CODE IN C++

General requirements: - No global variables - No multiple return statements in one function - Show how you have tested these functions - cin and cout are not allowed in these functions. They can only be in main() or testing functions. It should return the values to the caller through the use of return type and pass-by-reference parameters. - Please do not use struct, tuple or pair class. Please use only pass-by-reference parameters and return type to return values to the caller. - Please do not use string class - Please do not change or sort the array Note: this is an exercise to use functions with 2-dimensional arrays

Question #1: Write a function named "getScoreStats" that is given a two-dimensional array containing the scores of students in a class. Each student will have exactly 3 scores (integers). The function will return the following three values: - the number of students that have at least 1 perfect score of 100. - count of how many students that have all three perfect scores of 100 - how many students have score than is more than 100

Note: The function can handle any number of students (array size) but each must have exact 3 scores.

Examples of testing data: int stuScoreList1[][3] = { {100, 100, 100} } ; int stuScoreList2[][3] = { {0, 0, 0 } } ; int stuScoreList3[][3] = { {100, 0, 50 } } ; int stuScoreList4[][3] = { {50, 0, 150 } } ; int stuScoreList5[][3] = { {100, 100, 100 }, {150, 0, 0 } } ; int stuScoreList6[][3] = { {30, 50, 70 }, {100, 100, 100}, {101, 20, 50 }, {150, 100, 40 }, {100, 100, 100}, {100, 50, 40 } } ; int stuScoreList7[][3] = { {30, 50, 70 }, {10, 20, 50 }, {100, 100, 40 } } ;

Here are the corresponding returned values in the same order: At least one perfect score: 1 All perfect scores: 1 Invalid scores: 0 At least one perfect score: 0 All perfect scores: 0 Invalid scores: 0 At least one perfect score: 1 All perfect scores: 0 Invalid scores: 0 At least one perfect score: 0 All perfect scores: 0 Invalid scores: 1 At least one perfect score: 1 All perfect scores: 1 Invalid scores: 1 At least one perfect score: 4 All perfect scores: 2 Invalid scores: 2 At least one perfect score: 1 All perfect scores: 0 Invalid scores: 0

uestion #2: Write a function named "analyzeGradeList" that is given a two-dimensional array containing the passing grades from students which contains 'P' for passing and 'N' for not-passing Each student will have exactly 2 classes (chars).

The function will return two set of values: - the number of students who have 1 pass and 1 no-pass. - the total counts of 'P' grades only for each separate class.

Note: The function can handle any number of students (array size) but each student must have exact 2 classes only. Please consider passing the array of 2 integers to pass back the counts for each grade.

Examples of testing data: char gradeList1[][2] = { {'P', 'N'} } ; char gradeList2[][2] = { {'P', 'P'} } ; char gradeList3[][2] = { {'N', 'N'} } ; char gradeList4[][2] = { {'N', 'P'}, {'N', 'N'} } ; char gradeList5[][2] = { {'P', 'P'}, {'P', 'N'}, {'P', 'P'}, {'N', 'N'} } ; char gradeList6[][2] = { {'P', 'N'}, {'P', 'N'}, {'P', 'P'}, {'N', 'N'}, {'P', 'N'} } ;

Here are the corresponding returned values in the same order: One Pass Count: 1 Passing Count for class #1: 1 Passing Count for class #2: 0 One Pass Count: 0 Passing Count for class #1: 1 Passing Count for class #2: 1 One Pass Count: 0 Passing Count for class #1: 0 Passing Count for class #2: 0 One Pass Count: 1 Passing Count for class #1: 0 Passing Count for class #2: 1 One Pass Count: 1 Passing Count for class #1: 3 Passing Count for class #2: 2 One Pass Count: 3 Passing Count for class #1: 4 Passing Count for class #2: 1