Cube Algorithm Player

Start with an example if cube notation is new to you. A cube algorithm is just a sequence of face turns, written with letters such as R, U, F, L, D, and B. A plain letter means a clockwise quarter turn, an apostrophe means counterclockwise, and 2 means a half turn.

The Algorithm field is the sequence you want to study. The Setup field is optional; use it when you want the cube to reach a specific case before the main cube algorithm plays. For example, setup moves can create an OLL, PLL, F2L, or Cross case from a solved cube.

Use the stickering selector to focus the view. Full cube shows normal colors, while OLL focus, PLL focus, Last layer focus, F2L focus, and Cross focus dim unrelated pieces so the important pieces are easier to follow.

OLL means orienting the last layer so the top color faces upward. PLL means permuting the last-layer pieces after orientation is solved. F2L means pairing a first-layer corner with its matching middle-layer edge. Cross means solving the first four edge pieces around one center.

Move count is the number of turns in the algorithm. Playback steps count the playable turns after notation is expanded. These numbers help compare cube algorithms, but a shorter algorithm is not always easier to execute.

The example buttons are not random presets. They cover common 3x3 cube algorithm patterns that show up when people move from a basic beginner method into CFOP-style solving.

• Sexy Move is the short trigger R U R' U'. It is useful because many longer cube algorithms are built from this hand motion.
• F2L Insert shows how to place a corner-edge pair into the first two layers. Learn this before memorizing lots of last-layer algorithms.
• Sune is a classic OLL algorithm. It helps beginners understand how an algorithm can orient the last layer without solving every position yet.
• T-Perm is a PLL algorithm that swaps two corners and two edges. It is common in speedcubing and good for learning last-layer permutation.
• H-Perm is another PLL example. It swaps opposite edges and is useful for seeing how middle-slice moves change the last layer.

If you are new, do not start by memorizing every PLL case. That is a fast way to collect notation without understanding what the cube algorithm is doing. Use the player to build a smaller sequence.

1. Sexy Move Start with Sexy Move. Repeat it slowly until R, U, R', and U' feel natural.
2. F2L Insert Learn F2L Insert so you can connect notation to actual corner-edge pair movement.
3. Sune Add Sune as an early OLL case because it is short and appears often in beginner last-layer practice.
4. T-Perm Move to T-Perm when you are ready for PLL. It is longer, but the effect is easy to inspect in the player.
5. H-Perm Use H-Perm after that to practice slice moves and compare different PLL patterns.

Do not memorize a long cube algorithm as a raw string first. Play it slowly, watch which pieces move, then use the step buttons to split it into smaller chunks. This makes algorithms easier to review and reduces mistakes when you practice on a physical cube.