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Artifact providing audio provessing functionality such as generating
sine waves or writing raw audio samples to WAV files.
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// /////////////////////////////////////////////////////////////////////////////
// REFCODES.ORG
// /////////////////////////////////////////////////////////////////////////////
// This code is copyright (c) by Siegfried Steiner, Munich, Germany, distributed
// on an "AS IS" BASIS WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, and licen-
// sed under the following (see "http://en.wikipedia.org/wiki/Multi-licensing")
// licenses:
// -----------------------------------------------------------------------------
// GNU General Public License, v3.0 ("http://www.gnu.org/licenses/gpl-3.0.html")
// -----------------------------------------------------------------------------
// Apache License, v2.0 ("http://www.apache.org/licenses/TEXT-2.0")
// -----------------------------------------------------------------------------
// Please contact the copyright holding author(s) of the software artifacts in
// question for licensing issues not being covered by the above listed licenses,
// also regarding commercial licensing models or regarding the compatibility
// with other open source licenses.
// /////////////////////////////////////////////////////////////////////////////
package org.refcodes.audio;
/**
* A {@link MonoSampleImpl} represents a single amplitude (one for the mono
* channel) assigned to an according time positioning.
*/
public class MonoSampleImpl extends SoundSampleImpl implements MonoSample {
// /////////////////////////////////////////////////////////////////////////
// CONSTRUCTORS:
// /////////////////////////////////////////////////////////////////////////
/**
* Constructs a {@link MonoSample} instance with the according sound
* sample's settings
*
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
*/
public MonoSampleImpl( MonoSample aSample ) {
super( aSample );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
*/
public MonoSampleImpl( double aSample ) {
super( new double[] { aSample } );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aTimeMillis The time positioning of this sound sample.
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
*/
public MonoSampleImpl( double aTimeMillis, double aSample ) {
super( aTimeMillis, new double[] { aSample } );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aTimeMillis The time positioning of this sound sample.
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
* @param aSamplingRate The sampling rate for the given sample.
*/
public MonoSampleImpl( double aTimeMillis, double aSample, int aSamplingRate ) {
super( aTimeMillis, new double[] { aSample }, aSamplingRate );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
* @param aSamplingRate The sampling rate for the given sample.
*/
public MonoSampleImpl( double aSample, int aSamplingRate ) {
super( new double[] { aSample }, aSamplingRate );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aIndex The index of the sample according to its position in the
* sample sequence (e.g. sound file).
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
*/
public MonoSampleImpl( long aIndex, double aSample ) {
super( aIndex, new double[] { aSample } );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aIndex The index of the sample according to its position in the
* sample sequence (e.g. sound file).
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
* @param aSamplingRate The sampling rate for the given sample.
*/
public MonoSampleImpl( long aIndex, double aSample, int aSamplingRate ) {
super( aIndex, new double[] { aSample }, aSamplingRate );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aIndex The index of the sample according to its position in the
* sample sequence (e.g. sound file).
* @param aTimeMillis The time positioning of this sound sample.
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
*/
public MonoSampleImpl( long aIndex, double aTimeMillis, double aSample ) {
super( aIndex, aTimeMillis, new double[] { aSample } );
}
/**
* Constructs a {@link MonoSample} instance with the according time and
* sample settings.
*
* @param aIndex The index of the sample according to its position in the
* sample sequence (e.g. sound file).
* @param aTimeMillis The time positioning of this sound sample.
* @param aSample The mono sample (a single value representing the mono
* channel) for the related time positioning.
* @param aSamplingRate The sampling rate for the given sample.
*/
public MonoSampleImpl( long aIndex, double aTimeMillis, double aSample, int aSamplingRate ) {
super( aIndex, aTimeMillis, new double[] { aSample }, aSamplingRate );
}
// /////////////////////////////////////////////////////////////////////////
// METHODS:
// /////////////////////////////////////////////////////////////////////////
/**
* {@inheritDoc}
*/
@Override
public String toString() {
return "MonoSampleImpl [index=" + getIndex() + ", timeStamp=" + getTimeStamp() + ", sampleData=" + getMonoData() + ", sampligRate=" + getSamplingRate() + "]";
}
}
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