A 4K remaster of Halo 3's loading screen built in WebGL.
Live Site YouTube Loop Wallpaper Engine
Since this animation runs in real time, it supports a number of neat rendering options! The following flags can be appended to the URL to scale resolution, adjust speed, or disable individual draw calls. For example: xephorium.github.io/Halo3LoadingScreen?2k&halfspeed&nologo
| Render Flag | Effect |
|---|---|
| sd | 720p Resolution |
| (no flag) | 1080p Resolution |
| 2k | 1440p Resolution |
| 4k | 4K Resolution |
| ultrawide | 21:9 Aspect Ratio |
| megawide | 32:9 Aspect Ratio |
| halfspeed | Slows Animation to 1/2 Speed |
| quarterspeed | Slows Animation to 1/4 Speed |
| nologo | Disables Logo |
| smalllogo | 80% Logo Size |
| tinylogo | 60% Logo Size |
| nogrid | Disables Background Grid |
| nolines | Disables Guide Lines |
| noblocks | Disables Blocks |
| noparticles | Disables Particles |
| novingette | Disables Vingette Effect |
This remaster takes some creative license. After much tinkering, I found that the flurries of the original animation could become overwhelming in proper HD. So by default, particle size is slightly lowered. The background is also gently brightened to improve visual cohesion. That said, both of these artistic choices can be disabled using the following flags if you prefer the classic experience. For example: xephorium.github.io/Halo3LoadingScreen?classicbackground&classicparticles
| Render Flag | Effect |
|---|---|
| classicbackground | Classic Black Background |
| classicparticles | Classic Particle Scale |
Finally, in the spirit of Adrien Perez's legendary easter egg in Halo 3's original loading screen (happy birthday, Lauren!), this loop has a few fun variants. Each can be accessed with the following flags.
| Variants |
|---|
| installation08 |
| vergil |
| infinite |
| destiny |
| vintage |
- This program was built atop a simple particle shader program provided by Henry Kang in UMSL's Topics in Computer Graphics course. He's a brilliant instructor and kind soul.
- A great interactive demo of DeCasteljau's bezier spline algorithm. (Adapted for this project's camera pathing.)
Were you blinded by its majesty?