I want to solve the problems of this code and I want to re-submit the code after correction

#include

#include

#include

using namespace std;

void addCar(vector>& cars) {

vector newCar;

cout << "Enter car type: ";

cin >> newCar[0];

cout << "Enter car color: ";

cin >> newCar[1];

cout << "Enter car plate number: ";

cin >> newCar[2];

cout << "Enter car location: ";

cin >> newCar[3];

newCar.push_back(""); // initialize cleaner name to empty string

cars.push_back(newCar);

cout << "Car added successfully. ";

}

void addCleaner(vector>& cleaners) {

vector newCleaner;

cout << "Enter cleaner name: ";

cin >> newCleaner[0];

cout << "Enter cleaner phone number: ";

cin >> newCleaner[1];

cout << "Enter cleaning price: ";

cin >> newCleaner[2];

newCleaner.push_back("1"); // initialize available status to true

cleaners.push_back(newCleaner);

cout << "Cleaner added successfully. ";

}

void assignCleaner(vector>& cars, vector>& cleaners) {

string plateNumber, cleanerName;

cout << "Enter car plate number: ";

cin >> plateNumber;

cout << "Enter cleaner name: ";

cin >> cleanerName;

// Find the car and cleaner vectors

int carIndex = -1, cleanerIndex = -1;

for (int i = 0; i < cars.size(); i++) {

if (cars[i][2] == plateNumber) {

carIndex = i;

break;

}

}

for (int i = 0; i < cleaners.size(); i++) {

if (cleaners[i][0] == cleanerName) {

cleanerIndex = i;

break;

}

}

// Check if the car and cleaner vectors were found

if (carIndex == -1) {

cout << "Error: Car not found. ";

return;

}

if (cleanerIndex == -1) {

cout << "Error: Cleaner not found. ";

return;

}

// Check if the cleaner is available

if (cleaners[cleanerIndex][3] != "1") {

cout << "Error: Cleaner is not available. ";

return;

}

// Assign the cleaner to the car

cars[carIndex][4] = cleanerName;

cleaners[cleanerIndex].push_back(plateNumber);

cleaners[cleanerIndex][3] = "0";

cout << "Cleaner assigned successfully. ";

}

void removeCleaner(vector>& cars, vector>& cleaners) {

string plateNumber;

cout << "Enter car plate number: ";

cin >> plateNumber;

// Find the car vector

int carIndex = -1;

for (int i = 0; i < cars.size(); i++) {

if (cars[i][2] == plateNumber) {

carIndex = i;

break;

}

}

// Check if the car vector was found

if (carIndex == -1) {

cout << "Error: Car not found. ";

return;

}

// Remove the cleaner from the car

string cleanerName = cars_cleanerName[carIndex];

cars_cleanerName[carIndex] = "";

for (int i = 0; i < cleaners_name.size(); i++) {

if (cleaners_name[i] == cleanerName) {

for (int j = 0; j < cleaners_assignedCars[i].size(); j++) {

if (cleaners_assignedCars[i][j] == plateNumber) {

cleaners_assignedCars[i].erase(cleaners_assignedCars[i].begin() + j);

break;

}

}

cleaners_available[i] = true;

break;

}

}

cout << "Cleaner removed successfully. ";

}

void printCars(vector& cars_type, vector& cars_color, vector& cars_plateNumber, vector& cars_year) {

int numCars = cars_type.size(); // Get the number of cars in the vector

// Loop through each car and print its details

for (int i = 0; i < numCars; i++) {

cout << "Car #" << i+1 << endl;

cout << "Type: " << cars_type[i] << endl;

cout << "Color: " << cars_color[i] << endl;

cout << "Plate number: " << cars_plateNumber[i] << endl;

cout << "Year: " << cars_year[i] << endl;

cout << endl;

}

}