def getClassPertile(self, exm):
print_r('Grade method: getClassPertile')
stdnts = db.get_students(self.grade, self.section)
names = [s[1] for s in stdnts]
pertiles = [self.getExmPertile(s[0], exm) for s in stdnts]
print_r('Grade method: getClassPertile-Complete')
return names, pertiles
def getSubjTotal(self, marks):
print_r('Grade method: getSubjTotal')
totals = []
for i in range(0, len(marks), 2):
totals.append(marks[i] + marks[i + 1])
print_r('Grade method: getSubjTotal-Complete')
return totals
def getClassPercent(self, exm):
print_r('Grade method: getClassPercent')
stdnts = SQL.getStudents(self.grade, self.section)
names = [s[1] for s in stdnts]
percents = [self.getExmPercent(s[0], exm) for s in stdnts]
print_r('Grade method: getClassPercent-Complete')
return names, percents
def calcPertile(self, marks, exam):
print_r('Grade method: calcPertile')
totals = self.getSubjTotal(marks)
pertiles = []
for i in range(len(totals)):
maxMarks = getSubjBest(self.grade, self.section, exam, subjs[i])
pertiles.append(round(totals[i] / maxMarks * 100, 2))
print_r('Grade method: calcPertile-Complete')
return pertiles
def getExmPertile(self, uid, exam):
print_r('Grade method: getExmPertile')
if exam:
return self.calcPertile(db.get_marks(uid, exam), exam)
pertiles = []
for exam in exams:
maxMarks = getExmBest(self.grade, self.section, exam)
total = sum(db.get_marks(uid, exam))
pertiles.append(round(total / maxMarks * 100, 2))
print_r('Grade method: getExmPertile-Complete')
return pertiles
def getClassPercent(self, exm, names=True):
print_r('Grade method: getClassPercent')
stud_names = None
if names:
stdnts = db.get_students(self.grade, self.section)
stud_names = [s[1] for s in stdnts]
else:
stdnts = db.get_class_uid(self.grade, self.section)
percents = [self.getExmPercent(s[0], exm) for s in stdnts]
print_r('Grade method: getClassPercent-Complete')
return stud_names, percents
def calcPercent(self, marks, sa):
print_r('Grade method: calcPercent')
totals = self.getSubjTotal(marks)
percents = []
maxMarks = 50
if sa:
maxMarks = 100
percents.append(round(totals.pop(0) / 125 * 100, 2))
for score in totals:
percents.append(round(score / maxMarks * 100, 2))
print_r('Grade method: calcPercent-Complete')
return percents
def getExmPercent(self, uid, exam):
print_r('Grade method: getExmPercent')
if exam:
sa = True if exam[0] == 'S' else False
return self.calcPercent(db.get_marks(uid, exam), sa)
percents = []
for exam in exams:
maxMarks = 300 if exam[0] == 'F' else 625
total = sum(db.get_marks(uid, exam))
percents.append(round(total / maxMarks * 100, 2))
print_r('Grade method: getExmPercent-Complete')
return percents
from libs.student import Student
from libs.db import DBFuncs
from libs.leaderboard import getLeaderboard, getExmTotal, getExmBest, getSubjBest
from libs.restrictIO import print_, print_r
print_r('File-grade.py Importing-Complete')
print_r('File-grade.py Starting Setup')
db = DBFuncs()
exams = ['FA1', 'FA2', 'SA1', 'FA3', 'FA4', 'SA2']
subjs = ['I_Lan', 'II_Lan', 'III_Lan', 'Maths', 'Science', 'Social']
class Grade:
def __init__(self, grade, section):
"""
Helps in making calculations on the marks of a whole class(ie. 10A, 10B)
Calculations like getting the class best, class average etc which would
be otherwise difficult to manage
"""
print_('Grade method: __init__')
self.section = section
self.grade = grade
def getStdntPosPercent(self, uid, exm):
print_('Grade method: getStdntPosPercent')
_, stud_pct = self.getClassPercent(exm, names=False)
percents = []
averages = []
top = []
bottom = []
for i in range(len(stud_pct[0])):
