private void ToggleShowExpandedGroupPins(ViewingContext viewingContext)
{
if (m_targetRef == null || m_targetRef.Target == null)
{
return;
}
var group = m_targetRef.Target.Cast <Group>();
group.Info.ShowExpandedGroupPins = !group.Info.ShowExpandedGroupPins;
viewingContext.Control.Invalidate();
}
private void CreateGroup(ISelectionContext selectionContext, ViewingContext viewingContext)
{
// build the group
var newGroup = new DomNode(GroupType).As <Group>();
newGroup.DefaultPinOrder = DefaultPinOrderStyle;
newGroup.DomNode.Type.SetTag <ICircuitElementType>(newGroup);
newGroup.Id = "Group".Localize("a noun");
newGroup.Name = newGroup.Id;
newGroup.ShowExpandedGroupPins = CircuitDefaultStyle.ShowExpandedGroupPins;
var selected = selectionContext.LastSelected.As <DomNode>();
var doc = selected.GetRoot().Cast <DomDocument>();
var subGraphValidator = doc.Cast <CircuitValidator>();
subGraphValidator.Suspended = true;
var circuitEditingContext = selected.Parent.Cast <CircuitEditingContext>();
// Place the circuit group before the elements get repositioned to the group's local coordinate system.
if (Placement == PlacementMode.Center)
{
// position it at center of grouped modules
Rectangle bounds = viewingContext.GetBounds(selectionContext.Selection.AsIEnumerable <Element>());
circuitEditingContext.Center(new object[] { newGroup }, new Point(
bounds.X + bounds.Width / 2,
bounds.Y + bounds.Height / 2));
}
else
{
// find upper-left corner of the subnodes
Point minLocation = new Point(int.MaxValue, int.MaxValue);
foreach (var module in selectionContext.Selection.AsIEnumerable <Element>())
{
if (minLocation.X > module.Bounds.Location.X)
{
minLocation.X = module.Bounds.Location.X;
}
if (minLocation.Y > module.Bounds.Location.Y)
{
minLocation.Y = module.Bounds.Location.Y;
}
}
// position it at upper-left conner of grouped modules
newGroup.Bounds = new Rectangle(minLocation.X, minLocation.Y, newGroup.Bounds.Width, newGroup.Bounds.Height);
newGroup.Position = newGroup.Bounds.Location;
}
CreateGroup(newGroup, selectionContext.Selection, circuitEditingContext.CircuitContainer);
if (CreationOptions == GroupCreationOptions.HideUnconnectedPins)
{
newGroup.UpdateGroupPinInfo();
foreach (var grpPin in newGroup.InputGroupPins)
{
grpPin.Visible = grpPin.Info.ExternalConnected;
}
foreach (var grpPin in newGroup.OutputGroupPins)
{
grpPin.Visible = grpPin.Info.ExternalConnected;
}
}
// select the newly created group
circuitEditingContext.Selection.Set(newGroup);
subGraphValidator.Suspended = false;
}
private void CreateGroup(ISelectionContext selectionContext, ViewingContext viewingContext)
{
// build the group
var newGroup = new DomNode(GroupType).As<Group>();
newGroup.DefaultPinOrder = DefaultPinOrderStyle;
newGroup.DomNode.Type.SetTag<ICircuitElementType>(newGroup);
newGroup.Id = "Group".Localize("a noun");
newGroup.Name = newGroup.Id;
newGroup.ShowExpandedGroupPins = CircuitDefaultStyle.ShowExpandedGroupPins;
var selected = selectionContext.LastSelected.As<DomNode>();
var doc = selected.GetRoot().Cast<DomDocument>();
var subGraphValidator = doc.Cast<CircuitValidator>();
subGraphValidator.Suspended = true;
var circuitEditingContext = selected.Parent.Cast<CircuitEditingContext>();
// Place the circuit group before the elements get repositioned to the group's local coordinate system.
if (Placement == PlacementMode.Center)
{
// position it at center of grouped modules
Rectangle bounds = viewingContext.GetBounds(selectionContext.Selection.AsIEnumerable<Element>());
circuitEditingContext.Center(new object[] { newGroup }, new Point(
bounds.X + bounds.Width / 2,
bounds.Y + bounds.Height / 2));
}
else
{
// find upper-left corner of the subnodes
Point minLocation = new Point(int.MaxValue, int.MaxValue);
foreach (var module in selectionContext.Selection.AsIEnumerable<Element>())
{
if (minLocation.X > module.Bounds.Location.X)
minLocation.X = module.Bounds.Location.X;
if (minLocation.Y > module.Bounds.Location.Y)
minLocation.Y = module.Bounds.Location.Y;
}
// position it at upper-left conner of grouped modules
newGroup.Bounds = new Rectangle(minLocation.X, minLocation.Y, newGroup.Bounds.Width, newGroup.Bounds.Height);
newGroup.Position = newGroup.Bounds.Location;
}
CreateGroup(newGroup, selectionContext.Selection, circuitEditingContext.CircuitContainer);
if (CreationOptions == GroupCreationOptions.HideUnconnectedPins)
{
newGroup.UpdateGroupPinInfo();
foreach (var grpPin in newGroup.InputGroupPins)
grpPin.Visible = grpPin.Info.ExternalConnected;
foreach (var grpPin in newGroup.OutputGroupPins)
grpPin.Visible = grpPin.Info.ExternalConnected;
}
// select the newly created group
circuitEditingContext.Selection.Set(newGroup);
subGraphValidator.Suspended = false;
}
private void ToggleShowExpandedGroupPins(ViewingContext viewingContext)
{
if (m_targetRef == null || m_targetRef.Target == null)
return;
var group = m_targetRef.Target.Cast<Group>();
group.Info.ShowExpandedGroupPins = !group.Info.ShowExpandedGroupPins;
viewingContext.Control.Invalidate();
}
public void SetDocument(CircuitEditingContext editingContext, ViewingContext viewingContext)
{
m_editingContext = editingContext;
m_viewingContext = viewingContext;
SetDefaultPrinterSettings();
}
