Lucas Garron
Administrator
I've seen a few 2-sided PLL recognition systems, but a lot of them require you to recognize different PLLs in different ways.
The best I ever ran into was Andy Klise's system, but his PDF has a lot of "Non-Unique Cases". However, I discovered that there are only two kinds of non-unique cases, and you can use One Weird Trick for each one.
I've taken Andy's work and reorganized it to emphasize the similar structure of a lot of the cases. For example, I took his numbered cases and gave them syllables based on the patterns that a speedcuber might already know intuitively. All the "annoying" non-unique cases have been combined into one simple rule (which I called the "danger zone" in the video).
I don't know how much time I'll have to spend on this, but I've made a video describing what I have so far. (Be warned that I don't explain every single detail.)
If you like the idea, feel free to update Andy's diagrams, make a pretty flowchart, or try to improve it further.
The best I ever ran into was Andy Klise's system, but his PDF has a lot of "Non-Unique Cases". However, I discovered that there are only two kinds of non-unique cases, and you can use One Weird Trick for each one.
I've taken Andy's work and reorganized it to emphasize the similar structure of a lot of the cases. For example, I took his numbered cases and gave them syllables based on the patterns that a speedcuber might already know intuitively. All the "annoying" non-unique cases have been combined into one simple rule (which I called the "danger zone" in the video).
I don't know how much time I'll have to spend on this, but I've made a video describing what I have so far. (Be warned that I don't explain every single detail.)
If you like the idea, feel free to update Andy's diagrams, make a pretty flowchart, or try to improve it further.
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