Tamagotchi game expansion on original.

import json
import time
import random
import os

# Create directories if they don't exist
os.makedirs("friends", exist_ok=True)
os.makedirs("tamagotchis", exist_ok=True)

# Tamagotchi Data Structure
TAMAGOTCHI_TYPES = {
    "cat": {"name": "Whiskers", "hunger_rate": 3, "cleanliness_rate": 2},
    "dinosaur": {"name": "Tyranno", "hunger_rate": 5, "cleanliness_rate": 4},
    "dolphin": {"name": "Flipper", "hunger_rate": 4, "cleanliness_rate": 1},
    "ant": {"name": "Tiny", "hunger_rate": 1, "cleanliness_rate": 1},
    "robot": {"name": "Bolt", "hunger_rate": 2, "cleanliness_rate": 3},
    "pegasus": {"name": "Cloud", "hunger_rate": 4, "cleanliness_rate": 2},
    "alien": {"name": "Zyborg", "hunger_rate": 6, "cleanliness_rate": 5},
    "dragon": {"name": "Ember", "hunger_rate": 7, "cleanliness_rate": 3},
    "fox": {"name": "Rusty", "hunger_rate": 3, "cleanliness_rate": 2},
    "owl": {"name": "Hoot", "hunger_rate": 2, "cleanliness_rate": 1},
    "panda": {"name": "Bamboo", "hunger_rate": 4, "cleanliness_rate": 2},
    "penguin": {"name": "Waddle", "hunger_rate": 3, "cleanliness_rate": 1},
    "unicorn": {"name": "Sparkle", "hunger_rate": 2, "cleanliness_rate": 2},
    "wolf": {"name": "Howler", "hunger_rate": 5, "cleanliness_rate": 3},
    "dragonfly": {"name": "Zephyr", "hunger_rate": 1, "cleanliness_rate": 1}
}

# Toy Inventory System
TOYS = {
    "ball": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 15)}), "You played with the ball! 🎾")},
    "frisbee": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 20), "energy": max(0, t["energy"] - 10)}), "You threw the frisbee! 🥏")},
    "doll": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 10)}), "You hugged your doll! 🧸")},
    "remote": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 5), "cleanliness": max(0, t["cleanliness"] - 5)}), "You smashed the remote! 📺")},
    "bath_toy": {"effect": lambda t: (t.update({"cleanliness": min(100, t["cleanliness"] + 15)}), "You played in the bath! 🛁")},
    "feather": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 10), "energy": max(0, t["energy"] - 5)}), "You chased the feather! 🪶")},
    "tunnel": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 8), "energy": max(0, t["energy"] - 3)}), "You ran through the tunnel! 🐇")},
    "laser": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 12), "energy": max(0, t["energy"] - 5)}), "You chased the laser dot! 🔵")},
    "chew_toy": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 10), "hunger": max(0, t["hunger"] - 5)}), "You chewed your toy! 🦷")},
    "tug_rope": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 15), "energy": max(0, t["energy"] - 10)}), "You played tug-of-war! 🪢")},
    "puzzle": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 10), "hunger": max(0, t["hunger"] - 5)}), "You solved a puzzle! 🧩")},
    "music_box": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 8)}), "You danced to music! 🎵")},
    "treat_toy": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 10), "hunger": max(0, t["hunger"] - 10)}), "You got a treat! 🍪")},
    "catnip": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 25), "energy": max(0, t["energy"] - 15)}), "You're high on catnip! 🌿")},
    "robot_dog": {"effect": lambda t: (t.update({"happiness": min(100, t["happiness"] + 20), "sick": False}), "Your robot dog cured you! 🤖")}
}

# Tamagotchi Base Structure
def create_tamagotchi(ttype="cat", name=None):
    return {
        "id": f"TAMA{random.randint(100, 999)}",
        "name": name or TAMAGOTCHI_TYPES[ttype]["name"],
        "type": ttype,
        "age": 0,
        "hunger": 50,
        "happiness": 50,
        "health": 100,
        "cleanliness": 75,
        "energy": 100,
        "thirst": 30,
        "sick": False,
        "stage": "egg",
        "alive": True,
        "last_interacted": time.time(),
        "inventory": [],
        "friends": []
    }

# Save/Load Functions
def save_tamagotchi(data, folder="tamagotchis"):
    with open(f"{folder}/{data['id']}.json", "w") as f:
        json.dump(data, f, indent=2)

def load_tamagotchi(id, folder="tamagotchis"):
    try:
        with open(f"{folder}/{id}.json", "r") as f:
            data = json.load(f)
            for key in create_tamagotchi():
                if key not in data:
                    data[key] = create_tamagotchi()[key]
            return data
    except FileNotFoundError:
        print("No saved Tamagotchi found!")
        return create_tamagotchi()

# Game Mechanics
def update_stats():
    global tamagotchi
    time_passed = time.time() - tamagotchi["last_interacted"]

    if time_passed > 10:
        # Base stat decay
        tamagotchi["hunger"] = min(100, tamagotchi["hunger"] + TAMAGOTCHI_TYPES[tamagotchi["type"]]["hunger_rate"])
        tamagotchi["thirst"] = min(100, tamagotchi["thirst"] + 2)
        tamagotchi["cleanliness"] = max(0, tamagotchi["cleanliness"] - TAMAGOTCHI_TYPES[tamagotchi["type"]]["cleanliness_rate"])
        tamagotchi["happiness"] = max(0, tamagotchi["happiness"] - 2)
        tamagotchi["energy"] = max(0, tamagotchi["energy"] - 3)

        # Aging
        tamagotchi["age"] += 0.1
        update_stage()

        # Sickness Risk
        if tamagotchi["cleanliness"] < 20 or tamagotchi["hunger"] > 80:
            if random.random() < 0.1:
                tamagotchi["sick"] = True

        # Health Decay
        if tamagotchi["sick"]:
            tamagotchi["health"] = max(0, tamagotchi["health"] - 5)
        else:
            tamagotchi["health"] = min(100, tamagotchi["health"] + 1)

        tamagotchi["last_interacted"] = time.time()
        check_status()
        random_event()

def update_stage():
    global tamagotchi
    if tamagotchi["age"] >= 5 and tamagotchi["stage"] == "egg":
        print("🐣 It's hatching!")
        tamagotchi["stage"] = "baby"
    elif tamagotchi["age"] >= 10 and tamagotchi["stage"] == "baby":
        print("👶 Your Tamagotchi is growing up!")
        tamagotchi["stage"] = "adult"

def check_status():
    global tamagotchi
    if tamagotchi["health"] <= 0:
        print("\n💔 Your Tamagotchi has died!")
        tamagotchi["alive"] = False

# Player Actions
def feed():
    global tamagotchi
    tamagotchi["hunger"] = max(0, tamagotchi["hunger"] - 15)
    tamagotchi["thirst"] = max(0, tamagotchi["thirst"] - 10)
    print("\n🍴 You fed your Tamagotchi!")

def play():
    global tamagotchi
    tamagotchi["happiness"] = min(100, tamagotchi["happiness"] + 10)
    tamagotchi["energy"] = max(0, tamagotchi["energy"] - 15)
    print("\n🎈 You played with your Tamagotchi!")

def clean():
    global tamagotchi
    tamagotchi["cleanliness"] = min(100, tamagotchi["cleanliness"] + 20)
    print("\n🧼 You cleaned your Tamagotchi!")

def sleep():
    global tamagotchi
    if tamagotchi["energy"] < 50:
        tamagotchi["energy"] = min(100, tamagotchi["energy"] + 50)
        print("\n💤 Your Tamagotchi took a nap!")
    else:
        print("\n⚠️ Your Tamagotchi isn’t tired yet!")

def give_medicine():
    global tamagotchi
    if tamagotchi["sick"]:
        tamagotchi["sick"] = False
        print("\n💊 You gave your Tamagotchi medicine!")
    else:
        print("\n⚠️ Your Tamagotchi isn’t sick!")

def use_toy():
    global tamagotchi
    if not tamagotchi["inventory"]:
        print("\n⚠️ No toys in inventory!")
        return

    print("\nToys available:")
    for i, toy in enumerate(tamagotchi["inventory"], 1):
        print(f"{i}. {toy}")

    choice = input("Which toy to use? (Enter number or BACK): ")
    if choice.lower() == "back":
        return

    try:
        idx = int(choice) - 1
        toy = tamagotchi["inventory"][idx]
        msg = TOYS[toy]["effect"](tamagotchi)
        print(msg)
        tamagotchi["inventory"].pop(idx)
    except (IndexError, ValueError):
        print("\nInvalid choice!")

def visit_park():
    global tamagotchi
    if random.random() < 0.1:  # 10% chance
        friend_type = random.choice(list(TAMAGOTCHI_TYPES.keys()))
        friend = create_tamagotchi(friend_type)
        print(f"\n👥 You met a new friend! It's a {friend_type} named {friend['name']}!")
        tamagotchi["friends"].append(friend["id"])
        save_tamagotchi(friend, "friends")
    else:
        print("\nNo new friends today.")

# Cheats
def cheat_full():
    global tamagotchi
    for stat in ["hunger", "thirst", "cleanliness", "happiness", "energy"]:
        tamagotchi[stat] = 100
    tamagotchi["sick"] = False
    print("\n✅ All stats maxed out!")

def cheat_all_toys():
    global tamagotchi
    tamagotchi["inventory"].extend(TOYS.keys())
    print("\n🎁 You got all toys!")

# Random Events (10 types)
def random_event():
    global tamagotchi
    event = random.choice([
        "lost_toys", "found_toy", "bad_weather", "good_weather",
        "dream", "sick_friend", "party", "injury", "treasure", "runaway"
    ])

    if event == "lost_toys":
        if tamagotchi["inventory"]:
            lost = random.choice(tamagotchi["inventory"])
            tamagotchi["inventory"].remove(lost)
            print(f"\n🚫 You lost your {lost}!")

    elif event == "found_toy":
        toy = random.choice(list(TOYS.keys()))
        tamagotchi["inventory"].append(toy)
        print(f"\n🎁 You found a {toy}!")

    elif event == "bad_weather":
        tamagotchi["happiness"] = max(0, tamagotchi["happiness"] - 20)
        tamagotchi["cleanliness"] = max(0, tamagotchi["cleanliness"] - 10)
        print("\n🌧️ Stormy weather made your Tamagotchi sad!")

    elif event == "good_weather":
        tamagotchi["happiness"] = min(100, tamagotchi["happiness"] + 20)
        print("\n☀️ Sunny weather made your Tamagotchi happy!")

    elif event == "dream":
        print("\n💭 Your Tamagotchi had a wonderful dream!")
        tamagotchi["happiness"] = min(100, tamagotchi["happiness"] + 10)

    elif event == "sick_friend":
        if tamagotchi["friends"]:
            friend_id = random.choice(tamagotchi["friends"])
            print(f"\n⚠️ Your friend {friend_id} is sick!")
            if random.random() < 0.3:
                tamagotchi["sick"] = True

    elif event == "party":
        print("\n🎉 Surprise party! Everyone's happy!")
        tamagotchi["happiness"] = min(100, tamagotchi["happiness"] + 30)
        tamagotchi["energy"] = max(0, tamagotchi["energy"] - 20)

    elif event == "injury":
        print("\n🩹 Your Tamagotchi got a minor injury!")
        tamagotchi["health"] = max(0, tamagotchi["health"] - 10)

    elif event == "treasure":
        print("\n💎 You found a treasure chest!")
        cheat_all_toys()

    elif event == "runaway":
        print("\n🏃 Your Tamagotchi almost ran away!")
        tamagotchi["happiness"] = max(0, tamagotchi["happiness"] - 30)
        tamagotchi["energy"] = max(0, tamagotchi["energy"] - 20)

# Game Loop
def game_loop():
    global tamagotchi
    print(f"\n{tamagotchi['name']} the {tamagotchi['type']} is ready to play!")

    while tamagotchi["alive"]:
        update_stats()

        # Mood Indicator
        mood = "sad"
        if tamagotchi["sick"]:
            mood = "sick"
        elif tamagotchi["energy"] < 20:
            mood = "tired"
        elif tamagotchi["happiness"] > 70:
            mood = "happy"

        print(f"\nCurrent Mood: {mood.capitalize()} | Age: {int(tamagotchi['age'])}")
        print(f"Stats: 😊{tamagotchi['happiness']} | 🍽️{tamagotchi['hunger']} | 💧{tamagotchi['thirst']}")
        print("1. Feed  2. Play  3. Clean  4. Sleep  5. Meds  6. Toys  7. Park  8. Status  9. Save  10. Exit")

        choice = input("What do you want to do? ")

        if choice == "1":
            feed()
        elif choice == "2":
            play()
        elif choice == "3":
            clean()
        elif choice == "4":
            sleep()
        elif choice == "5":
            give_medicine()
        elif choice == "6":
            use_toy()
        elif choice == "7":
            visit_park()
        elif choice == "8":
            print(f"\nName: {tamagotchi['name']} | Type: {tamagotchi['type'].capitalize()}")
            print(f"Friends ({len(tamagotchi['friends'])}) | Inventory ({len(tamagotchi['inventory'])})")
        elif choice == "9":
            save_tamagotchi(tamagotchi)
            print("\n💾 Game saved!")
        elif choice == "10":
            print("👋 See you next time!")
            break
        elif choice.lower() == "full":
            cheat_full()
        elif choice.lower() == "alltoys":
            cheat_all_toys()

        time.sleep(2)  # Simulate time passing

# Start Game
if __name__ == "__main__":
    tamagotchi = load_tamagotchi("TAMA123")
    game_loop()