>>> print'\n'.join([''.join([('AndyLove'[(x-y)%]if((x*0.05)**+(y*0.1)**-)**-(x*0.05)***(y*0.1)**<= else' ')for x in range(-,)])for y in range(,-,-)])

# @file: data.py

import random

from collections import namedtuple

Student = namedtuple('Student', ['id', 'ans'])

N_Questions =

N_Students = 

def gen_random_list(opts, n):

    return [random.choice(opts) for i in range(n)]

# 问题答案 'ABCD' 随机

ANS   = gen_random_list('ABCD', N_Questions)

# 题目分值 ~ 分

SCORE = gen_random_list(range(,), N_Questions)

QUIZE = zip(ANS, SCORE)

students = [

    # 学生答案为 'ABCD*' 随机，'*' 代表未作答

    Student(_id, gen_random_list('ABCD*', N_Questions))

    for _id in range(, N_Students+)

]

print(QUIZE)

# [('A', ), ('B', ), ('D', ), ...

print(students)

# [Student(id=, ans=['C', 'B', 'A', ...

mport data

def normal(students, quize):

    for student in students:

        sid = student.id

        score =

        for i in range(len(quize)):

            if quize[i][] == student.ans[i]:

                score += quize[i][]

        print(sid, '\t', score)

print('ID\tScore\n==================')

normal(data.students, data.quize)

"""

ID    Score

==================

...

"""

def cal(quize):

    def inner(student):

        filtered = filter(lambda x: x[] == x[][], zip(student.ans, quize))

        reduced = reduce(lambda x, y: x + y[][], filtered, )

        print(student.id, '\t', reduced)

    return inner

map(cal(QUIZE), students)