Problem 1 Create a class called Hangman with the field n (number of incorrect guesses (int)). • include an_init__ method to initialize the field value • include a_str_ method that returns a string representation of the hangman (i.e., the stick figure representing the number of incorrect guesses) • include a method called incorrectGuess() that increases the value of n by 1

Problem 1 Create a class called Hangman with the field n (number of incorrect guesses (int)). • include an_init__ method to initialize the field value • include a_str_ method that returns a string representation of the hangman (i.e., the stick figure representing the number of incorrect guesses) • include a method called incorrectGuess() that increases the value of n by 1

EBK JAVA PROGRAMMING

9th Edition

ISBN:9781337671385

Author:FARRELL

Publisher:FARRELL

Chapter10: Introduction To Inheritance

Section: Chapter Questions

Problem 1GZ

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Problem 1 Create a class called Hangman with the field n (number of incorrect guesses (int)). include an_init_ method to initialize the field value • include a_str_ method that returns a string representation of the hangman (i.e., the stick figure representing the number of incorrect guesses) • include a method called incorrectGuess() that increases the value of n by 1 Problem 2 Create a class called Word with the fields word (string) and guessed (list of guessed letters). include an_init_ method to initialize the field values include a_str_ method that returns a string representation of the word where letters that have not yet been guessed (are not in the guessed list) are replaced with underscores. • include a method called addLetter() that takes a letter as a parameter and adds it to the guessed list. include a method called guessLetter() that takes a letter as a parameter and checks if that letter is in the word. The method should return true if the letter is in the word and false…
• RectangleTest class:o Perform the following actions in the main method:▪ Create an object named r1 of the Rectangle class using the default constructor.▪ Using the set methods, initialize r1 to have width 3.0 and length 5.2.▪ Use the printDimensions method to output all the data (width & length) related to r1.▪ Create another object named r2 of the Rectangle class with width 2.6 and length 5.4using the overloaded constructor.▪ Print out r2 (width & length) using the get methods.▪ Print out the area and the perimeter of r1 using the calculateArea andcalculatePerimeter methods.▪ Print out the area and the perimeter of r2 using the calculateArea andcalculatePerimeter methods
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• RectangleTest class: o Perform the following actions in the main method: • Create an object named r1 of the Rectangle class using the default constructor. • Using the set methods, initialize rl to have width 3.0 and length 5.2. • Use the printDimensions method to output all the data (width & length) related to r1. • Create another object named r2 of the Rectangle class with width 2.6 and length 5.4 using the overloaded constructor. • Print out r2 (width & length) using the get methods. • Print out the area and the perimeter of r1 using the calculateArea and calculatePerimeter methods. • Print out the area and the perimeter of r2 using the calculateArea and calculatePerimeter methods.
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