iceCube.uhe.propagation
Class PropagationMatrix

java.lang.Object
  iceCube.uhe.propagation.PropagationMatrix

Direct Known Subclasses:

PropagationMatrixBHevaporation

public class PropagationMatrix
extends java.lang.Object

   Matrix of the Energy and particle spiecies Transfer 
    by the Interactions and Particle Decays.
    The matrix elements are a priori calculated by the methods supplied
    by the InteractionMatrix in iceCube/uhe/interactions/ and
    by the Decay classes in iceCube/uhe/decay/ .


The infinitesimal propagation over dX is calculated as

nuToNu        : by the Neutral Current Intereactions.
nuEToLepton   : by the Charged Current Intereactions.
nuEToHadron   : by the Neutral/Charged currents.
nuEToNuE      : by the Electronic Glashow Resonance.

For Glashow Resonance
nuEToNuMu     : by the Muonic Glashow Resonance.
nuEToNuTau    : by the Tauonic Glashow Resonance.
nuEToHadron   : by the Hadrinic Glashow Resonance.

muToNuE       : by                                     Decay
muToNuMu      : by the Charged Current Intereactions   Decay
muToE         : by Pair Creation and Bremsstrahlung    Decay
muToMu        : by Pair Creation and survival.         Decay
muToTau       : by Pair Creation.
muToHadron    : by PhotoNuclear Interactions.
tauToNuE      : by                                     Decay
tauToNuMu     : by                                     Decay
tauToNuTau    : by the Charged Current Intereactions   Decay
tauToE        : by Pair Creation and Bremsstrahlung    Decay
tauToMu       : by Pair Creation.                      Decay
tauToTau      : by Pair Creation and survival
tauToHadron   : by PhotoNuclear Interactions.          Decay

Allocated memory for these array can also be used for
storing the finite propagation length.

The Main finite Propagation Matrix are formed such as


FnuEToNuE(logEin,logEout),FnuMuToNuE(logEin,logEout),FnuTauToNuE(logEin,logEout),
FmuToNuE(logEin,logEout),FtauToNuE(logEin,logEout)


FnuMuToTau(logEin,logEout),FnuTauToTau(logEin,logEout),
FmuToTau(logEin,logEout),FtauToTau(logEin,logEout)

etc.



Switching on/off an individual interactions channels
are done by the bits patemeter interactionsSwitch and decaySwitch.

interactionsSwitch
 bit8    bit7     bit6      bit5     bit4     bit3     bit2     bit1     bit0
GlaRes  LepWeak  PhotoNucl Bremss  KnockOn  PairCHeavy PairC  Neutral  Charged

decaySwitch
bit7-2   bit 1     bit0
Reserv.  TauDecay  MuDecay


These switches are read when generate this object.

Field Summary

protected static int	ALL_FLAG For Glashow Resonance
protected static int	BREMSS_FLAG
static double	c Speed of light [cm/sec].
protected static int	CHARGED_FLAG
double	dX Step size of the propagation [g/cm^2].
double	dXDecay Step size of the propagation [g/cm^2] determined by the shortest decay length.
protected double[][]	FmuToE
protected double[][]	FmuToHadron
protected double[][]	FmuToMu
protected double[][]	FmuToNuE
protected double[][]	FmuToNuMu
protected double[][]	FmuToNuTau
protected double[][]	FmuToTau
protected double[][]	FnuEToE
protected double[][]	FnuEToHadron
protected double[][]	FnuEToMu
protected double[][]	FnuEToNuE
protected double[][]	FnuEToNuMu
protected double[][]	FnuEToNuTau
protected double[][]	FnuEToTau
protected double[][]	FnuMuToE
protected double[][]	FnuMuToHadron
protected double[][]	FnuMuToMu
protected double[][]	FnuMuToNuE
protected double[][]	FnuMuToNuMu
protected double[][]	FnuMuToNuTau
protected double[][]	FnuMuToTau
protected double[][]	FnuTauToE
protected double[][]	FnuTauToHadron
protected double[][]	FnuTauToMu
protected double[][]	FnuTauToNuE
protected double[][]	FnuTauToNuMu
protected double[][]	FnuTauToNuTau
protected double[][]	FnuTauToTau
protected double[][]	FtauToE
protected double[][]	FtauToHadron
protected double[][]	FtauToMu
protected double[][]	FtauToNuE
protected double[][]	FtauToNuMu
protected double[][]	FtauToNuTau
protected double[][]	FtauToTau
protected static int	GR_FLAG For Glashow Resonance
protected double[]	intProbMu
protected double[]	intProbNeutrino
protected double[]	intProbNuE For Glashow Resonance
protected double[]	intProbTau
protected static int	KNOCK_FLAG
protected static int	LEPTW_FLAG
protected static int	MUDECAY_FLAG
protected double[][]	muToE
protected double[][]	muToHadron
protected double[][]	muToMu
protected double[][]	muToNuE
protected double[][]	muToNuMu
protected double[][]	muToNuTau
protected double[][]	muToTau
protected static int	NEUTRAL_FLAG
protected double[][]	nuEToE
protected double[][]	nuEToHadron
protected double[][]	nuEToMu
protected double[][]	nuEToNuE
protected double[][]	nuEToNuMu
protected double[][]	nuEToNuTau
protected double[][]	nuEToTau
protected double[][]	nuMuToE
protected double[][]	nuMuToHadron
protected double[][]	nuMuToMu
protected double[][]	nuMuToNuE
protected double[][]	nuMuToNuMu
protected double[][]	nuMuToNuTau
protected double[][]	nuMuToTau
protected double[][]	nuTauToE
protected double[][]	nuTauToHadron
protected double[][]	nuTauToMu
protected double[][]	nuTauToNuE
protected double[][]	nuTauToNuMu
protected double[][]	nuTauToNuTau
protected double[][]	nuTauToTau
protected static int	PAIRC_FLAG
protected static int	PAIRCH_FLAG
protected java.lang.String[]	pathName
protected static int	PHOTO_FLAG
protected double[][]	SmuToE
protected double[][]	SmuToHadron
protected double[][]	SmuToMu
protected double[][]	SmuToNuE
protected double[][]	SmuToNuMu
protected double[][]	SmuToNuTau
protected double[][]	SmuToTau
protected double[][]	SnuEToE
protected double[][]	SnuEToHadron
protected double[][]	SnuEToMu
protected double[][]	SnuEToNuE
protected double[][]	SnuEToNuMu
protected double[][]	SnuEToNuTau
protected double[][]	SnuEToTau
protected double[][]	SnuMuToE
protected double[][]	SnuMuToHadron
protected double[][]	SnuMuToMu
protected double[][]	SnuMuToNuE
protected double[][]	SnuMuToNuMu
protected double[][]	SnuMuToNuTau
protected double[][]	SnuMuToTau
protected double[][]	SnuTauToE
protected double[][]	SnuTauToHadron
protected double[][]	SnuTauToMu
protected double[][]	SnuTauToNuE
protected double[][]	SnuTauToNuMu
protected double[][]	SnuTauToNuTau
protected double[][]	SnuTauToTau
protected double[][]	StauToE
protected double[][]	StauToHadron
protected double[][]	StauToMu
protected double[][]	StauToNuE
protected double[][]	StauToNuMu
protected double[][]	StauToNuTau
protected double[][]	StauToTau
protected static int	TAUDECAY_FLAG
protected double[][]	tauToE
protected double[][]	tauToHadron
protected double[][]	tauToMu
protected double[][]	tauToNuE
protected double[][]	tauToNuMu
protected double[][]	tauToNuTau
protected double[][]	tauToTau
protected double[][][]	temp

Constructor Summary

PropagationMatrix(Particle nuE, Particle nuMu, Particle nuTau, Particle e, Particle mu, Particle tau, Particle pi, ParticlePoint s, int interactionsSwitch, int decaySwitch)
Constructor.

PropagationMatrix(Particle nuE, Particle nuMu, Particle nuTau, Particle e, Particle mu, Particle tau, Particle pi, ParticlePoint s, int interactionsSwitch, int decaySwitch, double neutrinoFactor)
Constructor.

Method Summary

void	calculateTransferMatrix() Calculate the elementary interaction/decay transfer matrix.
void	copyTransferMatrix() Copy the transfer matrix
void	copyTransferMatrixFromStore() Copy the transfer matrix from Store matrix
double	getFmuToE(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to Electron with energy jLogE
double	getFmuToHadron(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to Hadron with energy jLogE
double	getFmuToMu(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to Muon with energy jLogE
double	getFmuToNuE(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to nuE with energy jLogE
double	getFmuToNuMu(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to nuMu with energy jLogE
double	getFmuToNuTau(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to nuTau with energy jLogE
double	getFmuToTau(int iLogE, int jLogE) Get the propagation matrix element from Muon with energy iLogE to Tau with energy jLogE
double	getFnuEToE(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to Electron with energy jLogE
double	getFnuEToHadron(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to Hadron with energy jLogE
double	getFnuEToMu(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to Muon with energy jLogE
double	getFnuEToNuE(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to nuE with energy jLogE
double	getFnuEToNuMu(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to nuMu with energy jLogE
double	getFnuEToNuTau(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to nuTau with energy jLogE
double	getFnuEToTau(int iLogE, int jLogE) Get the propagation matrix element from nuE with energy iLogE to Tau with energy jLogE
double	getFnuMuToE(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to Electron with energy jLogE
double	getFnuMuToHadron(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to Hadron with energy jLogE
double	getFnuMuToMu(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to Muon with energy jLogE
double	getFnuMuToNuE(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to nuE with energy jLogE
double	getFnuMuToNuMu(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to nuMu with energy jLogE
double	getFnuMuToNuTau(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to nuTau with energy jLogE
double	getFnuMuToTau(int iLogE, int jLogE) Get the propagation matrix element from nuMu with energy iLogE to Tau with energy jLogE
double	getFnuTauToE(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to Electron with energy jLogE
double	getFnuTauToHadron(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to Hadron with energy jLogE
double	getFnuTauToMu(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to Muon with energy jLogE
double	getFnuTauToNuE(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to nuE with energy jLogE
double	getFnuTauToNuMu(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to nuMu with energy jLogE
double	getFnuTauToNuTau(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to nuTau with energy jLogE
double	getFnuTauToTau(int iLogE, int jLogE) Get the propagation matrix element from nuTau with energy iLogE to Tau with energy jLogE
double	getFtauToE(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to Electron with energy jLogE
double	getFtauToHadron(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to Hadron with energy jLogE
double	getFtauToMu(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to Muon with energy jLogE
double	getFtauToNuE(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to nuE with energy jLogE
double	getFtauToNuMu(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to nuMu with energy jLogE
double	getFtauToNuTau(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to nuTau with energy jLogE
double	getFtauToTau(int iLogE, int jLogE) Get the propagation matrix element from Tauon with energy iLogE to Tau with energy jLogE
void	init() Initialize the propagation matrices.
void	initALL() Initialize ALL the propagation matrices including the store matrix.
void	propagateDX() Propagate the particles involved over a dX [g/cm^2].
void	propagateDXpowered() Propagate the particles involved over a 2^n Delta x [g/cm^2] where Delta x is the propagation distance for the finite propagation matrix.
void	propagateX() Propagate the particles involved over X [g/cm^2] where Delta x is the propagation distance for the finite propagation matrix.
void	setDx(double dX) Change the infinitesimal propagation length
void	storePropagateMatrix() Store the propagation matrix calculated so far to the store matrix which save energy distribution of neutrinos and leptons propagating to the current location.

Methods inherited from class java.lang.Object

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

Field Detail

dX

public double dX

Step size of the propagation [g/cm^2]. Initialized in the constructor.

dXDecay

public double dXDecay

Step size of the propagation [g/cm^2] determined by the shortest decay length. Initialized in the constructor.

c

public static final double c

Speed of light [cm/sec].

See Also:

Constant Field Values

temp

protected double[][][] temp

intProbNeutrino

protected double[] intProbNeutrino

intProbMu

protected double[] intProbMu

intProbTau

protected double[] intProbTau

intProbNuE

protected double[] intProbNuE

For Glashow Resonance

nuEToNuE

protected double[][] nuEToNuE

nuMuToNuE

protected double[][] nuMuToNuE

nuTauToNuE

protected double[][] nuTauToNuE

muToNuE

protected double[][] muToNuE

tauToNuE

protected double[][] tauToNuE

nuEToNuMu

protected double[][] nuEToNuMu

nuMuToNuMu

protected double[][] nuMuToNuMu

nuTauToNuMu

protected double[][] nuTauToNuMu

muToNuMu

protected double[][] muToNuMu

tauToNuMu

protected double[][] tauToNuMu

nuEToNuTau

protected double[][] nuEToNuTau

nuMuToNuTau

protected double[][] nuMuToNuTau

nuTauToNuTau

protected double[][] nuTauToNuTau

muToNuTau

protected double[][] muToNuTau

tauToNuTau

protected double[][] tauToNuTau

nuEToE

protected double[][] nuEToE

nuMuToE

protected double[][] nuMuToE

nuTauToE

protected double[][] nuTauToE

muToE

protected double[][] muToE

tauToE

protected double[][] tauToE

nuEToMu

protected double[][] nuEToMu

nuMuToMu

protected double[][] nuMuToMu

nuTauToMu

protected double[][] nuTauToMu

muToMu

protected double[][] muToMu

tauToMu

protected double[][] tauToMu

nuEToTau

protected double[][] nuEToTau

nuMuToTau

protected double[][] nuMuToTau

nuTauToTau

protected double[][] nuTauToTau

muToTau

protected double[][] muToTau

tauToTau

protected double[][] tauToTau

nuEToHadron

protected double[][] nuEToHadron

nuMuToHadron

protected double[][] nuMuToHadron

nuTauToHadron

protected double[][] nuTauToHadron

muToHadron

protected double[][] muToHadron

tauToHadron

protected double[][] tauToHadron

FnuEToNuE

protected double[][] FnuEToNuE

FnuMuToNuE

protected double[][] FnuMuToNuE

FnuTauToNuE

protected double[][] FnuTauToNuE

FmuToNuE

protected double[][] FmuToNuE

FtauToNuE

protected double[][] FtauToNuE

FnuEToNuMu

protected double[][] FnuEToNuMu

FnuMuToNuMu

protected double[][] FnuMuToNuMu

FnuTauToNuMu

protected double[][] FnuTauToNuMu

FmuToNuMu

protected double[][] FmuToNuMu

FtauToNuMu

protected double[][] FtauToNuMu

FnuEToNuTau

protected double[][] FnuEToNuTau

FnuMuToNuTau

protected double[][] FnuMuToNuTau

FnuTauToNuTau

protected double[][] FnuTauToNuTau

FmuToNuTau

protected double[][] FmuToNuTau

FtauToNuTau

protected double[][] FtauToNuTau

FnuEToE

protected double[][] FnuEToE

FnuMuToE

protected double[][] FnuMuToE

FnuTauToE

protected double[][] FnuTauToE

FmuToE

protected double[][] FmuToE

FtauToE

protected double[][] FtauToE

FnuEToMu

protected double[][] FnuEToMu

FnuMuToMu

protected double[][] FnuMuToMu

FnuTauToMu

protected double[][] FnuTauToMu

FmuToMu

protected double[][] FmuToMu

FtauToMu

protected double[][] FtauToMu

FnuEToTau

protected double[][] FnuEToTau

FnuMuToTau

protected double[][] FnuMuToTau

FnuTauToTau

protected double[][] FnuTauToTau

FmuToTau

protected double[][] FmuToTau

FtauToTau

protected double[][] FtauToTau

FnuEToHadron

protected double[][] FnuEToHadron

FnuMuToHadron

protected double[][] FnuMuToHadron

FnuTauToHadron

protected double[][] FnuTauToHadron

FmuToHadron

protected double[][] FmuToHadron

FtauToHadron

protected double[][] FtauToHadron

SnuEToNuE

protected double[][] SnuEToNuE

SnuMuToNuE

protected double[][] SnuMuToNuE

SnuTauToNuE

protected double[][] SnuTauToNuE

SmuToNuE

protected double[][] SmuToNuE

StauToNuE

protected double[][] StauToNuE

SnuEToNuMu

protected double[][] SnuEToNuMu

SnuMuToNuMu

protected double[][] SnuMuToNuMu

SnuTauToNuMu

protected double[][] SnuTauToNuMu

SmuToNuMu

protected double[][] SmuToNuMu

StauToNuMu

protected double[][] StauToNuMu

SnuEToNuTau

protected double[][] SnuEToNuTau

SnuMuToNuTau

protected double[][] SnuMuToNuTau

SnuTauToNuTau

protected double[][] SnuTauToNuTau

SmuToNuTau

protected double[][] SmuToNuTau

StauToNuTau

protected double[][] StauToNuTau

SnuEToE

protected double[][] SnuEToE

SnuMuToE

protected double[][] SnuMuToE

SnuTauToE

protected double[][] SnuTauToE

SmuToE

protected double[][] SmuToE

StauToE

protected double[][] StauToE

SnuEToMu

protected double[][] SnuEToMu

SnuMuToMu

protected double[][] SnuMuToMu

SnuTauToMu

protected double[][] SnuTauToMu

SmuToMu

protected double[][] SmuToMu

StauToMu

protected double[][] StauToMu

SnuEToTau

protected double[][] SnuEToTau

SnuMuToTau

protected double[][] SnuMuToTau

SnuTauToTau

protected double[][] SnuTauToTau

SmuToTau

protected double[][] SmuToTau

StauToTau

protected double[][] StauToTau

SnuEToHadron

protected double[][] SnuEToHadron

SnuMuToHadron

protected double[][] SnuMuToHadron

SnuTauToHadron

protected double[][] SnuTauToHadron

SmuToHadron

protected double[][] SmuToHadron

StauToHadron

protected double[][] StauToHadron

CHARGED_FLAG

protected static final int CHARGED_FLAG

See Also:

Constant Field Values

NEUTRAL_FLAG

protected static final int NEUTRAL_FLAG

See Also:

Constant Field Values

PAIRC_FLAG

protected static final int PAIRC_FLAG

See Also:

Constant Field Values

PAIRCH_FLAG

protected static final int PAIRCH_FLAG

See Also:

Constant Field Values

KNOCK_FLAG

protected static final int KNOCK_FLAG

See Also:

Constant Field Values

BREMSS_FLAG

protected static final int BREMSS_FLAG

See Also:

Constant Field Values

PHOTO_FLAG

protected static final int PHOTO_FLAG

See Also:

Constant Field Values

LEPTW_FLAG

protected static final int LEPTW_FLAG

See Also:

Constant Field Values

GR_FLAG

protected static final int GR_FLAG

For Glashow Resonance

See Also:

Constant Field Values

MUDECAY_FLAG

protected static final int MUDECAY_FLAG

See Also:

Constant Field Values

TAUDECAY_FLAG

protected static final int TAUDECAY_FLAG

See Also:

Constant Field Values

ALL_FLAG

protected static final int ALL_FLAG

For Glashow Resonance

See Also:

Constant Field Values

pathName

protected java.lang.String[] pathName

Constructor Detail

PropagationMatrix

public PropagationMatrix(Particle nuE,
                         Particle nuMu,
                         Particle nuTau,
                         Particle e,
                         Particle mu,
                         Particle tau,
                         Particle pi,
                         ParticlePoint s,
                         int interactionsSwitch,
                         int decaySwitch,
                         double neutrinoFactor)
                  throws java.io.IOException

Constructor. Reading all the InteractiosMatrix objects and generating the DecayMatrix objects. The infinitesimal propagation distance dX [g/cm^2] is also determined here.

Throws:

java.io.IOException

PropagationMatrix

public PropagationMatrix(Particle nuE,
                         Particle nuMu,
                         Particle nuTau,
                         Particle e,
                         Particle mu,
                         Particle tau,
                         Particle pi,
                         ParticlePoint s,
                         int interactionsSwitch,
                         int decaySwitch)
                  throws java.io.IOException

Constructor. Reading all the InteractiosMatrix objects and generating the DecayMatrix objects. The infinitesimal propagation distance dX [g/cm^2] is also determined here. Use the default value of the neutrino CC/NC enhancement foactor

Throws:

java.io.IOException

Method Detail

init

public void init()

Initialize the propagation matrices.

initALL

public void initALL()

Initialize ALL the propagation matrices including the store matrix.

calculateTransferMatrix

public void calculateTransferMatrix()

Calculate the elementary interaction/decay transfer matrix. The mass density of the proagation medium is approxed to be constant and equal to the cuurent particle location for saving CPU time. The infinitesimal propagation over dX is a subject to consider here. All the calculated matrix elements are stored in nuToNu[kLogE][jLogE], tauToNuE[kLogE][jLogE] etc. The bin width and the relation between energy index kLogE (integer) and energy are defined in Particle.class as usual since it relies on InteractionMatrix object which is pre-calculated and stored in the file. InteractionMatrix object for each interaction is read by the constructor PropagationMatrix( ).

propagateDX

public void propagateDX()

Propagate the particles involved over a dX [g/cm^2]. The calculation is performed by multiplication of the elemental transfer matrix calculated by calculateTransferMatrix( ) called in the constructor PropagationMatrix( ). The particle energy distribution after propagation over n x dX [g] can be, for example, obtained by calling this method n times. The resultant energy distributions are stored in FmuToNuE[iLogE][kLogE] etc.

propagateDXpowered

public void propagateDXpowered()

Propagate the particles involved over a 2^n Delta x [g/cm^2] where Delta x is the propagation distance for the finite propagation matrix. "n" is the times to call this method. It doubles the finit propagation matrix (FnuEtoNuE[iLogE][jLog] for example) calculated by propagateDX( ). The resultant matrix element describes the energy distribution of particles.

propagateX

public void propagateX()

Propagate the particles involved over X [g/cm^2] where Delta x is the propagation distance for the finite propagation matrix. It multiples the finit propagation matrix calculated by propagateDX( ) and proagateDXpowerd( ) and storerd in nuETonuE[][] etc by copyTransferMatrix( ).

copyTransferMatrix

public void copyTransferMatrix()

Copy the transfer matrix

storePropagateMatrix

public void storePropagateMatrix()

Store the propagation matrix calculated so far to the store matrix which save energy distribution of neutrinos and leptons propagating to the current location. You can then initialize the propagation matrix by init( ) and start another propagation calculation in a different section of the trajectory. You can get the results stored here back to the propagation matrix by calling the method copyTransferMatrixFromStore( ).

copyTransferMatrixFromStore

public void copyTransferMatrixFromStore()

Copy the transfer matrix from Store matrix

setDx

public void setDx(double dX)

Change the infinitesimal propagation length

getFnuEToNuE

public double getFnuEToNuE(int iLogE,
                           int jLogE)

Get the propagation matrix element from nuE with energy iLogE to nuE with energy jLogE

getFnuEToNuMu

public double getFnuEToNuMu(int iLogE,
                            int jLogE)

Get the propagation matrix element from nuE with energy iLogE to nuMu with energy jLogE

getFnuEToNuTau

public double getFnuEToNuTau(int iLogE,
                             int jLogE)

Get the propagation matrix element from nuE with energy iLogE to nuTau with energy jLogE

getFnuEToE

public double getFnuEToE(int iLogE,
                         int jLogE)

Get the propagation matrix element from nuE with energy iLogE to Electron with energy jLogE

getFnuEToMu

public double getFnuEToMu(int iLogE,
                          int jLogE)

Get the propagation matrix element from nuE with energy iLogE to Muon with energy jLogE

getFnuEToTau

public double getFnuEToTau(int iLogE,
                           int jLogE)

Get the propagation matrix element from nuE with energy iLogE to Tau with energy jLogE

getFnuEToHadron

public double getFnuEToHadron(int iLogE,
                              int jLogE)

Get the propagation matrix element from nuE with energy iLogE to Hadron with energy jLogE

getFnuMuToNuE

public double getFnuMuToNuE(int iLogE,
                            int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to nuE with energy jLogE

getFnuMuToNuMu

public double getFnuMuToNuMu(int iLogE,
                             int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to nuMu with energy jLogE

getFnuMuToNuTau

public double getFnuMuToNuTau(int iLogE,
                              int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to nuTau with energy jLogE

getFnuMuToE

public double getFnuMuToE(int iLogE,
                          int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to Electron with energy jLogE

getFnuMuToMu

public double getFnuMuToMu(int iLogE,
                           int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to Muon with energy jLogE

getFnuMuToTau

public double getFnuMuToTau(int iLogE,
                            int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to Tau with energy jLogE

getFnuMuToHadron

public double getFnuMuToHadron(int iLogE,
                               int jLogE)

Get the propagation matrix element from nuMu with energy iLogE to Hadron with energy jLogE

getFnuTauToNuE

public double getFnuTauToNuE(int iLogE,
                             int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to nuE with energy jLogE

getFnuTauToNuMu

public double getFnuTauToNuMu(int iLogE,
                              int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to nuMu with energy jLogE

getFnuTauToNuTau

public double getFnuTauToNuTau(int iLogE,
                               int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to nuTau with energy jLogE

getFnuTauToE

public double getFnuTauToE(int iLogE,
                           int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to Electron with energy jLogE

getFnuTauToMu

public double getFnuTauToMu(int iLogE,
                            int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to Muon with energy jLogE

getFnuTauToTau

public double getFnuTauToTau(int iLogE,
                             int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to Tau with energy jLogE

getFnuTauToHadron

public double getFnuTauToHadron(int iLogE,
                                int jLogE)

Get the propagation matrix element from nuTau with energy iLogE to Hadron with energy jLogE

getFmuToNuE

public double getFmuToNuE(int iLogE,
                          int jLogE)

Get the propagation matrix element from Muon with energy iLogE to nuE with energy jLogE

getFmuToNuMu

public double getFmuToNuMu(int iLogE,
                           int jLogE)

Get the propagation matrix element from Muon with energy iLogE to nuMu with energy jLogE

getFmuToNuTau

public double getFmuToNuTau(int iLogE,
                            int jLogE)

Get the propagation matrix element from Muon with energy iLogE to nuTau with energy jLogE

getFmuToE

public double getFmuToE(int iLogE,
                        int jLogE)

Get the propagation matrix element from Muon with energy iLogE to Electron with energy jLogE

getFmuToMu

public double getFmuToMu(int iLogE,
                         int jLogE)

Get the propagation matrix element from Muon with energy iLogE to Muon with energy jLogE

getFmuToTau

public double getFmuToTau(int iLogE,
                          int jLogE)

Get the propagation matrix element from Muon with energy iLogE to Tau with energy jLogE

getFmuToHadron

public double getFmuToHadron(int iLogE,
                             int jLogE)

Get the propagation matrix element from Muon with energy iLogE to Hadron with energy jLogE

getFtauToNuE

public double getFtauToNuE(int iLogE,
                           int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to nuE with energy jLogE

getFtauToNuMu

public double getFtauToNuMu(int iLogE,
                            int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to nuMu with energy jLogE

getFtauToNuTau

public double getFtauToNuTau(int iLogE,
                             int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to nuTau with energy jLogE

getFtauToE

public double getFtauToE(int iLogE,
                         int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to Electron with energy jLogE

getFtauToMu

public double getFtauToMu(int iLogE,
                          int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to Muon with energy jLogE

getFtauToTau

public double getFtauToTau(int iLogE,
                           int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to Tau with energy jLogE

getFtauToHadron

public double getFtauToHadron(int iLogE,
                              int jLogE)

Get the propagation matrix element from Tauon with energy iLogE to Hadron with energy jLogE