How to Solve a Rubik’s Cube Using Python?

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Solving a Rubik’s cube using Python involves using an algorithmic approach. There are several methods to solve a Rubik’s cube, and some of the popular methods include the beginner’s method, the Fridrich method, and the Roux method. Here, we’ll demonstrate how to use the beginner’s method in Python to solve a Rubik’s cube.

To solve a Rubik’s cube using Python, you can use the rubik library. This library provides functions to manipulate and solve Rubik’s cubes.

Here’s an example of how to solve a Rubik’s cube using Python and the rubik library:

import rubik

# Create a scrambled Rubik's cube
cube = rubik.I
moves = rubik.random_moves(20)
for move in moves:
    cube = rubik.perm_apply(move, cube)

# Print the scrambled cube
print("Scrambled cube:")
print(rubik.render_ascii(cube))

# Solve the Rubik's cube using the beginner's method
solution = rubik.solve(cube)

# Print the solution
print("Solution:")
print(solution)

In this example, we first import the rubik library using import rubik.

We create a scrambled Rubik’s cube by starting with the solved state rubik.I and applying 20 random moves using rubik.random_moves(20).

We print the scrambled cube using rubik.render_ascii(cube).

We solve the Rubik’s cube using the beginner’s method using rubik.solve(cube). This function takes in the scrambled cube and returns a list of moves to solve the cube.

Finally, we print the solution using print(solution).

Note: Solving a Rubik’s cube requires knowledge of Rubik’s cube algorithms and solving techniques. This example only demonstrates how to use the rubik library in Python to solve a Rubik’s cube.

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