import random

def simulate_pickem(simulations=10000):
    # Actual teams in the tournament
    teams = [
        "B8", "HEROIC", "BetBoom Team", "OG", "Nemiga Gaming",
        "Lynn Vision Gaming", "Legacy", "TYLOO", "FlyQuest", "NRG",
        "Wildcard", "Imperial Esports", "Chinggis Warriors",
        "Complexity", "Metizport", "Fluxo Fluxo"
    ]

    # Define the actual outcomes
    actual_3_0 = set(["HEROIC", "B8"])  # Picked to go 3:0
    actual_0_3 = set(["Fluxo Fluxo", "Metizport"])  # Picked to go 0:3
    actual_3_win = set([  # 3:1 and 3:2 teams (both count as going through)
        "BetBoom Team", "OG", "Nemiga Gaming",
        "Lynn Vision Gaming", "Legacy", "TYLOO"
    ])

    passed = 0  # Counter for successful pick'ems

    for _ in range(simulations):
        # Shuffle all teams to make random picks each simulation
        shuffled = teams.copy()
        random.shuffle(shuffled)

        # Pick random teams for 3:0, 3:1/3:2, and 0:3
        pick_3_0 = set(shuffled[:2])
        pick_3_win = set(shuffled[2:8])  # 6 teams
        pick_0_3 = set(shuffled[8:10])

        # Count how many picks match the actual outcomes
        correct = len(pick_3_0 & actual_3_0) + \
                  len(pick_3_win & actual_3_win) + \
                  len(pick_0_3 & actual_0_3)

        # If 5 or more picks are correct, it's a "pass"
        if correct >= 5:
            passed += 1

    # Calculate statistics
    not_passed = simulations - passed
    percentage = (passed / simulations) * 100

    # Output results
    print(f"Simulations run: {simulations}")
    print(f"Passed: {passed}")
    print(f"Not passed: {not_passed}")
    print(f"Percentage passed: {percentage:.2f}%")

if __name__ == "__main__":
    # Run the simulation with desired number of trials
    simulate_pickem(simulations=10000)