Meanwhile, the Q Audio DSP Library is inching its way towards a 1.0 release. For those who don’t know yet what it is, here’s the…
Update: Renamed the library to avoid the name Clash with QNX Photon. Let me tell you a bit about Elements… From my previous post about…
I take pride in giving attention to the finest details, to the point of obsession. All our projects are accompanied by well presented documentation. Hey,…
Update: check out the Q Audio DSP Library where this is being actively developed. A couple of posts back, I wrote about Bitstream Autocorrelation (Here and Here). It…
Updates: check out Synth Tracking and the Q Audio DSP Library where this is being actively developed. In my previous post, I introduced my invention, Bitstream Autocorrelation: an…
Updates: check out Bliss!, Synth Tracking and the Q Audio DSP Library. So, since last year, I’ve been mulling over a unique, and extremely fast(!) Autocorrelation scheme for…
This D string was driving my pitch detector nuts. It’s jumping from fundamental to octave and back all over the place. Can’t make up its…
A two-operator FM synth offers nice, easy to use, harmonic control over the driven waveform.
I needed to implement real-time, multichannel pitch detection in software using a small ARM Cortex-M4 microcontroller (MCU). My all-time favorite is the STM32F4 family from…
A little background: I’ve written a series of articles before about Virtual Pickups and how they are implemented in software (DSP). It’s a three part…