For this project we are working on pointers and struts. In particular a struct that contains a pointer to a dynamically allocated array. We will be reading in data related to a fictitious student and their grades. The fact that the weighting and categories completely align with our course are of course completely on purpose. You could use this to compute your average in our class. Details The main focus in this project is the struct. The struct will be a Student and it will contain all the fields needed to store grades for that student. It will need the following fields: First name Last name Their project grades, in a dynamically allocated array The number of projects The total point value for the projects, to be used in their average Their labs grades, in a dynamically allocated array The number of labs The total points for their labs, to be used in their average Their attendance grades, in a dynamically allocated array The number of attendance grades The total of their attendance points, to be used in their average The midterm grade The midterm total point value The final exam The final exam total point value Optionally, you may also store the following two fields Their overall average Their letter grade based on their average For computing the final average, you sum the number of points the student earned and you sum the total number of points for the category. Then you divide the number of points they earned by the number of points they could have earned and multiply it by the weight for the category. You repeat this for the 3 categories that have more than 1 grade, i.e. projects, labs and attendance. The midterm and final only have 1 grade and so summing them is not needed. Then you add the individual parts together and that is the average. The letter grade uses the following scale: A: 93-100 file:///home/dave/c++/VT.ECE.1574/spring16/proj... 1 of 5 04/05/2016 09:38 AM A-: 90 < 93 B+: 87 < 90 B: 83 < 87 B-: 80 < 83 C+: 77 < 80 C: 73 < 77 C-: 70 < 73 D+: 67 < 70 D: 63 < 67 D-: 60 < 63 F: < 60 Input The input will be in the following form. Each line will start with a tag. The tag is one of the following: First Last Attendance Lab Project Midterm Final The first and last will be followed by the students first and last name respectively. The rest of the tags will be followed by two numbers. The first number represents the grade the student scored on the assignment and the second number represents the total points for the assignment. The tags can come in any order. See the example below and in the zip file. Output The output will be in the format below First: Last: Attendances: Attendance Grade: Labs: Lab Grade: Projects: Project Grade: Midterm: Midterm Grade: Final: Final Grade: Overall Average: Letter Grade: file:///home/dave/c++/VT.ECE.1574/spring16/proj... 2 of 5 04/05/2016 09:38 AM Each of the tags in the output will be followed by the data from the input file. The list of grades for attendance, labs and projects will be sorted from smallest to largest. See the selection sort code below. The Grade part of the output is the weighted average for that category. Weights We will be using the weights from our syllabus: Attendance 5% Labs 15% Projects 40% Midterm 20% Final 20% Example Input First: Anna Last: ALLEN Project: 83 98 Project: 79 94 Project: 81 92 Midterm: 90 129 Project: 81 92 Project: 94 95 Attendance: 1 2 Lab: 76 95 Attendance: 1 2 Final: 83 123 Attendance: 0 2 Attendance: 0 2 Attendance: 0 1 Lab: 92 91 Attendance: 1 2 Attendance: 1 1 Lab: 87 91 Lab: 91 90 Attendance: 0 1 Lab: 99 96 Lab: 83 91 Lab: 88 97 Lab: 94 96 Attendance: 0 1 Lab: 90 94 Attendance: 0 2 Attendance: 1 1 Lab: 83 93 Attendance: 0 1 Attendance: 1 1 Attendance: 1 2 Attendance: 0 1 file:///home/dave/c++/VT.ECE.1574/spring16/proj... 3 of 5 04/05/2016 09:38 AM Example Output First: Anna Last: ALLEN Attendances: 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 Attendance Grade: 1.59091 Labs: 76 83 83 87 88 90 91 92 94 99 Lab Grade: 14.1809 Projects: 79 81 81 83 94 Project Grade: 35.4989 Midterm: 90 Midterm Grade: 13.9535 Final: 83 Final Grade: 13.4959 Overall Average: 78.7202 Letter Grade: C+ Requirements To receive full credit from the graders make sure to follow the requirements below You must use the header file computeGrades.h The function void computeGrades( string input, string output ); You must use a dynamically allocated array for the labs, attendance and projects. The starting size of those arrays is 5 and you should double when you grow. You may not use any of the storage components from the STL, e.g. vector, list, etc. You must follow the Code style Guide lines as detailed in Canvas. Global variables are not allowed. You must write functions for all major parts of the code, e.g. reading the data, displaying the data, computing the average, etc. If you have trouble with the dynamic allocation of the array, you may use static arrays for a 20 point deduction. Grading Web-CAT will assess 75% of the grade from correctness and 25% will be from the graders. If you receive the message about Unable to locate behavioral analysis, you must fix that. That means my testing code cannot link with your code. Make sure youve used the correct filename for the .h file and that the function is prototyped in the header file. Spelling and capitalization count. Due file:///home/dave/c++/VT.ECE.1574/spring16/proj... 4 of 5 04/05/2016 09:38 AM This is due on Wednesday April 20th by 11:55PM Code Heres a sort function you can use. Ill give you one for sorting ints and one for sorting doubles. void sortDouble( double storage[], int count ) { int smallest; for ( int i=0;i