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);
}
