private void CreateNewTransition(ExitJoint from, EntryJoint to)
{
TransitionElement transitionElement = new TransitionElement(Graphics, from, to);
transitionElement.RelativePosition = Vector2.zero;
}
private void SetupTransitions(IChapter chapter, EntryNode entryNode, IDictionary <IStep, StepNode> stepNodes)
{
if (chapter.Data.FirstStep != null)
{
CreateNewTransition(entryNode.ExitJoints.First(), stepNodes[chapter.Data.FirstStep].EntryJoints.First());
}
foreach (IStep step in stepNodes.Keys)
{
foreach (ITransition transition in step.Data.Transitions.Data.Transitions)
{
ExitJoint joint = stepNodes[step].AddExitJoint();
if (transition.Data.TargetStep != null)
{
StepNode target = stepNodes[transition.Data.TargetStep];
CreateNewTransition(joint, target.EntryJoints.First());
}
IStep closuredStep = step;
ITransition closuredTransition = transition;
int transitionIndex = step.Data.Transitions.Data.Transitions.IndexOf(closuredTransition);
joint.GraphicalEventHandler.PointerDrag += (sender, args) =>
{
joint.DragDelta = args.PointerPosition - joint.Position;
};
joint.GraphicalEventHandler.PointerUp += (sender, args) =>
{
GraphicalElement elementUnderCursor = Graphics.GetGraphicalElementWithHandlerAtPoint(args.PointerPosition).FirstOrDefault();
EntryJoint endJoint = elementUnderCursor as EntryJoint;
if (endJoint == null)
{
joint.DragDelta = Vector2.zero;
if (elementUnderCursor != null)
{
return;
}
}
StepNode endJointStepNode = endJoint == null ? null : endJoint.Parent as StepNode;
IStep targetStep = null;
IStep oldStep = closuredTransition.Data.TargetStep;
if (endJointStepNode != null)
{
targetStep = endJointStepNode.Step;
}
RevertableChangesHandler.Do(new TrainingCommand(() =>
{
closuredTransition.Data.TargetStep = targetStep;
SelectStepNode(stepNodes[closuredStep]);
MarkToRefresh();
},
() =>
{
closuredTransition.Data.TargetStep = oldStep;
SelectStepNode(stepNodes[closuredStep]);
MarkToRefresh();
}
));
joint.DragDelta = Vector2.zero;
};
joint.GraphicalEventHandler.ContextClick += (sender, args) =>
{
TestableEditorElements.DisplayContextMenu(new List <TestableEditorElements.MenuOption>
{
new TestableEditorElements.MenuItem(new GUIContent("Delete transition"), false, () =>
{
RevertableChangesHandler.Do(new TrainingCommand(() =>
{
closuredStep.Data.Transitions.Data.Transitions.Remove(closuredTransition);
MarkToRefresh();
},
() =>
{
closuredStep.Data.Transitions.Data.Transitions.Insert(transitionIndex, closuredTransition);
MarkToRefresh();
}
));
})
});
};
}
}
}
private void SetupTransitions(IChapter chapter, EntryNode entryNode, IDictionary <IStep, StepNode> stepNodes)
{
if (chapter.Data.FirstStep != null)
{
CreateNewTransition(entryNode.ExitJoints.First(), stepNodes[chapter.Data.FirstStep].EntryJoints.First());
}
foreach (IStep step in stepNodes.Keys)
{
foreach (ITransition transition in step.Data.Transitions.Data.Transitions)
{
ExitJoint joint = stepNodes[step].AddExitJoint();
if (transition.Data.TargetStep != null)
{
StepNode target = stepNodes[transition.Data.TargetStep];
CreateNewTransition(joint, target.EntryJoints.First());
}
IStep closuredStep = step;
ITransition closuredTransition = transition;
int transitionIndex = step.Data.Transitions.Data.Transitions.IndexOf(closuredTransition);
joint.GraphicalEventHandler.PointerDrag += (sender, args) =>
{
joint.DragDelta = args.PointerPosition - joint.Position;
};
joint.GraphicalEventHandler.PointerUp += (sender, args) =>
{
joint.DragDelta = Vector2.zero;
IStep oldStep = closuredTransition.Data.TargetStep;
if (TryGetStepForTransitionDrag(args.PointerPosition, out IStep targetStep) == false)
{
return;
}
RevertableChangesHandler.Do(new CourseCommand(() =>
{
closuredTransition.Data.TargetStep = targetStep;
SelectStepNode(stepNodes[closuredStep]);
MarkToRefresh();
},
() =>
{
closuredTransition.Data.TargetStep = oldStep;
SelectStepNode(stepNodes[closuredStep]);
MarkToRefresh();
}
));
};
joint.GraphicalEventHandler.ContextClick += (sender, args) =>
{
TestableEditorElements.DisplayContextMenu(new List <TestableEditorElements.MenuOption>
{
new TestableEditorElements.MenuItem(new GUIContent("Delete transition"), false, () =>
{
bool isLast = closuredStep.Data.Transitions.Data.Transitions.Count == 1;
RevertableChangesHandler.Do(new CourseCommand(() =>
{
closuredStep.Data.Transitions.Data.Transitions.Remove(closuredTransition);
if (isLast)
{
closuredStep.Data.Transitions.Data.Transitions.Add(EntityFactory.CreateTransition());
}
MarkToRefresh();
},
() =>
{
if (isLast)
{
closuredStep.Data.Transitions.Data.Transitions.RemoveAt(0);
}
closuredStep.Data.Transitions.Data.Transitions.Insert(transitionIndex, closuredTransition);
MarkToRefresh();
}
));
})
});
};
}
}
}
private EntryNode CreateEntryNode(IChapter chapter)
{
EntryNode entryNode = new EntryNode(Graphics);
ExitJoint joint = new ExitJoint(Graphics, entryNode)
{
RelativePosition = new Vector2(entryNode.LocalBoundingBox.xMax, entryNode.LocalBoundingBox.center.y),
};
entryNode.ExitJoints.Add(joint);
entryNode.Position = chapter.ChapterMetadata.EntryNodePosition;
entryNode.RelativePositionChanged += (sender, args) =>
{
chapter.ChapterMetadata.EntryNodePosition = entryNode.Position;
};
entryNode.GraphicalEventHandler.PointerUp += (sender, args) =>
{
Graphics.CalculateBoundingBox();
};
entryNode.GraphicalEventHandler.ContextClick += (sender, args) =>
{
if (chapter.Data.FirstStep == null)
{
return;
}
TestableEditorElements.DisplayContextMenu(new List <TestableEditorElements.MenuOption>
{
new TestableEditorElements.MenuItem(new GUIContent("Delete transition"), false, () =>
{
IStep firstStep = chapter.Data.FirstStep;
RevertableChangesHandler.Do(new TrainingCommand(() =>
{
chapter.Data.FirstStep = null;
MarkToRefresh();
},
() =>
{
chapter.Data.FirstStep = firstStep;
MarkToRefresh();
}
));
})
});
};
joint.GraphicalEventHandler.PointerDrag += (sender, args) =>
{
joint.DragDelta = args.PointerPosition - joint.Position;
};
joint.GraphicalEventHandler.PointerUp += (sender, args) =>
{
EntryJoint endJoint = Graphics.GetGraphicalElementWithHandlerAtPoint(args.PointerPosition).FirstOrDefault() as EntryJoint;
if (endJoint == null)
{
joint.DragDelta = Vector2.zero;
return;
}
StepNode endJointStepNode = endJoint.Parent as StepNode;
IStep targetStep = null;
IStep oldStep = chapter.Data.FirstStep;
if (endJointStepNode != null)
{
targetStep = endJointStepNode.Step;
}
RevertableChangesHandler.Do(new TrainingCommand(() =>
{
chapter.Data.FirstStep = targetStep;
MarkToRefresh();
},
() =>
{
chapter.Data.FirstStep = oldStep;
MarkToRefresh();
}
));
joint.DragDelta = Vector2.zero;
};
SetupNode(entryNode, position => chapter.ChapterMetadata.EntryNodePosition = position);
return(entryNode);
}
private EntryNode CreateEntryNode(IChapter chapter)
{
EntryNode entryNode = new EntryNode(Graphics);
entryNode.IsDragging = false;
ExitJoint joint = new ExitJoint(Graphics, entryNode)
{
RelativePosition = new Vector2(entryNode.LocalBoundingBox.xMax, entryNode.LocalBoundingBox.center.y),
};
entryNode.ExitJoints.Add(joint);
entryNode.Position = chapter.ChapterMetadata.EntryNodePosition;
entryNode.RelativePositionChanged += (sender, args) =>
{
chapter.ChapterMetadata.EntryNodePosition = entryNode.Position;
};
entryNode.GraphicalEventHandler.PointerUp += (sender, args) =>
{
entryNode.IsDragging = false;
Graphics.CalculateBoundingBox();
};
entryNode.GraphicalEventHandler.PointerDown += (sender, args) =>
{
entryNode.IsDragging = true;
Graphics.CalculateBoundingBox();
};
entryNode.GraphicalEventHandler.ContextClick += (sender, args) =>
{
if (chapter.Data.FirstStep == null)
{
return;
}
TestableEditorElements.DisplayContextMenu(new List <TestableEditorElements.MenuOption>
{
new TestableEditorElements.MenuItem(new GUIContent("Delete transition"), false, () =>
{
IStep firstStep = chapter.Data.FirstStep;
RevertableChangesHandler.Do(new CourseCommand(() =>
{
chapter.Data.FirstStep = null;
MarkToRefresh();
},
() =>
{
chapter.Data.FirstStep = firstStep;
MarkToRefresh();
}
));
})
});
};
joint.GraphicalEventHandler.PointerDrag += (sender, args) =>
{
joint.DragDelta = args.PointerPosition - joint.Position;
};
joint.GraphicalEventHandler.PointerUp += (sender, args) =>
{
joint.DragDelta = Vector2.zero;
IStep oldStep = chapter.Data.FirstStep;
if (TryGetStepForTransitionDrag(args.PointerPosition, out IStep target) == false)
{
return;
}
RevertableChangesHandler.Do(new CourseCommand(() =>
{
chapter.Data.FirstStep = target;
MarkToRefresh();
},
() =>
{
chapter.Data.FirstStep = oldStep;
MarkToRefresh();
}
));
joint.DragDelta = Vector2.zero;
};
SetupNode(entryNode, position => chapter.ChapterMetadata.EntryNodePosition = position);
return(entryNode);
}