Okay, I can help you set up the Eurojackpot lottery simulator project. Here are the files needed for the simulator: import random # Game rules MAIN_NUMBER_COUNT = 5 EURO_NUMBER_COUNT = 2 MAIN_NUMBER_MIN = 1 MAIN_NUMBER_MAX = 50 EURO_NUMBER_MIN = 1 EURO_NUMBER_MAX = 12 # Prize Tiers (Based on typical Eurojackpot rules) # Key: (matched_main, matched_euro) # Value: Prize Tier Name (e.g., "I", "II", etc.) PRIZE_TIERS = { (5, 2): "I", (5, 1): "II", (5, 0): "III", (4, 2): "IV", (4, 1): "V", (4, 0): "VI", (3, 2): "VII", (2, 2): "VIII", (3, 1): "IX", (3, 0): "X", (1, 2): "XI", (2, 1): "XII", } def generate_unique_numbers(count, min_val, max_val): """Generates a set of unique random numbers within a specified range.""" if count > (max_val - min_val + 1): raise ValueError("Cannot generate more unique numbers than the range allows.") numbers = set() while len(numbers) < count: numbers.add(random.randint(min_val, max_val)) return sorted(list(numbers)) import sys from constants import ( MAIN_NUMBER_COUNT, EURO_NUMBER_COUNT, MAIN_NUMBER_MIN, MAIN_NUMBER_MAX, EURO_NUMBER_MIN, EURO_NUMBER_MAX, generate_unique_numbers ) class Ticket: """Represents a single Eurojackpot ticket.""" def __init__(self, main_numbers=None, euro_numbers=None): """ Initializes a Ticket. If numbers are not provided, generates random ones. """ if main_numbers is None: self.main_numbers = generate_unique_numbers( MAIN_NUMBER_COUNT, MAIN_NUMBER_MIN, MAIN_NUMBER_MAX ) else: self._validate_numbers(main_numbers, MAIN_NUMBER_COUNT, MAIN_NUMBER_MIN, MAIN_NUMBER_MAX, "Main") self.main_numbers = sorted(main_numbers) if euro_numbers is None: self.euro_numbers = generate_unique_numbers( EURO_NUMBER_COUNT, EURO_NUMBER_MIN, EURO_NUMBER_MAX ) else: self._validate_numbers(euro_numbers, EURO_NUMBER_COUNT, EURO_NUMBER_MIN, EURO_NUMBER_MAX, "Euro") self.euro_numbers = sorted(euro_numbers) def _validate_numbers(self, numbers, expected_count, min_val, max_val, num_type): """Validates a list of numbers.""" if not isinstance(numbers, list): raise TypeError(f"{num_type} numbers must be provided as a list.") if len(numbers) != expected_count: raise ValueError(f"Exactly {expected_count} {num_type.lower()} numbers are required.") if len(set(numbers)) != expected_count: raise ValueError(f"{num_type} numbers must be unique.") for num in numbers: if not (min_val <= num <= max_val): raise ValueError(f"{num_type} numbers must be between {min_val} and {max_val}.") @classmethod def from_user_input(cls): """Creates a Ticket object from user input.""" main_numbers = cls._get_numbers_from_user( MAIN_NUMBER_COUNT, MAIN_NUMBER_MIN, MAIN_NUMBER_MAX, "main" ) euro_numbers = cls._get_numbers_from_user( EURO_NUMBER_COUNT, EURO_NUMBER_MIN, EURO_NUMBER_MAX, "Euro" ) return cls(main_numbers, euro_numbers) @staticmethod def _get_numbers_from_user(count, min_val, max_val, num_type): """Helper method to get and validate numbers from user input.""" while True: try: prompt = (f"Enter {count} unique {num_type} numbers " f"(between {min_val}-{max_val}), separated by spaces: ") print(prompt, end="") sys.stdout.flush() # Ensure prompt is displayed before input line = sys.stdin.readline().strip() num_strs = line.split() numbers = [int(n) for n in num_strs] # Perform validation using the instance validator logic temp_ticket = Ticket() # Create dummy ticket for validation method access temp_ticket._validate_numbers(numbers, count, min_val, max_val, num_type.capitalize()) return numbers except ValueError as e: print(f"Input Error: {e}. Please try again.") except TypeError as e: print(f"Input Error: {e}. Please try again.") except Exception as e: # Catch other potential errors like non-integer input print(f"Invalid input. Please enter numbers separated by spaces. Error: {e}") def __str__(self): """Returns a string representation of the ticket.""" main_str = " ".join(map(str, self.main_numbers)) euro_str = " ".join(map(str, self.euro_numbers)) return f"Main: [{main_str}] Euro: [{euro_str}]" def __repr__(self): """Returns a detailed representation of the ticket.""" return f"Ticket(main_numbers={self.main_numbers}, euro_numbers={self.euro_numbers})" from constants import ( MAIN_NUMBER_COUNT, EURO_NUMBER_COUNT, MAIN_NUMBER_MIN, MAIN_NUMBER_MAX, EURO_NUMBER_MIN, EURO_NUMBER_MAX, generate_unique_numbers ) class Draw: """Represents the official Eurojackpot draw.""" def __init__(self): """Initializes the Draw by generating winning numbers.""" self.winning_main_numbers = generate_unique_numbers( MAIN_NUMBER_COUNT, MAIN_NUMBER_MIN, MAIN_NUMBER_MAX ) self.winning_euro_numbers = generate_unique_numbers( EURO_NUMBER_COUNT, EURO_NUMBER_MIN, EURO_NUMBER_MAX ) def __str__(self): """Returns a string representation of the draw results.""" main_str = " ".join(map(str, self.winning_main_numbers)) euro_str = " ".join(map(str, self.winning_euro_numbers)) return f"Main: [{main_str}] Euro: [{euro_str}]" def __repr__(self): """Returns a detailed representation of the draw.""" return f"Draw(winning_main_numbers={self.winning_main_numbers}, winning_euro_numbers={self.winning_euro_numbers})" from ticket import Ticket from draw import Draw from constants import PRIZE_TIERS def check_ticket(ticket: Ticket, draw: Draw): """ Checks a ticket against the official draw results. Args: ticket: The player's Ticket object. draw: The official Draw object. Returns: A tuple containing: - matched_main_count (int): Number of matched main numbers. - matched_euro_count (int): Number of matched euro numbers. - prize_tier (str or None): The prize tier won, or None if no prize. """ matched_main_set = set(ticket.main_numbers) & set(draw.winning_main_numbers) matched_euro_set = set(ticket.euro_numbers) & set(draw.winning_euro_numbers) matched_main_count = len(matched_main_set) matched_euro_count = len(matched_euro_set) # Determine prize tier prize_tier = PRIZE_TIERS.get((matched_main_count, matched_euro_count)) return matched_main_count, matched_euro_count, prize_tier import sys from ticket import Ticket from draw import Draw from checker import check_ticket from constants import MAIN_NUMBER_COUNT, EURO_NUMBER_COUNT def display_results(ticket, draw_result, matched_main, matched_euro, prize_tier): """Displays the ticket, winning numbers, and results.""" print("\n--- Results ---") print(f"Your Ticket: {ticket}") print(f"Winning Draw: {draw_result}") # Adjust separator length based on the longer string representation separator_len = max(len(str(ticket)), len(str(draw_result))) + 4 print("-" * separator_len) print(f"Matched Main Numbers: {matched_main}/{MAIN_NUMBER_COUNT}") print(f"Matched Euro Numbers: {matched_euro}/{EURO_NUMBER_COUNT}") if prize_tier: print(f"\nCongratulations! You won Prize Tier: {prize_tier}") else: print("\nSorry, your ticket did not win a prize this time.") print("-" * separator_len) def main(): """Main function to run the Eurojackpot simulation.""" print("--- Eurojackpot Lottery Simulator ---") while True: print("\nChoose an option:") print("1. Generate a random ticket") print("2. Enter your own numbers") print("0. Exit") print("Enter choice: ", end="") sys.stdout.flush() # Ensure prompt is displayed before input choice = sys.stdin.readline().strip() player_ticket = None if choice == '1': player_ticket = Ticket() print(f"\nGenerated Ticket: {player_ticket}") break elif choice == '2': try: player_ticket = Ticket.from_user_input() print(f"\nYour Ticket: {player_ticket}") break except (ValueError, TypeError) as e: print(f"Error creating ticket: {e}") # Loop continues to ask for input again elif choice == '0': print("Exiting simulator. Goodbye!") return else: print("Invalid choice. Please enter 1, 2, or 0.") # Perform the draw print("\nPerforming the official draw...") official_draw = Draw() # Check the ticket against the draw matched_main, matched_euro, prize_tier = check_ticket(player_ticket, official_draw) # Display results display_results(player_ticket, official_draw, matched_main, matched_euro, prize_tier) if __name__ == "__main__": main() You can run the simulator using the command `python main.py` in the terminal.