>>7443

What do you say of these Fibonacci?

e is x, n is y.

>>7449

As someone here stated, it is Fermat's last theorem on steriods.

https://en.wikipedia.org/wiki/Fermat%27s_Last_Theorem

You understand that? create the map using a nested loop.

Read the rules!

>>7451

You gotta know the grid man, you gotta get used to it. tbh no one here knows EXACTLY how the map works, except maybe for vqc, but were getting there.

>>7451

>Anyway, as for >>7448 (You) it appears all odd y have a pattern x=y long and all even have a pattern x=y*2 long

VERY interesting, wanna be my study partner? also, can you find patterns along x? horizontally?

Also, for anyone doing col.1 this is a good website with a good excel file.

http://www.tsm-resources.com/alists/trip.html

I mean vertically

>>7457

thing is I'm pretty sure that after 499 (being d = 22 and e = 15), the data is missing. can you work with missing data? I know its hard but you can make assumptions. like first pic is e vs d to 50 incomplete, the second is how it should be.

vqc original code doesn't give you everything, specially numbers with high e and d that are somewhat "rough".

>>7459

No, I don't think it's a floating integer, the whole point of this is to use integers, we can define a number by it's d and e, d being the square root, and e being the remainder.

for example, take a number, 6107. It can be represented as d = 78 and e = 23.

>>7463

First, yes we are limiting c to its square root integers, to be exact, floor(sqrt(c)). No fractions.

and yes, a <= b.

>>7478

Can you elaborate? I've been working with t & x for a while now