chromebooks can handle a surprising amount. I've been able to make 100+ device drafts with minimal lag, but it all depends on automations for how laggy it gets
However, it causes some weird phasing, and it gets much more noticeable when you repeat it. It is basically the same effect as disperser which I believe does the same thing. I had the disperser effect off for the first half of the track, then I turned it on for the second half so you can hear the difference.
That is the disperser thing that I said in the description. How it works is you split the single sound into three wires all with the same original sound. Then you lowpass one band, highpass the second band at the same point as the lowpass for the first. Then you lowpass higher up for the second band and highpass at that higher point for the third band. Then you merge them together. This initial idea is an all-pass where none of the frequencies are cut out at the end.
"Oh ye brutha dispersrs do wonders" "How the fuck do you think this is easy"
lmao
I like it hard and crunchy
like my men
HOW IN THE FUCK CAN YOUR CHROMEBOOK HANDLE THIS
i think if u plug up ur chromebook, it lags less
Yeah it takes a long time to load(At least on my chromebook) then when I play it lags like crazy
that makes sense
chromebooks can handle a surprising amount. I've been able to make 100+ device drafts with minimal lag, but it all depends on automations for how laggy it gets
It isn't laggy in the playback but if I add anything or change the wires, it freezes for llike 10 seconds
EQ EQ EQ!!!! anyways lol, cool track man! I like the dispersers lol
what does the massive array of EQs do
However, it causes some weird phasing, and it gets much more noticeable when you repeat it. It is basically the same effect as disperser which I believe does the same thing. I had the disperser effect off for the first half of the track, then I turned it on for the second half so you can hear the difference.
That is the disperser thing that I said in the description. How it works is you split the single sound into three wires all with the same original sound. Then you lowpass one band, highpass the second band at the same point as the lowpass for the first. Then you lowpass higher up for the second band and highpass at that higher point for the third band. Then you merge them together. This initial idea is an all-pass where none of the frequencies are cut out at the end.