Announcing the release of the Q Audio DSP Library v0.9 beta: https://github.com/cycfi/Q Q is a cross-platform C++ library for Audio Digital Signal Processing. Aptly named…
I’ve always been fascinated with the Fourier Transform, even at a very young age. I’m also a very visual person and I always think graphically. I…
Update: check out the Q Audio DSP Library.A couple of posts back, I wrote about Bitstream Autocorrelation (Here and Here). It was an evolutionary path from even…
Updates: check out Synth Tracking and the Q Audio DSP Library. In my previous post, I introduced my invention, Bitstream Autocorrelation: an accurate, extremely fast and efficient,…
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…
Infinity… It’s all about sustain. Our goal is and will always be polyphonic sustain. Polyphonic sustain, plus extensive processing for each string, will give us musicians full control…
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…