A B C D E F G H I K L M N O P Q R S T U V W _

A

ArraySmearer - class org.lcsim.util.ArraySmearer.

This class smears a vector of quantities in accordance with a multivariate normal distribution.

ArraySmearer(double[][]) - Constructor for class org.lcsim.util.ArraySmearer

constructor from the covariance matrix

accumulate(double[]) - Method in class org.lcsim.hmatrix.HMatrixBuilder

Add the measurement vector to the accumulated HMatrix

add(Matrix) - Method in class org.lcsim.matrix.Matrix

add(ReconstructedParticle) - Method in class org.lcsim.reconstructedParticle.ParticleTypeList

addId(ParticleId) - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Add a ParticleId object to this ReconstructedParticle.

at(int, int) - Method in class org.lcsim.matrix.Matrix

B

boost(Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

boost(Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

C

CalorimeterHitEsort - class org.lcsim.emcluster.CalorimeterHitEsort.

CalorimeterHitEsort() - Constructor for class org.lcsim.emcluster.CalorimeterHitEsort

ChisqProb - class org.lcsim.hmatrix.ChisqProb.

A utility class to return the probability that a value of chi-squared x measured for a system with n degrees of freedom would be exceeded by chance.

ChisqProb() - Constructor for class org.lcsim.hmatrix.ChisqProb

ChisqProb - class org.lcsim.util.ChisqProb.

A utility class to return the probability that a value of chi-squared x measured for a system with n degrees of freedom would be exceeded by chance.

ChisqProb() - Constructor for class org.lcsim.util.ChisqProb

calculateVec() - Method in class org.lcsim.emcluster.EMCluster

Calculate the cluster four-momentum.

cells() - Method in class org.lcsim.emcluster.EMCluster

The constituent cells

centroid() - Method in class org.lcsim.emcluster.EMCluster

The unweighted spatial centroid (x,y,z) of the cluster line fit

centroid() - Method in class org.lcsim.matrix.LineFitter

charge() - Method in class org.lcsim.reconstructedParticle.Electron

charge() - Method in class org.lcsim.reconstructedParticle.Muon

charge() - Method in interface org.lcsim.reconstructedParticle.ParticleType

The charge of this particle.

charge() - Method in class org.lcsim.reconstructedParticle.Photon

charge() - Method in class org.lcsim.reconstructedParticle.Pion

charge() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Returns the particle's charge

chisq() - Method in class org.lcsim.emcluster.EMCluster

chisquared(double[]) - Method in class org.lcsim.hmatrix.HMatrix

Calculates the chi-squared for the measurement compared to the expected values and covariances represented by the HMatrix.

clear() - Method in class org.lcsim.util.IntHashMap

Clears this hashtable so that it contains no keys.

cluster(CalorimeterHits) - Method in class org.lcsim.emcluster.EMConeClusterBuilder

Takes a list of CalorimeterHits, clusters them, and returns a list of EMClusters

cluster(Vector) - Method in class org.lcsim.emcluster.EMConeClusterBuilder

Takes a list of CalorimeterHits, clusters them, and returns a list of EMClusters

clusterEnergy() - Method in class org.lcsim.emcluster.EMCluster

The cluster energy corrected for sampling fractions

clusters() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Returns the list of calorimeter Clusters

cols() - Method in class org.lcsim.matrix.Matrix

column(int) - Method in class org.lcsim.matrix.Matrix

compare(Object, Object) - Method in class org.lcsim.emcluster.CalorimeterHitEsort

compare(Object, Object) - Method in class org.lcsim.emcluster.EMClusterESort

The compare function used for sorting.

compareTo(Object) - Method in class org.lcsim.reconstructedParticle.ParticleId

contains(Object) - Method in class org.lcsim.util.IntHashMap

Tests if some key maps into the specified value in this hashtable.

containsKey(int) - Method in class org.lcsim.util.IntHashMap

Tests if the specified object is a key in this hashtable.

containsValue(Object) - Method in class org.lcsim.util.IntHashMap

Returns true if this HashMap maps one or more keys to this value.

createData() - Method in class org.lcsim.matrix.Matrix

createIdentifierString() - Method in class org.lcsim.reconstructedParticle.EMIdentifier

Creates a String which can be used to uniquely recreate the concrete class implementing ParticleTypeIdentifier.

createIdentifierString() - Method in interface org.lcsim.reconstructedParticle.ParticleTypeIdentifier

Creates a String which can be used to uniquely recreate the concrete class implementing ParticleTypeIdentifier.

D

dTheta(EMCluster, EMCluster) - Method in class org.lcsim.emcluster.EMConeClusterBuilder

Calculate the angle between two EMClusters

dirCovariance() - Method in class org.lcsim.matrix.LineFitter

dircos() - Method in class org.lcsim.matrix.LineFitter

directionCosines() - Method in class org.lcsim.emcluster.EMCluster

The direction cosines of the cluster line fit

divide(Lorentz4Vector, double) - Method in interface org.lcsim.util.Lorentz4Vector

divide(Lorentz4Vector, double) - Method in class org.lcsim.util.Momentum4Vector

dot(Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

dot(Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

E

E() - Method in interface org.lcsim.util.Lorentz4Vector

E() - Method in class org.lcsim.util.Momentum4Vector

ELECTRON - Static variable in interface org.lcsim.reconstructedParticle.ParticleType

EMCluster - class org.lcsim.emcluster.EMCluster.

A class encapsulating the behavior of an electromagnetic cluster.

EMCluster(CalorimeterCell, Lorentz4Vector, Vector, int, double) - Constructor for class org.lcsim.emcluster.EMCluster

Fully qualified constructor

EMClusterAnalyzer - class org.lcsim.analysis.EMClusterAnalyzer.

A class to analyze EMClusters

EMClusterAnalyzer(String, double) - Constructor for class org.lcsim.analysis.EMClusterAnalyzer

Constructor

EMClusterESort - class org.lcsim.emcluster.EMClusterESort.

A Comparator for sorting EMClusters

EMClusterESort() - Constructor for class org.lcsim.emcluster.EMClusterESort

EMClusterJob - class org.lcsim.analysis.EMClusterJob.

EMClusterJob() - Constructor for class org.lcsim.analysis.EMClusterJob

EMClusterJob(double, double, double, String) - Constructor for class org.lcsim.analysis.EMClusterJob

EMClusterList - class org.lcsim.emcluster.EMClusterList.

A ClusterList for EMClusters

EMClusterList(List) - Constructor for class org.lcsim.emcluster.EMClusterList

Constructor from a List of Clusters

EMClusterList(Vector) - Constructor for class org.lcsim.emcluster.EMClusterList

Constructor from a Vector of Clusters

EMConeClusterBuilder - class org.lcsim.emcluster.EMConeClusterBuilder.

EMConeClusterBuilder implements a q-f cone clustering algorithm that assigns all neighboring hits to the same cluster if they fall within a radius R of the cluster axis.

EMConeClusterBuilder(double, double, double) - Constructor for class org.lcsim.emcluster.EMConeClusterBuilder

Constructor

EMIdentifier - class org.lcsim.reconstructedParticle.EMIdentifier.

EMIdentifier(String, double, double) - Constructor for class org.lcsim.reconstructedParticle.EMIdentifier

Fully qualified constructor\

EMIdentifier(String) - Constructor for class org.lcsim.reconstructedParticle.EMIdentifier

Single String argument Constructor

EMParticleFinder - class org.lcsim.eflow.EMParticleFinder.

EMParticleFinder(String, double, double, double) - Constructor for class org.lcsim.eflow.EMParticleFinder

Constructor

EflowEventBuilder - class org.lcsim.eflow.EflowEventBuilder.

EflowEventBuilder() - Constructor for class org.lcsim.eflow.EflowEventBuilder

Eigensystem - class org.lcsim.matrix.Eigensystem.

Eigensystem() - Constructor for class org.lcsim.matrix.Eigensystem

Electron - class org.lcsim.reconstructedParticle.Electron.

An electron particle class.

Electron(int) - Constructor for class org.lcsim.reconstructedParticle.Electron

Fully qualified constructor.

eigensort() - Method in class org.lcsim.matrix.Eigensystem

eigensystem() - Method in class org.lcsim.matrix.Matrix

eigenvalues() - Method in class org.lcsim.matrix.Matrix

equals(Matrix) - Method in class org.lcsim.matrix.Matrix

equals(Matrix, double) - Method in class org.lcsim.matrix.Matrix

equals(Object) - Method in class org.lcsim.reconstructedParticle.ParticleId

equals(Object) - Method in class org.lcsim.util.Momentum4Vector

equals(Momentum4Vector) - Method in class org.lcsim.util.Momentum4Vector

F

fill(double) - Method in class org.lcsim.matrix.Matrix

fit(double[][]) - Method in class org.lcsim.matrix.LineFitter

fourMomentum() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Returns the particle's kinematics.

G

gammln(double) - Static method in class org.lcsim.hmatrix.ChisqProb

Returns the logarithm of the Gamma function of x, for x>0.

gammln(double) - Static method in class org.lcsim.util.ChisqProb

Returns the logarithm of the Gamma function of x, for x>0.

gammp(int, double) - Static method in class org.lcsim.hmatrix.ChisqProb

Returns the incomplete gamma function P(a, x).

gammp(int, double) - Static method in class org.lcsim.util.ChisqProb

Returns the incomplete gamma function P(a, x).

gammq(int, double) - Static method in class org.lcsim.hmatrix.ChisqProb

Returns the incomplete gamma function Q(a, x)= 1 - P(a, x).

gammq(int, double) - Static method in class org.lcsim.util.ChisqProb

Returns the incomplete gamma function Q(a, x)= 1 - P(a, x).

gcf(double, double) - Static method in class org.lcsim.hmatrix.ChisqProb

Returns the incomplete gamma function Q(a, x) evaluated by its continued fraction representation.

gcf(double, double) - Static method in class org.lcsim.util.ChisqProb

Returns the incomplete gamma function Q(a, x) evaluated by its continued fraction representation.

generate(double[]) - Method in class org.lcsim.util.ArraySmearer

Generate a vector of variables distributed according to the covariance matrix.

get(int) - Method in class org.lcsim.reconstructedParticle.ParticleTypeList

get(int) - Method in class org.lcsim.util.IntHashMap

Returns the value to which the specified key is mapped in this map.

getClusters() - Method in class org.lcsim.emcluster.EMClusterList

getEigensystem() - Method in class org.lcsim.matrix.Matrix

getEigenvalue(int) - Method in class org.lcsim.matrix.Eigensystem

getEigenvalues() - Method in class org.lcsim.matrix.Eigensystem

getEigenvalues() - Method in class org.lcsim.matrix.Matrix

getEigenvector(int) - Method in class org.lcsim.matrix.Eigensystem

getEigenvectors() - Method in class org.lcsim.matrix.Eigensystem

getIndex() - Method in class org.lcsim.matrix.Eigensystem

getNClusters() - Method in class org.lcsim.emcluster.EMClusterList

gser(double, double) - Static method in class org.lcsim.hmatrix.ChisqProb

Returns the incomplete gamma function P(a, x) evaluated by its series representation.

gser(double, double) - Static method in class org.lcsim.util.ChisqProb

Returns the incomplete gamma function P(a, x) evaluated by its series representation.

H

HMatrix - class org.lcsim.hmatrix.HMatrix.

This class allows one to calculate how well a measurement agrees with expectations.

HMatrix(int, int, double[], double[][]) - Constructor for class org.lcsim.hmatrix.HMatrix

Constructor

HMatrixBuilder - class org.lcsim.hmatrix.HMatrixBuilder.

A class to construct an HMatrix.

HMatrixBuilder(int, int) - Constructor for class org.lcsim.hmatrix.HMatrixBuilder

Construct an n x n HMatrixBuilder.

hashCode() - Method in class org.lcsim.reconstructedParticle.ParticleId

hashcode() - Method in class org.lcsim.util.Momentum4Vector

highestCellEnergy() - Method in class org.lcsim.emcluster.EMCluster

The energy of the highest energy cell in this cluster

hottestCell() - Method in class org.lcsim.emcluster.EMCluster

The CalorimeterHit in this cluster with the highest energy

householder(Matrix, Matrix, Matrix, boolean) - Method in class org.lcsim.matrix.Matrix

I

IntHashMap - class org.lcsim.util.IntHashMap.

A hash map that uses primitive ints for the key rather than objects.

IntHashMap() - Constructor for class org.lcsim.util.IntHashMap

Constructs a new, empty hashtable with a default capacity and load factor, which is 20 and 0.75 respectively.

IntHashMap(int) - Constructor for class org.lcsim.util.IntHashMap

Constructs a new, empty hashtable with the specified initial capacity and default load factor, which is 0.75.

IntHashMap(int, float) - Constructor for class org.lcsim.util.IntHashMap

Constructs a new, empty hashtable with the specified initial capacity and the specified load factor.

identifier() - Method in class org.lcsim.reconstructedParticle.ParticleId

identify(ReconstructedParticle) - Method in class org.lcsim.reconstructedParticle.EMIdentifier

The input ReconstructedParticle is analyzed by the concrete ParticleTypeIdentifier class.

identify(ReconstructedParticle) - Method in interface org.lcsim.reconstructedParticle.ParticleTypeIdentifier

The input ReconstructedParticle is analyzed by the concrete ParticleTypeIdentifier class.

inverse() - Method in class org.lcsim.matrix.Matrix

isEmpty() - Method in class org.lcsim.util.IntHashMap

Tests if this hashtable maps no keys to values.

isEndCap() - Method in class org.lcsim.emcluster.EMCluster

Returns topological position of cluster.

isLowerDiagonal() - Method in class org.lcsim.matrix.Matrix

isNorth() - Method in class org.lcsim.emcluster.EMCluster

Returns topological position of cluster.

isSquare() - Method in class org.lcsim.matrix.Matrix

isSymmetric() - Method in class org.lcsim.matrix.Matrix

isUpperDiagonal() - Method in class org.lcsim.matrix.Matrix

K

keySet() - Method in class org.lcsim.util.IntHashMap

Returns an array with all keys.

keySetSorted() - Method in class org.lcsim.util.IntHashMap

Returns a sorted array with all keys.

L

LineFitter - class org.lcsim.matrix.LineFitter.

Class for determining straight line parameters for 3D spacepoints.

LineFitter() - Constructor for class org.lcsim.matrix.LineFitter

Lorentz4Vector - interface org.lcsim.util.Lorentz4Vector.

A Lorentz Four-vector class interface

layerEnergies() - Method in class org.lcsim.emcluster.EMCluster

The cluster layer energies

layerEnergy(int) - Method in class org.lcsim.emcluster.EMCluster

The cluster energy deposited in a specific layer

layerWidth(int) - Method in class org.lcsim.emcluster.EMCluster

The cluster width (energy second moment) deposited in a specific layer

M

MUON - Static variable in interface org.lcsim.reconstructedParticle.ParticleType

Matrix - class org.lcsim.matrix.Matrix.

Matrix() - Constructor for class org.lcsim.matrix.Matrix

Matrix(int, int) - Constructor for class org.lcsim.matrix.Matrix

Matrix(Matrix) - Constructor for class org.lcsim.matrix.Matrix

Momentum4Vector - class org.lcsim.util.Momentum4Vector.

Momentum4Vector() - Constructor for class org.lcsim.util.Momentum4Vector

Momentum4Vector(double, double, double, double) - Constructor for class org.lcsim.util.Momentum4Vector

Momentum4Vector(Lorentz4Vector) - Constructor for class org.lcsim.util.Momentum4Vector

Muon - class org.lcsim.reconstructedParticle.Muon.

A muon particle class.

Muon(int) - Constructor for class org.lcsim.reconstructedParticle.Muon

Fully qualified constructor.

main(String[]) - Static method in class org.lcsim.analysis.EMClusterJob

main(String[]) - Static method in class org.lcsim.analysis.ReconstructedPhotonJob

makeIdentity() - Method in class org.lcsim.matrix.Matrix

mass() - Method in class org.lcsim.reconstructedParticle.Electron

mass() - Method in class org.lcsim.reconstructedParticle.Muon

mass() - Method in interface org.lcsim.reconstructedParticle.ParticleType

The mass of this particle.

mass() - Method in class org.lcsim.reconstructedParticle.Photon

mass() - Method in class org.lcsim.reconstructedParticle.Pion

mass() - Method in interface org.lcsim.util.Lorentz4Vector

mass() - Method in class org.lcsim.util.Momentum4Vector

mass2() - Method in interface org.lcsim.util.Lorentz4Vector

mass2() - Method in class org.lcsim.util.Momentum4Vector

match(ClusterList, List) - Method in class org.lcsim.analysis.EMClusterAnalyzer

minus(Lorentz4Vector, Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

minus(Lorentz4Vector, Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

N

NEUTRON - Static variable in interface org.lcsim.reconstructedParticle.ParticleType

name() - Method in class org.lcsim.reconstructedParticle.Electron

name() - Method in class org.lcsim.reconstructedParticle.Muon

name() - Method in interface org.lcsim.reconstructedParticle.ParticleType

The commonly used name for this particle.

name() - Method in class org.lcsim.reconstructedParticle.Photon

name() - Method in class org.lcsim.reconstructedParticle.Pion

O

org.lcsim.analysis - package org.lcsim.analysis

org.lcsim.eflow - package org.lcsim.eflow

org.lcsim.emcluster - package org.lcsim.emcluster

org.lcsim.hmatrix - package org.lcsim.hmatrix

org.lcsim.matrix - package org.lcsim.matrix

org.lcsim.reconstructedParticle - package org.lcsim.reconstructedParticle

org.lcsim.util - package org.lcsim.util

P

PHOTON - Static variable in interface org.lcsim.reconstructedParticle.ParticleType

PION - Static variable in interface org.lcsim.reconstructedParticle.ParticleType

ParticleId - class org.lcsim.reconstructedParticle.ParticleId.

Encapsulates a ParticleType, its probability, and the ParticleTypeIdentifier used to make this identification.

ParticleId(ParticleType, double, String) - Constructor for class org.lcsim.reconstructedParticle.ParticleId

ParticleType - interface org.lcsim.reconstructedParticle.ParticleType.

A class to encapsulate a particle type.

ParticleTypeIdentifier - interface org.lcsim.reconstructedParticle.ParticleTypeIdentifier.

An interface used to provide particle type identification for a ReconstructedParticle.

ParticleTypeList - class org.lcsim.reconstructedParticle.ParticleTypeList.

ParticleTypeList() - Constructor for class org.lcsim.reconstructedParticle.ParticleTypeList

Photon - class org.lcsim.reconstructedParticle.Photon.

A photon particle class.

Photon() - Constructor for class org.lcsim.reconstructedParticle.Photon

Pion - class org.lcsim.reconstructedParticle.Pion.

A pion particle class.

Pion(int) - Constructor for class org.lcsim.reconstructedParticle.Pion

Fully qualified constructor.

p() - Method in interface org.lcsim.util.Lorentz4Vector

p() - Method in class org.lcsim.util.Momentum4Vector

pT() - Method in interface org.lcsim.util.Lorentz4Vector

pT() - Method in class org.lcsim.util.Momentum4Vector

pdgId() - Method in class org.lcsim.reconstructedParticle.Electron

pdgId() - Method in class org.lcsim.reconstructedParticle.Muon

pdgId() - Method in interface org.lcsim.reconstructedParticle.ParticleType

The Particle Data Group code for this particle

pdgId() - Method in class org.lcsim.reconstructedParticle.Photon

pdgId() - Method in class org.lcsim.reconstructedParticle.Pion

phi() - Method in class org.lcsim.matrix.LineFitter

phi() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

phi() - Method in interface org.lcsim.util.Lorentz4Vector

phi() - Method in class org.lcsim.util.Momentum4Vector

plus(Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

plus(Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

plusEqual(Matrix) - Method in class org.lcsim.matrix.Matrix

plusEquals(Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

plusEquals(double, double, double, double) - Method in interface org.lcsim.util.Lorentz4Vector

plusEquals(Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

plusEquals(double, double, double, double) - Method in class org.lcsim.util.Momentum4Vector

plusequal(int, int, double) - Method in class org.lcsim.matrix.Matrix

print() - Method in class org.lcsim.matrix.Matrix

print(int) - Method in class org.lcsim.matrix.Matrix

probability() - Method in class org.lcsim.reconstructedParticle.ParticleId

process(LCDEvent) - Method in class org.lcsim.analysis.EMClusterAnalyzer

Process the LCDEvent

process(LCDEvent) - Method in class org.lcsim.analysis.ReconstructedParticleAnalyzer

Process the LCDEvent

process(LCDEvent) - Method in class org.lcsim.analysis.ReconstructedPhotonAnalyzer

Process the LCDEvent

process(LCDEvent) - Method in class org.lcsim.eflow.EMParticleFinder

Process the LCDEvent

process(LCDEvent) - Method in class org.lcsim.eflow.EflowEventBuilder

Processes an LCDEvent to place tracks, cells, and clusters into the event

process(LCDEvent) - Method in class org.lcsim.emcluster.EMConeClusterBuilder

Processes an LCDEvent to find EMClusters

put(int, Object) - Method in class org.lcsim.util.IntHashMap

Maps the specified key to the specified value in this hashtable.

px() - Method in interface org.lcsim.util.Lorentz4Vector

px() - Method in class org.lcsim.util.Momentum4Vector

py() - Method in interface org.lcsim.util.Lorentz4Vector

py() - Method in class org.lcsim.util.Momentum4Vector

pythagoras(double, double) - Method in class org.lcsim.matrix.Matrix

pz() - Method in interface org.lcsim.util.Lorentz4Vector

pz() - Method in class org.lcsim.util.Momentum4Vector

Q

QL(Matrix, Matrix, Matrix, boolean) - Method in class org.lcsim.matrix.Matrix

R

ReconstructedParticle - class org.lcsim.reconstructedParticle.ReconstructedParticle.

This class encapsulates the kinematics and type ID of a reconstructed particle.

ReconstructedParticle(Lorentz4Vector, int) - Constructor for class org.lcsim.reconstructedParticle.ReconstructedParticle

Basic constructor.

ReconstructedParticle(Lorentz4Vector, int, Cluster, Track) - Constructor for class org.lcsim.reconstructedParticle.ReconstructedParticle

Basic constructor.

ReconstructedParticle(Lorentz4Vector, int, Set, Track) - Constructor for class org.lcsim.reconstructedParticle.ReconstructedParticle

Basic constructor.

ReconstructedParticle(Set) - Constructor for class org.lcsim.reconstructedParticle.ReconstructedParticle

Constituent constructor.

ReconstructedParticleAnalyzer - class org.lcsim.analysis.ReconstructedParticleAnalyzer.

A class to analyze ReconstructedParticles in an event

ReconstructedParticleAnalyzer() - Constructor for class org.lcsim.analysis.ReconstructedParticleAnalyzer

ReconstructedPhotonAnalyzer - class org.lcsim.analysis.ReconstructedPhotonAnalyzer.

A class to analyze ReconstructedParticles in an event

ReconstructedPhotonAnalyzer() - Constructor for class org.lcsim.analysis.ReconstructedPhotonAnalyzer

ReconstructedPhotonJob - class org.lcsim.analysis.ReconstructedPhotonJob.

ReconstructedPhotonJob() - Constructor for class org.lcsim.analysis.ReconstructedPhotonJob

ReconstructedPhotonJob(double, double, double, String) - Constructor for class org.lcsim.analysis.ReconstructedPhotonJob

read(String) - Static method in class org.lcsim.hmatrix.HMatrix

Reads the HMatrix from an ASCII file

read(String) - Method in class org.lcsim.hmatrix.HMatrixBuilder

Reads the HMatrix from an ASCII file

read(String) - Method in class org.lcsim.matrix.Matrix

readSerialized(String) - Static method in class org.lcsim.hmatrix.HMatrix

Reads the HMatrix from a Serialized file

readSerialized(String) - Method in class org.lcsim.hmatrix.HMatrixBuilder

Reads the HMatrix from a Serialized file

rehash() - Method in class org.lcsim.util.IntHashMap

Increases the capacity of and internally reorganizes this hashtable, in order to accommodate and access its entries more efficiently.

remove(int) - Method in class org.lcsim.util.IntHashMap

Removes the key (and its corresponding value) from this hashtable.

resolve(EMCluster, EMCluster) - Method in class org.lcsim.emcluster.EMConeClusterBuilder

Given two overlapping clusters, assign cells to nearest axis.

row(int) - Method in class org.lcsim.matrix.Matrix

rows() - Method in class org.lcsim.matrix.Matrix

S

SIGN(double, double) - Method in class org.lcsim.matrix.Matrix

set(int, int, double) - Method in class org.lcsim.matrix.Matrix

setChisq(double) - Method in class org.lcsim.emcluster.EMCluster

setComposite(ReconstructedParticle) - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Sets the composite ReconstructedParticle of which this is a component.

setEigenvalues(Matrix) - Method in class org.lcsim.matrix.Eigensystem

setEigenvectors(Matrix) - Method in class org.lcsim.matrix.Eigensystem

setIndex(int[]) - Method in class org.lcsim.matrix.Eigensystem

size() - Method in class org.lcsim.reconstructedParticle.ParticleTypeList

size() - Method in class org.lcsim.util.IntHashMap

Returns the number of keys in this hashtable.

smear(double[]) - Method in class org.lcsim.util.ArraySmearer

Smear a vector according to the covariance matrix.

square(double) - Method in class org.lcsim.matrix.Matrix

stop() - Method in class org.lcsim.analysis.EMClusterAnalyzer

Write out the HMatrix if in accumulate mode.

submatrix(int, int, int, int) - Method in class org.lcsim.matrix.Matrix

subtract(Matrix) - Method in class org.lcsim.matrix.Matrix

T

theta() - Method in class org.lcsim.matrix.LineFitter

theta() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

theta() - Method in interface org.lcsim.util.Lorentz4Vector

theta() - Method in class org.lcsim.util.Momentum4Vector

times(double) - Method in class org.lcsim.matrix.Matrix

times(Matrix) - Method in class org.lcsim.matrix.Matrix

times(double, Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

times(Lorentz4Vector, double) - Method in interface org.lcsim.util.Lorentz4Vector

times(double, Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

times(Lorentz4Vector, double) - Method in class org.lcsim.util.Momentum4Vector

toString() - Method in class org.lcsim.emcluster.EMCluster

Output stream

toString() - Method in class org.lcsim.hmatrix.HMatrix

Output stream

toString() - Method in class org.lcsim.hmatrix.HMatrixBuilder

Output Stream

toString() - Method in class org.lcsim.matrix.Matrix

toString() - Method in class org.lcsim.reconstructedParticle.EMIdentifier

String representation of this class

toString() - Method in class org.lcsim.reconstructedParticle.Electron

toString() - Method in class org.lcsim.reconstructedParticle.Muon

toString() - Method in class org.lcsim.reconstructedParticle.ParticleId

toString() - Method in class org.lcsim.reconstructedParticle.ParticleTypeList

toString() - Method in class org.lcsim.reconstructedParticle.Photon

toString() - Method in class org.lcsim.reconstructedParticle.Pion

toString() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

String representation of this class.

toString() - Method in class org.lcsim.util.ArraySmearer

Output Stream

toString() - Method in interface org.lcsim.util.Lorentz4Vector

toString() - Method in class org.lcsim.util.Momentum4Vector

tracks() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Returns the list of tracks

transposed() - Method in class org.lcsim.matrix.Matrix

twobodyDecay(double, double) - Method in class org.lcsim.util.Momentum4Vector

type() - Method in class org.lcsim.reconstructedParticle.ParticleId

type() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Return the name of the most probable particle identification.

U

unsetFinal() - Method in class org.lcsim.reconstructedParticle.ReconstructedParticle

Sets this particle to be an intermediate state.

upperDiagonal() - Method in class org.lcsim.matrix.Matrix

usage() - Static method in class org.lcsim.analysis.EMClusterJob

usage() - Static method in class org.lcsim.analysis.ReconstructedPhotonJob

V

validate() - Method in class org.lcsim.hmatrix.HMatrixBuilder

Validates the HMatrix by performing the averages

vec3dot(Lorentz4Vector) - Method in interface org.lcsim.util.Lorentz4Vector

vec3dot(Lorentz4Vector) - Method in class org.lcsim.util.Momentum4Vector

vector() - Method in class org.lcsim.emcluster.EMCluster

The cluster four-momentum

W

width() - Method in class org.lcsim.emcluster.EMCluster

The cluster width (energy second moment).

write(String, String) - Method in class org.lcsim.hmatrix.HMatrix

Writes out the HMatrix to an ASCII file

write(String, String) - Method in class org.lcsim.hmatrix.HMatrixBuilder

Writes out the HMatrix to an ASCII file

write(String) - Method in class org.lcsim.matrix.Matrix

write(String, String) - Method in class org.lcsim.matrix.Matrix

writeSerialized(String) - Method in class org.lcsim.hmatrix.HMatrix

Writes the HMatrix to a Serialized file

writeSerialized(String) - Method in class org.lcsim.hmatrix.HMatrixBuilder

Writes the HMatrix to a Serialized file

_

_a - Variable in class org.lcsim.matrix.Matrix

_col - Variable in class org.lcsim.matrix.Matrix

_eigensystem - Variable in class org.lcsim.matrix.Matrix

_eigenvalue - Variable in class org.lcsim.matrix.Eigensystem

_eigenvalues - Variable in class org.lcsim.matrix.Matrix

_eigenvector - Variable in class org.lcsim.matrix.Eigensystem

_index - Variable in class org.lcsim.matrix.Eigensystem

_initialized - Variable in class org.lcsim.analysis.EMClusterAnalyzer

_row - Variable in class org.lcsim.matrix.Matrix

A B C D E F G H I K L M N O P Q R S T U V W _