There are 4 repositories under ambisonics topic.
A cross-platform framework for developing spatial audio algorithms and software in C/C++
A collection of spatial audio related VST/LV2 plug-ins developed using JUCE and the Spatial_Audio_Framework
Free, open-source tools for Ambisonic 3D panning within Max for Live 10+
Ambisonic encoding / decoding and binauralization library in C++
:globe_with_meridians: High Order Ambisonics library
An extension library for the SuperCollider programming language
:sound: HoaLibrary for Max
Faust code for ambisonic and multi-channel mixed music
EVERTims Auralization Engine
A MATLAB implementation of the Higher-order Spatial Impulse Response Rendering (HO-SIRR) algorithm; an alternative approach for reproducing Ambisonic RIRs over loudspeakers
:sound: HoaLibrary for Pure Data
A python script to convert a mono/stereo audio track to an ambisonics track (not properly) by phase and pan.
A parametric Ambisonic decoder for headphones, based on the Cross-Pattern Coherence (CroPaC) spatial filter
Ambiscaper: a tool for automatic dataset generation and annotation of reverberant Ambisonics audio. Originally forked from http://github.com/justinsalamon/scaper
A VST/App implementation of the Higher-order Spatial Impulse Response Rendering (HO-SIRR) algorithm
Towards Audio-Visual Saliency Prediction for Omnidirectional Video with Spatial Audio
This experiment is an example of 3D Audio integration in a virtual world on the Web.
Audio-Visual Perception of Omnidirectional Video for Virtual Reality Applications
Samples for the ForgeJS javascript framework.
Higher Order Ambisonics Block for libCinder
EAGLE PCB Designs for Various Schematics From "interestingelectronics.com"
A set of affordable [DIY] HOA mic arrays using simple parts.
This repository contains materials for the paper: Towards generating ambisonics using audio-visual cue for virtual reality
:man_astronaut: HoaLibrary for Unity
Speaker setups, project templates and resources for working with spatial audio in our speaker dome studio at NOTAM