#include "judge$\_$functions.h$"$

#include

$//$ Calculate and return the Olympics average of scores.

$//$ The return value is the average mean of all elements of scores, except for

$//$ the minimum and maximum elements.

double JudgeAverage$($std::vector& scores$)\{$

$//$ TODO: Declare a variable named score$\_$sum of type double and

$//$ initialize it to $0\mathrm{.}0.$

$//$ TODO: Using a for loop, iterate through the scores variable and

$//$ sum up all the values and store it in the variable score$\_$sum.

$//$ TODO: Declare a variable named minimum$\_$score of type double. Initialize

$//$ minimum$\_$score to the first value in in the scores vector using the

$//$ front$()$ member function.

$//$ TODO: Using a for loop, find the minimum value in scores and

$//$ assign it to minimum$\_$score.

$//$ TODO: Declare a variable named maximum$\_$score of type double. Initialize

$//$ maximum$\_$score to the first value in in the scores vector using the

$//$ front$()$ member function.

$//$ TODO: Using a for loop, find the maximum value in scores and

$//$ assign it to maximum$\_$score.

$//$ TODO: Declare a variable named adjusted$\_$sum of type double. Initialize

$//$ adjusted$\_$sum by eliminating the minimum and maximum scores from score$\_$sum.

$//$ This can be done by subtracting minimum$\_$score and maximum$\_$score from

$//$ score$\_$sum.

$//$ TODO: Compute the denominator; declare a variable named denominator

$//$ of type double. Initialize this variable to the number of elements in

$//$ score minus $2.($We are finding the average score and excluding the two

$//$ lowest scores so we will divide by the size of scores $-2.)$

$//$ Remember that we're dividing so we want the variable denominator to be

$//$ a double.

$//$ TODO: Declare a variable named average of type double, intialize it

$//$ with the quotient of adjusted$\_$sum divided by denominator.

$//$ TODO: return the variable average. $($Replace the $0\mathrm{.}0$ with the variable

$//$ average.$)$

return $0\mathrm{.}0$;

$\}$