As it should be obvious based on recent posts in this blog, my latest AS3 game prototype thing is a platformer-ish kind of game that uses Nape for physics. I’ve been mentally debating how to approach level design for this game for quite some time. For a while, I was using the R.U.B.E. Box2D Editor for […]
Continue reading →Google has updated the Android dashboards with statistics of Android version distribution for the week ending on September 4, 20313. As expected, newer versions of Android are slowly becoming more popular, while the ever-lasting Android 2.3 (Gingerbread) is slowly disappearing. The notable fact is the absence on statistics of the very latest Android version, Android […]
Continue reading →Last weekend was the 27th edition of the game development jam Ludum Dare. The theme for this competition was “10 seconds”. As usual, I contributed with a game of my own – something called Hijack Humans Hastily. It was an AS3 game (made with Nape and Starling) in which the objective was to use a […]
Continue reading →Adobe AIR’s new GameInput APIs are great. They provide seamless, powerful input from game pads for Android, desktop and web applications created in Flash. However, it has two important problems right now. Since those warrant some explanation, I figured I’d make a post about it hopes it’ll help other people working with those APIs. The […]
Continue reading →I was curious about the latency of the GameInput API in Adobe AIR and decided to test it a bit using my game prototype. I tested it both as a desktop app, and as an OUYA game. Here’s the results, first in the desktop: And in the OUYA: Perhaps it’s not very clear by the […]
Continue reading →As I’m building my AS3 game prototype, one question I’m constantly debating is whether I should use Box2DFlash or Nape as my physics engine of choice. This prototype is heavily focused on realistic physics, so the debate has been intense. On the one hand, Box2D is a tried and proven solution, one that’s easy to […]
Continue reading →For my latest game prototype, aside from KeyActionBinder, I’m also using my new GameLooper class to control the main game loop. Because of the way the class has been built, it is particularly easy to integrate it with something like Box2DFlash, which is what I’m using in my prototype for physics simulation. Integration works by […]
Continue reading →As I mentioned in my previous post, one of the advantages of abstracting game input with a class like KeyActionBinder is that supporting more than one platform is a fairly easy, one-step process: you simply specify the expected inputs during setup of the key binder. I’m currently building a (fairly fun!) prototype and I plan […]
Continue reading →In general, dealing with keyboard input in ActionScript 3 is fairly easy: you simply listen for KeyboardEvents, and react accordingly. This works very well when the user is interacting with a graphical user interface – you simply turn your event listeners on and off, and wait for something to happen. When developing games, however, this […]
Continue reading →As part of my messing around the OUYA and the new GameInput API on AIR 3.7, I started creating a class to abstract controller/key input binding for AS3 projects. I’ll post more about that in the future, but for now, here’s a spreadsheet that’s part of my research. It lists all the game controllers I’ve […]
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