Define a member method print_all() for class PetData. Make use of the base class' print_all() method. Sample output for the given program with inputs: 'Fluffy' 5 4444 Name: Fluffy Age: 5 ID: 4444 Original Code: class AnimalData: def __init__(self): self.full_name = '' self.age_years = 0 def set_name(self, given_name): self.full_name = given_name def set_age(self, num_years): self.age_years = num_years # Other parts omitted def print_all(self): print('Name:', self.full_name) print('Age:', self.age_years) class PetData(AnimalData): def __init__(self): AnimalData.__init__(self) self.id_num = 0 def set_id(self, pet_id): self.id_num = pet_id # FIXME: Add print_all() member method ''' Your solution goes here ''' user_pet = PetData() user_pet.set_name(input()) user_pet.set_age(int(input())) user_pet.set_id(int(input())) user_pet.print_all()

Define a member method print_all() for class PetData. Make use of the base class' print_all() method. Sample output for the given program with inputs: 'Fluffy' 5 4444 Name: Fluffy Age: 5 ID: 4444 Original Code: class AnimalData: def init(self): self.full_name = '' self.age_years = 0 def set_name(self, given_name): self.full_name = given_name def set_age(self, num_years): self.age_years = num_years # Other parts omitted def print_all(self): print('Name:', self.full_name) print('Age:', self.age_years) class PetData(AnimalData): def init(self): AnimalData.init(self) self.id_num = 0 def set_id(self, pet_id): self.id_num = pet_id # FIXME: Add print_all() member method ''' Your solution goes here ''' user_pet = PetData() user_pet.set_name(input()) user_pet.set_age(int(input())) user_pet.set_id(int(input())) user_pet.print_all()

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter11: Inheritance And Composition

Section: Chapter Questions

Problem 6PE

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dayType Class We will be working on a project that designs a class calendarType, so that a client program can use this class to print a calendar for any month starting Jan 1. 1900. An example of the calendar for September 2019 is: September 2019 Sun Mon Tue Wed Thu Fri Sat 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 We will develop several classes which will work together to create a calendar. The first of these classes is called dayType which will manipulate a day of the week. The class dayType will store a day, such as Sun for Sunday. The class should be able to perform the following operations on an object of type dayType: a. Set the day. b. Print the day. c. Return the day. d. Return the next day. e.…
•Person Class: Person class has attributes: String name, address and int age. Write setperson() function to set values and getPerson() to Print attributes. Also write appropriate constructors.•Employee Class: Write another class Employee having attributes department and salary of type string and double. Write methods setEmployee(), getEmployee() and appropriate constructors for Employee class.•Student Class:•Write a class Student having attributes registration number and GPA of type string and float. Also write setStudent(), getStudent() methods and required constructors. Use the concept of inheritance to achieve the above functionality. Write a main() function to display the information of employee and student.• Note: Call the constructors/methods of parent class in child class where required in java code
•Person Class: Person class has attributes: String name, address and int age. Write setperson() function to set values and getPerson() to Print attributes. Also write appropriate constructors. •Employee Class: Write another class Employee having attributes department and salary of type string and double. Write methods setEmployee(), getEmployee() and appropriate constructors for Employee class. •Student Class: •Write a class Student having attributes registration number and GPA of type string and float. Also write setStudent(), getStudent() methods and required constructors. Use the concept of inheritance to achieve the above functionality. Write a main() function to display the information of employee and student. • Note: Call the constructors/methods of parent class in child class where required
Define a member method print_all() for class PetData. Make use of the base class' print_all() method. Sample output for the given program with inputs: 'Fluffy' 5 4444Name: FluffyAge: 5ID: 4444 this is what i have class AnimalData: def __init__(self): self.full_name = '' self.age_years = 0 def set_name(self, given_name): self.full_name = given_name def set_age(self, num_years): self.age_years = num_years # Other parts omitted def print_all(self): print('Name:', self.full_name) print('Age:', self.age_years) class PetData(AnimalData): def __init__(self): AnimalData.__init__(self) self.id_num = 0 def set_id(self, pet_id): self.id_num = pet_id # FIXME: Add print_all() member method ''' Your solution goes here ''' user_pet = PetData()user_pet.set_name(input())user_pet.set_age(int(input()))user_pet.set_id(int(input()))user_pet.print_all()
1 - Student class Make a class student (in student.py) that stores the following information for a student: Name (name) Student number (student_nr) Points per assignment (points_per_assignment) Exam grade (exam_grade) a) Behind each point of information is the name of the parameter to the initializer method. Store this information from the parameters in the object attributes with the same name. b) Add a method course_points() which returns the number of course points the student has gotten. Example: mary = Student("Mary", 15789613, [10, 9, 8, 10, 9, 10], 9)print(mary.course_points()) > 121 The calculation of the course points is explained in the course overview, course setup slides (Links to an external site.) and the first lectureLinks to an external site.. c) Add a method grade() which returns a the final grade of the student, rounded to nearest half (upwards, 6.75 -> 7). As per regulations, a 5.5 becomes a 6. If the student did not pass both the assignments (>= 95…
Python Define a member method print_all() for class PetData. Make use of the base class' print_all() method.Sample output for the given program with inputs: 'Fluffy' 5 4444 Name: Fluffy Age: 5 ID: 4444 class AnimalData:def __init__(self):self.full_name = ''self.age_years = 0 def set_name(self, given_name):self.full_name = given_name def set_age(self, num_years):self.age_years = num_years # Other parts omitted def print_all(self):print('Name:', self.full_name)print('Age:', self.age_years) class PetData(AnimalData):def __init__(self):AnimalData.__init__(self)self.id_num = 0 def set_id(self, pet_id):self.id_num = pet_id # FIXME: Add print_all() member method ''' Your solution goes here ''' user_pet = PetData()user_pet.set_name(input())user_pet.set_age(int(input()))user_pet.set_id(int(input()))user_pet.print_all()
Create a class MyTime which has the datamembers as follows: 1. hour: integer (1 to 12)2. minute: integer (0 to 59)3. second: integer (0 to 59)4. pm: bool variable. True means PM time and false means AM time. Implement a default constructor, a parameterized constructor and a copy constructor. Write set and get functions for all the four members of the class. Overload these operators: 1. Extraction operator >> : Prompt the user for hours, minutes, seconds and for am/pm and initialize the structure. Left operand istream object and right operand MyTime2. Assignment = : Assign the right object to the left object. Both operands are of type MyTime.3. Insertion << : Print the time in the format HH:MM SS PM. Left operand of type ostream and right operand of type MyTime. this in c++.
# objected oriented programming in Python I need the solution of all below python question codes along with correct return. # 1. Implement a class named "MyClass"# This class should have:# * During instantiation of this class, the 'some_val' parameter should be set as# a variable with the same name in the instance# * Implement the method called 'plus_n' that takes one parameter (named 'n'), such that# it should return the sum of instance's 'some_val' variable and 'n'class MyClass: def __init__(self, some_val): # your code goes here instead of pass pass def plus_n(self, n): # your code goes here instead of pass pass ########################################################################################################################################################################################################################################## # 2. Given two classes 'Animal' and 'DigestiveSystem, implement, using COMPOSITION the method…
Create a class BeautyProduct with name, color, brand. Provide Constructors, getters, setters and also write toString method. Now create a class Lipstick which extends the class BeautyProduct as Lipstick is-a Beauty Product it has totalVolume, remainingVolume, price, texture (gloss, matt) as private data members. Provide Constructors, getters, setters and an apply() method whenever this method is called a beauty item is applied and its volume decreases by 10.This should also check that volume must not be zero if it then u have to throw exception. Also write toString method which prints all details like name, color, brand, price, texture and volume. Create another class foundation having totalVolume, remainingVolume, price, texture (liquid, cake) and lastingTime (number of hours foundation remain intact on face and does not crease) as private data members. This also extends the base class i.e. BeautyProduct. Provide Constructors, getters, setters and an apply() method whenever this…
public class date { private int day; // from 1 to 31 private int month; // from 1 to 12 private int year; // from 2000 upwards public void advance (); // move to next day }; Implement a constructor that initializes new objects of date class to be set to the 1st of January 2000. Implement setters for day, month, and year. Implement the advance method, which moves to the next day, ensuring that all data members are updated appropriately.
Create a class Student with following instance private variables and member functions: Variable: id (int), name (String), Major (String) Constructor: overloaded constructor Methods: Accessor/Mutator (Setter/Getters), toString Create class College with following instance variable and member function: Variable: SIZE (final and int), Student array example: Student[] student; Constructor: overloaded which take one input size and this will be the value of SIZE viable and Student array size. Methods: addStudent(id, name, major) method: This method will create and add student object to the student array and when the array gets full the method will give an error message saying that you cannot add more students searchStudent(id) method: This method uses sequential search algorithm to find a student using student id in the student array. If the student is found it will return the student object otherwise it will return null. Create class StudentSearch with the main method and the main method…
Write a code for a banking program.a) In this question, first, you need to create a Customer class, this class should have:• 2 private attributes: name (String) and balance (double)• Parametrized constructor to initialize the attributes• Methods:i. public String toString() that gives back the name and balanceii. public void addPercentage; this method will take a percentage value andadd it to the balanceb) Second, you will create a driver class and ask the user to enter 6 customers’ informationand then you will create an array of Customer objects.c) Then you use this array used for various operations as shown in the output.• Using the array of customer objects, you need to search for all customers whohave less than $150• Using the array of customer objects, you need to get the average balance of thebalances in this array• Using the array of customer objects, you need to get the customer with thehighest balance and lowest balance• Using the array of customer objects, you need to show all…