[Pkgoingout]

I got an Assignment for one of you guys if you can help me
Send me a message on Skype @ live:MichaelRazz1

Use Class Objects to store information for each student
Store all student objects in a list student_list
read student information from the input file of exam 2
(at least 4 students, each with at least 4 courses and 4 acct items)

ask user to enter a command (and student ID if needed)
commands are as followed
I - display student personal info
C - display courses taken
G - display letter grades for courses taken and GPAA
B - account balance

Command with no ID required
T - total # of students
A - account balance of all students (add balance of all students)
Q - quit program

Filename as followed if you want to be graded (word document only)
Your_name_exam_2.docx

Need Flowchart (screen shot/image accepted) and Pseudo-code
Please copy and paste code and results (no screen shot for this part)
Test all commands
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Hint
using the code, practice creating student objects with different info, print
append students to student_list
student_list=[]
student_list.append(student_a)
For the exam,
1) write code to read and print student data,
2) copy code from (1) add some code to create student as you read, append
3) write an infinite loop for user command input, print the command, "quit" to exit
4) add code to (3) to implement the command, implement any commands that you can do

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#Courses

Code

class students:
   def __init__(self, idn):  # constructor - must be the first method
       self.sid = idn  # creates student object with idn
       self.courses = []  # init
       self.acct = []
       self.fn = ""
       self.ln = ""
       self.addr = ""


   def display_info(self): #accessor method
       print(self.sid)

   def get_sid(self): #accessor method
       return self.sid


   def set_personal(self, first, last, address): #mutator method
       self.fn = first
       self.ln = last
       self.addr = address


   def get_personal(self): #accessor method
       info = []
       info.append(self.fn)
       info.append(self.ln)
       info.append(self.addr)
       return info

   def set_course(self, course_info): #mutator method
       self.courses.append(course_info)

   def get_courses(self):
       return self.courses

   def get_average(self,cid):
       for i in range(len(self.courses)):
           if cid in self.courses[i]:
               return cal_avg(self.courses[i])  #found
       return -999 #not found


def cal_avg(score):
       total = 0
       score_list = score.split()
       count = len(score_list) - 2  # scores start at 3rd element
       for i in range(2, len(score_list)):  # tart from 2 to end
           total += int(score_list[i])
#           print(total,int(score_list[i]))

       return int(round(total / count, 0))  # round average



def main():
   student_a = students("12345")
   student_a.display_info()
   asid = student_a.get_sid()
   print("sid ", asid)
   student_a.set_personal("John","Hung","200 Elm St., Davie, FL 33066")
   a_info=student_a.get_personal()
   print(a_info)
   student_a.set_course("COP1006 201903 77 86 92 75 88 99")
   student_a.set_course("ENG1006 201902 92 76 75 86 82 75 88 99")
   c_info = student_a.get_courses()
   print(c_info)
   avg = student_a.get_average("COP1006 201903")
   print("COP1006 201903 Average score ",avg)
   avg = student_a.get_average("ENG1006 201902")
   print("ENG1006 201902 Average score ",avg)
   avg = student_a.get_average("MAT2006 201902")
   print("MAT2006 201902 Average score ", avg)


main()


12345
sid  12345
['John', 'Hung', '200 Elm St., Davie, FL 33066']
['COP1006 201903 77 86 92 75 88 99', 'ENG1006 201902 92 76 75 86 82 75 88 99']
COP1006 201903 Average score  86
ENG1006 201902 Average score  84
MAT2006 201902 Average score  -999

#students example

Code

class students:
   def __init__(self, idn):  # constructor - must be the first method
       self.sid = idn  # creates student object with idn
       self.courses = []  # init
       self.acct = []
       self.fn = ""
       self.ln = ""
       self.addr = ""


   def display_info(self): #accessor method
       print(self.sid)

   def get_sid(self): #accessor method
       return self.sid


   def set_personal(self, first, last, address): #mutator method
       self.fn = first
       self.ln = last
       self.addr = address


   def get_personal(self): #accessor method
       info = []
       info.append(self.fn)
       info.append(self.ln)
       info.append(self.addr)
       return info

   def set_course(self, course_info): #mutator method
       self.courses.append(course_info)

   def get_courses(self):
       return self.courses

   def get_average(self,cid):
       for i in range(len(self.courses)):
           if cid in self.courses[i]:
               return cal_avg(self.courses[i])  #found
       return -999 #not found


def cal_avg(score):
       total = 0
       score_list = score.split()
       count = len(score_list) - 2  # scores start at 3rd element
       for i in range(2, len(score_list)):  # tart from 2 to end
           total += int(score_list[i])
#           print(total,int(score_list[i]))

       return int(round(total / count, 0))  # round average



def main():
   student_a = students("12345")
   student_a.display_info()
   asid = student_a.get_sid()
   print("sid ", asid)
   student_a.set_personal("John","Hung","200 Elm St., Davie, FL 33066")
   a_info=student_a.get_personal()
   print(a_info)
   student_a.set_course("COP1006 201903 77 86 92 75 88 99")
   student_a.set_course("ENG1006 201902 92 76 75 86 82 75 88 99")
   c_info = student_a.get_courses()
   print(c_info)
   avg = student_a.get_average("COP1006 201903")
   print("COP1006 201903 Average score ",avg)
   avg = student_a.get_average("ENG1006 201902")
   print("ENG1006 201902 Average score ",avg)
   avg = student_a.get_average("MAT2006 201902")
   print("MAT2006 201902 Average score ", avg)


main()


12345
sid  12345
['John', 'Hung', '200 Elm St., Davie, FL 33066']
['COP1006 201903 77 86 92 75 88 99', 'ENG1006 201902 92 76 75 86 82 75 88 99']
COP1006 201903 Average score  86
ENG1006 201902 Average score  84
MAT2006 201902 Average score  -999