Calculate the average amplitude of the frequency band bounded by <code>lowFreq</code> and <code>hiFreq</code>, inclusive. @param lowFreq f

Resizes this buffer. <p> If <code>keepOldSamples</code> is true, as much as possible samples are retained. If the buffer is enlarged, silence is added

This method is only called when setChannelCount results in the channel count of this UGen actually changing. Override this function in sub-classes of

Verify that the specified AudioFormat can be converted to and from. If the format is not supported, an IllegalArgumentException is thrown. @throws Il

only allow "packed" samples -- currently no support for 18, 20 bits -- except 24 bits stored in 4 bytes. @throws IllegalArgumentException

Removes all effects from the effect chain.

Writes this sample buffer's audio data to <code>buffer</code> as an interleaved byte array. <code>buffer</code> must be large enough to hold all data.

Copy sourceChannel's audio data to targetChannel, identified by their indices in the channel list. Both source and target channel have to exist. targe

Tells the implementation it should not produce debug output.

Tells the implementation it should produce debug output, if that's something it does.

Disables all signals in the chain.

When monitoring is disabled, you will not hear the audio that is coming through the input, but you will still be able to access the samples in the lef

This method blocks until whatever data is buffered in the DataLine's internal buffer has been drained.

Enables all signals in the chain.

Flip the values in the table around a particular value. For example, if you flip around 2, values greater than 2 will become less than two by the same

Conversion function to convert a non-interleaved float audio data to an interleaved byte array. The float arrays contains normalized samples in the ra

Get an array of all channels. @return all channels as array

@deprecated

Returns the center frequency of the i^th average band. @param i int: which average band you want the center frequency of. @retu

Gets the value of the <code>i^th</code> average. @param i int: the average you want the value of @return float: the value of the

@return the ditherBits parameter for the float2byte functions

Returns the InputType of this UGenInput. @return InputType: either AUDIO or CONTROL

@return the InputType as a string (for debugging)

Returns meta data about the recording, such as duration, name, ID3 tags perhaps. @return the MetaData of the recording

Return an array of info objects describing all the mixers provided by this provider.

Returns how many sample frames are in this recording. Infinite sources, such as internet radio streams, should return -1. @return the length of the s

Should return a {@link SampleRecorder} that can record the <code>source</code> in a buffered (in-memory) or non-buffered (streamed) manner, to the fil

Return an array of all the source encodings supported by this conversion provider.

Return the label corresponding to the indicated state. @param state the state @return the true label or the false label, as appropriate

Return a array of all the target formats that match given target encoding, and to which this provider can convert the source format. @param targ

Return the Type of this Control.

Return the update period of this control.

Return the current value of thhe control.

Return the current value of this control.

Returns true if at least one effect in the chain is enabled. @return true if at least one effect in the chain is enabled

Returns the middle frequency of the i^th band. @param i int: the index of the band you want to middle frequency of @return floa

Initializes the in and out arrays based on the number of coefficients being used.

Resets this buffer with the audio data specified in the arguments. This FloatSampleBuffer's sample count will be set to <code>byteCount / format.getFr

Return true if this format is big endian, false otherwise. This only matters for formats whose sample size is greater than one byte.

In sound energy mode this returns true when a beat has been detected. In frequency energy mode this always returns false. @return boolean: true if a

Returns true if a UGen is patched to this UGenInput. @return true if a UGen is patched to this UGenInput

Returns the current record state. @return true if this is recording

Loads the requested file into a MultiChannelBuffer. The buffer's channel count and buffer size will be adjusted to match the file. @shortdesc Loads t

Sets the number of averages used when computing the spectrum based on the minimum bandwidth for an octave and the number of bands per octave. For exam

Return true if this Info object matches the given object. @param other the object to match @return true if they match, false otherwise

Return true if this Info matches another Info object.

Mixes the two float arrays and puts the result in this buffer. The passed arrays must be the same length as this buffer. If they are not, an error wil

Sets the object to not compute averages. @related FFT

Stop playing a note. This is called by AudioOuput when this Instrument's note should end, based on the values passed to playNote. Typically you will u

Start playing a note. This is called by AudioOutput when this Instrument's note should begin, based on the values passed to playNote. Typically you wi

Disallows playback/reads of the source. If this is pause, all calls to read will generate arrays full of zeros (silence).

Allows playback/reads of the source.

Returns the current position of the "playhead" in milliseconds (ie how much of the sound has already been played). @example Advanced/CueAnAudioPlayer

Returns the current position of the "playhead" (ie how much of the sound has already been played) @return int: the current position of the "playhead"

Print information about this UGenInput (for debugging)

Constructs a perfect square wave with the specified duty cycle. @param dutyCycle float: a square wave with a duty cycle of 0.5 will be a perfec

performs a lazy remove of the channel

Sets the state of this granulate to the very start of a grain. Useful for syncing the granulate timing with other audio. @related GranulateSteady

Override this method in your derived class to receive a notification when the sample rate of your UGen has changed. You might need to do this to recal

Multiplies each value of the underlying waveform by <code>scale</code>. @param scale float: the amount to scale the Wavetable with @related Wavet

Scales the amplitude of the <code>i^th</code> frequency band by <code>s</code>. You can use this to shape the spectrum before using <code>in

Not currently implemented.

Sets the amplitude of the signal to <code>a</code>. @param a the new amplitude, it will be constrained to [0, 1].

Sets the amplitude to <code>a</code>. This value will be constrained to [0, 1]. @param a the new amplitude

Sets the AudioListener that will have sound broadcasted to it as the output generates. @param listen

Sets the amplitude of the <code>i^th</code> frequency band to <code>a</code>. You can use this to shape the spectrum before using <code>inve

Sets the band width of the filter. @param b the band width (in Hz)