if model_num[2] == 1 and 2: game_goods_data.update( model=model_num[0], serialNumber=model_num[1], typeOne=[2], typeTwo=[3] ) create_goods(game_goods_data) elif model_num[2] == 3 and 4 and 54: around_goods_data.update( model=model_num[0], serialNumber=model_num[1], typeOne=[2], typeTwo=[3] ) create_goods(around_goods_data) elif model_num[2] == 13 and 17: time_goods_data.update( model=model_num[0], serialNumber=model_num[1], typeOne=[2], typeTwo=[3] ) create_goods(time_goods_data) elif model_num[2] == 14 and 61: baby_goods_data.update( model=model_num[0], serialNumber=model_num[1], typeOne=[2], typeTwo=[3] ) create_goods(baby_goods_data) else: onepiece_goods_data.update( model=model_num[0], serialNumber=model_num[1], typeOne=[2], typeTwo=[3] ) create_goods(onepiece_goods_data)怎么将重复地方封装

可以将这段代码封装成一个函数，将重复的部分作为参数传递进去，然后在函数内部进行判断和更新数据。具体实现可以参考以下示例代码：

def update_goods_data(model_num, goods_data, type_list):
    if model_num[2] in type_list:
        goods_data.update(
            model=model_num[0],
            serialNumber=model_num[1],
            typeOne=[2],
            typeTwo=[3]
        )
        create_goods(goods_data)
    else:
        onepiece_goods_data.update(
            model=model_num[0],
            serialNumber=model_num[1],
            typeOne=[2],
            typeTwo=[3]
        )
        create_goods(onepiece_goods_data)

if model_num[2] == 1 and 2:
    update_goods_data(model_num, game_goods_data, [2])
elif model_num[2] == 3 and 4 and 54:
    update_goods_data(model_num, around_goods_data, [3, 4, 54])
elif model_num[2] == 13 and 17:
    update_goods_data(model_num, time_goods_data, [13, 17])
elif model_num[2] == 14 and 61:
    update_goods_data(model_num, baby_goods_data, [14, 61])
else:
    update_goods_data(model_num, onepiece_goods_data, [])

这样重复的部分就被封装到了一个函数中，可以大大简化代码，提高复用性。