Four integers are read from input, where the first two integers are the kilometers and meters of distance$1$ and the second two integers are the kilometers and meters of distance$2.$ Define two functions to overload the $+$ operator. The first function overloads the $+$ operator to add a distance and an integer representing the number of kilometers. The second function overloads the $+$ operator to add two distances.

Ex: If the input is $103882156,$ then the output is:

$10$ kilometers, $388$ meters

$2$ kilometers

Sum: $12$ kilometers, $388$ meters

$10$ kilometers, $388$ meters

$2$ kilometers, $156$ meters

Sum: $12$ kilometers, $544$ meters

Note: The sum of a distance and an integer representing the number of kilometers is:

the sum of the number of kilometers and the integer

the number of meters is unchanged

Note: The sum of two distances is:

the sum of the number of kilometers

the sum of the number of meters #include

using namespace std;

class Distance $\{$

public:

Distance$($int kilometers $=0,$ int meters $=0)$;

void Print$()$ const;

Distance operator$+($int rhs$)$;

Distance operator$+($Distance rhs$)$;

private:

int km;

int m;

$\}$;

Distance::Distance$($int kilometers, int meters$)\{$

km $=$ kilometers;

m $=$ meters;

$\}$

$//$ No need to accommodate for overflow or negative values

$/*$ Your code goes here $*/$

Distance Distance::operator$+($const Distance& rhs$)\{$

return Distance$($km $+$ rhs$.$km$,$ m $+$ rhs$.$m$)$;

$\}$

void Distance::Print$()$ const $\{$

cout $<<$ km $<<"$ kilometers, $"<<$ m $<<"$ meters";

$\}$

int main$()\{$

int kilometers$1$;

int meters$1$;

int kilometers$2$;

int meters$2$;

cin $>>$ kilometers$1$;

cin $>>$ meters$1$;

cin $>>$ kilometers$2$;

cin $>>$ meters$2$;

Distance distance$1($kilometers$1,$ meters$1)$;

Distance distance$2($kilometers$2,$ meters$2)$;

Distance sum$1=$ distance$1+$ kilometers$2$;

Distance sum$2=$ distance$1+$ distance$2$;

distance$1.$Print$()$;

cout $<<$ endl;

cout $<<$ kilometers$2<<"$ kilometers" $<<$ endl;

cout $<<$ "Sum: $"$;

sum$1.$Print$()$;

cout $<<$ endl;

cout $<<$ endl;

distance$1.$Print$()$;

cout $<<$ endl;

distance$2.$Print$()$;

cout $<<$ endl;

cout $<<$ "Sum: $"$;

sum$2.$Print$()$;

cout $<<$ endl;

return $0$;

$\}$