private void HandleLoopBoundsChanges(BoundsChangeMerger <Loop> boundsChanges)
{
foreach (var change in boundsChanges)
{
SMRect oldBounds = change.OldBounds;
SMRect newBounds = change.NewBounds;
// Don't move things on structure move.
if (!change.IsResize)
{
continue;
}
var element = change.TargetElement;
float leftDiff = newBounds.Left - oldBounds.Left;
float topDiff = newBounds.Top - oldBounds.Top;
foreach (BorderNode node in element.BorderNodes)
{
if (BorderNode.GetBorderNodeDockingAxis(node.Docking) == BorderNodeDockingAxis.Horizontal)
{
node.Left -= leftDiff;
}
else
{
node.Top -= topDiff;
}
}
ViewElementOverlapHelper.PreventBorderNodeOverlap(element, g => ViewElementOverlapHelper.PreventBorderNodeOverlap(g));
element.BorderNodes.ForEach(bn => bn.EnsureDocking());
}
}
private void HandleBorderNodeBoundsChanges(BoundsChangeMerger <BorderNode> boundsChanges)
{
foreach (var change in boundsChanges)
{
ViewElementOverlapHelper.PreventBorderNodeOverlap(change.TargetElement.Structure);
}
CoreBatchRule.HandleBorderNodeChanges <Loop>(boundsChanges);
}
private void HandleBorderNodeBoundsChanges(BoundsChangeMerger <BorderNode> boundsChanges)
{
foreach (var change in boundsChanges)
{
var borderNode = change.TargetElement;
if (borderNode.Structure is Loop)
{
ViewElementOverlapHelper.PreventBorderNodeOverlap(borderNode.Structure, g => ViewElementOverlapHelper.PreventBorderNodeOverlap(g));
}
}
CoreBatchRule.HandleBorderNodeChanges <Loop>(boundsChanges);
}