Iterative/Trigger CMLL

The idea here is to create CMLL algorithms that are easier to learn. Each CMLL is solved by pulling from a small list of triggers. Of course the best CMLL algs at the top level of speedsolving are ones optimized for speed. But this system may be a little better for those who have trouble learning large alg sets and don't feel the need to practice complex finger tricks, but still want to move past two look CMLL. The alg notation follows the standard notation of including triggers in parentheses. One addition to a few algs is the use of [] around a single turn. This is sort of a conjugation pre and post alg.

This idea came about from considering that an iterative CMLL could be created to make CMLL intuitive. It turns out that iterative and intuitive solving doesn't really work well for this step because recognition after each trigger is difficult in comparison to LSE EO's simple recognition. But it did lead to the idea of making a simpler to learn CMLL alg set. It's possible that this concept could be applied to some other steps and it would work well making them intuitive. Like the Iterative Corner Solving page in the Steps & Concepts section of this site.

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For now CMLL has been developed. Other alg sets could be developed, such as OLL or PLL. Additional triggers can also be added such as R' U' R, F U F', or R' D' R. However, I tried to keep it simple in order to stick to the purpose of each alg being easier to learn and involving as few finger tricks as possible. It's possible that this could be just as difficult to memorize if someone has trouble recalling the trigger combinations for each alg. But muscle memory should take over and provide assistance.

I generated most of the algs using Batch Solver by adding additional triggers to a few that Vincent Trang once provided on Discord. Below are my settings: