Re: [Sursound] Ambisonics on the web pt.1: Web Audio FOA/HOA ambisonic objects

Hi, just a note that I replaced the binaural decoding filters in the examples with others that fix most of the decoding colouration issues that were very strong in the first version. I‘ve also added some Matlab routines that can show how these filters can be computes from an HRTF set, with

Re: [Sursound] Ambisonics on the web pt.1: Web Audio FOA/HOA ambisonic objects

Thanks for the detailed reply, Archontis! Good feedback for us. Yes, sorry, I did kind of group all of my responses to various comments in this thread into one reply. Keep an eye out for an update to our encoder plugin (including 4th order, in approximately the same range you mention).

Re: [Sursound] Ambisonics on the web pt.1: Web Audio FOA/HOA ambisonic objects

No reason specifically, I always thought that most people associate B-format with the traditional 1st-order specification, and maybe the FuMa definition up to 3rd-order. I wasn’t sure if that’s the common term for general HOA signals. So, you think something like HOA B-format is better (if I

Re: [Sursound] Ambisonics on the web pt.1: Web Audio FOA/HOA ambisonic objects

Hi Daniel, > On 19 Jun 2016, at 19:21, Courville, Daniel wrote: > > Politis Archontis wrote: > >> https://github.com/polarch/JSAmbisonics >> - WebAudio_FOA.js: Implements B-format encoding, rotations, virtual >> microphones, acoustic intensity analysis, and binaural

Re: [Sursound] Ambisonics on the web pt.1: Web Audio FOA/HOA ambisonic objects

Politis Archontis wrote: > https://github.com/polarch/JSAmbisonics > - WebAudio_FOA.js: Implements B-format encoding, rotations, virtual > microphones, acoustic intensity analysis, and binaural decoding > - WebAudio_HOA.js: Implements HOA encoding, rotations, virtual microphones > and binaural

[Sursound] Ambisonics on the web pt.1: Web Audio FOA/HOA ambisonic objects

Hi, I thought this may be of interest to some - I finally found some time to organize some code for real-time ambisonic spatialization and binaural decoding on the browser, using the Web Audio API and JavaScript. I just published the code in Github, you can find it at: