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‎Memory Game Python/README.md

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###
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# Memory Game Python Script Breakdown
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## 1. Importing Necessary Modules
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- **random**: for generating random numbers.
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- **tabulate**: for formatting the grid display.
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- **os**: for clearing the console.
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## 2. Defining Global Variables
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- **values**: a dictionary mapping letters to their corresponding indices in the grid.
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- **temp_found**: a list to store the numbers temporarily found during each turn.
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- **user_values**: a list to store the user's input for each turn.
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- **user_choices**: a list to keep track of the tiles already uncovered by the user.
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- **progress**: a boolean flag to indicate whether the game is still in progress.
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- **competed**: a boolean flag to indicate whether the game has been completed.
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## 3. Taking User Input for the Grid Size
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- The user is prompted to enter a choice for the grid size (e.g., 2 for a 2x2 grid, 4 for a 4x4 grid).
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- The input is validated to ensure it is an even number.
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## 4. Defining Functions
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- **game_elements(num)**: a function that generates the grid elements. It creates a list of random numbers and shuffles them to create pairs.
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- **game_process(num)**: a function that handles the game logic. It displays the grid, prompts the user for input, and updates the grid based on the user's choices. It also checks for matches and updates the game status accordingly.
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## 5. The Main Game Loop
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- The main list is populated with the grid elements using the `game_elements` function.
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- The `game_process` function is called to start the game.
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- After each game, the user is prompted to choose whether to play again.
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- If the user chooses to quit, the loop breaks.
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**Overall, the selected code provides a complete implementation of the memory game with user interaction and grid display.**
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###

‎Memory Game Python/main.py

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import random
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import os
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values = {'a' : 0, 'b' : 1, 'c' : 2, 'd' : 3, 'e' : 4, 'f' : 5, 'g' : 6, 'h' : 7}
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table_heading = {65:"A", 66:"B", 67:"C", 68:"D", 69:"E", 70:"F", 71:"G", 72:"H"}
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temp_found = []
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user_values = []
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user_choices = []
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progress = True
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competed = False
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user_choice_data = input("""
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For '2x2' enter "EASY"
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For '4x4' enter "MEDIUM"
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For '6x6' enter "HARD"
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For '8x8' enter "EXTREME"
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Enter your choice: """).lower()
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while user_choice_data not in ["easy", "medium", "hard", "extreme"]:
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os.system("cls")
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user_choice_data = input("""
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For '2x2' enter "EASY"
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For '4x4' enter "MEDIUM"
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For '6x6' enter "HARD"
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For '8x8' enter "EXTREME"
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Enter your choice: """).lower()
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def game_elements(num):
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lst = []
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while len(lst) < num:
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row = []
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while len(row) < num:
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random_number = random.randint(1,10)
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if random_number not in row:
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row.append(random_number)
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lst.append(row)
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element = row.copy()
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random.shuffle(element)
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lst.append(element)
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return lst
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def game_process(num):
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global user_values
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global temp_found
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global competed
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def game_table(list_with_spaces):
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char_count = 65
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if user_choice_data == 2:
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print(" 0 1 ")
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print(" |---------|---------|")
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for i in range(2):
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print(f"{table_heading[char_count]} | {list_with_spaces[i][0]} | {list_with_spaces[i][1]} |")
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print(" |---------|---------|")
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char_count += 1
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if user_choice_data == 4:
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print(" 0 1 2 3 ")
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print(" |---------|---------|---------|---------|")
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for i in range(4):
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print(f"{table_heading[char_count]} | {list_with_spaces[i][0]} | {list_with_spaces[i][1]} | {list_with_spaces[i][2]} | {list_with_spaces[i][3]} |")
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print(" |---------|---------|---------|---------|")
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char_count += 1
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if user_choice_data == 6:
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print(" 0 1 2 3 4 5 ")
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print(" |-------|-------|-------|-------|-------|-------|")
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for i in range(6):
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print(f"{table_heading[char_count]} | {list_with_spaces[i][0]} | {list_with_spaces[i][1]} | {list_with_spaces[i][2]} | {list_with_spaces[i][3]} | {list_with_spaces[i][4]} | {list_with_spaces[i][5]} |")
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print(" |-------|-------|-------|-------|-------|-------|")
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char_count += 1
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if user_choice_data == 8:
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print(" 0 1 2 3 4 5 6 7 ")
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print(" |-------|-------|-------|-------|-------|-------|-------|-------|")
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for i in range(8):
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print(f"{table_heading[char_count]} | {list_with_spaces[i][0]} | {list_with_spaces[i][1]} | {list_with_spaces[i][2]} | {list_with_spaces[i][3]} | {list_with_spaces[i][4]} | {list_with_spaces[i][5]} | {list_with_spaces[i][6]} | {list_with_spaces[i][7]} |")
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print(" |-------|-------|-------|-------|-------|-------|-------|-------|")
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char_count += 1
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list_with_spaces = [[' ' for _ in sublist] for sublist in main]
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while progress:
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os.system('cls')
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game_table(list_with_spaces)
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trial = 0
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for i in range(2):
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if len(user_choices) == (num**2):
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competed = True
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break
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opn = input("\nEnter the tile to uncover: ")
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while opn in user_choices:
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print("\n===========>>>You have already completed this tile!")
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opn = input("\nEnter the new tile to uncover: ")
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user_values.append(opn)
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index_1 = values[opn[0]]
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index_2 = int(opn[1])
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temp_found.append(main[index_1][index_2])
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list_with_spaces[index_1][index_2] = main[index_1][index_2]
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game_table(list_with_spaces)
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trial += 1
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if trial == 2:
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user_input = input("\n===========>>> Press (Enter) to Continue: ")
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trial = 0
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if competed:
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print("\n===========>>> You Won! <<<===========")
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break
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elif temp_found[0] == temp_found[1]:
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for i in range(2):
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user_choices.append(user_values[i])
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index_1 = values[user_values[i][0]]
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index_2 = int(user_values[i][1])
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list_with_spaces[index_1][index_2] = "✔️"
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user_values = []
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temp_found = []
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else:
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for i in range(2):
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index_1 = values[user_values[i][0]]
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index_2 = int(user_values[i][1])
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list_with_spaces[index_1][index_2] = " "
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user_values = []
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temp_found = []
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while True:
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if user_choice_data == "easy":
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user_choice_data = 2
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if user_choice_data == "medium":
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user_choice_data = 4
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if user_choice_data == "hard":
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user_choice_data = 6
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if user_choice_data == "extreme":
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user_choice_data = 8
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main = game_elements(user_choice_data)
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process = game_process(user_choice_data)
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choice = input("Do you want to play the game again? (y/n): ").lower()
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while choice not in ["y", "n"]:
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print("\n Invalid choice")
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choice = input("Do you want to play the game again? (y/n): ")
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if choice == "n":
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break

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