Everything's finally OpenGL ES 1.1 compatible, and all GLUT calls are
converted to Cocoa Touch.
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I find the default Chrome icon a bit too colorful and distracting sitting there on my dock... so this is how to replace it:
cp ~/Downloads/app.icns /Applications/Google\ Chrome.app/Contents/Resources/(You may need to adjust the paths if you downloaded it to a different directory, or if you have Chrome installed somewhere other than /Applications .)
Now you should have a nicely unobtrusive blue icon instead.
Update: Alternatively, you can get the latest Chromium build, which not only has the Chromium icon, but also a bookmark manager!
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Just figured I'd post this screen shot of what Eric and my CSE 167
project eventually became.
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So, for the Intro to Computer Graphics final project, our assignment is basically "make something cool with 3d graphics". (I really wish more classes did that. Maybe then I'd stay for a Master's.) Points are awarded based on the difficulty of various "technical features".
This is what Eric and I have set out to do:Final Project Proposal
by Paul Baumgart and Eric Levine We intend to build a simple 3d flight simulator game. The player will control an airplane that flies through an infinite canyon. The objective of the game will be to pilot the plane through the canyon as long as possible without crashing. The player's score will be based on the distance between the start point and the crash site. The plane will be a textured 3d model, with moving ailerons. It will be controlled with the keyboard arrow keys. The plane will cast a shadow on the ground as it flies, based on a directional light high above the landscape that simulates sunlight during midday. A bounding volume for the plane will be used to determine if it crashes into the canyon walls. The camera will follow the plane. Time permitting, we will include a "Pilot's view" mode in addition to the default 3rd-person view mode. The canyon will be built on-the-fly from a piecewise cubic Bezier curve. The curve will determine the path of the canyon. In order to ensure a smooth path, the piecewise curve will be C1 continuous. A height map will be generated based on path defined by the curve. The height map will be perturbed using fractal terrain generation techniques in order to create a realistic appearance for the canyon. Below is a summary of the technical features to be included in this project: - Shadow mapping
- Bounding volumes for collision detection
- Piecewise Bezier curves as paths
- C1 continuity
- Fractal terrain generation
- Height maps
You can follow our progress on GitHub.
After working on it for about 4 days, we have the canyon generation working nicely (though not optimally- we create more quads than we actually need still), and collision detection works 99% of the time (and will soon be 100%, assuming our math is right).
Screenshot:
Yeah, the terrain needs some work. But isn't the airplane pretty?
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Studying Computer Engineering (B.S.) at UC San Diego. Graduating in June 2010.
You can contact me at paul@baumgart.us
