The four elements in the cluster are the top, left, bottom, and right values of the interior portion of the front panel, not including the scroll bars, title bar, menu bar, and toolbar. The cluster elements are in global screen coordinates, which are the numbers that refer to coordinates within a computer monitor's screen (rather than an open window).

You can set this property only for VIs with open front panels. If you do not want the VI for which you want to set this property to appear to users, use the Hidden state of the Front Panel Window:State property to hide the front panel of the VI.

When you read this property, LabVIEW returns the front panel bounds of the VI. If the front panel of the VI is not open, LabVIEW returns the front panel bounds of the VI in the position it was last saved. The front panel bounds adjust if you change the size or placement of objects in the front panel. Dynamic changes in data can occur if you alter bound front panel objects.

If you load the VI in a subpanel control, this property is read only.

Elements

Name Description
Left The horizontal coordinate of the left edge of the interior portion of the front panel in global screen coordinates.
Top The vertical coordinate of the top edge of the interior portion of the front panel in global screen coordinates.
Right The horizontal coordinate of the right edge of the interior portion of the front panel in global screen coordinates.
Bottom The vertical coordinate of the bottom edge of the interior portion of the front panel in global screen coordinates.

Remarks

The following table lists the characteristics of this property.

Short Name FP.PanelBounds
Data type cnclst.png
Permissions Read/Write
Available in Run-Time Engine Yes
Available in Real-Time Operating System Yes
Settable when the VI is running Yes
Loads the front panel into memory Yes
Need to authenticate before use No
Loads the block diagram into memory No
Remote access allowed Yes
Must wait until user interface is idle No
Available with control VIs Yes
Available with global VIs Yes
Available with strict type definitions No
Available with polymorphic VIs No