3 ms·
Didn’t Someone solve 1LLL already? https://www.iflscience.com/the-full-1lll-a-rubiks-cube-holy-grail-has-been-completed-for-the-first-time-ever-65033 https://w
by pajop 3y ago
Didn’t Someone solve 1LLL already?
https://www.iflscience.com/the-full-1lll-a-rubiks-cube-holy-grail-has-been-completed-for-the-first-time-ever-65033 https://www.iflscience.com/the-full-1lll-a-rubiks-cube-holy-...
https://www.reddit.com/r/Cubers/comments/whuhkq/i_learned_full_1lll_with_proof/ https://www.reddit.com/r/Cubers/comments/whuhkq/i_learned_fu...
- fastball 3y agoI'm still not sure I follow. Is the idea that you "look" at the cube once, memorize what the layout was, then solve it with your eyes closed? I kinda thought that's what speedcubers were doing this whole time.
- nsgodshall 3y agoYes a "look" is basically determining what algorithm to apply to the cube based on the current state. 1 look last layer means that after the first two layers are solved, you would know an algorithm to apply to solve the cube based on the state of the last layer. With the typical speed solving method (CFOP), the last layer requires 2 "looks" (one for orientation of the last layer, one for the permutation)
- DylanDmitri 3y agoStandard speed cube method uses 9 “looks” each followed by an optimized algorithm. This development (1LLL) combines the final two looks (each normally requires choosing one of roughly 40 unique algorithms ) into one monster step with 4000. The number is big because there’s many possible embeddings. Each look is only at the next subsection of the cube you plan to solve.