Among Us Hidden in Pi

3.14159265358979323846264 338327950288419716939937 5105820974944592307816 40628620899862803482534 21170679821480865132823 066470938446095505822317 72535940812848111745028 41027019385211055596446 22948954930381964428810 97566593344612847564823 37867831652712019091456 48566923460348610454326 64821339360726024914127 37245870066063155881748 81520920962829254091715 36436789259036001133053 054880204665213841469519 41511609433057270365759 001001000 011111101 101010100 010001000 010110100 011000010 001101001 143,352 →

A man explains how he removes the decimal point from pi, converts the remaining digits to binary, arranges them in rows of four, and colors the zeros and ones as pixels. The scrolling pixel pattern eventually reveals an image of Among Us hidden 143,352 binary digits into pi, turning an elaborate mathematical process into an absurd gaming reference. EN: A man explains how he removes the decimal point from pi, converts the remaining digits to binary, arranges them in rows of four, and colors the zeros and ones as pixels. The scrolling pixel pattern eventually reveals an image of Among Us hidden 143,352 binary digits into pi, turning an elaborate mathematical process into an absurd gaming reference.

So I took pi, removed the three point as is tradition when doing these sorts of things, took all the digits after that, converted them into binary, and then reduced the width so they wrap every four digits. Color those in, so zeros are the background, ones are the foreground, start scrolling down, sure enough, there it is, after 143,352 binary digits of pi, there's that that among us.

• @eternalclassic / 13014 2022-05-02