Feat/rnaa 243 pannernode

[basiav]

Closes the first part of rnaa-243: the equal-power model. HRTF to come in the next PR.

Closes #

⚠️ Breaking changes ⚠️

Introduced changes

• Implemented PannerNode in the equal-power mode, with the geometric logic in PannerSpatialization.
• Implemented tests inPannerTest and PannerSpatializationTest.
• Implemented sample usage component in PannerNode.tsx.

Checklist

• Linked relevant issue
• Updated relevant documentation
• Added/Conducted relevant tests
• Performed self-review of the code
• Updated Web Audio API coverage
• Added support for web
• Updated old arch android spec file

[github-actions]

WPT non-regression comparison

FAIL — 6 file(s) with new failing subtests · 3 improved section(s) · overall 2717 → 3420 (+703)

Spec section	Base pass	Head pass	Delta
Other	52	56	+4
AudioParam	629	680	+51
PannerNode	75	723	+648

New failing subtests:

• the-audio-api/the-audioparam-interface/audioparam-nominal-range.html

  • X PannerNode has no AudioParams but test expected [object Object] Got false.

• the-audio-api/the-audioparam-interface/k-rate-panner-connections.html

  • X Panner: positionX: Channel 0 output[0, 127]: Expected 0.017871391028165817 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.017865682020783424
    [2] 0.017859160900115967
    [3] 0.0
  • X Panner: positionX: Channel 0 output[128, 255]: Expected 0.012888135388493538 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.012837313115596771
    [2] 0.01278657652437687
    [3] 0.
  • X Panner: positionX: Channel 0 output[256, 383]: Expected 0.007589161861687899 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.007558286190032959
    [2] 0.007527560461312532
    [3] 0
  • X Panner: positionX: Channel 0 output[384, 511]: Expected 0.004646968562155962 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.004630437586456537
    [2] 0.00461398484185338
    [3] 0.
  • X Panner: positionX: Channel 0 output[512, 639]: Expected 0.0030441570561379194 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.003034873167052865
    [2] 0.003025629324838519
    [3]
  • X Panner: positionX: Channel 1 output[0, 127]: Expected 0.036486219614744186 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.03659462928771973
    [2] 0.03670265153050423
    [3] 0.036
  • X Panner: positionX: Channel 1 output[128, 255]: Expected 0.044254120439291 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.04426087066531181
    [2] 0.044266924262046814
    [3] 0.044
  • X Panner: positionX: Channel 1 output[256, 383]: Expected 0.04127275571227074 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.041231296956539154
    [2] 0.04118970409035683
    [3] 0.0
  • X Panner: positionX: Channel 1 output[384, 511]: Expected 0.03552864491939545 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.035483863204717636
    [2] 0.03543911501765251
    [3] 0.0
  • X Panner: positionX: Channel 1 output[512, 639]: Expected 0.030223896726965904 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.03018636256456375
    [2] 0.03014889359474182
    [3] 0.0
  • X Panner: positionY: Channel 0 output[0, 127]: Expected 0.03990424424409866 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.03989364206790924
    [2] 0.03988152742385864
    [3] 0.0398
  • X Panner: positionY: Channel 0 output[128, 255]: Expected 0.030709920451045036 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.03061666339635849
    [2] 0.030523570254445076
    [3] 0.
  • X Panner: positionY: Channel 0 output[256, 383]: Expected 0.0209518913179636 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.020894164219498634
    [2] 0.02083669602870941
    [3] 0.02
  • X Panner: positionY: Channel 0 output[384, 511]: Expected 0.01528366282582283 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.015250320546329021
    [2] 0.015217110514640808
    [3] 0.
  • X Panner: positionY: Channel 0 output[512, 639]: Expected 0.011893530376255512 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.01187265943735838
    [2] 0.011851859278976917
    [3] 0.
  • X Panner: positionY: Channel 1 output[0, 127]: Expected 0.08146847784519196 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.08144683390855789
    [2] 0.0814220979809761
    [3] 0.08139
  • X Panner: positionY: Channel 1 output[128, 255]: Expected 0.06269735842943192 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.06250695884227753
    [2] 0.0623169019818306
    [3] 0.062
  • X Panner: positionY: Channel 1 output[256, 383]: Expected 0.04277537018060684 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.0426575131714344
    [2] 0.042540185153484344
    [3] 0.04
  • X Panner: positionY: Channel 1 output[384, 511]: Expected 0.031203115358948708 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.031135044991970062
    [2] 0.031067242845892906
    [3] 0
  • X Panner: positionY: Channel 1 output[512, 639]: Expected 0.024281824007630348 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.02423921413719654
    [2] 0.024196747690439224
    [3] 0.
  • X Panner: positionZ: Channel 0 output[0, 127]: Expected 0.014136482030153275 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.01511145569384098
    [2] 0.01588606834411621
    [3] 0.016
  • X Panner: positionZ: Channel 0 output[128, 255]: Expected 0.0184414591640234 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.01842150278389454
    [2] 0.018401456996798515
    [3] 0.01
  • X Panner: positionZ: Channel 0 output[256, 383]: Expected 0.015519500710070133 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.015496055595576763
    [2] 0.015472627244889736
    [3] 0
  • X Panner: positionZ: Channel 0 output[384, 511]: Expected 0.0127506572753191 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.012731312774121761
    [2] 0.012712005525827408
    [3] 0.0
  • X Panner: positionZ: Channel 0 output[512, 639]: Expected 0.010579535737633705 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.010564862750470638
    [2] 0.010550222359597683
    [3] 0
  • X Panner: positionZ: Channel 1 output[0, 127]: Expected 0.054120492190122604 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.05306839942932129
    [2] 0.052110861986875534
    [3] 0.05
  • X Panner: positionZ: Channel 1 output[128, 255]: Expected 0.03781212493777275 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.0377640463411808
    [2] 0.03771590813994408
    [3] 0.037
  • X Panner: positionZ: Channel 1 output[256, 383]: Expected 0.031430669128894806 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.03138166666030884
    [2] 0.03133271634578705
    [3] 0.0
  • X Panner: positionZ: Channel 1 output[384, 511]: Expected 0.025715913623571396 for all values but found 127 unexpected values:
    Index Actual
    [1] 0.025676341727375984
    [2] 0.02563685178756714
    [3] 0.

• the-audio-api/the-pannernode-interface/ctor-panner.html

• the-audio-api/the-pannernode-interface/distance-linear.html

• the-audio-api/the-pannernode-interface/panner-automation-position.html

• the-audio-api/the-pannernode-interface/panner-azimuth.html

  • …and 10 more

Unchanged sections (25)

Spec section	Base pass	Head pass	Delta
Processing model	0	0	0
AnalyserNode	138	138	0
AudioBuffer	140	140	0
AudioBufferSourceNode	218	218	0
AudioContext	58	58	0
AudioNode	261	261	0
BiquadFilterNode	275	275	0
ChannelMergerNode	30	30	0
ChannelSplitterNode	7	7	0
ConstantSourceNode	64	64	0
ConvolverNode	203	203	0
DelayNode	104	104	0
DestinationNode	0	0	0
DynamicsCompressorNode	4	4	0
GainNode	15	15	0
IIRFilterNode	87	87	0
MediaElementAudioSourceNode	0	0	0
MediaStreamAudioDestinationNode	1	1	0
MediaStreamAudioSourceNode	0	0	0
OfflineAudioContext	35	35	0
OscillatorNode	104	104	0
PeriodicWave	33	33	0
ScriptProcessorNode	0	0	0
StereoPannerNode	102	102	0
WaveShaperNode	82	82	0

_{Baseline: a2f0609d3faf11564047430f0c0bfd00fc6d885b · Candidate: 35b30ef0ad255668cc5fc0fc49288a661982eb7c}

_{Workflow run · this comment is updated on every push.}

[mdydek]

run wpt tests for panner node and try to bring the pass rate as high as you can

[basiav]

Since we do not have HRTF model yet, should we remove HRTF from
enum class PanningModelType : std::uint8_t { EqualPower, HRTF };
or shall we keep it and keep throwing unimplemented errors?