jass.generators
Class TwoMassModel.Vars

java.lang.Object
  jass.generators.TwoMassModel.Vars

Enclosing class:

TwoMassModel

public class TwoMassModel.Vars
extends java.lang.Object

Parameters of the model (which are themselves parametrized). See Sondhi and Schroeter, "A hybrid Time-Frequency Domain Articulatory Pseech Synthesizer", IEEE Trans. Acoust., Speech, and Signal Processing, Vol ASSP-35, no 7, July 1987, Table I., p 958. These are converted to SI units here. When settting new values the old values are remembered and inside the audio loop the interpolated values are computed.

Field Summary

double	A1
double	Ag0
double	Ag01
double	Ag01_old
double	Ag02
double	Ag02_old
double	d1
double	d2
double	etah1
double	etah2
double	etak1
double	etak2
double	gng
double	gs
double	h1
double	h2
double	interpolatedAg01
double	interpolatedAg02
double	interpolatedPs
double	interpolatedQ
double	k1
double	k2
double	kc
double	lg
double	m1
double	m2
double	mu
double	p1
double	png
double	ps
double	ps_old
double	q
double	q_old
double	r1closed
double	r1open
double	r2closed
double	r2open
double	Rec2
double	rho

Constructor Summary

TwoMassModel.Vars()

Method Summary

void	interpolateVars(double lambda) Compute the interpolated vlaues using interpolation parameter lambda in [0 1]
void	setControlPars(double ps, double q, double A1, double gs) Set the dimensionless control parameters.
void	setVars() Calculate non-constant parameters from control parameters.

Methods inherited from class java.lang.Object

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

Field Detail

m1

public double m1

m2

public double m2

d1

public double d1

d2

public double d2

etak1

public double etak1

etak2

public double etak2

etah1

public double etah1

etah2

public double etah2

h1

public double h1

h2

public double h2

k1

public double k1

k2

public double k2

kc

public double kc

mu

public double mu

rho

public double rho

r1open

public double r1open

r1closed

public double r1closed

r2open

public double r2open

r2closed

public double r2closed

Ag0

public double Ag0

Ag01

public double Ag01

Ag02

public double Ag02

Ag01_old

public double Ag01_old

Ag02_old

public double Ag02_old

interpolatedAg01

public double interpolatedAg01

interpolatedAg02

public double interpolatedAg02

A1

public double A1

lg

public double lg

gng

public double gng

Rec2

public double Rec2

q

public double q

gs

public double gs

q_old

public double q_old

interpolatedQ

public double interpolatedQ

ps

public double ps

ps_old

public double ps_old

interpolatedPs

public double interpolatedPs

p1

public double p1

png

public double png

Constructor Detail

TwoMassModel.Vars

public TwoMassModel.Vars()

Method Detail

interpolateVars

public void interpolateVars(double lambda)

Compute the interpolated vlaues using interpolation parameter lambda in [0 1]

setVars

public void setVars()

Calculate non-constant parameters from control parameters.

setControlPars

public void setControlPars(double ps,
                           double q,
                           double A1,
                           double gs)

Set the dimensionless control parameters.

Parameters:

ps - subglottal lung pressure

q - pitch factor

A1 - input area of vocal tract

gs - damping factor from Sondhi-Schroeter