'''lecture_25_student.py
Our very first class! Represents a Student
Oliver W. Layton
CS 151: Computational Thinking: Visual Media
Fall 2020

TODO:
Make Student class with methods:
    - Constructor with 2 parameters: name and year
    - get methods
    - set year method
Main code:
    - Create two students
    - Get and print their names and years
    - Set one of their years
    - Print both years
'''

# turtle.forward(100) means we call a function that lives in the turtle module.


class Student:
    def __init__(self, name, gradYear, gpa=4.0):
        # self.name: There is a variable called name in the current object ("self")
        self.name = name
        self.year = gradYear
        self.gpa = 4.0

        self.grades = [] # not all IVs need to be params. All IVs should be defined in constructor
        
    def getName(self):
        return self.name

    def getGradYear(self):
        return self.year

    def getGPA(self):
        return self.gpa

    def getGrades(self):
        return self.grades

    # def setYear(self, year):
    #     self.year = year

    def setYear(self, newGradYear):
        self.year = newGradYear

    def addGrade(self, newGrade):
        self.grades.append(newGrade)
        
    def addBonusPoints(self, grades):
        for i in range(len(self.grades)):
            self.grades[i] = self.grades[i] + 5



# Student class here


if __name__ == '__main__':
    # Symbol table example
    # jane = Student('Jane', 2024)
    # print(jane.getYear())
    # jane.setYear(2023)

    jane = Student('Jane', 2024)  # jane = Student('Jane', 2024, gpa=3.0)
    jim = Student('Jim', 2022)
    # Want: jane.getName() give me string: 'Jane'
    print('The first student\'s name is', jane.getName())
    # print('The second student\'s name is', jim.getName())

    # print('Looping thru students...')
    # students = [jane, jim]
    # for student in students:
    #     print('The student name is:', student.getName())


    # print('The first student\'s graduation year was', jane.getGradYear())
    # jane.setYear(2023)
    # print('The first student\'s graduation year is now', jane.getGradYear())
    # print(jane.setYear(2022))

    # def funA(value):
    #     value = value + 1
    #     # return value

    # print(funA(3))

    # print('GPA is', jane.getGPA())

    jane.addGrade(90)
    jane.addGrade(86)
    jane.addGrade(84)
    print('Jane\'s grades are:', jane.getGrades())

    jane.addBonusPoints()
    print('Jane\'s grades are (after bonus points):', jane.getGrades())