MultiCAD.NET APIを使用したNanoCADでの「ラムのような新しいゲート」またはカスタム「擬似3D」オブジェクト

1.新しいCADで！ （はじめに）。

2. NanoCAD 8.5でコードを記述します

1. 新しいプロジェクトを作成し、.NET Framework 4プラットフォームを選択し、C＃クラスライブラリをテンプレートとして選択します。
2. Nanocadのx64バージョン（および1つあります）のSDK \ include-x64 \フォルダから、mapibasetypes.dll、mapimgd.dll、imapimgd.dllへのプロジェクトリンクを追加します。 3つのライブラリすべてについて、ローカルに設定されたプロパティをFalseにコピーすることを忘れないでください。
3. また、MicrosoftのアセンブリリンクSystem.Windows.Forms.dll、System.Drawing.dllを追加します。
4. プロジェクトプロパティの[デバッグ]タブで、起動時のアクションとして[外部プログラムで開く]を選択し、NC 8.5実行可能ファイルへのパスを指定します（C：\ Program Files \ Nanosoft \ nanoCAD x64 Plus 8.5 \ nCad.exeがあります） ）
5. ドアと壁にそれぞれDoorPseudo3D.csとWalllPseudo3D.csの2つのクラスを作成しましょう。
6. アドレスC：\ ProgramData \ Nanosoft \ nanoCAD x64 Plus 8.5 \ DataRW（変更される場合があります）に移動し、次の内容のファイルload.configを検索または作成します

<root> <list> <module path="C:\Users\...\bin\Debug\nanodoor2.dll"/> </list> </root> 

 using System; using System.Collections.Generic; using System.ComponentModel; using Multicad.Runtime; using Multicad.DatabaseServices; using Multicad.Geometry; using Multicad.CustomObjectBase; using Multicad; 

 namespace nanowall2 { //change "8b0986c0-4163-42a4-b005-187111b499d7" for your Guid from Assembly. // Be careful GUID for door and wall classes must be different! // Otherwise there will be problems with saving and moving [CustomEntity(typeof(WalllPseudo3D), "8b0986c0-4163-42a4-b005-187111b499d7", "WalllPseudo3D", "WalllPseudo3D Sample Entity")] [Serializable] public class WalllPseudo3D : McCustomBase { 

 private Point3d _pnt1 = new Point3d(100, 100, 0); private Point3d _pnt2 = new Point3d(500, 100, 0); private double _h = 2085; 

 [CommandMethod("DrawWall", CommandFlags.NoCheck | CommandFlags.NoPrefix)] public void DrawWall() { WalllPseudo3D wall = new WalllPseudo3D(); wall.PlaceObject(); } 

 public override void OnDraw(GeometryBuilder dc) { dc.Clear(); 

  Point3d pnt1 = _pnt1; Point3d pnt2 = new Point3d(_pnt2.X, pnt1.Y, 0); Point3d pnt3 = new Point3d(pnt2.X, pnt1.Y+150, 0); Point3d pnt4 = new Point3d(pnt1.X , pnt3.Y, 0); // Set the color to ByObject value dc.Color = McDbEntity.ByObject; Vector3d hvec = new Vector3d(0, 0, _h); 

  dc.DrawPolyline(new Point3d[] { pnt1, pnt2, pnt3, pnt4, _pnt1 }); dc.DrawPolyline(new Point3d[] { _pnt1.Add(hvec), pnt2.Add(hvec), pnt3.Add(hvec), pnt4.Add(hvec), pnt1.Add(hvec)}); 

  dc.DrawLine(pnt1, pnt1.Add(hvec)); dc.DrawLine(pnt2, pnt2.Add(hvec)); dc.DrawLine(pnt3, pnt3.Add(hvec)); dc.DrawLine(pnt4, pnt4.Add(hvec)); 

 // Create contours for the front and rear sides and hatch them // In this demo, we hatch only two sides, you can tailor the others yourself List<Polyline3d> c1 = new List<Polyline3d>(); c1.Add(new Polyline3d( new List<Point3d>() { pnt1, pnt1.Add(hvec), pnt2.Add(hvec), pnt2, pnt1, })); dc.DrawGeometry(new Hatch(c1, "BRICK", 0, 20, false, HatchStyle.Normal, PatternType.PreDefined, 30), 1); List<Polyline3d> c2 = new List<Polyline3d>(); c2.Add(new Polyline3d( new List<Point3d>() { pnt4, pnt4.Add(hvec), pnt3.Add(hvec), pnt3, pnt4, })); dc.DrawGeometry(new Hatch(c2, "BRICK", 0, 20, false, HatchStyle.Normal, PatternType.PreDefined, 30), 1); } 

 //Define the custom properties of the object [DisplayName("Height")] [Description("Height of wall")] [Category("Wall options")] public double HWall { get { return _h; } set { //Save Undo state and set the object status to "Changed" if (!TryModify()) return; _h = value; } } 

  public override hresult PlaceObject(PlaceFlags lInsertType) { InputJig jig = new InputJig(); // Get the first box point from the jig InputResult res = jig.GetPoint("Select first point:"); if (res.Result != InputResult.ResultCode.Normal) return hresult.e_Fail; _pnt1 = res.Point; // Add the object to the database this.DbEntity.AddToCurrentDocument(); //Exclude the object from snap points jig.ExcludeObject(ID); // Monitoring mouse moving and interactive entity redrawing jig.MouseMove = (s, a) => { TryModify(); _pnt2 = a.Point; this.DbEntity.Update(); }; // Get the second box point from the jig res = jig.GetPoint("Select second point:"); if (res.Result != InputResult.ResultCode.Normal) { this.DbEntity.Erase(); return hresult.e_Fail; } _pnt2 = res.Point; return hresult.s_Ok; } 

  // Create a grip for the base point of the object public override bool GetGripPoints(GripPointsInfo info) { info.AppendGrip(new McSmartGrip<WalllPseudo3D>(_pnt1, (obj, g, offset) => { obj.TryModify(); obj._pnt1 += offset; })); info.AppendGrip(new McSmartGrip<WalllPseudo3D>(_pnt2, (obj, g, offset) => { obj.TryModify(); obj._pnt2 += offset; })); return true; } } // TODO: There are many shortcomings in this code. // Including failures when working with copying, moving objects and saving files, you can improve it if you want. } 

 using System; using System.Collections.Generic; using System.ComponentModel; using System.Windows.Forms; using Multicad.Runtime; using Multicad.DatabaseServices; using Multicad.Geometry; using Multicad.CustomObjectBase; using Multicad; namespace nanodoor2 { //change "8b0986c0-4163-42a4-b005-187111b499d7" for your Guid from Assembly. // Be careful GUID for door and wall classes must be different! // Otherwise there will be problems with saving and moving [CustomEntity(typeof(DoorPseudo3D), "8b0986c0-4163-42a4-b005-187111b499d9", "DoorPseudo3D", "DoorPseudo3D Sample Entity")] [Serializable] public class DoorPseudo3D : McCustomBase { // First and second vertices of the box private Point3d _pnt1 = new Point3d(0, 0, 0); private double _h = 2085; private Vector3d _vecStraightDirection = new Vector3d(1, 0, 0); private Vector3d _vecDirectionClosed = new Vector3d(1, 0, 0); public enum status { closed , middle, open }; private status _dStatus = status.closed; [CommandMethod("DrawDoor", CommandFlags.NoCheck | CommandFlags.NoPrefix)] public void DrawDoor() { DoorPseudo3D door = new DoorPseudo3D(); door.PlaceObject(); } 

 public override void OnDraw(GeometryBuilder dc) { dc.Clear(); // Define the basic points for drawing Point3d pnt1 = new Point3d(0, 0, 0); Point3d pnt2 = new Point3d(pnt1.X + 984, pnt1.Y, 0); Point3d pnt3 = new Point3d(pnt2.X + 0, pnt1.Y+50, 0); Point3d pnt4 = new Point3d(pnt1.X , pnt3.Y, 0); // Set the color to ByObject value dc.Color = McDbEntity.ByObject; Vector3d hvec = new Vector3d(0, 0, _h); // Draw the upper and lower sides dc.DrawPolyline(new Point3d[] { pnt1, pnt2, pnt3, pnt4, pnt1 }); dc.DrawPolyline(new Point3d[] { pnt1.Add(hvec), pnt2.Add(hvec), pnt3.Add(hvec), pnt4.Add(hvec), pnt1.Add(hvec)}); // Draw the edges dc.DrawLine(pnt1, pnt1.Add(hvec)); dc.DrawLine(pnt2, pnt2.Add(hvec)); dc.DrawLine(pnt3, pnt3.Add(hvec)); dc.DrawLine(pnt4, pnt4.Add(hvec)); // Drawing a Door Handle dc.DrawLine(pnt2.Add(new Vector3d( - 190, -0, _h*0.45)), pnt2.Add(new Vector3d(-100, 0, _h * 0.45))); dc.DrawLine(pnt3.Add(new Vector3d(-190, 0, _h * 0.45)), pnt3.Add(new Vector3d(-100, 0, _h * 0.45))); // Create contours for the front and rear sides and hatch them // In this demo, we hatch only two sides, you can tailor the others yourself List<Polyline3d> c1 = new List<Polyline3d>(); c1.Add(new Polyline3d( new List<Point3d>() { pnt1, pnt1.Add(hvec), pnt2.Add(hvec), pnt2, pnt1, })); List<Polyline3d> c2 = new List<Polyline3d>(); c2.Add(new Polyline3d( new List<Point3d>() { pnt4, pnt4.Add(hvec), pnt3.Add(hvec), pnt3, pnt4, })); dc.DrawGeometry(new Hatch(c1, "JIS_WOOD", 0, 170, false, HatchStyle.Normal, PatternType.PreDefined, 500), 1); dc.DrawGeometry(new Hatch(c2, "JIS_WOOD", 0, 170, false, HatchStyle.Normal, PatternType.PreDefined, 500), 1); } 

  public override hresult PlaceObject(PlaceFlags lInsertType) { InputJig jig = new InputJig(); // Get the first box point from the jig InputResult res = jig.GetPoint("Select first point:"); if (res.Result != InputResult.ResultCode.Normal) return hresult.e_Fail; _pnt1 = res.Point; // Add the object to the database DbEntity.AddToCurrentDocument(); return hresult.s_Ok; } 

 /// <summary> /// Method for changing the object's SC (the graph is built at the origin of coordinates). /// </ summary> /// <param name = "tfm"> The matrix for changing the position of the object. </ param> /// <returns> True - if the matrix is passed, False - if not. </ returns> public override bool GetECS(out Matrix3d tfm) { // Create a matrix that transforms the object. // The object is drawn in coordinates(0.0), then it is transformed with the help of this matrix. tfm = Matrix3d.Displacement(this._pnt1.GetAsVector()) * Matrix3d.Rotation (-this._vecStraightDirection.GetAngleTo(Vector3d.XAxis, Vector3d.ZAxis), Vector3d.ZAxis, Point3d.Origin); return true; } 

  public override void OnTransform(Matrix3d tfm) { // To be able to cancel(Undo) McUndoPoint undo = new McUndoPoint(); undo.Start(); // Get the coordinates of the base point and the rotation vector this.TryModify(); this._pnt1 = this._pnt1.TransformBy(tfm); this.TryModify(); this._vecStraightDirection = this._vecStraightDirection.TransformBy(tfm); // We move the door only when it is closed if not - undo if (_dStatus == status.closed) _vecDirectionClosed = _vecStraightDirection; else { MessageBox.Show("Please transform only closed door"); undo.Undo(); } undo.Stop(); } 

 //Define the custom properties of the object [DisplayName("Height")] [Description("Height of door")] [Category("Door options")] public double HDoor { get { return _h; } set { //Save Undo state and set the object status to "Changed" if (!TryModify()) return; _h = value; } } 

  [DisplayName("Door status")] [Description("Door may be: closed, middle, open")] [Category("Door options")] public status Stat { get { return _dStatus; } set { //Save Undo state and set the object status to "Changed" if (!TryModify()) return; // Change the rotation vector for each of the door states switch (value) { case status.closed: _vecStraightDirection = _vecDirectionClosed; break; case status.middle: _vecStraightDirection = _vecDirectionClosed.Add(_vecDirectionClosed.GetPerpendicularVector().Negate() * 0.575) ; break; case status.open: _vecStraightDirection = _vecDirectionClosed.GetPerpendicularVector()*-1; break; default: _vecStraightDirection = _vecDirectionClosed; break; } _dStatus = value; } } 

 // Create a grip for the base point of the object public override bool GetGripPoints(GripPointsInfo info) { info.AppendGrip(new McSmartGrip<DoorPseudo3D>(_pnt1, (obj, g, offset) => { obj.TryModify(); obj._pnt1 += offset; })); return true; } // TODO: There are many shortcomings in this code. // Including failures when working with copying, moving objects and saving files, you can improve it if you want. } 

3.コードを無料のNanoCAD 5.1に適応させようとしています。

1. 新しいプロジェクトを作成し、.NET Framework 3.5を選択し、テンプレートとしてC＃クラスライブラリを選択します。
2. Nanocadのx32バージョン（および5.1のみ）の場合、SDK \ include \フォルダーからmapimgdへのリンクをプロジェクトに追加します。 ローカルに設定されたプロパティを必ずFalseにコピーしてください。
3. また、MicrosoftのアセンブリリンクSystem.Windows.Forms.dll、System.Drawing.dllを追加します。
4. プロジェクトプロパティの[デバッグ]タブで、起動時のアクションとして[外部プログラムで開く]を選択し、NC 5.1実行可能ファイルへのパスを指定します（C：\ Program Files（x86）\ Nanosoft \ nanoCAD 5.1 \ nCadがあります）。 exe）
5. 「アセンブリ」セクションのヒープの前でさえ、最終プラットフォームであるx86をインストールしました。
6. ドアと壁にそれぞれDoorPseudo3D_nc51.csとWalllPseudo3D_nc51.csの2つのクラスを作成してみましょう。
7. C：\ ProgramData \ Nanosoft \ nanoCAD 5.1 \ DataRW（これはあなたとは異なる場合があります）を通り、次の内容のload.configファイルを見つけるか作成します
   

 <root> <list> <module path="C:\Users\...\bin\Debug\ nanodoor2_51.dll"/> </list> </root> 

 //Use Microsoft .NET Framework 3.5 and old version of MultiCad.NET (for NC 5.1) //Class for demonstrating the capabilities of MultiCad.NET //Assembly for the Nanocad 5.1 //Link mapimgd from Nanocad SDK //Link System.Windows.Forms and System.Drawing //The commands: draws a pseudo 3D wall. //This code in the part of non-infringing rights Nanosoft can be used and distributed in any accessible ways. //For the consequences of the code application, the developer is not responsible. //More detailed - https://habrahabr.ru/post/342680/ using System; using System.ComponentModel; using Multicad.Runtime; using Multicad.DatabaseServices; using Multicad.Geometry; using Multicad.CustomObjectBase; using Multicad; namespace nanowall2 { //change "8b0986c0-4163-42a4-b005-187111b499d7" for your Guid from Assembly. // Be careful GUID for door and wall classes must be different! // Otherwise there will be problems with saving and moving [CustomEntity(typeof(WalllPseudo3D_nc51), "b4edac1f-7978-483f-91b1-10503d20735a", "WalllPseudo3D_nc51", "WalllPseudo3D_nc51 Sample Entity")] [Serializable] public class WalllPseudo3D_nc51 : McCustomBase { // First and second vertices of the box private Point3d _pnt1 = new Point3d(100, 100, 0); private Point3d _pnt2 = new Point3d(500, 100, 0); private double _h = 2085; private double _scale = 1000; [CommandMethod("DrawWall", CommandFlags.NoCheck | CommandFlags.NoPrefix)] public void DrawWall() { WalllPseudo3D_nc51 wall = new WalllPseudo3D_nc51(); wall.PlaceObject(); } public override void OnDraw(GeometryBuilder dc) { dc.Clear(); // Define the basic points for drawing Point3d pnt1 = _pnt1; Point3d pnt2 = new Point3d(_pnt2.X, pnt1.Y, 0); Point3d pnt3 = new Point3d(pnt2.X, pnt1.Y+(150 * _scale), 0); Point3d pnt4 = new Point3d(pnt1.X , pnt3.Y, 0); // Set the color to ByObject value dc.Color = McDbEntity.ByObject; Vector3d hvec = new Vector3d(0, 0, _h * _scale); // Draw the upper and lower sidestes dc.DrawPolyline(new Point3d[] { pnt1, pnt2, pnt3, pnt4, pnt1 }); dc.DrawPolyline(new Point3d[] { _pnt1.Add(hvec), pnt2.Add(hvec), pnt3.Add(hvec), pnt4.Add(hvec), pnt1.Add(hvec)}); // Draw the edges dc.DrawLine(pnt1, pnt1.Add(hvec)); dc.DrawLine(pnt2, pnt2.Add(hvec)); dc.DrawLine(pnt3, pnt3.Add(hvec)); dc.DrawLine(pnt4, pnt4.Add(hvec)); } //Define the custom properties of the object [DisplayName("WScale")] [Description("Wall Scale")] [Category("Wall options")] public double WScale { get { return _scale; } set { if (!TryModify()) return; _scale = value; } } [DisplayName("Height")] [Description("Height of wall")] [Category("Wall options")] public double HWall { get { return _h; } set { //Save Undo state and set the object status to "Changed" if (!TryModify()) return; _h = value; } } public override hresult PlaceObject(PlaceFlags lInsertType) { InputJig jig = new InputJig(); // Get the first box point from the jig InputResult res = jig.GetPoint("Select first point:"); if (res.Result != InputResult.ResultCode.Normal) return hresult.e_Fail; _pnt1 = res.Point; // Add the object to the database this.DbEntity.AddToCurrentDocument(); //Exclude the object from snap points jig.ExcludeObject(ID); // Monitoring mouse moving and interactive entity redrawing jig.MouseMove = (s, a) => { TryModify(); _pnt2 = a.Point; this.DbEntity.Update(); }; // Get the second box point from the jig res = jig.GetPoint("Select second point:"); if (res.Result != InputResult.ResultCode.Normal) { this.DbEntity.Erase(); return hresult.e_Fail; } _pnt2 = res.Point; return hresult.s_Ok; } // Create a grip for the base point of the object public override bool GetGripPoints(GripPointsInfo info) { info.AppendGrip(new McSmartGrip<WalllPseudo3D_nc51>(_pnt1, (obj, g, offset) => { obj.TryModify(); obj._pnt1 += offset; })); info.AppendGrip(new McSmartGrip<WalllPseudo3D_nc51>(_pnt2, (obj, g, offset) => { obj.TryModify(); obj._pnt2 += offset; })); return true; } } // TODO: There are many shortcomings in this code. // Including failures when working with copying, moving objects and saving files, you can improve it if you want. } 

 //Use Microsoft .NET Framework 3.5 and old version of MultiCad.NET (for NC 5.1) //Class for demonstrating the capabilities of MultiCad.NET //Assembly for the Nanocad 5.1 //Link mapimgd from Nanocad SDK //Link System.Windows.Forms and System.Drawing //The commands: draws a pseudo 3D door. //This code in the part of non-infringing rights Nanosoft can be used and distributed in any accessible ways. //For the consequences of the code application, the developer is not responsible. //More detailed - https://habrahabr.ru/post/342680/ // PS A big thanks to Alexander Vologodsky for help in developing a method for pivoting object. using System; using System.ComponentModel; using System.Windows.Forms; using Multicad.Runtime; using Multicad.DatabaseServices; using Multicad.Geometry; using Multicad.CustomObjectBase; using Multicad; namespace nanodoor2 { //change "8b0986c0-4163-42a4-b005-187111b499d7" for your Guid from Assembly. // Be careful GUID for door and wall classes must be different! // Otherwise there will be problems with saving and moving [CustomEntity(typeof(DoorPseudo3D_nc51), "b4edac1f-7978-483f-91b1-10503d20735b", "DoorPseudo3D_nc51", "DoorPseudo3D_nc51 Sample Entity")] [Serializable] public class DoorPseudo3D_nc51 : McCustomBase { // First and second vertices of the box private Point3d _pnt1 = new Point3d(0, 0, 0); private double _scale = 1000; private double _h = 2085; private Vector3d _vecStraightDirection = new Vector3d(1, 0, 0); private Vector3d _vecDirectionClosed = new Vector3d(1, 0, 0); public enum status { closed , middle, open }; private status _dStatus = status.closed; [CommandMethod("DrawDoor", CommandFlags.NoCheck | CommandFlags.NoPrefix)] public void DrawDoor() { DoorPseudo3D_nc51 door = new DoorPseudo3D_nc51(); door.PlaceObject(); } public override void OnDraw(GeometryBuilder dc) { dc.Clear(); // Define the basic points for drawing Point3d pnt1 = new Point3d(0, 0, 0); Point3d pnt2 = new Point3d(pnt1.X + (984 * _scale), pnt1.Y, 0); Point3d pnt3 = new Point3d(pnt2.X + 0, pnt1.Y+(50 * _scale), 0); Point3d pnt4 = new Point3d(pnt1.X , pnt3.Y, 0) ; // Set the color to ByObject value dc.Color = McDbEntity.ByObject; Vector3d hvec = new Vector3d(0, 0, _h * _scale) ; // Draw the upper and lower sides dc.DrawPolyline(new Point3d[] { pnt1, pnt2, pnt3, pnt4, pnt1 }); dc.DrawPolyline(new Point3d[] { pnt1.Add(hvec), pnt2.Add(hvec), pnt3.Add(hvec), pnt4.Add(hvec), pnt1.Add(hvec)}); // Draw the edges dc.DrawLine(pnt1, pnt1.Add(hvec)); dc.DrawLine(pnt2, pnt2.Add(hvec)); dc.DrawLine(pnt3, pnt3.Add(hvec)); dc.DrawLine(pnt4, pnt4.Add(hvec)); // Drawing a Door Handle dc.DrawLine(pnt2.Add(new Vector3d( -190 * _scale, -0, _h*0.45 * _scale)), pnt2.Add(new Vector3d(-100 * _scale, 0, _h * 0.45 * _scale))); dc.DrawLine(pnt3.Add(new Vector3d(-190 * _scale, 0, _h * 0.45 * _scale)), pnt3.Add(new Vector3d(-100 * _scale, 0, _h * 0.45 * _scale))); } public override hresult PlaceObject(PlaceFlags lInsertType) { InputJig jig = new InputJig(); // Get the first box point from the jig InputResult res = jig.GetPoint("Select first point:"); if (res.Result != InputResult.ResultCode.Normal) return hresult.e_Fail; _pnt1 = res.Point; // Add the object to the database DbEntity.AddToCurrentDocument(); return hresult.s_Ok; } /// <summary> /// Method for changing the object's SC (the graph is built at the origin of coordinates). /// </ summary> /// <param name = "tfm"> The matrix for changing the position of the object. </ param> /// <returns> True - if the matrix is passed, False - if not. </ returns> public override bool GetECS(out Matrix3d tfm) { // Create a matrix that transforms the object. // The object is drawn in coordinates(0.0), then it is transformed with the help of this matrix. tfm = Matrix3d.Displacement(this._pnt1.GetAsVector()) * Matrix3d.Rotation (-this._vecStraightDirection.GetAngleTo(Vector3d.XAxis, Vector3d.ZAxis), Vector3d.ZAxis, Point3d.Origin); return true; } public override void OnTransform(Matrix3d tfm) { // To be able to cancel(Undo) McUndoPoint undo = new McUndoPoint(); undo.Start(); // Get the coordinates of the base point and the rotation vector this.TryModify(); this._pnt1 = this._pnt1.TransformBy(tfm); this.TryModify(); this._vecStraightDirection = this._vecStraightDirection.TransformBy(tfm); // We move the door only when it is closed if not - undo if (_dStatus == status.closed) _vecDirectionClosed = _vecStraightDirection; else { MessageBox.Show("Please transform only closed door (when its status = 0)"); undo.Undo(); } undo.Stop(); } //Define the custom properties of the object [DisplayName("Height")] [Description("Height of door")] [Category("Door options")] public double HDoor { get { return _h; } set { //Save Undo state and set the object status to "Changed" if (!TryModify()) return; _h = value; } } [DisplayName("DScale")] [Description("Door Scale")] [Category("Door options")] public double DScale { get { return _scale; } set { if (!TryModify()) return; _scale = value; } } [DisplayName("Door status")] [Description("0-closed, 1-midle, 2-open")] [Category("Door options")] public status Stat { get { return _dStatus; } set { //Save Undo state and set the object status to "Changed" if (!TryModify()) return; // Change the rotation vector for each of the door states switch (value) { case status.closed: _vecStraightDirection = _vecDirectionClosed; break; case status.middle: _vecStraightDirection = _vecDirectionClosed.Add(_vecDirectionClosed.GetPerpendicularVector().Negate() * 0.575) ; break; case status.open: _vecStraightDirection = _vecDirectionClosed.GetPerpendicularVector()*-1; break; default: break; } _dStatus = value; } } // Create a grip for the base point of the object public override bool GetGripPoints(GripPointsInfo info) { info.AppendGrip(new McSmartGrip<DoorPseudo3D_nc51>(_pnt1, (obj, g, offset) => { obj.TryModify(); obj._pnt1 += offset; })); return true; } } // TODO: There are many shortcomings in this code. // Including failures when working with copying, moving objects and saving files, you can improve it if you want. } 

4. MultiKukish（結論）

...ネタバレ