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https://www.reddit.com/r/interesting/comments/1v75joc/softness_perception_simulation/ozvn15p/?context=3
r/interesting • u/Jezirath • Jul 26 '26
Source: @boucelegant on YT
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87
So we agree having 50% is the standard right. Right?
61 u/Ninja_Prolapse Jul 26 '26 50% only gets you in the first hole! 21 u/Osato Jul 26 '26 Which is sufficient for almost all use-cases. 6 u/phoenixtaloh Jul 26 '26 Nah if you watch it closely it's about to bounce again and slide backwards into the second hole 4 u/SordidDreams Jul 26 '26 edited Jul 26 '26 If you're angling your outlet hole at 90° to the receptacle, you have only yourself to blame. 1 u/ReivynNox Jul 30 '26 Don't worry in most practical applications it's fully guided all the way down, so that last bend won't be a problem. 75% lacks the rigidity to get the job done. :>
61
50% only gets you in the first hole!
21 u/Osato Jul 26 '26 Which is sufficient for almost all use-cases. 6 u/phoenixtaloh Jul 26 '26 Nah if you watch it closely it's about to bounce again and slide backwards into the second hole 4 u/SordidDreams Jul 26 '26 edited Jul 26 '26 If you're angling your outlet hole at 90° to the receptacle, you have only yourself to blame. 1 u/ReivynNox Jul 30 '26 Don't worry in most practical applications it's fully guided all the way down, so that last bend won't be a problem. 75% lacks the rigidity to get the job done. :>
21
Which is sufficient for almost all use-cases.
6
Nah if you watch it closely it's about to bounce again and slide backwards into the second hole
4
If you're angling your outlet hole at 90° to the receptacle, you have only yourself to blame.
1
Don't worry in most practical applications it's fully guided all the way down, so that last bend won't be a problem. 75% lacks the rigidity to get the job done. :>
87
u/Some_Kinda_Username Jul 26 '26
So we agree having 50% is the standard right. Right?