Recent content by Gappo

Some explanations about the algsheet: 1. Algs are not fully genned,and still not optimized 2. Full L5C algs will be published later this month (or even later this year...) 3. The algs showed above is version 1 version 2 will be the optimized version with some extra algs , and it'll be published...

Well,actually I want to publish it later this week lol But it's fine XD

I might take his algs as a reference (・∀・)

Yeah... but I think you should learn CLL and TCLL before you learn this;)

I generated lots of algs recently, keep uploading https://docs.google.com/spreadsheets/d/1-SH47hU3Kqr0zHY0QbnlLMp3jLmAC4N29m1Grb41zIQ/edit?usp=sharing

Algs are still generating , but I guess it'll be around 10 moves CLL and TCLL are not included

I'm 加波

Some L5C example solves: 1. R2 F' U' F2 U2 R U2 F' U' x R' U B2 // V y R U2 R2 U' F R' F' U R // L5C 12 HTM 2. R F2 R' F R' F' R F2 U U' R' //V y U2 F2 U F R' F R U2//L5C 10 HTM 3. U' F' R2 F' U2 F' U F2 U' x' z U R2 // V R U' R' U F' U' F U2//L5C 10 HTM 4. F' R2 U F2 U' R' F2 U R R F' R...

for example R U R' U2 R' F R F' it's for one of the pi case it will,just need some optimize

I thought the number 486 is because I didn’t count TCLL in

6(OLL Cases)x6(CLL Cases)x4(bottom piece)x3(orientations of FRD piece)+4(H case)x4x3+6(OLL Finished Cases)=486

I think easier than most of the 2x2 alg sets

(My English is poor,sorry about that L5C: Step 1. Build a V Step 2. Finish rest of it by 1 alg Step 2-1.Recognize the OLL Step 2-2.Recognize where the bottom piece goes,it'll be at BR,FR,BL,or FL Step 2-3.Recognize the CLL (Ignore the bottom piece) Pros: Easier 1LLL Building a V has less move...

I thought that full L5C will have 486 algs

There's a similar method called "Ribbon method"