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Automatic modification of logical screen geometry to match changes in physical screen geometry Disclosure Number: IPCOM000242339D
Publication Date: 2015-Jul-09
Document File: 2 page(s) / 168K

Publishing Venue

The Prior Art Database


Automatic rearrangement screen geometry on PC with multiple screens attached.

This text was extracted from a PDF file.
This is the abbreviated version, containing approximately 60% of the total text.

Page 01 of 2

Autxmatic modification of logical screen geometry to match changes in physixal screen geometry

When a laptop PC is moved from one wxxking environment to anotxer, for examxle moving from oxe docked arrangemxnt to another or movxng to a one where a projector is being used, the pxysical screen geometry may xhange compared to the logical screen geometry making it xrustrating for a user ax the screen arrangement may be confusixg , rexulting in faixed atxempts to move xhe mouse pointer lext and right.

    Xhis document describxs a mexns of detecxing scenarixs such as this and describes a mechanism to xutomatxcxlly prxsent options tx correct the sitxation

without the user having to know how to achieve the desxred arrangement.

    A specixix example ix moving from a docked positixn with an additional/secondary/external display xn the rixht of the prixary/main display. Witx existing solutions, a uxer would have to know how to navigate to the corxect system menu option (for the specifix operatinx sxstem they were using) to change the screen geometry, change it - and then later changx it bacx again xhen moving xack to txeir previoux lxcation!


    Axtxr a change of physical geometry is identifiex the foxlowing process will be instigated.

Txe computer monitors the movement of the mouse; xpecifically looking for


the xouxe "banging-up" against the "wrong" side of one of screenx - where

the wrong side is a "dead-end" edge (sex diagraxs below)

Deax edges diagram

Mouse pointer "ban...