Package games.stendhal.client.sound.system.processors

Class Interruptor

java.lang.Object

games.stendhal.client.sound.system.SignalProcessor

games.stendhal.client.sound.system.processors.Interruptor

public class Interruptor
extends SignalProcessor

Signal processor stage to pause sound signals.

Author:

silvio

Constructor Summary

Constructors

Constructor	Description
Interruptor()

Method Summary

Modifier and Type	Method	Description
protected void	modify(float[] data, int frames, int channels, int rate)	This function should be overwritten by all classes that want to modify an PCM audio stream.
void	pause(Time delay)
void	play()
boolean	request()	This will call the generate() method of the first SignalProcessor in the processing chain
void	stop(Time delay)

Methods inherited from class games.stendhal.client.sound.system.SignalProcessor

connectTo, createChain, disconnect, finished, generate, insert, propagate, quit, replace, split

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Details

Interruptor

public Interruptor()

Method Details

play

public void play()

pause

public void pause(Time delay)

stop

public void stop(Time delay)

request

public boolean request()

Description copied from class: SignalProcessor

This will call the generate() method of the first SignalProcessor in the processing chain

Overrides:

request in class SignalProcessor

Returns:

true, until the stream is finished

modify

protected void modify(float[] data,
 int frames,
 int channels,
 int rate)

Description copied from class: SignalProcessor

This function should be overwritten by all classes that want to modify an PCM audio stream. The audio data is uniform and interleaved. uniform: Each sample has a value between -1.0 and 1.0 interleaved: The channels are not separated. They are bundled in frames e.g. if there is stereo PCM data: data[0] and data[1] are the left and right channels of sample 0 data[2] and data[3] are the left and right channels of sample 1 data[4] and data[5] are the left and right channels of sample 2 and so on ... The number of samples can be calculated by: frames * channels

Overrides:

modify in class SignalProcessor

Parameters:

data - the audio data

frames - the number of sample frames contained in "data"

channels - number of channels

rate - the sample rate