TypicallyThomas/PaddockStack
A home lab running off a Raspberry Pi. This ever-evolving project is my personal entertainment server. Named PaddockStack due to my proximity to the Leopardstown Race Course.
Technical Operations and systems-focussed professional with experience building and automating infrastructure in Linux environments.
A home lab running off a Raspberry Pi. This ever-evolving project is my personal entertainment server. Named PaddockStack due to my proximity to the Leopardstown Race Course.
A collection of practice problems that can be used with check50
A web application for and by alumns of Harvard University's CS50 Introduction to Computer Science
A web application for and by alumns of Harvard University's CS50 Introduction to Computer Science
A real life control layout for the game Not For Broadcast
A bot/ai agent to play Not for Broadcast
A small Chrome extension used to right click a word to find the selected text in 4K
A Tampermonkey userscript to add a search button to a movie so you can easily google for this movie. NOTE: THIS IS ONLY TO BE USED FOR FINDING MOVIES OUT OF COPYRIGHT. I DO NOT TAKE ANY RESPONSIBILITY FOR OTHER USECASES
An Autosplitter for Not for Broadcast
Auto Splitters for LiveSplit
Video Game Name Generator ported to Atom, based on http://videogamena.me/
I've been trying to make a Livesplit Autosplitter for Not for Broadcast, my favourite game. I hit a hurdle in trying to access the required pointer paths, which are currently just placeholder in the ASL file. I'm adding it to GitHub if anyone feels like trying to complete my work. The script is unfinished and hardly efficient, but it ought to work once you define the variables with the pointer paths. You use Cheat Engine to get to those pointer paths. Here's a piece of advice: The easiest way to find a pointer path I found through trial and error is to search for Float during the level and making your score fluctuate by playing well for a bit, scan for increased value, then hit the censor button to tank your score, and scan for decreased value. Repeat until you found the score. There's many layers of pointers so be sure to take a lot of notes.