That’s not the worst idea ever. Say a screenshot is 10 mb. 10x60x
8 hours =4800mb per work day. 30 days is 150gb worst case scenario. I suppose you could check the previous screenshot and if it’s the same, then don’t write a new file. Combine that with OCR and a utility to scroll forward and backward through time, it might be a useful tool.
Also, 1MB on full resolution. You could also downscale the images dramatically after you OCR them. So let’s say we shoot in full res, OCR and then downscale to 50%. Still enough so everything is human readable, combined with searchable OCR you’re down to 7,5GB for a whole month.
Absolutely feasable. Let’s say we’re up to 8GB to include the OCR text and additional metadata and just reserve 10GB on your system for that to make double sure.
Now you have 10GB to track your whole 3440x1440 display.
That’s not the worst idea ever. Say a screenshot is 10 mb. 10x60x 8 hours =4800mb per work day. 30 days is 150gb worst case scenario. I suppose you could check the previous screenshot and if it’s the same, then don’t write a new file. Combine that with OCR and a utility to scroll forward and backward through time, it might be a useful tool.
Are you on 16k resolution or something?
When i take a screenshot of my 3440x1440 display it’s 1MB big. I mean this doesn’t change the issue in its core but dramatically downsizes it
I just chose a number haha. That makes it much more feasible then.
Also, 1MB on full resolution. You could also downscale the images dramatically after you OCR them. So let’s say we shoot in full res, OCR and then downscale to 50%. Still enough so everything is human readable, combined with searchable OCR you’re down to 7,5GB for a whole month.
Absolutely feasable. Let’s say we’re up to 8GB to include the OCR text and additional metadata and just reserve 10GB on your system for that to make double sure.
Now you have 10GB to track your whole 3440x1440 display.
What’s OCR?
Optical Character Recognition. Basically just extracting text from an image.