**use c++ and use string and vector abstract data types. Use iterators as appropriate. Design and implement an abstract data type called Car. Support the following operations: ability to set make and model, ability to shift gear up or down (assume a max of 6-speed), ability to shift lanes (left or right; assume a max of three lanes), accelerate and decelerate (in units of 5 mph), and display the current state of the car (show the make, model, current gear number, current lane and speed). Also, support operator overloading for a few operators that make sense for a Car object including: =, ==, < and >. Instantiate some Car objects in your main function and take them for a spin.
**use c++ and use string and vector abstract data types. Use iterators as appropriate. Design and implement an abstract data type called Car. Support the following operations: ability to set make and model, ability to shift gear up or down (assume a max of 6-speed), ability to shift lanes (left or right; assume a max of three lanes), accelerate and decelerate (in units of 5 mph), and display the current state of the car (show the make, model, current gear number, current lane and speed). Also, support operator overloading for a few operators that make sense for a Car object including: =, ==, < and >. Instantiate some Car objects in your main function and take them for a spin.
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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**use c++ and use string and vector abstract data types. Use iterators as appropriate.
Design and implement an abstract data type called Car. Support the following operations:
ability to set make and model, ability to shift gear up or down (assume a max of 6-speed),
ability to shift lanes (left or right; assume a max of three lanes),
accelerate and decelerate (in units of 5 mph),
and display the current state of the car (show the make, model, current gear number, current lane and speed).
Also, support operator overloading for a few operators that make sense for a Car object including: =, ==, < and >. Instantiate some Car objects in your main function and take them for a spin.
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