Suddenly you realize there is an easier way, and it was staring you in the face

I was looking at the vid by cyoubx, sune and fatsune (http://www.youtube.com/watch?v=vq3cC6wgEGg <-- that one), just reading and watching some OLL

Hi Kattenvriendin, I was really impressed with your average of 5. I can't manage that although I have a better PB than you ;) Today I had a few 1:11 and 1:14 and 1:17 but also a few around 1:40 and 1:50.. Do you have youtubes of your solves? I recon we are at same expertise level so it might be fun to see. anyway, I watched this video that you mentioned. I first did also alone the sune stuff. But now I have been doing the badmephisto 2 look OLL and 2 look PLL. I can do them without looking at the paper where I have the algorithms and I am getting fatster at it. I would highly recommend you start to do it as well. It is a step up to full OLL and full PLL if you ever want to be really fast. (and in my dreams I really want that ;) )
 
Thank you!

I am doing the advanced white cross, then F2L for the .. well obvious.. heh. Then the youtube vid thing to get the yellow top.

Where I am doing that Rw thing (bigsune variety) as of today I used to use a different algorithm to get to the cross, R' U' F' U F R, which I have now dropped in favor of the other method as it is easier to perform for my hands, and then I can follow it up with that sune variety to complete the yellow when I get that cross (which is what I was already doing).

Then R' F R' B2 R F' R' B2 R2 to get the edges correct and after that last bit is F2 U (or U', depending) R' L F2 R L' U (or U', depending) F2 for the corners.

Very beginner *giggles*

I don't have solve vids, only have a few where I explain to absolute beginners how to get their cube fixed with the very basic method.

I do have this https://docs.google.com/spreadsheet/ccc?key=0AukX8yWR7fusdHoxZmxZQ1VkSjk3MmRER1lxUDZNRXc#gid=0 where I document my progress (or lack of it, I don't do that many sessions of 5 that are timed, I practice till I see blue in the face more than I time myself).

I went to check out the 2-look OLL on youtube, and I was overwhelmed by it (wayyy too much info at once for me) so I need to take this back a notch and do it one step at a time. That Rw and Rw' thing is already a cool new thing for me to learn.


I realize now reading back what I wrote that it makes complete sense to me.. an absolute beginner would go HUH at that *chuckle* I have come a long way already :D
 
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I went to check out the 2-look OLL on youtube, and I was overwhelmed by it (wayyy too much info at once for me) so I need to take this back a notch and do it one step at a time. That Rw and Rw' thing is already a cool new thing for me to learn.

Yes, I understand what you mean. I had that too. I figured I would never learn that. I have a colleage at work who is a member here (guusrs) and he showed me some awesome stuff. knowing full OLL and PLL will really make people like me who can not turn quickly fast cubers ;) I think you are fine doing the Rw thing for now. I just printed out OLL 21 untill OLL 27. Btw, OLL 27 is Sune! and OLL 26 is reverse Sune, so you allready know these. ;)

You can practise them by performing them on a solved cube. For example Performing OLL 23 on a solved cube will result in OLL 25. That way you can do hundreds of OLL solves to get your fingers used to the algoritms.
 
R' F R' B2 R
F' R' B2 R2

I know that one and apply it every time. :)

Unfortunately I am not experienced enough with the notation to actually read the ( ) and [ ] parts proper, because when I do the (R2) (R F R') (B2) (R F' R') (B2) (R2) I simply do them without the ( ) (not a clue what those do) and it seems just as long to do. There must be something to it that I am obviously missing!

http://www.speedcubing.com/moves.html <--- got that down I think, but the rest with the brackets and parentheses are a mystery.

Would appreciate a link to where that is explained as I can't find it. Can someone help me with that? Thanks :)

the () are just to separate and group things
the [] are used for comms, and the : or , inside tell you what to do.

Kirjava's ELL page said:
The following algorithms are written in commutator or conjugate notation. With this notation, [X,Y] translates to XYX'Y', and [X:Y] translates to XYX'.

NOTE: [A:B] [C:B'] = A B A' C B' C' = [C: [C' A, B]]
 
the () are just to separate and group things
the [] are used for comms, and the : or , inside tell you what to do.

The following algorithms are written in commutator or conjugate notation. With this notation, [X,Y] translates to XYX'Y', and [X:Y] translates to XYX'.

NOTE: [A:B] [C:B'] = A B A' C B' C' = [C: [C' A, B]]

*blink blink*

*rubs eyes*

*peers*

Ooookay, I will need to read that tomorrow methinks.. my brain's gotcha part has been disabled for the night *chuckles*
 
I had a massive duh moment recently, and it was all thanks to my practising gigaminx. I'm not sure of the quickest way to set it up, but this works: take a 5x5 and do Rw' U2 Rw U Rw U' Rw'. This leaves the top centre with a 2x2 block, with a convenient 1x2 block on the front centre. For the past 5 years, when I was confronted with this I would proceed by going U Rw U Rw' to make the 2x3 block, when that first U is completely unnecessary. MAJOR FACEPALM EXPLOSION :fp . It's funny that I only noticed this when I was looking for ways to trim down my move count on gigaminx because each move wasted is a lot of time.
Ok, so I just realize this... just because I'm trying everything that is said in this thread, but this one.... OMG how could I didn't see that!!
 
Alrighty, I have taken a look at the notation and I find it's too much for me to grasp, I see the complex code and find I am writing it all back out again to make it understandable.

All I am thinking is: WHY? Why write it down so unclearly when you have to "unzip" it anyway to understand? Isn't it easier to leave things in its original state? I mean sure, cubing has to go faster, but you don't have to "zip" the notation, that won't help. *giggle* It is likely just me but it is SO hard to remember things that way (first remember the notation and THEN figure out what it actually says) that I can't do much with it, which is a bummer. :(

I am not judging you, just stating how this comes across to me personally. Maybe someone else CAN make easy heads and tails out of it, and I just learn new things differently, I don't know. :)

When I was learning the R' F R' B2 R F' R' B2 R2 I went "eek way too much, whoa baby". Then I grouped them, I "patternized" them, and remembering after that was a peach. I did this:

Code:
R' F  R' - B2 R
   F' R' - B2 R2

See what I mean? This looks easier to remember for me than the [ : ] thingies.

Again, it is just me, not judging anyone or anything, just pointing out my thought pattern, and the [ ] and such notation is probably a standard used worldwide which isn't working for me. I guess I'll just have to learn the new things a different way *giggle*
 
All I am thinking is: WHY? Why write it down so unclearly when you have to "unzip" it anyway to understand?

I actually find algorithms to be clearer when written in commutator notation.

Isn't it easier to leave things in its original state? I mean sure, cubing has to go faster, but you don't have to "zip" the notation, that won't help.

It does help a great deal with teaching how the algorithm works. It also makes it easier to remember.

You can write things out quicker, and are likely to make less mistakes.

The notation seems to help a lot when explaining things like the cancellations in A9 commutators, or comms that cancel into each other ([A,B,C]).

Once you get over the initial learning curve of understanding what it actually all means, it starts to become useful.
 
I get it, thanks :)

It's just that my brain doesn't wish to hobble over the hurdle just yet. Maybe in time, maybe not. :)


Another thing that I bumped into now that I happen to be on the subject of notation.. the notation of rotating two layers at once. Fatsune for example, r U R' U R U2 r'

I see that written down on other pages on the web as Rw U R' U R U2 Rw' as well.

Are both commonly accepted and just used by preference of the writer, or am I missing a difference here? (now that I am on the subject, this is easy enough and I might as well get my wee brain wrapped around this from the getgo *chuckle*)
 
Slightly different...but have never used proper scrambles because i hated doing them....yet within a week of using them i have improved, when doing hand scrambles, if they were too easy i would always re-do it, and now i use scrambles it feels like i get an easy scramble at least 1 in 5.
 
Are both commonly accepted and just used by preference of the writer, or am I missing a difference here? (now that I am on the subject, this is easy enough and I might as well get my wee brain wrapped around this from the getgo *chuckle*)

They're both the same for 3x3x3. For bigcubes, it depends what notation system you're using as to what certain things mean.
 
My biggest wakeup moment was when I found out doing this: In inserting pairs in F2L when both items of the pair are in the top layer and both are facing same color on top, you just have to look at where the white sticker is to know how to insert them. At first I was looking at : red is right to blue to I must turn left bla bla... Now I see immediatly white sticker is in the right, so turn U, or white sticker is on the left so turn U'.
 
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