Experimental Rubiks cube program
- Create structure to represent Rubics Cube [RC] state
- Create function(s) to change RC state
- Create visualization of RC state
- Implement ways to track changes to RC state
- Create functions to check the status and solving progress
- Create function(s)/method(s) to solve RC
- stepwise (e. g. LBL)
- automatic, ML?
The Cube is represented by a 3 by 3 by 3 numpy ndarray in a 3D right hand cartesian coordinate system: X axis in the direction of array columns (second dimension, "left to right"), Y axis in the direction of the array's third dimension, "front to back"), Z axis in the reverse direction of array rows (first dimension, "bottom to top"). A
Based on folded cube:
Each face is represented by a 3 by 3 numpy array. Furthermore, a numpy ndarry (3, 3, 3) represents the general structure to track the position of each little cube, where structure[0] is the front face and everything if viewed from the front.
| Topic | URL |
|---|---|
| Structure | https://docs.python-guide.org/writing/structure/ |
| Structure dos and don'ts | https://stackoverflow.com/questions/193161/what-is-the-best-project-structure-for-a-python-application/3419951#3419951 |
| Boilerplate template | https://pypi.org/project/python_boilerplate_template/ |