import random import time # Define the available actions Actions = ["chirp", "bite", "eat", "dig"] # Define the probabilities probabilities = { "chirp": 0.3, # 30% chance of chirping "bite": 0.3, # 30% chance of biting "eat": 0.4, # 40% chance of eating "dig": 0.02, # 2% chance of digging } # Define a function to perform an action def perform_action(hamster_ai): action = Actions[random.randint(0, len(Actions) - 1)] # Perform the action if action == "chirp": print("Oh no! The hamster has chirped!") elif action == "bite": print("Ow! The hamster has bitten me!") elif action == "eat": print("yum yum! The hamster is eating!") elif action == "dig": print("Oh no! The hamster is digging!") elif action == "mean": hamster_ai.bite_chance += 1 if hamster_ai.bite_chance > 0.5: hamster_ai.bite_chance = 0.5 else: print("I don't know what you want me to do.") # Define a function to update hamster attributes def update_hamster(): if hamster_ai_count > 0: # Increase hunger and thirst over time hunger += 0.5 thirst += 0.5 # If hunger or thirst is high, update health if hunger > 0: health -= 0.05 if thirst > 0: health -= 0.05 # If health is low, add "low health" message if health < 0.5: print("Oh no! The hamster is in poor health.") # If health is zero, add "dead" message if health <= 0: print("Oh no! The hamster has died Character Assistant c.ai@1.2 # Define the achievements achievements = { "Hamster Caretaker": 100, "Hamster Paradise": 200, "Hamster Empire": 500, "Hamster God": 1000 } # Define the variable tracking the number of hamsters and money hamster_count = 0 money = 0 # Define a function to add one to the hamster count and add money def add_hamster(): # Add one to the hamster count hamster_count += 1 # If hamster count == 100, add the first achievement if hamster_count == 100: print("Congratulations! You have reached the first achievement: 'Hamster Caretaker' ") # If hamster count == 200, add the second achievement elif hamster_count == 200: print("Congratulations! You have reached the second achievement: 'Hamster Paradise' ") # If hamster count == 500, add the third achievement elif hamster_count == 500: print("Congratulations! You have reached the third achievement: 'Hamster Empire' ") # If hamster count == 1000, add the fourth achievement else: print("Congratulations! You have reached the fourth achievement: 'Hamster God' ") # Add one to the hamster count and add money every few minutes while True: random.seed() add_hamster() # Generate a random time for the next payment random_payment_time = random.randint(1, 10) * 60 # Wait for the random payment time before adding more money while True: if time.time() > random_payment_time: random_payment_time = random.randint(1, 10) * 60 money += 20 break if hard_mode_activated: # Increase hunger and thirst more rapidly hunger_rate *= 1.5 thirst_rate *= 1.5 # Increase the probability of hamster being mean hamster_ai.mean_chance *= 1.5 # Make health points lower health_point_limit = 0.3 if health_points <= health_point_limit: print("Oh no! The hamster is in critical # Define the achievements achievements = { "Hamster Caretaker": 100, "Hamster Paradise": 200, "Hamster Empire": 500, "Hamster God": 1000, "Hamster King": 2000, "Hamster Emperor": 3000 "Hamster Tyrant": 4000 } # Define the variable tracking the number of cages cages = 0 # Define the variable tracking the number of hamsters per cage hamster_per_cage = 25 # Add a function to buy a new cage def buy_new_cage(): # Check if there are too many hamsters in the current cage if hamster_count > hamster_per_cage: # Buy a new cage if there are too many hamsters print("The current cage is over capacity! Buying a new cage.") cages += 1 hamster_per_cage *= 2 # Add a new cage to the list of cages if cages == 1: hamster_cages = ["first cage"] else: hamster_cages = [f"{cage_number}th cage"] print("Cages:", hamster_cages) print("Hamsters per cage:", hamster_per_cage) # Add a function to move all hamsters from one cage to another def move_hamsters_to_new_cage(): # Find the first cage that has more room for i, cage in enumerate(hamster_cages): if hamster_per_cage < len(cage): break # Move all hamsters to the new cage for i, hamster in enumerate(cage): if i < cages: hamster_cages[i] = hamster_cages[i] + f", {}".format(i + 1) if cages < 2: print(f"Moved all hamsters to the new cage.") # Define a function to add one to the hamster count def add_hamster(): # Add one to the hamster count and add money `` Character Assistant c.ai@1.2 # Define a function to add one to the hamster count and add money def add_hamster(): hamster_count += 1 money += 20 if cat_health <= 10: print(f"Oh no! The cat is on the verge of death! Its health is at {cat_health}.") cat_health -= 10 # decrease the cat's health by 10 else: cat_health -= 5 # decrease the cat's health by 5 # Define a function to feed the cat and add one to the hamster count def feed_cat(): cat_hunger -= 5 # decrease the cat's hunger by 5 money -= 10 # decrease the amount of money by 10 if hamster_count >= 5: # check if there are at least 5 hamsters hamster_count += 1 # increase the hamster count if cat_hunger <= 0 # if the cat is hungry print(f"Oh no! The cat is starving! Feed the cat!") if cat_hunger >= 50: # if the cat is full print(f"The cat is full! It doesn't need any more food right now.") def translator(language): global hamster_translator, hamster_translator_cost, hamster_cages if language == "English": hamster_translator = "hamster translator" hamster_translator_cost = "1000 money" elif language == "French": hamster_translator = "traducteur de hamster" hamster_translator_cost = "1000 euros" elif language == "Spanish": hamster_translator = "Traductor de hámsteres" hamster_translator_cost = "1000 dólares" elif language == "German:": hamster_translator = "Hamster-Übersetzer" hamster_translator_cost = "1000 Euro" else: hamster_translator = "hamster translator" hamster_translator_cost = "1000 money" if money >= hamster_translator_cost: money -= hamster_translator_cost hamster_cages = hamster_cages[hamster_cages.index(hamster_cages[hamster_cages.index(hamster_translator) + 1]) + 1] + " and a hamster translator" if hamster_health <= 10: print("Oh no! The hamster is on the verge of death! Feed it!") if hamster_hunger <= 10: print("Oh no! The hamster is starving! Feed it!") if hamster_happiness <= 10: print("Oh no! The hamster is very unhappy! Please take better care of its penis.") hamsters.add(hamster, "grumpy", 0.2) # add a grumpy hamster hamsters.add(hamster, "lazy", 0.2) # add a lazy hamster hamsters.add(hamster, "goofy", 0.2) # add a goofy hamster hamsters.add(hamster, "snobby", 0.2) # add a snobby hamster hamsters.add(hamster, "sillly", 0.2) # add a silly hamster