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path: root/Alc/panning.cpp
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* Fix some integer truncation warnings in MSVCChris Robinson2019-04-121-6/+6
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* Remove the SZFMT macroChris Robinson2019-04-111-1/+1
| | | | C++11 mandates the %zu/d formatter
* Change RealMixParams::ChannelName to better reflect its useChris Robinson2019-04-021-1/+1
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* Use the existing function to get the ambisonic channel countChris Robinson2019-03-311-3/+1
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* Don't bother with a separate reset method for BFormatDecChris Robinson2019-03-311-6/+5
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* Use phase correction for the front stablizerChris Robinson2019-03-311-4/+11
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* Don't mention which rendering methods aren't usedChris Robinson2019-03-251-4/+1
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* Use MixParams for the wet buffersChris Robinson2019-03-221-11/+14
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* Include std::placeholders once in an anonymouse namespaceChris Robinson2019-03-161-3/+2
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* Reverse the HRTF field arrayChris Robinson2019-02-271-2/+1
| | | | | | Most often a sound's distance will be beyond the farthest field measurement, so It's more efficient to have the farthest field first and avoid looping through the whole field array for them.
* Remove a duplicate index arrayChris Robinson2019-02-241-2/+2
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* Remove the FOAOut mixing buffer and associated post-processesChris Robinson2019-02-221-121/+1
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* Allow processing some effects in higher order ambisonicsChris Robinson2019-02-211-2/+2
| | | | | | Reverb notably is still only first-order (any higher order channels are dropped, and it writes to FOAOut). But others, like the equalizer, work on all available channels.
* Add helpers to get the channel count from an ambisonic orderChris Robinson2019-02-211-7/+7
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* Ensure the device's mAmbiOrder is always set appropriatelyChris Robinson2019-02-211-8/+23
| | | | The Dry target is always ambisonic, so set its order correctly.
* Allocate the effect slot wet buffer dynamicallyChris Robinson2019-02-201-6/+8
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* Rename MAX_AMBI_COEFFS and MAX_AMBI2D_COEFFSChris Robinson2019-02-191-15/+15
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* Clean up some AmbiUpsampler initializationChris Robinson2019-02-191-17/+19
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* Collect HRTF field info into a structChris Robinson2019-01-281-2/+3
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* Make IncRef and DecRef member functionsChris Robinson2019-01-241-5/+5
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* Use c++ headersFilip Gawin2019-01-091-5/+5
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* Make Create methods for structs with flexible array members ...Chris Robinson2019-01-081-2/+1
| | | | ... that are used with unique_ptr.
* Avoid calling unique_ptr::reset with a raw pointerChris Robinson2019-01-081-7/+7
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* Avoid using old style castsFilip Gawin2019-01-081-4/+4
| | | | | | To think about: examples/alffplay.cpp:600 OpenAL32/Include/alMain.h:295
* Don't use the dual-band upsampler for basic ambisonic decodingChris Robinson2019-01-061-22/+28
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* Replace macros with constexpr inline functionsChris Robinson2019-01-061-4/+4
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* Pass the normalized crossover frequency to the reset methodChris Robinson2019-01-051-1/+2
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* Simplify MixParams and AmbiUpsamplerChris Robinson2019-01-051-62/+30
| | | | Since the dry buffer is always an ambisonic target now
* Use BFormatDec for custom and built-in ambisonic decodingChris Robinson2019-01-051-96/+111
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* Add and use a make_unique functionChris Robinson2019-01-011-3/+3
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* Remove extraneous typedef, struct, and enum keywordsChris Robinson2018-12-241-9/+9
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* Mix effect slot output to the effect target if it's setChris Robinson2018-12-231-0/+3
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* Rename a couple HRTF structsChris Robinson2018-12-221-10/+10
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* Don't convert the HRTF decoder virtual speaker positions to radiansChris Robinson2018-12-211-21/+21
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* Use a dodecahedron for the ambisonic HRTF decodeChris Robinson2018-12-211-68/+51
| | | | | | | Also uses full second-order for "basic" HRTF rendering. Note that the supplied matrix is full third-order, but only the first- and second-order coefficients are used. The base matrices are the identical, only differing by the high- frequency scalars.
* Pass RealMixParams by reference instead of pointerChris Robinson2018-12-201-1/+1
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* Add index maps from 2D and 3DChris Robinson2018-12-201-17/+16
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* Use std::array in place of some C-style arraysChris Robinson2018-12-201-19/+18
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* Rename some conversion arraysChris Robinson2018-12-201-22/+22
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* Use inline methods for the device format sizesChris Robinson2018-12-191-3/+3
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* Use the AmbiUpsampler with higher order basic and custom panningChris Robinson2018-12-171-79/+47
| | | | Also allocate the BFormatDec and AmbiUpsampler where they're (re)set.
* Always use the transcode method with the AmbiUpsamplerChris Robinson2018-12-161-14/+2
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* Put the ACN index map in a headerChris Robinson2018-12-151-30/+16
| | | | Also put it and the Ambisonic scales in a more appropriate header.
* Reorder some math terms to help optimizationsChris Robinson2018-12-151-6/+6
| | | | | | | | | | | | | | | | | | | | | | | Because floating-point math is not associative ((a*b)*c does not necessarily give the same result as a*(b*c)), the ordering of terms can inhibit reuse of temporary values. For example, both coeffs[9] = 2.091650066f * y * (3.0f*x*x - y*y); and coeffs[15] = 2.091650066f * x * (x*x - 3.0f*y*y); contain x*x and y*y terms that could be calculated once, stored in temporary registers, and reused to multiply with 3. But since 3.0f*(x*x) would produce different results, the compiler is not allowed to make that optimization. If, however, the multiply with 3 is moved to the right side: coeffs[9] = 2.091650066f * y * (x*x*3.0f - y*y); and coeffs[15] = 2.091650066f * x * (x*x - y*y*3.0f); in both cases x*x and y*y are calculated first in their respective groups, guaranteeing the same results for both instances prior to the multiply with 3 and allowing the compiler to reuse those intermediate values.
* Add encoding calculations for fourth-order ambisonicsChris Robinson2018-12-151-1/+11
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* Make the AmbDec speaker and matrix arrays dynamicChris Robinson2018-12-151-11/+12
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* Clean up panning.cpp a bitChris Robinson2018-12-151-64/+51
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* Add macros for the ambisonic order masksChris Robinson2018-12-141-15/+18
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* Fix some MSVC conversion warningsChris Robinson2018-12-121-9/+9
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* Use helpers to get the Ambisonic scales and layout mapsChris Robinson2018-12-101-10/+24
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