def read_data(fname, mode, **kwargs):
#This is a totally ad-hoc function. Mode currently
#is either 'eirik' or 'oystein', referring to which way the file is
#formatted
if mode == "eirik":
data = np.loadtxt(fname, skiprows=1, delimiter=',')
data = np.append(data[:119, :], data[120:, :], axis=0)
grade_data = Grades(data, mode="complete")
elif mode == "oystein":
grade_data = Grades(np.loadtxt(fname), mode="final_only")
if "add_commands" in kwargs:
comm_list = kwargs["add_commands"]
else:
comm_list = []
if "remove_fail" in comm_list:
grade_data = remove_fails(grade_data, kwargs["fail_filename"],
kwargs["fail_delimiter"])
if "sort_grades" in comm_list:
if "sort_along_column" in kwargs:
grade_data = sort_grades(grade_data, kwargs["sort_along_column"])
else:
grade_data = sort_grades(grade_data)
return grade_data
class Student:
def __init__(self, student_name, student_surname):
self.__student_name = student_name
self.__student_surname = student_surname
self.__grades = Grades()
def print_student_data(self):
print("{} {}".format(self.__student_name, self.__student_surname))
self.print_grades()
def add_grade(self, grade, weight):
self.__grades.add_grade_with_weight(grade, weight)
def print_grades(self):
self.__grades.print_grades()
def print_grades_average(self):
print(self.__grades.count_grades_average())
@property
def student_name(self):
return self.__student_name
@property
def student_surname(self):
return self.__student_surname
def main(): #creates instance of the Grades class, which is represented by our data on restaurant grades grades = Grades() #computes and prints the sum of the grade scores in each of the boroughs and across all of NYC grades.compute_borough_and_city_sums() #plots the grade distribution amongst restaurants in each of the boroughs and across all of NYC grades.plot_grade_improvement_boroughs() grades.plot_grade_improvement_nyc()
def average_grades(ingrades, along_column=-1, round_nearest=True):
"""Along_column can be a list as well, if you want to average over two different columns"""
#Test whether along_column is an iterable
try:
iterator = iter(along_column)
except TypeError:
along_column = np.array([along_column] * len(ingrades))
else:
along_column = np.array(along_column)
if round_nearest:
data = np.rint(np.array(ingrades[0].data[:, along_column[0]]))
else:
data = np.array(ingrades[0].data[:, along_column[0]])
for i in xrange(1, len(ingrades)):
if round_nearest:
data += np.rint(ingrades[i].data[:, along_column[i]])
else:
data += ingrades[i].data[:, along_column[i]]
data /= len(ingrades)
return Grades(np.array([ingrades[0].data[:, 0], data]).T, mode="Averaged")
def getHtml(self, user):
can_edit = user.id == self.session.user.id
header = h3('School Information')
#help = span(a('Why do I need to provide this information?'),
# class_='helpMsg',
# title='By knowing what school or schools you are '
# 'interested in, we can provide you with conversations '
# 'that are meaningful to you.')
table = HtmlTable(class_='table')
# header
col_header = ['Role', 'School', 'Grade']
if can_edit:
col_header.append(' ')
table.addHeader(col_header)
# schools
for s in user.schools:
row = [s['relation'], s['school'], s['grade']]
row[2] = Grades().table[row[2]]['name']
if can_edit:
school_info = '%s - %s - %s Grade' % tuple(row)
row.append(
a('X',
class_='delete',
onclick="javascript:deleteSchool(%s, '%s');" %
(s['id'], js_arg(school_info))))
table.addRow(row)
table.setColClass(3, 'right-center')
# add school row
if self.add_school_row:
table.addRow(self.schoolFields())
# buttons
buttons = ''
if can_edit:
# [add new school] button
if not self.add_school_row:
add_button = a('Add another school',
class_='btn btn-primary first-button',
onClick='javascript:addSchoolRow();')
buttons += add_button
# [save] + [cancel] buttons
if self.add_school_row:
save_button = a('Save',
class_='btn btn-success first-button',
onClick='javascript:saveNewSchool()')
cancel_button = a('Cancel',
class_='btn btn-warning',
onclick="location.href='profile.py';")
buttons += save_button + cancel_button
# hidden fields
hidden_fields = \
input(type='hidden', name='add_school_row') + \
input(type='hidden', name='save_new_school') + \
input(type='hidden', name='delete_user_school')
body = div(table.getTable() + buttons + hidden_fields, id='schoolInfo')
return header + form(body, name='si_form', method='POST')
def _gradeField(self):
'''Build school grade field'''
options = {0: 'Select grade'}
for id, record in Grades().table.items():
options[id] = record['name']
return self.mkDropDownMenu('grade', options)
def sort_grades(ingrades, along_column=-1):
return Grades(ingrades.data[ingrades.data[:, along_column].argsort()],
mode=ingrades.mode)
def remove_entries_from_grades(ingrades, entries):
rows = np.empty(0)
for entry in entries:
rows = np.append(rows,
np.argwhere(ingrades.data[:, 0].astype(int) == entry))
return Grades(np.delete(ingrades.data, rows, axis=0), mode=ingrades.mode)
def __init__(self, name, grades):
self.__name = name
self.__grades = dict()
for grade in grades:
subjectName = grade[0]
self.__grades[subjectName] = Grades(grade[1])
def addSubjectAndGrade(self, subjectName, grades):
self.__grades[subjectName] = Grades(grades)
from courses import Courses
from grades import Grades
from quizzes import Quizzes
from assignments import Assignments
from forums import discussion_forums
from discussions import Discussions
from announcements import Announcements
if len(sys.argv) == 1:
exit(1)
if sys.argv[1] == '-c' or sys.argv[1] == '--courses':
c = Courses()
c.show_courses()
elif sys.argv[1] == '-g' or sys.argv[1] == '--grade':
c = Grades()
x = sys.argv[2]
c.show_grades(x)
elif sys.argv[1] == '-q' or sys.argv[1] == '--quiz':
c = Quizzes()
x = sys.argv[2]
c.show_quizzes(x)
elif sys.argv[1] == '-a' or sys.argv[1] == '--assignment':
c = Assignments()
if len(sys.argv) == 2:
c.show_all_assignments()
elif len(sys.argv) == 3 and sys.argv[2] == '-due':
c.show_all_due_assignments()
elif sys.argv[1] == '-f' or sys.argv[1] == '--forum':
c = discussion_forums()
if len(sys.argv) == 3:
def __init__(self, number, student):
self.number = number
self.student = student
self.grades = Grades()
def __init__(self, student_name, student_surname):
self.__student_name = student_name
self.__student_surname = student_surname
self.__grades = Grades()
from grades import Grades
if __name__ == '__main__':
login = input('Введите логин пользователя: ')
password = input('Введите пароль пользователя: ')
grades = Grades(login, password)
for grade in grades:
print(
f'{grade.name:.<50}.{str(grade.all_grades).strip("{}")}, middle: {grade.middle}'
)
input()