public static void DrawLayout( Circuit.SymbolLayout Layout, DrawingContext Context, Matrix Tx, FontFamily FontFamily) { DrawLayout(Layout, Context, Tx, null, FontFamily, FontWeights.Normal, 10.0); }
public static void DrawLayout( Circuit.SymbolLayout Layout, DrawingContext Context, Matrix Tx, FontFamily FontFamily, FontWeight FontWeight, double FontSize) { DrawLayout(Layout, Context, Tx, null, FontFamily, FontWeight, FontSize); }
public SymbolControl(Circuit.Symbol S) : base(S) { layout = Component.LayoutSymbol(); S.Component.PropertyChanged += (o, e) => RefreshLayout(); MouseMove += OnMouseMove; }
public SymbolControl(Circuit.Symbol S) : base(S) { layout = Component.LayoutSymbol(); S.Component.PropertyChanged += (o, e) => RefreshLayout(); MouseMove += OnMouseMove; }
protected void RefreshLayout() { layout = Component.LayoutSymbol(); InvalidateVisual(); }
public static void DrawLayout( Circuit.SymbolLayout Layout, DrawingContext Context, Matrix Tx) { DrawLayout(Layout, Context, Tx, new FontFamily("Courier New")); }
public static void DrawLayout( Circuit.SymbolLayout Layout, DrawingContext Context, Matrix Tx, Pen Pen, FontFamily FontFamily, FontWeight FontWeight, double FontSize) { Context.PushGuidelineSet(Guidelines); foreach (Circuit.SymbolLayout.Shape i in Layout.Lines) { Context.DrawLine( Pen ?? MapToPen(i.Edge), T(Tx, i.x1), T(Tx, i.x2)); } foreach (Circuit.SymbolLayout.Shape i in Layout.Rectangles) { Context.DrawRectangle( (i.Fill && Pen == null) ? MapToBrush(i.Edge) : null, Pen ?? MapToPen(i.Edge), new Rect(T(Tx, i.x1), T(Tx, i.x2))); } foreach (Circuit.SymbolLayout.Shape i in Layout.Ellipses) { Brush brush = (i.Fill && Pen == null) ? MapToBrush(i.Edge) : null; Pen pen = Pen ?? MapToPen(i.Edge); Point p1 = T(Tx, i.x1); Point p2 = T(Tx, i.x2); Context.DrawEllipse( brush, pen, new Point((p1.X + p2.X) / 2, (p1.Y + p2.Y) / 2), (p2.X - p1.X) / 2, (p2.Y - p1.Y) / 2); } foreach (Circuit.SymbolLayout.Curve i in Layout.Curves) { IEnumerator <Circuit.Point> e = i.x.AsEnumerable().GetEnumerator(); if (!e.MoveNext()) { return; } Pen pen = Pen ?? MapToPen(i.Edge); Point x1 = T(Tx, e.Current); while (e.MoveNext()) { Point x2 = T(Tx, e.Current); Context.DrawLine(pen, x1, x2); x1 = x2; } } if (FontFamily != null) { // Not sure if this matrix has row or column vectors... want the y axis scaling here. double scale = Math.Sqrt(Tx.M11 * Tx.M11 + Tx.M21 * Tx.M21); foreach (Circuit.SymbolLayout.Text i in Layout.Texts) { double size; switch (i.Size) { case Circuit.Size.Small: size = 0.5; break; case Circuit.Size.Large: size = 1.5; break; default: size = 1.0; break; } FormattedText text = new FormattedText( i.String, CultureInfo.CurrentUICulture, FlowDirection.LeftToRight, new Typeface(FontFamily, FontStyles.Normal, FontWeight, FontStretches.Normal), FontSize * scale * size, Brushes.Black); Point p = T(Tx, i.x); Vector p1 = T(Tx, new Circuit.Point(i.x.x - MapAlignment(i.HorizontalAlign), i.x.y + (1 - MapAlignment(i.VerticalAlign)))) - p; Vector p2 = T(Tx, new Circuit.Point(i.x.x - (1 - MapAlignment(i.HorizontalAlign)), i.x.y + MapAlignment(i.VerticalAlign))) - p; p1.X *= text.Width; p2.X *= text.Width; p1.Y *= text.Height; p2.Y *= text.Height; Rect rc = new Rect( Math.Min(p.X + p1.X, p.X - p2.X), Math.Min(p.Y + p1.Y, p.Y - p2.Y), text.Width, text.Height); if (TextOutline != null) { Context.DrawRectangle(null, TextOutline, rc); } Context.DrawText(text, rc.TopLeft); } } foreach (Circuit.Terminal i in Layout.Terminals) { DrawTerminal(Context, T(Tx, Layout.MapTerminal(i)), i.ConnectedTo != null); } Context.Pop(); }
protected void RefreshLayout() { layout = Component.LayoutSymbol(); InvalidateVisual(); }
public static void DrawLayout( Circuit.SymbolLayout Layout, DrawingContext Context, Matrix Tx, double PixelsPerDip) { DrawLayout(Layout, Context, Tx, new FontFamily("Courier New"), PixelsPerDip); }