This tutorial explains step by step how to use the classes from the HOA library allowing you to encode, transform, beamform, convert and decode ambisonics signals.
NOTE: This tutorial makes extensive use of the proxyspace. Make sure to install the JITLibExtensions Quark.
- Exercise_01_HOA_b_format - Creating spatialized sounds in HOA b-format.
- Exercise_02_HOA_converting_SN3D_N3D_FuMa - Converting between N3D, SN3D, and FuMa.
- Exercise_03_HOA_decoding_for_monitoring - Listening (headphone decoding) of b-format sounds.
- Exercise_04_HOA_plane_versus_spherical_waves - Plane versus spherical wave encoding.
- Exercise_05_HOA_b_format_file_playback - Playing back higher order b-format files.
- Exercise_06_HOA_scenes_simple_manipulations - Simple manipulations of HOA sound scenes.
- Exercise_07_HOA_beamforming - Spatial filtering of HOA sound scenes.
- Exercise_08_HOA_proxyspace_recording - Recording the b-format within the proxy space.
- Exercise_09_HOA_interfacing_VBAP_and_Ambisonics - Interfacing VBAP, Ambisonics and Binaural Rendering.
- Exercise_10_HOA_decoding_for_speaker_arrays - Decoders for a standard speaker setup 5.0.
- Exercise_11_HOA_NRT_using_scores_and_Buffers - NRT synthesis, working with SynthDefs.
- Exercise_12_HOA_NRT_using_scores_and_SynthDefs - NRT synthesis, working with Buffers.
- Exercise_13_HOA_NRT_conversion_script_N3D_SN3D_FUMA - NRT conversion script between N3D, SN3D, and FuMa.
- Exercise_14_HOA_NRT_decoding_script - NRT script to decode the b-format to speaker arrays.
- Exercise_15_HOA_ADT_DecoderHelper - Helper class for decoders depending on Faust and Matlab/Octave.
helpfile source: HelpSource/Tutorials/HOA_Tutorial_Overview.schelp
link::SC-HOA/Tutorials/HOA_Tutorial_Overview::
link::SC-HOA/Tutorials/HOA_Tutorial_Overview::