Width Amount
- 1.0
+ 1.0
{
- try { node?.disconnect(); } catch { /* */ }
+ try {
+ node?.disconnect();
+ } catch {
+ /* */
+ }
};
sd(this.inputNode);
@@ -340,14 +344,25 @@ export class BinauralDSP {
_destroyCrossfeedNodes() {
const nodes = [
- this._cfSplitter, this._cfMerger,
- this._cfDirectL, this._cfDirectR,
- this._cfCrossLR, this._cfCrossRL,
- this._cfFilterLR, this._cfFilterRL,
- this._cfDelayLR, this._cfDelayRL,
+ this._cfSplitter,
+ this._cfMerger,
+ this._cfDirectL,
+ this._cfDirectR,
+ this._cfCrossLR,
+ this._cfCrossRL,
+ this._cfFilterLR,
+ this._cfFilterRL,
+ this._cfDelayLR,
+ this._cfDelayRL,
this._cfOutputNode,
];
- nodes.forEach((n) => { try { n?.disconnect(); } catch { /* */ } });
+ nodes.forEach((n) => {
+ try {
+ n?.disconnect();
+ } catch {
+ /* */
+ }
+ });
this._cfSplitter = null;
this._cfMerger = null;
this._cfDirectL = null;
@@ -416,7 +431,13 @@ export class BinauralDSP {
}
_destroyMultichannelNodes() {
- const sd = (n) => { try { n?.disconnect(); } catch { /* */ } };
+ const sd = (n) => {
+ try {
+ n?.disconnect();
+ } catch {
+ /* */
+ }
+ };
sd(this._mcSplitter);
sd(this._mcMerger);
sd(this._mcLfeGain);
@@ -499,15 +520,31 @@ export class BinauralDSP {
_destroyWidenerNodes() {
const nodes = [
- this._wSplitter, this._wOutputMerger,
- this._wMidL, this._wMidR, this._wSideL, this._wSideR,
- this._wMidGain, this._wSideGain,
- this._wMidMix, this._wSideMix,
- this._wDecoderMidToL, this._wDecoderSideToL,
- this._wDecoderMidToR, this._wDecoderSideToR,
- this._wLMix, this._wRMix, this._wOutputNode,
+ this._wSplitter,
+ this._wOutputMerger,
+ this._wMidL,
+ this._wMidR,
+ this._wSideL,
+ this._wSideR,
+ this._wMidGain,
+ this._wSideGain,
+ this._wMidMix,
+ this._wSideMix,
+ this._wDecoderMidToL,
+ this._wDecoderSideToL,
+ this._wDecoderMidToR,
+ this._wDecoderSideToR,
+ this._wLMix,
+ this._wRMix,
+ this._wOutputNode,
];
- nodes.forEach((n) => { try { n?.disconnect(); } catch { /* */ } });
+ nodes.forEach((n) => {
+ try {
+ n?.disconnect();
+ } catch {
+ /* */
+ }
+ });
this._wSplitter = null;
this._wOutputMerger = null;
this._wMidL = null;
@@ -570,9 +607,11 @@ export class BinauralDSP {
await this._ensureNodesCreated();
this._connectInternal();
- window.dispatchEvent(new CustomEvent('binaural-mode-changed', {
- detail: { mode: this.mode, channels: channelCount },
- }));
+ window.dispatchEvent(
+ new CustomEvent('binaural-mode-changed', {
+ detail: { mode: this.mode, channels: channelCount },
+ })
+ );
}
}
diff --git a/js/hrtf-generator.js b/js/hrtf-generator.js
index b12dcf5..ebd577a 100644
--- a/js/hrtf-generator.js
+++ b/js/hrtf-generator.js
@@ -91,8 +91,7 @@ export async function generateHRTF(audioContext, azimuthDeg, elevationDeg = 0) {
const notchFreq = 8000 + elevationDeg * 50; // Shifts with elevation
const notchWidth = 2000;
const notchDepth = 0.15 * Math.abs(Math.sin(elevRad + 0.3));
- const notchFactor =
- 1.0 - notchDepth * Math.exp(-Math.pow((freq - notchFreq) / notchWidth, 2));
+ const notchFactor = 1.0 - notchDepth * Math.exp(-Math.pow((freq - notchFreq) / notchWidth, 2));
const phase = 2 * Math.PI * freq * (t - ipsiDelay / sampleRate);
sum += ((ipsiGain * notchFactor) / halfFFT) * Math.cos(phase);
@@ -109,7 +108,7 @@ export async function generateHRTF(audioContext, azimuthDeg, elevationDeg = 0) {
const shadowGain = calculateHeadShadow(freq, azimuthRad);
const phase = 2 * Math.PI * freq * (t - contraDelay / sampleRate);
- sum += ((shadowGain) / halfFFT) * Math.cos(phase);
+ sum += (shadowGain / halfFFT) * Math.cos(phase);
}
contraData[i] = sum;
}
@@ -134,9 +133,9 @@ export async function generateHRTF(audioContext, azimuthDeg, elevationDeg = 0) {
* HRTF angle presets for virtual speaker configurations.
*/
export const HRTF_PRESETS = {
- intimate: { label: 'Intimate', angleScale: 0.73 }, // ±22° front
- studio: { label: 'Studio', angleScale: 1.0 }, // ±30° front (standard)
- wide: { label: 'Wide', angleScale: 1.5 }, // ±45° front
+ intimate: { label: 'Intimate', angleScale: 0.73 }, // ±22° front
+ studio: { label: 'Studio', angleScale: 1.0 }, // ±30° front (standard)
+ wide: { label: 'Wide', angleScale: 1.5 }, // ±45° front
};
/**
diff --git a/js/player.js b/js/player.js
index 1e23b6a..d484fe6 100644
--- a/js/player.js
+++ b/js/player.js
@@ -1897,7 +1897,8 @@ export class Player {
const binauralActive = audioContextManager.isBinauralActive();
badgeEl.className = 'quality-badge quality-atmos shaka-quality-badge';
- badgeEl.innerHTML = SVG_ATMOS(20) + (binauralActive ? '
Binaural ' : '');
+ badgeEl.innerHTML =
+ SVG_ATMOS(20) + (binauralActive ? '
Binaural ' : '');
} else {
// Notify binaural DSP that we're in stereo mode
audioContextManager.notifyBinauralChannelCount(2);
diff --git a/js/settings.js b/js/settings.js
index 958feb7..204684d 100644
--- a/js/settings.js
+++ b/js/settings.js
@@ -1248,9 +1248,10 @@ export async function initializeSettings(scrobbler, player, api, ui) {
const { mode, channels } = e.detail;
const label = statusEl.querySelector('.binaural-mode-label');
if (label) {
- label.textContent = mode === 'multichannel'
- ? `Mode: Multichannel (${channels > 6 ? '7.1' : '5.1'} → Binaural)`
- : 'Mode: Stereo';
+ label.textContent =
+ mode === 'multichannel'
+ ? `Mode: Multichannel (${channels > 6 ? '7.1' : '5.1'} → Binaural)`
+ : 'Mode: Stereo';
}
}
});