Ross The Boss
Veteran
Hey, guys. I have never seen a collection of algorithms for solving step 4a of LSE (EO) and fixing a missoriented F2B edge, so i decided to put one together. I go into more detail on the validity and statistics involved in the attached file: View attachment EO + RF flip.txt I think you could call this set "odd EO" because at first glance it looks like there is an odd number of flips, and there is a double entendre with odd also implying 'strange' or 'different'... but call it whatever you will.
I am doing the same thing for situations where an F2B edge (which im always assuming is RF, by by doing things like mirrors and R/L2s it can work for any edge) is completely missing. here is a document for a subset of that which i think(pretty sure) is complete: View attachment EO + RF displaced and bad (bad edge in slot).txt the document is not very well put together or described, but i just wanted to give an example.
I am doing the same thing for situations where an F2B edge (which im always assuming is RF, by by doing things like mirrors and R/L2s it can work for any edge) is completely missing. here is a document for a subset of that which i think(pretty sure) is complete: View attachment EO + RF displaced and bad (bad edge in slot).txt the document is not very well put together or described, but i just wanted to give an example.
