public EllipseAndRectangleView(TemplateShape shape, EnumShape enumShape) { WindowStartupLocation = System.Windows.WindowStartupLocation.CenterScreen; InitializeComponent(); Title = "Update shape"; shapeToUpdate = shape; shapeToDraw = enumShape; textBox = new List <TextBox> { textBoxWidth, textBoxHeight, textBoxThickness }; label = new List <Label> { labelWidth, labelHeight }; textBoxHeight.IsEnabled = false; textBoxWidth.IsEnabled = false; labelWidth.IsEnabled = false; labelHeight.IsEnabled = false; fillColor.ItemsSource = typeof(Colors).GetProperties(); borderColor.ItemsSource = typeof(Colors).GetProperties(); OldData(); buttonDraw.Click += buttonDrawUpdate_Click; }
public ImageView(TemplateShape shape, EnumShape enumShape) { WindowStartupLocation = System.Windows.WindowStartupLocation.CenterScreen; InitializeComponent(); Title = "Update image window"; shapeToUpdate = shape; shapeToDraw = enumShape; textBox = new List <TextBox> { textBoxWidth, textBoxHeight, }; buttons = new List <Button> { buttonChoose, buttonDraw }; label = new List <Label> { labelWidth, labelHeight }; textBoxHeight.IsEnabled = false; textBoxWidth.IsEnabled = false; labelWidth.IsEnabled = false; labelHeight.IsEnabled = false; shapeToDraw = EnumShape.IMAGE; OldImageData(); buttonDraw.Click += buttonDrawUpdate_Click; }
internal override void Init(DiagramElement element) { shape = ( EnumShape )element; txtNewValue.Text = newValueText; noNewValue = true; RefreshValues( ); }
private void Shape_Click(object sender, EventArgs e) { EnumShape type = (EnumShape)((ToolStripMenuItem)sender).Tag; Mesh = TriMeshShape.Instance.CreateShape(type); OnChanged(EventArgs.Empty); }
public PolygonView(List <Point> points) { WindowStartupLocation = System.Windows.WindowStartupLocation.CenterScreen; InitializeComponent(); Title = "Drawing polygon"; fillColor.ItemsSource = typeof(Colors).GetProperties(); borderColor.ItemsSource = typeof(Colors).GetProperties(); pointsForPolygon = points; shapeToDraw = EnumShape.POLYGON; buttonDraw.Click += buttonDraw_Click; }
internal void Relocate(EnumShape shape) { Diagram diagram = shape.Diagram; if (diagram != null) { Rectangle record = shape.GetMemberRectangle(shape.ActiveMemberIndex); Point absolute = new Point(shape.Right, record.Top); Size relative = new Size(( int )(absolute.X * diagram.Zoom) - diagram.Offset.X + MarginSize, ( int )(absolute.Y * diagram.Zoom) - diagram.Offset.Y); relative.Height -= (Height - ( int )(record.Height * diagram.Zoom)) / 2; Location = ParentLocation + relative; } }
public PolygonView(TemplateShape shape, EnumShape enumShape) { WindowStartupLocation = System.Windows.WindowStartupLocation.CenterScreen; InitializeComponent(); Title = "Update polygon window"; shapeToUpdate = shape; shapeToDraw = enumShape; fillColor.ItemsSource = typeof(Colors).GetProperties(); borderColor.ItemsSource = typeof(Colors).GetProperties(); shapeToDraw = EnumShape.POLYGON; OldPolygonData(); buttonDraw.Click += buttonDrawUpdate_Click; }
public void ChooseTitle() { foreach (var item in MainWindow.dictionary) { if (item.Value) { switch (item.Key) { case "buttonEllipse": Title = "Drawing an ellipse"; shapeToDraw = EnumShape.ELLIPSE; break; case "buttonRectangle": Title = "Drawing a rectangle"; shapeToDraw = EnumShape.RECTANGLE; break; } } } }
public ImageView(Point point) { WindowStartupLocation = System.Windows.WindowStartupLocation.CenterScreen; InitializeComponent(); Title = "Image window"; textBox = new List <TextBox> { textBoxWidth, textBoxHeight, }; buttons = new List <Button> { buttonChoose, buttonDraw }; pointToDraw = point; shapeToDraw = EnumShape.IMAGE; imgPath = ""; buttonDraw.Click += buttonDraw_Click; }
static JDFAutoHole() { atrInfoTable[0] = new AtrInfoTable(AttributeName.CENTER, 0x22222222, AttributeInfo.EnumAttributeType.XYPair, null, null); atrInfoTable[1] = new AtrInfoTable(AttributeName.EXTENT, 0x22222222, AttributeInfo.EnumAttributeType.XYPair, null, null); atrInfoTable[2] = new AtrInfoTable(AttributeName.SHAPE, 0x22222222, AttributeInfo.EnumAttributeType.enumeration, EnumShape.getEnum(0), null); }
/// /// <summary> * (9) get attribute Shape </summary> /// * <returns> the value of the attribute </returns> /// public virtual EnumShape getShape() { return(EnumShape.getEnum(getAttribute(AttributeName.SHAPE, null, null))); }
// --------------------------------------------------------------------- // Methods for Attribute Shape // --------------------------------------------------------------------- /// /// <summary> * (5) set attribute Shape </summary> /// * <param name="enumVar">: the enumVar to set the attribute to </param> /// public virtual void setShape(EnumShape enumVar) { setAttribute(AttributeName.SHAPE, enumVar == null ? null : enumVar.getName(), null); }
public TriMesh CreateShape(EnumShape shape) { TriMesh mesh = null; switch (shape) { case EnumShape.Triangle: mesh = CreatePolygon(3); break; case EnumShape.Circle: mesh = CreatePolygon(CircleVertex); break; case EnumShape.Sqaure: mesh = CreatePolygon(4); break; case EnumShape.Pentagon: mesh = CreatePolygon(5); break; case EnumShape.Hexagon: mesh = CreatePolygon(6); break; case EnumShape.Octagon: mesh = CreatePolygon(8); break; case EnumShape.Grid: mesh = CreateGrid(PlaneGridX,PlaneGridY,PlaneGridSizeX,PlaneGridSizeY); break; //----------------- case EnumShape.Pyramid: mesh = CreateCone(4, Math.Sqrt(2) / 2); break; case EnumShape.ConeDemo: mesh = CreateConeDemo(ConeNum, ConfigShape.Instance.ConeHeight); break; case EnumShape.Cone: mesh = CreateCone(ConeNum, Math.Sqrt(2) / 2); break; case EnumShape.Tet: mesh = CreateCone(3, Math.Sqrt(2) / 2); break; //--------------- case EnumShape.Cube: mesh = CreateCylinder(4, Math.Sqrt(2) / 2); break; case EnumShape.Cylinder: mesh = CreateCylinder(50, 1); break; case EnumShape.HexagonalPrism: mesh = CreateCylinder(6, 1); break; case EnumShape.TriangularPrism: mesh = CreateCylinder(3, 1); break; //--------------------- case EnumShape.Sphere: mesh = CreateSphere(SphereNum); break; case EnumShape.CylinderUV: mesh = CreateCylinder(CylinderUVm,CylinderUVn,CylinderUVr,CylinderUVl,CylinderUVMaxU,CylinderUVMaxV,CylinderUVDiff); break; case EnumShape.CylinderUVPlane: mesh = CreateCylinderPlane(CylinderUVm, CylinderUVn, CylinderUVr, CylinderUVl, CylinderUVMaxU, CylinderUVMaxV, CylinderUVDiff); break; case EnumShape.CylinderSquare: mesh = CreateCylinderSquare(CylinderUVm, CylinderUVn, CylinderUVr); break; case EnumShape.CylinderPlaneSquare: mesh = CreateCylinderPlaneSquare(CylinderUVm, CylinderUVn, CylinderUVr); break; case EnumShape.PlaneTest1: mesh = CreatePlaneTest(CylinderUVm, CylinderUVm, CylinderUVr); break; case EnumShape.PlaneFolded: mesh = CreatePlaneFolded(CylinderUVm, CylinderUVm, CylinderUVr); break; default: break; } mesh.FileName = shape.ToString(); TriMeshUtil.SetUpNormalVertex(mesh); // TriMeshUtil.MoveToCenter(mesh); // TriMeshUtil.ScaleToUnit(mesh, 1.0); return mesh; }
public DeleteEnumMemberCommand(EnumShape enumShape) { this.enumShape = enumShape; }
//──────────────────────────────────────── public DecorationImpl(EnumNode node, EnumShape shape) { this.Node = node; this.Shape = shape; this.Name = ""; }
public Figure(EnumShape s, EnumColor f = EnumColor.Blanco, EnumColor b = EnumColor.Negro) { Shape = s; FillColor = f; BorderColor = b; }
internal override void Init(DiagramElement element) { shape = (EnumShape)element; base.Init(element); }
public TriMesh CreateShape(EnumShape shape) { TriMesh mesh = null; switch (shape) { case EnumShape.Triangle: mesh = CreatePolygon(3); break; case EnumShape.Circle: mesh = CreatePolygon(CircleVertex); break; case EnumShape.Sqaure: mesh = CreatePolygon(4); break; case EnumShape.Pentagon: mesh = CreatePolygon(5); break; case EnumShape.Hexagon: mesh = CreatePolygon(6); break; case EnumShape.Octagon: mesh = CreatePolygon(8); break; case EnumShape.Grid: mesh = CreateGrid(PlaneGridX, PlaneGridY, PlaneGridSizeX, PlaneGridSizeY); break; //----------------- case EnumShape.Pyramid: mesh = CreateCone(4, Math.Sqrt(2) / 2); break; case EnumShape.ConeDemo: mesh = CreateConeDemo(ConeNum, ConfigShape.Instance.ConeHeight); break; case EnumShape.Cone: mesh = CreateCone(ConeNum, Math.Sqrt(2) / 2); break; case EnumShape.Tet: mesh = CreateCone(3, Math.Sqrt(2) / 2); break; //--------------- case EnumShape.Cube: mesh = CreateCylinder(4, Math.Sqrt(2) / 2); break; case EnumShape.Cylinder: mesh = CreateCylinder(50, 1); break; case EnumShape.HexagonalPrism: mesh = CreateCylinder(6, 1); break; case EnumShape.TriangularPrism: mesh = CreateCylinder(3, 1); break; //--------------------- case EnumShape.Sphere: mesh = CreateSphere(SphereNum); break; case EnumShape.CylinderUV: mesh = CreateCylinder(CylinderUVm, CylinderUVn, CylinderUVr, CylinderUVl, CylinderUVMaxU, CylinderUVMaxV, CylinderUVDiff); break; case EnumShape.CylinderUVPlane: mesh = CreateCylinderPlane(CylinderUVm, CylinderUVn, CylinderUVr, CylinderUVl, CylinderUVMaxU, CylinderUVMaxV, CylinderUVDiff); break; case EnumShape.CylinderSquare: mesh = CreateCylinderSquare(CylinderUVm, CylinderUVn, CylinderUVr); break; case EnumShape.CylinderPlaneSquare: mesh = CreateCylinderPlaneSquare(CylinderUVm, CylinderUVn, CylinderUVr); break; case EnumShape.PlaneTest1: mesh = CreatePlaneTest(CylinderUVm, CylinderUVm, CylinderUVr); break; case EnumShape.PlaneFolded: mesh = CreatePlaneFolded(CylinderUVm, CylinderUVm, CylinderUVr); break; default: break; } mesh.FileName = shape.ToString(); TriMeshUtil.SetUpNormalVertex(mesh); // TriMeshUtil.MoveToCenter(mesh); // TriMeshUtil.ScaleToUnit(mesh, 1.0); return(mesh); }
static JDFAutoHoleMakingParams() { atrInfoTable[0] = new AtrInfoTable(AttributeName.CENTERREFERENCE, 0x33333331, AttributeInfo.EnumAttributeType.enumeration, EnumCenterReference.getEnum(0), "TrailingEdge"); atrInfoTable[1] = new AtrInfoTable(AttributeName.HOLETYPE, 0x22222221, AttributeInfo.EnumAttributeType.enumerations, JDFMedia.EnumHoleType.getEnum(0), null); atrInfoTable[2] = new AtrInfoTable(AttributeName.CENTER, 0x33333333, AttributeInfo.EnumAttributeType.XYPair, null, null); atrInfoTable[3] = new AtrInfoTable(AttributeName.EXTENT, 0x33333333, AttributeInfo.EnumAttributeType.XYPair, null, null); atrInfoTable[4] = new AtrInfoTable(AttributeName.HOLECOUNT, 0x33333311, AttributeInfo.EnumAttributeType.IntegerList, null, null); atrInfoTable[5] = new AtrInfoTable(AttributeName.HOLEREFERENCEEDGE, 0x44444431, AttributeInfo.EnumAttributeType.enumeration, EnumHoleReferenceEdge.getEnum(0), null); atrInfoTable[6] = new AtrInfoTable(AttributeName.SHAPE, 0x33333333, AttributeInfo.EnumAttributeType.enumeration, EnumShape.getEnum(0), null); elemInfoTable[0] = new ElemInfoTable(ElementName.HOLE, 0x33333333); elemInfoTable[1] = new ElemInfoTable(ElementName.HOLELINE, 0x33333331); elemInfoTable[2] = new ElemInfoTable(ElementName.REGISTERMARK, 0x66666661); }
public void MaxPlaceableTiles(out int highestCount, bool verbose = false) { highestCount = 0; int maxFoundColourCount = 0; int maxFoundShapeCount = 0; EnumColour maxFoundColour = EnumColour.Blue; EnumShape maxFoundShape = EnumShape.Square; //dedup the hand first List <Tile> dedupHand = new List <Tile>(); foreach (Tile candidateTile in tilesInHand) { if (dedupHand.Count == 0) { dedupHand.Add(candidateTile); if (verbose) { Console.WriteLine($"---------First Tile---------\n Adding {candidateTile} as it's unique."); } } else { bool duplicate = false; foreach (Tile dedupTile in dedupHand) { if (Tile.IsDuplicate(candidateTile, dedupTile)) { duplicate = true; } } if (duplicate) { Console.WriteLine($"{this.Name}: Not considering {candidateTile} as it's a duplicate."); } else { dedupHand.Add(candidateTile); //if it's not a duplicate, add it to the deduplicated list if (verbose) { Console.WriteLine($"Adding {candidateTile} as it's unique."); } } } if (verbose) { Console.WriteLine("--"); } } Console.WriteLine($"The dedup list contains {dedupHand.Count} tiles for {this.Name}"); //now that the hand is deduplicated, let's check for colour matches foreach (EnumColour tempColour in Enum.GetValues(typeof(EnumColour))) //check for colour matches first { List <Tile> foundTiles = dedupHand.FindAll(i => i.Colour == tempColour); //find all the tiles in the hand which are of the given colour if (foundTiles.Count() > maxFoundColourCount) { maxFoundColourCount = foundTiles.Count(); maxFoundColour = tempColour; } } //now shape matches foreach (EnumShape tempShape in Enum.GetValues(typeof(EnumShape))) //check for Shape matches { List <Tile> foundTiles = dedupHand.FindAll(i => i.Shape == tempShape); //find all the tiles in the hand which are of the given Shape if (foundTiles.Count() > maxFoundShapeCount) { maxFoundShapeCount = foundTiles.Count(); maxFoundShape = tempShape; } } highestCount = Math.Max(maxFoundColourCount, maxFoundShapeCount); dedupHand.Clear(); }
public static string GetPositionContent(int row, int col, out EnumColour outColour, out EnumShape outShape) { if (tileGrid[row, col] is null) { outColour = EnumColour.None; outShape = EnumShape.None; return("x"); } else { outColour = tileGrid[row, col].Colour; outShape = tileGrid[row, col].Shape; return(tileGrid[row, col].ToString()); } }
static JDFAutoWireCombBindingParams() { atrInfoTable[0] = new AtrInfoTable(AttributeName.FLIPBACKCOVER, 0x33333331, AttributeInfo.EnumAttributeType.boolean_, null, "false"); atrInfoTable[1] = new AtrInfoTable(AttributeName.SHAPE, 0x33333333, AttributeInfo.EnumAttributeType.enumeration, EnumShape.getEnum(0), "Single"); atrInfoTable[2] = new AtrInfoTable(AttributeName.BRAND, 0x33333333, AttributeInfo.EnumAttributeType.string_, null, null); atrInfoTable[3] = new AtrInfoTable(AttributeName.COLOR, 0x33333333, AttributeInfo.EnumAttributeType.string_, null, null); atrInfoTable[4] = new AtrInfoTable(AttributeName.DIAMETER, 0x33333333, AttributeInfo.EnumAttributeType.double_, null, null); atrInfoTable[5] = new AtrInfoTable(AttributeName.DISTANCE, 0x44444433, AttributeInfo.EnumAttributeType.double_, null, null); atrInfoTable[6] = new AtrInfoTable(AttributeName.MATERIAL, 0x33333333, AttributeInfo.EnumAttributeType.enumeration, EnumMaterial.getEnum(0), null); atrInfoTable[7] = new AtrInfoTable(AttributeName.THICKNESS, 0x33333333, AttributeInfo.EnumAttributeType.double_, null, null); elemInfoTable[0] = new ElemInfoTable(ElementName.HOLEMAKINGPARAMS, 0x66666611); }