sound

type Endian int32

type Params struct {
	WinMs       float64 `def:"25" desc:"input window -- number of milliseconds worth of sound to filter at a time"`
	StepMs      float64 `` /* 139-byte string literal not displayed */
	SegmentMs   float64 `` /* 265-byte string literal not displayed */
	StrideMs    float64 `def:"100" desc:"how far to move on each trial"`
	BorderSteps int     `def:"6" view:"+" desc:"overlap with previous and next segment"`
	Channel     int     `` /* 138-byte string literal not displayed */

	// these are calculated
	WinSamples     int   `inactive:"+" desc:"number of samples to process each step"`
	StepSamples    int   `inactive:"+" desc:"number of samples to step input by"`
	SegmentSamples int   `inactive:"+" desc:"number of samples in a segment"`
	StrideSamples  int   `inactive:"+" desc:"number of samples converted from StrideMS"`
	SegmentSteps   int   `inactive:"+" desc:"includes border steps on both sides"`
	Steps          []int `inactive:"+" desc:"pre-calculated start position for each step"`
}

type SndEnv struct {
	// "Segment" in var name indicates that the data applies to a segment of samples rather than the entire signal
	Nm     string `desc:"name of this environment"`
	Dsc    string `desc:"description of this environment"`
	On     bool   `desc:"false turns off processing of this sound"`
	Sound  Wave   `desc:"specifications of the raw sensory input"`
	Params Params
	Signal etensor.Float64 `view:"no-inline" desc:" the full sound input"`
	SegCnt int             `desc:"the number of segments in this sound file (based on current segment size)"`
	Window etensor.Float64 `inactive:"+" desc:" [Input.WinSamples] the raw sound input, one channel at a time"`

	DFT             dft.Params
	Power           etensor.Float64 `view:"-" desc:" power of the dft, up to the nyquist limit frequency (1/2 input.WinSamples)"`
	LogPower        etensor.Float64 `view:"-" desc:" log power of the dft, up to the nyquist liit frequency (1/2 input.WinSamples)"`
	PowerSegment    etensor.Float64 `view:"no-inline" desc:" full segment's worth of power of the dft, up to the nyquist limit frequency (1/2 input.win_samples)"`
	LogPowerSegment etensor.Float64 `` /* 128-byte string literal not displayed */
	Mel             mel.Params      `view:"no-inline"`
	MelFBank        etensor.Float64 `` /* 150-byte string literal not displayed */
	MelFBankSegment etensor.Float64 `view:"no-inline" desc:" full segment's worth of mel feature-bank output"`
	MelFilters      etensor.Float64 `view:"no-inline" desc:" the actual filters"`
	Energy          etensor.Float64 `view:"no-inline" desc:" sum of log power per segment step"`
	MFCCDCT         etensor.Float64 `` /* 140-byte string literal not displayed */
	MFCCSegment     etensor.Float64 `` /* 160-byte string literal not displayed */
	MFCCDeltas      etensor.Float64 `view:"no-inline" desc:" "`

	GaborSpecs    []agabor.Filter  `view:"no-inline" desc:" a set of gabor filter specifications, one spec per filter'"`
	GaborFilters  agabor.FilterSet `desc:"the actual gabor filters, the first spec determines the size of all filters in the set"`
	GaborTab      etable.Table     `view:"no-inline" desc:"gabor filter table (view only)"`
	GborOutPoolsX int              `view:"+" desc:" the number of neuron pools along the time dimension in the input layer"`
	GborOutPoolsY int              `view:"+" desc:" the number of neuron pools along the frequency dimension in the input layer"`
	GborOutUnitsX int              `` /* 132-byte string literal not displayed */
	GborOutUnitsY int              `view:"+" desc:" the number of neurons in a pool along the frequency dimension in the input layer"`
	GborOutput    etensor.Float32  `view:"no-inline" desc:" raw output of Gabor -- full segment's worth of gabor steps"`
	GborKwta      etensor.Float32  `view:"no-inline" desc:" post-kwta output of full segment's worth of gabor steps"`
	Inhibs        fffb.Inhibs      `view:"no-inline" desc:"inhibition values for A1 KWTA"`
	ExtGi         etensor.Float32  `view:"no-inline" desc:"A1 simple extra Gi from neighbor inhibition tensor"`
	NeighInhib    kwta.NeighInhib  `` /* 155-byte string literal not displayed */
	Kwta          kwta.KWTA        `desc:"kwta parameters, using FFFB form"`
	KwtaPool      bool             `desc:"if Kwta.On == true, call KwtaPool (true) or KwtaLayer (false)"`
	ByTime        bool             `desc:"display the gabor filtering result by time and then by filter, default is to order by filter and then time"`
}

type SoundSampleType int32

type Wave struct {
	Buf *audio.IntBuffer `inactive:"+"`
}