A Rubik's Cube solver, written in Rust
This is a 42 school project [Final grade: 115%]
We actually tried to simplify the two phase solver algorihm. Know that we did not implemented every optimisation features for sanity so we lack perfs compared to the base version. Some features still need to be simplified, it will be done in further version.
In this version we stops at the first found solution (rapidity criteria from school subject), so we used a statistic config for being on the better solution area on the tree ! (MAX_P1_DEPTH: 10, MAX_P2_DEPTH: 12)
If you do not have Rust
> curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs | sh
> export PATH=$PATH:$HOME/.cargo/bin
Then you can build the project
> cargo build --release
To setup the server with docker, you can launch:
> docker-compose up
You can then access localhost:8080
> ./target/release/solver [FLAGS] [OPTIONS] [input_sequence]
-h, --help Prints help information
-V, --version Prints version information
-v, --visualisator enable the visualisator
-m, --mode <speed_selection> speed selection, choose from 'slow', 'normal' or 'fast'
<input_sequence> The sequence to shuffle a rubik (random if empty)
An action is defined by a face and a rotation
U -> up
F -> front
R -> right
D -> down
B -> back
L -> left
nothing -> turn right
' -> turn left
2 -> half rotation
For example: F U2 B' L' D' means "turn front to right, half rotation on up face..."
Return | launch the sequence
spacebar | pause the autorotation
ESC | close the visualisator
 Simon Galasso |  Nicolas Viénot |