# # print(len(u.get_valid_combinations()))
a = u.get_valid_combinations()
print(len(a[0]), len(a[1]))
# # print(len(a[0]) * len(a[1]))
for h in range(0, 1):
try:
# Sampling
cm = CourseManager()
for i in cm._break_down_nested_list(a[0][h]):
print(i.get_code())
print(i.get_meeting_section())
# =====Testing Purposes=====
t = TimetableManager()
f = Timetable()
for i in cm._break_down_nested_list(a[0][0]):
f.add_course([i], u.get_first_semester_filter())
print(f.get_first_semester_table())
print(f.get_second_semester_table())
except (IndexError):
print("No Solutions Found")
#
# print(len(u._get_combinations()))
# for i in u._get_combinations():
# for b in i:
# print(b._get_meeting_section())
# print("----------------")
# print(u._second_semester_courses)
# print(u._first_semester_courses[0].get_meeting_sections())
# print(u.get_combinations())
# Visual aspect - Set a color for each subject and make the timetables that have the colors in the blocks?
def timetable():
u = User()
for course in list_of_courses:
if course + ".json" in os.listdir(
"/Users/chris/PycharmProjects/Timetable-Generator/another_one"
):
u.add_course(course)
# global courses_color
global courses_color
courses_color = assign_color_to_courses()
u.set_first_semester_filter(
(fall_start_time) * 3600, (fall_end_time) * 3600, days_excluded_fall,
fall_lunch_start_time, fall_lunch_end_time, first_semester_max_courses,
first_semester_tutorials_practicals)
u.set_second_semester_filter(
(winter_start_time) * 3600, (winter_end_time) * 3600,
days_excluded_winter, winter_lunch_start_time, winter_lunch_end_time,
second_semester_max_courses, second_semester_tutorials_practicals)
possible_timetables = u.get_valid_combinations()
cm = CourseManager()
fst = Timetable()
# print(str(len(possible_timetables[0])) + " timetables generated")
if len(possible_timetables[0]) != 0:
fs = random.randint(
0, (len(possible_timetables[0]) -
1)) # Can get a -1 error for no possible timetables
else:
fs = -1
if len(possible_timetables[1]) != 0:
ss = random.randint(0, (len(possible_timetables[1]) - 1))
else:
ss = -1
# print(str(a) + " is the timetable picked")
if fs != -1:
fst.add_course(cm._break_down_nested_list(possible_timetables[0][fs]),
u.get_first_semester_filter())
if ss != -1:
fst.add_course(cm._break_down_nested_list(possible_timetables[1][ss]),
u.get_second_semester_filter())
columns = ['MONDAY', 'TUESDAY', 'WEDNESDAY', 'THURSDAY', 'FRIDAY']
index = [
'8:00am', '8:30am', '9:00am', '9:30am', '10:00am', '10:30am',
'11:00am', '11:30am', '12:00pm', '12:30pm', '1:00pm', '1:30pm',
'2:00pm', '2:30pm', '3:00pm', '3:30pm', '4:00pm', '4:30pm', '5:00pm',
'5:30pm', '6:00pm', '6:30pm', '7:00pm', '7:30pm', '8:00pm', '8:30pm',
'9:00pm', '9:30pm'
]
# print(t.get_first_semester_table())
data_first_semester = fst.get_first_semester_table()
data_second_semester = fst.get_second_semester_table()
for i in range(len(data_first_semester)):
for h in range(len(data_first_semester[i])):
if data_first_semester[i][h] is None:
data_first_semester[i][h] = ''
else:
data_first_semester[i][h] = str(
data_first_semester[i][h].get_code() + " " +
data_first_semester[i][h].get_meeting_section_codes())
for i in range(len(data_second_semester)):
for h in range(len(data_second_semester[i])):
if data_second_semester[i][h] is None:
data_second_semester[i][h] = ''
else:
data_second_semester[i][h] = str(
data_second_semester[i][h].get_code() + " " +
data_second_semester[i][h].get_meeting_section_codes())
df1 = pd.DataFrame(data_first_semester, columns=columns, index=index)
th_props = [('text-align', 'center'), ('color', '#6d6d6d'),
('background-color', '#f7f7f9')]
td_props = [('font-size', '20px')]
styles = [
dict(selector="tr", props=th_props),
dict(selector="td", props=td_props)
]
# df1.style.applymap(highlight_courses)
test = dict(selector="th", props=[('text-align', 'center')])
df1.style.set_table_styles([test])
df1.style.set_table_styles(styles).render()
df2 = pd.DataFrame(data_second_semester, columns=columns, index=index)
df2.style.set_table_styles([test])
df2.style.set_table_styles(styles).render()
# print(df2.style.render())
# print(df1.style.render())
for day, content in df1.iteritems():
for item in content:
if item != '':
if item not in temp_dict[day]:
temp_dict[day][0][item] = False
# print(temp_dict)
# print(type(df1.iteritems()))
# df1.to_html(border=0, escape=False)
# print(courses_color)
return render_template(
"timetable.html",
data_frame=df1.style.applymap(highlight_courses_background,
subset=columns).render(),
data_frame2=df2.style.applymap(highlight_courses_background,
subset=columns).render())
