# Aside from a few item fixes, this is all generated by AI
import random
import time

class Sim:
    # Define the initial values for the motives
    MOODS = {
        'Hunger': 1.0,      # Normal hunger decay per minute
        'Bladder': 1.0,     # Normal bladder decay per minute
        'Energy': 1.0,      # Normal energy decay per minute
        'Social': 0.5,      # Social needs build up slower
        'Hygiene': 1.0,     # Normal hygiene decay per minute
        'Fun': 0.5          # Fun needs build up slower
    }

    # Define the items in the environment and their effects on the Sim's motives
    ITEMS = {
        'Bed': {'Energy': 3.0, 'Bladder': -0.2}, # Restores energy but slightly increases bladder pressure
        'Toilet': {'Bladder': 3.0, 'Hygiene': -0.5}, # Reduces bladder pressure but needs a bit of cleaning
        'Fridge': {'Hunger': 2.0, 'Hygiene': 0.1}, # Reduces hunger but slightly impacts hygiene
        'Laptop': {'Social': 2.0, 'Fun': 2.0}, # Reduces social need and provides fun
        'Shower': {'Hygiene': 3.0}, # Increases hygiene significantly
        'Gym': {'Hygiene': 0.5, 'Energy': -1.5, 'Fun': 2.0} # Increases hygiene, drains energy but provides fun
    }

    def __init__(self):
        # Initialize motives to full
        self.motives = {motive: random.randint(50,90) for motive in self.MOODS}

    def simulate_minute(self):
        # Update motives based on natural decay
        for motive, decay in self.MOODS.items():
            self.motives[motive] -= decay

        # Choose an item to affect the Sim's motives
        self.use_item()

        # Enforce motive limits
        for motive in self.motives:
            self.motives[motive] = max(self.motives[motive], 0.0)
            self.motives[motive] = min(self.motives[motive], 100.0)

    def use_item(self):
        item = random.choice(list(self.ITEMS.keys()))
        print(f"Time passes, Sim uses: {item}")
        for motive, effect in self.ITEMS[item].items():
            self.motives[motive] += effect
            print(f"  {motive}: {'+' if effect > 0 else ''}{effect}")

    def show_motives(self):
        # Display the current state of the Sim's motives
        print("Sim's Motives:")
        for motive, value in self.motives.items():
            print(f"  {motive}: {value:.2f}")

def simulate_time(sim, total_minutes):
    # Simulate over the given number of minutes
    for minute in range(1, total_minutes + 1):
        print(f"\nMinute {minute}:")
        sim.show_motives()
        sim.simulate_minute()
        # Simulate a short delay between each minute
        time.sleep(1)

if __name__ == "__main__":
    print("Starting Sim Motive Simulation...")
    sim = Sim()
    simulate_time(sim, 10)  # Simulate 10 minutes
    sim.show_motives()
    print("Simulation completed.")