The company needs a more detailed report to be generated at the end of each shift (4 points). The sample screen output with the report is listed below:

Welcome to CTC Taxi.

Do you need a taxi?

Y

Taxi CTC0001 will pick you up in a few minutes. (Taxi CTC0001 determined that there were 3 passengers)

Do you need a taxi?

Y

Taxi CTC0004 will pick you up in a few minutes. (Taxi CTC0004 determined that there were 5 passengers)

Do you need a taxi?

N

CTC Taxi served a total of 124 passengers today.

CTC0001 CTC00022 CTC0003 CTC0004 CTC0005 CTC0006

19 Calls 25 Calls 10 Calls 12 Calls 22 Calls 13 Calls

25 Passengers 45 Passengers 34 Passengers 29 Passengers 24 Passengers 30 Passengers

Today CTC0002 served most passengers.

Today on average each taxi served 31.7 passengers.

You must include the following parts in your program:

1. Overload + to add total calls and total passengers of all taxis (2 points);
2. Overload < to determine which taxi served most passengers (2 points);
3. Store the report in a disk file (2 points)

#include

#include

using namespace std;

class Taxi { // Taxi Class Definition

private:

string name, maker, color, id;

int numPass, totalNum;

static int totalPassenger; // static variable to store

public:

Taxi() {

name = maker = color = "";

numPass = 0;

}

Taxi(string num, string name, string maker, string color) {

this->id = num;

this->name = name;

this->maker = maker;

this->color = color;

numPass = 0;

}

int getRandomPass() { // random upon request

return rand() %4+1;

}

void display() { // random taxi sent

numPass = getRandomPass();

cout << "Taxi " << id << " a " << color << " " << maker << " driven by " << name << " will pick you up in a few minutes.";

cout << "(Taxi " << id << " Determined that there were " << numPass << " passengers)" << endl;

recordNum();

totalPassenger += numPass;

}

void showRecord() { // show taxi record

cout << name << " served " << totalNum << " passengers." << endl;

}

void recordNum() { // record totalPassenger of each taxi;

totalNum += numPass;

}

int totalPassengerServed() {

return totalPassenger;

}

};

int Taxi::totalPassenger = 0;

int main() {

// taxi number, driver name, maker, color

Taxi taxi1( "CTC10001", "Ted", "Toyota Camry", "red");

Taxi taxi2( "CTC10002", "Ron", "Ford Escape", "black");

Taxi taxi3( "CTC10003", "Kai", "BMW M4", "black");

Taxi taxi4( "CTC10004", "Mark", "Audi R7", "black");

Taxi taxi5( "CTC10005", "John", "Mercedes-Benz G65", "Grey");

Taxi taxi6( "CT10006", "Aciel", "Hyundai Santa Fe", "White");

char ch;

cout << "Welcome to CTC" << endl;

while (true) {

cout << " Do you need a Taxi?" << endl;

cin >> ch;

if (ch == 'N')

break;

int select = rand() %6+1;

switch (select) {

case 1:

taxi1.display();

break;

case 2:

taxi2.display();

break;

case 3:

taxi3.display();

break;

case 4:

taxi4.display();

break;

case 5:

taxi5.display();

break;

case 6:

taxi6.display();

break;

}

}

cout << "CTC served a total of " << taxi1.totalPassengerServed() << " passengers today. " << endl;

taxi1.showRecord();

taxi2.showRecord();

taxi3.showRecord();

taxi4.showRecord();

taxi5.showRecord();

taxi6.showRecord();

return 0;

}