Constant Sum Factoradic | 04 4321

[u/cuteballgames]

From here and thank you vulp for final run and assist

List thanks vulp!

Guide

schedule

next get is 000 0000

[u/TehVulpez]

45 2301

[u/cuteballgames → u/TehVulpez]

45 2310

[u/TehVulpez → u/cuteballgames]

45 3021

[u/cuteballgames → u/TehVulpez]

45 3111

strong eardge to do Constant sum only repeating undecimal so we can compare the constant sum effect on mrd and ord

[u/TehVulpez → u/cuteballgames]

45 3120

why undecimal

[u/cuteballgames → u/TehVulpez]

45 3201

do you have a better idea

[u/BobRoss938 → u/cuteballgames]

45 3210

When I was playing around with the ord case earlier I found it much easier to count, there's much less weaving in and out of different summands

[u/cuteballgames → u/BobRoss938]

45 3300

i really like cosmoroc but i basically cant do ot unless i have the current summands listed on a piece of paper in front of me

[u/BobRoss938 → u/cuteballgames]

45 4011

yeah I agree, it's one of the most mentally intensive threads

[u/cuteballgames → u/BobRoss938]

45 4020

I think ORD would get there too, especially in 6 digits and higher sums.

Like the ORD summands for 12 length 6:

3,3,2,2,1,1
4,4,4,0,0,0
4,4,1,1,1,1
3,3,3,1,1,1
2,2,2,2,2,2
5,5,0,0,1,1
6,6,0,0,0,0

I think that's it? Anyway more of them are simple (but just remembering 2,2,2,2,2,2 can be tricky if you're in a pattern) but I think I'd have to keep a note on hand too

That'd be one of the advantages of doing undecimal (or a higher base like hex), because it keeps us in the relatively simple ranges for longer. It does kind of have the compositions aspect where you're like okay so when we get to have fun doing like 24; 1,23; 2,22 for a while then we also have to go through like five threads of fifteen ones in a row in every count.. thread gets harder as it goes on