Hello. I am very sorry, my order may seem a bit odd, and it is also a very short notice deadline. I need a MATLAB program done according to an assignment prompt within 7 hours, due today Friday May 14th at 11:00AM mountain standard time. I also need to know if it is possible to complete if before the deadline before I pay.
NSCS 311 Assignment5 Assignment 5: Fallout 4 Password Cracker (Algorithms, function breakdown) Due: • m-file due by 11:00AM U.S. Mountain Standard Time, Friday, May 14 2021 • This assignment is based on a part of the awesome video game “Fallout 4” (c) 2015 by Bethesda Game Studios. • You might want to check out these “hacking” guides: ⁃ https://www.vg247.com/2015/11/12/fallout-4-hacking-lockpicking-guide/ ⁃ http://www.carls-fallout-4-guide.com/hacking.php You will write a Matlab program that will “hack” the password to a “terminal”: • How “hacking” works: ⁃ Your program will be provided with a list of possible passwords to an imaginary computer terminal, one of which is the correct password. ⁃ Your program will have four attempts to guess the correct password. ⁃ With every unsuccessful attempt, your program will be told how many letters from the password you guessed match those in the same position in the correct password. ⁃ For example, if the correct password is “subway”, then the number of letter matches for several words are: ⁃ “toady”: 0 matches (no letters match in corresponding positions) ⁃ “suns”: 2 matches (“su”) ⁃ “tunnel”: 1 match (“u”) ⁃ “subfloor”: 3 matches (“sub”) ⁃ “freeway”: 0 matches (“way” is not in the same position as in the password) ⁃ “norway”: 3 matches (“way”) ⁃ After 4 failed attempts, your program will be locked out of the terminal, and your program will exit. ⁃ This may be acceptable: not every “hack” is solvable. • As demonstrated in demo5.m, you will only have to implement the function chooseBestPassword(), which will call other functions we develop in class, to choose the best password to try at every attempt. • demo5.m is a template for your assignment5.m. All of the graphics, file parsing, and dialogs are handled by code already provided; you only write the function chooseBestPassword(). • In class, I will describe my algorithm, which has never failed in the real “Fallout 4” game. However, it is not guaranteed, and no algorithm can succeed every time. • Your program will be considered successful if it finds the correct password within the allowed number of attempts when possible with the “most informative password” algorithm, described in class. You must follow the requirements below to make semi-automated grading possible:* • You MUST organize your program and data exactly as shown in demo5.m, changing only chooseBestPassword. • You may add as many additional functions as you need. • Don’t add any more graphics, or any function calls requiring a manual user interface (a mouse click or any other user input). *Without requiring the invention of Generalized Artificial Intelligence for this course, which I admit I am working on, but doubt I can solve this semester. https://drive.google.com/drive/folders/1Ps9knVaecdyNUfCVwXRI3SSSv5gl1va-?usp=sharing Use this Google Drive link to access the provided files. https://en.wikipedia.org/wiki/Fallout_4 https://www.vg247.com/2015/11/12/fallout-4-hacking-lockpicking-guide/ http://www.carls-fallout-4-guide.com/hacking.php https://en.wikipedia.org/wiki/Artificial_general_intelligence https://drive.google.com/drive/folders/1Ps9knVaecdyNUfCVwXRI3SSSv5gl1va-?usp=sharing