Cr3ate a class named Person, use the __init__ () function to assign values for name and age class Person: def __init__(self, name, age): _______________ _______________ p1 = Person("John", 36) print(p1.name) print(p1.age)

Cr3ate a class named Person, use the init () function to assign values for name and age class Person: def init(self, name, age): _ _ p1 = Person("John", 36) print(p1.name) print(p1.age)

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter13: Overloading And Templates

Section: Chapter Questions

Problem 10PE

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Create a class called Line with the followings:1. Private members: p1 and p2 as pointer to Point objects (code provided below), slope and length as double variables2. Define setter and getter functions.3. Define a default constructor that allocate dynamic memory for points andset everything to 0.4. Overload a constructor that allocates memory for points, initilize themwith given arguments, and calculate the slope and length.5. Overload a destructor, a copy constructor and a copy assignment operator.6. Create a function called ”parallel” that return true when given lines areparallel and returns false otherwise7. Overload the less than (<) and greater than (>) and equality (==) oper-ators (compare the length)8. Write a functions that reads lines in the format provided in the lines.txtfrom the file and stores them in a vector named Lines.9. Sort the objects of Lines vector in descending order.10. Extend the functionality of cin and cout for this class11. Write a separate file to…
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The base class Pet has protected data members petName, and petAge. The derived class Dog extends the Pet class and includes a private data member for dogBreed. Complete main() to: create a generic pet and print information using PrintInfo(). create a Dog pet, use PrintInfo() to print information, and add a statement to print the dog's breed using the GetBreed() function. Ex. If the input is: Dobby2Kreacher3German Schnauzer the output is: Pet Information: Name: Dobby Age: 2Pet Information: Name: Kreacher Age: 3 Breed: German Schnauzer #include <iostream>#include<string>#include "Dog.h" using namespace std; int main() { string petName, dogName, dogBreed; int petAge, dogAge; Pet myPet; Dog myDog; getline(cin, petName); cin >> petAge; cin.ignore(); getline(cin, dogName); cin >> dogAge; cin.ignore(); getline(cin, dogBreed); // TODO: Create generic pet (using petName, petAge) and then call PrintInfo //…
create a class called Date that contains data members representing day month, year of a particular date. A. Add a constructor who initializes the value of date as 1/1/2001 and displays the date by calling a member function to-string that represents the date in the form of “Day/Month/year”. B. Output the Date in multiple formats such as a. DD YYYY b. MM/DD/YYYY c. DD.MM.YYYY d. June 14, 2001 C. Use overloaded constructor to create Date objects initialized with dates of the format in part (b). D. Create a Date constructor that reads the system date using standard library function of the <ctime> header and sets the data members. a. https://onlinegdb.com/NaakQKYJI (Refer this code for the usage of ctime) b. C++ Date and Time (tutorialspoint.com) (Go through this for more understanding) E. Add a destructor to the program displaying a suitable msg.
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Using c++ BankAccount class Given main(), define the BankAccount class (in files BankAccount.h and BankAccount.cpp) that manages checking and savings accounts. The class has three private data members: customer name (string) savings account balance (double) checking account balance (double) Implement the following constructor and public member functions as listed below: BankAccount(string newName, double amt1, double amt2) - set the customer name to parameter newName, set the checking account balance to parameter amt1 and set the savings account balance to parameter amt2. (amt stands for amount) void SetName(string newName) - set the customer name to parameter newName string GetName() - return the customer name void SetChecking(double amt) - set the checking account balance to parameter amt double GetChecking() - return the checking account balance void SetSavings(double amt) - set the savings account balance to parameter amt double GetSavings() - return the savings account…
Create a class named Line: (a) Define private data members p1 and p2 as pointer to Point objects (the one we had in lectures), slope and length as double variables. (b) Define setter and getter functions. (c) Define a null-constructor that initializes numeric variables with zero and allocate dynamic memory for points and initialize them to [0,0] as well. (d) Overload a constructor that allocates memory for points, initilize them with given arguments, and calculate the slope and length. (e) Implement destructor, copy constructor and copy assignment operator. (f) Create a function called ”parallel” that takes too Line objects, returns true when given lines are parallel and returns false otherwise. (g) Overload the less than (<) and greater than (>) and equality (==) operators (compare the length). (h) Write a functions that reads lines in the format provided in the lines.txt from the file (without any change) and stores them in a vector named Lines. (i) Sort the objects of Lines…
Create a base class named Point consisting of x and y data members representing point coordinates. From this class, derive a class named Circle with another data member named radius. For this derived class, the x and y data members represent a circle’s center coordinates. The member functions of the Point class should consist of a constructor, an area() function that returns 0, and a distance() function that returns the distance between two points,(x1,y1) and (x2,y2), where Additionally, the derived class should have a constructor and an override function named area() (PI*pow(radius,2)) that returns a circle’s area. Task: 1-Include the classes constructed in a working C++ program. 2-Have your program call all the member functions in each class. 3- In addition, call the base class’s distance() function with two circle objects and explain the results this function returns.
ADD CODE IN LINE 13, where it is written //your code goes below here Assume the following class fully implemented 1. class Olympic2. {3. char* m_name;4. public:5. Olympic(const char* name);6. Olympic(const Olympic& ro);7. Olympic& operator=(const Olympic& ro);8. void setName(const char* name);9. virtual void mission();10. std::ostream& display(std::ostream& os = std::cout);11. virtual ~Olympic();12. };13. std::ostream& operator<<(std::ostream& os, Olympic& r);14. Implement the copy constructor and copy assignment operator of the derived class Runner in a way that derived class and base class' object attributes are properly handled. 1. class Runner :public Olympic2. 3. {4. int m_speed;5. char* m_colour = nullptr;6. public:7. // assume these functions are fully implemented and working perfectly8. Runner(const char* name = "John", const char* c_colour = "blue", int power = 5);9. void setColour(const char* c_colour);10. std::ostream&…
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