AudioEngineFFI class

Constructors

AudioEngineFFI({String? libraryPath})

Properties

hashCode → int
The hash code for this object.
no setterinherited
runtimeType → Type
A representation of the runtime type of the object.
no setterinherited

Methods

addAudioSource(String path) → bool
addAudioSourceUri(Uri uri) → bool
addToPlaylist(String path) → bool
clearLastError() → void
clearMultibandFx() → void
clearPlaylist() → void
configureAnalyzer(int frameSize) → void
create({int sampleRate = 48000, int channels = 2}) → bool
dispose() → void
endPushStream() → void
getAnalyzerDroppedFrames() → int
getAnalyzerFrameSize() → int
getClippedSamplesCount() → int
Returns the total number of clipped samples since the last reset.
getCrossfadeDurationMs() → int
getCrossfadeEnabled() → bool
getEngineDitherMode() → int
getEngineResampleAlgorithm() → int
getEngineTimeInPcmFrames() → int
getLastError() → String
getMultibandEqGain(int bandIndex) → double
getOutputChannels() → int
getOutputFormat() → AudioFormat
getOutputSampleRate() → int
getPipelineState() → PipelineAudioState
getPushStreamBufferedBytes() → int
getStatus() → PlayerStatus
initMultibandEq(int bands, List<double> frequencies, {List<double>? qFactors}) → void
initPushStream() → void
insertAudioSource(int index, String path) → bool
isNetworkStreamingSupported() → bool
jumpTo(int index) → bool
jumpToWithPosition(int index, Duration position) → bool
moveAudioSource(int fromIndex, int toIndex) → bool
next() → bool
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
pause() → bool
play() → bool
pollAnalyzerFrame({int? maxSamples}) → Float32List
prev() → bool
pushStreamChunk(Pointer<Uint8> data, int size) → void
removeAudioSourceAt(int index) → bool
resetClippedSamplesCount() → void
Resets the clipped-sample counter back to zero.
reshuffle() → void
scheduleStartTimeInPcmFrames(int absoluteTime) → void
scheduleStopTimeInPcmFrames(int absoluteTime) → void
seek(double percent0to1) → bool
seekTo(Duration position, {int? index}) → bool
seekToNext() → bool
seekToPrevious() → bool
setAnalyzerEnabled(bool enabled) → void
setAttenuationModel(int model) → void
0 = None, 1 = Inverse, 2 = Linear, 3 = Exponential
setAudioSources(List<AudioSource> sources, {int initialIndex = 0, Duration initialPosition = Duration.zero, bool useLazyPreparation = true, Object? shuffleOrder}) → bool
setBandpassEnabled(bool enabled) → void
setBandpassParams({required double cutoffHz, required double q}) → void
setClippingDetectionEnabled(bool enabled) → void
Enable or disable clipping detection. When enabled, samples exceeding ±1.0 are counted by the engine.
setCrossfadeDurationMs(int durationMs) → void
setCrossfadeEnabled(bool enabled) → void
setCustomBiquadParams({required bool enabled, required double b0, required double b1, required double b2, required double a0, required double a1, required double a2}) → void
setCustomHpf1Params({required bool enabled, required double cutoffHz}) → void
setCustomLpf1Params({required bool enabled, required double cutoffHz}) → void
setDelayEnabled(bool enabled) → void
setDelayParams({required double mix, required double feedback, required double delayMs}) → void
setDirection({required double x, required double y, required double z}) → void
setDopplerFactor(double dopplerFactor) → void
setEndCallback(Pointer<NativeFunction<_EndCallbackNative>> callback, Pointer<Void> userData) → void
setEngineDitherMode(int ditherMode) → void
setEngineResampleAlgorithm(int algorithm) → void
setEqEnabled(bool enabled) → void
setEqGains({required double low, required double mid, required double high}) → void
setFade(double startVol, double endVol, int durationMs) → void
setGain(double gain) → void
setHighpassCutoff(double hz) → void
setHighpassEnabled(bool enabled) → void
setHighshelfEnabled(bool enabled) → void
setHighshelfParams({required double gainDb, required double slope, required double frequencyHz}) → void
setLimiterEnabled(bool enabled) → void
Enable or disable the soft limiter in the audio chain.
setLimiterParams({double threshold = 0.95, double attackMs = 2.0, double releaseMs = 50.0}) → void
Configure the limiter parameters.
setLoopMode(LoopMode mode) → void
setLowpassCutoff(double hz) → void
setLowpassEnabled(bool enabled) → void
setLowshelfEnabled(bool enabled) → void
setLowshelfParams({required double gainDb, required double slope, required double frequencyHz}) → void
setMaxDistance(double maxDistance) → void
setMaxGain(double maxGain) → void
setMinDistance(double minDistance) → void
setMinGain(double minGain) → void
setMultibandEqEnabled(bool enabled) → void
setMultibandEqGain(int bandIndex, double gain) → void
setMultibandFxBands(List<EqBandConfig> bands) → void
setMultibandFxEnabled(bool enabled) → void
setNotchEnabled(bool enabled) → void
setNotchParams({required double q, required double frequencyHz}) → void
setOutputChannels(int channels) → void
setOutputFormat(AudioFormat format) → void
setOutputSampleRate(int rate) → void
setPan(double panMinus1ToPlus1) → void
setPeakEqEnabled(bool enabled) → void
setPeakEqParams({required double gainDb, required double q, required double frequencyHz}) → void
setPitch(double pitchMultiplier) → void
setPlaylist(List<String> paths) → bool
setPosition({required double x, required double y, required double z}) → void
setReverbEnabled(bool enabled) → void
setReverbParams({required double mix, required double feedback, required double delayMs}) → void
setRolloff(double rolloff) → void
setShuffleModeEnabled(bool enabled) → void
setSpatializationEnabled(bool enabled) → void
setStereoWiden({required bool enabled, required double width, required double delayMs}) → void
setVelocity({required double x, required double y, required double z}) → void
stop() → bool
toString() → String
A string representation of this object.
inherited

Operators

operator ==(Object other) → bool
The equality operator.
inherited