jass.generators
Class StatPulses

java.lang.Object
  jass.engine.Out
      jass.generators.StatPulses

All Implemented Interfaces:

Source

public class StatPulses
extends Out

Output random pulses. Interpulse time T is stochastic. Gaussian with mean meanT, and standard deviation stdT. Amplitudes are modeled as in RandPulses.

Author:

Kees van den Doel (kvdoel@cs.ubc.ca)

Field Summary

protected double	exponent
protected float	gain
protected int	interval_i
protected double	meanT
protected int	pulseInterval
protected float	srate
protected double	stdT

Fields inherited from class jass.engine.Out

buf, bufferSize, bufOld, lock

Constructor Summary

StatPulses(float srate, int bufferSize)

Method Summary

protected void	computeBuffer() Compute the next buffer and store in member float[] buf.
float	getMeanT() Get mean interpulse time
protected double	getPulseInterval()
float	getStdT() Get std of interpulse time
void	reset() Recompute pulse interval
void	setGain(float gain) Set pulse gain
void	setMeanT(float meanT) Set mean interpulse time
void	setProbabilityDistributionExponent(float exponent) Set impulse prob.
void	setStdT(float stdT) Set std of interpulse time

Methods inherited from class jass.engine.Out

clearBuffer, copyToOld, getBuffer, getBuffer, getBufferSize, getTime, peekAtBuffer, resetTime, setBufferSize, setTime, setTimeAndNotify

Methods inherited from class java.lang.Object

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

Field Detail

meanT

protected double meanT

srate

protected float srate

stdT

protected double stdT

gain

protected float gain

exponent

protected double exponent

pulseInterval

protected int pulseInterval

interval_i

protected int interval_i

Constructor Detail

StatPulses

public StatPulses(float srate,
                  int bufferSize)

Method Detail

setMeanT

public void setMeanT(float meanT)

Set mean interpulse time

Parameters:

meanT - mean interpulse time

setGain

public void setGain(float gain)

Set pulse gain

Parameters:

gain - gain

setStdT

public void setStdT(float stdT)

Set std of interpulse time

Parameters:

stdT - standard deviation

getMeanT

public float getMeanT()

Get mean interpulse time

Returns:

meanT mean interpulse time

getStdT

public float getStdT()

Get std of interpulse time

Returns:

stdT standard deviation

setProbabilityDistributionExponent

public void setProbabilityDistributionExponent(float exponent)

Set impulse prob. exponent. Volume of impact is r^exponent, with r uniform on [0 1]

Parameters:

exponent - exponent of prob. distribution

getPulseInterval

protected double getPulseInterval()

reset

public void reset()

Recompute pulse interval

computeBuffer

protected void computeBuffer()

Description copied from class: Out

Compute the next buffer and store in member float[] buf. This is the core processing method which will be implemented for each generator.

Specified by:

computeBuffer in class Out