Sounds nice 
.
Btw yes I still want to try what the SCC sounds like with proper interpolation, but I also had to do some preparations for the Nijmegen fair, as well as beefing up my fourier transform knowledge; implemented a DFT and FFT and plotting output with various waves for testing, and also investigating what transform would perform best on MSX (seems either the split-radix FFT or Winograd’s fourier transform algorithm).
Sounds like you're getting a pretty solid handle on the FFT stuff, Grauw
I'm really looking forward to your results!
I was considering going to Nijmegen, but unfortunately it was not to be. Would've been nice to meet you guys
I'm still working on the sound generation in my emulator myself.
I've just rewritten the audio mixing. Previously I just let the audio card do the mixing and depend on JavaSound for that, but sometimes that led to slight synchronisation issues. So I'm just doing the mixing myself.
This also means I'm now able to do some post-processing, and I've been toying around with putting audio compression on the final mix, which beefs up the sound quite nicely
(I'll put up an mp3 later to demo this)
Just a little progress update
* Added a 'zipper-noise' filter, which filters the coarse 8-bit volume changes to create more smooth volume envelopes with 16bit precision. Not always that noticeable, but in some cases it removes a lot of quite audible 'zipper-noise' and cleans things up quite nicely.
* Following Grauw's experiments with wave-interpolation of the SCC, I've added LPF filters to the SCC channels that attempt to do same thing. This is a much less exact solution than what Grauw is going for, but still it sounds quite nice in some cases. It's disabled by default, because in most cases I personally think it loses some 'lo-fi' charm.
* I've added a lots of configuration options so that all the audio enhancement features can be played with.
Interesting! I love to see that game with smoth scroll 
Thanks erikd!
