makePointEnt(Point3d pt, int colorIndex, Database db)
{
int mode = (int)AcadApp.GetSystemVariable("pdmode");
if (mode == 0)
{
AcadApp.SetSystemVariable("pdmode", 99);
}
try
{
using (Transaction tr = BaseObjs.startTransactionDb())
{
using (DBPoint dbPt = new DBPoint(pt))
{
dbPt.ColorIndex = colorIndex;
SymTbl.AddToCurrentSpace(dbPt, db);
}
tr.Commit();
}
}
catch (System.Exception ex)
{
BaseObjs.writeDebug(ex.Message + " Db.cs: line: 431");
}
}
/// <summary>
/// Starts new command.
/// </summary>
/// <param name="command">The command.</param>
public static void StartCommand(string command)
{
var existingCommands = Application.GetSystemVariable("CMDNAMES").ToString();
var escapes = existingCommands.Length > 0
? string.Join(string.Empty, Enumerable.Repeat('\x03', existingCommands.Split('\'').Length))
: string.Empty;
Application.DocumentManager.MdiActiveDocument.SendStringToExecute(escapes + command, true, false, true);
}
private void btn_selectViewport_Click(object sender, RoutedEventArgs e)
{
try
{
//check if defnition and note list are selected
if (checkifDefnitionsSelected())
{
//rest progressbar
proBar.Value = 0;
using (GV.Doc.LockDocument())
{
short val = (short)AcAp.GetSystemVariable("CVPORT");
if (val != 1)
{
GV.processStatus = false;
UIH.toastIT("This option works only in Paperspace (Layouts), please swtich to paperspace and try again!", "Viewport Not Preset", NotificationType.Error);
}
else
{
Helper.ViewportExtensions.getvPortCoordinatesADV();
if (GV.processStatus == true && GV.selObjects_forProcessing != null)
{
bw.WorkerSupportsCancellation = true;
bw.WorkerReportsProgress = true;
//bw.ProgressChanged += bw_ProgressChanged;
bw.DoWork += new DoWorkEventHandler(bw_UpdateProgressBar);
//start work
if (bw.IsBusy != true)
{
bw.RunWorkerAsync();
}
ProcessLabels();
updateUIdata();
UIH.toastIT("All selected labels processed successfully!", "Status", NotificationType.Success);
}
}
}
}
}
catch (Autodesk.Civil.CivilException ex)
{
GH.errorBox(ex.ToString());
}
catch (Autodesk.AutoCAD.Runtime.Exception ex)
{
GH.errorBox(ex.ToString());
}
catch (System.Exception ee)
{
GH.errorBox(ee.ToString());
}
}
public static void doMXR()
{
string title = "Multiple XRef - MXR";
string dir = Path.GetDirectoryName(BaseObjs.docFullName);
string filter = "All Drawings (*.dwg)|*.dwg|Current Design Files1 (*.dwg)|????BNDY.dwg;????CGP.dwg;????CUP.dwg;????CNTL.dwg;????CONT.dwg;????DEMO.dwg;????GCAL.dwg;????SD.dwg;????TOPO.dwg;????T-SITE.dwg;????UTIL.dwg|Current Design Files2(*.dwg)|*BNDY.dwg;*CGP.dwg;*CUP.dwg;*CNTL.dwg;*CONT.dwg;*DEMO.dwg;*GCAL.dwg;*SD.dwg;*TOPO.dwg;*T-SITE.dwg;*UTIL.dwg|_JDH Files (*_JDH.dwg)|*_JDH.dwg";
string defExt = ".dwg";
string[] files = FileManager.getFiles(defExt, title, filter, dir);
if (files == null || files.Length == 0)
{
return;
}
string jn = BaseObjs.jobNumber();
object tMode = Application.GetSystemVariable("TILEMODE");
if (tMode.ToString() != "1")
{
BaseObjs._editor.Command("_tilemode", "1", "");
}
BaseObjs._editor.Command("_ucs", "w", "");
for (int i = 0; i < files.Length; i++)
{
string nameLayer = string.Format("_{0}", Path.GetFileNameWithoutExtension(files[i]));
Layer.manageLayers(nameLayer);
string nameXRef = nameLayer.Replace("_", "x");
using (Transaction tr = BaseObjs.startTransactionDb())
{
ObjectId id = BaseObjs._db.AttachXref(files[i], nameXRef);
if (!id.IsNull)
{
using (BlockReference br = new BlockReference(Point3d.Origin, id))
{
BlockTable bt = (BlockTable)BaseObjs._db.BlockTableId.GetObject(OpenMode.ForRead);
BlockTableRecord ms = (BlockTableRecord)tr.GetObject(bt[BlockTableRecord.ModelSpace], OpenMode.ForWrite);
ms.AppendEntity(br);
tr.AddNewlyCreatedDBObject(br, true);
br.Layer = nameLayer;
}
}
tr.Commit();
}
}
Editor ed = BaseObjs._editor;
ed.Command("_.LAYER", "C", "9", "*TOPO*", "");
}
public RegionMassProperties()
{
var scaleUnitsValue = UnitsValue.Millimeters;
var sysUnits =
Application.GetSystemVariable("INSUNITS").ToString();
switch (sysUnits)
{
case "1":
scaleUnitsValue = UnitsValue.Inches;
break;
case "2":
scaleUnitsValue = UnitsValue.Feet;
break;
case "4":
scaleUnitsValue = UnitsValue.Millimeters;
break;
case "5":
scaleUnitsValue = UnitsValue.Centimeters;
break;
case "6":
scaleUnitsValue = UnitsValue.Meters;
break;
case "14":
scaleUnitsValue = UnitsValue.Decimeters;
break;
default:
MessageBox.Show("\nUnits to scale inserted content: UNRECOGNIZED ?!", "units E R R O R");
break;
}
AreaUnit = scaleUnitsValue;
IyUnit = scaleUnitsValue;
WyUpperUnit = scaleUnitsValue;
WyLowerUnit = scaleUnitsValue;
DUpperUnit = scaleUnitsValue;
DLowerUnit = scaleUnitsValue;
IyyUnit = scaleUnitsValue;
IzUnit = scaleUnitsValue;
WzRightUnit = scaleUnitsValue;
WzLeftUnit = scaleUnitsValue;
DRightUnit = scaleUnitsValue;
DLeftUnit = scaleUnitsValue;
IzzUnit = scaleUnitsValue;
IminUnit = scaleUnitsValue;
ImaxUnit = scaleUnitsValue;
}
protected void Save()
{
var previousCmdEcho = AcadApp.GetSystemVariable("CMDECHO");
var lispCommand = new StringBuilder();
lispCommand
.Append("(setvar \"CMDECHO\" 0)")
.Append("(command \"_.QSAVE\"")
.AppendFormat("(setvar \"CMDECHO\" {0})", previousCmdEcho)
.Append("(princ) ");
AcadApp
.DocumentManager
.MdiActiveDocument
.SendStringToExecute(lispCommand.ToString(), false, false, false);
}
protected void Save(string documentId)
{
var previousCmdEcho = AcadApp.GetSystemVariable("CMDECHO");
var lispCommand = new StringBuilder();
lispCommand
.Append("(setvar \"CMDECHO\" 0)")
.AppendFormat("(command \"_.SAVEAS\" \"\" \"{0}.DWG\")", documentId)
.AppendFormat("(setvar \"CMDECHO\" {0})", previousCmdEcho)
.Append("(princ) ");
AcadApp
.DocumentManager
.MdiActiveDocument
.SendStringToExecute(lispCommand.ToString(), false, false, false);
UpdateCustomProperties(documentId);
}
public static void Setup()
{
// Установка flexBrics
// 1. Добавить папку в доверенные
var fbLocalDir = GetFBLocalDir();
if (Directory.Exists(fbLocalDir))
{
if (isAcadVerLater2013())
{
string trustedPath = AutoCadApp.GetSystemVariable("TRUSTEDPATHS").ToString();
if (!trustedPath.ToLower().Contains(fbLocalDir.ToLower()))
{
trustedPath += ";" + fbLocalDir + @"\...";
AutoCadApp.SetSystemVariable("TRUSTEDPATHS", trustedPath);
}
try
{
Log.Info("FlexBrics.Setup. trustedPath ={0}", trustedPath);
}
catch { }
}
// 2. Добавить в пути поиска
dynamic preference = AutoCadApp.Preferences;
string supPath = preference.Files.SupportPath;
supPath = AddPath(fbLocalDir, supPath); //Папка flexBrics
supPath = AddPath(Path.Combine(fbLocalDir, "dwg"), supPath); //папка dwg
preference.Files.SupportPath = supPath;
try
{
Log.Info("FlexBrics.Setup. SupportPath ={0}", supPath);
}
catch { }
}
}
/// <summary>
/// The internal Zoom() method (credit: AutoCAD .NET Developer's Guide).
/// </summary>
/// <param name="min"></param>
/// <param name="max"></param>
/// <param name="center"></param>
/// <param name="factor"></param>
internal static void Zoom(Point3d min, Point3d max, Point3d center, double factor)
{
// Get the current document and database
var document = Application.DocumentManager.MdiActiveDocument;
var database = document.Database;
int currentViewport = Convert.ToInt32(Application.GetSystemVariable("CVPORT"));
// Get the extents of the current space no points
// or only a center point is provided
// Check to see if Model space is current
if (database.TileMode)
{
if (min.Equals(new Point3d()) && max.Equals(new Point3d()))
{
min = database.Extmin;
max = database.Extmax;
}
}
else
{
// Check to see if Paper space is current
if (currentViewport == 1)
{
// Get the extents of Paper space
if (min.Equals(new Point3d()) && max.Equals(new Point3d()))
{
min = database.Pextmin;
max = database.Pextmax;
}
}
else
{
// Get the extents of Model space
if (min.Equals(new Point3d()) && max.Equals(new Point3d()))
{
min = database.Extmin;
max = database.Extmax;
}
}
}
// Start a transaction
using (var trans = database.TransactionManager.StartTransaction())
{
// Get the current view
using (var currentView = document.Editor.GetCurrentView())
{
Extents3d extents;
// Translate WCS coordinates to DCS
var matWCS2DCS = Matrix3d.PlaneToWorld(currentView.ViewDirection);
matWCS2DCS = Matrix3d.Displacement(currentView.Target - Point3d.Origin) * matWCS2DCS;
matWCS2DCS = Matrix3d.Rotation(
angle: -currentView.ViewTwist,
axis: currentView.ViewDirection,
center: currentView.Target) * matWCS2DCS;
// If a center point is specified, define the min and max
// point of the extents
// for Center and Scale modes
if (center.DistanceTo(Point3d.Origin) != 0)
{
min = new Point3d(center.X - (currentView.Width / 2), center.Y - (currentView.Height / 2), 0);
max = new Point3d((currentView.Width / 2) + center.X, (currentView.Height / 2) + center.Y, 0);
}
// Create an extents object using a line
using (Line line = new Line(min, max))
{
extents = new Extents3d(line.Bounds.Value.MinPoint, line.Bounds.Value.MaxPoint);
}
// Calculate the ratio between the width and height of the current view
double viewRatio = currentView.Width / currentView.Height;
// Tranform the extents of the view
matWCS2DCS = matWCS2DCS.Inverse();
extents.TransformBy(matWCS2DCS);
double width;
double height;
Point2d newCenter;
// Check to see if a center point was provided (Center and Scale modes)
if (center.DistanceTo(Point3d.Origin) != 0)
{
width = currentView.Width;
height = currentView.Height;
if (factor == 0)
{
center = center.TransformBy(matWCS2DCS);
}
newCenter = new Point2d(center.X, center.Y);
}
else // Working in Window, Extents and Limits mode
{
// Calculate the new width and height of the current view
width = extents.MaxPoint.X - extents.MinPoint.X;
height = extents.MaxPoint.Y - extents.MinPoint.Y;
// Get the center of the view
newCenter = new Point2d(
((extents.MaxPoint.X + extents.MinPoint.X) * 0.5),
((extents.MaxPoint.Y + extents.MinPoint.Y) * 0.5));
}
// Check to see if the new width fits in current window
if (width > (height * viewRatio))
{
height = width / viewRatio;
}
// Resize and scale the view
if (factor != 0)
{
currentView.Height = height * factor;
currentView.Width = width * factor;
}
// Set the center of the view
currentView.CenterPoint = newCenter;
// Set the current view
document.Editor.SetCurrentView(currentView);
}
// Commit the changes
trans.Commit();
}
}
getDockLimits(int intNumDocks)
{
bool exists = false;
ObjectId idDictGRADEDOCK = Dict.getNamedDictionary("GRADEDOCK", out exists);
ObjectId idDictX = default(ObjectId);
if ((idDictGRADEDOCK == ObjectId.Null))
{
Autodesk.AutoCAD.ApplicationServices.Core.Application.ShowAlertDialog("GRADEDOCK dictionary missing - run AVG");
}
Point3d pnt3dPick;
Entity ent = Select.selectEntity(typeof(Polyline3d), "\nSelect Finish Floor 3d Polyline: ",
"3d Polyline selection failed. Exiting...", out pnt3dPick);
Polyline3d poly3d = (Polyline3d)ent;
ResultBuffer rb = poly3d.ObjectId.getXData("AVG");
if (rb == null)
{
return;
}
TypedValue[] tvs = rb.AsArray();
bldgNum = tvs[2].Value.ToString();
ObjectId idDictBLDG = Dict.getSubDict(idDictGRADEDOCK, bldgNum);
ObjectId idDictDOCKS = Dict.getSubEntry(idDictBLDG, "DOCKS");
if (idDictDOCKS == ObjectId.Null)
{
idDictDOCKS = Dict.addSubDict(idDictBLDG, "DOCKS");
}
using (BaseObjs._acadDoc.LockDocument())
{
Object selectCycling = Application.GetSystemVariable("SELECTIONCYCLING");
Application.SetSystemVariable("SELECTIONCYCLING", 0);
PromptStatus ps;
try
{
for (int i = 1; i < intNumDocks + 1; i++)
{
idDictX = Dict.addSubDict(idDictDOCKS, i.ToString(CultureInfo.InvariantCulture));
bool escape = false;
Point3d pnt3dRet = UserInput.getPoint(string.Format("\nSelect Dock {0} : Begin point (CCW orientation)", i), Pub.pnt3dO, out escape, out ps, osMode: 0);
BaseObjs.write("\n");
TypedValue[] TVs = new TypedValue[] {
new TypedValue(1040, pnt3dRet.X),
new TypedValue(1040, pnt3dRet.Y),
new TypedValue(1040, pnt3dRet.Z)
};
Dict.addXRec(idDictX, "BEG", TVs);
pnt3dRet = UserInput.getPoint(string.Format("\nSelect Dock {0} : End point (CCW orientation)", i), pnt3dRet, out escape, out ps, osMode: 0);
BaseObjs.write("\n");
TVs = new TypedValue[] {
new TypedValue(1040, pnt3dRet.X),
new TypedValue(1040, pnt3dRet.Y),
new TypedValue(1040, pnt3dRet.Z)
};
Dict.addXRec(idDictX, "END", TVs);
}
}
catch (System.Exception ex)
{
BaseObjs.writeDebug(ex.Message + " Grading_Dock.cs: line: 85");
}
finally
{
Application.SetSystemVariable("SELECTIONCYCLING", selectCycling);
}
}
}
public void GenerateUiFile()
{
string mainCui = Application.GetSystemVariable("MENUNAME") + ".cuix";
string[] split = mainCui.Split(new Char[] { '\\' });
string mainDir = "";
for (int i = 0; i < split.Length - 2; i++)
{
mainDir += split[i]; mainDir += "\\";
}
string myCuiFile = mainDir + "support\\KOJTO_3D.cuix";
string myCuiSectionName = "KOJTO_3D";
try
{
if (File.Exists(myCuiFile))
{
File.Delete(myCuiFile);
}
}
catch { }
CustomizationSection pcs = new CustomizationSection();
pcs.MenuGroupName = myCuiSectionName;
#region macros
MacroGroup mg = new MacroGroup(myCuiSectionName, pcs.MenuGroup);
MenuMacro mmSettings = new MenuMacro(mg, "KCAD_SETTINGS", "^C^CKCAD_SETTINGS", "ID_KCAD_SETTINGS");
MenuMacro mm0 = new MenuMacro(mg, "KCAD_NETLOAD", "^C^CNETLOAD", "ID_NETLOAD");
MenuMacro mm1 = new MenuMacro(mg, "KCAD_CREATEMESH", "^C^CKCAD_CREATEMESH", "ID_KCAD_CREATEMESH");
MenuMacro mm1C = new MenuMacro(mg, "KCAD_READ_MESH_FROM_CSV", "^C^CKCAD_READ_MESH_FROM_CSV", "ID_KCAD_READ_MESH_FROM_CSV");
MenuMacro munC = new MenuMacro(mg, "KCAD_DELETE_MESH_DATA", "^C^CKCAD_DELETE_MESH_DATA", "ID_KCAD_DELETE_MESH_DATA");
MenuMacro mm2 = new MenuMacro(mg, "KCAD_READMESH", "^C^CKCAD_READMESH", "ID_KCAD_READMESH");
MenuMacro mm3 = new MenuMacro(mg, "KCAD_SAVEMESH", "^C^CKCAD_SAVEMESH", "ID_KCAD_SAVEMESH");
MenuMacro mm4 = new MenuMacro(mg, "KCAD_DRAW", "^C^CKCAD_DRAW", "ID_KCAD_DRAW");
MenuMacro mm5 = new MenuMacro(mg, "KCAD_DRAW_NORMAL", "^C^CKCAD_DRAW_NORMALS", "ID_KCAD_DRAW_NORMAL");
MenuMacro mm5_ = new MenuMacro(mg, "KCAD_DRAW_NODE_UCS", "^C^CKCAD_DRAW_NODE_UCS", "ID_KCAD_DRAW_NODE_UCS");
MenuMacro mm67 = new MenuMacro(mg, "KCAD_SET_GLASS_DISTANCE_FOR_BEND", "^C^CKCAD_SET_GLASS_DISTANCE_FOR_BEND", "ID_KCAD_SET_GLASS_DISTANCE_FOR_BEND");
MenuMacro mm6 = new MenuMacro(mg, "KCAD_SET_GLASS_DISTANCE_FOR_ALL_BENDS", "^C^CKCAD_SET_GLASS_DISTANCE_FOR_ALL_BENDS", "ID_KCAD_SET_GLASS_DISTANCE_FOR_ALL_BENDS");
MenuMacro mm7 = new MenuMacro(mg, "KCAD_SHOW_GLASS", "^C^CKCAD_SHOW_GLASS", "ID_KCAD_SHOW_GLASS");
MenuMacro mm8 = new MenuMacro(mg, "KCAD_GLASS_EDGES", "^C^CKCAD_GLASS_EDGES_BY_FOLD_BASE", "ID_KCAD_GLASS_EDGES");
MenuMacro mm8A = new MenuMacro(mg, "KCAD_GLASS_EDGES_", "^C^CKCAD_GLASS_EDGES_BY_UNFOLD_BASE", "ID_KCAD_GLASS_EDGES");
MenuMacro mm9 = new MenuMacro(mg, "KCAD_REVERSE", "^C^CKCAD_REVERSE", "ID_KCAD_REVERSE");
MenuMacro mm10 = new MenuMacro(mg, "KCAD_GlASS_CONTURS_BY_LEVEL", "^C^CGET_GlASS_CONTURS_BY_LEVEL", "ID_KCAD_GlASS_CONTURS_BY_LEVEL");
MenuMacro mm11 = new MenuMacro(mg, "KCAD_GlASS_CONTURS_UNFOLD_BY_LEVEL", "^C^CGET_GlASS_CONTURS_UNFOLD_BY_LEVEL", "ID_KCAD_GlASS_CONTURS_UNFOLD_BY_LEVEL");
MenuMacro mmAA = new MenuMacro(mg, "KCAD_GET_BY_NUMER", "^C^CKCAD_GET_BY_NUMER", "ID_KCAD_GET_BY_NUMER");
MenuMacro mmAB = new MenuMacro(mg, "KCAD_GET_BY_SELECTION", "^C^CKCAD_GET_BY_SELECTION", "ID_KCAD_GET_BY_SELECTION");
MenuMacro mmDIST = new MenuMacro(mg, "KCAD_SET_GLASS_DISTANCE_TO_BEND_BY_NUMER", "^C^CKCAD_SET_GLASS_DISTANCE_TO_BEND_BY_NUMER", "ID_SET_GLASS_DISTANCE_TO_BEND_BY_NUMER");
MenuMacro mmGlasUnfolds = new MenuMacro(mg, "KCAD_GlASS_UNFOLDS_BY_LEVEL", "^C^CKCAD_GlASS_UNFOLDS_BY_LEVEL", "ID_KCAD_GlASS_UNFOLDS_BY_LEVEL");
MenuMacro mm08 = new MenuMacro(mg, "KCAD_DRAW_NODES_NORMALS_BY_NOFICTIVE", "^C^CKCAD_DRAW_NODES_NORMALS_BY_NOFICTIVE", "ID_KCAD_DRAW_NODES_NORMALS_BY_NOFICTIVE");
MenuMacro mm09 = new MenuMacro(mg, "KCAD_CHANGE_SELECTED_BENDS_NORMALS", "^C^CKCAD_CHANGE_SELECTED_BENDS_NORMALS", "ID_KCAD_CHANGE_SELECTED_BENDS_NORMALS");
MenuMacro mm091 = new MenuMacro(mg, "KCAD_SET_EXPLICIT_NODE_NORMAL_BY_POSITION", "^C^CKCAD_SET_EXPLICIT_NODE_NORMAL_BY_POSITION", "ID_KCAD_SET_EXPLICIT_NODE_NORMAL_BY_POSITION");
MenuMacro mmPrf1 = new MenuMacro(mg, "KCAD_READ_PROFILE_DATA", "^C^CKCAD_DRAW_PROFILE_SOLID", "ID_KCAD_KCAD_DRAW_PROFILE_SOLID");
MenuMacro mmPrf1_ = new MenuMacro(mg, "KCAD_READ_PROFILE_DATA_A", "^C^CKCAD_DRAW_PROFILE_SOLID_A", "ID_KCAD_KCAD_DRAW_PROFILE_SOLID_A");
MenuMacro mmPrf1__ = new MenuMacro(mg, "KCAD_ADD_PROFILE_POINT_TO_FILE", "^C^CKCAD_ADD_PROFILE_POINT_TO_FILE", "ID_KCAD_ADD_PROFILE_POINT_TO_FILE");
MenuMacro mmPrf2 = new MenuMacro(mg, "KCAD_PREPARE_PROFILE_UNFOLD", "^C^CKCAD_PREPARE_PROFILE_UNFOLD", "ID_KCAD_PREPARE_PROFILE_UNFOLD");
MenuMacro mmCAM_CNC = new MenuMacro(mg, "KCAD_NODE_TO_CNC", "^C^CKCAD_NODE_TO_CNC", "ID_KCAD_NODE_TO_CNC");
MenuMacro mmCAM_CNC1 = new MenuMacro(mg, "KCAD_NODE_TO_CSV", "^C^CKCAD_NODE_TO_CSV", "ID_KCAD_NODE_TO_CSV");
MenuMacro mmCAM_CN1 = new MenuMacro(mg, "KCAD_POLYGONS_CSV", "^C^CKCAD_POLYGONS_CSV", "ID_KCAD_POLIGONS_CSV");
MenuMacro mmPlacement_3D_0 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION", "^C^CKCAD_PLACEMENT_OF_NODE_3D_IN_POSITION", "ID_KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION");
MenuMacro mmPlacement_3D_00 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_DELETE", "^C^CKCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_DELETE", "ID_KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_DELETE");
MenuMacro mmPlacement_3D_000 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_HIDE", "^C^CKCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_HIDE", "ID_KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_HIDE");
MenuMacro mmPlacement_3D_0000 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_SHOW", "^C^CKCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_SHOW", "ID_KCAD_PLACEMENT_OF_NODE_3D_IN_POSITION_SHOW");
MenuMacro mmPlacement_3D_1 = new MenuMacro(mg, "PLACEMENT_OF_BENDS_NOZZLE_BLOCKS_IN_NODES", "^C^CKCAD_PLACEMENT_OF_BENDS_NOZZLE_BLOCKS_IN_NODES", "ID_KCAD_PLACEMENT_OF_BENDS_NOZZLE_BLOCKS_IN_NODES");
MenuMacro mmPlacement_3D_100 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_BENDS_NOZZLE_3D_IN_POSITION_HIDE", "^C^CKCAD_PLACEMENT_OF_BENDS_NOZZLE_3D_IN_POSITION_HIDE", "ID_KCAD_PLACEMENT_OF_BENDS_NOZZLE_3D_IN_POSITION_HIDE");
MenuMacro mmPlacement_3D_1000 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_BENDS_NOZZLE_3D_IN_POSITION_SHOW", "^C^CKCAD_PLACEMENT_OF_BENDS_NOZZLE_3D_IN_POSITION_SHOW", "ID_KCAD_PLACEMENT_OF_BENDS_NOZZLE_3D_IN_POSITION_SHOW");
MenuMacro mmPlacement_3D_10 = new MenuMacro(mg, "PLACEMENT_OF_BEND_NOZZLE_3D_DELETE", "^C^CKCAD_PLACEMENT_OF_BEND_NOZZLE_3D_DELETE", "ID_KCAD_PLACEMENT_OF_BEND_NOZZLE_3D_DELETE");
MenuMacro mmPlacement_3D_2 = new MenuMacro(mg, "KCAD_PLACEMENT_BENDS_3D", "^C^CKCAD_PLACEMENT_BENDS_3D", "ID_KCAD_PLACEMENT_BENDS_3D");
MenuMacro mmPlacement_3D_3 = new MenuMacro(mg, "KCAD_PLACEMENT_BEND_3D_DELETE", "^C^CKCAD_PLACEMENT_BEND_3D_DELETE", "ID_KCAD_PLACEMENT_BEND_3D_DELETE");
MenuMacro mmPlacement_3D_4 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_BENDS_3D_IN_POSITION_HIDE", "^C^CKCAD_PLACEMENT_OF_BENDS_3D_IN_POSITION_HIDE", "ID_KCAD_PLACEMENT_OF_BENDS_3D_IN_POSITION_HIDE");
MenuMacro mmPlacement_3D_5 = new MenuMacro(mg, "KCAD_PLACEMENT_OF_BENDS_3D_IN_POSITION_SHOW", "^C^CKCAD_PLACEMENT_OF_BENDS_3D_IN_POSITION_SHOW", "ID_KCAD_PLACEMENT_OF_BENDS_3D_IN_POSITION_SHOW");
MenuMacro mmCAM_Check = new MenuMacro(mg, "KCAD_CALC_MIN_CAM_RADIUS", "^C^CKCAD_CALC_MIN_CAM_RADIUS", "ID_KCAD_CALC_MIN_CAM_RADIUS");
MenuMacro mmFixing = new MenuMacro(mg, "KCAD_ADD_FIXING_ELEMENTS", "^C^CKCAD_ADD_FIXING_ELEMENTS", "ID_KCAD_ADD_FIXING_ELEMENTS");
MenuMacro mmRB = new MenuMacro(mg, "KCAD_RESTORE_BENDS_NORMALS", "^C^CKCAD_RESTORE_BENDS_NORMALS", "ID_KCAD_RESTORE_BENDS_NORMALS");
MenuMacro mmRN = new MenuMacro(mg, "KCAD_RESTORE_NODES_NORMALS", "^C^CKCAD_RESTORE_NODES_NORMALS", "ID_KCAD_RESTORE_NODES_NORMALS");
MenuMacro mmTN = new MenuMacro(mg, "KCAD_SET_ALL_NODES_NORMALS_EXPLICIT", "^C^CKCAD_SET_ALL_NODES_NORMALS_EXPLICIT", "ID_KCAD_SET_ALL_NODES_NORMALS_EXPLICIT");
MenuMacro mmGlass_DOUBLE1 = new MenuMacro(mg, "KCAD_SHOW_DOUBLE_GLAS", "^C^CKCAD_SHOW_DOUBLE_GLAS", "ID_KCAD_SHOW_DOUBLE_GLAS");
MenuMacro mmGlass_DOUBLE2 = new MenuMacro(mg, "KCAD_DOUBLE_GlASS_UNFOLDS_TRIANGLE", "^C^CKCAD_DOUBLE_GlASS_UNFOLDS_TRIANGLE", "ID_KCAD_DOUBLE_GlASS_UNFOLDS_TRIANGLE");
MenuMacro mmGlass_DOUBLE3 = new MenuMacro(mg, "KCAD_BENDS_TO_SEPARATE_DRAWINGS", "^C^CKCAD_BENDS_TO_SEPARATE_DRAWINGS", "ID_KCAD_BENDS_TO_SEPARATE_DRAWINGS");
MenuMacro mmRCN = new MenuMacro(mg, "KCAD_PLACEMENT_BENDS_3D_BY_NORMALS", "^C^CKCAD_PLACEMENT_BENDS_3D_BY_NORMALS", "ID_KCAD_PLACEMENT_BENDS_3D_BY_NORMALS");
MenuMacro mmRPN = new MenuMacro(mg, "KCAD_BEND_SECTION_TO_SEPARATE_DRAWINGS", "^C^CKCAD_BEND_SECTION_TO_SEPARATE_DRAWINGS", "ID_KCAD_BEND_SECTION_TO_SEPARATE_DRAWINGS");
MenuMacro mmDN = new MenuMacro(mg, "KCAD_DRAW_NUMERS", "^C^CKCAD_DRAW_NUMERS", "ID_KCAD_DRAW_NUMERS");
MenuMacro mmEN = new MenuMacro(mg, "KCAD_DRAW_SECOND_MESH", "^C^CKCAD_DRAW_SECOND_MESH", "ID_KCAD_DRAW_SECOND_MESH");
MenuMacro mmRES = new MenuMacro(mg, "KCAD_RESTORE_NODE_NORMAL_BY_SELECTION", "^C^CKCAD_RESTORE_NODE_NORMAL_BY_SELECTION", "ID_KCAD_RESTORE_NODE_NORMAL_BY_SELECTION");
MenuMacro mmCH = new MenuMacro(mg, "KCAD_KCAD_CHANGE_EXPLICIT_NORMAL_LENGTH_SELECTION", "^C^CKCAD_CHANGE_EXPLICIT_NORMAL_LENGTH_SELECTION", "ID_KCAD_CHANGE_EXPLICIT_NORMAL_LENGTH_SELECTION");
MenuMacro mmS = new MenuMacro(mg, "KCAD_KCAD_ATTACHING_A_SOLID3D_TO_BEND", "^C^CKCAD_ATTACHING_A_SOLID3D_TO_BEND", "ID_KCAD_ATTACHING_A_SOLID3D_TO_BEND");
MenuMacro mmS1 = new MenuMacro(mg, "KCAD_KCAD_RESTORE_BEND_NORMAL", "^C^CKCAD_RESTORE_BEND_NORMAL", "ID_KCAD_RESTORE_BEND_NORMAL");
MenuMacro mmS2 = new MenuMacro(mg, "KCAD_KCAD_EXPROF", "^C^CKCAD_EXPROF", "ID_KCAD_EXPROF");
MenuMacro mmS3 = new MenuMacro(mg, "KCAD_EXTRIM", "^C^CKCAD_EXTRIM", "ID_KCAD_EXTRIM");
MenuMacro mmS4 = new MenuMacro(mg, "KCAD_GlASS_POLYGON_UNFOLDS_BY_LEVEL", "^C^CKCAD_GlASS_POLYGON_UNFOLDS_BY_LEVEL", "ID_KCAD_GlASS_POLYGON_UNFOLDS_BY_LEVEL");
MenuMacro mmS5 = new MenuMacro(mg, "KCAD_GlASS_TRIANGLE_UNFOLDS_BY_LEVEL", "^C^CKCAD_GlASS_TRIANGLE_UNFOLDS_BY_LEVEL", "ID_KCAD_GlASS_TRIANGLE_UNFOLDS_BY_LEVEL");
MenuMacro mm0_help = new MenuMacro(mg, "KCAD_READMESH_GET_HELP", "^C^CKCAD_READMESH_GET_HELP", "ID_KCAD_READMESH_GET_HELP");
MenuMacro mm11_help = new MenuMacro(mg, "KCAD_SAVEMESH_GET_HELP", "^C^CKCAD_SAVEMESH_GET_HELP", "ID_KCAD_SAVEMESH_GET_HELP");
MenuMacro mm2_help = new MenuMacro(mg, "KCAD_DRAW_NODES_NORMALS_BY_NOFICTIVE_HELP", "^C^CKCAD_DRAW_NODES_NORMALS_BY_NOFICTIVE_HELP", "ID_KCAD_DRAW_NODES_NORMALS_BY_NOFICTIVE_HELP");
MenuMacro mmHELP = new MenuMacro(mg, "KCAD_HELP", "^C^CKCAD_HELP", "ID_KCAD_HELP");
// MenuMacro mmCCAM = new MenuMacro(mg, "CALC MIN CAM RADIUS", "^C^CKCAD_CALC_MIN_CAM_RADIUS", "ID_KCAD_CALC_MIN_CAM_RADIUS");
MenuMacro mmHEeP = new MenuMacro(mg, "KCAD_CUTTING_BENDS_IN_NODES", "^C^CKCAD_CUTTING_BENDS_IN_NODES", "ID_KCAD_CUTTING_BENDS_IN_NODES");
MenuMacro mm0CSV = new MenuMacro(mg, "KCAD_READ_NAMED_POINTS_FROM_CSV", "^C^CKCAD_READ_NAMED_POINTS_FROM_CSV", "ID_KCAD_READ_NAMED_POINTS_FROM_CSV");
MenuMacro mm1CSV = new MenuMacro(mg, "KCAD_NAMED_POINTS_DRAW", "^C^CKCAD_NAMED_POINTS_DRAW", "ID_KCAD_NAMED_POINTS_DRAW");
MenuMacro mmGHG = new MenuMacro(mg, "HIDE GLASS", "^C^CKCAD_HIDE_GLASS", "ID_KCAD_HIDE_GLASS");
MenuMacro mmGSHG = new MenuMacro(mg, "SHOW HIDEN GLASS", "^C^CKCAD_SHOW_HIDEN_GLASS", "ID_KCAD_SHOW_HIDEN_GLASS");
MenuMacro mmdGHG = new MenuMacro(mg, "HIDE DOUBLE GLASS", "^C^CKCAD_HIDE_DOUBLE_GLASS", "ID_KCAD_HIDE_DOUBLE_GLASS");
MenuMacro mmdGSHG = new MenuMacro(mg, "SHOW HIDEN DOUBLE GLASS", "^C^CKCAD_SHOW_HIDEN_DOUBLE_GLASS", "ID_KCAD_SHOW_HIDEN_DOUBLE_GLASS");
MenuMacro mmCG = new MenuMacro(mg, "CENTER of Gravity", "^C^CKCAD_GET_REAL_CENTROID", "ID_KCAD_GET_REAL_CENTROID");
MenuMacro mmGCC = new MenuMacro(mg, "SPOTS from glass on the triangles - CENTER of Gravity", "^C^CKCAD_GET_GLASS_CONTURS_CENTROID", "ID_KCAD_GET_GLASS_CONTURS_CENTROID");
MenuMacro mmTBC = new MenuMacro(mg, "TEORETICAL MESH CENTROID", "^C^CKCAD_GET_TEORETICAL_BENDS_CENTROID", "ID_KCAD_GET_TEORETICAL_BENDS_CENTROID");
MenuMacro mmCPS = new MenuMacro(mg, "SET_CUT_PROFILE_PARAM_GLOBAL", "^C^CKCAD_SET_CUT_SOLID_LK", "ID_KCAD_SET_CUT_SOLID_LK");
MenuMacro mmCPS1 = new MenuMacro(mg, "SET_CUT_PROFILE_PARAM_GLOBAL", "^C^CKCAD_SET_CUT_SOLID_TH", "ID_KCAD_SET_CUT_SOLID_TH");
MenuMacro mmCPS3 = new MenuMacro(mg, "SET_CUT_SOLID_ER_GLOBAL", "^C^CKCAD_SET_CUT_SOLID_ER", "ID_KCAD_SET_CUT_SOLID_ER");
MenuMacro mmCPS2 = new MenuMacro(mg, "SET_CUT_PROFILE_PARAM_BY_BEND_NUMER", "^C^CKCAD_SET_BEND_EXPLICIT_PARAMETERS", "ID_KCAD_SET_BEND_EXPLICIT_PARAMETERS");
MenuMacro mmCPS4 = new MenuMacro(mg, "TRIMING_VERTICES_VARIANT", "^C^CKCAD_CHANGE_PICK_TRIM_VARIANT", "ID_KCAD_CHANGE_PICK_TRIM_VARIANT");
MenuMacro mmCPS5 = new MenuMacro(mg, "ERASE_GLASS_3D", "^C^CKCAD_PLACEMENT_3D_GLASS_DELETE", "ID_KCAD_PLACEMENT_3D_GLASS_DELETE");
MenuMacro mmERS5 = new MenuMacro(mg, "EX_RATIO_BY_BEND", "^C^CKCAD_EX_RATIO_BY_BEND", "ID_KCAD_EX_RATIO_BY_BEND");
MenuMacro mmERS4 = new MenuMacro(mg, "EXPLICIT_CUTTING_METHOD", "^C^CKCAD_EXPLICIT_CUTTING_METHOD_FOR_ENDS_IN_NODE", "ID_KCAD_EXPLICIT_CUTTING_METHOD_FOR_ENDS_IN_NODE");
MenuMacro mmER5S5 = new MenuMacro(mg, "CLEAR_EXPLICIT_CUTTING_METHOD", "^C^CKCAD_CLEAR_EXPLICIT_CUTTING_METHOD_FOR_ALL", "ID_KCAD_CLEAR_EXPLICIT_CUTTING_METHOD_FOR_ALL");
MenuMacro mmERP5 = new MenuMacro(mg, "PROJECT_POINT_TO_PLANE", "^C^CKCAD_PROJECT_POINT_TO_PLANE", "ID_KCAD_PROJECT_POINT_TO_PLANE");
MenuMacro mmERT5 = new MenuMacro(mg, "ANGLE BETWEEN TRIANGLES", "^C^CKCAD_ANGLE_BETWEEN_TRIANGLES", "ID_KCAD_ANGLE_BETWEEN_TRIANGLES");
MenuMacro mmMDN = new MenuMacro(mg, "MINIMUMU DISTANCE TO NODE", "^C^CKCAD_NEAREST_FROM_NODES", "ID_KCAD_NEAREST_FROM_NODES");
MenuMacro mmMDB = new MenuMacro(mg, "MINIMUMU DISTANCE TO BEND MID", "^C^CKCAD_NEAREST_BEND_MIDPOINT", "ID_KCAD_NEAREST_BEND_MIDPOINT");
MenuMacro mmMDT = new MenuMacro(mg, "MINIMUMU DISTANCE TO TRIANGLE MID", "^C^CKCAD_NEAREST_TRIANGLE_MIDPOINT", "ID_KCAD_NEAREST_TRIANGLE_MIDPOINT");
MenuMacro mmRSM1 = new MenuMacro(mg, "READ MESH FROM EXTERNAL", "^C^CKCAD_READ_CONTAINER_FROM_EXTERNAL_FILE", "ID_KCAD_READ_CONTAINER_FROM_EXTERNAL_FILE");
MenuMacro mmRSM2 = new MenuMacro(mg, "SAVE MESH TO EXTERNAL", "^C^CKCAD_SAVE_CONTAINER_IN_EXTERNAL_FILE", "ID_KCAD_SAVE_CONTAINER_IN_EXTERNAL_FILE");
MenuMacro mmDSN = new MenuMacro(mg, "CREATE NEW MESH FROM CURRENT THROUGH END OF NORMALS", "^C^CKCAD_SMB", "ID_KCAD_NEAREST_FROM_NODES");
MenuMacro mmMDBS = new MenuMacro(mg, "REURN MINIMAL DISTANCE BETWEEN SOLIDS", "^C^CKCAD_MIN_DISTANCE_BETWEEN_SOLID3D", "ID_KCAD_MIN_DISTANCE_BETWEEN_SOLID3D");
MenuMacro mmITP = new MenuMacro(mg, "INTERSECTION LINE BETWEE TWO PLANES", "^C^CKCAD_INTERSECTION_LINE_BETWEEN_TWO_PLANES", "ID_KCAD_INTERSECTION_LINE_BETWEEN_TWO_PLANES");
MenuMacro mmCALC = new MenuMacro(mg, "CALCULATE FORMULA", "^C^CKCAD_CALCULATE_FORMULA", "ID_KCAD_CALCULATE_FORMULA");
#endregion ;
StringCollection sc = new StringCollection();
sc.Add("POP15");
PopMenu pm = new PopMenu(myCuiSectionName, sc, "ID_MyPop1", pcs.MenuGroup);
PopMenuItem pmi000 = new PopMenuItem(mmCALC, "CALCULATE FORMULA", pm, -1);
PopMenuItem pmi_000 = new PopMenuItem(pm, -1);
PopMenuItem pmi0 = new PopMenuItem(mm0, "NETLOAD", pm, -1);
PopMenuItem pmi_h0 = new PopMenuItem(pm, -1);
PopMenuItem pmiHELP = new PopMenuItem(mmHELP, "HELP", pm, -1);
PopMenuItem pmi_0 = new PopMenuItem(pm, -1);
PopMenuItem pmiSettings = new PopMenuItem(mmSettings, "SETTINGS", pm, -1);
PopMenuItem pmi_sie = new PopMenuItem(pm, -1);
#region mesh
StringCollection scMESH = new StringCollection();
PopMenu pmMESH = new PopMenu("MESH", scMESH, "ID_SubscMESH", pcs.MenuGroup);
PopMenuItem pmi1 = new PopMenuItem(mm1, "CREATE MESH", pmMESH, -1);
PopMenuItem pmi1C = new PopMenuItem(mm1C, "READ MESH FROM CSV file", pmMESH, -1);
PopMenuItem pmi_se = new PopMenuItem(pmMESH, -1);
PopMenuItem pmi2 = new PopMenuItem(mm2, "READ MESH from this DWG (from dictionary)", pmMESH, -1);
PopMenuItem pmij2 = new PopMenuItem(mmRSM1, "READ MESH from External TXT file", pmMESH, -1);
PopMenuItem pmi2_help = new PopMenuItem(mm0_help, "Read mesh HELP topic", pmMESH, -1);
PopMenuItem pmi_se_help = new PopMenuItem(pmMESH, -1);
PopMenuItem pmi4 = new PopMenuItem(mm3, "SAVE MESH in this DWG (in dictionary)", pmMESH, -1);
PopMenuItem pmij4 = new PopMenuItem(mmRSM2, "SAVE MESH to External TXT File", pmMESH, -1);
PopMenuItem pmi3_help = new PopMenuItem(mm11_help, "Save mesh HELP topic", pmMESH, -1);
PopMenuItem pmi_se_ = new PopMenuItem(pmMESH, -1);
PopMenuItem pmdd_help = new PopMenuItem(munC, "Delete Mesh Data from Dictionary", pmMESH, -1);
PopMenuItem pmi_dd_help = new PopMenuItem(pmMESH, -1);
PopMenuItem pmu3_help = new PopMenuItem(mmTBC, "Teoretical mesh (No fictive Bends) - Center of Gravity", pmMESH, -1);
PopMenuItem pmi_ge_ = new PopMenuItem(pmMESH, -1);
PopMenuItem pmi5 = new PopMenuItem(mm4, "DRAW", pmMESH, -1);
PopMenuItem pmi6 = new PopMenuItem(mm5, "DRAW NORMALS", pmMESH, -1);
PopMenuItem pmi_7 = new PopMenuItem(mmEN, "LINK the ENDS of NORMALS in the NODES", pmMESH, -1);
PopMenuItem pmi_8 = new PopMenuItem(mmDSN, "CREATE NEW MESH FROM CURRENT THROUGH END OF NORMALS", pmMESH, -1);
PopMenuItem pmi_ise_ = new PopMenuItem(pmMESH, -1);
PopMenuItem pmi06 = new PopMenuItem(mm08, "DRAW NODE NORMALS BY NoFictive Bends", pmMESH, -1);
PopMenuItem pmi06_help = new PopMenuItem(mm2_help, "HELP", pmMESH, -1);
PopMenuItem pmi_siie_ = new PopMenuItem(pmMESH, -1);
PopMenuItem pmi07_ = new PopMenuItem(mm5_, "DRAW NODE UCS BY NoFictive Bends", pmMESH, -1);
PopMenuItem pmi07i_ = new PopMenuItem(mmDN, "DRAW NUMERS", pmMESH, -1);
PopMenuItem pmi_se__ = new PopMenuItem(pmMESH, -1);
PopMenuItem pmui = new PopMenuItem(mmAA, "GET_BY_NUMER", pmMESH, -1);
PopMenuItem pmuii = new PopMenuItem(mmAB, "GET_BY_SELECTION", pmMESH, -1);
PopMenuItem pmSGff2 = new PopMenuItem(mmERT5, "Angle between the NORMALS of the adjacent Triangles", pmMESH, -1);
PopMenuItem pmi_gue_ = new PopMenuItem(pmMESH, -1);
StringCollection scMESH_MINIMUM_DISTANCES = new StringCollection();
PopMenu pmMESH_MINIMUM_DISTANCES = new PopMenu("Minimum Distance to ..", scMESH_MINIMUM_DISTANCES, "ID_MINDIST", pcs.MenuGroup);
PopMenuItem pmMD1 = new PopMenuItem(mmMDN, "to Node", pmMESH_MINIMUM_DISTANCES, -1);
PopMenuItem pmMD2 = new PopMenuItem(mmMDB, "to Bend Mid Point", pmMESH_MINIMUM_DISTANCES, -1);
PopMenuItem pmMD3 = new PopMenuItem(mmMDT, "to Triangle Centroid", pmMESH_MINIMUM_DISTANCES, -1);
PopMenuRef pmMESH_MINIMUM_DISTANCES_Ref = new PopMenuRef(pmMESH_MINIMUM_DISTANCES, pmMESH, -1);
pmMESH.PopMenuItems.Add(pmMESH_MINIMUM_DISTANCES_Ref);
PopMenuItem pmi_seo__ = new PopMenuItem(pmMESH, -1);
StringCollection scMESH_MODIFY_NORMALS = new StringCollection();
PopMenu pmMESH_MODIFY_NORMALS = new PopMenu("MODIFY NORMALS", scMESH_MODIFY_NORMALS, "ID_SubscMESH", pcs.MenuGroup);
PopMenuItem pmi10 = new PopMenuItem(mm9, "REVERSE NORMALS", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmt_seo__ = new PopMenuItem(pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmi010 = new PopMenuItem(mm09, "SET EXPLICIT BENDS NORMALS BY DIRECTION", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmr010 = new PopMenuItem(mmRB, "RESTORE BENDS NORMALS", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmi0100 = new PopMenuItem(mmS1, "RESTORE BEND NORMAL", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmt_seo_ = new PopMenuItem(pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmi011 = new PopMenuItem(mm091, "SET EXPLICIT NODE NORMAL", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmi012 = new PopMenuItem(mmTN, "SET ALL NOES NORMALS EXPLICIT (by bends midpoints centroid)", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmr011 = new PopMenuItem(mmRN, "RESTORE NODE NORMALS", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmr01_1 = new PopMenuItem(mmRES, "RESTORE NODE NORMAL BY SELECTION", pmMESH_MODIFY_NORMALS, -1);
PopMenuItem pmr01_2 = new PopMenuItem(mmCH, "CHENGE EXPLICIT NORMAL LENGTH SELECTION", pmMESH_MODIFY_NORMALS, -1);
//PopMenuItem pmt_seo = new PopMenuItem(pmMESH_MODIFY_NORMALS, -1);
PopMenuRef pmMESH__MODIFY_NORMALS_Ref = new PopMenuRef(pmMESH_MODIFY_NORMALS, pmMESH, -1);
pmMESH.PopMenuItems.Add(pmMESH__MODIFY_NORMALS_Ref);
PopMenuRef pmMESH_Ref = new PopMenuRef(pmMESH, pm, -1);
pm.PopMenuItems.Add(pmMESH_Ref);
#endregion
PopMenuItem pmi_seu__ = new PopMenuItem(pm, -1);
#region glass
StringCollection scGLASS = new StringCollection();
PopMenu pmGLASS = new PopMenu("GLASS", scGLASS, "ID_GLASS", pcs.MenuGroup);
PopMenuItem pmi7 = new PopMenuItem(mm7, "MAKE and SHOW GLASS", pmGLASS, -1);
PopMenuItem pmi7_ = new PopMenuItem(mmGHG, "HIDE GLASS", pmGLASS, -1);
PopMenuItem pmi7__ = new PopMenuItem(mmGSHG, "SHOW HIDEN GLASS", pmGLASS, -1);
PopMenuItem pmi5__ = new PopMenuItem(mmCPS5, "ERASE GLASS 3D and from database", pmGLASS, -1);
PopMenuItem pmi_s_e_____ = new PopMenuItem(pmGLASS, -1);
PopMenuItem pmi8CG = new PopMenuItem(mmGCC, "spots from glass on the triangles - Center of Gravity", pmGLASS, -1);
PopMenuItem pmi8 = new PopMenuItem(mm8, "SHOW GLASS EDGES (spots from glass on the triangles)", pmGLASS, -1);
// PopMenuItem pmi8A = new PopMenuItem(mm8A, "SHOW GLASS EDGES_BY_UNFOLD_BASE", pmGLASS, -1);
PopMenuItem pmi8B = new PopMenuItem(mm10, "SHOW GlASS_CONTURS_BY_LEVEL", pmGLASS, -1);
PopMenuItem pmi8C = new PopMenuItem(mm11, "SHOW GlASS_CONTURS_UNFOLD_BY_LEVEL", pmGLASS, -1);
PopMenuItem pmi_s_e____ = new PopMenuItem(pmGLASS, -1);
PopMenuItem pmi8C_ = new PopMenuItem(mmGlasUnfolds, "SEPARATE ALL - GlASS UNFOLDS BY LEVEL", pmGLASS, -1);
PopMenuItem pmi8F_ = new PopMenuItem(mmS5, "SEPARATE BY NUMER - TRIANGLE GLASS UNFOLDS", pmGLASS, -1);
PopMenuItem pmi8FF_ = new PopMenuItem(mmS4, "SEPARATE BY NUMER- POLYGON GLASS UNFOLDS", pmGLASS, -1);
PopMenuItem pmi_se____ = new PopMenuItem(pmGLASS, -1);
StringCollection scGLASS_DOUBLE = new StringCollection();
PopMenu pmGLASS_DOUBLE = new PopMenu("DOUBLE GLASS", scGLASS_DOUBLE, "ID_GLASS_DOUBLE", pcs.MenuGroup);
PopMenuItem pmu7 = new PopMenuItem(mmGlass_DOUBLE1, "SHOW", pmGLASS_DOUBLE, -1);
PopMenuItem pmx7 = new PopMenuItem(mmdGHG, "HIDE DOUBLE GLASS", pmGLASS_DOUBLE, -1);
PopMenuItem pmx7_ = new PopMenuItem(mmdGSHG, "SHOW HIDEN DOUBLE GLASS", pmGLASS_DOUBLE, -1);
PopMenuItem pmi8__ = new PopMenuItem(mmCPS5, "ERASE GLASS 3D and from database", pmGLASS_DOUBLE, -1);
PopMenuItem pmi_soe____ = new PopMenuItem(pmGLASS_DOUBLE, -1);
PopMenuItem pmu8 = new PopMenuItem(mmGlass_DOUBLE2, "UNFOLD TRIANGULAR GLASS", pmGLASS_DOUBLE, -1);
PopMenuItem pmu8a = new PopMenuItem(mmGlass_DOUBLE3, "BENDS TO SEPARATE DRAWINGS", pmGLASS_DOUBLE, -1);
PopMenuItem pmu8aa = new PopMenuItem(mmRPN, "BENDS SECTIONS TO SEPARATE DRAWINGS", pmGLASS_DOUBLE, -1);
PopMenuRef pmGlass_Double_Ref = new PopMenuRef(pmGLASS_DOUBLE, pmGLASS, -1);//***
pmGLASS.PopMenuItems.Add(pmGlass_Double_Ref);
PopMenuItem pmi_seu___ = new PopMenuItem(pmGLASS, -1);
PopMenuItem pmi97 = new PopMenuItem(mm67, "GLASS DISTANCE FOR BEND", pmGLASS, -1);
PopMenuItem pmi9 = new PopMenuItem(mm6, "GLASS DISTANCE FOR ALL BENDS", pmGLASS, -1);
PopMenuItem pmi9_ = new PopMenuItem(mmDIST, "SET GLASS DISTANCE TO BEND BY NUMER", pmGLASS, -1);
PopMenuRef pmGlass_Ref = new PopMenuRef(pmGLASS, pm, -1);
pm.PopMenuItems.Add(pmGlass_Ref);
#endregion
PopMenuItem pmi_se_CAM__ = new PopMenuItem(pm, -1);
StringCollection scCAM = new StringCollection();
PopMenu pmCAM = new PopMenu("CAM Tools", scCAM, "ID_CAM_Tools", pcs.MenuGroup);
PopMenuItem pm_cnc = new PopMenuItem(mmCAM_CNC, "Node to CNC", pmCAM, -1);
PopMenuItem pm_cnc1 = new PopMenuItem(mmCAM_CNC1, "Node to CSV", pmCAM, -1);
PopMenuRef pmCAM_Ref = new PopMenuRef(pmCAM, pm, -1);
pm.PopMenuItems.Add(pmCAM_Ref);
PopMenuItem pmi_se___ = new PopMenuItem(pm, -1);
#region profiles
StringCollection scPROFILES = new StringCollection();
PopMenu pmPROFILES = new PopMenu("PROFILES", scPROFILES, "ID_SubProfiles", pcs.MenuGroup);
PopMenuItem pmipi1 = new PopMenuItem(mmS2, "SOLID EXTRUDE FROM REGIONS IN BLOCK", pmPROFILES, -1);
PopMenuItem pmipi2 = new PopMenuItem(mmS3, "CUT WITH EXTRUDED SOLID", pmPROFILES, -1);
PopMenuItem pmi_sei_o__ = new PopMenuItem(pmPROFILES, -1);
PopMenuItem pmip1 = new PopMenuItem(mmPrf1, "DRAW PROFILE SOLID by CSV", pmPROFILES, -1);
PopMenuItem pmip1_ = new PopMenuItem(mmPrf1_, "DRAW PROFILE by CSV and ERASE PROFILE LINE", pmPROFILES, -1);
PopMenuItem pmi_sei1 = new PopMenuItem(pmPROFILES, -1);
PopMenuItem pmip2_ = new PopMenuItem(mmPrf2, "KCAD PREPARE PROFILE UNFOLD", pmPROFILES, -1);
PopMenuItem pmi_sei___ = new PopMenuItem(pmPROFILES, -1);
PopMenuItem pmip1i_ = new PopMenuItem(mmPrf1__, "ADD PROFILE POINTS TO_FILE", pmPROFILES, -1);
PopMenuRef pmProfiles_Ref = new PopMenuRef(pmPROFILES, pm, -1);
pm.PopMenuItems.Add(pmProfiles_Ref);
#endregion
PopMenuItem pmi_se___Placement = new PopMenuItem(pm, -1);
#region placement
StringCollection scPlacement_3D = new StringCollection();
PopMenu pmPlacement_3D = new PopMenu("SHOW PLACEMENT IN 3D", scPlacement_3D, "ID_Placement_3D", pcs.MenuGroup);
PopMenuItem pmPlacemen__22_00 = new PopMenuItem(mmCG, "Real Center of Gravity", pmPlacement_3D, -1);
PopMenuItem pmi_seiuuyhu1 = new PopMenuItem(pmPlacement_3D, -1);
StringCollection scPlacement_3D_NODES = new StringCollection();
PopMenu pmPlacement_3D_NODES = new PopMenu("NODES 3D", scPlacement_3D_NODES, "ID_Bends_3D", pcs.MenuGroup);
PopMenuItem pmPlacemen_0 = new PopMenuItem(mmPlacement_3D_0, "PLACEMENT OF NODE 3D IN POSITION", pmPlacement_3D_NODES, -1);
PopMenuItem pmPlacemen_000 = new PopMenuItem(mmPlacement_3D_000, "PLACEMENT HIDE from Display", pmPlacement_3D_NODES, -1);
PopMenuItem pmPlacemen_0000 = new PopMenuItem(mmPlacement_3D_0000, "PLACEMENT SHOW to Display", pmPlacement_3D_NODES, -1);
PopMenuItem pmPlacemen_00 = new PopMenuItem(mmPlacement_3D_00, "PLACEMENT DELETE and from Data Base", pmPlacement_3D_NODES, -1);
PopMenuRef pmPlacement_3D_NODES_Ref = new PopMenuRef(pmPlacement_3D_NODES, pmPlacement_3D, -1);
pmPlacement_3D.PopMenuItems.Add(pmPlacement_3D_NODES_Ref);
PopMenuItem pmi_seiuu1 = new PopMenuItem(pmPlacement_3D, -1);
StringCollection scPlacement_3D_NOZZLE = new StringCollection();
PopMenu pmPlacement_3D_NOZZLE = new PopMenu("BENDS NOZZLE 3D", scPlacement_3D_NOZZLE, "ID_Bends_3D", pcs.MenuGroup);
PopMenuItem pmPlacemen_1 = new PopMenuItem(mmPlacement_3D_1, "PLACEMENT OF BENDS NOZZLE BLOCKS IN NODES", pmPlacement_3D_NOZZLE, -1);
PopMenuItem pmPlacemen_100 = new PopMenuItem(mmPlacement_3D_100, "PLACEMENT HIDE from Display", pmPlacement_3D_NOZZLE, -1);
PopMenuItem pmPlacemen_1000 = new PopMenuItem(mmPlacement_3D_1000, "PLACEMENT SHOW to Display", pmPlacement_3D_NOZZLE, -1);
PopMenuItem pmPlacemen_10 = new PopMenuItem(mmPlacement_3D_10, "PLACEMENT DELETE and from Data Base", pmPlacement_3D_NOZZLE, -1);
PopMenuRef pmPlacement_3D_NOZZLE_Ref = new PopMenuRef(pmPlacement_3D_NOZZLE, pmPlacement_3D, -1);
pmPlacement_3D.PopMenuItems.Add(pmPlacement_3D_NOZZLE_Ref);
PopMenuItem pmi_seiiu1 = new PopMenuItem(pmPlacement_3D, -1);
// PopMenuItem pmPlacemen_2 = new PopMenuItem(mmPlacement_3D_2, "PLACEMENT BENDS 3D and from Data Base", pmPlacement_3D, -1);
PopMenuRef pmPlacement_3D_Ref = new PopMenuRef(pmPlacement_3D, pm, -1);
pm.PopMenuItems.Add(pmPlacement_3D_Ref);
StringCollection scPlacement_3D_0 = new StringCollection();
PopMenu pmPlacement_3D_0 = new PopMenu("BENDS 3D", scPlacement_3D_0, "ID_Bends_3D", pcs.MenuGroup);
PopMenuItem pmPlacemen_2_0 = new PopMenuItem(mmPlacement_3D_2, "PLACEMENT BENDS 3D", pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen_2_a0 = new PopMenuItem(mmRCN, "PLACEMENT BENDS 3D ( at the end of normals )", pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen_2_o0 = new PopMenuItem(mmS, "KCAD ATTACHING AN SOLID3D TO BEND", pmPlacement_3D_0, -1);
PopMenuItem pmi_seiuuu1 = new PopMenuItem(pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen_2_10 = new PopMenuItem(mmPlacement_3D_4, "BENDS 3D HIDE", pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen_2_11 = new PopMenuItem(mmPlacement_3D_5, "BENDS 3D SHOW", pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen_2_00 = new PopMenuItem(mmPlacement_3D_3, "BENDS 3D DELETE and from Data Base", pmPlacement_3D_0, -1);
PopMenuItem pmi_seiuuyu1 = new PopMenuItem(pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen__2_00 = new PopMenuItem(mmHEeP, "KCAD CUTTING BENDS IN NODES", pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen__1_00 = new PopMenuItem(mmERS4, "* Explicit Cutting Method for Ends of 3D Bends In given Node", pmPlacement_3D_0, -1);
PopMenuItem pmPlacemen__1_01 = new PopMenuItem(mmER5S5, "*Clear Explicit Cutting Method for All Bend", pmPlacement_3D_0, -1);
PopMenuRef pmPlacement_3D_0_Ref = new PopMenuRef(pmPlacement_3D_0, pmPlacement_3D, -1);
pmPlacement_3D.PopMenuItems.Add(pmPlacement_3D_0_Ref);
#endregion
PopMenuItem pmi_se___Placem = new PopMenuItem(pmPlacement_3D, -1);
PopMenuItem pmPlacemen_10i = new PopMenuItem(mmCAM_Check, "CALC MIN CAM RADIUS", pmPlacement_3D, -1);
#region fixing elements
StringCollection scPlacement_3D_Fixing_Elements = new StringCollection();
PopMenu pmPlacement_3D_Fixing_Elements = new PopMenu("Fixing Elements", scPlacement_3D_Fixing_Elements, "ID_Fixing_Elements", pcs.MenuGroup);
PopMenuItem pmFixing_0 = new PopMenuItem(mmFixing, "ADD FIXING ELEMENTS", pmPlacement_3D_Fixing_Elements, -1);
PopMenuRef pmPlacement_3D_Fixing_Elements_Ref = new PopMenuRef(pmPlacement_3D_Fixing_Elements, pmPlacement_3D, -1);
pmPlacement_3D.PopMenuItems.Add(pmPlacement_3D_Fixing_Elements_Ref);
#endregion
PopMenuItem pmi___sie = new PopMenuItem(pm, -1);
#region csv
MenuMacro mmCSV_Node_Numer_Position = new MenuMacro(mg, "KCAD_NODE_NUMER_POSITION_CSV", "^C^CKCAD_NODE_NUMER_POSITION_CSV", "ID_KCAD_NODE_NUMER_POSITION_CSV");
MenuMacro mmCSV_Bend_Joints_Numers = new MenuMacro(mg, "KCAD_BEND_JOINTS_NUMERS_CSV", "^C^CKCAD_BEND_JOINTS_NUMERS_CSV", "ID_KCAD_BEND_JOINTS_NUMERS_CSV");
MenuMacro mmCSV_Triangles = new MenuMacro(mg, "KCAD_TRIANGLES_CSV", "^C^CKCAD_TRIANGLES_CSV", "ID_KCAD_TRIANGLES_CSV");
//{
StringCollection scPlacement_3D_CSV_Elements = new StringCollection();
PopMenu pmPlacement_3D_CSV_Elements = new PopMenu("CSV files", scPlacement_3D_CSV_Elements, "ID_CSV_Elements", pcs.MenuGroup);
StringCollection scCSV_NODES = new StringCollection();
PopMenu pmCSV_NODES = new PopMenu("NODES ", scCSV_NODES, "ID_NODES_CSV", pcs.MenuGroup);
PopMenuItem pmCSV_00 = new PopMenuItem(mmCSV_Node_Numer_Position, "NODE NUMER and POSITION to file", pmCSV_NODES, -1);
PopMenuRef pmCSV_NODES_Ref = new PopMenuRef(pmCSV_NODES, pmPlacement_3D_CSV_Elements, -1);
pmPlacement_3D_CSV_Elements.PopMenuItems.Add(pmCSV_NODES_Ref);
StringCollection scCSV_BENDS = new StringCollection();
PopMenu pmCSV_BENDS = new PopMenu("BENDS ", scCSV_BENDS, "ID_BENDS_CSV", pcs.MenuGroup);
PopMenuItem pmCSV_0b = new PopMenuItem(mmCSV_Bend_Joints_Numers, "BEND JOINTS NUMERS", pmCSV_BENDS, -1);
PopMenuRef pmCSV_BENDS_Ref = new PopMenuRef(pmCSV_BENDS, pmPlacement_3D_CSV_Elements, -1);
pmPlacement_3D_CSV_Elements.PopMenuItems.Add(pmCSV_BENDS_Ref);
StringCollection scCSV_TRIANGLES = new StringCollection();
PopMenu pmCSV_TRIANGLES = new PopMenu("TRIANGLES ", scCSV_BENDS, "ID_TRIANGLE_CSV", pcs.MenuGroup);
PopMenuItem pmCSV_t0b = new PopMenuItem(mmCSV_Triangles, "TRIANGLES ", pmCSV_TRIANGLES, -1);
PopMenuRef pmCSV_TRIANGLES_Ref = new PopMenuRef(pmCSV_TRIANGLES, pmPlacement_3D_CSV_Elements, -1);
pmPlacement_3D_CSV_Elements.PopMenuItems.Add(pmCSV_TRIANGLES_Ref);
PopMenuItem pmSQL_ = new PopMenuItem(mmCAM_CN1, "POLYGONS", pmPlacement_3D_CSV_Elements, -1);
PopMenuItem pmiui___sie = new PopMenuItem(pmPlacement_3D_CSV_Elements, -1);
PopMenuItem pmCSVV_ = new PopMenuItem(mm0CSV, "READ NAMED POINTS FROM CSV", pmPlacement_3D_CSV_Elements, -1);
PopMenuItem pmCSVV1_ = new PopMenuItem(mm1CSV, "DRAW NAMED POINTS BY ARRAY NAME", pmPlacement_3D_CSV_Elements, -1);
//}
PopMenuRef pmPlacement_3D_CSV_Elements_Ref = new PopMenuRef(pmPlacement_3D_CSV_Elements, pm, -1);
pm.PopMenuItems.Add(pmPlacement_3D_CSV_Elements_Ref);
#endregion
PopMenuItem pmii___sie = new PopMenuItem(pm, -1);
#region deviation
MenuMacro mmTR_An = new MenuMacro(mg, "KCAD_AGT", "^C^CKCAD_AGT", "ID_KCAD_AGT");
MenuMacro mmTR_Dr = new MenuMacro(mg, "KCAD_AGT_DRAW", "^C^CKCAD_AGT_DRAW", "ID_KCAD_AGT_DRAW");
MenuMacro mmTR_Anp = new MenuMacro(mg, "KCAD_AGP", "^C^CKCAD_AGP", "ID_KCAD_AGP");
StringCollection scDeviation = new StringCollection();
PopMenu pmDeviation = new PopMenu("Deviation tools", scPlacement_3D_Fixing_Elements, "ID_Deviation_tools", pcs.MenuGroup);
StringCollection scTR = new StringCollection();
PopMenu pmTR = new PopMenu("TRIANGLES ", scTR, "ID_DEVIATION_TR_CSV", pcs.MenuGroup);
PopMenuItem pmCSV_00_ = new PopMenuItem(mmTR_An, "Analise and DRAW Lines", pmTR, -1);
PopMenuItem pmCSV_0_0_ = new PopMenuItem(mmTR_An, "DRAW TEXT in TRIANGLES", pmTR, -1);
PopMenuRef pmDEVIATION_TR_Ref = new PopMenuRef(pmTR, pmDeviation, -1);
pmDeviation.PopMenuItems.Add(pmDEVIATION_TR_Ref);
PopMenuItem pmFixing_00 = new PopMenuItem(mmTR_Anp, "POLIGONs DEVIATION", pmDeviation, -1);
PopMenuRef pmDeviation_Ref = new PopMenuRef(pmDeviation, pm, -1);
pm.PopMenuItems.Add(pmDeviation_Ref);
#endregion
PopMenuItem pmiii_sie = new PopMenuItem(pm, -1);
#region stereometry
MenuMacro mmSG = new MenuMacro(mg, "Line and Plane - Intersection", "^C^CKCAD_ILP", "ID_KCAD_ILP");
MenuMacro mmSG1 = new MenuMacro(mg, "TWO_LINES", "^C^CKCAD_DBP", "ID_KCAD_DBP");
StringCollection scSolid_Geometry = new StringCollection();
PopMenu pmSolid_Geometry = new PopMenu("Solid Geometry", scSolid_Geometry, "ID_Solid_Geometry", pcs.MenuGroup);
PopMenuItem pmSG_3 = new PopMenuItem(mmMDBS, "Minimal Distance between Solids3D", pmSolid_Geometry, -1);
PopMenuItem pmi_seiu1u1 = new PopMenuItem(pmSolid_Geometry, -1);
PopMenuItem pmSG_4 = new PopMenuItem(mmITP, "Intersction Line between two Planes", pmSolid_Geometry, -1);
PopMenuItem pmSG_0 = new PopMenuItem(mmSG, "Line and Plane - Intersection", pmSolid_Geometry, -1);
PopMenuItem pmSG_1 = new PopMenuItem(mmSG1, "Two Lines - Crossing", pmSolid_Geometry, -1);
PopMenuItem pmSG_2 = new PopMenuItem(mmERP5, "Projection of the Point on the Plane", pmSolid_Geometry, -1);
PopMenuItem pmi_seiuu11 = new PopMenuItem(pmSolid_Geometry, -1);
StringCollection scCutSolids = new StringCollection();
PopMenu pmCutSolids = new PopMenu("CUT PARAMETERS", scCutSolids, "ID_Cut_Solids", pcs.MenuGroup);
PopMenuItem pmCut_0 = new PopMenuItem(mmCPS, "Global - Ratio of Length of the Extensions", pmCutSolids, -1);
PopMenuItem pmCut_1 = new PopMenuItem(mmCPS1, "Global - Thicnes of the CutProfile", pmCutSolids, -1);
PopMenuItem pmCut_3 = new PopMenuItem(mmCPS3, "Global - Extrude Ratio", pmCutSolids, -1);
PopMenuItem pmi_seiu1 = new PopMenuItem(pmCutSolids, -1);
PopMenuItem pmCutg_2 = new PopMenuItem(mmERS5, "By Bend Selection - Solid Extrude Ratio", pmCutSolids, -1);
PopMenuItem pmCut_2 = new PopMenuItem(mmCPS2, "By Bend Numer - Ratio of Length / Thicnes of the CutProfile", pmCutSolids, -1);
PopMenuItem pmi_sesiu1 = new PopMenuItem(pmCutSolids, -1);
PopMenuItem pmCut_4 = new PopMenuItem(mmCPS4, "Trimming Vertices on/off", pmCutSolids, -1);
PopMenuRef pmCutSolids_Ref = new PopMenuRef(pmCutSolids, pmSolid_Geometry, -1);
pmSolid_Geometry.PopMenuItems.Add(pmCutSolids_Ref);
//
PopMenuItem pmi_seiuu02 = new PopMenuItem(pmSolid_Geometry, -1);
StringCollection scMESH_MINIMUM_DISTANCES_ = new StringCollection();
PopMenu pmMESH_MINIMUM_DISTANCES_ = new PopMenu("Minimum Distance to ...", scMESH_MINIMUM_DISTANCES_, "ID_MINDISTT", pcs.MenuGroup);
PopMenuItem pmMD1_ = new PopMenuItem(mmMDN, "to Node", pmMESH_MINIMUM_DISTANCES_, -1);
PopMenuItem pmMD2_ = new PopMenuItem(mmMDB, "to Bend Mid Point", pmMESH_MINIMUM_DISTANCES_, -1);
PopMenuItem pmMD3_ = new PopMenuItem(mmMDT, "to Triangle Centroid", pmMESH_MINIMUM_DISTANCES_, -1);
PopMenuRef pmMESH_MINIMUM_DISTANCES_Ref_ = new PopMenuRef(pmMESH_MINIMUM_DISTANCES_, pmSolid_Geometry, -1);
pmSolid_Geometry.PopMenuItems.Add(pmMESH_MINIMUM_DISTANCES_Ref_);
//
PopMenuItem pmi_seiuu12 = new PopMenuItem(pmSolid_Geometry, -1);
PopMenuItem pmSGf2 = new PopMenuItem(mmERT5, "Angle between the NORMALS of the adjacent Triangles", pmSolid_Geometry, -1);
PopMenuRef pmSolid_Geometry_Ref = new PopMenuRef(pmSolid_Geometry, pm, -1);
pm.PopMenuItems.Add(pmSolid_Geometry_Ref);
#endregion
//PopMenuItem pmiii_siye = new PopMenuItem(pm, -1);
pcs.SaveAs(myCuiFile);
//LoadMyCui(myCuiFileToSend);
MessageBox.Show("Menu has been successfully created in\n\n" +
myCuiFile + "\n\nFor display in the main Menu Bar, use the Command: CUILOAD ", "New Menu:", MessageBoxButtons.OK, MessageBoxIcon.Information);
}
private void CadDataSource_Load(object sender, EventArgs e)
{
//获取当前活动的选项卡
CTAB = Application.GetSystemVariable("CTAB").ToString();
}
public RegionMassProperties(Region reg, double density)
{
var k = 1.0;
var scaleUnitsValue = UnitsValue.Millimeters;
var sysUnits = Application.GetSystemVariable("INSUNITS").ToString();
switch (sysUnits)
{
case "1":
scaleUnitsValue = UnitsValue.Inches;
k = 25.4;
break;
case "2":
scaleUnitsValue = UnitsValue.Feet;
k = 25.4 * 12.0;
break;
case "4":
scaleUnitsValue = UnitsValue.Millimeters;
k = 1.0;
break;
case "5":
scaleUnitsValue = UnitsValue.Centimeters;
k = 10.0;
break;
case "6":
scaleUnitsValue = UnitsValue.Meters;
k = 1000.0;
break;
case "14":
scaleUnitsValue = UnitsValue.Decimeters;
k = 100.0;
break;
default:
MessageBox.Show("\nUnits to scale inserted content: UNRECOGNIZED ?!", "units E R R O R");
break;
}
AreaUnit = scaleUnitsValue;
IyUnit = scaleUnitsValue;
WyUpperUnit = scaleUnitsValue;
WyLowerUnit = scaleUnitsValue;
DUpperUnit = scaleUnitsValue;
DLowerUnit = scaleUnitsValue;
IyyUnit = scaleUnitsValue;
IzUnit = scaleUnitsValue;
WzRightUnit = scaleUnitsValue;
WzLeftUnit = scaleUnitsValue;
DRightUnit = scaleUnitsValue;
DLeftUnit = scaleUnitsValue;
IzzUnit = scaleUnitsValue;
IminUnit = scaleUnitsValue;
ImaxUnit = scaleUnitsValue;
// area
Area = reg.Area;
// Linear Volume
Density = density;
LinearVolume = Area * k * k / (1000.0 * 1000.0);
// weight G
G = Density * LinearVolume;
var Reg = (AcadRegion)reg.AcadObject;
var db = Application.DocumentManager.MdiActiveDocument.Database;
var tempCentroid = (double[])Reg.Centroid;
MRegCentroid = new Point3d(tempCentroid[0], tempCentroid[1], 0.0);
MMaxPoint = reg.GeometricExtents.MaxPoint;
MMinPoint = reg.GeometricExtents.MinPoint;
// Extents
var maxZ = Math.Abs(reg.GeometricExtents.MaxPoint.Y - MRegCentroid.Y);
var minZ = Math.Abs(reg.GeometricExtents.MinPoint.Y - MRegCentroid.Y);
var maxY = Math.Abs(reg.GeometricExtents.MaxPoint.X - MRegCentroid.X);
var minY = Math.Abs(reg.GeometricExtents.MinPoint.X - MRegCentroid.X);
DUpper = maxZ;
DLower = minZ;
DRight = maxY;
DLeft = minY;
using (var tr = db.TransactionManager.StartTransaction())
{
var origin = new Point3d(0, 0, 0);
reg = (Region)tr.GetObject(reg.ObjectId, OpenMode.ForWrite);
var acVec3D = MRegCentroid.GetVectorTo(origin);
reg.TransformBy(Matrix3d.Displacement(acVec3D));
Reg = (AcadRegion)reg.AcadObject;
var principalMoments = (double[])Reg.PrincipalMoments;
var momentOfInertia = (double[])Reg.MomentOfInertia;
// Y Moments
Iy = momentOfInertia[0];
WyUpper = Iy / maxZ;
WyLower = Iy / minZ;
Iyy = Math.Sqrt(Iy / Reg.Area);
// Z Moments
Iz = momentOfInertia[1];
WzRight = Iz / maxY;
WzLeft = Iz / minY;
Izz = Math.Sqrt(Iz / Reg.Area);
// principal moments
Imin = principalMoments[0];
Imax = principalMoments[1];
Reg.Erase();
tr.Commit();
}
}
public static void DrawText(ref RegionMassProperties aRms, string dU, string mU, Database db)
{
#region scale
var scale = "mm";
var scaleUnitsValue = UnitsValue.Millimeters;
var sysUnits =
Application.GetSystemVariable("INSUNITS").ToString();
switch (sysUnits)
{
case "1":
scale = "inch";
scaleUnitsValue = UnitsValue.Inches;
break;
case "2":
scale = "feet";
scaleUnitsValue = UnitsValue.Feet;
break;
case "4":
scale = "mm";
scaleUnitsValue = UnitsValue.Millimeters;
break;
case "5":
scale = "cm";
scaleUnitsValue = UnitsValue.Centimeters;
break;
case "6":
scale = "m";
scaleUnitsValue = UnitsValue.Meters;
break;
case "14":
scale = "dm";
scaleUnitsValue = UnitsValue.Decimeters;
break;
default:
MessageBox.Show("\nUnits to scale inserted content: UNRECOGNIZED ?!", "units E R R O R");
break;
}
var format = "f5";
var mTextMessage = "";
#endregion
mTextMessage += AssemblyText(
"Area",
aRms.Area * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.AreaUnit), 2),
aRms.AreaUnit,
"2",
scale,
format);
mTextMessage += AssemblyText(
"Iy",
aRms.Iy * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.IyUnit), 4),
aRms.IyUnit,
"4",
scale,
format);
mTextMessage += AssemblyText(
"Wy_Upper",
aRms.WyUpper * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.WyUpperUnit), 3),
aRms.WyUpperUnit,
"3",
scale,
format);
mTextMessage += AssemblyText(
"Wy_Lower",
aRms.WyLower * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.WyLowerUnit), 3),
aRms.WyLowerUnit,
"3",
scale,
format);
mTextMessage += AssemblyText(
"D_Upper",
aRms.DUpper * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.DUpperUnit), 1),
aRms.DUpperUnit,
"",
scale,
format);
mTextMessage += AssemblyText(
"D_Lower",
aRms.DLower * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.DLowerUnit), 1),
aRms.DLowerUnit,
"",
scale,
format);
mTextMessage += AssemblyText(
"Iyy",
aRms.Iyy * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.IyyUnit), 1),
aRms.IyyUnit,
"",
scale,
format);
mTextMessage += AssemblyText(
"Iz",
aRms.Iz * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.IzUnit), 4),
aRms.IzUnit,
"4",
scale,
format);
mTextMessage += AssemblyText(
"Wz_Right",
aRms.WzRight * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.WzRightUnit), 3),
aRms.WzRightUnit,
"3",
scale,
format);
mTextMessage += AssemblyText(
"Wz_Left",
aRms.WzLeft * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.WzLeftUnit), 3),
aRms.WzLeftUnit,
"3",
scale,
format);
mTextMessage += AssemblyText(
"D_Right",
aRms.DRight * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.DRightUnit), 1),
aRms.DRightUnit,
"",
scale,
format);
mTextMessage += AssemblyText(
"D_Left",
aRms.DLeft * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.DLeftUnit), 1),
aRms.DLeftUnit,
"",
scale,
format);
mTextMessage += AssemblyText(
"Izz",
aRms.Izz * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.IzzUnit), 1),
aRms.IzzUnit,
"",
scale,
format);
mTextMessage += AssemblyText(
"Imin",
aRms.Imin * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.IminUnit), 4),
aRms.IminUnit,
"4",
scale,
format);
mTextMessage += AssemblyText(
"Imax",
aRms.Imax * Math.Pow(UnitsConverter.GetConversionFactor(scaleUnitsValue, aRms.ImaxUnit), 4),
aRms.ImaxUnit,
"4",
scale,
format);
// Density
var density = aRms.Density * UnitsConverter.GetConversionFactor(UnitsValue.Millimeters, aRms.DensityUnit);
mTextMessage += "{\\A0Density:\\~" + density.ToString(scale != "m" ? format : "") + "\\~" + dU +
"\\S3;}\\P\n";
// weight G
var g = aRms.G * UnitsConverter.GetConversionFactor(UnitsValue.Millimeters, aRms.GUnit);
mTextMessage += "{\\A0G:\\~" + g.ToString(scale != "m" ? format : "") + "\\~" + mU + "}\\P\n";
Ed.WriteMessage(mTextMessage);
// draw message
using (var tr = db.TransactionManager.StartTransaction())
{
var bt = (BlockTable)tr.GetObject(db.BlockTableId, OpenMode.ForRead);
var btr = (BlockTableRecord)tr.GetObject(bt[BlockTableRecord.ModelSpace], OpenMode.ForWrite);
if (!_textId.IsNull && !_textId.IsErased)
{
var regoinTextEnt = (Entity)tr.GetObject(_textId, OpenMode.ForWrite);
regoinTextEnt.Erase(true);
}
var regionText = new MText();
regionText.SetDatabaseDefaults();
regionText.Location = aRms.TextInsertionPoint;
regionText.Width = 1000;
regionText.Height = 1.2;
regionText.Contents = mTextMessage + "\n";
btr.AppendEntity(regionText);
_textId = regionText.ObjectId;
tr.AddNewlyCreatedDBObject(regionText, true);
tr.Commit();
}
CommandLineHelper.Command("_REGEN");
}
public void RegionDescriptionStart()
{
var sysUnits =
Application.GetSystemVariable("INSUNITS").ToString();
if ((sysUnits != "1") && (sysUnits != "2") && (sysUnits != "4") && (sysUnits != "5") && (sysUnits != "6") &&
(sysUnits != "14"))
{
MessageBox.Show("\nUnits to scale inserted content: UNRECOGNIZED ?!", "units E R R O R");
return;
}
// Prompt the user to select region mode - points or object
//var regDescrModeOpts =new PromptKeywordOptions("\nSelect mode [Polylines And Circles/Regions/Block]", "PolylinesAndCircles Regions Block");
var regDescrModeOpts = new PromptKeywordOptions("")
{
Message = "Select cross section mode:"
};
regDescrModeOpts.Keywords.Add("PolylinesAndCircles");
regDescrModeOpts.Keywords.Add("Regions");
regDescrModeOpts.Keywords.Add("Block");
var regDescrModeRslt = Ed.GetKeywords(regDescrModeOpts);
// If the user pressed cancel - return with no error
if (regDescrModeRslt.Status != PromptStatus.OK)
{
return;
}
var myRegionColl = new DBObjectCollection();
var objectsType = typeof(bool);
switch (regDescrModeRslt.StringResult)
{
case "PolylinesAndCircles":
#region Contours Selection
// Start a transaction
using (var tr = Db.TransactionManager.StartTransaction())
{
#region contour
// Request for objects to be selected in the drawing area \
Ed.WriteMessage("\nSelect object describing outer contour");
//TypeVals.SetValue(new TypedValue((int)DxfCode.Start , "POLYLINE") , 0);
//TypeVals.SetValue(new TypedValue((int)DxfCode.Operator , "OR") , 1);
//TypeVals.SetValue(new TypedValue((int)DxfCode.Start , "CIRCLE") , 2);
// Assign the filter criteria to a SelectionFilter object
//SelectionFilter SelFilter = new SelectionFilter(TypeVals);
//PromptSelectionResult SSPrompt = Ed.GetSelection(SelFilter);
var ssPrompt = Ed.GetSelection();
// If the prompt status is OK, objects were selected
if (ssPrompt.Status == PromptStatus.OK)
{
var acSSet = ssPrompt.Value;
// Step through the objects in the selection set
var acDbObjColl = new DBObjectCollection();
foreach (SelectedObject acSsObj in acSSet)
{
// Check to make sure a valid SelectedObject object was returned
if (acSsObj == null)
{
continue;
}
// Open the selected object for write
var acEnt = tr.GetObject(acSsObj.ObjectId, OpenMode.ForWrite) as Entity;
if (acEnt != null)
{
acDbObjColl.Add(acEnt);
}
else
{
Ed.WriteMessage("Invalid input.");
}
}
myRegionColl = Region.CreateFromCurves(acDbObjColl);
}
#endregion
tr.Commit();
}
// If the user did not select any objects
if (myRegionColl.Count == 0)
{
return;
}
objectsType = typeof(Polyline);
#endregion
break;
case "Regions":
#region Regions Selection
// Prompt for Regions
var regionsSsOpts = new PromptSelectionOptions {
AllowDuplicates = false
};
//PromptEntityResult ObjectSelectionRslt = Ed.GetEntity(ObjectSelectionOpts);
var regionsSsPrompt = Ed.GetSelection(regionsSsOpts);
// If the prompt status is OK, objects were selected
if (regionsSsPrompt.Status != PromptStatus.OK)
{
return;
}
var regionsacSSet = regionsSsPrompt.Value;
// Step through the objects in the selection set
using (var tr = Db.TransactionManager.StartTransaction())
{
var acDbObjColl = new DBObjectCollection();
foreach (SelectedObject acSsObj in regionsacSSet)
{
// Check to make sure a valid SelectedObject object was returned
if (acSsObj == null)
{
continue;
}
// Open the selected object for write
var acEnt = tr.GetObject(acSsObj.ObjectId, OpenMode.ForWrite) as Region;
if (acEnt != null)
{
var acDBObjColl_ = new DBObjectCollection();
acEnt.Explode(acDBObjColl_);
foreach (Entity acEntt in acDBObjColl_)
{
acDbObjColl.Add(acEntt);
}
}
}
myRegionColl = Region.CreateFromCurves(acDbObjColl);
}
// Dispatch function here
#endregion
objectsType = typeof(Region);
break;
case "Block":
#region Block Selection
// Ask the user to select a block
var peo = new PromptEntityOptions("\nSelect a block:");
peo.AllowNone = false;
peo.SetRejectMessage("\nMust select a block.");
peo.AddAllowedClass(typeof(BlockReference), false);
var per = Ed.GetEntity(peo);
if (per.Status != PromptStatus.OK)
{
return;
}
using (var tr = Db.TransactionManager.StartTransaction())
{
try
{
var ent = (Entity)tr.GetObject(per.ObjectId, OpenMode.ForRead);
var br = ent as BlockReference;
if (br != null)
{
var btr =
(BlockTableRecord)tr.GetObject(br.BlockTableRecord, OpenMode.ForWrite);
var acDbObjColl = new DBObjectCollection();
foreach (var id in btr)
{
var ent2 = (Entity)tr.GetObject(id, OpenMode.ForWrite);
var str = ent2.GetType().ToString().Split('.');
var Str = str[str.Length - 1];
if (Str != "Polyline")
{
if (Str == "Region")
{
var acEnt = (Region)tr.GetObject(ent2.ObjectId, OpenMode.ForWrite);
var acDBObjColl_ = new DBObjectCollection();
acEnt.Explode(acDBObjColl_);
foreach (Entity acEntt in acDBObjColl_)
{
acDbObjColl.Add(acEntt);
}
}
else
{
acDbObjColl.Add(ent2);
}
}
else
{
var pl = ent2 as Polyline;
if (pl != null)
{
if (pl.Closed)
{
acDbObjColl.Add(pl);
}
else
{
if ((pl.StartPoint.DistanceTo(pl.EndPoint) < 0.0000001) &&
(Str == "Polyline"))
{
acDbObjColl.Add(pl);
}
else
{
MessageBox.Show("Not Closed PolyLine !");
}
}
}
else
{
var crl = ent2 as Circle;
if (crl != null)
{
acDbObjColl.Add(crl);
}
}
}
} //
myRegionColl = new DBObjectCollection();
myRegionColl = Region.CreateFromCurves(acDbObjColl);
var ori = new Point3d(0, 0, 0);
var pos = br.Position;
foreach (Region reg in myRegionColl)
{
var Reg = reg;
MoveRegionInOrigin(ref Reg, ref ori, ref pos);
}
tr.Commit();
}
}
catch (Exception e)
{
Ed.WriteMessage(e.ToString());
}
}
#endregion
objectsType = typeof(BlockReference);
break;
}
#region Density selection
/* PromptDoubleOptions DensityOptions = new PromptDoubleOptions( "Enter density [kg/m3] : " );
* DensityOptions.UseDefaultValue = true;
* DensityOptions.DefaultValue = Settings.Default.RegionDescrDensity;
* PromptDoubleResult DensityResult = Ed.GetDouble( DensityOptions );
* if ( DensityResult.Status != PromptStatus.OK )
* {
* return;
* }
* else if ( DensityResult.Value == 0.0 )
* {
* MessageBox.Show( "Density must be greater than zero!" );
* return;
* }*/
Settings.Default.RegionDescrDensity = 1000.0 /*DensityResult.Value*/;
Settings.Default.Save();
#endregion
#region Insertion Point selection
var insPointOptions = new PromptPointOptions("Pick insertion point : ");
var insPointResult = Ed.GetPoint(insPointOptions);
if (insPointResult.Status != PromptStatus.OK)
{
return;
}
#endregion
if (objectsType.Name == "Boolean")
{
MessageBox.Show("Error identifing type.");
return;
}
using (var tr = Db.TransactionManager.StartTransaction())
{
var extractedRegion = ExtractRegionFromObjects(ref myRegionColl, tr);
//RegMassProps = GetRegionMassProperties(ExtractedRegion);
var regMassProps = new RegionMassProperties(extractedRegion, Settings.Default.RegionDescrDensity)
{
TextInsertionPoint = insPointResult.Value
};
var rdForm = new RegionDescriptionForm(regMassProps, Ed.Document);
rdForm.ShowDialog();
if (rdForm.DialogResult == DialogResult.OK)
{
_textId = new ObjectId();
}
tr.Commit();
}
}
