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  /external/chromium_org/third_party/WebKit/Source/modules/webaudio/
AudioBasicProcessorNode.cpp 133 double AudioBasicProcessorNode::tailTime() const
135 return m_processor->tailTime();
DynamicsCompressorNode.cpp 106 double DynamicsCompressorNode::tailTime() const
108 return m_dynamicsCompressor->tailTime();
AudioSourceNode.h 44 virtual double tailTime() const OVERRIDE FINAL { return 0; }
ChannelMergerNode.h 52 virtual double tailTime() const OVERRIDE { return 0; }
ChannelSplitterNode.h 43 virtual double tailTime() const OVERRIDE { return 0; }
MediaStreamAudioDestinationNode.h 54 virtual double tailTime() const OVERRIDE { return 0; }
BiquadDSPKernel.cpp 38 // an infinite tailTime. In practice, Biquad filters do not usually (except for very high resonance values)
39 // have a tailTime of longer than approx. 200ms. This value could possibly be calculated based on the
183 double BiquadDSPKernel::tailTime() const
AudioNode.h 151 // tailTime() is the length of time (not counting latency time) where non-zero output may occur after continuous silent input.
152 virtual double tailTime() const = 0;
159 // will take tailTime() and latencyTime() into account when determining whether the node will propagate silence.
AnalyserNode.h 68 virtual double tailTime() const OVERRIDE { return 0; }
AudioBasicProcessorNode.h 57 virtual double tailTime() const OVERRIDE FINAL;
BiquadDSPKernel.h 56 virtual double tailTime() const OVERRIDE;
ConvolverNode.h 65 virtual double tailTime() const OVERRIDE;
DynamicsCompressorNode.h 63 virtual double tailTime() const OVERRIDE;
GainNode.h 59 virtual double tailTime() const OVERRIDE { return 0; }
WaveShaperDSPKernel.h 48 virtual double tailTime() const OVERRIDE { return 0; }
PannerNode.h 107 virtual double tailTime() const OVERRIDE { return m_panner ? m_panner->tailTime() : 0; }
  /external/chromium_org/third_party/WebKit/Source/platform/audio/
AudioDelayDSPKernel.h 44 virtual double tailTime() const OVERRIDE;
EqualPowerPanner.h 42 virtual double tailTime() const OVERRIDE { return 0; }
AudioDSPKernelProcessor.cpp 129 double AudioDSPKernelProcessor::tailTime() const
134 // It is expected that all the kernels have the same tailTime.
135 return !m_kernels.isEmpty() ? m_kernels.first()->tailTime() : 0;
HRTFPanner.cpp 296 double HRTFPanner::tailTime() const
298 // Because HRTFPanner is implemented with a DelayKernel and a FFTConvolver, the tailTime of the HRTFPanner
299 // is the sum of the tailTime of the DelayKernel and the tailTime of the FFTConvolver, which is MaxDelayTimeSeconds
306 // The latency of a FFTConvolver is also fftSize() / 2, and is in addition to its tailTime of the
AudioDSPKernel.h 66 virtual double tailTime() const = 0;
AudioDSPKernelProcessor.h 68 virtual double tailTime() const OVERRIDE;
AudioProcessor.h 72 virtual double tailTime() const = 0;
DynamicsCompressor.h 82 double tailTime() const { return 0; }
Panner.h 61 virtual double tailTime() const = 0;

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