Untitled

import random

# Define possible outcomes for Dragon vs Tiger
outcomes = ["Dragon", "Tiger"]

# Function to simulate the game (randomly select between Dragon and Tiger)
def simulate_game():
    return random.choice(outcomes)

# Function to track past outcomes
def track_outcomes(num_games):
    results = []
    for _ in range(num_games):
        results.append(simulate_game())
    return results

# Function to predict the next outcome (based on the most frequent past outcome)
def predict_next(results):
    # Count occurrences of Dragon and Tiger
    dragon_count = results.count("Dragon")
    tiger_count = results.count("Tiger")
    
    # Suggest the most frequent outcome
    if dragon_count > tiger_count:
        prediction = "Dragon"
    elif tiger_count > dragon_count:
        prediction = "Tiger"
    else:
        prediction = random.choice(["Dragon", "Tiger"])  # If they are tied, randomly pick
    return prediction

# Main execution
def main():
    num_games = 100  # Track 100 past games
    print("Simulating past games...")
    past_results = track_outcomes(num_games)
    print(f"Past results (last 10 games): {past_results[-10