Use the scoreData header and implementation files included below the instructions.

Use C++ for the program

Step 1: Create a copy constructor for the scoreData class. The copy constructor should

• Copy the value of the data members name and size from the parameter object
• Dynamically create an array using the pointer data member scores
• Copy all the elements from the array in the parameter object to the newly created dynamic array

Step 2: Create a destructor for the scoreData class

Step 3: Write a program that includes the following

• Create a scoreData object
• Have the user enter test scores into the scoreData object
• Declare a second scoreData object and initialize the second object to the first scoreData object using the copy constructor
• Update the first score in the second scoreData object
• Output the test scores and average for both scoreData objects

***** scoreData.h file *****

#include #include using namespace std;

class scoreData{

private: string name; // Student name int size; // int *scores; // Pointer pointing to int public: scoreData(); // Default Constructure scoreData (int size); // Constructor that will accept an argument for each of the size data member void addValue(int subscript, int testscore); // Function to be used to store a single test score value to an element in the scores array double calcAvg(); // Calculate the average of the test scores stored in the scores data member array void print(); // Output the test scores in the scores data member array string getName(); // Get Name Accessor function void setName(string Name); // Set Names Mutator function }; #pragma once

***** scoreData.cpp Implementation file *****

#include #include #include #include "scoreData.h" using namespace std;

scoreData::scoreData() { size = 0; }

scoreData::scoreData(int sizeArray) { size = sizeArray; // Set the size data member scores = new int[size]; for (int count = 0; count < size; count++) { scores[count] = 0; } }

void scoreData::addValue(int subscript, int testscore) { scores[subscript] = testscore; }

double scoreData::calcAvg() { int average = 0; // int iterations = 0; int total_scores = 0;

// iterations = sizeof scores;

for (int count = 0; count < size; count++) { total_scores += scores[count]; }

average = (total_scores / size); cout << "The average score for " << name << " is " << average << endl; return average; }

void scoreData::print() { // int iterations = 0; // iterations = sizeof scores; cout << "The scores for " << name << endl; for (int count = 0; count < size; count++) { cout << "Score " << (count + 1) << " is " << scores[count] << endl; } }

string scoreData::getName() { return name; }

void scoreData::setName(string Name) { if (Name != "") name = Name; // else leaves it set to its previous value }