Foobar2000:Components/Trifield LR-LRC Decoder DSP (foo dsp trifield): Difference between revisions

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| developer            = Case
| developer            = Case
| repository          =  
| repository          =  
| released            = 2017-06-02
| released            = {{start date and age|2017|06|02}}
| released_ref        =  
| released_ref        =  
| stable_release      = 1.1.3
| stable_release      = 1.1.4
| stable_release_date  = 2022-08-28 17:11
| stable_release_date  = 2023-03-16
| preview_release      =  
| preview_release      =  
| preview_release_date =  
| preview_release_date =  
| foobar2000_minimum  = 1.1
| foobar2000_minimum  = 1.5
| foobar2000_maximum  =  
| foobar2000_maximum  =  
| foobar2000_ui_module =  
| foobar2000_ui_module =  
| use                  = DSP
| use                  = DSP
| license              = [GNU AGPL]
| license              = [https://en.wikipedia.org/wiki/GNU_Affero_General_Public_License GNU AGPL]
   
   
}}
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Latest revision as of 07:25, 30 March 2023

Downmixer DSP

foo_dsp_trifield
Developer(s) Case
Repository
Release information
Initial release June 2, 2017; 7 years ago
Stable release 1.1.4 (March 16, 2023)
Preview release
foobar2000 compatibility
Architecture {{{foobar2000_architecture}}}
Minimum version 1.5
Maximum version
UI module(s) N/A
Additional information
Use DSP
License GNU AGPL
Discussion thread {{{discussion_thread}}}
View all components

Description

An implementation of Michael Gerzon's Trifield decoder.

The Trifield process is a form of audio rendering in which a conventional two-channel stereo signal is decoded (using Ambisonic principles) to an additional number of loudspeakers, typically three in the form of a Left-Center-Right front stage. The technique provides significant improvement to image stability, especially when the listener is moving or off-axis. It also addresses the problem in conventional stereo, where center images are recessed and less distinct due to the comb filtering arising from two sound sources emitting correlated signals.

External links