Rubiks simulator/solver in python using the kociemba algorithm

#Rubiks Cube Simulator Instructions: #Arrow Keys rotate the entire cube #Moves: #r - moves red face counterclockwise #R - moves red face clockwise #o - moves orange face counterclockwise #O - moves orange face clockwise #w - moves white face counterclockwise #W - moves white face clockwise #y - moves yellow face counterclockwise #Y - moves yellow face clockwise #b - moves blue face counterclockwise #B - moves blue face clockwise #g - moves green face counterclockwise #G - moves green face clockwise

#Rubiks Cube Solver Instructions: # Hold the cube with the green center facing forward, the white center facing up, # And the yellow center face down orange to the left and red to the right # Pick a color, then select the piece it corresponds to on the 2d cube representation # Note that if you misinput even just one square, the application will crash # Then press get Solution and a solution will appear. # It prints standard cube move notation # Here's an image on what the moves mean # https://miro.medium.com/max/1400/1*9bEE_2lmMUS2SnoskDKrCw.png # Note that, like when inputting the solutions you want to hold the cube with the green facing you white on top, red to the right, etc.

#Moves that can be made
    #R Red Clockwise,    R' = Red CounterClockwise
    #L Orange Clockwise, L' = Orange CounterClockwise
    #B Blue Clockwise,   B' = Blue CounterClockwise
    #F Green Clockwise,  F' = Green CounterClockwise
    #U White Clockwise,  U' = White CounterClockwise
    #D Yellow Clockwise, D' = Yellow CounterClockwise