SnapCube is the ultimate android application for the Rubik's cube. It addresses both the pocket cube (2x2x2)
and the standard cube (3x3x3). SnapCube is fun and lets you:
- Snap a cube in less than 20s.
- Input a cube manually in less than 60s.
- Explore the cube to discover and create your own pretty patterns.
- Learn a beginer's method.
- Learn the Fridrich method (CFOP).
- Solve any scramble either with an optimal formula or by the Fridrich method.
- Reconstruct any stored scramble, including a 6900+ pretty pattern database.
- Cube virtually on your phone when you have no cube at hand.
- Time your speedcubing sessions and store the statistics as well as the corresponding scramble.
- Share your favorite cubes to you friends on the social networks.
- Import cubes that others have shared to you.
Cube explorer (manual input) : input a cube in less than 60 seconds and to discover new pretty
patterns. Color auto-completion, no invalid cube generated ever.
Cube snapper (camera input) : input a cube in less than 20 seconds with only 2 pictures taken
automatically and cube size detection (2x2x2 or 3x3x3).
Virtual cube : practice when you have no cube at hand.
A dedicated timer is available for virtual speedcubing, corresponding statistics are stored into the history.
Pattern library : enjoy 6900+ pretty patterns,
including F2L, OLL and PLL formulas as well as World Wild Records starting from year 2008.
Timer : pick up any scramble and time your solving.
Optional 15s inspection timer is also available. Statistics of your speedcubing are stored into the history.
Statistics : saved for every timed scramble solving, so you can appreciate your progress.
Formula player : solve or reconstruct any scramble using an optimal formula. You can also share the scramble to
your friends via the social networks over the internet.
Formula player : also lets you go from any scramble or pattern to any other. You can easily reconstruct
a particular scramble from any state your cube is in.
Fridrich teacher : walks you through all the steps of the Fridrich method (CFOP) to solve your scramble. The
solver is color neutral and ensures optimal CROSS/F2L solving (Cross solving in no more than 8 HTM turns).
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut vitae semper massa. Aliquam tempor leo in nisi fringilla rhoncus. Sed ultrices libero ut tortor congue auctor. Vestibulum in sem sit amet libero cursus commodo sed ac nibh. Integer et nunc justo. Suspendisse eu leo metus. Mauris non semper mi. Donec et metus semper, commodo nulla in, porta quam. Integer ac blandit metus. Pellentesque consectetur tortor at tempus rutrum. In tincidunt felis metus. Phasellus enim tellus, imperdiet nec mollis eget, tempor nec urna. Class aptent taciti sociosqu ad litora torquent per conubia nostra, per inceptos himenaeos. Vestibulum maximus sollicitudin mi, nec elementum lorem facilisis a. Sed lacinia fermentum luctus. Integer in est porttitor, malesuada nulla quis, condimentum urna.
Nulla quis molestie eros, vitae ullamcorper felis. In vel sapien felis. Nullam lacinia, risus at posuere lobortis, orci magna interdum orci, eget mollis erat purus a ex. Etiam ornare orci sodales mi suscipit aliquam. In tincidunt sapien mollis nisl rhoncus, sed elementum est feugiat. Aliquam ut posuere augue. Sed sollicitudin consequat dui, vel suscipit orci. Nulla facilisi. Ut maximus porttitor ultricies. Nullam ultricies libero non posuere lobortis. Nulla diam nibh, ullamcorper et cursus nec, egestas vel purus. Vivamus non sem bibendum, condimentum turpis a, molestie elit.
Nullam et sapien mi. Curabitur malesuada erat et lacus placerat porttitor. Ut consectetur eros lacinia, semper felis sit amet, pretium erat. Cras molestie, justo eu fermentum ullamcorper, odio enim dapibus turpis, at viverra erat mauris et odio. Mauris placerat dapibus mi id fermentum. Praesent ut mattis urna. Etiam in ultrices neque. Integer pulvinar risus sit amet vulputate blandit. Maecenas eu elit purus. Sed dapibus efficitur purus quis accumsan. Vestibulum eu felis quam. Phasellus nisi dui, consectetur sed risus in, aliquam molestie tellus. Mauris rhoncus gravida libero, vel pellentesque nisi feugiat quis. Sed vitae sem ut risus pellentesque mattis sit amet in ante. Maecenas luctus sem vitae eros pulvinar, et tempor elit bibendum.
Proin in vulputate nulla, nec viverra libero. Sed imperdiet tempus nisi vel tincidunt. Aliquam placerat, turpis nec finibus vestibulum, ipsum magna lobortis quam, ut tristique velit justo vel metus. Donec vitae egestas augue. Quisque dignissim sed risus in facilisis. Nam dapibus mattis nunc, eu malesuada risus porttitor eu. In suscipit id arcu eu facilisis. Aenean non erat elit. Etiam tincidunt molestie ex. Aenean tincidunt nibh eu semper ullamcorper.
Etiam dignissim lectus mauris, laoreet rutrum orci tristique a. Nunc a ornare velit. Proin auctor odio id blandit posuere. Suspendisse eget semper dolor. Sed pellentesque orci enim, sit amet mollis lectus vulputate in. Quisque a accumsan diam. Mauris euismod orci nisi, sit amet volutpat enim blandit pretium. Nunc sit amet cursus nisl.
snapcube
Holder of a Master in Communications, Media and Creative Industries from Sciences Po Paris,
Armand designed the User Interface of the application, including both graphical aspects and user-friendliness.
He originated usage of the flashlight, auto snapping picture when the cube fits into the grid and
also the possibility to snap a cube in any of the twenty-four possible orientations.
Formerly a software engineer specialized in hard real time embedded systems
and safety critical analysis, Hugues conducted technical experiments on a PC before developing
and implementing the application on Android.