Click the green flag, and preferably use Turbowarp: https://turbowarp.org/538181657/fullscreen?fps=60&stuck&hqpen
NOTES: A PFP for @CodingBio This uses Gamma Engine, a 3D projection engine which I have been developing. The particle starting positions and velocities are all generated by the chaotic Peter De Jong attractor. The dynamics are based on delta time, which quite ironically, may cause positional inconsistencies(albeit, typically visually unnoticeable). This animation has a period of 18 seconds, and after the particles set in, it loops without discontinuities every 18 seconds. If you record around the length of the period(it may be off by less than a hundred milliseconds or so, it really depends), you can just about perfectly loop the animation while the particles still seem random, thanks to the chaotic properties of the Peter De Jong attractor! There are four different animations. You can view them by setting the variable "$idk what to name this" to an integer 0-3, where 0 is the default animation. In the camera sprite, there is a lone block "camera movement," if you put that immediately below the "system: tick" hat, you will be able to move the camera around using WASD and arrows. This can get you a better perspective of the project's workings :P I did a couple of lazys, "awesome game design," and some general mojank moves. Criticize me if you wish. Credits basically just follows Gamma Engine, which I'll try to release this year. I gutted a couple thousand blocks from the engine so don't expect this to be even close to what I have currently :P CREDITS: A lot of basic structure from @chooper100's Full 3D Engine: https://scratch.mit.edu/projects/118602500/ PTE Lite+ by @-Rex-: https://scratch.mit.edu/projects/276672672/ Raster Quad Fill and Hybrid Quad Fill by @TheLogFather: https://scratch.mit.edu/projects/61188592/ https://scratch.mit.edu/projects/55619918/ Triangle z clipping scripts by @S_Tutorials: https://scratch.mit.edu/projects/167818349/ @MathMathMath's clipping scripts from their 3D Tutorial series starting from here: https://scratch.mit.edu/projects/170591185/
