the program that runs the cores probably also outputs sound too, the normal way
I cannot even imagine what kind of stress this puts into the CPU.
But why not lol
I cannot even imagine what kind of stress this puts into the CPU.
But why not lol
Done by taking the original pixels, then parsing to black and white and scaling down to 56x32 pixels. I spent quite a lot of time finding a good function to scale the brightness to try to make the contrast good.
Basically every task manager "pixel" is a processor that can have a low load (no color) or a high load (dark color) and everything in between.Wow that is awesome! How did they manage to run doom on Windows task
Management?
Oh bummer.It's fake.
From the description of the video:
Basically he took a normal Task Manager, recorded it, then edited in edited Doom footage, added % signs to each pixel to match the darkness at each frame.
There's 2 other clues that it is fake:
* The task manager would have a scroll bar for that amount of cores.
* The task manager does not update CPU core utilization this fast.
Most likely it's fake but that description in no way says so. It just describes the process of getting the output image to display. That part would be the same whether doing it fake or real.It's fake.
From the description of the video:
Basically he took a normal Task Manager, recorded it, then edited in edited Doom footage, added % signs to each pixel to match the darkness at each frame.
There's 2 other clues that it is fake:
* The task manager would have a scroll bar for that amount of cores.
* The task manager does not update CPU core utilization this fast.
Basically he took a normal Task Manager, recorded it, then edited in edited Doom footage, added % signs to each pixel to match the darkness at each frame.