Hi there. First post! It seems like the denizens of this forum would know the answer to the following question:
Does (or could) the following utility exist?
In Windows, the utility would allow the user to define a "resolution within a resolution", and then (this is the tricky part) move that inner resolution around slowly and automatically, so as to reduce the chance of screen burn-in or image-retention.
For instance, the utility would allow the user to display a 1440p "full screen", at a 1-to-1 scale, within a 4k display, and additionally move that 1440p "screen" around continuously. Extra points are awarded if one can define a background color for all pixels outside the 1440p "window", but that implies that GPU is outputting a full 4k image, but Windows itself is oblivious of this and thinks it's driving a 1440p display at its native res. Not sure if such trickery is possible.
I ask this because I'd love to use a large OLED TV as my primary PC display, but of course I'd worry about burning certain static elements into the screen. I've used utilities in the past, decades ago, to create custom "underscanned" resolutions that kept Windows from extending beyond the screen borders of my CRT, and it seems like the "OLED Orbiter Utility" I describe above would be a natural extension of that. But perhaps I'm asking for the physically impossible.
Just curious. Thanks in advance.
Does (or could) the following utility exist?
In Windows, the utility would allow the user to define a "resolution within a resolution", and then (this is the tricky part) move that inner resolution around slowly and automatically, so as to reduce the chance of screen burn-in or image-retention.
For instance, the utility would allow the user to display a 1440p "full screen", at a 1-to-1 scale, within a 4k display, and additionally move that 1440p "screen" around continuously. Extra points are awarded if one can define a background color for all pixels outside the 1440p "window", but that implies that GPU is outputting a full 4k image, but Windows itself is oblivious of this and thinks it's driving a 1440p display at its native res. Not sure if such trickery is possible.
I ask this because I'd love to use a large OLED TV as my primary PC display, but of course I'd worry about burning certain static elements into the screen. I've used utilities in the past, decades ago, to create custom "underscanned" resolutions that kept Windows from extending beyond the screen borders of my CRT, and it seems like the "OLED Orbiter Utility" I describe above would be a natural extension of that. But perhaps I'm asking for the physically impossible.
Just curious. Thanks in advance.