So when people say "10x developer go BRRRR", they are specifically referring to you?

At long last we've found the mythical 10x develobrrrrrr

Much less clever, but I had a microwave with far too opaque a grid to look through. By shaking my head left and right, it would sort of disappear though. The funny thing is how automatic these human things are. I didn't notice I was doing it until someone asked me why I was shaking my head at the microwave.

I've noticed the same thing happen when you walk quickly by a fence with slits too small to see through when you're standing still.

I think that's more of a ocular SLAM kind of thing for depth mapping

This also works when trying to focus on a distant object through a screened window.

I'll try doing that at my boss, see if it makes him any clearer.

Thanks for sharing this story, I laughed out loud trying to visualize the notion of someone staring at a semingly blank screen doing that in order to read the "secret text". Brilliant.

I don't know what any of this means but making it up in my head comes up with a pretty amusing scene.

OP was reading text on an old Cathode Ray Tube monitor. It broke such that, instead of being spread throughout the screen, all of it was squished vertically into a single horizontal line. However, different parts of the line are written at different times, so if you vibrate your head, different parts will land at different parts of your eye.

Sadly blowing raspberries no longer works for debugging new fangled flat panel displays. On account of the ball bearings.

You forgot to mention the pixel return springs but you seem like a nice guy so I'll let it slide.

OP is probably using something like a retroencabulator where rather than the power being generated by the relative motion of conductors and fluxes, it’s produced by the modial interaction of magneto-reluctance and capacitive diractance. The original machine had a base plate of prefabulated amulite, surmounted by a malleable logarithmic casing in such a way that the two spurving bearings were in a direct line with the panametric fan. Thus no pixel return springs are necessary in this configuration.

I'm puzzled as to how this works with respect to phase and "vsync". How is it that what you saw wasn't scrambled, even if spread out vertically again?

Displayed would have been a static unmoving screen of text (a typical BBS display), so the unsynced perturbations of haphazard raspberry motion should create enough randomly coincident content time-slices to form a complete image.

EDIT to add: someone please make an emulation of this, with a slider to control the raspberry's pitch.