I decided that there must be a higher BPM for which the autogen system would still generate notes. I noticed this because Kick Drum 290 bpm had breaks every 10 notes, meaning it had to be generating too fast. Also, kick drum metronomes 280 had notes that were slightly spaced differently, meaning the autogen system could generate at a faster rate.

So I decided to look at 285 bpm, but the only 285 bpm video had a timer of 10:02 - 2 seconds too high to be accepted as a song.

I decided to engineer the perfect song. It needed:
- The most playtime on notes possible
- The highest bpm possible without breaks in the stream of notes
- The largest number of notes possible.

I started by figuring out which songs had only one freestyle. The number of freestyles depended on the length of the song, and freestyles are 20 seconds each. I determined that a length of 3:04 seconds on the video was the maximum time for the song before it would add another freestyle. Here is proof:
3:04 song that had 1 freestyle: https://www.youtube.com/watch?v=Yx_Lcp9tkmE
3:05 song had 2 freestyles: https://www.youtube.com/watch?v=7erQkjHie0Y

With question 1 answered, I decided to make 285 bpm. I decided that approximately 288 bpm was the highest bpm the autogen could take (since the 290 bpm could take 9 notes straight without breaking, then 0.1(280) + 0.9(290) ~ 288 bpm at max. I did not take the risk of 288 bpm in V1.0.

I then estimated the number of notes assuming that a maximum of 5% of notes would be double notes.
So, 2:44 [Maximum playtime] * 1.05 [Multiplier with double notes] * 285 [The BPM] ~ 817.95 notes.
I reduced this amount because of errors such as beginning times for autogen and the timing of the last beat.

V1.0 caps off with at least 720 notes, even if YouTube tries to add another second to my video. This is, with 99% certainty, more note-filled than Kick Drum Metronomes 280bpm.