this uses a spigot algorithm to compute 100,000* digits of pi, using entire lists to represent numbers so the program doesn't run out of precision. running the function will spit out another digit no matter what the procedure is a=1; b=180; c=60; z=1; pi=[] repeat 100000: z = z+1 x = a*(9*z-4) x = x*3 + b*5 digit = floor(x/(5*c)) x = (b - digit * c) + (a * (5*z - 2)) x = x*30 x = x*(z*3 + 1) b = x*(z*3 + 2) x = a*z*10 a = x*(z*2 - 1) x = c*3 x = x*(z*3+1) c = x*(z*3+2) pi.append(digit) * this can technically do more digits but I haven't found the breaking point yet
