This chapter is about solving the Last 10 Pieces (L10P), which is divided into CMLL and Last Six Edges (LSE). We'll cover the algorithms, fingertricks, and various efficiency techniques that will help you succeed in this second part of Roux.
There are only 42 cases in CMLL, which isn't bad to learn compared to OLL + PLL in CFOP. See it as a motivation to begin learning full CMLL now!
Mslice is free in Roux,
Rwmoves are incorporated in CMLL algorithms, sometimes producing more efficient solutions to the cases.
LSE is 2-gen, meaning that only two kinds of moves are needed to solve this step, namely
Umoves. This gives a great advantage to one-handed solving.
LSE is intuitive. Avoid learning it by brute-force memorizing to make your life easier.
For high-level solvers, a fast transition from CMLL to LSE is a key to faster solves. We'll discuss ways to improve this transition.