/// <summary>
/// Constructor
/// </summary>
/// <param name="panel"> The panel that this Manager controls</param>
/// <param name="ld"> The domain for labeling strokes</param>
public DisplayManager(ref SketchPanelLib.SketchPanel panel, EndPointMovedHandler endPointChange,
GateRotatedHandler gateRotated, bool ColorStrokes = true)
{
this.panel = panel;
// Add and configure feedback
circuitColorFeedback = new ColorFeedback(ref panel);
circuitMeshFeedback = new MeshHighlightingFeedback(ref panel);
circuitEndpointFeedback = new EndPointHighlightFeedback(ref panel, endPointChange);
ghostGateFeedback = new GhostGateFeedback(ref panel, gateRotated);
currentErrors = new List <ErrorBoxHelp>();
//circuitParseErrorFeedback = new ParseErrorFeedback(panel);
displayLabelTool = new DisplayLabelTool(ref panel);
displayHelpTool = new DisplayHelpTool(ref panel);
}
/// <summary>
/// Constructor. Makes gate drawer, initializes lists, subscribes to supplied panel
/// </summary>
/// <param name="parent"></param>
public GhostGateFeedback(ref SketchPanel parent, GateRotatedHandler gateRotated)
: base(ref parent)
{
// Set up gate drawer
gateDrawer = new GateDrawing.GateDrawing();
gateDrawer.RotateGates = true;
gateDrawer.SnapRotation = false;
gateDrawer.LockDrawingRatio = true;
this.gateRotated = gateRotated;
// Initialize our list of ghosts
this.currGhosts = new List <GhostGate>();
ShapeToIO = new Dictionary <Sketch.Shape, KeyValuePair <List <string>, List <string> > >();
ShapeToGate = new Dictionary <Shape, GhostGate>();
displayHelpTool = new DisplayHelpTool(ref sketchPanel);
SubscribeToPanel();
}
