Given main$(),$ complete class RandomNumbers $($in files RandomNumbers.h and RandomNumbers.cpp$)$ that has three integer data

members: var$1,$ var$2,$ and var$3.$

Write a getter function for each variable: GetVar$1(),$ GetVar$2()$ and GetVar$3().$

Then write the following $2$ member functions:

void PrintRandomValues$()-$ prints out the $3$ random numbers in the format: "Random values: var$1$ var$2$ var$3"$

void SetRandomValues$()-$ accepts a low and high integer values as parameters, and sets var$1,$ var$2,$ and var$3$ to random numbers

within the range of the low and high input values $($inclusive$).$

To generate a bounded $($pseudo$)-$random value, we use the rand$()$ function. rand$()$ is a built$-$in cpp function which generates a random value

between $0$ and the system constant RAND$\_$MAX. Using a little modular arithmetic, we can bound the results generated by rand$()$ to a $[$low$,$

high$]$ interval with the following:

rand$()\frac{8}{8}(high-$ low $+1)+$ low

$($Note: if you're familiar with seeding srand$()$ for $cpp$ pseudo$-$random number generation, do not do that for this lab. If you don't know what

this means, ignore it$)$

Once you're implemented each function that is declared in RandomNumbers.h$,$ in RandomNumbers.cpp$,$ you're finished.

Ex: If the input is:

$1520$

the output is:

Random values: $171519$

where $17,15,19$ can be any random numbers within $15$ and $20($inclusive$).$

Note: When submitted, your program will be tested against different input range to verify if the three randomly generated values are within

range.