7 ms·
Anybody able to find a video of the corner exit with no obstruction? Wish they posted that one, being that they claimed it was the fastest.
by rmxt 11y ago
Anybody able to find a video of the corner exit with no obstruction? Wish they posted that one, being that they claimed it was the fastest.
- jameshart 11y agoSeems logical that the two walls act to funnel people down towards the opening - a 90 degree-wide corner exit is halfway between a 180 degree-wide funnel towards a single door in a wall, and a 0 degree wide corridor that leads to a door. Likewise the 'obstructed' wall entrance just turns into two corner exits, side-by side (I imagine the scenario doesn't work out well for the individuals caught directly behind the pillar, as the flow past each side of the pillar into each exit zone prevents them from getting into either flow effectively).
- aout 11y agoI'd bet that if you put another pillar behind each side of the pillar obstructing the exit you'll double the throughput.
- PhasmaFelis 11y agoAnd thus it follows that, by repeatedly adding pillars and doubling the number and halving the size/spacing at each step, you can approach infinite throughput!
- tajen 11y agoI can see how 90-degrees corner helps funneling. I'd like to see an experiment with a 50-degrees angle, I'd assume people/ants crush each other, because they think it's fair to remain shoulder-to-shoulder with the same people.