Create the C++ class represented by the Class Diagram shown below. Wire the \"ge

Question

Create the C++ class represented by the Class Diagram shown below. Wire the "get" methods to the members with matching names. Overload the operators < and > so they compare the number of tickets sold in different world series.

BaseballWorldSeries

BaseballWorldSeries(std::string location, std::string winner, int ticketsSold);

std::string getWinner() const;

std::string getLocation() const;

friend bool operator < (const BaseballWorldSeries& bws1, const BaseballWorldSeries& bws2);

friend bool operator > (const BaseballWorldSeries& bws1, const BaseballWorldSeries& bws2);

string my_Location;

int my_NumberOfTicketsSold;

string my_Winner;

(Points : 20)

BaseballWorldSeries

BaseballWorldSeries(std::string location, std::string winner, int ticketsSold);

std::string getWinner() const;

std::string getLocation() const;

friend bool operator < (const BaseballWorldSeries& bws1, const BaseballWorldSeries& bws2);

friend bool operator > (const BaseballWorldSeries& bws1, const BaseballWorldSeries& bws2);

string my_Location;

int my_NumberOfTicketsSold;

string my_Winner;

Explanation / Answer

#include<iostream>
using namespace std;
class BaseballWorldSeries
{
string my_Location;
int my_NumberOfTicketsSold;
string my_Winner;
public:
BaseballWorldSeries(std::string location, std::string winner, int ticketsSold)
:my_Location(location),my_Winner(winner),
my_NumberOfTicketsSold(ticketsSold){};
std::string getWinner() const{
return my_Winner;};
std::string getLocation() const{
return my_Location;};
friend bool operator < (const BaseballWorldSeries& bws1, const BaseballWorldSeries& bws2)
{
return bws1.my_NumberOfTicketsSold<bws2.my_NumberOfTicketsSold;
};
friend bool operator > (const BaseballWorldSeries& bws1, const BaseballWorldSeries& bws2)
{
return bws1.my_NumberOfTicketsSold>bws2.my_NumberOfTicketsSold;
};
};

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