<Coordinates of Rubik's cube in kociemba>
The kociemba Python library will help you(Link).
* pip install kociemba
❑ U(Up), R(Right), F(Front), D(Down), L(Left), B(Back)
❑ The order of the argument is U-R-F-D-L-B.
* The solved state is UUUUUUUUURRRRRRRRRFFFFFFFFFDDDDDDDDDLLLLLLLLLBBBBBBBBB
❑ The argument UUFLxxxxxxxxxx means U1, U2 are U color, U3 is F color, and U4 is L color.
❑ If input the argument in solve(), move instructions to become solved state are returned.
❑ You can use the second argument to specify the solved state.
❑ The result is U, R, F, D, L B with or without an apostrophe.
For example, it is the result of the movement instruction F that rotates F-face 90 degrees clockwise as shown below. The movement instruction F 'rotates the F-face 90 degrees counterclockwise
<F-face move instruction>
<kociemba library usage>