```python
from ursina import *

from itertools import product

  

def parent_child(axel, layer):

for c in cube:

c.position, c.rotation = round(c.world_position,1), c.world_rotation

c.parent = scene

center.rotation = 0

for c in cube:

if eval(f'c.position.z{axel}') == layer:

c.parent = center

def input(key):

if key not in rot_dict: return

axel, layer, angle = rot_dict[key]

parent_child(axel, layer)

shift = held_keys['shift']

eval(f'center.animate_rotation_{axel}({-angle if shift else angle}, duration = 0.5)')

  
  
  

app = Ursina()

window.borderless = False

window.size = (800, 800)

window.position = (2000, 200)

EditorCamera()

  

center = Entity()

  

rot_dict = {'u': ['y', 1, 90], 'e': ['y', 0, -90], 'd': ['y', -1, -90],

'l': ['x', -1, -90], 'm': ['x', 0, -90], 'r': ['x', 1, 90],

'f': ['z', -1, 90], 's': ['z', 0, 90], 'b': ['z', 1, -90]}

  

cube = []

for pos in product((-1,0,1), repeat=3):

cube.append(Entity(model='Teil_46_model.obj', texture='rubikscube.png',

position=pos, scale=0.5))

#print(pos)

#checked that it worked

  

app.run()

## the pos in product the above does the same as below -

#for x in range(-1,2):

# for y in range(-1,2):

# for z in range(-1,2):

# pos = (x,y,z)
```


Imagine actually making the rubiks cube - 
 ![[Pasted image 20230408064712.png]]