Sixth week day01 jobs

# Elective system in the project involves a lot of data and functions, require the introduction of object-oriented thinking its highly integrated 
# 1, school data and functional integration 
# 2, data and function integration course 
# 3, student data and function integration 
# 4, lecturer and data integration functionality 
# 5, class data and function integration 
# ps: students can not write, you can use an ordinary way, first gave written data and functions, then consider object-oriented thinking integration 
# 
# data section: 
# Campus names: such as "old boy Shanghai Campus" 
# Campus address: such as "Shanghai Hongqiao" 
# 
# class name 
# class where the campus 
# 
# students in school 
# student's name 
# of students age 
# student ID 
# student sex 
# 
# course name 
# course cycle 
# course price 
# 
the name of the teacher's # 
# teacher's age 
salary # teachers 
grade teacher # 
# 
# 
# functional parts: 
the # campuses created, can each Campus create a class 
#
# Class Once created, you can create a course for each class 
# 
# After the students created, students can choose classes 
# 
# After the teacher has been created, you can score the student 

# campus information 
class School: 
    DEF __init __ (Self, campus, campus_address ): 
        self.campus = campus 
        self.campus_address = campus_address 
        self.class_name = [] 
        self.teachers = [] 
        self.students = [] 
        self.course = [] 

    # Create a class 
    DEF create_class (Self): 
        class_name = INPUT ( ' Please enter a class name: ') Strip (). 
        self.class_name.append (class_name) 
        Print (F' class name:} {class_name ') 


school_obj School = ( "old boys Shanghai campus", "Shanghai Hongqiao") 
school_obj1 = School ( "old boy campus of Beijing", "Beijing")
school_obj.create_class () 
school_obj1.create_class () 


# Print (school_obj .__ dict__ magic) 

# class information 
class Class: 
    DEF the __init __ (Self, name, campus): 
        self.class_name name = 
        self.class_campus = campus 
        self.class_course = [] 

    DEF create_course (Self): 
        COURSE_NAME = iNPUT ( "Please enter the class name: ') Strip (). 
        self.class_course.append (COURSE_NAME) 
        Print (F' class course: COURSE_NAME {} ') 


CLASS_OBJ Class = (' PY14 period ', 'old boys Shanghai Campus') 
class_obj1 = class ( 'py15 period', 'Beijing campus of old boys') 
class_obj.create_course () 
class_obj1.create_course () 


# course information 

class course,: 
    DEF __init __ (Self, name, Cycle,. price) :
        name = self.course_name 
        self.cycle = Cycle 
        self.price =. price 


course_obj = Course, ( 'Python', '. 6 months', '20000') 
course_obj1 = Course, ( 'Linux', '. 6 months', '20000' ) 


# student information 
class student: 
    DEF __init __ (Self, name, Age, Sex, id_card): 
        self.school = school_obj.campus 
        self.name = name 
        self.age = Age 
        self.sex = Sex 
        self.id = id_card 
        school_obj .students.append (name) 

    # select class 
    DEF choice_class (Self): 
        Print ( 'select the class' .center (30, '=')) 
        the while True: 
            for index, I in the enumerate (school_obj.class_name):
                print (f 'Class ID: {index} --- Class Name: {I}') 
            Choice = INPUT ( 'Enter your choice of the number of classes:'). Strip () 
            Choice = int (Choice) 
            IF Choice Not in Range (len (school_obj.class_name)): 
                Print ( 'Please enter the correct number of classes') 
                Continue 
            student_class = school_obj.class_name [Choice] 
            Print (F' current student: {school_obj.class_name [choice]} class is: { } student_class') 
            BREAK 


# student. 1 
stu_obj student = ( 'Egon', 18 is, 'F', 5,425,025,045) 
stu_obj.choice_class () 
# student 2 
stu_obj1 student = ( 'Tank', 18 is, 'M', 8888888888) 
stu_obj1. choice_class () 
# student. 3 
stu_obj2 student = ( 'Alex', 18 is, 'Male ', 6666666666)
stu_obj2.choice_class () 


# Print (stu_obj .__ dict__) 
# teachers information 
class Teacher: 
    DEF __init __ (Self, name, Age, salary, Level): 
        self.name = name 
        self.age = Age 
        self.salary salary = 
        Self. Level = Level 
        school_obj.teachers.append (name) 

    # of students scoring 
    DEF stu_score (Self): 
        Print ( 'scoring students' .center (30, '=')) 
        the while True: 
            for index, i in the enumerate (school_obj.students) : 
                Print (f 'student numbers: {index} --- student name: {i}') 
            choice = the iNPUT ( 'Please enter the student number of your choice:'). Strip () 
            choice = int (choice) 
            IF choice not in range (len (school_obj.students)) :
                print ( 'Please enter a valid student ID') 
                the Continue 
            Score the INPUT = ( 'Please enter the fight score:') Strip (). 
            IF not score.isdigit (): 
                print ( 'Please enter the correct scores of students') 
                the Continue 
            print (f 'teacher: {self.name} to students {school_obj.students [choice]} hit score of: score {}') 
            BREAK 


# teachers 1 
teacher_obj = teacher ( 'Tank', 18, 30000, 'Higher people teachers') 
teacher_obj.stu_score () 
# teachers 2 
teacher_obj1 = teacher ( 'alex', 18, 3000, 'middle-class teacher of the people') 
teacher_obj1.stu_score () 
# teachers 3 
teacher_obj2 = teacher ( 'Egon', 18, 300, 'low-level people's teachers') 
teacher_obj2.stu_score ()