interesting way to solve the cube

[cuber316]

hi.
well i just enginering a new method (i didnt generate any of the algorithims.)
currently there are 10 oll's and all 21 pll's, i just made up the steps and used an algorithim to get me effect on the cube i needed the steps are:
step 1: solve 4 corner/edge pairs
step 2: orientate the top layer corners (7 oll cases)
step 3: place remaining botton layer edges
step 4: preform 1 of 3 oll's
step 5: finish last layer pll
well i solved sub 60 with it in all 4 solves ive done with it (cause i suck at the c/e pairs) the really cool part tho is that in 2 of the solves in the edge placement step i was able to place the remaining yellow edges at the same time, therefore skipping the oll step and in the other 2 solves i was able to predict what oll was going to appear when i had placed to of the edges.
once i have practiced on my c/e pairs i think i should be doing preaty well (i will be happy with doing it in 10 secs.) anyway do you think i should start generteing algorithims so i can get a solved oll 100% of the time? any inputs welcome

 

[blah]

Just do Roux, it solves the cube rotation problem you have here.

 

[cuber316]

umm so i dont no why i continued working on the method but i began developing idea's for new steps and algs to excute hat step so i can now excute 100% oll skip every solve with an edge orientation step after solveing the 4 top corners, i realised that the corner edge pairs can also be speed up with middle layer slices all i need now is to finish all the alg's for the edge orientation, the edge orientation step is like roux except there are 2 extra edge slots to deal with, im looking to do this step in one alg so yeah any body else got more thought's on this method?

 

[rahulkadukar]

Can you please provide some detailed explanation of your method. Preferably upload it somewhere

 

[cuber316]

mmk ill go do it now.

 

[cuber316]

ok the methods finished now its a bit different again . i build a white t with 3 edges in the fist step, then insert the pairs (withot accidently placeing the remaining white edge, i perform the edge fliping step which is much faster now only one bottom layer edge is checked and is normally in the f face then place the last white edge then pll because your oll is completer at the same time your f2l is done, the first solve after i did this i got a new pb of 28 secs this is now my faviourite and I might make a video tutorial.

 

[cuber316]

oh and solve the corners after the pairs.