micromod.output.converters
Class UM8AudioFormatConverter

java.lang.Object
  micromod.output.converters.UM8AudioFormatConverter

All Implemented Interfaces:

AudioFormatConverter

public class UM8AudioFormatConverter

extends java.lang.Object

implements AudioFormatConverter

Unsigned mono 8 bit cheesy output. This should allow anyone with an 8 bit soundcard (or just a half-arsed driver) to get at least some audio out of most of the output devices.

Constructor Summary

UM8AudioFormatConverter()

Method Summary

void	convert(short[] left, short[] right, int position, byte[] output, int length) Perform conversion of audio.
int	getBytesPerFrame()
int	getNumberOfChannels()
boolean	isBigEndian()
boolean	isSigned()

Methods inherited from class java.lang.Object

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

Constructor Detail

UM8AudioFormatConverter

public UM8AudioFormatConverter()

Method Detail

getBytesPerFrame

public int getBytesPerFrame()

Specified by:

getBytesPerFrame in interface AudioFormatConverter

Returns:

the number of bytes output per stereo sample of input.

getNumberOfChannels

public int getNumberOfChannels()

Specified by:

getNumberOfChannels in interface AudioFormatConverter

Returns:

2 if this converter produces stereo output, 1 if mono

isSigned

public boolean isSigned()

Specified by:

isSigned in interface AudioFormatConverter

Returns:

true if the converter outputs signed samples

isBigEndian

public boolean isBigEndian()

Specified by:

isBigEndian in interface AudioFormatConverter

Returns:

true if the converter outputs big endian samples

convert

public void convert(short[] left,
                    short[] right,
                    int position,
                    byte[] output,
                    int length)

Description copied from interface: AudioFormatConverter

Perform conversion of audio. length*getBytesPerFrame() bytes are written to the start of the output array.

Specified by:

convert in interface AudioFormatConverter

Parameters:

left - the left buffer

right - the right buffer

position - the start position in the input buffers.

length - the number of "frames" or stereo samples to convert