## Running

`main`

This will get 50FPS on an 020, and 25 or lower on an 68EC020 and below.

The best way I can think of to make this way faster is for a script in
Ruby or Python to calculate every blitter register for every frame of data
for bun renders and clears, store that in a list of words, and rip through
those lists in Assembler, shotgunning the values directly into the registers
without the C code needing to track bun positions and bun clears. That's a
project for another day.

## Building

### Vamos

You'll want Vamos and SAS/C on Vamos's path:

```
ruby ./image_converter.rb && touch images.s && vamos -- smake
```