I’ve been very busy lately. I know I don’t post often enough, but I’m working on changing that up. And, for starters, I’ve posted a brand new tutorial! Been a few years since I’ve done that, right?
Well, for you AI newbies, I’ve posted a tutorial for a Finite State Machine I made a few years ago, affectionately called the Super Simple State Machine. I even posted the code and a Unity package demo project up on my GitHub for you. Isn’t that nice?
Give the tutorial a look-see, let me know if you like what you see and you want more.
That sounded really dirty… Sorry about that. Later!
The other day, I found a post in Reddit’s /r/Unity3D to random procedural Zelda-style map generation using a binary-tree by a dude named David León, a game programmer. He goes on to explain his method for generating the maps, and even has downloads to his source code. He also has a bunch of other tutorials for creating a rougelike-style maps and so-on. Really great stuff, and if you’re looking for a little inspiration for random map generation, check out David León’s tumblr.
One thing I always considered good practice is “If you know what you need, and ‘the wheel’ is over-bloated, it’s OK to reinvent.” I looked at animation systems involving many awesome features, but I wanted something really, really simple. Named after my room mate, here is the Super Simple Animation System (SSAS).
I know i’ve been out for a while – I’ve been SWamped up TO my eaRs in work.
Last month was the Global game jam 2012, and Me, Zenas Bellace and Christian Plummer returned to the battlefield. With the help of Moises Carreras and Matt Catron and George Harris, we dominated. Our task was to make 1 game. We made 3.
Flying is a simple concept in games. An object that can move in 3 dimensions? I am all over that! But how about rotating to the forward vector? How about a constant velocity? Here is a quick way to get your game object up in the air (that joke hurt to type).