import random

# Define the gladiators
gladiator_1 = {
    "name": "Gregor Clegane",
    "hp": 150,
    "damage": 30,
    "speed": 5,
}

gladiator_2 = {
    "name": "Oberyn Martell",
    "hp": 80,
    "damage": 10,
    "speed": 8,
}

# Define the fight function
def fight(gladiator_1, gladiator_2):
    # Print the initial status of the gladiators
    print(f"{gladiator_1['name']} has {gladiator_1['hp']} HP and {gladiator_1['speed']} speed")
    print(f"{gladiator_2['name']} has {gladiator_2['hp']} HP and {gladiator_2['speed']} speed")
    print()

    # Fight until one of the gladiators is dead
    while gladiator_1["hp"] > 0 and gladiator_2["hp"] > 0:
        # Determine the order of the attacks based on the speed of the gladiators
        if gladiator_1["speed"] >= gladiator_2["speed"]:
            attacker_1 = gladiator_1
            attacker_2 = gladiator_2
        else:
            attacker_1 = gladiator_2
            attacker_2 = gladiator_1

        # Check for a random event at the beginning of each turn
        random_event(attacker_1, gladiator_2)
        random_event(attacker_2, gladiator_1)

        # Gregor Clegane has a 10% chance to kill Oberyn in one hit
        if attacker_2["name"] == "Gregor Clegane" and attacker_1["name"] == "Oberyn Martell" and random.randint(1, 10) == 5:
            print(f"{attacker_2['name']} explodes {attacker_1['name']}'s skull in one hit!")
            attacker_1["hp"] = 0
            print("Ellaria Sand: AAAAAAAAAAAAAAAAAAAAAAH")
        else:
            # The attacker hits the defender
            print(f"{attacker_1['name']} hits {attacker_2['name']}")
            attacker_2["hp"] -= attacker_2["damage"]
            
        # Print the current HP of the gladiators
        print(f"{gladiator_1['name']} has {gladiator_1['hp']} HP")
        
        print(f"{gladiator_2['name']} has {gladiator_2['hp']} HP")

    # Print the winner of the fight
    if gladiator_1["hp"] > 0:
        print(f"{gladiator_1['name']} wins!")
    else:
        print(f"{gladiator_2['name']} wins!")

# Define the random_event function
def random_event(attacker_1, attacker_2):
    # Generate a random number between 1 and 10
    r = random.randint(1, 10)

    # 10% chance of a missed attack
    if r == 1:
        print(f"{attacker_1['name']} missed the attack!")
    # 20% chance of a critical hit
    elif r <= 3:
        print(f"{attacker_1['name']} landed a critical hit!")
        gladiator_2["hp"] -= attacker_2["damage"] * 2
    # Check if both gladiators have 0 or fewer hit points
    if gladiator_1["hp"] <= 0 and gladiator_2["hp"] <= 0:
        print("Oberyn and Gregor killed each other in an epic finish. The crowd goes wild!")

# Run the fight
fight(gladiator_1, gladiator_2)