$9\mathrm{.}50$ LAB: Rolling for a pair

Given two GVDie objects that represent $2$ six$-$sided dice and an integer that represents a desired value as parameters, complete the function

RollingForPair$()$ in the main class. The main class rolls the dice until a pair with the desired value is rolled. The function RollingForPair$()$ then

returns the number of rolls thrown to achieve the result. Assume the desired value received from input is within the appropriate range, $1-6.$

Note: For testing purposes, the GVDie objects are created in the main$()$ function using a pseudo$-$random number generator with a fixed

seed value. The program uses a seed value of $15$ during development, but when submitted, a different seed value will be used for each test

case.

Ex$.$ If the GVDie objects are created with a seed value of $15$ and the input of the program is:

$2$

the output is:

It took $82$ rolls to get a pair of $2\text{'}$s$.$

LAB

ACTIVITY

$9\mathrm{.}50\mathrm{.}1$: LAB: Rolling for a pair

$\frac{0}{10}$

Current file: main.cpp $.$

Load default template...

$2$ #include "Gvule.h$"$

using namespace std;

int RollingForPair$($GVDie d$1,$ GVDie d$2,$ int val$)\{$

$/$ Type your code here $"/$

$\}$

int main$()\{$

GVDie $d1=$ GVDie$()$;

GVDie $d2=$ GVDie$()$;

d$1.$SetSeed$(15)$; $//$ Create a GVDie object with seed value $15$

d$2.$SetSeed$(15)$; $//$ Create a GVDie object with seed value $15$

int rolls;

int val;

cin $$ val;

rolls $=$ RollinoForPair$($d$1.$ d$2.$ yall$)$: