Reserch Game

import random

print("\nWelcome to the Arctic Coastal Monitoring Research Game with Sima!")
print("Navigate through satellite imagery or fieldwork to gather data and complete your research project.")

def best_season():
    return "summer"

def arctic_coastal_monitoring():
    # Ask the user if they have experience working in the Arctic
    experience = input("Have you ever worked on the Arctic? (yes/no): ").lower()

    if experience == "yes":
        print("Sounds good! We can be a good team in this challenging process.")
    else:
        print("Do not worry! I am new in this field like you; we can learn step by step.")


    key_factors = ["Sea Ice Dynamics", "Sediment Transport", "Wave Patterns"]
    dangers = ["Polar Bear", "Iceberg Collision", "Extreme Cold"]
    rewards = ["Successful Satellite Data", "Accurate Field Measurements", "Valid Climate Observations"]
    satellites = ["Sentinel", "Landsat", "Modis"]

    game_over = False
    project_completed = False
    score = 0

    # Define method for choosing the method of research
    def choose_method():
        nonlocal game_over, project_completed, score
        method = ""

        while method not in ['F', 'R']:  # Ensure the user chooses a valid method
            method = input("\nChoose your method: Type 'F' for Field work or 'R' for Remote Sensing: ").upper()

        if method == 'F':  # Fieldwork method
            season = input("What is the best season for fieldwork? ").lower()
            if season == best_season():  # Correct season
                print("\nStart your data gathering.")
                print("Prof. David Didier and Prof. Simon Belanger guide you in this process")
                data_gathering()
                project_completed = True
            else:
                print("\nYou are in danger! Fieldwork is not possible due to harsh conditions.")
                game_over = encounter_danger()

        elif method == 'R':  # Remote sensing method
            print("\nChoose your satellite:")
            for satellite in satellites:  # Use a for loop to show available satellites
                print(satellite)
            chosen_satellite = input("Enter satellite choice: ").capitalize()

            if chosen_satellite in satellites:
                print(f"You have chosen {chosen_satellite}. Now choose your key factor:")
                for key_factor in key_factors:  # Use a for loop to show available key factors
                    print(key_factor)
                key_factor = input("Enter key factor: ").title()

                if key_factor in key_factors:
                    print("\nEvaluating results based on the chosen key factor...")
                    print("\n You need help for continuing the rest of the process,"
                          "Prof. David Didier in the filed of Coastal hazards and geomorphology and"
                          "Prof. Simon Belanger in the field of Remote sensing support you ")
                    project_completed = True
                    evaluate_results()
                else:
                    print("Invalid key factor choice. Inadequate data, you cannot continue the process.")
                    game_over = True
            else:
                print("Invalid satellite choice. You cannot continue the process.")
                game_over = True

    def data_gathering():
        nonlocal score
        reward = random.choice(rewards)
        print(f"Great! You gathered {reward}. You gain 20 points.")
        score += 20

    def evaluate_results():
        nonlocal score
        print("Results evaluated successfully! You gain 30 points.")
        score += 30

    def encounter_danger():
        danger = random.choice(dangers)
        print(f"Oh no! You encountered {danger}. GAME OVER.")
        return True

    # Main game loop
    while not game_over and not project_completed:  # Use a while loop to keep the game running
        choose_method()

    if project_completed:
        score += 50  # Add 50 points for project completion
        print("\nProject completed successfully!")
        print("You win!")
        print(f"Your total score is: {score}")
    elif game_over:
        print("\nGAME OVER!")

# Run the game
arctic_coastal_monitoring()