TRON - Geordan Rosario, Charles Ying

E N D G A M E - F I N A L

smooth camera interpolation

thick walls

particle explosions

e x t r a d a t a p o i n t s

introductory animation sequence

complex lightcycle model

polygon debris models

field auto-center camera view

computer ai

player selection interface

The executable for this program is available from:
www-inst.eecs.berkeley.edu/~cs184-bn/tronbin.tar.gz (Irix 6.4 Reality Engine I)

WARNING: The executable has only been tested on SGI Onyx and Challenge servers; if you wish to test this program on your own Irix 6.4 machine, please do - and if works, let us know.

This is the introduction screen to our TRON game. This occurs after the intro animation has executed. The interface is alpha-blended (and bitmapped) to give a more arcade-like feel to the game. A demo of the game loops continously in the background.

This is an actual game-playing scene from our TRON game. In this screen you can see a close-up of our detailed bike model (I'm yellow) and the thick light trails that are drawn behind it. Another bike in the distance (Geordan) is trying to out-run and cut me off, but we all know who will prevail.

This is a shot of our explosion model. As you can see, when the cycles explode, their corresponding parts are hurled away from the explosion site. Alpha-blended rays and particles are generated to imitate the explosions found in the movie itself.

This is a frame from our real-time, C coded, GL-rendered introductory animation sequence. In this sequence the cycle is being constructed, similar to the movie.

	This is the introduction screen to our TRON game. This occurs after the intro animation has executed. The interface is alpha-blended (and bitmapped) to give a more arcade-like feel to the game. A demo of the game loops continously in the background.
	This is an actual game-playing scene from our TRON game. In this screen you can see a close-up of our detailed bike model (I'm yellow) and the thick light trails that are drawn behind it. Another bike in the distance (Geordan) is trying to out-run and cut me off, but we all know who will prevail.
	This is a shot of our explosion model. As you can see, when the cycles explode, their corresponding parts are hurled away from the explosion site. Alpha-blended rays and particles are generated to imitate the explosions found in the movie itself.
	This is a frame from our real-time, C coded, GL-rendered introductory animation sequence. In this sequence the cycle is being constructed, similar to the movie.