explore.py

from solve import parseINPUT
import numpy as np


def b_problem():
    input = parseINPUT("b_read_on.txt")
    B_value = input["valueOFbook"]
    M = input["numOFbooksSHIPPED"]
    for value in B_value:
        assert value == 100
    for value in M:
        assert value == 1


def c_problem():
    input = parseINPUT("c_incunabula.txt")
    N_n, M = input["numOFbooksINlib"], input["numOFbooksSHIPPED"]
    for i in range(len(N_n)):
        assert N_n[i] < M[i]

    print("Sum of N_n is %d" % (np.sum(N_n)))
    B_value = input["valueOFbook"]

    N = input["booksINlib"]
    book_time_dic = {}
    for lib in N:
        for book in lib:
            if book in book_time_dic:
                book_time_dic[book] += 1
            else:
                book_time_dic[book] = 1
    bucks = {}
    sum_1 = 0
    for book in book_time_dic:
        value = book_time_dic[book]
        if value in bucks:
            bucks[value] += 1
        else:
            bucks[value] = 1
        if value == 1:
            sum_1 += B_value[book]
    print("bucks of book exist: ")
    print(bucks)
    print(sum_1)


def d_problem():
    input = parseINPUT("d_tough_choices.txt")
    B, L, D, B_value, N, T, M, N_n = input.values()

    for value in B_value:
        assert value == 65

    for n in N_n:
        assert n <= 14

    for t in T:
        assert t == 2

    for m in M:
        assert m == 1

    print(np.sum(N_n))
    book_time_dic = {}
    for lib in N:
        for book in lib:
            if book in book_time_dic:
                book_time_dic[book] += 1
            else:
                book_time_dic[book] = 1
    bucks = {}
    for book in book_time_dic:
        value = book_time_dic[book]
        if value in bucks:
            bucks[value] += 1
        else:
            bucks[value] = 1
    print("bucks of book exist: ")
    print(bucks)

    N_n_bucks = {}
    for value in N_n:
        if value in N_n_bucks:
            N_n_bucks[value] += 1
        else:
            N_n_bucks[value] = 1
    print("bucks of N_n value: ")
    print(N_n_bucks)

    time_list = []
    for lib in N:
        time = 0
        for book in lib:
            if book_time_dic[book] == 2:
                time += 1
        time_list.append(time)

    time_bucks = {}
    for value in time_list:
        if value in time_bucks:
            time_bucks[value] += 1
        else:
            time_bucks[value] = 1
    print("bucks of book time appears value: ")
    print(time_bucks)


def e_problem():
    input = parseINPUT("e_so_many_books.txt")
    B, L, D, B_value, N, T, M, N_n = input.values()
    print(np.sum(N_n))
    for m in M:
        assert m == 1 or m == 2

    book_time_dic = {}
    for lib in N:
        for book in lib:
            if book in book_time_dic:
                book_time_dic[book] += 1
            else:
                book_time_dic[book] = 1
    bucks = {}
    for book in book_time_dic:
        value = book_time_dic[book]
        if value in bucks:
            bucks[value] += 1
        else:
            bucks[value] = 1
    print("bucks of book exist: ")
    print(bucks)


def f_problem():
    input = parseINPUT("f_libraries_of_the_world.txt")
    N_n, M = input["booksINlib"], input["numOFbooksSHIPPED"]
    print(np.sum(N_n))

    T = input["numOF#Days"]
    print("T min is %d" % (np.min(T)))
    print("T max is %d" % (np.max(T)))

    M = input["numOFbooksSHIPPED"]
    print("M min is %d" % (np.min(M)))
    print("M max is %d" % (np.max(M)))

    B_value = input["valueOFbook"]
    print("value min is %d" % (np.min(B_value)))
    print("value max is %d" % (np.max(B_value)))
    B_value.sort(reverse=True)
    print(np.sum(B_value[:12881]))


c_problem()