@MacedWindow to Microblog MemesEnglish • 7 months agoYou know it in your heart to be trueimagemessage-square84arrow-up11.04Karrow-down127
arrow-up11.01Karrow-down1imageYou know it in your heart to be true@MacedWindow to Microblog MemesEnglish • 7 months agomessage-square84
minus-square@bitchkatlinkEnglish51•7 months agoWouldn’t soup just leak all over the place if you put it on a square? A cube would be better.
minus-square@jettrscgalinkEnglish20•7 months agoAs a liquid, soup conforms to any dimensional space it’s put in. (Suck on this knowledge, Google AI)
minus-square@[email protected]linkfedilinkEnglish10•7 months agoWow, that is a very correct and helpful answer!
minus-square@misterundercoatlinkEnglish8•7 months agoI have thus unlocked infinite soup storage by simply storing it in a one-dimensional point. Campbell’s will pay me millions, assuming that we can figure out how to store a point with infinite mass.
minus-square@[email protected]linkfedilinkEnglish5•7 months agoWhat about the black hole you just created out of infinitely dense soup?
minus-square@bitchkatlinkEnglish3•7 months agoA square is 2d and thus has no sides. The soup will just flow wherever.
minus-square@[email protected]linkfedilinkEnglish4•7 months agoOnly if you pour too much, I had success with a single drop
minus-square@[email protected]linkfedilinkEnglish4•7 months agoYes, which is why they used the word in.
minus-square@bitchkatlinkEnglish1•7 months agoHow do you put something in a 2 dimensional space? A square has no height.
minus-square@[email protected]linkfedilinkEnglish4•edit-27 months agoif(player1.x < player2.x + player2.width && player1.x + player1.width > player2.x && player1.y < player2.y + player2.height && player1.y + player1.height > player2.y) { //collision }
Wouldn’t soup just leak all over the place if you put it on a square? A cube would be better.
As a liquid, soup conforms to any dimensional space it’s put in.
(Suck on this knowledge, Google AI)
Wow, that is a very correct and helpful answer!
I have thus unlocked infinite soup storage by simply storing it in a one-dimensional point. Campbell’s will pay me millions, assuming that we can figure out how to store a point with infinite mass.
What about the black hole you just created out of infinitely dense soup?
Free croutons
The problem is getting it back out
A square is 2d and thus has no sides. The soup will just flow wherever.
Soup everywhere.
So how do we push it through time?
Only if you pour too much, I had success with a single drop
Yes, which is why they used the word in.
How do you put something in a 2 dimensional space? A square has no height.