// public PropertyImpl(SpecifyParametersForm owner, string name, Metadata.TypeInfo type, IList <Attribute> attributes, string category, object value) : base(owner, name, false, type, type, new Metadata.Parameter[0], false) { this.attributes = attributes; this.category = category; this.value = value; }
void TryReimport() { var obj = Provider.SelectedObjects[0] as Component_Import3D; if (obj == null) { return; } var settings = new Component_Import3D.ReimportSettings(); var form = new SpecifyParametersForm(Translate("Re-import"), settings); form.CheckHandler = delegate(ref string error2) { return(true); }; if (form.ShowDialog() != DialogResult.OK) { return; } //clear undo history Provider.DocumentWindow?.Document?.UndoSystem.Clear(); if (!obj.DoUpdate(settings, out string error)) { var virtualFileName = obj.ParentRoot.HierarchyController?.CreatedByResource?.Owner.Name; if (string.IsNullOrEmpty(virtualFileName)) { virtualFileName = "NO FILE NAME"; } var error2 = string.Format(Translate("Unable to load or import resource \'{0}\'."), virtualFileName) + "\r\n\r\n" + error; Log.Error(error2); return; } if (Provider?.DocumentWindow != null) { Provider.DocumentWindow.Document.Modified = true; //!!!!полезен вспомогательный метод/свойство чтобы получать CanvasBasedEditor var window = Provider.DocumentWindow as DocumentWindowWithViewport_CanvasBasedEditor; if (window != null) { var editor = window.Editor as Component_Import3D_Editor; editor?.NeedRecreateDisplayObject(true); } //var importDocumentWindow = Provider.DocumentWindow as Component_Import3D_Editor; //importDocumentWindow?.NeedRecreateDisplayObject( true ); } }
public override void Register() { //Add Collision { const string bodyName = "Collision Body"; var a = new EditorAction(); a.Name = "Add Collision"; a.Description = "Adds a collision body to selected objects."; a.ImageSmall = Properties.Resources.Add_16; a.ImageBig = Properties.Resources.MeshCollision_32; a.ActionType = EditorAction.ActionTypeEnum.DropDown; a.QatSupport = true; //a.qatAddByDefault = true; a.ContextMenuSupport = EditorContextMenuWinForms.MenuTypeEnum.Document; a.GetState += delegate(EditorAction.GetStateContext context) { if (context.ObjectsInFocus.DocumentWindow != null) { object[] selectedObjects = context.ObjectsInFocus.Objects; if (selectedObjects.Length != 0 && Array.TrueForAll(selectedObjects, obj => obj is Component_MeshInSpace)) { context.Enabled = Array.Exists(selectedObjects, delegate(object obj) { var c = ((Component)obj).GetComponent(bodyName); if (c != null) { if (c is Component_RigidBody) { return(false); } if (c is Component_RigidBody2D) { return(false); } } return(true); }); } a.DropDownContextMenu.Tag = (context.ObjectsInFocus.DocumentWindow.Document, selectedObjects); } }; //context menu { a.DropDownContextMenu = new KryptonContextMenu(); a.DropDownContextMenu.Opening += delegate(object sender, CancelEventArgs e) { var menu = (KryptonContextMenu)sender; var tuple = ((DocumentInstance, object[]))menu.Tag; //"Collision Body of the Mesh" { var items2 = (KryptonContextMenuItems)menu.Items[0]; var item2 = (KryptonContextMenuItem)items2.Items[0]; bool enabled = false; foreach (var obj in tuple.Item2) { var meshInSpace = obj as Component_MeshInSpace; if (meshInSpace != null) { Component_RigidBody collisionDefinition = null; { var mesh = meshInSpace.Mesh.Value; if (mesh != null) { collisionDefinition = mesh.GetComponent("Collision Definition") as Component_RigidBody; } } if (collisionDefinition != null) { enabled = true; } } } item2.Enabled = enabled; } }; EventHandler clickHandler = delegate(object s, EventArgs e2) { var item = (KryptonContextMenuItem)s; var itemTag = ((KryptonContextMenu, string))item.Tag; var menu = itemTag.Item1; var collisionName = itemTag.Item2; var menuTag = ((DocumentInstance, object[]))menu.Tag; var document = menuTag.Item1; var selectedObjects = menuTag.Item2; List <UndoSystem.Action> undoActions = new List <UndoSystem.Action>(); foreach (var obj in selectedObjects) { if (obj is Component_MeshInSpace meshInSpace && meshInSpace.GetComponent(bodyName) as Component_RigidBody == null && meshInSpace.GetComponent(bodyName) as Component_RigidBody2D == null) { var mesh = meshInSpace.MeshOutput; if (mesh == null) { continue; } Component body = null; bool skip = false; if (collisionName == "Use Collision of the Mesh") { var collisionDefinition = mesh.GetComponent("Collision Definition") as Component_RigidBody; if (collisionDefinition != null) { var body2 = (Component_RigidBody)collisionDefinition.Clone(); body = body2; body2.Enabled = false; body2.Name = bodyName; body2.MotionType = Component_RigidBody.MotionTypeEnum.Static; body2.Transform = meshInSpace.Transform; meshInSpace.AddComponent(body2); } else { skip = true; } } else { Component_RigidBody CreateRigidBody() { var body2 = meshInSpace.CreateComponent <Component_RigidBody>(enabled: false); body2.Name = bodyName; body2.Transform = meshInSpace.Transform; return(body2); } Component_RigidBody2D CreateRigidBody2D() { var body2 = meshInSpace.CreateComponent <Component_RigidBody2D>(enabled: false); body2.Name = bodyName; body2.Transform = meshInSpace.Transform; return(body2); } switch (collisionName) { case "Box": { body = CreateRigidBody(); var shape = body.CreateComponent <Component_CollisionShape_Box>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Dimensions = bounds.GetSize(); } break; case "Sphere": { body = CreateRigidBody(); var shape = body.CreateComponent <Component_CollisionShape_Sphere>(); var sphere = mesh.Result.SpaceBounds.CalculatedBoundingSphere; shape.TransformRelativeToParent = new Transform(sphere.Origin, Quaternion.Identity); shape.Radius = sphere.Radius; } break; case "Capsule": { body = CreateRigidBody(); var shape = body.CreateComponent <Component_CollisionShape_Capsule>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Radius = Math.Max(bounds.GetSize().X, bounds.GetSize().Y) / 2; shape.Height = Math.Max(bounds.GetSize().Z - shape.Radius * 2, 0); } break; case "Cylinder": { body = CreateRigidBody(); var shape = body.CreateComponent <Component_CollisionShape_Cylinder>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Radius = Math.Max(bounds.GetSize().X, bounds.GetSize().Y) / 2; shape.Height = bounds.GetSize().Z; } break; case "Convex": { body = CreateRigidBody(); var shape = body.CreateComponent <Component_CollisionShape_Mesh>(); shape.ShapeType = Component_CollisionShape_Mesh.ShapeTypeEnum.Convex; shape.Mesh = ReferenceUtility.MakeThisReference(shape, meshInSpace, "Mesh"); } break; case "Convex Decomposition": { body = CreateRigidBody(); var settings = new ConvexDecomposition.Settings(); var form = new SpecifyParametersForm("Convex Decomposition", settings); form.CheckHandler = delegate(ref string error2) { return(true); }; if (form.ShowDialog() != DialogResult.OK) { skip = true; } else { var clusters = ConvexDecomposition.Decompose(mesh.Result.ExtractedVerticesPositions, mesh.Result.ExtractedIndices, settings); if (clusters == null) { Log.Warning("Unable to decompose."); skip = true; } else { foreach (var cluster in clusters) { var shape = body.CreateComponent <Component_CollisionShape_Mesh>(); shape.Vertices = cluster.Vertices; shape.Indices = cluster.Indices; shape.ShapeType = Component_CollisionShape_Mesh.ShapeTypeEnum.Convex; } } } } break; case "Mesh": { body = CreateRigidBody(); var shape = body.CreateComponent <Component_CollisionShape_Mesh>(); shape.Mesh = ReferenceUtility.MakeThisReference(shape, meshInSpace, "Mesh"); } break; case "Box 2D": { body = CreateRigidBody2D(); var shape = body.CreateComponent <Component_CollisionShape2D_Box>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Dimensions = bounds.GetSize().ToVector2(); } break; case "Circle 2D": { body = CreateRigidBody2D(); var shape = body.CreateComponent <Component_CollisionShape2D_Ellipse>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); var size = bounds.GetSize().ToVector2().MaxComponent(); shape.Dimensions = new Vector2(size, size); } break; case "Ellipse 2D": { body = CreateRigidBody2D(); var shape = body.CreateComponent <Component_CollisionShape2D_Ellipse>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Dimensions = bounds.GetSize().ToVector2(); } break; case "Capsule 2D": { body = CreateRigidBody2D(); var shape = body.CreateComponent <Component_CollisionShape2D_Capsule>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); var size = bounds.GetSize(); if (size.X > size.Y) { shape.Axis = 0; shape.Radius = size.Y / 2; shape.Height = Math.Max(size.X - shape.Radius * 2, 0); } else { shape.Axis = 0; shape.Radius = size.X / 2; shape.Height = Math.Max(size.Y - shape.Radius * 2, 0); } } break; case "Convex 2D": { body = CreateRigidBody2D(); var meshPoints = new Vector2[mesh.Result.ExtractedVerticesPositions.Length]; for (int n = 0; n < meshPoints.Length; n++) { meshPoints[n] = mesh.Result.ExtractedVerticesPositions[n].ToVector2(); } var points = MathAlgorithms.GetConvexByPoints(meshPoints); var vertices = new Vector3F[points.Count]; var indices = new int[(points.Count - 2) * 3]; { for (int n = 0; n < points.Count; n++) { vertices[n] = new Vector3F(points[n].ToVector2F(), 0); } for (int nTriangle = 0; nTriangle < points.Count - 2; nTriangle++) { indices[nTriangle * 3 + 0] = 0; indices[nTriangle * 3 + 1] = nTriangle + 1; indices[nTriangle * 3 + 2] = nTriangle + 2; } } var shape = body.CreateComponent <Component_CollisionShape2D_Mesh>(); shape.Vertices = vertices; shape.Indices = indices; shape.ShapeType = Component_CollisionShape2D_Mesh.ShapeTypeEnum.Convex; //var polygons = new List<List<Vector2>>(); //{ // var currentList = new List<Vector2>(); // for( int vertex = 0; vertex < points.Count; vertex++ ) // { // currentList.Add( points[ vertex ] ); // if( currentList.Count == Settings.MaxPolygonVertices ) // { // polygons.Add( currentList ); // currentList = new List<Vector2>(); // currentList.Add( points[ 0 ] ); // currentList.Add( points[ vertex ] ); // } // } // if( currentList.Count >= 3 ) // polygons.Add( currentList ); //} //foreach( var points2 in polygons ) //{ // var vertices = new Vector3F[ points2.Count ]; // var indices = new int[ ( points2.Count - 2 ) * 3 ]; // { // for( int n = 0; n < points2.Count; n++ ) // vertices[ n ] = new Vector3F( points2[ n ].ToVector2F(), 0 ); // for( int nTriangle = 0; nTriangle < points2.Count - 2; nTriangle++ ) // { // indices[ nTriangle * 3 + 0 ] = 0; // indices[ nTriangle * 3 + 1 ] = nTriangle + 1; // indices[ nTriangle * 3 + 2 ] = nTriangle + 2; // } // } // var shape = body.CreateComponent<Component_CollisionShape2D_Mesh>(); // shape.Vertices = vertices; // shape.Indices = indices; // shape.ShapeType = Component_CollisionShape2D_Mesh.ShapeTypeEnum.Convex; //} } break; //case "Convex Decomposition 2D": // { // body = CreateRigidBody2D(); // var settings = new ConvexDecomposition.Settings(); // var form = new SpecifyParametersForm( "Convex Decomposition 2D", settings ); // form.CheckHandler = delegate ( ref string error2 ) // { // return true; // }; // if( form.ShowDialog() != DialogResult.OK ) // skip = true; // else // { // //var sourceVertices = (Vector3F[])mesh.Result.ExtractedVerticesPositions.Clone(); // ////reset Z // //for( int n = 0; n < sourceVertices.Length; n++ ) // // sourceVertices[ n ] = new Vector3F( sourceVertices[ n ].ToVector2(), 0 ); // //var sourceIndices = mesh.Result.ExtractedIndices; // //var epsilon = 0.0001f; // //MathAlgorithms.MergeEqualVerticesRemoveInvalidTriangles( sourceVertices, sourceIndices, epsilon, out var processedVertices, out var processedIndices, out var processedTrianglesToSourceIndex ); // //var vertices = new Vector3F[ mesh.Result.ExtractedVerticesPositions.Length ]; // ////reset Z // //for( int n = 0; n < vertices.Length; n++ ) // // vertices[ n ] = new Vector3F( mesh.Result.ExtractedVerticesPositions[ n ].ToVector2(), 0 ); // //var clusters = ConvexDecomposition.Decompose( processedVertices, processedIndices, settings ); // var vertices = new Vector3F[ mesh.Result.ExtractedVerticesPositions.Length ]; // //reset Z // for( int n = 0; n < vertices.Length; n++ ) // vertices[ n ] = new Vector3F( mesh.Result.ExtractedVerticesPositions[ n ].ToVector2(), 0 ); // var clusters = ConvexDecomposition.Decompose( vertices, mesh.Result.ExtractedIndices, settings ); // if( clusters == null ) // { // Log.Warning( "Unable to decompose." ); // skip = true; // } // else // { // foreach( var cluster in clusters ) // { // var shape = body.CreateComponent<Component_CollisionShape2D_Mesh>(); // shape.Vertices = cluster.Vertices; // shape.Indices = cluster.Indices; // shape.ShapeType = Component_CollisionShape2D_Mesh.ShapeTypeEnum.Convex; // } // } // } // //var sourceVertices = new Vertices(); // //foreach( var p in mesh.Result.ExtractedVerticesPositions ) // // sourceVertices.Add( Physics2DUtility.Convert( p.ToVector2() ) ); // //var list = Triangulate.ConvexPartition( sourceVertices, TriangulationAlgorithm.Seidel, tolerance: 0.001f ); // //body = CreateRigidBody2D(); // //foreach( var convexVertices in list ) // //{ // // var shape = body.CreateComponent<Component_CollisionShape2D_Mesh>(); // // var points = new List<Vector2>(); // // foreach( var p in convexVertices ) // // points.Add( Physics2DUtility.Convert( p ) ); // // //var meshPoints = new Vector2[ mesh.Result.ExtractedVerticesPositions.Length ]; // // //for( int n = 0; n < meshPoints.Length; n++ ) // // // meshPoints[ n ] = mesh.Result.ExtractedVerticesPositions[ n ].ToVector2(); // // //var points = MathAlgorithms.GetConvexByPoints( meshPoints ); // // var vertices = new Vector3F[ points.Count + 1 ]; // // var indices = new int[ points.Count * 3 ]; // // { // // var center = Vector2.Zero; // // foreach( var p in points ) // // center += p; // // center /= points.Count; // // vertices[ 0 ] = new Vector3F( center.ToVector2F(), 0 ); // // for( int n = 0; n < points.Count; n++ ) // // { // // vertices[ 1 + n ] = new Vector3F( points[ n ].ToVector2F(), 0 ); // // indices[ n * 3 + 0 ] = 0; // // indices[ n * 3 + 1 ] = 1 + n; // // indices[ n * 3 + 2 ] = 1 + ( ( n + 1 ) % points.Count ); // // } // // } // // shape.Vertices = vertices; // // shape.Indices = indices; // // shape.ShapeType = Component_CollisionShape2D_Mesh.ShapeTypeEnum.Convex; // //} // //body = CreateRigidBody2D(); // //var shape = body.CreateComponent<Component_CollisionShape2D_Mesh>(); // //var meshPoints = new Vector2[ mesh.Result.ExtractedVerticesPositions.Length ]; // //for( int n = 0; n < meshPoints.Length; n++ ) // // meshPoints[ n ] = mesh.Result.ExtractedVerticesPositions[ n ].ToVector2(); // //var points = MathAlgorithms.GetConvexByPoints( meshPoints ); // //var vertices = new Vector3F[ points.Count + 1 ]; // //var indices = new int[ points.Count * 3 ]; // //{ // // var center = Vector2.Zero; // // foreach( var p in points ) // // center += p; // // center /= points.Count; // // vertices[ 0 ] = new Vector3F( center.ToVector2F(), 0 ); // // for( int n = 0; n < points.Count; n++ ) // // { // // vertices[ 1 + n ] = new Vector3F( points[ n ].ToVector2F(), 0 ); // // indices[ n * 3 + 0 ] = 0; // // indices[ n * 3 + 1 ] = 1 + n; // // indices[ n * 3 + 2 ] = 1 + ( ( n + 1 ) % points.Count ); // // } // //} // //shape.Vertices = vertices; // //shape.Indices = indices; // //shape.ShapeType = Component_CollisionShape2D_Mesh.ShapeTypeEnum.Convex; // //var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; // //shape.TransformRelativeToParent = new Transform( bounds.GetCenter(), Quaternion.Identity ); // //shape.Mesh = ReferenceUtility.MakeThisReference( shape, meshInSpace, "Mesh" ); // //var shapeVertices = new Vector3F[ points.Count ]; // //for( int n = 0; n < shapeVertices.Length; n++ ) // // shapeVertices[ n ] = new Vector3F( points[ n ].ToVector2F(), 0 ); // //shape.Vertices = shapeVertices; // } // break; case "Mesh 2D": { body = CreateRigidBody2D(); var shape = body.CreateComponent <Component_CollisionShape2D_Mesh>(); shape.Mesh = ReferenceUtility.MakeThisReference(shape, meshInSpace, "Mesh"); shape.ShapeType = Component_CollisionShape2D_Mesh.ShapeTypeEnum.TriangleMesh; //var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; //shape.TransformRelativeToParent = new Transform( bounds.GetCenter(), Quaternion.Identity ); //var halfSize = bounds.GetSize().ToVector2() * 0.5; //var meshPoints = new List<Vector2>( mesh.Result.ExtractedVerticesPositions.Length ); //foreach( var p in mesh.Result.ExtractedVerticesPositions ) // meshPoints.Add( p.ToVector2() ); //var convexPoints = MathAlgorithms.GetConvexByPoints( meshPoints ); //var points = shape.PropertyGet( "Points" ); //foreach( var p in convexPoints ) // points.MethodInvoke( "Add", p ); //points.MethodInvoke( "Add", new Vector2( -halfSize.X, -halfSize.Y ) ); //points.MethodInvoke( "Add", new Vector2( halfSize.X, -halfSize.Y ) ); //points.MethodInvoke( "Add", new Vector2( halfSize.X, halfSize.Y ) ); //points.MethodInvoke( "Add", new Vector2( -halfSize.X, halfSize.Y ) ); } break; //case "Polygon 2D": // { // body = CreateRigidBody2D(); // if( body != null ) // { // var shapeType = MetadataManager.GetType( "NeoAxis.Component_CollisionShape2D_Polygon" ); // if( shapeType != null ) // { // var shape = body.CreateComponent( shapeType ); // var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; // shape.PropertySet( "TransformRelativeToParent", new Transform( bounds.GetCenter(), Quaternion.Identity ) ); // var halfSize = bounds.GetSize().ToVector2() * 0.5; // var meshPoints = new List<Vector2>( mesh.Result.ExtractedVerticesPositions.Length ); // foreach( var p in mesh.Result.ExtractedVerticesPositions ) // meshPoints.Add( p.ToVector2() ); // var convexPoints = MathAlgorithms.GetConvexByPoints( meshPoints ); // var points = shape.PropertyGet( "Points" ); // foreach( var p in convexPoints ) // points.MethodInvoke( "Add", p ); // //points.MethodInvoke( "Add", new Vector2( -halfSize.X, -halfSize.Y ) ); // //points.MethodInvoke( "Add", new Vector2( halfSize.X, -halfSize.Y ) ); // //points.MethodInvoke( "Add", new Vector2( halfSize.X, halfSize.Y ) ); // //points.MethodInvoke( "Add", new Vector2( -halfSize.X, halfSize.Y ) ); // } // else // skip = true; // } // } // break; default: Log.Warning("No implementation."); skip = true; continue; } } if (skip) { body?.Dispose(); continue; } if (body != null) { body.Enabled = true; undoActions.Add(new UndoActionComponentCreateDelete(document, new Component[] { body }, true)); //change Transform { //undo action var property = (Metadata.Property)meshInSpace.MetadataGetMemberBySignature("property:Transform"); var undoItem = new UndoActionPropertiesChange.Item(meshInSpace, property, meshInSpace.Transform, new object[0]); undoActions.Add(new UndoActionPropertiesChange(new UndoActionPropertiesChange.Item[] { undoItem })); //configure reference meshInSpace.Transform = ReferenceUtility.MakeReference <Transform>(null, ReferenceUtility.CalculateThisReference(meshInSpace, body, "Transform")); } } } } if (undoActions.Count != 0) { document.UndoSystem.CommitAction(new UndoMultiAction(undoActions)); document.Modified = true; ScreenNotifications.Show(Translate("The collision was added successfully.")); } }; var items = new List <KryptonContextMenuItemBase>(); var names = new string[] { "Use Collision of the Mesh", "", "Box", "Sphere", "Capsule", "Cylinder", "Convex", "Convex Decomposition", "Mesh", "", "Box 2D", "Circle 2D", "Ellipse 2D", "Capsule 2D", "Convex 2D", /*"Convex Decomposition 2D", */ "Mesh 2D" }; foreach (var name in names) { if (name == "") { items.Add(new KryptonContextMenuSeparator()); } else { var item = new KryptonContextMenuItem(name, null, clickHandler); item.Tag = (a.DropDownContextMenu, name); items.Add(item); } } a.DropDownContextMenu.Items.Add(new KryptonContextMenuItems(items.ToArray())); } EditorActions.Register(a); } //Delete Collision { const string bodyName = "Collision Body"; var a = new EditorAction(); a.Name = "Delete Collision"; a.Description = "Deletes the collision body of selected objects."; a.ImageSmall = Properties.Resources.Delete_16; a.ImageBig = Properties.Resources.Delete_32; a.QatSupport = true; //a.qatAddByDefault = true; a.ContextMenuSupport = EditorContextMenuWinForms.MenuTypeEnum.Document; a.GetState += delegate(EditorAction.GetStateContext context) { if (context.ObjectsInFocus.DocumentWindow != null) { object[] selectedObjects = context.ObjectsInFocus.Objects; if (selectedObjects.Length != 0 && Array.TrueForAll(selectedObjects, obj => obj is Component_MeshInSpace)) { context.Enabled = Array.Exists(selectedObjects, delegate(object obj) { var c = ((Component)obj).GetComponent(bodyName); if (c != null) { if (c is Component_RigidBody) { return(true); } if (c is Component_RigidBody2D) { return(true); } } return(false); }); } } }; a.Click += delegate(EditorAction.ClickContext context) { var text = string.Format(Translate("Delete \'{0}\'?"), bodyName); if (EditorMessageBox.ShowQuestion(text, EMessageBoxButtons.YesNo) == EDialogResult.Yes) { List <UndoSystem.Action> undoActions = new List <UndoSystem.Action>(); foreach (Component_MeshInSpace meshInSpace in context.ObjectsInFocus.Objects) { Component body = null; { var c = meshInSpace.GetComponent(bodyName); if (c != null && (c is Component_RigidBody || c is Component_RigidBody2D)) { body = c; } } if (body != null) { var restoreValue = meshInSpace.Transform; undoActions.Add(new UndoActionComponentCreateDelete(context.ObjectsInFocus.DocumentWindow.Document, new Component[] { body }, false)); //change Transform if (meshInSpace.Transform.GetByReference == string.Format("this:${0}\\Transform", bodyName)) { //undo action var property = (Metadata.Property)meshInSpace.MetadataGetMemberBySignature("property:Transform"); var undoItem = new UndoActionPropertiesChange.Item(meshInSpace, property, restoreValue, new object[0]); undoActions.Add(new UndoActionPropertiesChange(new UndoActionPropertiesChange.Item[] { undoItem })); //reset reference meshInSpace.Transform = restoreValue.Value; } } } if (undoActions.Count != 0) { context.ObjectsInFocus.DocumentWindow.Document.UndoSystem.CommitAction(new UndoMultiAction(undoActions)); context.ObjectsInFocus.DocumentWindow.Document.Modified = true; ScreenNotifications.Show(Translate("The collision was deleted.")); } } }; EditorActions.Register(a); } }
void AddPropertyCode() { var settings = new AddPropertyCodeSettings(); //load settings //!!!!подставлять из текущего класса settings.ClassName = addPropertyCode_ClassName; settings.PropertyName = addPropertyCode_PropertyName; settings.PropertyType = addPropertyCode_PropertyType; settings.DefaultValue = addPropertyCode_DefaultValue; settings.ReferenceSupport = addPropertyCode_ReferenceSupport; //settings.AddEvent = addPropertyCode_AddEvent; settings.AddComments = addPropertyCode_AddComments; var form = new SpecifyParametersForm("Add Property Code", settings); form.CheckHandler = delegate(ref string error2) { return(true); }; if (form.ShowDialog() != DialogResult.OK) { return; } string templateWithoutHelp = @"{DefaultValueAttribute} public Reference<{TypeName}> {PropertyName} { get { if( {FieldName}.BeginGet() ) {PropertyName} = {FieldName}.Get( this ); return {FieldName}.value; } set { if( {FieldName}.BeginSet( ref value ) ) { {CheckValue} try { {PropertyName}Changed?.Invoke( this ); } finally { {FieldName}.EndSet(); } {AdditionalActionsWrong} } } } /// <summary>Occurs when the <see cref={Quote}{PropertyName}{Quote}/> property value changes.</summary> public event Action<{ClassName}> {PropertyName}Changed; ReferenceField<{TypeName}> {FieldName}{DefaultValueSet}; "; //[Metadata.Serialize] string templateCompact = @"{DefaultValueAttribute} public Reference<{TypeName}> {PropertyName} { get { if( {FieldName}.BeginGet() ) {PropertyName} = {FieldName}.Get( this ); return {FieldName}.value; } set { if( {FieldName}.BeginSet( ref value ) ) { {CheckValue} try { {PropertyName}Changed?.Invoke( this ); } finally { {FieldName}.EndSet(); } {AdditionalActionsWrong} } } } /// <summary>Occurs when the <see cref={Quote}{PropertyName}{Quote}/> property value changes.</summary> public event Action<{ClassName}> {PropertyName}Changed; ReferenceField<{TypeName}> {FieldName}{DefaultValueSet}; "; //[Metadata.Serialize] string templateWithHelp = @"{DefaultValueAttribute} public Reference<{TypeName}> {PropertyName} { get { if( {FieldName}.BeginGet() ) {PropertyName} = {FieldName}.Get( this ); return {FieldName}.value; } set { {CheckValue} if( {FieldName}.BeginSet( ref value ) ) { try { {PropertyName}Changed?.Invoke( this ); {AdditionalActions} } finally { {FieldName}.EndSet(); } {AdditionalActionsWrong} } } } /// <summary>Occurs when the <see cref={Quote}{PropertyName}{Quote}/> property value changes.</summary> public event Action<{ClassName}> {PropertyName}Changed; ReferenceField<{TypeName}> {FieldName}{DefaultValueSet}; " ; string templateCompactNoReference = @"{DefaultValueAttribute} public {TypeName} {PropertyName} { get { return {FieldName}; } set { {FieldName} = value; } } {TypeName} {FieldName}{DefaultValueSet}; "; string className = settings.ClassName; // textBoxClass.Text; var propertyName = settings.PropertyName; // textBoxPropertyName.Text; string fieldName = ""; if (propertyName.Length > 0) { fieldName = "_" + propertyName.Substring(0, 1).ToLower() + propertyName.Substring(1); } string typeName = settings.PropertyType; // textBoxPropertyType.Text; string defaultValue = settings.DefaultValue; // textBoxDefaultValue.Text; bool help = settings.AddComments; // checkBoxHowToExpand.Checked; var compact = true; // checkBoxCompact.Checked; string text; if (settings.ReferenceSupport) { text = help ? templateWithHelp : (compact ? templateCompact : templateWithoutHelp); } else { //!!!! text = templateCompactNoReference; } text = text.Replace("{ClassName}", className); text = text.Replace("{PropertyName}", propertyName); text = text.Replace("{FieldName}", fieldName); text = text.Replace("{TypeName}", typeName); text = text.Replace("{Quote}", "\""); if (!string.IsNullOrEmpty(defaultValue)) { text = text.Replace("{DefaultValueSet}", string.Format(" = {0}", defaultValue)); text = text.Replace("{DefaultValueAttribute}", string.Format("[DefaultValue( {0} )]", defaultValue)); } else { text = text.Replace("{DefaultValueSet}", ""); text = text.Replace("{DefaultValueAttribute}", ""); } if (help) { string checkValueText = @" @@@ Do here the fixing of 'value'. Don't use another properties. @@@ Example: @@@ if( value < 3 ) @@@ value = new Reference<int>( 3, value.GetByReference );" ; text = text.Replace("{CheckValue}", checkValueText); text = text.Replace("{AdditionalActions}", "@@@ Add here additional actions. Update internal object, reset cache, etc."); text = text.Replace("{AdditionalActionsWrong}", "@@@ Don't add additional actions here."); } else { text = text.Replace("{CheckValue}", ""); text = text.Replace("{AdditionalActions}", ""); text = text.Replace("{AdditionalActionsWrong}", ""); } text = text.Replace("\r\n\r\n", "\r\n"); text = text.Replace("\r\n \r\n", "\r\n"); text = text.Replace("\r\n \r\n", "\r\n"); //!!!!табы добавить или пробелы если пробелы //var secondLinePrefix = ""; //!!!! //secondLinePrefix = "\t\t"; //text = text.Replace( "\r\n", secondLinePrefix + "\r\n" ); scriptEditorControl.AddCodeToCurrentPosition(text); //save settings addPropertyCode_ClassName = settings.ClassName; addPropertyCode_PropertyName = settings.PropertyName; addPropertyCode_PropertyType = settings.PropertyType; addPropertyCode_DefaultValue = settings.DefaultValue; addPropertyCode_ReferenceSupport = settings.ReferenceSupport; //addPropertyCode_AddEvent = settings.AddEvent; addPropertyCode_AddComments = settings.AddComments; }
public static void AddCollision(DocumentWindow documentWindow, string collisionName) { const string bodyName = "Collision Definition"; var mesh = documentWindow.ObjectOfWindow as Component_Mesh; var body = mesh.CreateComponent <Component_RigidBody>(enabled: false); body.Name = bodyName; //collision.CanCreate = false; body.MotionType = Component_RigidBody.MotionTypeEnum.Static; string error = null; //!!!!plugin support to add new or override current implementations switch (collisionName) { case "Box": { var shape = body.CreateComponent <Component_CollisionShape_Box>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Dimensions = bounds.GetSize(); } break; case "Sphere": { var shape = body.CreateComponent <Component_CollisionShape_Sphere>(); var sphere = mesh.Result.SpaceBounds.CalculatedBoundingSphere; shape.TransformRelativeToParent = new Transform(sphere.Origin, Quaternion.Identity); shape.Radius = sphere.Radius; } break; case "Capsule": { var shape = body.CreateComponent <Component_CollisionShape_Capsule>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Radius = Math.Max(bounds.GetSize().X, bounds.GetSize().Y) / 2; shape.Height = Math.Max(bounds.GetSize().Z - shape.Radius * 2, 0); } break; case "Cylinder": { var shape = body.CreateComponent <Component_CollisionShape_Cylinder>(); var bounds = mesh.Result.SpaceBounds.CalculatedBoundingBox; shape.TransformRelativeToParent = new Transform(bounds.GetCenter(), Quaternion.Identity); shape.Radius = Math.Max(bounds.GetSize().X, bounds.GetSize().Y) / 2; shape.Height = bounds.GetSize().Z; } break; case "Convex": { var shape = body.CreateComponent <Component_CollisionShape_Mesh>(); shape.ShapeType = Component_CollisionShape_Mesh.ShapeTypeEnum.Convex; shape.Mesh = ReferenceUtility.MakeThisReference(shape, mesh); } break; case "Convex Decomposition": { var settings = new ConvexDecomposition.Settings(); var form = new SpecifyParametersForm("Convex Decomposition", settings); form.CheckHandler = delegate(ref string error2) { //!!!! return(true); }; if (form.ShowDialog() != DialogResult.OK) { mesh.RemoveComponent(body, false); return; } var clusters = ConvexDecomposition.Decompose(mesh.Result.ExtractedVerticesPositions, mesh.Result.ExtractedIndices, settings); if (clusters == null) { mesh.RemoveComponent(body, false); Log.Warning("Unable to decompose."); return; } foreach (var cluster in clusters) { var shape = body.CreateComponent <Component_CollisionShape_Mesh>(); shape.Vertices = cluster.Vertices; shape.Indices = cluster.Indices; shape.ShapeType = Component_CollisionShape_Mesh.ShapeTypeEnum.Convex; } } break; case "Mesh": { var shape = body.CreateComponent <Component_CollisionShape_Mesh>(); shape.Mesh = ReferenceUtility.MakeThisReference(shape, mesh); } break; default: error = "No implementation."; break; } if (!string.IsNullOrEmpty(error)) { mesh.RemoveComponent(body, false); Log.Warning(error); return; } body.Enabled = true; var undoActions = new List <UndoSystem.Action>(); undoActions.Add(new UndoActionComponentCreateDelete(documentWindow.Document, new Component[] { body }, true)); //enable EditorDisplayCollision if (!mesh.EditorDisplayCollision) { mesh.EditorDisplayCollision = true; var property = (Metadata.Property)mesh.MetadataGetMemberBySignature("property:EditorDisplayCollision"); var undoItem = new UndoActionPropertiesChange.Item(mesh, property, false, new object[0]); undoActions.Add(new UndoActionPropertiesChange(new UndoActionPropertiesChange.Item[] { undoItem })); } documentWindow.Document.UndoSystem.CommitAction(new UndoMultiAction(undoActions)); documentWindow.Document.Modified = true; }