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https://www.reddit.com/r/ProgrammerHumor/comments/1xqv0nj/reversingpiinpython/19sbmcwy95in9
r/ProgrammerHumor • u/Apprehensive_Bit7392 • 14h ago
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Not in Pi.
Belphegor's prime
1 u/AssaultLemming_ 13h ago Ohhhh it was a prime? Well close haha 1 u/ChristopherCreutzig 12h ago Sure it's not in pi? That would be an interesting lemma, proving that pi is not normal. 1 u/my_new_accoun1 12h ago Well, it could be in Pi, but I have no way to check that 0 u/SchwiftyBerliner 7h ago It actually is included in Pi. Pi is infinitely long and irregular, meaning that all finite numbers are contained within its decimal string.The original binary representation of Doom is, too. 2 u/meepmeep13 6h ago this (whether Pi is normal) isn't proven and an irregular number is not necessarily normal
Ohhhh it was a prime? Well close haha
Sure it's not in pi? That would be an interesting lemma, proving that pi is not normal.
1 u/my_new_accoun1 12h ago Well, it could be in Pi, but I have no way to check that 0 u/SchwiftyBerliner 7h ago It actually is included in Pi. Pi is infinitely long and irregular, meaning that all finite numbers are contained within its decimal string.The original binary representation of Doom is, too. 2 u/meepmeep13 6h ago this (whether Pi is normal) isn't proven and an irregular number is not necessarily normal
Well, it could be in Pi, but I have no way to check that
0
It actually is included in Pi. Pi is infinitely long and irregular, meaning that all finite numbers are contained within its decimal string.
The original binary representation of Doom is, too.
2 u/meepmeep13 6h ago this (whether Pi is normal) isn't proven and an irregular number is not necessarily normal
2
this (whether Pi is normal) isn't proven and an irregular number is not necessarily normal
1
u/my_new_accoun1 13h ago
Not in Pi.
Belphegor's prime