void SubmitCreatingNodes()
{
GraphEditManager.BeforePreformEdit(Graph, "Create Graph Elements");
GraphManipulation.AddShape(Graph, CreatingNodes);
ExitCreatingMode();
EnterCreatingMode();
}
internal void ClearSelectedDecorations()
{
GraphEditManager.BeforePreformEdit(Graph, "Clear Decorations");
foreach (GraphElement element in SelectedObjects)
{
element.Decorator = null;
}
}
internal void TetrisTemplateClick(int x, int y, MouseButtons button)
{
int tetrisTemplatePosition = QueryTetrisTemplatePosition(new Vector(x, y).MapFromScreen(TetrisTemplateScale, TetrisTemplateOrigin));
if (tetrisTemplatePosition >= 0)
{
SelectedTetrisShapes[tetrisTemplatePosition] = !SelectedTetrisShapes[tetrisTemplatePosition];
if (SelectedObjects.Count > 0)
{
GraphEditManager.BeforePreformEdit(Graph, "Tetris Decorator");
TemplateViewToTetrisIndex(SelectedObjects[0].Decorator);
}
else if (PasteMode)
{
TemplateViewToTetrisIndex(SampleDecorator);
}
}
}
internal bool CombineDecorators(Decorator decorator, GraphElement graphElement)
{
if (graphElement.Decorator == null || decorator == null)
{
return(false);
}
PuzzleGraph.Decorators.CombinedDecorator combinedDecorator = new PuzzleGraph.Decorators.CombinedDecorator();
combinedDecorator.Second = decorator.Clone() as Decorator;
combinedDecorator.First = graphElement.Decorator.Clone() as Decorator;
if (combinedDecorator.IsDecorableFor(graphElement))
{
GraphEditManager.BeforePreformEdit(Graph, "Combine Decorators");
graphElement.Decorator = combinedDecorator;
return(true);
}
else
{
return(false);
}
}
