2x2 Cll Algorithms Pdf Download
What is Winter Variation? Winter Variation is a last slot method where you orient all your top layer corners while inserting the last pair. How is this useful? 2x2x2 PLL (inc. Ortega P2L) Diagonal U Face Only PLLs U & D Face PLLs U Adjacent (R U' R) F2 (R' U R') D Diagonal Both R2 F2 R2 Diagonal Both (R2 U R2) y' U2 (R2 U R2). It's much easier to solve a 2x2 Rubik's cube than it is to solve a 3x3 Rubik's cube. This Rubik's Cube video tutorial will show you how to solve a 2x2 Rubik's Cube using only two algorithms! Part 1 of 2 - How to Solve a 2x2 Rubik's Cube using only two algorithms. Part 2 of 2 - How to Solve a 2x2 Rubik's Cube using only two.
Description: Learn the 3x3x3 OLL/PLL step by step easily with timing, training, OLL/PLL-lists, step-by-step-algorithm-visualization and 'Did I do it right?' -layer orientations. With tousands of downloads, daily usages and a very good rating.OLL / PLL Trainer. is highly customizable and especially designed / focused for speedcubers and those who want to get faster on solving the last layer. It's easy to use for beginners and also expandable for pro-users, e.g. Algorithm rotation, for learning algorithms from different views/angles.
In addition to detailed lists of OLL / PLL algorithms and many features for already advanced cubers, OLL / PLL Trainer also offers a variety of easy-to-understand step-by-step tutorials for beginners to solve the last layer, in order to become familiar with OLL / PLL, to start and simply to get involved with. OLL / PLL Trainer simply and slowly helps you to understand and master the depth of the OLL/PLL-rabbit-hole. Some user reviews: '. Thank you, this app makes me easy to learn new algorithms and how to solve rubik's cube easily.
I've been using this app for a little over a year. I have learned so much about the 3x3. It's so easy to find an algorithm and figure out the solutions. This app is absolutely amazing. Helped so much and is so much better than all the other apps.
If I could give it 10 stars I really would. Unbelievable app. This is a decent app all around. It runs well, and really helps learn algs. I've almost learned full OLL with this app. Some of the base algs are really strange and awkward, but it allows you to add custom algs, so it's not an issue. My biggest issue is that you can't train your custom algs.
I want to use this app to learn COLL, but it's not feasible with the current app set up. All in all, it's worth downloading, whether you want to learn CFOP, or just have a place to keep the algs fresh in your mind. I have only a single compliant: algorithms with M moves are changed. An example:( my u perm) M2 U' M' U2 M U' M2 turns into r' R U' r R' U2 r' R U' r' R2.
This does not even do the same thing. Now some recommendations: you can make multiple folders for your algorithms.
Make it so you can put pictures for each user alg. Make a more extensive alg database so you can have cll, cmll, cmsll, 2gll, ell, maybe zbll. You can also practice your own alg folders. Make basic tutorials for various other methods such as, ZZ, roux, 2gr, petris, columns first, corners first, maybe heise, maybe even blindsolving tutorials.
Scroll down before posting For people who love any sort of geometric puzzles, including but not limited to: Rubik's Cubes (and any size/design variants), the Square 1, the Pyraminx, et al. Want to ask a question? Please check our to see if your question already has an answer.
Got a question that goes beyond the wiki? Think your cube is unsolvable? Want to know which cube is right for you? Want to brag about an accomplishment? Any other sort of posts like these? Post them in the!
SUBREDDIT RULES:. Use the for 'repetitive content'. This includes topics addressed in the wiki, 'Mail day pictures' containing only puzzles, PB posts, and questions that can be answered quickly. Flaming and hateful comments will be removed. Ad hominem criticism, such as “You’re only sub30, what do you know about x?” will not be tolerated either. Answering a question with 'just google it' is also not an acceptable response. Titles need to be relevant to your post in a meaningful way.
It must directly relate to the content of your post. If someone can’t figure out the topic of your thread from the title, it will be removed. Self promotion (youtube videos, books, apps, etc) is allowed once per week. No biased promotion of one cube shop over another.
This includes 'X store is now selling this cube!' Posts, sales and deals, and self-promotion from stores. Private cube sales and trades aren't allowed, go to for that. Commissions for work are also not allowed. Contest entries (e.g. Ones that are hosted by other websites, 'share this page to win', etc) are prohibited. This is not the place for customer support with cube stores, please use private messages instead.
No affiliate links. Only link to websites etc directly. Follow the sitewide rules, and abide by PM any of the mods if you need some mod-ly duties performed. Related:.
New to Cubing?. Other Links:. A huge thank you to for the awesome header image. It seems like a lot of people come here looking for specific algs, or alg sets. I thought it'd be helpful to compile some sort of list of places that people can go to look for these algs, without resorting to making a post here about it.
Go-to, all-purpose sites.: This has pages on a lot of different methods and substeps that will often include a complete set of cases, with several algs for each, as well as links to relevant alg lists that have been compiled by individual cubers, such as on tutorial pages. This is great for looking for algs by feature, such as if you want an optimal alg, or a pure alg (one that affects no pieces other than those being solved), as these features are usually denoted, or the algs will be sorted under a heading like 'pure flips', or 'pure parity algorithms'.: Contains a huge number of algorithms and covers some less common methods, like MGLS and full ZBLL. Often you can take advantage of this even if you aren't looking for a case that is exactly from this subset: for example, I use their CLL page to find some CMLL algs. The main problem with the site is the apparent lack of organisation, which makes the huge number of algs difficult to sort through. Generally though, they are listed by length, so anything more than the first couple of pages will often be too long to be useful.: Currently not as well populated as the two above, however it is still in the process of development, and will hopefully become the ideal resource, given some time. It contains several algs for most cases already, and once in a completed state, should allow user controlled submission, voting and other features for cases.
2x2 Cll Algorithms
Other places to find algorithms Often, a good place to go is to the site, or youtube channel, of a well-known cuber using the method you're interested in. For example:.: Contains proven algs for Ortega, CLL, EG, TCLL - basically every 2x2 case you'd be likely to want. He also has 3x3 algs, mostly for last slot tricks.: Especially good for OH.
Contains OH-friendly algs for the most common, or OH-apt last layer methods. Googling the method or substep you're interested in will often turn up a few more obscure sites with the algs you want.: Run by Mats Valk and Rowe Hessler, you can find a slowly growing collection of algs and fingetricks for solving OLL while solving the last slot. This is just one example of a youtube channel that's particularly relevant, but many cubers' youtube channels feature some videos on algorithms, along with execution and recognition tips, like this guide to on cubing world. A final thing to look for is a forum thread.
2x2 Cll Algorithms Pdf
For example:.: One of the best repositories of fast CMLL algs, and where I get most of my algs from. As this shows, such posts are often couched in threads where additional algs can be found.: A similarly good example of how forum posts can often be a good way to get algs that are known to be good from people who know a method very well. Also shows how a forum post can often directly cater to the awkward cases that you're likely to want help with.: Another example of an awkward case that a lot of people look for. A few other pages The first four I've used myself, and the rest are pages that cover some less-discussed puzzles or methods, mainly just to show that there's a lot of stuff out there:. If all this fails You can always and find algs for yourself. Dan Sheppard has videos on how to do so, and. Hopefully all this will help people find the algs they need.
PLL
If anyone has any other pages that are noteworthy or have been particularly helpful for you, please post them below. I wasn't trying to make an exhaustive list, and I admit that I missed a lot of sites that people commonly go to - is another example, as is badmephisto's site, as linked. My main goal was to provide people with general direction when they're looking for such things. Hopefully a more complete list of sites will build up in the comments, and if there's a sufficient response I'll probably add an edit to the post so that people can easily find all of the pages others have suggested in one place. Unfortunately, I feel like this got a bit buried just because it was caught in the spam filter for a while (thanks to for sorting that out for me), so I don't know how likely that is to happen now.