openal-soft.git - Original: git://repo.or.cz/openal-soft.git

	Commit message (Collapse)	Author	Age	Files	Lines
*	Remove an unneeded function	Chris Robinson	2017-02-28	1	-1/+0
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*	Remove an unused function	Chris Robinson	2017-02-23	1	-1/+0
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*	Remove an unused flag enum	Chris Robinson	2017-02-20	1	-3/+0
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*	Apply distance compensation when writing to the output	Chris Robinson	2017-02-19	1	-1/+1
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*	Don't use periphonic FOA when the HOA decoder is not periphonic	Chris Robinson	2017-02-19	1	-0/+1
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*	Replace more ALuint with ALsizei	Chris Robinson	2017-01-29	1	-1/+1
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*	Improve the ambisonic upscaling methods	Chris Robinson	2017-01-24	1	-0/+18
\| \| \| \| \| \| \| \|	This now takes advantage of the differences seen in generated decoder matrices for first-order compared to second- and third-order, such that with the appropriate frequency-dependent scaling applied to first-order content, the result is identical with a higher-order decoder matrix compared to a first- order matrix for the same layout.
*	More ALsizei, with the B-Format decoder	Chris Robinson	2017-01-16	1	-4/+4
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*	Use ALsizei in a few more places	Chris Robinson	2017-01-16	1	-1/+1
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*	Make some pointer-to-array parameters const	Chris Robinson	2016-10-04	1	-3/+3
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*	Band-split the HRIRs when building the ambisonic decoder filters	Chris Robinson	2016-08-21	1	-0/+15
\| \| \| \| \|	This allows each HRIR to contribute a frequency-dependent response, essentially acting like a dual-band decoder playing over the cube speaker array.
*	Add a stand-alone upsampler for higher-order ambisonic oputput	Chris Robinson	2016-07-30	1	-0/+10
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*	Add a config option for distance compensation	Chris Robinson	2016-03-26	1	-1/+5
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*	Up-sample first-order content when using a higher order HQ decoder	Chris Robinson	2016-03-23	1	-0/+5
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*	Add a specific output for first-order sources	Chris Robinson	2016-03-22	1	-0/+1
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*	Add a dual-band ambisonic decoder	Chris Robinson	2016-03-15	1	-0/+14
	This uses a virtual B-Format buffer for mixing, and then uses a dual-band decoder for improved positional quality. This currently only works with first- order output since first-order input (from the AL_EXT_BFROMAT extension) would not sound correct when fed through a second- or third-order decoder. This also does not currently implement near-field compensation since near-field rendering effects are not implemented.