symbol_pay_table = {
    "A": {
        "max_cascade": 15,
        "15+": 150.0,
        "14": 70.0,
        "13": 35.0,
        "12": 15.0,
        "11": 7.5,
        "10": 5.0,
        "9": 2.5,
        "8": 2.0,
        "7": 1.75,
        "6": 1.5,
        "5": 1.0,
    },
    "B": {
        "max_cascade": 15,
        "15+": 100.0,
        "14": 60.0,
        "13": 30.0,
        "12": 12.5,
        "11": 6.0,
        "10": 4.0,
        "9": 2.0,
        "8": 1.5,
        "7": 1.25,
        "6": 1.0,
        "5": 0.75,
    },
    "C": {
        "max_cascade": 15,
        "15+": 60.0,
        "14": 40.0,
        "13": 20.0,
        "12": 10.0,
        "11": 4.5,
        "10": 3.0,
        "9": 1.5,
        "8": 1.25,
        "7": 1.0,
        "6": 0.75,
        "5": 0.5,
    },
    "D": {
        "max_cascade": 15,
        "15+": 40.0,
        "14": 20.0,
        "13": 10.0,
        "12": 5.0,
        "11": 3.0,
        "10": 2.0,
        "9": 1.25,
        "8": 1.0,
        "7": 0.75,
        "6": 0.5,
        "5": 0.4,
    },
    "E": {
        "max_cascade": 15,
        "15+": 30.0,
        "14": 15.0,
        "13": 8.0,
        "12": 3.5,
        "11": 2.5,
        "10": 1.5,
        "9": 1.0,
        "8": 0.75,
        "7": 0.5,
        "6": 0.4,
        "5": 0.3,
    },
    "F": {
        "max_cascade": 15,
        "15+": 25.0,
        "14": 12.0,
        "13": 6.0,
        "12": 3.0,
        "11": 2.0,
        "10": 1.25,
        "9": 0.75,
        "8": 0.5,
        "7": 0.4,
        "6": 0.3,
        "5": 0.25,
    },
    "G": {
        "max_cascade": 15,
        "15+": 20.0,
        "14": 10.0,
        "13": 5.0,
        "12": 2.5,
        "11": 1.5,
        "10": 1.0,
        "9": 0.5,
        "8": 0.4,
        "7": 0.3,
        "6": 0.25,
        "5": 0.2,
    },
}


def get_symbol_pay(symbol: str, cluster_size: int) -> float:
    if symbol not in symbol_pay_table:
        raise ValueError(f"Unknown symbol: {symbol}")

    """根据符号和连锁大小获取赔付倍数"""
    if cluster_size >= symbol_pay_table[symbol]["max_cascade"]:
        return symbol_pay_table[symbol][f'{symbol_pay_table[symbol]["max_cascade"]}+']
    elif str(cluster_size) in symbol_pay_table[symbol]:
        return symbol_pay_table[symbol][str(cluster_size)]
    else:
        return 0.0


if __name__ == "__main__":
    reward = set()
    for symbol in symbol_pay_table:
        for key in symbol_pay_table[symbol]:
            if key != "max_cascade":
                reward.add(symbol_pay_table[symbol][key])
    reward = list(reward)
    sorted_reward = sorted(reward)
    print(sorted_reward)

    max_score=2000

    a = 0
    b=0
    c=0
    max_a = max_score/0.2 
    max_b = max_score/0.25
    max_c = max_score/0.3
    print(f"{max_a}*{max_b}*{max_c}/1000000={max_a*max_b*max_c/1000000}")
    # avaiable_reward = a*0.2 + b*0.25 + c*0.3