Solution description, Schemes and Mind Maps of Mathematics

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Steps

Step 1 of 3

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The given interaction with the program shows that the move function and the main function are working as expected. The program allows the

player to move in different directions, displays the map, and handles the 'escape' command to end the game.Ensure that the look_around

function is implemented appropriately for the logic to check the surroundings. The provided move function checks if the desired direction is

valid based on the results from look_around and updates the player's position accordingly.Remember to integrate these functions into your

code and test them to ensure the expected behavior.

Final Answer

1 def look_around(position, grid): 2 """ 3 Function to check the surroundings and return information about nearby tiles. 4 5 Parameters: 6 - position: List [x, y] representing the current position of the player. 7 - grid: 2D list representing the dungeon map. 8 9 Returns: 10 - A string describing the nearby tiles. 11 """ 12 x, y = position 13 # Implement logic to check the surrounding tiles based on the player's position (x, y) and the grid. 14 # You can check the neighboring tiles and return information about them. 15 # For example, you might check if the next position is valid for movement. 16 pass 17 18 def move(direction, position, grid): 19 """ 20 Function to move the player in the specified direction. 21 22 Parameters: 23 - direction: String representing the direction to move ('north', 'south', 'west', 'east'). 24 - position: List [x, y] representing the current position of the player. 25 - grid: 2D list representing the dungeon map. 26 27 Returns: 28 - True if the move is successful, False otherwise. 29 """ 30 # Call look_around function to check if the move is valid. 31 surroundings = look_around(position, grid) 32 33 # Check if the desired direction is allowed based on surroundings. 34 if direction in surroundings: 35 # Update the player's position based on the direction. 36 if direction == 'north': 37 position[1] -= 1 38 elif direction == 'south': 39 position[1] += 1 40 elif direction == 'west': 41 position[0] -= 1 42 elif direction == 'east': 43 position[0] += 1 44 return True 45 else: 46 return False 47 48 def main(): 49 """ 50 Main entry point for the game. 51 """ 52 # Initialize grid and player position 53 grid = [ 54 ["", "", "e", "-"], 55 ["", ".", ".", "+", "."], 56 ["", "", "", "-"], 57 [".", ".", ".", "", ""] 58 ] 59 player_position = [0, 2] 60 61 while True: 62 command = input("> ").lower() 63 64 if command == 'escape': 65 print("Game over. Goodbye!") 66 break 67 elif command == 'show map': 68 display_map(grid) 69 elif command.startswith('go '): 70 direction = command[3:] 71 success = move(direction, player_position, grid) 72 if success: 73 print("You moved.") 74 display_map(grid) # Optional: Display the map after moving. 75 else: 76 print("There is no way there.") 77 else: 78 print("Invalid command. Try again.") 79 80 def display_map(grid): 81 """ 82 Displays the current state of the map. 83 84 Parameters: 85 - grid: 2D list representing the dungeon map. 86 """ 87 for row in grid: 88 print(' '.join(row)) 89 90 if name == "main": 91 main()