private void ChangeIsCurrentInVersionStract(bool isCurrentVersion, int index)
{
versionOfShape temp = allShapes[index];
temp.isCurrentVersion = isCurrentVersion;
allShapes[index] = temp;
}
private void ChangeCountInVersionStract(int count, int index)
{
versionOfShape temp = allShapes[index];
temp.count = count;
allShapes[index] = temp;
}
private Shape.Shape GetShapeForChanging()
{
Point[] helpPoint = new Point[allShapes[selectedShapesNumber].list[0].point.Length];
for (int i = 0; i < helpPoint.Length; i++)
{
helpPoint[i].X = allShapes[selectedShapesNumber].list[0].point[i].X;
helpPoint[i].Y = allShapes[selectedShapesNumber].list[0].point[i].Y;
}
if (allShapes[selectedShapesNumber].list.Count != allShapes[selectedShapesNumber].count + 1)
{
shape = CreateNewShape(allShapes[selectedShapesNumber].list[0].GetType().Name, helpPoint, allShapes[selectedShapesNumber].list[0].pen);
if (selectedShapesNumber != allShapes.Count - 1)
{
ChangeIsCurrentInVersionStract(false, selectedShapesNumber);
versionOfShape newVersionOfShape = new versionOfShape();
newVersionOfShape.count = 1;
newVersionOfShape.prevVersionIndex = selectedShapesNumber;
newVersionOfShape.isCurrentVersion = true;
newVersionOfShape.list = new List <Shape.Shape>();
allShapes.Add(newVersionOfShape);
selectedShapesNumber = allShapes.Count - 1;
ChangeCountInVersionStract(allShapes[selectedShapesNumber].count - 1, selectedShapesNumber);
}
allShapes[selectedShapesNumber].list.Insert(0, shape);
}
return(shape);
}