iceCube.uhe.particles

繧ｯ繝ｩ繧ｹ Particle

java.lang.Object

iceCube.uhe.particles.Particle

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java.io.Serializable

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I3Particle

public class Particle
extends java.lang.Object
implements java.io.Serializable

    The Particle class to define their mass, names, flavors, lifetime
    It also provides the instance variables such as energy. 

             flavor  0      1      2        3
doublet 
    0              e-nu   mu-nu   tau-nu    hadron(pi0)
    1              e      muon    tauon     hadron(pi+)

    In adition this class can yield a maxtrix to accomodate dN/dlogE, 
    the energy distribution of particles. The matrix "logEnergyMatrix"
    corresponds to (dN/dlogE)_i (0< i = < DimensionOflogEnergyMatrix).
    The lowest logE and bin width in this table are defined by 
    "deltaLogE and alogEnergyMinimu", respectively.
    

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Fields

Modifier and Type	Field and 隱ｬ譏�
static int	NumberOfDoublet Number of the "Doublet" valuables to define the particle.
static int	NumberOfFlavor Number of the "Flavor" valuables to define the particle.
static double[][]	particleMasses Particle Mass [GeV]

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Constructors

Constructor and 隱ｬ譏�
Particle(int initialFlavor, int initialDoublet) Default initial energy 1EeV = 1.0e9 GeV
Particle(int initialFlavor, int initialDoublet, double initialEnergy) Constructor for Checking the given flavor and doublet index.

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Methods

Modifier and Type	Method and 隱ｬ譏�
void	generateLogEnergyMatrix()
static double	getDeltaLogEnergy()
static int	getDimensionOfLogEnergyMatrix()
int	getDoublet()
double	getEnergy()
int	getFlavor()
double	getLifeTime()
double	getLogEnergy()
double	getLogEnergyMatrix(int ilogE)
static double	getLogEnergyMinimum()
double	getMass()
static boolean	isValidDoublet(int initialDoublet)
boolean	isValidEnergy(double initialEnergy)
static boolean	isValidFlavor(int initialFlavor)
static java.lang.String	particleName(int flavor, int doublet) Display the particle name.
void	putDeltaLogEnergy(double newDeltaLogE)
void	putDimensionOfLogEnergyMatrix(int dimension)
void	putEnergy(double newEnergy)
void	putLogEnergy(double newLogEnergy)
void	putLogEnergyMatrix(double logE, double matrixElement)
void	putLogEnergyMatrix(int ilogE, double matrixElement)
void	putLogEnergyMinimum(double newLogEnergy)
void	setFlavorAndDoublet(int flavor, int doublet) Sets the flavor and doublet.

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NumberOfFlavor

public static final int NumberOfFlavor

Number of the "Flavor" valuables to define the particle.

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NumberOfDoublet

public static final int NumberOfDoublet

Number of the "Doublet" valuables to define the particle.

 0 .. Neutrinos (or pi0 if Flabor = 3)
 1 .. Charged lepton (or pi+) 
        

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particleMasses

public static final double[][] particleMasses

Particle Mass [GeV]

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Particle

public Particle(int initialFlavor,
        int initialDoublet)

Default initial energy 1EeV = 1.0e9 GeV

Particle

public Particle(int initialFlavor,
        int initialDoublet,
        double initialEnergy)

Constructor for Checking the given flavor and doublet index.

           initialFlabor ... flavor valuable
           initialDoblet ... doublet valuable
           initialEnergy ... initial Energy [GeV]
           

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isValidFlavor

public static boolean isValidFlavor(int initialFlavor)

isValidDoublet

public static boolean isValidDoublet(int initialDoublet)

isValidEnergy

public boolean isValidEnergy(double initialEnergy)

setFlavorAndDoublet

public void setFlavorAndDoublet(int flavor,
                       int doublet)

Sets the flavor and doublet. This is a new method to allow you to re-define your particle speice.

getFlavor

public int getFlavor()

getDoublet

public int getDoublet()

getMass

public double getMass()

getLifeTime

public double getLifeTime()

getEnergy

public double getEnergy()

getLogEnergy

public double getLogEnergy()

putEnergy

public void putEnergy(double newEnergy)

putLogEnergy

public void putLogEnergy(double newLogEnergy)

particleName

public static java.lang.String particleName(int flavor,
                            int doublet)

Display the particle name. Returns the String where the particle name is written.

getDimensionOfLogEnergyMatrix

public static int getDimensionOfLogEnergyMatrix()

putDimensionOfLogEnergyMatrix

public void putDimensionOfLogEnergyMatrix(int dimension)

getLogEnergyMinimum

public static double getLogEnergyMinimum()

putLogEnergyMinimum

public void putLogEnergyMinimum(double newLogEnergy)

getDeltaLogEnergy

public static double getDeltaLogEnergy()

putDeltaLogEnergy

public void putDeltaLogEnergy(double newDeltaLogE)

generateLogEnergyMatrix

public void generateLogEnergyMatrix()

getLogEnergyMatrix

public double getLogEnergyMatrix(int ilogE)

putLogEnergyMatrix

public void putLogEnergyMatrix(double logE,
                      double matrixElement)

putLogEnergyMatrix

public void putLogEnergyMatrix(int ilogE,
                      double matrixElement)