jass.generators
Class HRTF

java.lang.Object
  jass.generators.HRTF

public class HRTF
extends java.lang.Object

class for using CIPIC-type HRTF files

Constructor Summary

HRTF(int windowlength, java.lang.String filename)

Method Summary

void	fillHRTF(java.io.File file)
double[]	getNL(int naz, int nel, boolean r)
void	loadHRTFFromCIPIC(java.lang.String filename)
void	process(float[] buf, float[] outL, float[] outR) spatialize a mono audio buffer at this point, the HRTF has already been prepared
void	separate(float[] inputBuf, int start, int end, double[] outLeft, double[] outRight) right now, this just copies
void	set(int naz, int nel, int nt, float val, boolean r)
void	setLocation(PositionData p)
void	startSpatial()
void	stopSpatial()

Methods inherited from class java.lang.Object

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

Constructor Detail

HRTF

public HRTF(int windowlength,
            java.lang.String filename)

Method Detail

set

public void set(int naz,
                int nel,
                int nt,
                float val,
                boolean r)

getNL

public double[] getNL(int naz,
                      int nel,
                      boolean r)

loadHRTFFromCIPIC

public void loadHRTFFromCIPIC(java.lang.String filename)

fillHRTF

public void fillHRTF(java.io.File file)

startSpatial

public void startSpatial()

stopSpatial

public void stopSpatial()

process

public void process(float[] buf,
                    float[] outL,
                    float[] outR)

spatialize a mono audio buffer at this point, the HRTF has already been prepared

Parameters:

buf - mono audio buffer to process.

outL - left channel output

outR - right channel output

separate

public void separate(float[] inputBuf,
                     int start,
                     int end,
                     double[] outLeft,
                     double[] outRight)

right now, this just copies

setLocation

public void setLocation(PositionData p)