Humber College Admission Department Project
In a group of 4, we utilized Python to generate reports indicating the newly admitted students and assign them to schools according to their GPA.
#1. Welcoming message to the user
def welcome_message():
print("Welcome to Humber College!")#2. Define functions to allow the user to log in using a PW which satisfy the ff: Rules:/ Should Contain atleast one upper case letter
#3. Should contain 2 or 3 #s
#4. Check_password, check password length,lowercase and uppercase
#5. Should contain (1) special character
def check_password_len(password):
if len(password) >= 10:
attempt = 0
return attempt
else:
attempt = 1
return attempt
def check_password_upper(password):
for i in password:
upper = i.isupper()
int(upper)
if upper == 1:
attempt1 = 0
return attempt1
attempt1 = 1
return attempt1
def check_password_lower(password):
for i in password:
lower = i.islower()
int(lower)
if lower == 1:
attempt2 = 0
return attempt2
attempt2 = 1
return attempt2
def check_password_digit(password):
digit_count = 0
for i in password:
digit = i.isdigit()
int(digit)
if digit == 1:
digit_count +=1
if digit_count > 1:
attempt3 = 0
return attempt3
attempt3 = 1
return attempt3
def check_password_alnum(password):
if password.isalnum():
attempt4 = 1
return attempt4
else:
attempt4 = 0
return attempt4
def create_password():
print("Enter Desired Password")
print("Password Rules:")
print("Greater than 10 Characters.")
print("Should Contain at least one uppercase letter.")
print("Should Contain One Special Character.")
print("Should Contain two or three numbers.")
password = input("Please Enter Desired Password: ")
return passworddef check_password():
attempt = 0
while attempt < 3:
attempts = 0
pword = create_password()
attempts = check_password_len(pword)
if attempts > 0:
attempt = attempt + attempts
else:
attempts = check_password_upper(pword)
if attempts > 0:
attempt = attempt + attempts
else:
ttempts = check_password_lower(pword)
if attempts > 0:
attempt = attempt + attempts
else:
attempts = check_password_digit(pword)
if attempts > 0:
attempt = attempt + attempts
else:
attempts = check_password_alnum(pword)
if attempts > 0:
attempt = attempt + attempts
else:
return pword
return attempt#3. Allow to user to input # of students,(numbers between 1-50) #The system must allow the user only three attempts otherwise the program will stop.
def no_of_students():
students_count = 0
while students_count < 3:
students = input("Enter Number of Students:")
students1 = students.isdigit()
int(students1)
if type(students1) == 0:
students_count +=1
else:
students = int(students)
if students < 1 or students > 50:
students_count +=1
else:
return students
print("YOU HAVE EXCEED THE NUMBER OF TRIES")
exit()#4. System must ask the user to enter the names of students.
def get_students_names(students_count):
student_names = []
print(students_count)
for i in range(students_count):
student_names.append(input("Enter Student Name: "))
return student_names#5. the system must prompt the user to enter the grades of the courses of each student as follows:
#a- “Input your mark in Math” Credit hours = 4 divide by the addition of these total = 22
#b- “Input your mark in Science” Credit hours = 5
#c- “Input your mark in Language” Credit hours = 4
#d- “Input your mark in Drama” Credit hours = 3
#e- “Input your mark in Music” Credit hours = 2
#f- “Input your mark in Biology” Credit hours = 4
def input_grades(students_count,students_names):
students_grades = []
for i in range(students_count):
courses_grade = []
print("***************************", students_names[i], "***************************")
courses_grade.append(int(input("Input your mark in Math: ")))
courses_grade.append(int(input("Input your mark in Science: ")))
courses_grade.append(int(input("Input your mark in Language: ")))
courses_grade.append(int(input("Input your mark in Drama: ")))
courses_grade.append(int(input("Input your mark in Music: ")))
courses_grade.append(int(input("Input your mark in Biology: ")))
students_grades.append(courses_grade)
return students_grades#6. The system must calculate the GPA of each student based on the grades that were entered in the previous step according to the following function: #GPA= ∑ (Mark * Credit hours)/total credit hours
def calc_gpa(student_grades,credit_hours):
gpas = []
for i in student_grades:
gpa1 = 0
count = 0
for j in i:
gpa2 = (j * credit_hours[count])/22
gpa1 = gpa1 + gpa2
count += 1
gpas.append(gpa1)
return(gpas)#7. The system must assign students to schools based on the following matrix:
#School of Engineering: 90 >= GPA <=100
#School of Business: 80>= GPA <90
#Law School: 70 >= GPA <80
#Not accepted: GPA <70
#8. The system must be able to print the following:
#a- Report 1: Student Name, School Name
#b- Report 2: Number of accepted students in Humber college showing students distribution per each school.
#c- Report 3: Number of students that not accepted.
def identify_school(gpa,students_names):
schools = [["School of Engineering"],["School of Business"],["Law School"],["Not Accepted"]]
print(gpa)
counter = 0
for i in gpa:
if gpa[counter] >= 90 and gpa[counter] <= 100:
schools[0].append(students_names[counter])
counter += 1
elif gpa[counter] >=80 and gpa[counter] < 90:
schools[1].append(students_names[counter])
counter += 1
elif gpa[counter] >= 70 and gpa[counter] < 80:
schools[2].append(students_names[counter])
counter += 1
else:
schools[3].append(students_names[counter])
counter += 1
if counter > len(students_names):
return schools
print(schools)
return schoolsdef student_schools(schools):
print("*************************************************")
print("NAME SCHOOL")
for i in schools:
k = 0
l = 1
for j in range(len(i)-1):
if len(i) < 1:
break
else:
print(i[j+1], " ", i[k])def accepted_students(schools):
print("*************************************************")
total_accepted = 0
for i in schools:
if i[0] == "Not Accepted" or len(i) == 1:
pass
else:
total_accepted = total_accepted + (len(i)-1)
print("Total Accepted Students:",total_accepted)
for i in schools:
if i[0] == "Not Accepted":
pass
else:
print(i[0],":",len(i)-1)
for i in schools:
if i[0] != "Not Accepted":
pass
else:
print("Number of Not Accepted Students:",len(i)-1)def get_waitlist(gpa,students_names):
#initialize the names and gpas candidate for waitlist
waitlist_names = []
waitlist_gpa = []
#counter to track the index of the names and gpas that are candidate for waitlist
student_namegpa_counter = 0
#loop for finding the gpas < 70
for i in gpa:
if i < 70:
#append the names and gpas of students who are candidate for waitlist
waitlist_names.append(students_names[student_namegpa_counter])
waitlist_gpa.append(gpa[student_namegpa_counter])
#increment the index counter for names and gpas
student_namegpa_counter += 1
#create list for the index which will be used to track the student name and gpa
waitlist_index = []
#populate the list
for i in range(len(waitlist_gpa)):
waitlist_index.append(i)
#create a copy of the waitlist gpa and use it for sorting
waitlist_gpa1 = waitlist_gpa.copy()
#after getting the list of names and gpas need to sort it
#sorting algorithm
n = 1
for i in range(len(waitlist_gpa1)):
for j in range(n,len(waitlist_gpa1)):
temp1 = 0
temp = 0
if waitlist_gpa1[j] > waitlist_gpa1[i]:
temp1 = waitlist_gpa1[i]
waitlist_gpa1[i] = waitlist_gpa1[j]
waitlist_gpa1[j] = temp1
temp = waitlist_index[i]
waitlist_index[i] = waitlist_index[j]
waitlist_index[j] = temp
n += 1
#Printing the waitlisted students
print("****************Waitlisted********************")
print("Name GPA")
if len(waitlist_gpa) <= 3:
for i in waitlist_index:
print(waitlist_names[i]," ",waitlist_gpa[i])
else:
for i in range(3):
print(waitlist_names[waitlist_index[i]]," ",waitlist_gpa[waitlist_index[i]])
return 0#check if the returned value of check_password is str or int if string the password met the criteria and program will continue
def welcome_message():
user_password = check_password() #check if the returned value of check_password is str or int if string the password met the criteria and program will continue
if type(user_password) == str:
print("Password Created")
else:
print("YOU HAVE EXCEEDED THE NUMBER OF TRIES")
exit()
enter_password = input("What's the Password?")
if enter_password == user_password:
print("You have input the correct password")
else:
print("Wrong Password BYE")#call the check_password function and check if the password entered by user met the criteria
#call the function that will ask for no. of students
students_count = no_of_students()#call the function that will ask for students names
students_names = get_students_names(students_count)#call the function that will ask for grades using students_count and students_names as input
student_grades = input_grades(students_count,students_names)print(student_grades)#create a list for credit hours
credit_hours = [4,5,4,3,2,4]#call the function that will calculate the gpa using student_grades and credit_hours as input
gpa = calc_gpa(student_grades,credit_hours)#call the function that will distribute students to different school
schools = identify_school(gpa,students_names)#call the function that will print the student name and their corresponding school
print_school_student = student_schools(schools)#call the function that will calculate the number of accepted students
total_accepted = accepted_students(schools)#call the function that will get 3 students that are waitlisted
get_waitlist(gpa,students_names)