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- mybearworld
-
Scratcher
1000+ posts
What's the funniest code we can think of?
I made it even shorter!
My previous code was only slightly unoptimised (just 6793 characters), and this one is too!
Fun Fact: When I first made this, I forgot the [-] at the end, which gave me the following:
Because of the millions of unprintables, here's the way the console writes it:
Fits on one line too!
(This uses the optimal way to use Word, being Palace Script MT with size 1.)
On the topic of bad code, here's what my Python interpreter does to it:
>+++++[<++++++++++>-]<[>+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.-----------------------------------------.+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.--------------.+++..----------------------------------------------------------------------------.++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.+.+++++.------------------------------------------------------------------------------------.++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.------------.++++++++++.---.++++++++.---------------------------------------------------------------------------------------.++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.---------------.+++++++++++++++.-----------.+++++++++++++.----------------------------------------------------------------------------------.+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.++++++++.+++++++++.--.----.-----------.+++++++++++++.---------.++++++++++++++.-----------------------------------------------------------------------------------.+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.+++++.------------------------------------------------------------------------------.+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++.+++++++++.-----------.++++++++++++++++++..---------------------------------------------------------------------------------------------------------.[-]<-]
My previous code was only slightly unoptimised (just 6793 characters), and this one is too!
Fun Fact: When I first made this, I forgot the [-] at the end, which gave me the following:
I will not throw paper airplanes in class
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(This uses the optimal way to use Word, being Palace Script MT with size 1.)
On the topic of bad code, here's what my Python interpreter does to it:
P = 0 M = [0]*30000 U = set() I = '' J = 0 P = (P + 1) % 30000 M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) while M[P] != 0: P = (P - 1) % 30000 M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) P = (P + 1) % 30000 M[P] = (M[P] - 1) % 256 U.add(P) P = (P - 1) % 30000 while M[P] != 0: P = (P + 1) % 30000 M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) M[P] = (M[P] + 1) % 256 U.add(P) print(chr(M[P]), end='') print(chr(M[P]), end='') M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) M[P] = (M[P] - 1) % 256 U.add(P) print(chr(M[P]), end='') while M[P] != 0: M[P] = (M[P] - 1) % 256 U.add(P) P = (P - 1) % 30000 M[P] = (M[P] - 1) % 256 U.add(P) U = list(U) U.sort() W = [] for i, number in enumerate(U): W.append(number) if i != len(U)-1 and U[i+1] - number != 1: W.append([U[i+1] - number - 1]) L1 = "" # 1 2 25002 L2 = "" # ----- ----- 25000 ----- L3 = "" # |256| | 33| ----> | 2| L4 = "" # ----- ----- ----- for j in W: if type(j) == list: j = str(j[0]) L1 += " "*(len(j)+(2 if len(j) == 1 else 1)) L2 += (" " if len(j)==1 else "")+j+" " L3 += "-"+"-"*(len(j)-2)+"> " L4 += " "*(len(j)+(2 if len(j) == 1 else 1)) else: k = str(j) L1 += (5-len(k))*" "+k+" " L2 += "----- " L3 += "|"+((3-len(str(M[j])))*" ")+str(M[j])+"| " L4 += "----- " print("\n") print("\n".join([L1, L2, L3, L4]))
Last edited by mybearworld (May 24, 2022 14:56:14)
- Vaibhs11
-
Scratcher
1000+ posts
What's the funniest code we can think of?
I will not throw paper airplanes in class. *war flashbacks in ancient egyptian hieroglyphics*I will not throw paper airplanes in class
S*svv*xy~*~r|y*zkzo|*ks|zvkxo}*sx*mvk}}]4}44|4uy4u}uy4}4wu g>>>>>>>(qHHHHHHH2{R©R ¡¦R¦¤¡©R¢¢¤R¤¢ ¥R R¥¥< \³¥¨¨\ª«°\°¤®«³\¬¬¡®\¥®¬¨ª¡¯\¥ª\¨¯¯Ff½¯²²f´µºfº®¸µ½f¶§¶«¸f§¯¸¶²§´«¹f¯´f©²§¹¹Ppǹ¼¼p¾¿Äpĸ¿ÇpÀ±ÀµÂp±¹ÂÀ¼±¾µÃp¹¾p³¼±ÃÃZ£zÑÃÆÆzÈÉÎzÎÂÌÉÑzʻʿÌz»ÃÌÊƻȿÍzÃÈz½Æ»ÍÍdÛÍÐÐÒÓØØÌÖÓÛÔÅÔÉÖÅÍÖÔÐÅÒÉ×ÍÒÇÐÅ××n·å×ÚÚÜÝââÖàÝåÞÏÞÓàÏ×àÞÚÏÜÓá×ÜÑÚÏááxÁïáääæçììàêçïèÙèÝêÙáêèäÙæÝëáæÛäÙëëË¢ùëîî¢ðñö¢öêôñù¢òãòçô¢ãëôòîãðçõ¢ëð¢åîãõõÕ¬õøø¬úû¬ôþû¬üíüñþ¬íõþüøíúñÿ¬õú¬ïøíÿÿ߶
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- mybearworld
-
Scratcher
1000+ posts
What's the funniest code we can think of?
I will not throw paper airplanes in class. *war flashbacks in ancient egyptian hieroglyphics*JCÎ4àÙ @ µkËÀÞTýl0ý7ÆñÙUéïÁÉìS¨y¿æ:TÑæ?qèÚµ³AD §7¶!u¥gå#Qeý8hSKDß%`;ÕÇ<Þ] /
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- Redstone1080
-
Scratcher
1000+ posts
What's the funniest code we can think of?
Entropy code output (Entropy is an esolang)I will not throw paper airplanes in class
S*svv*xy~*~r|y*zkzo|*ks|zvkxo}*sx*mvk}}]4}44|4uy4u}uy4}4wu g>>>>>>>(qHHHHHHH2{R©R ¡¦R¦¤¡©R¢¢¤R¤¢ ¥R R¥¥< \³¥¨¨\ª«°\°¤®«³\¬¬¡®\¥®¬¨ª¡¯\¥ª\¨¯¯Ff½¯²²f´µºfº®¸µ½f¶§¶«¸f§¯¸¶²§´«¹f¯´f©²§¹¹Ppǹ¼¼p¾¿Äpĸ¿ÇpÀ±ÀµÂp±¹ÂÀ¼±¾µÃp¹¾p³¼±ÃÃZ£zÑÃÆÆzÈÉÎzÎÂÌÉÑzʻʿÌz»ÃÌÊƻȿÍzÃÈz½Æ»ÍÍdÛÍÐÐÒÓØØÌÖÓÛÔÅÔÉÖÅÍÖÔÐÅÒÉ×ÍÒÇÐÅ××n·å×ÚÚÜÝââÖàÝåÞÏÞÓàÏ×àÞÚÏÜÓá×ÜÑÚÏááxÁïáääæçììàêçïèÙèÝêÙáêèäÙæÝëáæÛäÙëëË¢ùëîî¢ðñö¢öêôñù¢òãòçô¢ãëôòîãðçõ¢ëð¢åîãõõÕ¬õøø¬úû¬ôþû¬üíüñþ¬íõþüøíúñÿ¬õú¬ïøíÿÿ߶
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Last edited by Redstone1080 (May 24, 2022 16:13:18)
- mybearworld
-
Scratcher
1000+ posts
What's the funniest code we can think of?
LolEntropy code output (Entropy is an esolang)I will not throw paper airplanes in class
S*svv*xy~*~r|y*zkzo|*ks|zvkxo}*sx*mvk}}]4}44|4uy4u}uy4}4wu g>>>>>>>(qHHHHHHH2{R©R ¡¦R¦¤¡©R¢¢¤R¤¢ ¥R R¥¥< \³¥¨¨\ª«°\°¤®«³\¬¬¡®\¥®¬¨ª¡¯\¥ª\¨¯¯Ff½¯²²f´µºfº®¸µ½f¶§¶«¸f§¯¸¶²§´«¹f¯´f©²§¹¹Ppǹ¼¼p¾¿Äpĸ¿ÇpÀ±ÀµÂp±¹ÂÀ¼±¾µÃp¹¾p³¼±ÃÃZ£zÑÃÆÆzÈÉÎzÎÂÌÉÑzʻʿÌz»ÃÌÊƻȿÍzÃÈz½Æ»ÍÍdÛÍÐÐÒÓØØÌÖÓÛÔÅÔÉÖÅÍÖÔÐÅÒÉ×ÍÒÇÐÅ××n·å×ÚÚÜÝââÖàÝåÞÏÞÓàÏ×àÞÚÏÜÓá×ÜÑÚÏááxÁïáääæçììàêçïèÙèÝêÙáêèäÙæÝëáæÛäÙëëË¢ùëîî¢ðñö¢öêôñù¢òãòçô¢ãëôòîãðçõ¢ëð¢åîãõõÕ¬õøø¬úû¬ôþû¬üíüñþ¬íõþüøíúñÿ¬õú¬ïøíÿÿ߶
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- Redstone1080
-
Scratcher
1000+ posts
What's the funniest code we can think of?
Just now I wrote this by accident:
module.exploits = //...
Last edited by Redstone1080 (May 26, 2022 00:55:10)
- uwv
-
Scratcher
1000+ posts
What's the funniest code we can think of?
watch: process.argv.includes("--watch") ? { onRebuild: (error, result) => { if (error) { console.error(`watch error: ${error}`); } else { console.log("watch: rebuilt successfully"); } } } : undefined
this is either the best code i've ever wrote, or the worst, most atrocious, hilariously bad code. depends on who you ask
- DifferentDance8
-
Scratcher
1000+ posts
What's the funniest code we can think of?
bCBA@?>=<;:9876543210/.-,I*)(E~%$#"RQ}|{zyxwvutsrD0|nQl,+*)(f%dF"a3_^]
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.-,+*)('hff#"!~}|{zy\ZZutsrqponmPNNihgfedcbaDBB]?[ZYX;P9TSRQPO2G0K-IB+
@E(&<;$""~<}{32ywwu3tr*)pnnlljjhhf$#dyb}_{t]rwZXnmVTTRRPPNjMKa`IGGEECC
AA?[q
pYWWUqTRhgPNjihgJ_HcEaZCX]@>TS<::8866442N1/ED-++)E(&<;$">=<;|3z7654321
0/.oJ+*)('&%$#"!~}|{zyxwvutsrqponmPkjihgfIGG#a`_^]\[Z=;;VUTSRQPON1//JI
HGFEDCB%##>=<;:9876wuu210/.-,+*kii&%$#"!~}|_]]xwvutsrqpSQQlkjihgfedGEE
`_^]\[ZYX;99TSRQPONML/--H*FEDC&;$?>=<;:{2y6v4-t+0qo'&mkki'hf|{dbb``^^\
\ZZXtsVkToQmfOdiLJ`_HFFDDBB@@>><XW:O8S5QPONML/D-HGFEDCBA$9"=};4{27xv.-
trrp.om%$ki'hf|{db~a_ut]FD`_^]@U>Y;WP9NS64JI200.
J-+A@)'C&$:9"~~||z8yw/.ussq/pn&%lj('&%f{d!~}|{zyxwvY4srqTonmlkjMKK'edc
ba`_^A??ZYXWVUTSR533NMLKJIHGF)''BA@?>=<;:{yy6543210/.omm*)('&%$#"caa|{
zyxwvutWUUponmlkjihKIIdcba`_^]\?==XWVUTSRQP311L.JIHG*?(CBA@?>!6}:z81x/
4us+*qoom+lj"!hffddbb``^^\\ZvuXmVqSohQfkNLbaJHHFbECYXA??==;;9977553ON1
F/J,HGFEDC&;$?>=<;:98y0w4t2+r).om%$kiiggeec!b`vu^\\ZvYWmlUSSQmPNdcLJfe
dcFV?TY<:PO86644220L/-CB+))''%%#?"~65|z8765v-t10/.-,+*)(iD%$#"!~}
|{zyxwvutsrqpoRmlkjihKII%pba`_^]\[ZYXWVUTSRQPONMLKJIHGFEDCBA@?>=<;:987
654RQThis is just a Hello World program, by the way.
- DifferentDance8
-
Scratcher
1000+ posts
What's the funniest code we can think of?
___=`_`[_==_]
_=_!=_
__=`_`[-~(_==_)]
_=_==_
____='%'+`'¬'`[-_-_]
____=____+`_`[-_]+__*-~_+___+', '+____+___+`_`[_]+__
_+=_
__=_+_**-~_
___=__**_
____+=____[:_]%(___)+'!'
_=_*_*_-([]==[])
_=____%(-~-~(_*__),-~_*__+_)
Finally! Python symbols get some love now!
- DifferentDance8
-
Scratcher
1000+ posts
What's the funniest code we can think of?
#include <ptc/print.hpp> # ptc::print("C++") print("Python")
#include <ptc/print.hpp> # ptc::print("C++") print("Python")
Prints “CPP” in C++ and prints “Python” in Python!
Abuses the fact that preprocessor actions in C++ are denoted with a “#”, whilst comments in Python are also denoted with a “#”.
NOTE: Untested in C++, but should work in theory.
NOTE 2: This requires https://github.com/JustWhit3/ptc-print. TIO (the one that I am sure most ATers would go to for testing this out) DOES NOT INCLUDE THIS, and there doesn't appear to be a way to do that for this script without breaking compatibility for Python. You would have to run this on your own C++ installation, with ptc-print.
NOTE 3: In C++, (I think) it would error after the ptc::print(“C++”) section, as the print() function ISN'T defined, and won't be for compatibility with Python.
- MagicCrayon9342
-
Scratcher
1000+ posts
What's the funniest code we can think of?
var p = document.getElementsByTagName("p"); var h = document.getElementsByTagName("h1"); p.innerHTML= h; h.innerHTML = p;
update: it does nothing :(
update: it was at that moment i realized… h is not a tag…
update: scratch rarely uses h1 tags, rather tons of li tags.
Last edited by MagicCrayon9342 (Sept. 21, 2022 01:39:26)
- Vaibhs11
-
Scratcher
1000+ posts
What's the funniest code we can think of?
scratch rarely uses h1 tags, rather tons of li tags.scratch - 2
vaibhs11 - 1
magiccrayon9342- 0
- -ShadowOfTheFuture-
-
Scratcher
1000+ posts
What's the funniest code we can think of?
if bool:
if bool == True:
if str(bool) == "True":
if len(str(bool)) == 4:
if str(len(str(bool))) == "4":
- mybearworld
-
Scratcher
1000+ posts
What's the funniest code we can think of?
(#1414)the worst part of this is that a variable is named “bool”if bool:if bool == True:if str(bool) == "True":if len(str(bool)) == 4:if str(len(str(bool))) == "4":
- DifferentDance8
-
Scratcher
1000+ posts
What's the funniest code we can think of?
the worst part of this is that a variable is named “bool”
import os def print(something): os.system(f"echo {something}") print("mybearworld")
- Chiroyce
-
Scratcher
1000+ posts
What's the funniest code we can think of?
your code is vulnerable to code injection, if i run the below, all your files are gone foreverthe worst part of this is that a variable is named “bool”import os def print(something): os.system(f"echo {something}") print("mybearworld")
print("'bye bye lol'; rm -rf ~/*")
from subprocess import run def print(something): run(["echo", something]) print("mybearworld")
Last edited by Chiroyce (Sept. 21, 2022 12:30:20)
- mybearworld
-
Scratcher
1000+ posts
What's the funniest code we can think of?
At least this uses f strings…the worst part of this is that a variable is named “bool”import os def print(something): os.system(f"echo {something}") print("mybearworld")
- Vaibhs11
-
Scratcher
1000+ posts
What's the funniest code we can think of?
if bool:if bool == True:if str(bool) == "True":if len(str(bool)) == 4:if str(len(str(bool))) == "4":
if 1:
- gosoccerboy5
-
Scratcher
1000+ posts
What's the funniest code we can think of?
I wish we had a forum nerd emoji