C++ program need car.h car.cpp and main.cpp ====================================

Question

C++ program need car.h car.cpp and main.cpp

================================================================================

lab8 is?

car.h

--------------------------------------

#pragma once

#include <string>
using std::string;

class Car
{
private:   // private variables to store what each car object knows
   string driverName;
   double odometerMiles;
   double speedMPH;

public:       // public member functions (methods) to define what each Car object can do

   // constructors
   Car();
   Car(string initDriverName);

   // GETTERS and SETTERS

   // getter and setter for drivers name
   string getDriverName();
   void setDriverName(string newName);

   // getter and setter for odometer
   double getOdometerMiles();
   void setOdometerMiles(double newOdometerMiles);

   // getter and setter for current speed
   double getSpeedMPH();
   void setSpeedMPH(double newSpeedMPH);
};

------------------------------------------------------------------------------------------------------

car.cpp

#include "Car.h"

// IMPLEMENTATION for Car class member functions (methods)

// Constructors
Car::Car()
{
   driverName = "";
   odometerMiles = 0.0;
   speedMPH = 0.0;
}
Car::Car(string initDriverName)
{
   driverName = initDriverName;
   odometerMiles = 0.0;
   speedMPH = 0.0;
}

// GETTRS and SETTERS

// getter and setter for drivers name
string Car::getDriverName()
{
   return this->driverName;
}
void Car::setDriverName(string newName)
{
   this->driverName = newName;
}

// getter and setter for odometer
double Car::getOdometerMiles()
{
   return this->odometerMiles;
}
void Car::setOdometerMiles(double newOdometerMiles)
{
   this->odometerMiles = newOdometerMiles;
}

// getter and setter for current speed
double Car::getSpeedMPH()
{
   return this->speedMPH;
}
void Car::setSpeedMPH(double newSpeedMPH)
{
   this->speedMPH = newSpeedMPH;
}

--------------------------------------------------------------------------------------------------------

lab08.cpp

//**************************************************************************************************
// FILE: lab08.cpp
//
// DESCRIPTION: This program simulates a race between two cars.
//
// This lab project illustrates the following C++ concepts:
// 1. Declaring and using user defined objects.
//
// AUTHORS: <Huiyi Tang> (<527009697@qq.com)
// <Gengyu Hong> (<Gengyu.Hong@asu.edu>)
//
// COURSE: CSE100 Principles of Programming with C++, Spring 2015
//
// LAB INFO: Lab Number 8; Date/Time: <March 25 10:30am>; TA: <Junghyo Lee>
//
// -------------------------------------------------------------------------------------------------
#include <iostream>
#include <stdlib.h>
#include <time.h>
using namespace std;

// include Car header file
// so we can declare and use Car objects
// NOTE: the use of quotation marks instead of angle brackets
// for user created header files
#include "Car.h"

int main()
{
   // declare and initialize your variables
   Car car1, car2;
   string tempName1, tempName2;
   int minutes = 0;
   srand(time(0));

   // 1. The user will be asked to provide the names for the drivers of the two cars.
   cout << "Enter the name of driver 1: ";
   cin >> tempName1;
   car1.setDriverName(tempName1);
   cout << "Enter the name of driver 2: ";
   cin >> tempName2;
   car2.setDriverName(tempName2);

   // 2. Set each car?s odometer to 0.0 miles. Before the race begins.
   car1.setOdometerMiles(0.0);
   car2.setOdometerMiles(0.0);

   // 3. Set each car?s speed to a random value between 50 and 100 miles per hour.
   car1.setSpeedMPH(rand() % 51 + 50);
   car1.setSpeedMPH(rand() % 51 + 50);

   // 4. start the race
   cout << " Race Starts: ";

   // 5. the race will consist of simulated one minute intervals

   while (true){
       // a. each car travels for one minute at its current speed
       minutes++;
       // b. update each car's odometerMiles
       car1.setOdometerMiles(car1.getOdometerMiles() + car1.getSpeedMPH() / 60.0);
       car2.setOdometerMiles(car2.getOdometerMiles() + car2.getSpeedMPH() / 60.0);

       // c. report each car's progress
       cout << endl << "After " << minutes << " minutes:" << endl;
       cout << car1.getDriverName() << " travelled " << car1.getOdometerMiles() << " miles" << endl;
       cout << car1.getDriverName() << " travelled " << car2.getOdometerMiles() << " miles" << endl;

       // d. check to see if either car has travelled more than 10 miles

       // the first car to travel more than 10 miles is the winner and the race is over - announce the winner

       if (car1.getOdometerMiles() > car2.getOdometerMiles() && car1.getOdometerMiles() >= 10){
           cout << endl << car1.getDriverName() << " is the winner" << endl;
           break;
       }
       if (car1.getOdometerMiles() < car2.getOdometerMiles() && car2.getOdometerMiles() >= 10){
           cout << endl << car2.getDriverName() << " is the winner" << endl;
           break;
       }
       if (car1.getOdometerMiles() == car2.getOdometerMiles() && car1.getOdometerMiles() >= 10){
           cout << endl << "Its a draw!" << endl;
           break;
       }

       // if no car has exceeded 10 miles then give each car a new random speed between 50 and 100 MPH
       else{
           car1.setSpeedMPH(rand() % 51 + 50);
           car2.setSpeedMPH(rand() % 51 + 50);
       }

       // and continue the simulation

   }

   cin.sync(); cin.get();
   return 0;
}

4) Lab Exercise For this lab you must extend and revise the program that you created for lab 8. You must: 1. 2. 3. 4. Ask the user how many cars they would like to race Get the name of each driver from the user Store all the cars in a vector Simulate the race for all the cars. In all other respects this program should work just like the program you were asked to create for Lab 8

Explanation / Answer

The following codings might be helpful for starting the program.

#include <stdio.h>

#include <conio.h>

#include <process.h>

class car

.{

private:

int x1,y1,x2,y2,col,col2,col3;

public:

car():x1(200),y1(300),x2(270),y2(200),col(4)

{}

car(int a,int b,int c,int d,int e,int f,int

g):x1(a),y1(b),x2(c),y2(d),col(e),col2(f),col3(g)

{}

.void get(int a,int b,int c,int d,int e,int f,int g)

.{

x1=a;

y1=b;

x2=c;

y2=d;

col=e;

col2=f;

col3=g;

Related Questions

Navigate

• Browse (All)
• Browse C
• Subjects

---

---

Integrity-first tutoring: explanations and feedback only — we do not complete graded work. Learn more.