public override InputReturns MouseLeftUp(StateControls stateControls)
{
primaryLine.InsertAndAttach(stateControls.State.Wires, stateControls.State.Connections);
secondaryLine.InsertAndAttach(stateControls.State.Wires, stateControls.State.Connections);
if (primaryLine.StartPoint != secondaryLine.EndPoint)
{
stateControls.RegisterChange($"Created wire from {primaryLine.StartPoint}-{secondaryLine.EndPoint}");
}
else
{
stateControls.State.Propogate();
}
return(true, new WireToolState());
}
public override InputReturns Cut(StateControls stateControls, HashSet <BoardObject> clipBoard)
{
//if no objects can be cut, return
if (selections.Count == 0)
{
return(false, this);
}
clipBoard.Clear();
foreach (var selection in selections)
{
selection.Delete(stateControls.State);
clipBoard.Add((CircuitObject)selection.Copy());
}
selections.Clear();
stateControls.RegisterChange("Cut selections");
return(true, this);
}
public override InputReturns MouseLeftUp(StateControls stateControls)
{
CheckIntersections(stateControls.State);
if (intersectedBoxes.Count > 0)
{
//If the objects were just created and are placed in an invalid state, they have nowhere
//to be reset to and thus should be destroyed
if (!resettable)
{
selections.Clear();
return(true, new SelectionToolState(selections));
}
Vec2 totalOffset = startPosition - selectedObject.StartPoint;
Vec2 totalOffsetR = startPosition.Round() - selectedObject.StartPoint.Round();
foreach (var selection in selections)
{
selection.OffsetPosition(selection.Gridded ? totalOffsetR : totalOffset);
}
}
stateControls.State.AttachAll(selections);
//If it has moved, register movement
if (intersectedBoxes.Count == 0 && startPosition != selectedObject.StartPoint)
{
stateControls.RegisterChange(resettable ? "Moved selections" : "Placed selections");
}
else
{
stateControls.State.Propogate();
}
return(true, new SelectionToolState(selections));
}
public override InputReturns MouseRightUp(StateControls stateControls)
{
stateControls.RegisterChange("Deleted Wires");
return(true, new WireToolState());
}
