CSP2151 Assignment This assignment is an extension of the Workshops you have been doing all semester. Where appropriate, the standards set out in previous workshops should be followed and the code must make good use of functions, structures and logical control flow. Design and Implement an automated artillery test simulation program to compare computer algorithms against manual targeting. Your simulation must follow the following design specification. Your assignment submission must also include well documented (commented) source code for the application as well as a design document outlining the basic structure of the program and pseudocode descriptions of the algorithms involved. The program should first offer a selection of Artillery guns to take part in the test. The Artillery data should be read in from a file (artillery.boom) and stored in a linked list of Artillery structures(See Workshop 4 for the specification for this structure). The program should then offer a selection of Projectiles to take part in the test. The Projectiles should also be read in from a file (projectiles.boom) and stored in a linked list of Projectile structures(See Workshop 4 for the specification for this structure). The program should then offer a choice to either manually enter a targetDistance or to automatically generate a targetDistance at random. This targetDistance must be less than the maximum range of the selected Artillery and greater than the minimum range of the selected Artillery (use loops to ensure that users can't type invalid values). You can calculate the max and minimum ranges based on the muzzleVelocity and max/min angleOfElevation. Next, the program should begin the simulation by allowing the user to fire a shot. The user should be asked to input the angleOfElevation (use loops to ensure that users can't type invalid values). The path of the projectile should be calculated and values printed to the screen showing the distance and height of the projectile. After the shot is complete, the totalDistance, flightTime and maxHeight reached should be printed to the screen. After the user has fired a shot, the AI targeting system should fire a shot automatically. Assume the AI system has no knowledge of the target's location and will try to guess the correct angleOfElevation. The simulation should continue to repeat until either the user or the AI targeting system has hit the target (within the blast radius of the projectile). The AI targeting system should attempt to refine its shots in order to hit the target. (hint: Use a modified binary search). Remember: You can get a random number from 1 to  using: (rand()%+1);  NOTES: To use rand successfully, follow these guidelines: You must use the #include if you want to use the rand() function You must use the #include if you want to draw a seed from the clock The first line after declarations should be a call to srand(); You must provide the seed somehow or if you want to draw your seed from the clock use srand ((unsigned)time( NULL ));Once the simulation is complete print the following information to a file named "artillery.save" Winner: (AI Targeting unit or Human) Total distance of winning shot: Total flight time of winning shot: Max height of winning shot: Quantity of ammunition used: Any of the following may be worth bonus marks: 1) Use your physics knowledge to incorporate drag and wind speed into your calculations. 2) Provide a choice of several different AI Targeting methods (linear targeting, binary search, bogo targeting etc.) 3) Any other addition to the program that improves its usefulness (Check with your tutor first) NOTE: The Workshops have been working up to this point to provide you with a base program of your own work that should give you the best possible opportunity for completing this assignment. You should look to how these Workshops have developed your work for a guide on how to structure your final assessment. Marking Guide: Design /5 Program meets requirements as stated including appropriate AI /5 Appropriate use of functions and abstraction /5 Correct use of data structures (structs, linked lists, etc) /5 Code is written legibly (formatting, comments, etc) /3 Program compiles and runs correctly /5 Output is neat and formatted /2 Bonus /5 Total: /30