A B C D E F G H I J K L M N O P Q R S T V W X Y Z

A

A - Variable in class gen.CosCorr

A - Variable in class mmc.Medium

a - Variable in class mmc.Medium

aBigNumber - Static variable in class mmc.Interpolate

actionPerformed(ActionEvent) - Method in class web.web

advance(double, double, double) - Method in class mmc.Particle

advances the particle by the given distance

almc - Class in web

This is the graphical wrapper program for the lepton generator.

almc(String) - Constructor for class web.almc

almc(String[]) - Constructor for class web.almc

Alpha - Static variable in class mmc.PhysicsModel

Amanda - Class in tfa

Implements muon/tau propagation through multiple media to/through the detector.

Amanda() - Constructor for class tfa.Amanda

AMASIM - Static variable in class mmc.Output

AtmFlux - Class in gen

This is the main lepton generator class.

AtmFlux() - Constructor for class gen.AtmFlux

Atmosphere - Class in gen

Atmosphere parameter implementation.

Atmosphere(int, double) - Constructor for class gen.Atmosphere

Initialize class with model and ground elevation z0 in [km].

B

b - Variable in class mmc.CrossSections

B - Variable in class mmc.Medium

bb - Variable in class mmc.Photonuclear

beginAtmFlux() - Method in class gen.AtmFlux

begins the f2k stream.

beta - Variable in class mmc.Ionizationloss

bigEnergy - Static variable in class mmc.PhysicsModel

bigNumber - Static variable in class mmc.Interpolate

boxh - Variable in class tfa.Amanda

boxl - Variable in class tfa.Amanda

boxw - Variable in class tfa.Amanda

boxx - Variable in class tfa.Amanda

boxy - Variable in class tfa.Amanda

boxz - Variable in class tfa.Amanda

brems - Variable in class mmc.Bremsstrahlung

BremsContinuous - Class in mmc

class contains functions necessary for calculation of bremsstrahlung losses

BremsContinuous(Bremsstrahlung) - Constructor for class mmc.BremsContinuous

initializes an integral class separate from that in Propagate

BremsStochastic - Class in mmc

class contains functions necessary for calculation of bremsstrahlung losses

BremsStochastic(Bremsstrahlung) - Constructor for class mmc.BremsStochastic

initializes an integral class separate from that in Propagate

Bremsstrahlung - Class in mmc

class contains functions necessary for calculation of bremsstrahlung losses

Bremsstrahlung(Bremsstrahlung) - Constructor for class mmc.Bremsstrahlung

creates internal references to p and m, to be called from subclasses

Bremsstrahlung(CrossSections) - Constructor for class mmc.Bremsstrahlung

initializes subclasses and creates internal references to p and m

C

C - Variable in class gen.ExpCorr

c - Variable in class mmc.Bremsstrahlung

c - Variable in class mmc.Epairproduction

c - Variable in class mmc.Ionizationloss

C - Variable in class mmc.Medium

c - Variable in class mmc.Particle

c - Variable in class mmc.Photonuclear

C - Static variable in class mmc.PhysicsModel

C1 - Variable in class mmc.Medium

cb - Variable in class mmc.CrossSections

cd - Variable in class mmc.CrossSections

ce - Variable in class mmc.CrossSections

ci - Variable in class mmc.CrossSections

close() - Static method in class mmc.Output

close the table

Cmon - Static variable in class mmc.PhysicsModel

component - Variable in class mmc.CrossSections

computerPrecision - Static variable in class mmc.MathModel

computerPrecision - Static variable in class mmc.PhysicsModel

contiCorr - Variable in class mmc.Propagate

CosCorr - Class in gen

This class calculates atmosphere-dependent quantities for a fixed first interaction depth.

CosCorr(int, double, double) - Constructor for class gen.CosCorr

Initialize class with atmospheric model and ground elevation z0 in [km].

cosph - Variable in class mmc.Particle

costh - Variable in class mmc.Particle

cp - Variable in class mmc.CrossSections

createNext() - Method in class gen.AtmFlux

I3m function - creates particle set of the next event.

cros - Variable in class mmc.CrossSections

cros - Variable in class mmc.Energy2Loss

CrossSections - Class in mmc

initializes all cross sections and keeps references to them

CrossSections() - Constructor for class mmc.CrossSections

Necessary to keep class structure, since it is called from subclasses

CrossSections(CrossSections) - Constructor for class mmc.CrossSections

creates internal references to p and m, to be called from subclasses

CrossSections(Particle, Medium) - Constructor for class mmc.CrossSections

initializes all cross sections, creates internal references to p and m

CteqPDF - Class in gen

Parton distribution functions necessary for neutrino interaction cross sections are calculated here.

CteqPDF() - Constructor for class gen.CteqPDF

Initialize class with the default PDF set.

CteqPDF(int) - Constructor for class gen.CteqPDF

Initialize class with PDF set specified with i.

Ctq - Static variable in class gen.CteqPDF

cyll - Variable in class tfa.Amanda

cylr - Variable in class tfa.Amanda

cylz - Variable in class tfa.Amanda

D

D - Variable in class gen.AtmFlux

D - Variable in class gen.IntFlux

d - Variable in class mmc.CrossSections

d0 - Variable in class mmc.Medium

d2Ndvdx(double) - Method in class mmc.Ionizationloss

this is what d2N/dv,dx is equal to in the first approximation

De2 - Static variable in class mmc.PhysicsModel

dE2de(double, double) - Method in class mmc.Energy2LossE

contribution of everything to -dE2/de

dE2dx() - Method in class mmc.Energy2LossX

contribution of everything to -dE2/dx

DEBUG - Static variable in class mmc.Output

DEBUG - Variable in class tfa.Amanda

Decay - Class in mmc

class contains functions necessary for the calculation of decay

Decay(CrossSections) - Constructor for class mmc.Decay

creates internal references to p and m

decay() - Method in class mmc.Decay

this cross section describes decay

dEdx() - Method in class mmc.BremsContinuous

contribution of bremsstrahlung to -dE/dx

dEdx() - Method in class mmc.EpairContinuous

contribution of pair production to -dE/dx

dEdx() - Method in class mmc.IonizContinuous

contribution of ionization to -dE/dx

dEdx() - Method in class mmc.PhotoContinuous

Contribution of photonuclear interactions to -dE/dx

defUSER() - Method in class tfa.Amanda

Define user line block for the f2k file streams.

delete(String) - Static method in class mmc.Output

delete the file

dFunction(double) - Method in class exa.TestFindRoot

dFunction(double) - Method in class mmc.Decay

function for electron energy calculation - interface to FindRoot

dFunction(double) - Method in interface mmc.DFunctionOfx

DFunctionOfx - Interface in mmc

function and its derivative must be included in a class that implements this interface

dNdx() - Method in class mmc.BremsStochastic

this is what the sum over all components of dN/dx is equal to

dNdx(double) - Method in class mmc.BremsStochastic

this is what the sum over all components of dN/dx is equal to

dNdx() - Method in class mmc.EpairStochastic

this is what the sum over all components of dN/dx is equal to

dNdx(double) - Method in class mmc.EpairStochastic

this is what the sum over all components of dN/dx is equal to

dNdx() - Method in class mmc.IonizStochastic

this is what dN/dx is equal to

dNdx(double) - Method in class mmc.IonizStochastic

this is what dN/dx is equal to

dNdx() - Method in class mmc.PhotoStochastic

this is what the sum over all components of dN/dx is equal to

dNdx(double) - Method in class mmc.PhotoStochastic

this is what the sum over all components of dN/dx is equal to

Ds2 - Static variable in class mmc.PhysicsModel

dSdy(double, double, boolean, boolean) - Method in class gen.NeutrinoInt

returns the neutrino cross sections integrated over x as functions of y and energy E in [GeV].

dSdy(double, boolean, boolean) - Method in class gen.NeutrinoTot

Charged and Neutral current interaction for neutrinos and antineutrinos

dSdy(double, boolean, boolean, double) - Method in class gen.NeutrinoTot

Charged and Neutral current interaction for neutrinos and antineutrinos

dSdy(double) - Method in class gen.NeutrinoTot

Glashow resonance cross section

dSdy(double, double) - Method in class gen.NeutrinoTot

Glashow resonance cross section

dtct - Variable in class tfa.Amanda

dummy - Variable in class exa.MPMCWJ

dw - Variable in class mmc.Propagate

dw - Variable in class tfa.Amanda

dXdh(double) - Method in class gen.Atmosphere

Returns density in [g/cm^2/km] at a function of altitude in [km].

dXdh(double, double) - Method in class gen.CosCorr

Calculates atmospheric density in [g/cm^2/km] above altitude h in [km] as a function of x=cos(zenith angle).

dXdhX(double) - Method in class gen.Atmosphere

Returns density in [g/cm^2/km] at a function of mass overburden in [g/cm^2].

E

e(boolean, boolean) - Method in class gen.NeutrinoTot

Returns the energy transferred to the hardonic state

e(double) - Method in class gen.NeutrinoTot

Glashow resonance energy lost by neutrino

e(double) - Method in class mmc.BremsStochastic

this is the value of e=v*E, corresponding to rnd in the call to dNdx for the component chosen with rnd in the argument

e - Variable in class mmc.CrossSections

e(double, double, double, Output) - Method in class mmc.Decay

energy of the electron that results from the muon decay

e(double) - Method in class mmc.EpairStochastic

this is the value of e=v*E, corresponding to rnd in the call to dNdx for the component chosen with rnd in the argument

e(double) - Method in class mmc.IonizStochastic

this is the value of e=v*p.e, corresponding to rnd in the call to dNdx

E - Variable in class mmc.Medium

e - Variable in class mmc.Particle

e(double) - Method in class mmc.PhotoStochastic

this is the value of e=v*E, corresponding to rnd in the call to dNdx for the component chosen with rnd in the argument

e1 - Variable in class tfa.Amanda

user-block variable: Energy at the entry point into the detector cylinder if positive (E_IN)

e2 - Variable in class tfa.Amanda

user-block variable: Energy at the exit point from the detector cylinder if positive (E_OUT)

e2le - Variable in class mmc.Energy2Loss

e2loss - Variable in class mmc.Energy2Loss

e2lx - Variable in class mmc.Energy2Loss

EarthModel - Class in gen

Earth density model implementation.

EarthModel(int, double, double, double) - Constructor for class gen.EarthModel

Initialize class with atmospheric model, ground elevation z0 in [km], bedrock elevation b0 in [km], and detector depth D.

ebig - Static variable in class mmc.PhysicsModel

Ec - Variable in class mmc.Particle

ec - Variable in class tfa.Amanda

user-block variable: Energy at the CPD point if positive (E_CPD)

ecut - Variable in class mmc.Medium

Ef - Variable in class mmc.Particle

Efr - Static variable in class gen.IntFlux

Ei - Variable in class mmc.Particle

eini - Variable in class gen.AtmFlux

elost - Variable in class gen.AtmFlux

Elost - Variable in class mmc.Particle

elost - Variable in class tfa.Amanda

Energy lost inside the detector cylinder

elow - Static variable in class mmc.PhysicsModel

eM - Variable in class gen.AtmFlux

eM - Static variable in class gen.IntFlux

endAtmFlux() - Method in class gen.AtmFlux

concludes the f2k stream.

Energy2Loss - Class in mmc

class contains functions for evaluation of the spread of the continuous energy losses

Energy2Loss(Energy2Loss) - Constructor for class mmc.Energy2Loss

creates internal reference to superclass, to be called from subclasses

Energy2Loss(CrossSections) - Constructor for class mmc.Energy2Loss

initializes Energy2Loss classes, creates internal reference to CrossSections

Energy2LossE - Class in mmc

class contains functions for evaluation of the spread of the continuous energy losses

Energy2LossE(Energy2Loss) - Constructor for class mmc.Energy2LossE

initializes an integral class separate from that in Propagate

Energy2LossX - Class in mmc

class contains functions for evaluation of the spread of the continuous energy losses

Energy2LossX(Energy2Loss) - Constructor for class mmc.Energy2LossX

initializes an integral class separate from that in Propagate

epair - Variable in class mmc.Epairproduction

ePair(double, int) - Method in class mmc.Epairproduction

this is the calculation of the dSigma/dv

EpairContinuous - Class in mmc

class contains functions necessary for calculation of e+e- pair production losses

EpairContinuous(Epairproduction) - Constructor for class mmc.EpairContinuous

initializes an integral class separate from that in Propagate

Epairproduction - Class in mmc

class contains functions necessary for calculation of e+e- pair production losses

Epairproduction(Epairproduction) - Constructor for class mmc.Epairproduction

creates internal references to p and m, to be called from subclasses

Epairproduction(CrossSections) - Constructor for class mmc.Epairproduction

initializes subclasses and creates internal references to p and m

EpairStochastic - Class in mmc

class contains functions necessary for calculation of e+e- pair production losses

EpairStochastic(Epairproduction) - Constructor for class mmc.EpairStochastic

initializes an integral class separate from that in Propagate

err - Static variable in class mmc.Output

events - Variable in class tfa.Amanda

exa - package exa

exactTime - Variable in class mmc.Propagate

exists(String) - Static method in class mmc.Output

See if the file "name" exists

ExpCorr - Class in gen

This class calculates atmosphere-dependent quantities for a given average first interaction depth.

ExpCorr(int, double, double) - Constructor for class gen.ExpCorr

Initialize class with atmospheric model and ground elevation z0 in [km].

F

f(double) - Static method in class mmc.Output

Format the double

fast - Static variable in class mmc.Interpolate

fileIa - Static variable in class mmc.Output

fileIr - Static variable in class mmc.Output

fileOa - Static variable in class mmc.Output

fileOr - Static variable in class mmc.Output

findLimit(double) - Method in class mmc.Interpolate

finds x: f(x)=y, 1d initialization required

findLimit(double, double) - Method in class mmc.Interpolate

finds x: f(a,x)=y, 2d initialization required

findNext() - Method in class gen.AtmFlux

creates the next event.

FindRoot - Class in mmc

This class provides routines for calculating roots by the combination of the Newton-Raphson method and bisection.

FindRoot() - Constructor for class mmc.FindRoot

initializes class - this constructor uses default settings

FindRoot(int, double) - Constructor for class mmc.FindRoot

initializes class - this is the main constructor

findRoot(double, double, double, DFunctionOfx, double) - Method in class mmc.FindRoot

returns the value of the root bracketed between min and max.

flag - Static variable in class mmc.Decay

form - Variable in class mmc.Bremsstrahlung

form - Variable in class mmc.Photonuclear

Frejus - Class in tfa

This class evaluates the energy of muons/taus after passing through a given distance or their range.

Frejus() - Constructor for class tfa.Frejus

function(double) - Method in class exa.TestFindRoot

function(double) - Method in class exa.TestIntegral

function(double) - Method in class gen.AtmFlux

Function for flux integration over zenith angles - interface to Integral.

function(double) - Method in class gen.CosCorr

Calculates derivative of mass overburden wrt path distance in [km] as a function of x=cos(zenith angle).

function(double) - Method in class gen.EarthModel

Returns the density in [g/cm^3] as a function of the path length in [km] - interface to Integral.

function(double) - Method in class gen.ExpCorr

Common function for calculation of atmospheric averages - interface to Integral.

function(double) - Method in class gen.IntFlux

Energy distribution as a function of energy x in [GeV]; zenith angle is set in a private variable - interface to Integral.

function(double) - Method in class gen.NeutrinoInt

returns the neutrino cross section dS2dxdy - interface to Integral.

function(double) - Method in class gen.NeutrinoTot

returns the neutrino cross section dSdy - interface to Integral.

function(double) - Method in class mmc.BremsContinuous

bremsstrahlung energy losses - interface to Integral

function(double) - Method in class mmc.BremsStochastic

this is what d2N/dv,dx is equal to - interface to Integral

function(double) - Method in class mmc.CrossSections

function for range calculation for given energy - interface to Integral

function(double) - Method in class mmc.Decay

function for electron energy calculation - interface to FindRoot

function(double) - Method in class mmc.Energy2LossE

total energy^2 losses - interface to Integral

function(double) - Method in class mmc.Energy2LossX

total energy^2 losses - interface to Integral

function(double) - Method in class mmc.EpairContinuous

pair production energy losses - interface to Integral

function(double) - Method in class mmc.Epairproduction

this is the calculation of the d2Sigma/dvdRo - interface to Integral

function(double) - Method in class mmc.EpairStochastic

this is what d2N/dv,dx is equal to - interface to Integral

function(double) - Method in interface mmc.FunctionOfx

function(double) - Method in class mmc.IonizContinuous

inelastic electron bremsstrahlung correction to dEdx - interface to Integral

function(double) - Method in class mmc.IonizStochastic

this is what d2N/dv,dx is equal to - interface to Integral

function(double) - Method in class mmc.Medium

Woods-Saxon potential calculation - interface to Integral

function(double) - Method in class mmc.Particle

function for time delta calculation - interface to Integral

function(double) - Method in class mmc.PhotoContinuous

photonuclear energy losses - interface to Integral

function(double) - Method in class mmc.Photonuclear

parametrized photonuclear cross section - interface to Integral

function(double) - Method in class mmc.PhotoStochastic

this is what d2N/dv,dx is equal to - interface to Integral

function(double) - Method in class mmc.PhysicsModel

for integration - interface to Integral - to be overwritten by subclasses

function(double) - Method in class mmc.Propagate

function for energy range calculation - interface to Integral

function(double) - Method in class mmc.Scattering

function for angle distribution spread calculation - interface to Integral

function(double) - Method in class mmc.StandardNormal

function describes standard normal distribution - interface to Integral

functionInt(double) - Method in class exa.TestInterpolate

functionInt(double, double) - Method in class exa.TestInterpolate

functionInt(double) - Method in class gen.AtmFlux

1d parametrization - interface to Interpolate

functionInt(double, double) - Method in class gen.CteqPDF

2d parametrization - interface to Interpolate

functionInt(double, double) - Method in class gen.EarthModel

2d parametrization - interface to Interpolate

functionInt(double, double) - Method in class gen.IntFlux

2d parametrization - interface to Interpolate

functionInt(double) - Method in class gen.IntFlux

1d parametrization - interface to Interpolate

functionInt(double, double) - Method in class gen.NeutrinoInt

2d parametrization - interface to Interpolate

functionInt(double, double) - Method in class gen.NeutrinoTot

2d parametrization - interface to Interpolate

functionInt(double) - Method in class gen.NeutrinoTot

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.BremsContinuous

1d parametrization - interface to Interpolate

functionInt(double, double) - Method in class mmc.BremsStochastic

2d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.BremsStochastic

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.CrossSections

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.Energy2LossE

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.Energy2LossX

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.EpairContinuous

1d parametrization - interface to Interpolate

functionInt(double, double) - Method in class mmc.Epairproduction

2d parametrization - interface to Interpolate

functionInt(double, double) - Method in class mmc.EpairStochastic

2d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.EpairStochastic

1d parametrization - interface to Interpolate

FunctionInt - Interface in mmc

function to be interpolated must be included in a class that implements this interface

functionInt(double) - Method in interface mmc.FunctionInt

functionInt(double, double) - Method in interface mmc.FunctionInt2

functionInt(double) - Method in class mmc.Interpolate

defines a function for every row

functionInt(double) - Method in class mmc.IonizContinuous

1d parametrization - interface to Interpolate

functionInt(double, double) - Method in class mmc.IonizStochastic

2d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.IonizStochastic

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.Particle

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.PhotoContinuous

1d parametrization - interface to Interpolate

functionInt(double, double) - Method in class mmc.Photonuclear

2d parametrization - interface to Interpolate

functionInt(double, double) - Method in class mmc.PhotoStochastic

2d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.PhotoStochastic

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.PhysicsModel

1d parametrization - interface to Interpolate - to be overwritten by subclasses

functionInt(double, double) - Method in class mmc.PhysicsModel

2d parametrization - interface to Interpolate - to be overwritten by subclasses

functionInt(double) - Method in class mmc.Propagate

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.Scattering

1d parametrization - interface to Interpolate

functionInt(double) - Method in class mmc.StandardNormal

1d parametrization - interface to Interpolate

FunctionInt2 - Interface in mmc

function to be interpolated must be included in a class that implements this interface

FunctionOfx - Interface in mmc

function to be integrated must be included in a class that implements this interface

fw - Variable in class tfa.Amanda

G

g - Static variable in class mmc.Propagate

gamma - Variable in class mmc.Ionizationloss

gD - Static variable in class gen.IntFlux

gdet - Variable in class tfa.Amanda

gEcut - Static variable in class gen.IntFlux

gen - package gen

gens - Variable in class mmc.Output

gens - Variable in class mmc.Particle

getdt(double, double) - Method in class mmc.Particle

time delta, corresponding to the given propagation distance

getdx(double, double, double) - Method in class mmc.CrossSections

returns the value of the distance integral from ei to ef

getE(double, double, double) - Method in class gen.IntFlux

Calculates particle energy above threshold E0 in [GeV] at x=cos(zenith angle) as a function of a random number rnd.

getef(double, double) - Method in class mmc.CrossSections

final energy, corresponding to the given value of displacement dist

getef(double, double, boolean) - Method in class mmc.Propagate

final energy, corresponding to the given value rnd of the tracking integral

getExp(int, double) - Method in class gen.ExpCorr

Common function for calculation of atmospheric averages: func=1: muon production height func=2: 1/cos~1/rho func=3: muon track length all others: normalization.

getfl(double, double) - Method in class gen.IntFlux

Calculates differential flux for energy E in [GeV] at x=cos(zenith angle).

geth(double, double) - Method in class gen.CosCorr

Calculates altitude in [km] corresponding to depth X0 in [g/cm^2] as a function of x=cos(zenith angle).

getIntFlux(double, double) - Method in class gen.IntFlux

Calculates integral flux above energy E in [GeV] at x=cos(zenith angle).

getParameterInfo() - Method in class web.web

getpr(double, double, boolean) - Method in class mmc.Propagate

returns the value of the tracking integral

getPropEc() - Method in class mmc.Propagate

returns the particle energy at rc if the particle has survived or the distance from the point of decay to rc with a minus sign otherwise.

getPropTc() - Method in class mmc.Propagate

returns the particle time at rc if the particle has survived or at the point of decay otherwise.

getStdout() - Method in class mmc.Output

gets the stdout output string, resets the stdout output

gettho(double, double, double) - Method in class mmc.Scattering

spread of the angle distribution, corresponding to the given propagation distance

getUpperLimit() - Method in class mmc.Integral

refines and returns the value of the upper limit x(rand)

getX(double) - Method in class gen.CosCorr

Calculates atmospheric depth in [g/cm^2] as a function of x=cos(zenith angle).

getX(double, double) - Method in class gen.CosCorr

Calculates atmospheric depth in [g/cm^2] above altitude h in [km] as a function of x=cos(zenith angle).

getx(double, double) - Method in class gen.CosCorr

Calculates path length in [km] to altitude h in [km] as a function of x=cos(zenith angle).

Gf - Static variable in class mmc.PhysicsModel

Gw - Static variable in class mmc.PhysicsModel

Gz - Static variable in class mmc.PhysicsModel

H

h(double) - Method in class gen.Atmosphere

Returns altitude in [km] at a function of mass overburden in [g/cm^2].

h0 - Variable in class gen.CosCorr

h0 - Variable in class gen.ExpCorr

h1 - Variable in class tfa.Amanda

user-block variable: distance to the point of entry into the detector cylinder (R_IN)

h2 - Variable in class tfa.Amanda

user-block variable: distance to the point of exit from the detector cylinder (R_OUT)

halfPrecision - Static variable in class mmc.PhysicsModel

height - Variable in class tfa.Amanda

HIST - Variable in class mmc.Output

history - Variable in class mmc.Output

history() - Method in class tfa.Amanda

History lines for the f2k file streams.

HISTSIZE - Static variable in class mmc.Output

hw - Variable in class mmc.Propagate

hw - Variable in class tfa.Amanda

I

i - Variable in class mmc.CrossSections

I - Variable in class mmc.Medium

I3flag - Static variable in class mmc.Output

I3hist - Variable in class mmc.Output

igen - Variable in class mmc.Output

igen - Variable in class mmc.Particle

imaxs - Static variable in class mmc.PhysicsModel

in - Static variable in class mmc.Output

ina - Static variable in class mmc.Output

inelCorrection(double) - Method in class mmc.Ionizationloss

this is the inelastic electron bremsstrahlung correction to the first approximation of the d2N/dv,dx

inf - Static variable in class mmc.Output

init(String) - Method in class mmc.Output

initialize for no history output - no need to call this function

init() - Method in class web.web

initAtmFlux(String[], boolean) - Method in class gen.AtmFlux

Class initializer, command-line option parser.

initBufs() - Method in class tfa.Amanda

Initialize particle buffers for the f2k file streams.

initDefault(String) - Method in class mmc.Output

initialize for regular history output

initDefault(int, int, String, double, double, double, double, double, double) - Method in class mmc.Output

initialize for regular history output

initF2000(int, int, String, double, double, double, double, double, double) - Method in class mmc.Output

initialize for F2000 history output

iniUSER() - Method in class tfa.Amanda

Initialize user line block for the f2k file streams.

inr - Static variable in class mmc.Output

Integral - Class in mmc

This class provides routines for function integration using Romberg method.

Integral() - Constructor for class mmc.Integral

initializes class with default settings

Integral(int, int, double) - Constructor for class mmc.Integral

initializes class - this is the main constructor

integrateClosed(double, double, FunctionOfx) - Method in class mmc.Integral

finds integral for closed intervals

integrateOpened(double, double, FunctionOfx) - Method in class mmc.Integral

finds integral for opened intervals

integrateOpened(double, double, FunctionOfx, double) - Method in class mmc.Integral

finds integral for opened intervals and computes the value of the x(rand)

integrateWithLog(double, double, FunctionOfx) - Method in class mmc.Integral

finds integral for opened intervals using log substitution

integrateWithLog(double, double, FunctionOfx, double) - Method in class mmc.Integral

finds integral for opened intervals and computes the value of the x(rand)

integrateWithLogSubstitution(double, double, FunctionOfx, double) - Method in class mmc.Integral

finds integral for opened intervals using substitution x -> 1/log(x)^(powerOfSubstitution)

integrateWithSubstitution(double, double, FunctionOfx, double) - Method in class mmc.Integral

finds integral for opened intervals using substitution x -> 1/x^(powerOfSubstitution)

integrateWithSubstitution(double, double, FunctionOfx, double, double) - Method in class mmc.Integral

finds integral for opened intervals using substitution x -> 1/x^(powerOfSubstitution) and computes the value of the x(rand)

interpolate() - Method in class gen.AtmFlux

Parametrizes the integral of this class.

interpolate() - Method in class gen.CteqPDF

Creates or reads the ".cteqPDF_raw.data" table.

interpolate() - Method in class gen.EarthModel

Parametrizes the integral of this class.

interpolate(String) - Method in class gen.IntFlux

Parametrize h(x) c(x) o(x) l(x).

interpolate(double) - Method in class gen.IntFlux

Parametrizes the integral of this class.

interpolate() - Method in class gen.NeutrinoInt

Parametrizes the integral of this class.

interpolate(String) - Method in class gen.NeutrinoTot

Parametrizes the integral of this class.

interpolate() - Method in class gen.NeutrinoTot

Parametrizes the integral of this class.

Interpolate - Class in mmc

This class provides routines for function interpolation.

Interpolate(int, double, double, FunctionInt, int, boolean, boolean, boolean, int, boolean, boolean, boolean) - Constructor for class mmc.Interpolate

initializes class for the 1-dimensional function

Interpolate(int, double, double, int, double, double, FunctionInt2, int, boolean, boolean, boolean, int, boolean, boolean, boolean, int, boolean, boolean, boolean) - Constructor for class mmc.Interpolate

initializes class for the 2-dimensional function

Interpolate(double[], double[], int, boolean, boolean) - Constructor for class mmc.Interpolate

initializes class for the 1-dimensional function if the arrays already exist.

interpolate(double) - Method in class mmc.Interpolate

interpolates f(x) for 1d function

interpolate(double, double) - Method in class mmc.Interpolate

interpolates f(x) for 2d function

interpolate(String) - Method in class mmc.Propagate

call this routine to enable interpolations.

interpolate(String, String) - Method in class mmc.Propagate

call this routine to enable interpolations and their save and reread.

interpolateArray(double) - Method in class mmc.Interpolate

interpolates f(x) for 1d function if the arrays already exist.

IntFlux - Class in gen

Class defines Gaisser-like muon and muon- and electron-neutrino energy spectra with cos*, muon energy loss, and decay corrections.

IntFlux(int, int, int, double, double) - Constructor for class gen.IntFlux

Initialize class with particle type (all mu/mu-/mu+/all nu_mu/nu_mu/~nu_mu/all nu_e/nu_e/~nu_e/), model and ground elevation z0 in [km].

IntFlux(int, int, int, double, double, double, double, double) - Constructor for class gen.IntFlux

Initialize the class for spectrum index correction dG and prompt to pion muon component ratio Rc.

intRho(double) - Method in class gen.EarthModel

Returns the density in [g/cm^3] as a function of the path length in [km], gives density of the internal medium.

ioniz - Variable in class mmc.Ionizationloss

Ionizationloss - Class in mmc

class contains functions necessary for calculation of ionization losses

Ionizationloss(Ionizationloss) - Constructor for class mmc.Ionizationloss

creates internal references to p and m, to be called from subclasses

Ionizationloss(CrossSections) - Constructor for class mmc.Ionizationloss

initializes subclasses and creates internal references to p and m

IonizContinuous - Class in mmc

class contains functions necessary for calculation of ionization losses

IonizContinuous(Ionizationloss) - Constructor for class mmc.IonizContinuous

initializes an integral class separate from that in Propagate

IonizStochastic - Class in mmc

class contains functions necessary for calculation of ionization losses

IonizStochastic(Ionizationloss) - Constructor for class mmc.IonizStochastic

initializes an integral class separate from that in Propagate

iprec - Static variable in class mmc.PhysicsModel

iprec2 - Static variable in class mmc.PhysicsModel

iromb - Static variable in class mmc.PhysicsModel

J

J - Variable in class gen.AtmFlux

J - Variable in class gen.CteqPDF

J - Variable in class gen.EarthModel

J - Variable in class gen.IntFlux

J - Variable in class gen.NeutrinoInt

J - Variable in class gen.NeutrinoTot

J - Variable in class mmc.BremsContinuous

J - Variable in class mmc.BremsStochastic

J - Variable in class mmc.CrossSections

J - Variable in class mmc.Energy2LossE

J - Variable in class mmc.Energy2LossX

J - Variable in class mmc.EpairContinuous

J - Variable in class mmc.Epairproduction

J - Variable in class mmc.EpairStochastic

J - Variable in class mmc.IonizContinuous

J - Variable in class mmc.IonizStochastic

J - Variable in class mmc.Particle

J - Variable in class mmc.PhotoContinuous

J - Variable in class mmc.Photonuclear

J - Variable in class mmc.PhotoStochastic

J - Variable in class mmc.Propagate

J - Variable in class mmc.Scattering

J - Variable in class mmc.StandardNormal

Jdf - Variable in class mmc.CrossSections

Jdf - Variable in class mmc.Energy2LossE

Jdf - Variable in class mmc.Particle

Jdf - Variable in class mmc.Propagate

Jdf - Variable in class mmc.Scattering

Je - Static variable in class gen.IntFlux

je - Static variable in class gen.IntFlux

Jo - Variable in class gen.NeutrinoTot

Jo - Variable in class mmc.BremsStochastic

Jo - Variable in class mmc.EpairStochastic

Jo - Variable in class mmc.IonizStochastic

Jo - Variable in class mmc.PhotoStochastic

jt - Variable in class gen.AtmFlux

jt - Variable in class gen.CteqPDF

jt - Variable in class gen.EarthModel

jt - Variable in class gen.IntFlux

jt - Variable in class gen.NeutrinoInt

jt - Variable in class gen.NeutrinoTot

jt - Variable in class mmc.BremsContinuous

jt - Variable in class mmc.BremsStochastic

jt - Variable in class mmc.CrossSections

jt - Variable in class mmc.Energy2LossE

jt - Variable in class mmc.Energy2LossX

jt - Variable in class mmc.EpairContinuous

jt - Variable in class mmc.Epairproduction

jt - Variable in class mmc.EpairStochastic

jt - Variable in class mmc.IonizContinuous

jt - Variable in class mmc.IonizStochastic

jt - Variable in class mmc.Particle

jt - Variable in class mmc.PhotoContinuous

jt - Variable in class mmc.Photonuclear

jt - Variable in class mmc.PhotoStochastic

jt - Variable in class mmc.Propagate

jt - Variable in class mmc.Scattering

jt - Variable in class mmc.StandardNormal

K

K - Static variable in class mmc.PhysicsModel

L

l - Variable in class mmc.Particle

l - Variable in class mmc.Propagate

length - Variable in class gen.AtmFlux

length - Variable in class tfa.Amanda

Lmu - Static variable in class mmc.PhysicsModel

location(String, double, double, double, double, double, double) - Method in class mmc.Particle

initialize the location and direction of the particle, time in sec, x, y, z in cm, theta and phi in deg

Log10 - Static variable in class mmc.PhysicsModel

lorenz - Variable in class mmc.Bremsstrahlung

lorenzCut - Variable in class mmc.Bremsstrahlung

low - Variable in class mmc.Particle

lpm - Variable in class mmc.CrossSections

Lstau - Static variable in class mmc.PhysicsModel

Ltau - Static variable in class mmc.PhysicsModel

M

m - Variable in class mmc.CrossSections

m - Variable in class mmc.Energy2Loss

m - Variable in class mmc.Medium

M - Variable in class mmc.Medium

m - Variable in class mmc.Particle

m - Variable in class mmc.Propagate

Ma1 - Static variable in class mmc.PhysicsModel

main(String[]) - Static method in class exa.New

main(String[]) - Static method in class exa.TestFindRoot

main(String[]) - Static method in class exa.TestIntegral

main(String[]) - Static method in class exa.TestInterpolate

main(String[]) - Static method in class exa.TestNormal

main(String[]) - Static method in class gen.AtmFlux

F2k stream lepton generator.

main(String[]) - Static method in class gen.Atmosphere

Prints atmospheric profiles.

main(String[]) - Static method in class gen.CosCorr

Prints zenith angle profile of production height, cos*, total X, track length.

main(String[]) - Static method in class gen.CteqPDF

Creates the cteq table by calling the cteq library.

main(String[]) - Static method in class gen.EarthModel

Prints the density profile.

main(String[]) - Static method in class gen.ExpCorr

Prints zenith angle profile of production height, cos*, total X, track length.

main(String[]) - Static method in class gen.IntFlux

Calculates 3 example distrbutions.

main(String[]) - Static method in class gen.NeutrinoTot

Prints the cross sections in [cm^2] as a function of energy in [GeV].

main(String[]) - Static method in class tfa.Amanda

Front-end for AMANDA, reads from and outputs to standard input/output in F2000 format.

main(String[]) - Static method in class tfa.Frejus

main(String[]) - Static method in class tfa.Test

main(String[]) - Static method in class web.almc

MathModel - Class in mmc

root of pure math functions

MathModel() - Constructor for class mmc.MathModel

Me - Static variable in class mmc.PhysicsModel

medianum - Variable in class tfa.Amanda

Medium - Class in mmc

medium definition

Medium(String, double, double, double) - Constructor for class mmc.Medium

initialize medium by its name and proposed values of energy cut (ecut) and fractional energy cut (vcut).

medt - Variable in class tfa.Amanda

mF - Static variable in class gen.IntFlux

missed - Variable in class tfa.Amanda

MM - Variable in class mmc.Medium

mmc - package mmc

mmcException - Exception in mmc

generic exception class for use with mmc

mmcException(String) - Constructor for exception mmc.mmcException

mmcf2k() - Method in class gen.AtmFlux

Main parser for the f2k file streams.

mmcf2k(String[]) - Method in class tfa.Amanda

Main parser for the f2k file streams.

Mmon - Static variable in class mmc.PhysicsModel

Mmu - Static variable in class mmc.PhysicsModel

mN - Variable in class mmc.Medium

Mn - Static variable in class mmc.PhysicsModel

molieScat - Variable in class mmc.Propagate

Mp - Static variable in class mmc.PhysicsModel

Mpi - Static variable in class mmc.PhysicsModel

MPMCWJ - Class in exa

Example of use with Symphony.

MPMCWJ() - Constructor for class exa.MPMCWJ

mRa - Variable in class gen.EarthModel

Mrh - Static variable in class mmc.PhysicsModel

mRo - Variable in class gen.EarthModel

Mrs - Static variable in class mmc.PhysicsModel

Mstau - Static variable in class mmc.PhysicsModel

Mtau - Static variable in class mmc.PhysicsModel

Mw - Static variable in class mmc.PhysicsModel

Mz - Static variable in class mmc.PhysicsModel

N

n - Variable in class mmc.CrossSections

n - Variable in class mmc.Medium

Na - Static variable in class mmc.PhysicsModel

Name - Variable in class gen.AtmFlux

name - Variable in class mmc.Medium

name - Variable in class mmc.Particle

NeutrinoInt - Class in gen

Class contains functions for calculation of neutrino interaction differential cross sections.

NeutrinoInt() - Constructor for class gen.NeutrinoInt

Class constructor.

NeutrinoTot - Class in gen

Class contains functions for calculation of neutrino interaction cross sections.

NeutrinoTot() - Constructor for class gen.NeutrinoTot

Class constructor.

New - Class in exa

Example of mmc package use.

New() - Constructor for class exa.New

nlow - Static variable in class mmc.PhysicsModel

No - Variable in class mmc.Medium

nT - Static variable in class gen.IntFlux

num - Variable in class gen.EarthModel

num - Variable in class mmc.Medium

num1 - Static variable in class mmc.PhysicsModel

num2 - Static variable in class mmc.PhysicsModel

num3 - Static variable in class mmc.PhysicsModel

nx - Variable in class tfa.Amanda

user-block variable: x-coordinate of closest approach point (CPD_X) or -user=z point

ny - Variable in class tfa.Amanda

user-block variable: y-coordinate of closest approach point (CPD_Y) or -user=z point

nz - Variable in class tfa.Amanda

user-block variable: z-coordinate of closest approach point (CPD_Z) or -user=z point

O

o - Variable in class mmc.Propagate

open(String) - Static method in class mmc.Output

open the table

out - Variable in class mmc.Decay

out - Static variable in class mmc.Output

outa - Static variable in class mmc.Output

outf - Static variable in class mmc.Output

Output - Class in mmc

Class contains all parametrization table io routines, history/debugging info/secondary output definitions, and a fast double precision variable formatting routine

Output(Particle) - Constructor for class mmc.Output

initialize all classes necessary for propagation

output(int, String, double, double) - Method in class mmc.Output

print output information in the format specified by HIST

outr - Static variable in class mmc.Output

outUSER() - Method in class tfa.Amanda

Output user line block for the f2k file streams.

P

p - Variable in class mmc.CrossSections

p - Variable in class mmc.Energy2Loss

P - Variable in class mmc.Medium

p - Variable in class mmc.Output

p - Variable in class mmc.Particle

p - Variable in class mmc.Propagate

p2 - Variable in class mmc.Particle

paint(Graphics) - Method in class web.almc

Particle - Class in mmc

particle definition (muon)

Particle(Propagate, String) - Constructor for class mmc.Particle

initialize particle

Particle(int, int, String, double, double, double, double, double, double, double, double, Particle) - Constructor for class mmc.Particle

store particle information

Particle(int, int, String, double, double, double, double, double, double, double, double) - Constructor for class mmc.Particle

store particle information

Particle(String, double, double, double, double, double, double, double) - Constructor for class mmc.Particle

store particle information

PDF(int, double, double) - Method in class gen.CteqPDF

Calculates 3 linear combinations of PDFs.

phi - Variable in class mmc.Particle

photo - Variable in class mmc.Photonuclear

PhotoContinuous - Class in mmc

class contains functions necessary for calculation of photonuclear losses

PhotoContinuous(Photonuclear) - Constructor for class mmc.PhotoContinuous

initializes an integral class separate from that in Propagate

photoN(double, int) - Method in class mmc.Photonuclear

this is what the photonuclear interaction cross section is equal to

Photonuclear - Class in mmc

class contains functions necessary for calculation of photonuclear losses

Photonuclear(Photonuclear) - Constructor for class mmc.Photonuclear

creates internal references to p and m, to be called from subclasses

Photonuclear(CrossSections) - Constructor for class mmc.Photonuclear

initializes subclasses and creates internal references to p and m

PhotoStochastic - Class in mmc

class contains functions necessary for calculation of photonuclear losses

PhotoStochastic(Photonuclear) - Constructor for class mmc.PhotoStochastic

initializes an integral class separate from that in Propagate

PhysicsModel - Class in mmc

This is an entry class of the physical model we are building.

PhysicsModel() - Constructor for class mmc.PhysicsModel

Pi - Static variable in class mmc.PhysicsModel

Pmt(double, double) - Method in class gen.NeutrinoTot

Neutrino oscillation probability (mu->tau); units: E [GeV] L [m]

pr - Variable in class mmc.Particle

precision - Variable in class mmc.Interpolate

precision2 - Variable in class mmc.Interpolate

precisionY - Variable in class mmc.Interpolate

processMouseEvent(MouseEvent) - Method in class web.almc

processWindowEvent(WindowEvent) - Method in class web.almc

prop(int, int, double, double, double, double, double, double, double, double) - Method in class tfa.Amanda

Main propagator routine.

prop(double, double, double, double, double, double, double, double) - Method in class tfa.Amanda

Main propagator routine.

propagate(Particle) - Method in class gen.AtmFlux

general-purpose lepton propagator.

Propagate - Class in mmc

main mmc class - must be constructed before anything else

Propagate(String, double, double) - Constructor for class mmc.Propagate

initialize all classes necessary for propagation of a muon.

Propagate(String, double, double, String) - Constructor for class mmc.Propagate

initialize all classes necessary for propagation of a muon or tau.

Propagate(String, double, double, String, double) - Constructor for class mmc.Propagate

initialize all classes necessary for propagation.

propagate(Particle) - Method in class tfa.Amanda

Propagates particles for the external applications.

propagateTo(double, double) - Method in class mmc.Propagate

Propagates the particle of initial energy e to the distance r.

propagateTo(double, double, double) - Method in class mmc.Propagate

Propagates the particle of initial energy e to the distance r.

px - Variable in class gen.EarthModel

py - Variable in class gen.EarthModel

pz - Variable in class gen.EarthModel

Q

Qm - Variable in class gen.CteqPDF

Qn - Variable in class gen.CteqPDF

R

r(double, double, double) - Method in class gen.EarthModel

Calculates path length in [km] from the entry point.

r - Variable in class mmc.Medium

r - Variable in class mmc.Particle

R0 - Static variable in class gen.EarthModel

RA - Variable in class gen.NeutrinoInt

radius - Variable in class gen.AtmFlux

radius - Variable in class tfa.Amanda

radl(double) - Method in class mmc.Medium

calculate radiation length for simple elements

rand - Static variable in class mmc.Propagate

raw - Static variable in class mmc.Output

Rc - Variable in class gen.IntFlux

Re - Static variable in class mmc.PhysicsModel

read() - Static method in class mmc.Output

read one number from the table

reader(String) - Static method in class mmc.Output

open Reader stream

recc - Variable in class mmc.Propagate

RecDec - Static variable in class mmc.Output

recUSER() - Method in class tfa.Amanda

Record user line block for the f2k file streams.

reflush() - Method in class web.textStream

results - Variable in class exa.MPMCWJ

rho(double) - Method in class gen.EarthModel

Calculates density in [g/cm^3] as a function of distance to the center R in [km] according to the preliminary Earth model.

rho - Variable in class mmc.Medium

rho - Variable in class mmc.Propagate

rho - Variable in class tfa.Amanda

Ro - Variable in class mmc.Medium

run() - Method in class web.almc

rw - Variable in class mmc.Propagate

rw - Variable in class tfa.Amanda

Ry - Static variable in class mmc.PhysicsModel

RZ - Variable in class gen.NeutrinoInt

S

s - Variable in class mmc.Bremsstrahlung

s - Variable in class mmc.Epairproduction

s - Variable in class mmc.Ionizationloss

s - Variable in class mmc.Particle

s - Variable in class mmc.Photonuclear

s - Variable in class mmc.Propagate

S - Variable in class mmc.Propagate

Scattering - Class in mmc

class contains functions for evaluation of the Moliere angle distribution spread

Scattering(Particle) - Constructor for class mmc.Scattering

initialize the class

sdec - Variable in class mmc.Propagate

Sel(double, int) - Method in class mmc.Bremsstrahlung

this is what the Elastic Bremsstrahlung Cross Section (EBCS) is equal to units are [1/cm] since the multiplication by No*n is done here.

setEnergy(int) - Method in class mmc.Bremsstrahlung

call before using the bremsstrahlung functions to set the component of the primary

setEnergy(int) - Method in class mmc.Epairproduction

call before using the pair production functions to set the component of the primary

setEnergy() - Method in class mmc.Ionizationloss

call before using the ionization functions, but after setting the particle energy

setEnergy(double) - Method in class mmc.Particle

sets the energy of the particle

setEnergy(int) - Method in class mmc.Photonuclear

call before using the photonuclear functions to set the component of the primary

setLpm() - Method in class mmc.Bremsstrahlung

Landau Pomeranchuk Migdal effect and dielectric suppression evaluation

setp(String[]) - Method in class tfa.Amanda

This is the command-line option parser.

setStderr(String) - Static method in class mmc.Output

enables redirection of the stderr output into a file

setStdout() - Method in class mmc.Output

enables redirection of the stdout output into a string

sett(double, double, double) - Method in class gen.EarthModel

Calculates and stores path length in [km] to the entry and exit points.

setup(String[]) - Method in class gen.AtmFlux

I3m initializer.

setup(String) - Method in class gen.AtmFlux

I3m initializer.

setup(String) - Method in class tfa.Amanda

Initializes propagation for external applications, e.g. mmc-icetray (through jni).

setup(String[]) - Method in class tfa.Amanda

Initializes propagation for external applications, e.g. mmc-icetray (through jni).

shadow - Variable in class mmc.Photonuclear

sinph - Variable in class mmc.Particle

sinth - Variable in class mmc.Particle

sM - Static variable in class gen.IntFlux

sndpr(double) - Method in class mmc.StandardNormal

evaluates the integrated probability

sndrn(double) - Method in class mmc.StandardNormal

evaluates the standard normal random number

sndrn(double, double, double, double, double, boolean) - Method in class mmc.StandardNormal

evaluates the standard normal random number

sphr - Variable in class tfa.Amanda

sphz - Variable in class tfa.Amanda

splitString(String) - Static method in class mmc.Output

Splits the string into the array

sqrt2 - Static variable in class mmc.PhysicsModel

sqrt3 - Static variable in class mmc.PhysicsModel

sqrtE - Static variable in class mmc.PhysicsModel

srho - Variable in class tfa.Amanda

St2 - Static variable in class mmc.PhysicsModel

sta - Static variable in class mmc.Output

StandardNormal - Class in mmc

This class provides routines for evaluation of random numbers distributed normally.

StandardNormal() - Constructor for class mmc.StandardNormal

initializes class with default settings

StandardNormal(int, int, double) - Constructor for class mmc.StandardNormal

initializes the class

start() - Method in class exa.MPMCWJ

T

t() - Method in class gen.EarthModel

Returns the path length in [km] corresponding to the mass overburden X0 in [g/cm^2] set by a call to X(t1, t2, X0).

t - Variable in class mmc.Particle

tc - Variable in class mmc.Particle

tdir - Static variable in class gen.CteqPDF

Test - Class in tfa

This class can be used to produce energy losses and spectra of secondaries for all cross sections.

Test() - Constructor for class tfa.Test

TestFindRoot - Class in exa

Example of class FindRoot use.

TestFindRoot() - Constructor for class exa.TestFindRoot

TestIntegral - Class in exa

Example of class Integral use.

TestIntegral() - Constructor for class exa.TestIntegral

TestInterpolate - Class in exa

Example of class Interpolate use.

TestInterpolate() - Constructor for class exa.TestInterpolate

TestNormal - Class in exa

Example of class StandardNormal use.

TestNormal() - Constructor for class exa.TestNormal

texi - Static variable in class mmc.Output

textStream - Class in web

This class creates OutputStream object for TextArea, necessary for output with println.

textStream(TextArea) - Constructor for class web.textStream

textStream(Frame) - Constructor for class web.textStream

tf - Variable in class gen.EarthModel

tf - Variable in class mmc.Particle

tfa - package tfa

theta - Variable in class mmc.Particle

thini - Variable in class gen.AtmFlux

ti - Variable in class gen.EarthModel

ti - Variable in class mmc.Particle

totA - Variable in class mmc.Medium

totZ - Variable in class mmc.Medium

tracks - Variable in class tfa.Amanda

Tt2 - Static variable in class mmc.PhysicsModel

type - Variable in class mmc.Particle

V

vcut - Variable in class mmc.Medium

vCut(double) - Method in class mmc.Medium

return the value of the fractional energy cut, as described in the help for the constructor

version - Static variable in class mmc.Output

vertices - Variable in class tfa.Amanda

vMax - Variable in class mmc.Bremsstrahlung

vMax - Variable in class mmc.Epairproduction

vMax - Variable in class mmc.Ionizationloss

vMax - Variable in class mmc.Photonuclear

vMin - Variable in class mmc.Bremsstrahlung

vMin - Variable in class mmc.Epairproduction

vMin - Variable in class mmc.Ionizationloss

vMin - Variable in class mmc.Photonuclear

vUp - Variable in class mmc.Bremsstrahlung

vUp - Variable in class mmc.Epairproduction

vUp - Variable in class mmc.Ionizationloss

vUp - Variable in class mmc.Photonuclear

W

web - package web

web - Static variable in class mmc.Output

web - Class in web

This applet class is the front-end for webmmc.

web() - Constructor for class web.web

width - Variable in class tfa.Amanda

worstX - Variable in class mmc.Interpolate

worstX2 - Variable in class mmc.Interpolate

worstY - Variable in class mmc.Interpolate

write(double) - Static method in class mmc.Output

write one number to the table

write(int) - Method in class web.textStream

write(byte[]) - Method in class web.textStream

write(byte[], int, int) - Method in class web.textStream

X

X(double) - Method in class gen.Atmosphere

Returns mass overburden in [g/cm^2] at a function of altitude in [km].

X(double, double) - Method in class gen.EarthModel

Calculates mass overburden in [g/cm^2] as a function of path length in [km] to the entry and exit points.

X(double, double, double) - Method in class gen.EarthModel

Calculates mass overburden in [g/cm^2] as a function of path length in [km] to the entry and exit points.

x - Variable in class mmc.Particle

X0 - Variable in class gen.CosCorr

X0 - Variable in class gen.ExpCorr

X0 - Variable in class mmc.Medium

X1 - Variable in class mmc.Medium

xc - Variable in class mmc.Particle

xf - Variable in class mmc.Particle

xi - Variable in class mmc.Particle

Xo - Variable in class mmc.Bremsstrahlung

Xo - Variable in class mmc.Medium

xres - Static variable in class mmc.PhysicsModel

Xw - Static variable in class mmc.PhysicsModel

Y

y - Variable in class mmc.Particle

yc - Variable in class mmc.Particle

yf - Variable in class mmc.Particle

yi - Variable in class mmc.Particle

Z

Z - Variable in class mmc.Medium

z - Variable in class mmc.Particle

z1 - Variable in class tfa.Amanda

user-block variable: z-coordinate of entry point into the detector cylinder (Z_IN)

z2 - Variable in class tfa.Amanda

user-block variable: z-coordinate of exit point from the detector cylinder (Z_OUT)

ZA - Variable in class mmc.Medium

zc - Variable in class mmc.Particle

zf - Variable in class mmc.Particle

zi - Variable in class mmc.Particle

A B C D E F G H I J K L M N O P Q R S T V W X Y Z