C$++$ Tossing Coins for a Dollar WRITE FULL CODE IN ANSWER BOX

Problem $1.$ Car Instrument Simulator

Design a set of classes that work together to simulate a car$$s fuel gauge and odometer.

The FuelGauge class will store the car$$s current amount of fuel in gallons, report the car$$s current

amount of fuel, indicate when the fuel tank is empty, and refuel the car$$s fuel tank to a maximum of

$15$ gallons. The Odometer class will be a friend of the FuelGauge class, so it will have access to

private members of the FuelGauge class.

The Odometer class will store the car$$s current mileage, and report the car$$s current mileage. As well,

it will increment the mileage by $1$ mile. When the maximum mileage of $999,999$ miles is exceeded it

will reset the current mileage to $0.$ For every $24$ miles, the Odometer class will decrease the

FuelGauge object by $1$ gallon to simulate the car$$s fuel economy as $24$ miles per gallon.

Demonstrate the classes by creating instances of each. Simulate filling the car up with fuel, and then

run a loop that increments the odometer until the car runs out of fuel. During each loop iteration, print

the car$$s current mileage and amount of fuel.

USE THE NEXT TEMPLATE $($MANDATORY$)$ FOR THE MAIN FUNCTION

COSC $2321$ Lab $10$ Spring $2024$

$//$DO NOT MODIFY THIS SECTION

#include

#include "FuelGauge.h$"$

#include "Odometer.h$"$

using namespace std;

int main$()$

$\{$

$//$ifstream ifile;

Odometer odom$(999990)$; $//$Create and initialize

FuelGauge gauge$(0)$; $//$Create and initialize to zero

odom.report$()$; $//$Display info from odom

gauge.report$()$; $//$Display info from gauge

gauge.addToTank$(1)$; $//$Add one gallon

gauge.report$()$; $//$Display new info from gauge

while$($ gauge.getGallons$()>0)//$Repeat while we still have fuel

$\{$

odom.advance$(1,$ gauge $)$; $//$Advance $1$ mile. Include reference to gauge

odom.report$()$; $//$Report info from odom

gauge.report$()$; $//$Report info from gauge

$\}$

return $0$;

$\}$

$//$ADD YOUR CODE FROM HERE

Compare main$()$ with the output to understand the operation.

Output:

Mileage: $999990$

Fuel: $0$

EMPTY!

Adding fuel, going from $0$ to $1$

Fuel: $1$

Mileage: $999991$

Fuel: $1$

Mileage: $999992$

Fuel: $1$

Mileage: $999993$

Fuel: $1$

Mileage: $999994$

Fuel: $1$

Mileage: $999995$

Fuel: $1$

Mileage: $999996$

Fuel: $1$

Mileage: $999997$

Fuel: $1$

Mileage: $999998$

Fuel: $1$

Mileage: $999999$

Fuel: $1$

Mileage: $0$

Fuel: $1$

Mileage: $1$

Fuel: $1$

Mileage: $2$

COSC $2321$ Lab $10$ Spring $2024$

Fuel: $1$

Mileage: $3$

Fuel: $1$

Mileage: $4$

Fuel: $1$

Mileage: $5$

Fuel: $1$

Mileage: $6$

Fuel: $1$

Mileage: $7$

Fuel: $1$

Mileage: $8$

Fuel: $1$

Mileage: $9$

Fuel: $1$

Mileage: $10$

Fuel: $1$

Mileage: $11$

Fuel: $1$

Mileage: $12$

Fuel: $1$

Mileage: $13$

Fuel: $1$

Mileage: $14$

Fuel: $0$

EMPTY!