Episode 4 is up! And, I have to say, at this point the first three feel like an elaborate throat-clearing exercise. This is where the deep dive really begins. Script below the jump.
Part 5 is up!
Parts 1 & 2 were adaptations of existing material—namely, the first chapter of my dissertation, and this lesson plan. Parts 3 & 4 consisted mostly of newly-generated material. Part 5 returns to being an adaptation of existing writing—this time around, this blog post.
I had to scale back my ambitions for this particular video. Originally, it was going to feature a tour through some .OBJ outputs of the coastline maps, following in the footsteps of Robert Yang’s visualizations. Everything was going smoothly for awhile: I successfully extracted all the necessary textures with GCFScape, successfully opened the maps in Crafty, and got myself an education license for Maya. But try as I might, I just couldn’t quite pull off the trick that Yang did, and get the textures to affix to the .OBJ files. (He kind of glosses over that crucial step the blog post.) All I could produce were textureless grey blobs of level geometry.
So I fell back on a tried-and-true method of compositing a bunch of noclip screenshots in Photoshop. In addition to not having that cool 3D model look, it was also an enormous time sink, though, and slowed me down a lot. C’est la vie, I suppose.
Script below the jump.
A week ago, I laid out that videogames typically have bad pacing. Did I also mention that videogames far too frequently to have bad endings, too?
No? Well, they do. So often, in fact, that I can lay out five distinct schools of bad videogame endings. Below, I list out those five traps of videogame endings, and how the games I have chosen to end my own list with escape those traps.
The following is the spoken presentation version of my talk from DiGRA’s 2014 conference in Snowbird, UT. The full paper, as drafted up for the conference’s proceedings, is available here. You can follow along with the visual presentation for this spoken version here.
Today, I’d like to address a cluster of game user interface design options that I have lumped together under the category of synesthetic interfaces. By this, I’m referring to interfaces that perform a sensory substitution, translating the information normally associated with one sense modality into the phenomenal forms normally associated with another. This is part of a larger interest of mine of examining approaches within game UI design in terms of the epistemic strategies they enact when establishing the relation of players to their avatars, and avatars to their worlds.