This year replica handbags the main push of the new Rolex "Day" watch, platinum, 18ct gold, white gold and rose replica handbags gold eternity four louis vuitton replica styles, with ice-blue checkered decorative dial and platinum models most dazzling, so color in Rolex rare, summer hermes replica wear is also exceptionally cool. Friends who love to louis vuitton replica explore the movement may louis vuitton replica be more concerned within this table equipped with hermes replica 14 new patents movement, the movement of omega replica the plate winding road hermes replica through the box wall thickness reduction, drive train of "overlay" design and new design louis vuitton replica patent Chronergy escapement, achieve significant energy savings, the power reserve to 70 hours.
In terms of the overall level of breitling replica sophistication, compared with movement chronometer certification COSC precision timepieces than twice. Ideally, this will be coupled with ZBLL, so the last layer will be solved in only one look. There are cases in this step and this page is far from completion. It should be noted that these are the algorithms that I find easiest to perform.
However, you may find other algorithms better-suited for your own hands, so it is recommended to try many different algorithms for the same situation to find which one works best for your own style of cubing. I will be adding algs to this page periodically so check back soon!GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together.
If nothing happens, download GitHub Desktop and try again. If nothing happens, download Xcode and try again. If nothing happens, download the GitHub extension for Visual Studio and try again. The purpose of this project and its details are described on speedsolving forum in this post. To generate a scramble for a specific ZBLL case, the program randomly picks one of the algorithms for this case and inverses it.
For every ZBLL case, all the algorithms must satisfy these requirements:. Skip to content. Web application for practicing ZBLL bestsiteever. Dismiss Join GitHub today GitHub is home to over 50 million developers working together to host and review code, manage projects, and build software together. Sign up. Branch: master.
Go back. Launching Xcode If nothing happens, download Xcode and try again. Latest commit. Git stats 57 commits 2 branches 0 tags. Failed to load latest commit information. Jun 1, UI improvements and manifest.
May 13, Jul 1, May 12, Oct 18, View code.Learn 5 Tips to solve a Rubik's Cube much faster! Watch my super fast 7. Reviewing the best speedcubes in the world and where to get them. OLL Algorithms Page. The most recognized OLL algorithm. Mirror of the Sune algorithm. Distinguished from the Sune by the side the non-oriented corners are facing. Easy to recognize after placing the oriented corner at the back. Tip: the right hand leaves the cube completely after R2 and regrip toward the next R2 turn.
Recognition: when is in the correct angle, the 2 stickers in the L face are lined up with the center piece and the corner piece. I do the last F' using my right hand ring finger. To be faced to the right. Headlights to be faced to the left. Similar in shape and positioning to case 2. Recognized by 2 pairs of headlights, to be faced to the sides. Headlights facing to the right when L shape is correctly positioned.
Headlights facing to the left. Bar is facing to the left. Headlights facing to the right on main algorithm. The bar is facing left when P is upside-down as it should. The bar is facing right when P is upside-down. P shape is upside-down on the right. Very fast algorithm.
ZBLL Algorithms v2.57
The last B turn is done by the right hand index finger. Recognized by having a stickers block. Recognized by having headlights.
Very fast and flowing algorithm. When positioned correctly stickers block is on the front face. Recognition: 2 sticker blocks.By Simon Swanson version 2. The final step of a system created by Zbiginiew Zborowski and Ron von Bruchem which solves the last layer of a cube in one step once the edges are oriented.
As the title would suggest, this is a document that contains every ZBLL algorithm. This was done to speed up the learning process of ZBLL and helped to speed the creation of this document.
I also want to point out that even with shortcuts, this document took a long time to make. I generated every image in the document and inserted them, one by one, into the tables. I resized the images to make one COLL case fit one page, allowing you to print the document in 40 sheets of just algorithms if so desired. I am, at the moment at least, satisfied with the result. Maybe later I will give alternate algorithms or optimal solutions.
However, that would be a lot of work and I really don't have that much time. As far as finding algorithms is concerned, I searched high and low for already-completed ZBLL algorithms. Unfortunately, there is very little information in the form I wanted non-optimal, case-by-case. On the speedsolving. I also found one set of L somewhere. In the end, however, I decided it would be faster for me to generate my own algorithms.
I would also like to give a shout-out to Josef Jelink's awesome php script ICube, which generates good looking images with very little effort.
F2L Algorithms Page
Lars Vandenbergh also has a great php script in ImageCube, which you can run directly from his site. These programs are all free and I highly recommend you check them out.
These cases are not only easy to perform and memorize, they are also easy to mirror in my head. At some point I will search for better options on certain cases, but I didn't want to spend years making this document so if an algorithm looked nice, I stuck it in the table. Now, as for the document itself, I have divided it in the way I felt was most logical. Every page contains one COLL case. The pages are ordered by orientation as indicated in the table below. I just went down the first column, then hopped over to the next orientation, and repeated the process.
Once you determine what orientation you have, you have to recognize the corner permutation. There are a few ways you can do this.CLL is a 2x2 method where you make a layer, and then orient and permute the last layer all at once. It's like getting a PLL skip every solve. This is a question asked quite often, and drove me crazy trying to figure it out on my own. Your website sucks for printing! Do you have a PDF? Why yes, yes I do. I have various algs to skip both of those as it can come in very handy.
The top alg for each case may not be the best case for you. Make sure to look at the options and figure out which one works for you. Many algs on my website have been found by myself and probably every other single world class 2x2 solver. Not every single alg was discovered by me. Thanks to all who continue to find amazing algs! Best Cubing Resources Best algs Best timers. What is CLL? It's like getting a PLL skip every solve It all looks the same!
OLL Algorithms Page
What do I do!? You can get sub 3 fairly easy. Credit: Many algs on my website have been found by myself and probably every other single world class 2x2 solver. Sune Cases. Antisune Cases. Pi Cases. U Cases. L Cases. T Cases.
H Cases. R2 U2 R U2' R2'.Good algs are scattered all over the internet, and often times it's really hard to find these awesome algs.
My Full ZBLL List
I wanted to create a page to have lots of those websites in one place for easy access! Definitely a good place to go if you need OH specific algs! Best Cubing Resources Best algs Best timers.
What is this page? Solid choice. These are the key concepts to learning lots of algs. Most of the best 2x2 algs are on this website. I'm not sure how up to date these algs are, but a good resource regardless. It's a user based website where you can create an account and submit algs. Speedsolving wiki : This is a fantastic resource for beginners.
Even outside of algorithms there's terminology, methods, explanation on various topics. It's very good. Speedsolving request an alg thread: This is a thread on speedsolving where a user can request an alg and if someone has an alg for you, they will likely let you know about it. Good resource if you're looking for something very specific and can't find it.
Not the longest list, but definitely solid algs. Good place to learn some cool algs. She also has many other algs outside of just 3x3. Including mega, square 1, and pyra. Lots of advanced algs in here.
And it's not only limited to 3x3. There's reconstructions of big cubes as well. Looking at peoples reconstructions is a great way to learn cool tricks. If you search what you're looking for followed by "cubing" you can find just about anything.
Waffo's Roux doc: Waffo has some nice resources on Roux for beginners and experienced cubers. While some of the algs are outdated, there's images for all the cases which makes it easy to figure out which case you're looking at.
Super easy to recognize. RLS 0 edges doc: This doc only has the 0 edge cases, but may be useful for some. Very nice subset. Cale Schoon's WV in back doc: Just winter variation algs from the back. These algs for all except dot cases of the pure OLL cases. Line: Line is a 1LLL subset where there is a 1x1x3 line some where on the cube. Easy for recognition. Flipped line: Same as above but more!
Tripod: All LL cases with a 1x2x2 block. It makes recognition super easy and it comes in handy for skipping cases. He's spent quite a bit of time finding nice algs. There are tons of resources in the stickied post and you can talk to other Skewbers and ask how they would approach certain cases NS 2. A great read for someone wanting to get into it.Rubik's Cube Example solves with FULL ZB!
Lots of people post their solutions here and have discussions about them.ZBLL short for Zborowski - Bruchem Last Layer is a step of a method which involves solving the entire last layer in one step, assuming that the edges are already oriented. This is part of the ZB methodbut it can be useful for any other method which leaves the edges of the last layer oriented after F2L is solved such as the Petrus methodor ZZ Method. ZBLL indeed sounds like a very useful step to learn, but the main reason that it is not in wide use is that it involves a massive total of cases including PLL.
Only a handful of people have ever learned this step in its entirety. Past that, the learning process is done however you'd like to do it. However, you will benefit if you also learn S and AS. The sets are then divided further into 6 subsets. They are recognized by their COLL case as well as a corresponding edge cycle. Every subset contains 12 cases, which are all different edge cycles possible with the COLL case of that set.
Whether the stickers are adjacent, or opposite allows for a quick recognition. Another way to recognize is through blocks of colour or simply the edge cycle. Step 3 may look a little complicated, but it's actually not too bad. In total there are 12 cases, but those are recognized by 2 minor sub-cases, of which there are A case is recognized by the combination of those. However, there are 12 cases. That's because the A case can mean 2 stickers. This looks like a Z-permutation.
Anonymous Not logged in Create account Log in. Namespaces Page Discussion. More More. Page actions Read View source History. Algs: Avg Moves: Categories : 3x3x3 last layer substeps Acronyms. Wiki tools Wiki tools Special pages. Page tools Page tools. Userpage tools. Categories Categories 3x3x3 last layer substeps Acronyms. SpeedsolvingFMC. LL:EO cube state. Solved cube state.