public Editor(
IControlHostService controlHostService,
ICommandService commandService,
IContextRegistry contextRegistry,
IDocumentRegistry documentRegistry,
IDocumentService documentService,
PrototypeLister prototypeLister,
LayerLister layerLister,
SchemaLoader schemaLoader)
{
m_controlHostService = controlHostService;
m_commandService = commandService;
m_contextRegistry = contextRegistry;
m_documentRegistry = documentRegistry;
m_documentService = documentService;
m_prototypeLister = prototypeLister;
m_layerLister = layerLister;
m_schemaLoader = schemaLoader;
string initialDirectory = Path.Combine(Directory.GetCurrentDirectory(), "..\\..\\..\\..\\components\\wws_atf\\Samples\\CircuitEditor\\data");
EditorInfo.InitialDirectory = initialDirectory;
m_theme = new D2dDiagramTheme();
m_circuitRenderer = new D2dCircuitRenderer<Module, Connection, ICircuitPin>(m_theme, documentRegistry);
m_subGraphRenderer = new D2dSubCircuitRenderer<Module, Connection, ICircuitPin>(m_theme);
// create d2dcontrol for displaying sub-circuit
m_d2dHoverControl = new D2dAdaptableControl();
m_d2dHoverControl.Dock = DockStyle.Fill;
var xformAdapter = new TransformAdapter();
xformAdapter.EnforceConstraints = false;//to allow the canvas to be panned to view negative coordinates
m_d2dHoverControl.Adapt(xformAdapter, new D2dGraphAdapter<Module, Connection, ICircuitPin>(m_circuitRenderer, xformAdapter));
m_d2dHoverControl.DrawingD2d += new EventHandler(m_d2dHoverControl_DrawingD2d);
}
public Editor(
IControlHostService controlHostService,
ICommandService commandService,
IContextRegistry contextRegistry,
IDocumentRegistry documentRegistry,
IDocumentService documentService,
PrototypeLister prototypeLister,
LayerLister layerLister,
SchemaLoader schemaLoader)
{
m_controlHostService = controlHostService;
m_commandService = commandService;
m_contextRegistry = contextRegistry;
m_documentRegistry = documentRegistry;
m_documentService = documentService;
m_prototypeLister = prototypeLister;
m_layerLister = layerLister;
m_schemaLoader = schemaLoader;
string initialDirectory = Path.Combine(Directory.GetCurrentDirectory(), "..\\..\\..\\..\\components\\wws_atf\\Samples\\CircuitEditor\\data");
EditorInfo.InitialDirectory = initialDirectory;
m_theme = new D2dDiagramTheme();
m_circuitRenderer = new D2dCircuitRenderer <Module, Connection, ICircuitPin>(m_theme, documentRegistry);
m_subGraphRenderer = new D2dSubCircuitRenderer <Module, Connection, ICircuitPin>(m_theme);
//// Note: Santa Monica uses following render settings:
//m_circuitRenderer.TitleBackgroundFilled = true;
//m_circuitRenderer.RoundedBorder = false;
//m_circuitRenderer.PinDrawStyle = D2dCircuitRenderer<Module, Connection, ICircuitPin>.PinStyle.OnBorderFilled;
//m_subGraphRenderer.TitleBackgroundFilled = true;
//m_subGraphRenderer.RoundedBorder = false;
//m_subGraphRenderer.PinDrawStyle = D2dCircuitRenderer<Module, Connection, ICircuitPin>.PinStyle.OnBorderFilled;
// create d2dcontrol for displaying sub-circuit
m_d2dHoverControl = new D2dAdaptableControl();
m_d2dHoverControl.Dock = DockStyle.Fill;
var xformAdapter = new TransformAdapter();
xformAdapter.EnforceConstraints = false;//to allow the canvas to be panned to view negative coordinates
m_d2dHoverControl.Adapt(xformAdapter, new D2dGraphAdapter <Module, Connection, ICircuitPin>(m_circuitRenderer, xformAdapter));
m_d2dHoverControl.DrawingD2d += new EventHandler(m_d2dHoverControl_DrawingD2d);
}
private IList <GroupPinData> GetGroupPinChainData(D2dCircuitRenderer <TElement, TWire, TPin> circuitRender, Point worldOffset, D2dGraphics g)
{
var connection = DomNode.Cast <Wire>();
var dataPoints = new List <GroupPinData>();
if (circuitRender != null)
{
var relativePath = new List <ICircuitGroupType <TElement, TWire, TPin> >();
// --- edge starts from the output pin
var group = connection.OutputElement.As <ICircuitGroupType <TElement, TWire, TPin> >();
foreach (var groupPin in connection.OutputPinSinkChain)
{
var pt = circuitRender.GetPinPositionCenterY(group.Cast <TElement>(), groupPin.Index, false, g);
pt.Offset(worldOffset);
pt.Offset(circuitRender.WorldOffset(relativePath.AsIEnumerable <TElement>()));
relativePath.Add(group);
dataPoints.Add(new GroupPinData {
Pos = pt, Group = group, GroupPin = groupPin
});
if (!group.Expanded)
{
break;
}
group = groupPin.InternalElement.As <ICircuitGroupType <TElement, TWire, TPin> >();
}
dataPoints.Reverse(); // upward
if (relativePath.Any())
{
var startGroup = relativePath.Last();
if (startGroup.Expanded) // the edge starts from an expanded group pin, need to draw the virtual link
{
// the first data starts from sub-node/pin
var firstGroupPin = dataPoints[0].GroupPin;
Point p0 = circuitRender.GetPinPositionCenterY(firstGroupPin.InternalElement.Cast <TElement>(), firstGroupPin.InternalPinIndex, false, g);
p0.Offset(worldOffset);
p0.Offset(circuitRender.WorldOffset(relativePath.AsIEnumerable <TElement>()));
dataPoints.Insert(0, new GroupPinData {
Pos = p0
});
}
}
else // edge starts from a non-expanded node
{
Point p0 = circuitRender.GetPinPositionCenterY(connection.OutputElement.Cast <TElement>(), connection.OutputPin.Index, false, g);
p0.Offset(worldOffset);
dataPoints.Add(new GroupPinData {
Pos = p0
});
}
int numInputPoints = dataPoints.Count;
dataPoints[dataPoints.Count - 1].IsReal = true;
// --- edge ends at the input pin
relativePath.Clear();
group = connection.InputElement.As <ICircuitGroupType <TElement, TWire, TPin> >();
foreach (var groupPin in connection.InputPinSinkChain)
{
var pt = circuitRender.GetPinPositionCenterY(group.Cast <TElement>(), groupPin.Index, true, g);
pt.Offset(worldOffset);
pt.Offset(circuitRender.WorldOffset(relativePath.AsIEnumerable <TElement>()));
relativePath.Add(group);
dataPoints.Add(new GroupPinData {
Pos = pt, Group = group, GroupPin = groupPin
});
if (!group.Expanded)
{
break;
}
group = groupPin.InternalElement.As <ICircuitGroupType <TElement, TWire, TPin> >();
}
if (relativePath.Any())
{
var lastGroupPin = dataPoints[dataPoints.Count - 1].GroupPin;
var lastGroup = dataPoints[dataPoints.Count - 1].Group;
if (lastGroup.Expanded) // the edge ends at an expanded group pin, need to draw the virtual link to subnode
{
// the last data ends at sub-node/pin
Point pn = circuitRender.GetPinPositionCenterY(lastGroupPin.InternalElement.Cast <TElement>(), lastGroupPin.InternalPinIndex, true, g);
pn.Offset(worldOffset);
pn.Offset(circuitRender.WorldOffset(relativePath.AsIEnumerable <TElement>()));
dataPoints.Add(new GroupPinData {
Pos = pn
});
}
}
else // edge ends at a non-expanded node
{
Point pn = circuitRender.GetPinPositionCenterY(connection.InputElement.Cast <TElement>(), connection.InputPin.Index, true, g);
pn.Offset(worldOffset);
dataPoints.Add(new GroupPinData {
Pos = pn
});
}
dataPoints[numInputPoints].IsReal = true;
}
return(dataPoints);
}
