selected elements
/// </summary>
private void CollectCircuitInfo()
{
//bool isElectricalSystem = false;
bool bInitilzedElectricalSystemSet = false;
//
// Get common circuits of selected elements
//
ElectricalSystem tempElectricalSystem = null;
foreach (Element element in m_selection.Elements)
{
FamilyInstance fi = element as FamilyInstance;
MEPModel mepModel;
ElectricalSystemSet ess;
if (fi != null && (mepModel = fi.MEPModel) != null)
{
//
// If the element is a family instance and its MEP model is not null,
// retrieve its circuits
// Then compare the circuits with circuits of other selected elements
// to get the common ones
//
// Get all electrical systems
ess = mepModel.ElectricalSystems;
if (null == ess)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// Remove systems which are not power circuits
foreach (ElectricalSystem es in ess)
{
if (es.SystemType != ElectricalSystemType.PowerCircuit)
{
ess.Erase(es);
}
}
if (ess.IsEmpty)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// If m_electricalSystemSet is not set before, set it
// otherwise compare the circuits with circuits of other selected elements
// to get the common ones
if (!bInitilzedElectricalSystemSet)
{
m_electricalSystemSet = ess;
bInitilzedElectricalSystemSet = true;
continue;
}
else
{
foreach (ElectricalSystem es in m_electricalSystemSet)
{
if (!ess.Contains(es))
{
m_electricalSystemSet.Erase(es);
}
}
if (m_electricalSystemSet.IsEmpty)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
}
}
else if ((tempElectricalSystem = element as ElectricalSystem) != null)
{
//
// If the element is an electrical system, verify if it is a power circuit
// If not, compare with circuits of other selected elements
// to get the common ones
//
//verify if it is a power circuit
if (tempElectricalSystem.SystemType != ElectricalSystemType.PowerCircuit)
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
// If m_electricalSystemSet is not set before, set it
// otherwise compare with circuits of other selected elements
// to get the common ones
if (!bInitilzedElectricalSystemSet)
{
m_electricalSystemSet.Insert(tempElectricalSystem);
bInitilzedElectricalSystemSet = true;
continue;
}
if (!m_electricalSystemSet.Contains(tempElectricalSystem))
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
m_electricalSystemSet.Clear();
m_electricalSystemSet.Insert(tempElectricalSystem);
}
else
{
m_hasCircuit = false;
m_hasPanel = false;
return;
}
}
// Verify if there is any common power circuit
if (!m_electricalSystemSet.IsEmpty)
{
m_hasCircuit = true;
if (m_electricalSystemSet.Size == 1)
{
foreach (ElectricalSystem es in m_electricalSystemSet)
{
m_selectedElectricalSystem = es;
break;
}
}
foreach (ElectricalSystem es in m_electricalSystemSet)
{
if (!String.IsNullOrEmpty(es.PanelName))
{
m_hasPanel = true;
break;
}
}
}
}
