$//$ TODO: Add the three Vehicle objects to the vector using the push$\_$back$()$ function

$//$ TODO: Print out each Vehicle by looping through the vector and calling the Display$()$ function for each Vehicle object

$\}21\mathrm{.}2$ Lab $2-$ Classes Part $1$

The complete assignment description can be found on Canvas under the assignment "Lab $2"$

Here you'll just implement the basic Vehicle class and its functions. The class declaration will be written in Vehicle.h$,$ while the definitions of the functions will be written in Vehicle.cpp$.$

Tests $1$ and $2$ are set up for you; you just need to write the Vehicle class for those. For test $3,$ you will have to fill in the sections that are marked with a $//$ TODO comment.

#include

#include

#include "Vehicle.h$"$

using namespace std;

int main$()$

$\{$

int input;

cin $>>$ input;

if $($input $==1)$

$\{$

Vehicle defaultVehicle;

defaultVehicle.Display$()$;

$\}$

else if $($input $==2)$

$\{$

Vehicle customVehicle$1("$Tesla$",$ "Model S$",2019,46122,42)$;

customVehicle$1.$Display$()$;

Vehicle customVehicle$2("$Chrysler$",$ "New Yorker", $1984,2000,100423)$;

customVehicle$2.$Display$()$;

$\}$

else if $($input $==3)$

$\{$

Vehicle customVehicle$1("$Chrysler$",$ "New Yorker", $1984,2000,100423)$;

Vehicle customVehicle$2("$COP$3503",$ "Moped", $2019,2200,45)$;

cout $<<$ "Price of the vehicles: $$"<<$ customVehicle$1.$GetPrice$()+$ customVehicle$2.$GetPrice$()<<$ endl;

$\}$

else if $($input $==4)$

$\{$

Vehicle customVehicle$1("$Razor$",$ "Scooter", $2019,39,950)$;

cout $<<$ customVehicle$1.$GetYearMakeModel$()$;

$\}$

else if $($input $==5)$

$\{$

Vehicle muscleCar$("$Ford$",$ "Mustang", $1968,82550,71000)$;

Vehicle electric$("$Toyota$",$ "Prius", $2014,27377,12)$;

Vehicle suv$("$Mazda$","$CX$5",2018,28449,11047)$;

vector vehicles;

$//$ TODO: Add the three Vehicle objects to the vector using the push$\_$back$()$ function

$//$ TODO: Print out each Vehicle by looping through the vector and calling the Display$()$ function for each Vehicle object

$\}$

return $0$;