Ok so lets just say you can only use the functions a(x) = 2x and b(x) = 2x-1 with x being any natural number, And lets just say that you have to get the result of one of these 2 functions being applied to a number y, like y>a(y_1)>y_1>b(y_2)>y_2>…a(y_n)>y_n>…. (The greater than are supposed to be arrows if the symbol change becuase obsessed formatting) so, The minimum iterations for a number y to get to 1 is floor(log_4(y)) (things such as a/b(n) are ignored) Example: 77>b(39)>39>b(20)>20>a(10)>10>a(5)>5>b(3)>3>b(2)>2>a(1)>1>a(1)>… 77>39>20>10>5>3>2>1>1…. What is this type of iterative function thing called doelbeit , has there been ANY paper on things like these (Collatz doesn't count)? >OP why didn't you extend it to the rationals and integers? For rationals It either Leads to either y diverging to infinity or converging to 0 for the example i gave, And for integers the amount of steps is the same for negatives or something, >OP what happens if i have a lot of possible functions to use Either turns into a chaotic mess (like dynamical systems) or something similiar to what i posted (that is trivial btw) >Have you tried doing things with complex numbers,irrationals,primes etc… Yet? Not yet Thoughts?
This is exactly why I hate goyim, especially ones from large urban cities. They're all soyboys that will consume anything that comes from a multibillion dollar company no matter how dogshit it is >I hate the heckin billionaire elites but I would never ever not use less than half of my budget on purchasing they're items
I don’t watch a lot of tranime but I am enjoying this cardcaptor sakura. I started listening to one of the songs from the show and that got me to want to explore the show