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Solve the following 8-sliding tile puzzle using the textbook code's implementation of A* search (the goal state is the tiles all in sorted order with the blank at bottom right).

Solve the following 8-sliding tile puzzle using the textbook code's implementation of A* search (the goal state is the tiles all in sorted order with the blank at bottom right).

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Solve the following 8-sliding tile puzzle using the textbook code's implementation of A* search (the goal state is the tiles all in sorted order with the blank at bottom right). 23 1 457 8 6 Hint: you can modify the following main code to solve the puzzle: from search import * eight puzzle = EightPuzzle( ?? ) # <- change this if __name__ '__main__': print(astar_search(eight_puzzle, h=None, display=True) .solution()) (enter an integer, e.g., 10). The first few actions to solve this puzzle are (enter one of UP, DOWN, LEFT, RIGHT; check your spelling.): The number of actions to solve this puzzle is 1. UP 2. UP 3. 4. exit() 5. 6. 7.
Transcribed Image Text:Solve the following 8-sliding tile puzzle using the textbook code's implementation of A* search (the goal state is the tiles all in sorted order with the blank at bottom right). 23 1 457 8 6 Hint: you can modify the following main code to solve the puzzle: from search import * eight puzzle = EightPuzzle( ?? ) # <- change this if __name__ '__main__': print(astar_search(eight_puzzle, h=None, display=True) .solution()) (enter an integer, e.g., 10). The first few actions to solve this puzzle are (enter one of UP, DOWN, LEFT, RIGHT; check your spelling.): The number of actions to solve this puzzle is 1. UP 2. UP 3. 4. exit() 5. 6. 7.
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