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package com.sun.media.jfxmedia.effects;

public interface AudioSpectrum {
    
Returns whether audio spectrum is enabled or not.
Returns:
boolean value/**
     * Returns whether audio spectrum is enabled or not.
     *
     * @return boolean value
     */
    public boolean getEnabled();

    
Turns on or off audio spectrum support.
Params:
enable – boolean value/**
     * Turns on or off audio spectrum support.
     *
     * @param enable boolean value
     */
    public void setEnabled(boolean enabled);

    
Gets the number of bands in the audio spectrum
Returns:
int value/**
     * Gets the number of bands in the audio spectrum
     *
     * @return int value
     */
    public int getBandCount();

    
Sets the number of bands in the audio spectrum
Params:
bands – integer value/**
     * Sets the number of bands in the audio spectrum
     *
     * @param bands integer value
     */
    public void setBandCount(int bands);

    
Returns the interval between AudioSpectrumEvents in seconds.
Returns:
double value/**
     * Returns the interval between <code>AudioSpectrumEvent<code>s in seconds.
     *
     * @return double value
     */
    public double getInterval();

    
Set the interval between AudioSpectrumEvents in seconds.
Params:
interval – double value/**
     * Set the interval between <code>AudioSpectrumEvent<code>s in seconds.
     *
     * @param interval double value
     */
    public void setInterval(double interval);

    
Returns sensitivity threshold in dB. All lower values will be set to this.
Returns:
int value/**
     * Returns sensitivity threshold in dB. All lower values will be set to this.
     *
     * @return int value
     */
    public int getSensitivityThreshold();

    
Sets sensitivity threshold in dB. All lower values will be set to this.
Allowed values: <= 0
Params:
threshold – int value/**
     * Sets sensitivity threshold in dB. All lower values will be set to this.
     * Allowed values: <= 0
     *
     * @param threshold int value
     */
    public void setSensitivityThreshold(int threshold);

    
Returns an array of the last available magnitudes. The size of the array equals the number of bands set by the setBandCount(int) method. A newly created array contains Float.NEGATIVE_INFINITY values. When the number of bands is 0 this method returns an empty array. If a non-null array large enough to hold the values is passed in, it will be used; otherwise a newly allocated array will be returned. 
Params:
magnitudes – An optionally preallocated double array.
Returns:
array of float values./**
     * Returns an array of the last available magnitudes. The size of the array equals
     * the number of bands set by the {@link #setBandCount(int) setBandCount(int)} method.
     * A newly created array contains {@link Float#NEGATIVE_INFINITY Float.NEGATIVE_INFINITY}
     * values. When the number of bands is 0 this method returns an empty array.
     * If a non-null array large enough to hold the values is passed in, it will
     * be used; otherwise a newly allocated array will be returned.
     *
     * @param magnitudes An optionally preallocated double array.
     * @return array of float values.
     */
    public float[] getMagnitudes(float[] magnitudes);

    
Returns an array of the last available phases. The size of the array equals the number of bands set by the setBandCount(int) method. A newly created array contains 0.0 values. When the number of bands is 0 this method returns an empty array. If a non-null array large enough to hold the values is passed in, it will be used; otherwise a newly allocated array will be returned. 
Params:
phases – An optionally preallocated double array.
Returns:
array of float values./**
     * Returns an array of the last available phases. The size of the array equals
     * the number of bands set by the {@link #setBandCount(int) setBandCount(int)}
     * method. A newly created array contains 0.0 values. When the number of bands
     * is 0 this method returns an empty array. If a non-null array large enough
     * to hold the values is passed in, it will be used; otherwise a newly
     * allocated array will be returned.
     *
     * @param phases An optionally preallocated double array.
     * @return array of float values.
     */
    public float[] getPhases(float[] phases);
}