Convert a structure into a class implementation. Details: Start with the repl code provided to you Modify all of the functions so that they are member functions. Use the scope resolution operator (:) to show that an implementation of a function is part of a class Change the initialization function into a constructor with arguments. Add a default constructor that initializes things to 0 or empty string. Please note that you should use a for loop to initialize all the values of furColours Add one getter to return the furclassification. . Modify the calls in main to reflect the change in the functions. Be sure to add the keyword const after functions that do not change the data. If you want, you can turn the istaller function into an overloaded operator> Here are two sample runs that you can try in the lab: hercules[511 ./main Please describe the cat Please enter a length: 48 Please enter a height: 25 Please enter a tail length: 31 Please enter an eye colour: blue Please enter a description of the fur (long, medium, short, none): short Please enter the colours of the fur (separated by space or a newline character). Add done" at the end: grey white done The average cat has medium fur This is myCat Length: 48 Height: 25 Tail Length: 31 Eye Colour: blue Fur Classification short cat colours: grey white My cat is taller than the average cat hercules [6] hercules [6./main Please describe the cat Please enter a length 44 Please enter a height: 22 Please enter a tail length: 30 Please enter an eye colour: yellow Please enter a description of the fur (long, medium, short, none) long Please enter the colours of the fur (separated by space or a newline character). Add "done" at the end: black white orange done The average cat has medium fur This is myCat Length: 44 Height: 22 Tail Length: 30 Eye Colour: yellow Fur Classification: long Cat Colours black white orange My cat is shorter than the average cat My cat is a calico // Filename: main.cpp // Purpose: To convert a structure into a class implementation. #include "Cat.h" #include using namespace std; int main() { Cat averageCat, myCat; string colours[5]; colours[0] = "orange"; colours[1] = ""; initCat (averageCat, 45, 24, 28, "green", "medium", colours); readCat (myCat); cout using namespace std; struct Cat { double length; double height; double tailLength; string eyeColour; string furClassification; //long, medium, short, none string furColours[5]; }; void initCat (Cat&, double, double, double, string, string, const string[]); void readCat (Cat&); void printCat (const Cat&); bool isCalico (const Cat&); bool isTaller (const Cat&, const Cat&); #endif #include "Cat.h" #include using namespace std; void initCat (Cat& cat, double I, double h, double tl, string ec, string fcl,const string furColli) { int i = 0; cat.length = 1; cat.height = h; cat.tailLength = tu; cat.eyeColour = eC; cat.furClassification = fc1;//long, medium, short, none while (furCol[i] != "") { cat.furColours[i] = furColli); i++; } cat.furColours[i] = ""; } void readCat (Cat& cat) { int i = 0; cout > cat.length; cout > cat_height; cout > cat.tailLength; cout > cat.eyeColour; cout > cat.furClassification; cout > cat.furColours[i]; while (cat.furColours[i] != "done") { cin >> cat.furColours[i]; while (cat.furColours[i] != "done") { cin >> cat.furColours[i]; } cat.furColours[i] = ""; void printCat (const Cat& cat) { int i = 0; cout cat2.height); }