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非推奨 API

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A C D E F G I J M N O P R S T U

A

add(J3Vector, J3Vector) - class geometry.J3Vector の static メソッド: add vectors a+b
add(PointParticle) - class telescopeArray.dataClass.FD.TAFDHit のメソッド: Add the PointParticle object
add(TAFDSingleWaveForm) - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: Add the single waveform object
add(PointParticle) - class telescopeArray.dataClass.SD.TASDHit のメソッド: Add the PointParticle object
add(TASDSingleWaveForm) - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: Add the single waveform object
addTAFDHitData(TAFDHitData) - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Add the TAFDData object
addTASDHitData(TASDHitData) - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Add the TASDData object
age_table - class telescopeArray.physics.EAScascade の static 変数
alogGamma(double) - class numRecipes.SpecialFunctions の static メソッド: log(Gamma(a)) function
alogMu - class numRecipes.RandomGenerator の static 変数

C

Coordinate - class geometry.Coordinate.: This base class defines universal coordinates.
Coordinate() - class geometry.Coordinate のコンストラクタ: Constructor.
Coordinate(J3Vector) - class geometry.Coordinate のコンストラクタ: Constructor.
Coordinate(J3Vector, J3UnitVector, J3UnitVector) - class geometry.Coordinate のコンストラクタ: Constructor.
configure() - class geometry.J3Line のメソッド: Configuration.
createEveryHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: Create all the hit buffer
createEveryHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: Create all the hit buffer
createPEHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: Create Photoelectron Hit data buffer
createPEHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: Create Photoelectron Hit data buffer
createParticleHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: Create ParticleHit data buffer
createPhotonHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: Create PhotonHit data buffer
createPhotonHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: Create PhotonHit data buffer
createWaveFormHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: Create WaveFormHit data buffer
createWaveFormHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: Create WaveFormHit data buffer

D

decrement(J3Vector, J3Vector) - class geometry.J3Vector のメソッド: decrement vectors a-=b
developCascade(double) - class telescopeArray.physics.EAScascade のメソッド: develop this cascade at a given slant depth and calculate number of particles and its total energy.

E

EAScascade - class telescopeArray.physics.EAScascade.: This class describes UHE EAS cascades for the Telescope Array Monte Carlo.
EAScascade(double, int, double) - class telescopeArray.physics.EAScascade のコンストラクタ: Constructor double energy : primary Energy [GeV] int mass number : mass number of primary nuclei. 1 for proton double xint : 1st interaction depth [g/cm^2]
EAScascade(double, double, double) - class telescopeArray.physics.EAScascade のコンストラクタ: Constructor double energy : primary Energy [GeV] double xMaxAveraged : AVERAGE Shower Maximum [g/cm] of this cascade double xint : 1st interaction depth [g/cm^2]
EAScascade() - class telescopeArray.physics.EAScascade のコンストラクタ: Default constructor
EarthCenterCoordinate - class geometry.EarthCenterCoordinate.: This class defines the coordinate with its origin located at center of the earth.
EarthCenterCoordinate() - class geometry.EarthCenterCoordinate のコンストラクタ: Constructor.
EarthLocalCoordinate - class geometry.EarthLocalCoordinate.: This class defines local coordinates in/on the earth.
EarthLocalCoordinate(J3Vector, double) - class geometry.EarthLocalCoordinate のコンストラクタ: Constructor.
EarthLocalCoordinate(J3Vector) - class geometry.EarthLocalCoordinate のコンストラクタ: Constructor.
EarthLocalCoordinate(double, double, double, double) - class geometry.EarthLocalCoordinate のコンストラクタ: Constructor.
eloss_x - class telescopeArray.physics.EAScascade の static 変数
expMu - class numRecipes.RandomGenerator の static 変数

F

Fluorescence - class telescopeArray.physics.Fluorescence.: Fluorescence yield class for the Telescope Array
Fluorescence() - class telescopeArray.physics.Fluorescence のコンストラクタ
Function - interface numRecipes.Function.: Interface to get value of a given function in a given class.
fChannelIndex - class telescopeArray.dataClass.FD.TAFDHitData の変数: Detector Index - Channel (PMt)
fChannelIndex - class telescopeArray.dataClass.SD.TASDHitData の変数: Detector Index - Channel (PMt)
fChannelNameHeader - class telescopeArray.dataClass.FD.TAFDChannelIndex の static 変数: Channel name header
fChannelNameHeader - class telescopeArray.dataClass.SD.TASDChannelIndex の static 変数: Channel name header
fEventNumber - class telescopeArray.dataClass.FD.TAFDEvent の変数: Event Number
fEventNumber - class telescopeArray.dataClass.SD.TASDEvent の変数: Event Number
fFract_fluor - class telescopeArray.physics.Fluorescence の static 変数
fLambda - class telescopeArray.physics.EAScascade の static 変数
fLambda_fluor - class telescopeArray.physics.Fluorescence の static 変数: Wavelength(nm) and Fraction and Sigma of Gaussian
fMaximumColumnNumber - class telescopeArray.dataClass.SD.TASDSiteIndex の static 変数
fMaximumNumber - class telescopeArray.dataClass.FD.TAFDChannelIndex の static 変数: Maximum number of TA Channels per channel = 256
fMaximumNumber - class telescopeArray.dataClass.FD.TAFDMirrorIndex の static 変数: Maximum number of TA Mirrors per site = 64
fMaximumNumber - class telescopeArray.dataClass.FD.TAFDSiteIndex の static 変数: Maximum number of TA sites = 3
fMaximumNumber - class telescopeArray.dataClass.SD.TASDChannelIndex の static 変数: Maximum number of TA Channels per SD detector = 2
fMaximumNumber - class telescopeArray.dataClass.SD.TASDSiteIndex の static 変数: Maximum number of Surface detector 24 x 28 = 672
fMaximumRawNumber - class telescopeArray.dataClass.SD.TASDSiteIndex の static 変数
fMieBaseWaveLength - class telescopeArray.atmosphere.USAtmosphere の変数: Mie Scattering base wave length [nm]
fMieHeight - class telescopeArray.atmosphere.USAtmosphere の変数: Mie Scattering scale height [cm]
fMieLength - class telescopeArray.atmosphere.USAtmosphere の変数: Mie Scattering mean free path [cm]
fMirrorIndex - class telescopeArray.dataClass.FD.TAFDHitData の変数: Detector Index - Mirror
fMirrorNameHeader - class telescopeArray.dataClass.FD.TAFDMirrorIndex の static 変数: Mirror name header
fNA - class telescopeArray.atmosphere.USAtmosphere の static 変数: Avogadro's Number.
fPEHit - class telescopeArray.dataClass.FD.TAFDHitData の変数: Photoelectron hit data
fPEHit - class telescopeArray.dataClass.SD.TASDHitData の変数: Photoelectron hit data
fParticleHit - class telescopeArray.dataClass.SD.TASDHitData の変数: Shower particle hit data
fPhotonHit - class telescopeArray.dataClass.FD.TAFDHitData の変数: Photon hit data
fPhotonHit - class telescopeArray.dataClass.SD.TASDHitData の変数: Scintilation photon hit data
fSigma_fluor - class telescopeArray.physics.Fluorescence の static 変数
fSiteIndex - class telescopeArray.dataClass.FD.TAFDHitData の変数: Detector Index - Site (FD Station)
fSiteIndex - class telescopeArray.dataClass.SD.TASDHitData の変数: Detector Index - Site (SD Station)
fSiteName - class telescopeArray.dataClass.FD.TAFDSiteIndex の static 変数: Site name
fSiteNameHeader - class telescopeArray.dataClass.SD.TASDSiteIndex の static 変数: Surface detector name header
fTAFDHitDataList - class telescopeArray.dataClass.FD.TAFDEvent の変数: List for TAFDHitData
fTASDHitDataList - class telescopeArray.dataClass.SD.TASDEvent の変数: List for TASDHitData
fTime - class telescopeArray.dataClass.FD.TAFDEvent の変数: Event recording time
fTime - class telescopeArray.dataClass.SD.TASDEvent の変数: Event recording time
fWaveFormHit - class telescopeArray.dataClass.FD.TAFDHitData の変数: WaveForm hit data
fWaveFormHit - class telescopeArray.dataClass.SD.TASDHitData の変数: WaveForm hit data
fXMolier - class telescopeArray.physics.EAScascade の static 変数

G

GammaFactor - class numRecipes.RandomGenerator の static 変数
GetGaussianDouble(double, double) - class numRecipes.RandomGenerator のメソッド
GetPoissonian(double) - class numRecipes.RandomGenerator のメソッド
GetRandomDouble() - class numRecipes.RandomGenerator のメソッド
gammaP(double, double) - class numRecipes.SpecialFunctions の static メソッド: P(a x)= gamma(a,x)/Gamma(a) from 0 to x.
gammaQ(double, double) - class numRecipes.SpecialFunctions の static メソッド: Q(a x)= Gamma(a,x)/Gamma(a) from 0 to x.
gauss(double, double, double) - class numRecipes.SpecialFunctions の static メソッド: Gaussian function
generateLogEnergyMatrix() - class telescopeArray.dataClass.particles.Particle のメソッド
geometry - package geometry: Package geometry This package provides classes to handle geometrical calculation including 3D vector operations.
getAgeParameter(double) - class telescopeArray.physics.EAScascade のメソッド: EAS "Age" parameter is returned for a given frst interaction length and slant depth.
getAngleInDegree(J3Vector, J3Vector) - class geometry.J3Vector の static メソッド: calculate the angle [deg] between two vectors.
getAngleInRadian(J3Vector, J3Vector) - class geometry.J3Vector の static メソッド: calculate the angle [rad] between two vectors.
getAtmosphericDensityFromHeight(double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: get (vertical) Atmospheric desnity [g/cm^2] for a given height [cm, above sea level]
getAverageEnergy() - class telescopeArray.dataClass.SD.TASDParticleHit のメソッド: get average particle energy
getAverageTiming() - class telescopeArray.dataClass.FD.TAFDHit のメソッド: get average timing of particles
getAverageTiming() - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: get average timing of particles
getAverageTiming() - class telescopeArray.dataClass.SD.TASDHit のメソッド: get average timing of particles
getAverageTiming() - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: get average timing of particles
getAverageWaveLength() - class telescopeArray.dataClass.FD.TAFDPhotonHit のメソッド: get average wavelength of photons
getAverageWaveLength() - class telescopeArray.dataClass.SD.TASDPhotonHit のメソッド: get average wavelength of photons
getAxisLength() - class geometry.J3Line のメソッド: return the current axis length l
getAzimuthInPolar(J3Vector) - class geometry.Coordinate のメソッド: Convert Cartesian to Poler coordinate system.
getChannelIndex() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: access site index
getChannelIndex() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: access site index
getCharge() - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: get charge [c]
getCharge() - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: return total chage of the singal [c]
getCharge() - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: get charge [c]
getCharge() - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: return total chage of the singal [c]
getCrossProduct(J3Vector, J3Vector) - class geometry.J3Vector の static メソッド: calculate the cross Products axb
getDSigmaDOmega(double, double) - class telescopeArray.atmosphere.Rayleigh の static メソッド: Differential Cross section dSigma/dOmega [cm^2/sr].
getDeltaLogEnergy() - class telescopeArray.dataClass.particles.Particle の static メソッド
getDimensionOfLogEnergyMatrix() - class telescopeArray.dataClass.particles.Particle の static メソッド
getDirection() - class geometry.J3Line のメソッド: return the current direction
getDistanceFromLineToPoint(J3Line, J3Vector) - class geometry.J3Utility の static メソッド: returns distance between a line and a point
getDotProduct(J3Vector, J3Vector) - class geometry.J3Vector の static メソッド: calculate the dot-product
getDoublet() - class telescopeArray.dataClass.particles.Particle のメソッド
getEnergy() - class telescopeArray.dataClass.particles.Particle のメソッド
getEnergyDeposit(double) - class telescopeArray.physics.EAScascade のメソッド: return (average) energy deposit [GeV/g/cm^2] per charged particle in the cascade as a function of slant depth, x [g/cm^2].
getEnergyDepositOfElectronsAtPresent() - class telescopeArray.physics.EAScascade のメソッド: get the energy deposit of electrons [GeV/g/cm^2]
getEnergyDepositOfMuonsAtPresent() - class telescopeArray.physics.EAScascade のメソッド: get the energy deposit of muons [GeV/g/cm^2]
getEnergyDepositOfPhotonsAtPresent() - class telescopeArray.physics.EAScascade のメソッド: get the energy deposit of photons [GeV/g/cm^2]
getEnergyInCascade(double, int) - class telescopeArray.physics.EAScascade の static メソッド: Calculate total energy channeled into EAS cascade.
getErrorInPolynominalInterpolate() - class numRecipes.Interpolation の static メソッド
getEventNumber() - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Get event Number
getEventNumber() - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Get event Number
getEventTime() - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Get event Number
getEventTime() - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Get event Number
getEx() - class geometry.Coordinate のメソッド: Get x axis direction.
getEy() - class geometry.Coordinate のメソッド: Get y axis direction.
getEz() - class geometry.Coordinate のメソッド: Get z axis direction.
getFlavor() - class telescopeArray.dataClass.particles.Particle のメソッド
getFluorescenceSpectrum(double, double, double) - class telescopeArray.physics.Fluorescence の static メソッド: Fluorescence wavelength spectrum [nm^-1 /cm GeV/g/cm^-2] double wave+ength : Photon wavelength [nm] double density : Atmosperic density [g/cm^3] double temperature : Atmospheric temperature [K]
getFunction(int, double[], double) - interface numRecipes.Function のメソッド
getFunction(int, double[], double) - class numRecipes.SpecialFunctions のメソッド: Method for interface .
getFunction(int, double[], double) - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: Method for interface .
getFunction(int, double[], double) - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: Method for interface .
getFunction(int, double[], double) - class telescopeArray.physics.EAScascade のメソッド: Method for interface .
getHeightFromAtmosphericDensity(double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: get the height [cm, above sea level] for a given (vertical) atmospheric density xv [g/cm^2]
getIterator() - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Return TAFDHitData iterator which allows an external object to access each TAFDHit objects stored in this object
getIterator() - class telescopeArray.dataClass.FD.TAFDHit のメソッド: Return particle hit iterator which allows an external object to access each PointParticle objects stored in this object
getIterator() - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: Return particle hit iterator which allows an external object to access each Photon objects stored in this object
getIterator() - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Return TASDHitData iterator which allows an external object to access each TASDHit objects stored in this object
getIterator() - class telescopeArray.dataClass.SD.TASDHit のメソッド: Return particle hit iterator which allows an external object to access each PointParticle objects stored in this object
getIterator() - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: Return particle hit iterator which allows an external object to access each Photon objects stored in this object
getKingCorrectionFactor(double) - class telescopeArray.atmosphere.Rayleigh の static メソッド: Returns the King Correction Factor of the standard air for a given wavelength.
getLatitude(J3Vector) - class geometry.EarthCenterCoordinate のメソッド: Calculate latitude in degree.
getLength() - class geometry.J3Vector のメソッド: get the vector length
getLengthInPolar(J3Vector) - class geometry.Coordinate のメソッド: Convert Cartesian to Poler coordinate system.
getLifeTime() - class telescopeArray.dataClass.particles.Particle のメソッド
getLogEnergy() - class telescopeArray.dataClass.particles.Particle のメソッド
getLogEnergyMatrix(int) - class telescopeArray.dataClass.particles.Particle のメソッド
getLogEnergyMinimum() - class telescopeArray.dataClass.particles.Particle の static メソッド
getLongitude(J3Vector) - class geometry.EarthCenterCoordinate のメソッド: Calculate longitude in degree.
getMass() - class telescopeArray.dataClass.particles.Particle のメソッド
getMassDensity(double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: get the local mass density [g/cm^3] of air for a given atmospheric height [cm, above sea level]
getMassNumber() - class telescopeArray.dataClass.particles.Particle のメソッド
getMirrorIndex() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: access mirror index
getMother() - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: get Mother particle
getMother() - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: get Mother particle
getMother() - class telescopeArray.dataClass.particles.PointParticle のメソッド: get Mother particle
getMother() - class telescopeArray.dataClass.particles.TrackParticle のメソッド: get Mother particle
getNeByGaisserHillas(double, double, double, double) - class telescopeArray.physics.EAScascade の static メソッド: the famous Gaisser Hillas formula nMax : the Normalization const.
getNumberOfElectronsAtPresent() - class telescopeArray.physics.EAScascade のメソッド: get the present number of electrons
getNumberOfHits() - class telescopeArray.dataClass.FD.TAFDHit のメソッド: Return number of hits
getNumberOfHits() - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: Return number of hits
getNumberOfHits() - class telescopeArray.dataClass.SD.TASDHit のメソッド: Return number of hits
getNumberOfHits() - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: Return number of hits
getNumberOfMuonsAtPresent() - class telescopeArray.physics.EAScascade のメソッド: get the present number of muons
getNumberOfPhotonsAtPresent() - class telescopeArray.physics.EAScascade のメソッド: get the present number of photons
getOmega(double) - class telescopeArray.atmosphere.Rayleigh の static メソッド: Return the scatteing solid angle distribution for a given scattering angle, cosTheta
getOrigin() - class geometry.Coordinate のメソッド: Get the origin of the coordinate system.
getPEHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: access PhotonHit data buffer
getPEHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: access PhotonHit data buffer
getParticleHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: acess ParticleHit data buffer
getPhotonHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: access PhotonHit data buffer
getPhotonHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: access PhotonHit data buffer
getPointVectorFromLongitudeLatitude(double, double, double) - class geometry.EarthCenterCoordinate のメソッド: Get the point vector in this earth-center coordinate for a given longitude [deg] and latitude [deg].
getPointVectorFromPolarCoordinate(double, double, double) - class geometry.Coordinate のメソッド: get a point vector for a given Poler system.
getR0() - class geometry.J3Line のメソッド: return the current passing point
getRefractiveIndex(double) - class telescopeArray.atmosphere.Rayleigh の static メソッド: Returns the refractive index of the standard air for a given wavelength.
getRefractiveIndex() - class telescopeArray.atmosphere.Rayleigh の static メソッド
getRelativeTiming() - class telescopeArray.dataClass.particles.PointParticle のメソッド: get particle relative timing
getScatteringCoefficientOfMie(double, double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: get the scattering coefficient of the Mie Scattering [cm^2/g].
getScatteringCoefficientOfRayleigh(double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: get the scattering coefficient of the Rayleigh scattering [cm^2/g].
getSigma(double) - class telescopeArray.atmosphere.Rayleigh の static メソッド: Total Cross section Sigma [cm^2].
getSiteIndex() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: access site index
getSiteIndex() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: access site index
getSurfacePoint(double, double) - class geometry.EarthCenterCoordinate のメソッド: Get the point vector on the earth surface.
getTAFDHitData(TAFDSiteIndex, TAFDMirrorIndex, TAFDChannelIndex) - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Get TAFDHitData for given channel indexes.
getTASDHitData(TASDSiteIndex, TASDChannelIndex) - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Get TASDHitData for given channel indexes.
getTiming() - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: get timing [c]
getTiming() - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: get timing [c]
getTiming() - class telescopeArray.dataClass.particles.PointParticle のメソッド: get particle timing
getTotalEnergy() - class telescopeArray.physics.EAScascade のメソッド: Energy integral of this cascade and return total energy deposit [GeV]
getTotalEnergy(double, double) - class telescopeArray.physics.EAScascade のメソッド: Energy integral of this cascade.
getWaveForm(double) - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: return wave form [V] as a function of time [nsec]
getWaveForm(double) - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: return wave form [V] as a function of time [nsec]
getWaveForm(double) - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: return wave form [V] as a function of time [nsec]
getWaveForm(double) - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: return wave form [V] as a function of time [nsec]
getWaveFormHit() - class telescopeArray.dataClass.FD.TAFDHitData のメソッド: access WaveFormHit data buffer
getWaveFormHit() - class telescopeArray.dataClass.SD.TASDHitData のメソッド: access WaveFormHit data buffer
getWaveLength() - class telescopeArray.dataClass.particles.Photon のメソッド: get the wave length [nm]
getWaveLength() - class telescopeArray.dataClass.particles.TrackPhoton のメソッド: get the wave length [nm]
getX() - class geometry.J3Vector のメソッド: get x component
getXmaxOfThisCascade() - class telescopeArray.physics.EAScascade のメソッド: return the shower maximum [g/cm^2] of this cascade.
getY() - class geometry.J3Vector のメソッド: get y component
getYield(double, double) - class telescopeArray.physics.Fluorescence の static メソッド: Return the yield [/cm GeV/g/cm-2] for a given atmospheric density and temperature.
getZ() - class geometry.J3Vector のメソッド: get z component
getZenithInPolar(J3Vector) - class geometry.Coordinate のメソッド: Convert Cartesian to Poler coordinate system.

I

Integration - class numRecipes.Integration.: Utilities for Numerical Integration.
Integration() - class numRecipes.Integration のコンストラクタ
IntegrationDemo - class numRecipes.IntegrationDemo.: Demo program for the Integration.class
IntegrationDemo() - class numRecipes.IntegrationDemo のコンストラクタ
Interpolation - class numRecipes.Interpolation.: Utilities to interpolate data points (x_i, y_i) (i=0,...).
Interpolation() - class numRecipes.Interpolation のコンストラクタ
InterpolationDemo - class numRecipes.InterpolationDemo.
InterpolationDemo() - class numRecipes.InterpolationDemo のコンストラクタ
InterpolationDemo2 - class numRecipes.InterpolationDemo2.
InterpolationDemo2() - class numRecipes.InterpolationDemo2 のコンストラクタ
IsInsideEarth(J3Vector) - class geometry.EarthCenterCoordinate のメソッド: Check if the point is inside the earth.
IsValidColumnNumber(int) - class telescopeArray.dataClass.SD.TASDSiteIndex のメソッド
IsValidElementName(String) - class telescopeArray.dataClass.FD.TAFDChannelIndex のメソッド: Check if a given name can represent the channel name
IsValidElementName(String) - class telescopeArray.dataClass.FD.TAFDMirrorIndex のメソッド: Check if a given name can represent the mirror name
IsValidElementName(String) - class telescopeArray.dataClass.FD.TAFDSiteIndex のメソッド: Check if a given name can represent the site name
IsValidElementName(String) - class telescopeArray.dataClass.SD.TASDChannelIndex のメソッド: Check if a given name can represent the channel name
IsValidElementName(String) - class telescopeArray.dataClass.SD.TASDSiteIndex のメソッド: Check if a given name can represent the SD site name
IsValidElementNumber(int) - class telescopeArray.dataClass.FD.TAFDChannelIndex のメソッド: Check if a given number can be this element index: It has to be non-negative and smaller than a maximum number of mirros per site
IsValidElementNumber(int) - class telescopeArray.dataClass.FD.TAFDMirrorIndex のメソッド: Check if a given number can be this element index: It has to be non-negative and smaller than a maximum number of mirros per site
IsValidElementNumber(int) - class telescopeArray.dataClass.FD.TAFDSiteIndex のメソッド: Check if a given number can be this element index: It has to be non-negative and smaller than a maximum number of sites in the TA
IsValidElementNumber(int) - class telescopeArray.dataClass.SD.TASDChannelIndex のメソッド: Check if a given number can be this element index: It has to be non-negative and smaller than a maximum number of mirros per site
IsValidElementNumber(int) - class telescopeArray.dataClass.SD.TASDSiteIndex のメソッド: Check if a given number can be this element index: It has to be non-negative and smaller than a maximum number of TA SDs
IsValidRawNumber(int) - class telescopeArray.dataClass.SD.TASDSiteIndex のメソッド
impedance - class telescopeArray.dataClass.FD.TAFDSingleWaveForm の static 変数
impedance - class telescopeArray.dataClass.SD.TASDSingleWaveForm の static 変数
incompleteGammaDowntoX(double, double) - class numRecipes.SpecialFunctions の static メソッド: Gamma(a,x)/Gamma(a) from x to infinity
incompleteGammaUptoX(double, double) - class numRecipes.SpecialFunctions の static メソッド: gamma(a,x)/Gamma(a) from 0 to x
increment(J3Vector, J3Vector) - class geometry.J3Vector のメソッド: increment vectors a+=b
indexCheck() - class numRecipes.RandomGeneratorTest の static メソッド
initializeStaticVariables() - class numRecipes.Integration の static メソッド: Initialize the static variables such as grandSum.
inputParticle(InputStream) - class telescopeArray.dataClass.particles.ParticleInputStream の static メソッド
inputTAFDEvent(InputStream) - class telescopeArray.dataClass.FD.TAFDEventInput の static メソッド
inputTASDEvent(FileInputStream) - class telescopeArray.dataClass.SD.TASDEventInput の static メソッド
integralWaveForm() - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: integral the waveform to obtain the charge
integralWaveForm() - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: integral the waveform to obtain the charge
integrateGauss(double, double, double, double) - class numRecipes.SpecialFunctions の static メソッド: Integration of the Gaussian function.
isValidCosine(double) - class telescopeArray.atmosphere.Rayleigh の static メソッド
isValidDoublet(int) - class telescopeArray.dataClass.particles.Particle の static メソッド
isValidEnergy(double) - class telescopeArray.dataClass.particles.Particle のメソッド
isValidFlavor(int) - class telescopeArray.dataClass.particles.Particle の static メソッド
isValidWaveLength(double) - class telescopeArray.dataClass.particles.Photon のメソッド: Check the range of the wave length.
isValidWaveLength(double) - class telescopeArray.dataClass.particles.TrackPhoton のメソッド: Check the range of the wave length.
iterateTrapzd(Function, int, double[], double, double, int) - class numRecipes.Integration の static メソッド: Iterated Trapzd integraion method.

J

J3Line - class geometry.J3Line.: This class describes line in three dimensional space.
J3Line(J3Vector, J3UnitVector, double) - class geometry.J3Line のコンストラクタ: Constructor
J3Line(J3Vector, J3UnitVector) - class geometry.J3Line のコンストラクタ
J3UnitVector - class geometry.J3UnitVector.: The class describes a unit vector.
J3UnitVector(double, double, double) - class geometry.J3UnitVector のコンストラクタ
J3Utility - class geometry.J3Utility.: This class provides some utility for common geometrical calculation.
J3Utility() - class geometry.J3Utility のコンストラクタ
J3Vector - class geometry.J3Vector.: This class provides a base to represent/handle three vector.
J3Vector(double, double, double) - class geometry.J3Vector のコンストラクタ: Constructor.
J3Vector() - class geometry.J3Vector のコンストラクタ: Constructor.
J3VectorDemo - class geometry.J3VectorDemo.: A simple Demo program to show usage of the J3Vector class
J3VectorDemo() - class geometry.J3VectorDemo のコンストラクタ

M

MixBits(long, long) - class numRecipes.RandomDouble のメソッド
mThPolynominalInterpolate(double[], double[], int, double, int) - class numRecipes.Interpolation の static メソッド: Interpolate with mTh pylinominal function.
main(String[]) - class geometry.J3VectorDemo の static メソッド
main(String[]) - class numRecipes.IntegrationDemo の static メソッド
main(String[]) - class numRecipes.InterpolationDemo の static メソッド
main(String[]) - class numRecipes.InterpolationDemo2 の static メソッド
main(String[]) - class numRecipes.RandomGeneratorDemo の static メソッド
main(String[]) - class numRecipes.RandomGeneratorTest の static メソッド
main(String[]) - class numRecipes.RandomGeneratorTest2 の static メソッド
main(String[]) - class numRecipes.SpecialFunctionsDemo の static メソッド
main(String[]) - class telescopeArray.FDMC.ReadTAFDEventDemo の static メソッド
main(String[]) - class telescopeArray.FDMC.RunTAFDSimulator の static メソッド
main(String[]) - class telescopeArray.SDMC.ReadTASDEventDemo の static メソッド
main(String[]) - class telescopeArray.SDMC.RunTASDSimulator の static メソッド
main(String[]) - class telescopeArray.dataClass.FD.TAFDIndexDemo の static メソッド
main(String[]) - class telescopeArray.dataClass.SD.TASDIndexDemo の static メソッド
main(String[]) - class telescopeArray.dataClass.particles.ParticleDemo の static メソッド
main(String[]) - class telescopeArray.dataClass.particles.ParticleStreamDemo の static メソッド
moveLineVectorToPlane(J3Line, J3UnitVector, J3Vector) - class geometry.J3Utility の static メソッド: Move the line vector to where it crosses a plane with a fixed point vector rPlane and plane direction nPlane
muOld - class numRecipes.RandomGenerator の static 変数
multipleFactor(double, J3Vector) - class geometry.J3Vector の static メソッド: calculate scalor x vector fxa

N

NumberOfDoublet - class telescopeArray.dataClass.particles.Particle の static 変数: Number of the "Doublet" valuables to define the particle.
NumberOfFlavor - class telescopeArray.dataClass.particles.Particle の static 変数: Number of the "Flavor" valuables to define the particle.
nextDouble() - class numRecipes.RandomDouble のメソッド: generates a random number on (0,1)-real-interval
nextState() - class numRecipes.RandomDouble のメソッド
numRecipes - package numRecipes

O

outputParticle(Particle, OutputStream) - class telescopeArray.dataClass.particles.ParticleOutputStream の static メソッド
outputTAFDEvent(TAFDEvent, OutputStream) - class telescopeArray.dataClass.FD.TAFDEventOutput の static メソッド
outputTASDEvent(TASDEvent, FileOutputStream) - class telescopeArray.dataClass.SD.TASDEventOutput の static メソッド

P

Particle - class telescopeArray.dataClass.particles.Particle.: The Particle class to define their mass, names, flavors, lifetime It also provides the instance variables such as energy.
Particle(int, int) - class telescopeArray.dataClass.particles.Particle のコンストラクタ: Default initial energy 1EeV = 1.0e9 GeV
Particle(int, int, double) - class telescopeArray.dataClass.particles.Particle のコンストラクタ: Constructor for Checking the given flavor and doublet index.
Particle(int, int, double, int) - class telescopeArray.dataClass.particles.Particle のコンストラクタ: Constructor for setting a massNumber for nuclei
ParticleDemo - class telescopeArray.dataClass.particles.ParticleDemo.: Particle.class Demo program.
ParticleDemo() - class telescopeArray.dataClass.particles.ParticleDemo のコンストラクタ
ParticleInputStream - class telescopeArray.dataClass.particles.ParticleInputStream.: The Object Particle is serialized and sent out to Outputstream
ParticleInputStream() - class telescopeArray.dataClass.particles.ParticleInputStream のコンストラクタ
ParticleOutputStream - class telescopeArray.dataClass.particles.ParticleOutputStream.: The Object Particle is serialized and sent out to Outputstream
ParticleOutputStream() - class telescopeArray.dataClass.particles.ParticleOutputStream のコンストラクタ
ParticleStreamDemo - class telescopeArray.dataClass.particles.ParticleStreamDemo.: Particle.class Demo program.
ParticleStreamDemo() - class telescopeArray.dataClass.particles.ParticleStreamDemo のコンストラクタ
Photon - class telescopeArray.dataClass.particles.Photon.: Photon class extended from PointParticle to add a field of wavelength [nm].
Photon(J3Vector, double) - class telescopeArray.dataClass.particles.Photon のコンストラクタ: Constroctor
Photon(J3Vector) - class telescopeArray.dataClass.particles.Photon のコンストラクタ
PointParticle - class telescopeArray.dataClass.particles.PointParticle.: PointParticle class defines a particle together with its location.
PointParticle(int, int, double, int, J3Vector) - class telescopeArray.dataClass.particles.PointParticle のコンストラクタ: Constroctor initialFlabor ... flavor valuable initialDoblet ... doublet valuable initialEnergy ... initial Energy [GeV] massNumber ... massNumber (integer default 1) point ... particle location
PointParticle(int, int, double, J3Vector) - class telescopeArray.dataClass.particles.PointParticle のコンストラクタ
PointParticle(int, int, J3Vector) - class telescopeArray.dataClass.particles.PointParticle のコンストラクタ
particleMasses - class telescopeArray.dataClass.particles.Particle の static 変数: Particle Mass [GeV]
particleName(int, int) - class telescopeArray.dataClass.particles.Particle の static メソッド: Display the particle name.
point - class telescopeArray.dataClass.particles.PointParticle の変数
poisson(double, long) - class numRecipes.SpecialFunctions の static メソッド: Poisson distribution function
polynominalInterpolate(double[], double[], double) - class numRecipes.Interpolation の static メソッド: Given arrays xa[0....n-1] and ya[0....n-1], and given a value x, this method returns a value y by the polynominal interpolation.
processHitData() - class telescopeArray.FDMC.TAFDSimulator のメソッド: Processing the hit data with simulating the detector response
processHitData() - class telescopeArray.SDMC.TASDSimulator のメソッド: Processing the hit data with simulating the detector response
putCharge(double) - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: put charge [c]
putCharge(double) - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: put charge [c]
putDeltaLogEnergy(double) - class telescopeArray.dataClass.particles.Particle のメソッド
putDimensionOfLogEnergyMatrix(int) - class telescopeArray.dataClass.particles.Particle のメソッド
putEnergy(double) - class telescopeArray.dataClass.particles.Particle のメソッド
putLogEnergy(double) - class telescopeArray.dataClass.particles.Particle のメソッド
putLogEnergyMatrix(double, double) - class telescopeArray.dataClass.particles.Particle のメソッド
putLogEnergyMatrix(int, double) - class telescopeArray.dataClass.particles.Particle のメソッド
putLogEnergyMinimum(double) - class telescopeArray.dataClass.particles.Particle のメソッド
putRelativeTiming(double) - class telescopeArray.dataClass.particles.PointParticle のメソッド: put particle relative timing
putVector(J3Vector) - class geometry.J3Vector のメソッド: put a new vector a = b
putWaveLength(double) - class telescopeArray.dataClass.particles.Photon のメソッド: setting the wave length
putWaveLength(double) - class telescopeArray.dataClass.particles.TrackPhoton のメソッド: setting the wave length

R

REarth - class geometry.EarthCenterCoordinate の static 変数: Radius of the earth [cm]
RandomDouble - class numRecipes.RandomDouble.: Ported to Java by Shigeru Yoshida for the IceCube MC. 2002.12.1 syoshida@hepburn.s.chiba-u.ac.jp Before using, initialize the state by the constrctor RandomDouble(long) in this Java version.
RandomDouble(long) - class numRecipes.RandomDouble のコンストラクタ: Constructor to initialize state[N] with a seed
RandomGenerator - class numRecipes.RandomGenerator.: Utilities for Random generator in Numerical Calculation.
RandomGenerator() - class numRecipes.RandomGenerator のコンストラクタ
RandomGeneratorDemo - class numRecipes.RandomGeneratorDemo.: Display the pseudorandom numbers
RandomGeneratorDemo() - class numRecipes.RandomGeneratorDemo のコンストラクタ
RandomGeneratorTest - class numRecipes.RandomGeneratorTest.: Testing of the uniformity in the pseudorandom numbers
RandomGeneratorTest() - class numRecipes.RandomGeneratorTest のコンストラクタ
RandomGeneratorTest2 - class numRecipes.RandomGeneratorTest2.: Testing of the Gaussian probability with Monte Carlo method based on the RandomGenerator class
RandomGeneratorTest2() - class numRecipes.RandomGeneratorTest2 のコンストラクタ
Rayleigh - class telescopeArray.atmosphere.Rayleigh.: Handilng calculations of the Rayleigh Scattering in N2 air in this object.
Rayleigh() - class telescopeArray.atmosphere.Rayleigh のコンストラクタ
ReadTAFDEventDemo - class telescopeArray.FDMC.ReadTAFDEventDemo.: This is a Demo program to show how to read out TAFDEvent in this MC library
ReadTAFDEventDemo() - class telescopeArray.FDMC.ReadTAFDEventDemo のコンストラクタ
ReadTASDEventDemo - class telescopeArray.SDMC.ReadTASDEventDemo.: This is a Demo program to show how to read out TASDEvent in this MC library
ReadTASDEventDemo() - class telescopeArray.SDMC.ReadTASDEventDemo のコンストラクタ
RombergIntegral(Function, int, double[], double, double) - class numRecipes.Integration の static メソッド: The Romberg method.
RunTAFDSimulator - class telescopeArray.FDMC.RunTAFDSimulator.: This is a Demo program to show how to run TAFDSimulator in this MC library
RunTAFDSimulator() - class telescopeArray.FDMC.RunTAFDSimulator のコンストラクタ
RunTASDSimulator - class telescopeArray.SDMC.RunTASDSimulator.: This is a Demo program to show how to run TASDSimulator in this MC library
RunTASDSimulator() - class telescopeArray.SDMC.RunTASDSimulator のコンストラクタ
rotate(int, double) - class geometry.Coordinate のメソッド: Rotate the coordinate system.

S

SpecialFunctions - class numRecipes.SpecialFunctions.: Utilities for Spectial Functions.
SpecialFunctions() - class numRecipes.SpecialFunctions のコンストラクタ
SpecialFunctionsDemo - class numRecipes.SpecialFunctionsDemo.: Display the SpecialFunctions
SpecialFunctionsDemo() - class numRecipes.SpecialFunctionsDemo のコンストラクタ
searchIndex(double[], double, int) - class numRecipes.Interpolation の static メソッド: Search the array index such that x is between xx[index] and xx[index+1]. xx must be monotonic, either increasing or decreasing. index =0 or index = n-1 is returned to indicate x is out of range.
setAll(double, double, double) - class geometry.J3Vector のメソッド: set all xyz components
setAxisLength(double) - class geometry.J3Line のメソッド: set a new axis length l
setCascadeParameters(int, double) - class telescopeArray.physics.EAScascade のメソッド: Set the first interaction depth and the AVERAGE Xmax and the other cascade-related parameters as a function of energy and the mass number follwing the model.
setCascadeParameters(double, double) - class telescopeArray.physics.EAScascade のメソッド: Set the 1st interaction length and the AVERAGE Xmax directly.
setDirection(J3UnitVector) - class geometry.J3Line のメソッド: set a new direction
setEnergy(double) - class telescopeArray.physics.EAScascade のメソッド: Set the primary energy [GeV]
setEventNumber(int) - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Set event Number
setEventNumber(int) - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Set event Number
setEventTime(double) - class telescopeArray.dataClass.FD.TAFDEvent のメソッド: Set event time
setEventTime(double) - class telescopeArray.dataClass.SD.TASDEvent のメソッド: Set event time
setLength() - class geometry.J3Vector のメソッド: calculate the vector length to set
setMieScatteringPathLength(double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: Change the Mie Scattering length mieLength: [cm] mean free path of the Mie Scattering Length
setMieScatteringScaleHeight(double) - class telescopeArray.atmosphere.USAtmosphere のメソッド: Change the Mie Scattering Scale Height mieHeight: [cm] mean free path of the Mie Scattering height
setMother(PointParticle) - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のメソッド: set Mother particle
setMother(PointParticle) - class telescopeArray.dataClass.SD.TASDSingleWaveForm のメソッド: set Mother particle
setMother(Particle) - class telescopeArray.dataClass.particles.PointParticle のメソッド: set Mother particle
setMother(Particle) - class telescopeArray.dataClass.particles.TrackParticle のメソッド: set Mother particle
setOrigin(J3Vector) - class geometry.Coordinate のメソッド: Set the origin of the coordinate system.
setR0(J3Vector) - class geometry.J3Line のメソッド: set a new passing point
setRelativeAccuracy(double) - class numRecipes.Integration の static メソッド: Change the relative accuracy in the inegration
setT0(double) - class telescopeArray.dataClass.FD.TAFDHit のメソッド: Change t0 to all the particle timing
setT0(double) - class telescopeArray.dataClass.FD.TAFDWaveFormHit のメソッド: Change t0 to all the particle timing
setT0(double) - class telescopeArray.dataClass.SD.TASDHit のメソッド: Change t0 to all the particle timing
setT0(double) - class telescopeArray.dataClass.SD.TASDWaveFormHit のメソッド: Change t0 to all the particle timing
setT0(double) - class telescopeArray.dataClass.particles.PointParticle のメソッド: set timing origin
setTAFDHitData(TAFDHitData) - class telescopeArray.FDMC.TAFDSimulator のメソッド: Set event hit as an input
setTASDHitData(TASDHitData) - class telescopeArray.SDMC.TASDSimulator のメソッド: Set event hit as an input
setX(double) - class geometry.J3Vector のメソッド: set x component
setY(double) - class geometry.J3Vector のメソッド: set y component
setZ(double) - class geometry.J3Vector のメソッド: set z component
sigma - class telescopeArray.dataClass.FD.TAFDSingleWaveForm の static 変数
sigma - class telescopeArray.dataClass.SD.TASDSingleWaveForm の static 変数
sqMu - class numRecipes.RandomGenerator の static 変数
subtract(J3Vector, J3Vector) - class geometry.J3Vector の static メソッド: sabtract vectors a-b

T

TAFDChannelIndex - class telescopeArray.dataClass.FD.TAFDChannelIndex.: This class provides an index to identify/define/name a channel.
TAFDChannelIndex(String) - class telescopeArray.dataClass.FD.TAFDChannelIndex のコンストラクタ: Constructor for a given channel name
TAFDChannelIndex(int) - class telescopeArray.dataClass.FD.TAFDChannelIndex のコンストラクタ: Constructor for a given sierial Number of the channel
TAFDEvent - class telescopeArray.dataClass.FD.TAFDEvent.: Telescope Array Fluorescence Detector MC event class.
TAFDEvent() - class telescopeArray.dataClass.FD.TAFDEvent のコンストラクタ: Defult constructor.
TAFDEvent(int, double) - class telescopeArray.dataClass.FD.TAFDEvent のコンストラクタ: Constructor : Set event number and time
TAFDEventInput - class telescopeArray.dataClass.FD.TAFDEventInput.: The Object TAFDEvent is read out from Inputstream
TAFDEventInput() - class telescopeArray.dataClass.FD.TAFDEventInput のコンストラクタ
TAFDEventOutput - class telescopeArray.dataClass.FD.TAFDEventOutput.: The Object TAFDEvent is serialized and sent out to Outputstream
TAFDEventOutput() - class telescopeArray.dataClass.FD.TAFDEventOutput のコンストラクタ
TAFDHit - class telescopeArray.dataClass.FD.TAFDHit.: Hit class for the Fluorescence Detector.
TAFDHit() - class telescopeArray.dataClass.FD.TAFDHit のコンストラクタ: Constroctor .
TAFDHitData - class telescopeArray.dataClass.FD.TAFDHitData.: Hit Data class for the Fluorescence Detector.
TAFDHitData(TAFDSiteIndex, TAFDMirrorIndex, TAFDChannelIndex) - class telescopeArray.dataClass.FD.TAFDHitData のコンストラクタ: Default constructor
TAFDIndexDemo - class telescopeArray.dataClass.FD.TAFDIndexDemo.
TAFDIndexDemo() - class telescopeArray.dataClass.FD.TAFDIndexDemo のコンストラクタ
TAFDMirrorIndex - class telescopeArray.dataClass.FD.TAFDMirrorIndex.: This class provides an index to identify/define/name a mirror.
TAFDMirrorIndex(String) - class telescopeArray.dataClass.FD.TAFDMirrorIndex のコンストラクタ: Constructor for a given mirror name
TAFDMirrorIndex(int) - class telescopeArray.dataClass.FD.TAFDMirrorIndex のコンストラクタ: Constructor for a given sierial Number of the mirror
TAFDPhotonHit - class telescopeArray.dataClass.FD.TAFDPhotonHit.: Photon hit class for the Fluorescence Detector.
TAFDPhotonHit() - class telescopeArray.dataClass.FD.TAFDPhotonHit のコンストラクタ
TAFDSimulator - class telescopeArray.FDMC.TAFDSimulator.: Telescope Array Fluorescence Detector Simulator.
TAFDSimulator() - class telescopeArray.FDMC.TAFDSimulator のコンストラクタ: Constructor.
TAFDSingleWaveForm - class telescopeArray.dataClass.FD.TAFDSingleWaveForm.: A waveform generated by a single photoelectron Main members are: double charge [c]: charge to generate waveform double impedance [ohm] : default 50 ohm double sigma [nsec] : sigma in the Gaussian approximation double tCenter [nsec] : centreal timing of the waveform PointParticle motherParticle : a primary particle responsible for this wave form.
TAFDSingleWaveForm(double, double) - class telescopeArray.dataClass.FD.TAFDSingleWaveForm のコンストラクタ
TAFDSiteIndex - class telescopeArray.dataClass.FD.TAFDSiteIndex.: This class provides an index to identify/define/name a site.
TAFDSiteIndex(String) - class telescopeArray.dataClass.FD.TAFDSiteIndex のコンストラクタ: Constructor for a given site name
TAFDSiteIndex(int) - class telescopeArray.dataClass.FD.TAFDSiteIndex のコンストラクタ: Constructor for a given sierial Number of the site
TAFDWaveFormHit - class telescopeArray.dataClass.FD.TAFDWaveFormHit.: Hit class for the Fluorescence Detector.
TAFDWaveFormHit() - class telescopeArray.dataClass.FD.TAFDWaveFormHit のコンストラクタ: Constroctor .
TASDChannelIndex - class telescopeArray.dataClass.SD.TASDChannelIndex.: This class provides an index to identify/define/name a SD channel.
TASDChannelIndex(String) - class telescopeArray.dataClass.SD.TASDChannelIndex のコンストラクタ: Constructor for a given channel name
TASDChannelIndex(int) - class telescopeArray.dataClass.SD.TASDChannelIndex のコンストラクタ: Constructor for a given sierial Number of the channel
TASDEvent - class telescopeArray.dataClass.SD.TASDEvent.: Telescope Array Surface Detector MC event class.
TASDEvent() - class telescopeArray.dataClass.SD.TASDEvent のコンストラクタ: Defult constructor.
TASDEvent(int, double) - class telescopeArray.dataClass.SD.TASDEvent のコンストラクタ: Constructor : Set event number and time
TASDEventInput - class telescopeArray.dataClass.SD.TASDEventInput.: The Object TASDEvent is read out from Inputstream
TASDEventInput() - class telescopeArray.dataClass.SD.TASDEventInput のコンストラクタ
TASDEventOutput - class telescopeArray.dataClass.SD.TASDEventOutput.: The Object TASDEvent is serialized and sent out to Outputstream
TASDEventOutput() - class telescopeArray.dataClass.SD.TASDEventOutput のコンストラクタ
TASDHit - class telescopeArray.dataClass.SD.TASDHit.: Hit class for Surface Detector.
TASDHit() - class telescopeArray.dataClass.SD.TASDHit のコンストラクタ: Constroctor .
TASDHitData - class telescopeArray.dataClass.SD.TASDHitData.: Hit Data class for the Surface Detector.
TASDHitData(TASDSiteIndex, TASDChannelIndex) - class telescopeArray.dataClass.SD.TASDHitData のコンストラクタ: Default constructor
TASDIndexDemo - class telescopeArray.dataClass.SD.TASDIndexDemo.
TASDIndexDemo() - class telescopeArray.dataClass.SD.TASDIndexDemo のコンストラクタ
TASDParticleHit - class telescopeArray.dataClass.SD.TASDParticleHit.: Particle hit class for the Surface Detector.
TASDParticleHit() - class telescopeArray.dataClass.SD.TASDParticleHit のコンストラクタ
TASDPhotonHit - class telescopeArray.dataClass.SD.TASDPhotonHit.: Photon hit class for the Surface Detector.
TASDPhotonHit() - class telescopeArray.dataClass.SD.TASDPhotonHit のコンストラクタ
TASDSimulator - class telescopeArray.SDMC.TASDSimulator.: Telescope Array Surface Detector Simulator.
TASDSimulator() - class telescopeArray.SDMC.TASDSimulator のコンストラクタ: Constructor.
TASDSingleWaveForm - class telescopeArray.dataClass.SD.TASDSingleWaveForm.: A waveform generated by a single photoelectron Main members are: double charge [c]: charge to generate waveform double impedance [ohm] : default 50 ohm double sigma [nsec] : sigma in the Gaussian approximation double tCenter [nsec] : centreal timing of the waveform PointParticle motherParticle : a primary particle responsible for this wave form.
TASDSingleWaveForm(double, double) - class telescopeArray.dataClass.SD.TASDSingleWaveForm のコンストラクタ
TASDSiteIndex - class telescopeArray.dataClass.SD.TASDSiteIndex.: This class provides an index to identify/define/name a SD site.
TASDSiteIndex(String) - class telescopeArray.dataClass.SD.TASDSiteIndex のコンストラクタ: Constructor for a given SD site name
TASDSiteIndex(int) - class telescopeArray.dataClass.SD.TASDSiteIndex のコンストラクタ: Constructor for a given sierial Number of the SDs
TASDWaveFormHit - class telescopeArray.dataClass.SD.TASDWaveFormHit.: Hit class for the Surface Detector.
TASDWaveFormHit() - class telescopeArray.dataClass.SD.TASDWaveFormHit のコンストラクタ: Constroctor .
TrackParticle - class telescopeArray.dataClass.particles.TrackParticle.: TrackParticle class defines a particle together with its direction and position.
TrackParticle(int, int, double, int, J3Line) - class telescopeArray.dataClass.particles.TrackParticle のコンストラクタ: Constroctor initialFlabor ... flavor valuable initialDoblet ... doublet valuable initialEnergy ... initial Energy [GeV] massNumber ... massNumber (integer default 1) track ... particle track vector
TrackParticle(int, int, double, J3Line) - class telescopeArray.dataClass.particles.TrackParticle のコンストラクタ
TrackParticle(int, int, J3Line) - class telescopeArray.dataClass.particles.TrackParticle のコンストラクタ
TrackPhoton - class telescopeArray.dataClass.particles.TrackPhoton.: Photon class extended from TrackParticle to add a field of wavelength [nm].
TrackPhoton(J3Line, double) - class telescopeArray.dataClass.particles.TrackPhoton のコンストラクタ: Constroctor
TrackPhoton(J3Line) - class telescopeArray.dataClass.particles.TrackPhoton のコンストラクタ
Twist(long, long) - class numRecipes.RandomDouble のメソッド
t0 - class telescopeArray.dataClass.particles.PointParticle の変数
telescopeArray.FDMC - package telescopeArray.FDMC
telescopeArray.SDMC - package telescopeArray.SDMC
telescopeArray.atmosphere - package telescopeArray.atmosphere: Package telescopeArray.atmosphere This package describes the US standard atmosphere and the relevant scattering processes.
telescopeArray.dataClass.FD - package telescopeArray.dataClass.FD: Package telescopeArray.dataClass.FD This package provides classes to store/manage particle and waveform data for the Fluorescence detector.
telescopeArray.dataClass.SD - package telescopeArray.dataClass.SD
telescopeArray.dataClass.particles - package telescopeArray.dataClass.particles: Package telescopeArray.dataClass.particles This package includes the objects to define elementary particles such as an electron, and a muon-neutrino.
telescopeArray.physics - package telescopeArray.physics: Package telescopeArray.physics This package provides classes to handle physics processes like EAS cascade and fluorescence light emission.
track - class telescopeArray.dataClass.particles.TrackParticle の変数
transformThisCoordinate(J3UnitVector, double) - class geometry.Coordinate のメソッド: transform this coordiante to one with the external z-axis vector nz.
transformUnitVectorToThisCoordinate(J3UnitVector) - class geometry.Coordinate のメソッド: Transform unit vector (direction) J3UnitVector n represented in the different coordinate system to the one in this coordinate.
transformVectorToThisCoordinate(J3Vector, Coordinate) - class geometry.Coordinate のメソッド: Transform vector point J3Vector r represented in the external coordinate system to the one in this coordinate.
trapzd(Function, int, double[], double, double, int) - class numRecipes.Integration の static メソッド: Trapzd integraion method.

U

USAtmosphere - class telescopeArray.atmosphere.USAtmosphere.: This class describes the so-called US Standard Atmoshpere.
USAtmosphere() - class telescopeArray.atmosphere.USAtmosphere のコンストラクタ: Default Constructor
USAtmosphere(double, double, double) - class telescopeArray.atmosphere.USAtmosphere のコンストラクタ: Constructor to set the Mie related parameters

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