def do_logic():
cubearraycopy=copy.deepcopy(cube.cubearray)
cr = cross.makecross(cubearraycopy)
f2 = f2l.dof2l(cubearraycopy)
ol = oll.solveoll(cubearraycopy)
pl = pll.solvepll(cubearraycopy)
cube.set_solution(get_full_sol(cr + " " + f2 + " " + ol + " " + pl))
kellogs.write(_py_to_ard(cube.thesolution.split(" ")).encode())
global handle_check_serial
handle_check_serial=ml.set_alarm_in(1,check_serial,"")
handle_loading=ml.set_alarm_in(0.5,loadingstatus,"")
col[i][j] = "red"
if j > 5 and j < 9:
col[i][j] = "green"
if j > 8 and j < 12:
col[i][j] = "orange"
if j > 5 and j < 9 and i > 5:
col[i][j] = "white"
scramble = input("enter scramble")
moves.breakscram(scramble, col)
logs.write(str(col))
t = time.time()
cr = cross.makecross(col)
f2 = f2l.dof2l(col)
ol = oll.solveoll(col)
pl = pll.solvepll(col)
print("cross", cr)
print("f2l", f2)
print("oll", ol)
print("pll", pl)
fullsol = cr + " " + f2 + " " + ol + " " + pl
print("------------------")
fullsol = fullsol.replace("R R'", "")
fullsol = fullsol.replace("L L'", "")
fullsol = fullsol.replace("F F'", "")
fullsol = fullsol.replace("D D'", "")
fullsol = fullsol.replace("B B'", "")