A computer game requires users to travel around a world to find and open treasure chests. Each treasure chest has a mathematics question inside. The user enters the answer. The number of points awarded depends on the number of attempts before the user gives the correct answer. The program will be created using object-oriented programming (OOP). The following class diagram describes the class TreasureChest. TreasureChest question : STRING answer : INTEGER points : INTEGER // stores the question // stores the answer // stores the maximum possible number of // points available for this chest constructor() // takes question, answer and points as // parameters and creates an instance of an // object getQuestion() // returns the question checkAnswer() // takes the user's answer as a parameter and // returns True if it is correct, // otherwise returns False getPoints() // takes the number of attempts as a // parameter and returns the number of // points awarded

1. (a)Create a new program. Write program code to declare the class TreasureChest. Do not write any other methods. The attributes are private. If you are using the Python programming language, include attribute declarations using comments. Save your program as question3. Copy and paste the program code into part 3(a) in the evidence document.[5]
2. (b)The text file TreasureChestData.txt stores data for five questions, in the order of question, answer, points. For example, the first three lines of the file are for the first question: 2*2 question 4 answer 10 points Write program code for the procedure, readData() to: • read each question, answer and points from the text file • create an object of type TreasureChest for each question • declare an array named arrayTreasure of type TreasureChest • append each object to the array • use exception handling to output an appropriate message if the file is not found. Save your program. Copy and paste the program code into part 3(b) in the evidence document.[8]
3. (c)(i)The class TreasureChest has a method getQuestion() that returns the question. Write the method getQuestion(). Save your program. Copy and paste the program code into part 3(c)(i) in the evidence document.[1]
4. (c)(ii)The class TreasureChest has a method checkAnswer() that takes the user's answer as a parameter. It returns True if the answer is correct and False otherwise. Write the method checkAnswer(). Save your program. Copy and paste the program code into part 3(c)(ii) in the evidence document.[3]
5. (c)(iii)The class TreasureChest has a method getPoints() that takes the number of attempts as a parameter. • If the number of attempts is 1, it returns the value of points. • If the number of attempts is 2, it returns the integer value of points divided by 2 (DIV 2). • If the number of attempts is 3 or 4, it returns the integer value of points divided by 4 (DIV 4). • If the number of attempts is not 1 or 2 or 3 or 4, it returns 0 (zero). For example, a question is worth 100 points and the user took 2 attempts to give the correct answer. The user is awarded 50 points (100 DIV 2). Write the method getPoints(). Save your program. Copy and paste the program code into part 3(c)(iii) in the evidence document.[5]
6. (c)(iv)Write program code for the main program to: • call the procedure readData() • ask the user to enter a question number between 1 and 5 • output the question that matches the question number entered by the user • check if the answer input by the user is correct using the method checkAnswer() • repeat the question until the user inputs the correct answer • count how many times the user attempted the question • use the method getPoints() to return the number of points awarded • output the number of points the user is awarded. Save your program. Copy and paste the program code into part 3(c)(iv) in the evidence document.[7]
7. (c)(v)Test the program. Take a screenshot showing the input(s) and output(s) for each of the following two tests. In the first test: • select question 1 and answer it correctly the first time. In the second test: • select question 5 and answer it correctly the second time. Save your program. Copy and paste the screenshots into part 3(c)(v) in the evidence document.[2]