hep.geant4.jni
Class G4HEInelastic

java.lang.Object
  hep.geant4.jni.G4HadronicInteraction
      hep.geant4.jni.G4HEInelastic

Direct Known Subclasses:

G4HEAntiLambdaInelastic, G4HEAntiNeutronInelastic, G4HEAntiOmegaMinusInelastic, G4HEAntiProtonInelastic, G4HEAntiSigmaMinusInelastic, G4HEAntiSigmaPlusInelastic, G4HEAntiXiMinusInelastic, G4HEAntiXiZeroInelastic, G4HEKaonMinusInelastic, G4HEKaonPlusInelastic, G4HEKaonZeroInelastic, G4HELambdaInelastic, G4HENeutronInelastic, G4HEOmegaMinusInelastic, G4HEPionMinusInelastic, G4HEPionPlusInelastic, G4HEProtonInelastic, G4HESigmaMinusInelastic, G4HESigmaPlusInelastic, G4HEXiMinusInelastic, G4HEXiZeroInelastic

public class G4HEInelastic
extends G4HadronicInteraction

Field Summary

Fields inherited from class hep.geant4.jni.G4HadronicInteraction

swigCMemOwn

Constructor Summary

G4HEInelastic(long cPtr, boolean cMemoryOwn)

Method Summary

double	alam(double a, double b, double c)
double	amax(double a, double b)
double	amin(double a, double b)
double	calculatePhaseSpaceWeight(int npart)
void	delete()
void	elasticScattering(SWIGTYPE_p_bool successful, G4HEVector pv, SWIGTYPE_p_int vecLen, G4HEVector incidentParticle, double atomicWeight, double atomicNumber)
boolean	energyConservation()
boolean	equals(Object obj)
double	erlang(int mvalue)
int	factorial(int n)
double	fctcos(double t, double aa, double bb, double cc, double dd, double rr)
void	fillParticleChange(G4HEVector pv, int aVecLength)
protected void	finalize()
void	forceEnergyConservation(boolean energyConservation)
double	gammaRand(double avalue)
G4HEVector	getAlpha()
G4HEVector	getAntiKaonZero()
G4HEVector	getAntiLambda()
G4HEVector	getAntiNeutron()
G4HEVector	getAntiOmegaMinus()
G4HEVector	getAntiProton()
G4HEVector	getAntiSigmaMinus()
G4HEVector	getAntiSigmaPlus()
G4HEVector	getAntiSigmaZero()
G4HEVector	getAntiXiMinus()
G4HEVector	getAntiXiZero()
boolean	getConserveEnergy()
static long	getCPtr(G4HEInelastic obj)
G4HEVector	getDeuteron()
G4HEVector	getGamma()
G4HEVector	getKaonMinus()
G4HEVector	getKaonPlus()
G4HEVector	getKaonZero()
G4HEVector	getKaonZeroLong()
G4HEVector	getKaonZeroShort()
G4HEVector	getLambda()
int	getMAXPART()
G4HEVector	getNeutron()
G4HEVector	getOmegaMinus()
G4HEVector	getPionMinus()
G4HEVector	getPionPlus()
G4HEVector	getPionZero()
G4HEVector	getProton()
G4HEVector	getSigmaMinus()
G4HEVector	getSigmaPlus()
G4HEVector	getSigmaZero()
G4HEVector	getTriton()
G4HEVector	getXiMinus()
G4HEVector	getXiZero()
double	gpdk(double a, double b, double c)
void	highEnergyCascading(SWIGTYPE_p_bool successful, G4HEVector pv, SWIGTYPE_p_int vecLen, SWIGTYPE_p_double excitationEnergyGNP, SWIGTYPE_p_double excitationEnergyDTA, G4HEVector incidentParticle, G4HEVector targetParticle, double atomicWeight, double atomicNumber)
void	highEnergyClusterProduction(SWIGTYPE_p_bool successful, G4HEVector pv, SWIGTYPE_p_int vecLen, SWIGTYPE_p_double excitationEnergyGNP, SWIGTYPE_p_double excitationEnergyDTA, G4HEVector incidentParticle, G4HEVector targetParticle, double atomicWeight, double atomicNumber)
int	imax(int a, int b)
int	imin(int a, int b)
void	mediumEnergyCascading(SWIGTYPE_p_bool successful, G4HEVector pv, SWIGTYPE_p_int vecLen, SWIGTYPE_p_double excitationEnergyGNP, SWIGTYPE_p_double excitationEnergyDTA, G4HEVector incidentParticle, G4HEVector targetParticle, double atomicWeight, double atomicNumber)
void	mediumEnergyClusterProduction(SWIGTYPE_p_bool successful, G4HEVector pv, SWIGTYPE_p_int vecLen, SWIGTYPE_p_double excitationEnergyGNP, SWIGTYPE_p_double excitationEnergyDTA, G4HEVector incidentParticle, G4HEVector targetParticle, double atomicWeight, double atomicNumber)
double	nBodyPhaseSpace(double totalEnergy, boolean constantCrossSection, G4HEVector pv, SWIGTYPE_p_int vecLen)
double	nBodyPhaseSpace(int npart, G4HEVector pv, double wmax, double wfcn, int maxtrial, int ntrial)
double	normal()
double	nuclearExcitation(double incidentKineticEnergy, double atomicWeight, double atomicNumber, SWIGTYPE_p_double excitationEnergyCascade, SWIGTYPE_p_double excitationEnergyEvaporation)
double	nuclearInelasticity(double incidentKineticEnergy, double atomicWeight, double atomicNumber)
double	pmltpc(int np, int nm, int nz, int n, double b, double c)
int	poisson(double x)
void	quasiElasticScattering(SWIGTYPE_p_bool successful, G4HEVector pv, SWIGTYPE_p_int vecLen, SWIGTYPE_p_double excitationEnergyGNP, SWIGTYPE_p_double excitationEnergyDTA, G4HEVector incidentParticle, G4HEVector targetParticle, double atomicWeight, double atomicNumber)
void	quickSort(double[] arr, int lidx, int ridx)
int	rtmi(SWIGTYPE_p_double x, double xli, double xri, double eps, int iend, double aa, double bb, double cc, double dd, double rr)
void	setAlpha(G4HEVector value)
void	setAntiKaonZero(G4HEVector value)
void	setAntiLambda(G4HEVector value)
void	setAntiNeutron(G4HEVector value)
void	setAntiOmegaMinus(G4HEVector value)
void	setAntiProton(G4HEVector value)
void	setAntiSigmaMinus(G4HEVector value)
void	setAntiSigmaPlus(G4HEVector value)
void	setAntiSigmaZero(G4HEVector value)
void	setAntiXiMinus(G4HEVector value)
void	setAntiXiZero(G4HEVector value)
void	setConserveEnergy(boolean value)
void	setDeuteron(G4HEVector value)
void	setGamma(G4HEVector value)
void	setKaonMinus(G4HEVector value)
void	setKaonPlus(G4HEVector value)
void	setKaonZero(G4HEVector value)
void	setKaonZeroLong(G4HEVector value)
void	setKaonZeroShort(G4HEVector value)
void	setLambda(G4HEVector value)
void	setMaxNumberOfSecondaries(int maxnumber)
void	setMAXPART(int value)
void	setNeutron(G4HEVector value)
void	setOmegaMinus(G4HEVector value)
void	setParticles()
void	setPionMinus(G4HEVector value)
void	setPionPlus(G4HEVector value)
void	setPionZero(G4HEVector value)
void	setProton(G4HEVector value)
void	setSigmaMinus(G4HEVector value)
void	setSigmaPlus(G4HEVector value)
void	setSigmaZero(G4HEVector value)
void	setTriton(G4HEVector value)
void	setVerboseLevel(int level)
void	setXiMinus(G4HEVector value)
void	setXiZero(G4HEVector value)
void	strangeParticlePairProduction(double availableEnergy, double centerOfMassEnergy, G4HEVector pv, SWIGTYPE_p_int vecLen, G4HEVector incidentParticle, G4HEVector targetParticle)
void	tuningOfHighEnergyCascading(G4HEVector pv, SWIGTYPE_p_int vecLen, G4HEVector incidentParticle, G4HEVector targetParticle, double atomicWeight, double atomicNumber)

Methods inherited from class hep.geant4.jni.G4HadronicInteraction

activateFor, activateFor, applyYourself, deActivateFor, deActivateFor, getCPtr, getMaxEnergy, getMaxEnergy, getMinEnergy, getMinEnergy, getMyPointer, getVerboseLevel, isApplicable, isBlocked, isBlocked, setMaxEnergy, setMaxEnergy, setMaxEnergy, setMinEnergy, setMinEnergy, setMinEnergy

Methods inherited from class java.lang.Object

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

Constructor Detail

G4HEInelastic

public G4HEInelastic(long cPtr,
                     boolean cMemoryOwn)

Method Detail

getCPtr

public static long getCPtr(G4HEInelastic obj)

finalize

protected void finalize()
                 throws Throwable

Overrides:

finalize in class G4HadronicInteraction

Throws:

Throwable

delete

public void delete()

Overrides:

delete in class G4HadronicInteraction

equals

public boolean equals(Object obj)

Overrides:

equals in class G4HadronicInteraction

setMaxNumberOfSecondaries

public void setMaxNumberOfSecondaries(int maxnumber)

setVerboseLevel

public void setVerboseLevel(int level)

Overrides:

setVerboseLevel in class G4HadronicInteraction

setMAXPART

public void setMAXPART(int value)

getMAXPART

public int getMAXPART()

setConserveEnergy

public void setConserveEnergy(boolean value)

getConserveEnergy

public boolean getConserveEnergy()

forceEnergyConservation

public void forceEnergyConservation(boolean energyConservation)

energyConservation

public boolean energyConservation()

amin

public double amin(double a,
                   double b)

amax

public double amax(double a,
                   double b)

imin

public int imin(int a,
                int b)

imax

public int imax(int a,
                int b)

fillParticleChange

public void fillParticleChange(G4HEVector pv,
                               int aVecLength)

pmltpc

public double pmltpc(int np,
                     int nm,
                     int nz,
                     int n,
                     double b,
                     double c)

factorial

public int factorial(int n)

nuclearInelasticity

public double nuclearInelasticity(double incidentKineticEnergy,
                                  double atomicWeight,
                                  double atomicNumber)

nuclearExcitation

public double nuclearExcitation(double incidentKineticEnergy,
                                double atomicWeight,
                                double atomicNumber,
                                SWIGTYPE_p_double excitationEnergyCascade,
                                SWIGTYPE_p_double excitationEnergyEvaporation)

highEnergyCascading

public void highEnergyCascading(SWIGTYPE_p_bool successful,
                                G4HEVector pv,
                                SWIGTYPE_p_int vecLen,
                                SWIGTYPE_p_double excitationEnergyGNP,
                                SWIGTYPE_p_double excitationEnergyDTA,
                                G4HEVector incidentParticle,
                                G4HEVector targetParticle,
                                double atomicWeight,
                                double atomicNumber)

highEnergyClusterProduction

public void highEnergyClusterProduction(SWIGTYPE_p_bool successful,
                                        G4HEVector pv,
                                        SWIGTYPE_p_int vecLen,
                                        SWIGTYPE_p_double excitationEnergyGNP,
                                        SWIGTYPE_p_double excitationEnergyDTA,
                                        G4HEVector incidentParticle,
                                        G4HEVector targetParticle,
                                        double atomicWeight,
                                        double atomicNumber)

tuningOfHighEnergyCascading

public void tuningOfHighEnergyCascading(G4HEVector pv,
                                        SWIGTYPE_p_int vecLen,
                                        G4HEVector incidentParticle,
                                        G4HEVector targetParticle,
                                        double atomicWeight,
                                        double atomicNumber)

mediumEnergyCascading

public void mediumEnergyCascading(SWIGTYPE_p_bool successful,
                                  G4HEVector pv,
                                  SWIGTYPE_p_int vecLen,
                                  SWIGTYPE_p_double excitationEnergyGNP,
                                  SWIGTYPE_p_double excitationEnergyDTA,
                                  G4HEVector incidentParticle,
                                  G4HEVector targetParticle,
                                  double atomicWeight,
                                  double atomicNumber)

mediumEnergyClusterProduction

public void mediumEnergyClusterProduction(SWIGTYPE_p_bool successful,
                                          G4HEVector pv,
                                          SWIGTYPE_p_int vecLen,
                                          SWIGTYPE_p_double excitationEnergyGNP,
                                          SWIGTYPE_p_double excitationEnergyDTA,
                                          G4HEVector incidentParticle,
                                          G4HEVector targetParticle,
                                          double atomicWeight,
                                          double atomicNumber)

quasiElasticScattering

public void quasiElasticScattering(SWIGTYPE_p_bool successful,
                                   G4HEVector pv,
                                   SWIGTYPE_p_int vecLen,
                                   SWIGTYPE_p_double excitationEnergyGNP,
                                   SWIGTYPE_p_double excitationEnergyDTA,
                                   G4HEVector incidentParticle,
                                   G4HEVector targetParticle,
                                   double atomicWeight,
                                   double atomicNumber)

elasticScattering

public void elasticScattering(SWIGTYPE_p_bool successful,
                              G4HEVector pv,
                              SWIGTYPE_p_int vecLen,
                              G4HEVector incidentParticle,
                              double atomicWeight,
                              double atomicNumber)

rtmi

public int rtmi(SWIGTYPE_p_double x,
                double xli,
                double xri,
                double eps,
                int iend,
                double aa,
                double bb,
                double cc,
                double dd,
                double rr)

fctcos

public double fctcos(double t,
                     double aa,
                     double bb,
                     double cc,
                     double dd,
                     double rr)

strangeParticlePairProduction

public void strangeParticlePairProduction(double availableEnergy,
                                          double centerOfMassEnergy,
                                          G4HEVector pv,
                                          SWIGTYPE_p_int vecLen,
                                          G4HEVector incidentParticle,
                                          G4HEVector targetParticle)

nBodyPhaseSpace

public double nBodyPhaseSpace(double totalEnergy,
                              boolean constantCrossSection,
                              G4HEVector pv,
                              SWIGTYPE_p_int vecLen)

nBodyPhaseSpace

public double nBodyPhaseSpace(int npart,
                              G4HEVector pv,
                              double wmax,
                              double wfcn,
                              int maxtrial,
                              int ntrial)

gpdk

public double gpdk(double a,
                   double b,
                   double c)

quickSort

public void quickSort(double[] arr,
                      int lidx,
                      int ridx)

alam

public double alam(double a,
                   double b,
                   double c)

calculatePhaseSpaceWeight

public double calculatePhaseSpaceWeight(int npart)

normal

public double normal()

gammaRand

public double gammaRand(double avalue)

erlang

public double erlang(int mvalue)

poisson

public int poisson(double x)

setParticles

public void setParticles()

setPionPlus

public void setPionPlus(G4HEVector value)

getPionPlus

public G4HEVector getPionPlus()

setPionZero

public void setPionZero(G4HEVector value)

getPionZero

public G4HEVector getPionZero()

setPionMinus

public void setPionMinus(G4HEVector value)

getPionMinus

public G4HEVector getPionMinus()

setKaonPlus

public void setKaonPlus(G4HEVector value)

getKaonPlus

public G4HEVector getKaonPlus()

setKaonZero

public void setKaonZero(G4HEVector value)

getKaonZero

public G4HEVector getKaonZero()

setAntiKaonZero

public void setAntiKaonZero(G4HEVector value)

getAntiKaonZero

public G4HEVector getAntiKaonZero()

setKaonMinus

public void setKaonMinus(G4HEVector value)

getKaonMinus

public G4HEVector getKaonMinus()

setKaonZeroShort

public void setKaonZeroShort(G4HEVector value)

getKaonZeroShort

public G4HEVector getKaonZeroShort()

setKaonZeroLong

public void setKaonZeroLong(G4HEVector value)

getKaonZeroLong

public G4HEVector getKaonZeroLong()

setProton

public void setProton(G4HEVector value)

getProton

public G4HEVector getProton()

setAntiProton

public void setAntiProton(G4HEVector value)

getAntiProton

public G4HEVector getAntiProton()

setNeutron

public void setNeutron(G4HEVector value)

getNeutron

public G4HEVector getNeutron()

setAntiNeutron

public void setAntiNeutron(G4HEVector value)

getAntiNeutron

public G4HEVector getAntiNeutron()

setLambda

public void setLambda(G4HEVector value)

getLambda

public G4HEVector getLambda()

setAntiLambda

public void setAntiLambda(G4HEVector value)

getAntiLambda

public G4HEVector getAntiLambda()

setSigmaPlus

public void setSigmaPlus(G4HEVector value)

getSigmaPlus

public G4HEVector getSigmaPlus()

setSigmaZero

public void setSigmaZero(G4HEVector value)

getSigmaZero

public G4HEVector getSigmaZero()

setSigmaMinus

public void setSigmaMinus(G4HEVector value)

getSigmaMinus

public G4HEVector getSigmaMinus()

setAntiSigmaPlus

public void setAntiSigmaPlus(G4HEVector value)

getAntiSigmaPlus

public G4HEVector getAntiSigmaPlus()

setAntiSigmaZero

public void setAntiSigmaZero(G4HEVector value)

getAntiSigmaZero

public G4HEVector getAntiSigmaZero()

setAntiSigmaMinus

public void setAntiSigmaMinus(G4HEVector value)

getAntiSigmaMinus

public G4HEVector getAntiSigmaMinus()

setXiZero

public void setXiZero(G4HEVector value)

getXiZero

public G4HEVector getXiZero()

setXiMinus

public void setXiMinus(G4HEVector value)

getXiMinus

public G4HEVector getXiMinus()

setAntiXiZero

public void setAntiXiZero(G4HEVector value)

getAntiXiZero

public G4HEVector getAntiXiZero()

setAntiXiMinus

public void setAntiXiMinus(G4HEVector value)

getAntiXiMinus

public G4HEVector getAntiXiMinus()

setOmegaMinus

public void setOmegaMinus(G4HEVector value)

getOmegaMinus

public G4HEVector getOmegaMinus()

setAntiOmegaMinus

public void setAntiOmegaMinus(G4HEVector value)

getAntiOmegaMinus

public G4HEVector getAntiOmegaMinus()

setDeuteron

public void setDeuteron(G4HEVector value)

getDeuteron

public G4HEVector getDeuteron()

setTriton

public void setTriton(G4HEVector value)

getTriton

public G4HEVector getTriton()

setAlpha

public void setAlpha(G4HEVector value)

getAlpha

public G4HEVector getAlpha()

setGamma

public void setGamma(G4HEVector value)

getGamma

public G4HEVector getGamma()