override public void Render(RenderSupport support, float parentAlpha)
{
if (_clipRect != null)
{
Rect clipRect = support.PushClipRect(GetClipRectNR(stage));
if (ToolSet.IsEmptyRect(ref clipRect))
{
// empty clipping bounds - no need to render children.
support.PopClipRect();
return;
}
}
base.Render(support, parentAlpha);
if (_clipRect != null)
{
support.PopClipRect();
}
}
private void __mouseMove(object obj)
{
MouseEvent evt = (MouseEvent)obj;
float xx = evt.StageX / GRoot.contentScaleFactor;
float yy = evt.StageY / GRoot.contentScaleFactor;
if (!ToolSet.IsEmptyRect(ref sDragBounds))
{
if (xx < sDragBounds.x || yy < sDragBounds.y ||
xx + _owner.width > sDragBounds.xMax ||
yy + _owner.height > sDragBounds.yMax)
{
return;
}
}
_owner.SetXY((int)(sLocalDragStart.x + xx - sGlobalDragStart.x),
(int)(sLocalDragStart.y + yy - sGlobalDragStart.y));
}
private void __touchMove2(EventContext context)
{
InputEvent evt = context.inputEvent;
float xx = evt.x / GRoot.contentScaleFactor;
float yy = evt.y / GRoot.contentScaleFactor;
if (!ToolSet.IsEmptyRect(ref sDragBounds))
{
if (xx < sDragBounds.x || yy < sDragBounds.y ||
xx + _owner.width > sDragBounds.xMax ||
yy + _owner.height > sDragBounds.yMax)
{
return;
}
}
_owner.SetXY((int)(sLocalDragStart.x + xx - sGlobalDragStart.x),
(int)(sLocalDragStart.y + yy - sGlobalDragStart.y));
}
