iceCube.uhe.analysis
Class I3ParticleAnalysisFactory

java.lang.Object
  iceCube.uhe.analysis.I3ParticleAnalysisFactory

public class I3ParticleAnalysisFactory
extends java.lang.Object

I3Particles Analysis Factory. Utility methods to help your analysis using I3Particles. A main function is making a histogram that consists of events satisfying the criteria defined by Criteria class. Written originally by S. Yoshida for the IceCube EHE analysis. 2007/1/21

Field Summary

static int[][]	badRunID Bad Run Numbers..
protected double[][]	histCosZenithFgQuality
protected double[][]	histLogEnergyCosZenith
protected double[][]	histLogNpeCosZenith
protected double[][]	histLogNpeFgQuality
protected double[][]	histLogNpeLogEnergy
protected double[][]	histLogNpeNDOM
protected static double	ln10
protected static double	maxLogEnergy
protected static double	maxLogNpe
protected double	mcArea Area where juliet particles are thrown in the MC simulation .
protected double	mcOmega Solid angle where juliet particles are thrown in the MC simulation
protected static double	minLogEnergy
protected static double	minLogNpe
protected double	minLogNumberOfEvents
protected static int	minNDOMsToAnalize The lowest level Requirement of NDOMs.
protected AtmMuonBundleFlux	muonBundle AtmMuonBundleFlux object for calculating the primary cosmic ray energy
protected int	numberOfFilledI3Particles
protected double	observationTime Observation Time [sec]
protected static double	xCenterOfIC9
protected static double	yCenterOfIC9

Constructor Summary

I3ParticleAnalysisFactory(java.io.InputStream in)
Default Constructor

I3ParticleAnalysisFactory(java.io.InputStream in, boolean filterOutBadRunData)
Constructor

Method Summary

void	autoScale(boolean flag)
double	drawEnergyDistributionOnXfig() Draw Energy distribution with slices of cos(zenith) with its bin width
void	drawEventsWithAtmMuonWeights(java.lang.String modelName) draw atmospheric muon weighted-events
void	drawEventsWithGZKWeights(java.lang.String modelName) draw GZK flux weighted-events
void	drawEventsWithNoWeights() draw unweighted-events
double	drawFirstGuessQualityDistributionOnXfig() Draw First Guess Quality distribution with slices of Npe
double	drawNpeDistributionOnXfig() Draw Npe distribution with slices of cos(zenith) with its bin width
double	drawNpeDistributionWithNDOMsliceOnXfig() Draw NPE distribution with slices of NDOM with its bin width
double	drawNpeDistributionWithSliceOfEnergyOnXfig() Draw Npe distribution with slices of Log(Energy) with its bin width
double	drawZenithAngleDistributionOnXfig() Draw cos(zenith) distribution with slices of Npe with its bin width
double	drawZenithAngleDistributionWithFGsliceOnXfig() Draw cos(zenith) distribution with slices of First Guess quality with its bin width
protected static double	getDNDLogE(double powerLaw, double energy, double logEnergyMinimum, double logEnergyMaximum) Calculate the MC Primary Spectrum dN/dLogE except normalization constatnt determined by the total numner of MC events.
java.util.ListIterator	getParticleIterator() Return the Particle Iterator loping over I3Particles
protected boolean	isBadRunData(I3Particle iceParticle) Judge if this event has to be excluded because of the bad run.
void	makeHistogram() Making historgram for drawing by "grafig" graphics package on Xfig.
protected IHistogram1D	makeJaida1DHistogram(java.lang.String option, IHistogramFactory jaidaHistoFactory) Make and Fill IHistogram1D by reading out the variables of I3Particles
protected IHistogram2D	makeJaida2DHistogram(java.lang.String option, IHistogramFactory jaidaHistoFactory) Make and Fill IHistogram2D by reading out the variables of I3Particles
void	plotByJointLine() Plotting histogram by jointed-line
void	plotByPointsWithErrorBars() Plotting histogram by points with error bars
protected void	readI3Particles(java.io.InputStream in) reading the I3Particle objects
void	setBinSize(double deltaLogNpe, double deltaCosZenith)
void	setBinSize(double deltaLogNpe, double deltaCosZenith, double deltaFgQuality)
void	setBinSize(double deltaLogEnergy, double deltaLogNpe, double deltaCosZenith, double deltaFgQuality) Set historgram bin size
void	setCriteria(Criteria criteria) Sets the criteria on making Histogram
void	setMaxRangeOfNDOMsInDrawing(int nDOMs) Set Max Number Of DOMs in Drawing
void	setMCArea(double area) Set the MC area [cm^2]
void	setMCSolidAngle(double omega) Set the MC solid angle [sr]
void	setObservationTime(double time) Set the MC solid angle [sec]
void	switchToMCTruth() Switch to parameters concerned with MCtrue.
void	switchToReco() Switch to parameters concerned with Reco results.

Methods inherited from class java.lang.Object

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

Field Detail

ln10

protected static final double ln10

xCenterOfIC9

protected static double xCenterOfIC9

yCenterOfIC9

protected static double yCenterOfIC9

minLogNumberOfEvents

protected double minLogNumberOfEvents

maxLogNpe

protected static double maxLogNpe

minLogNpe

protected static double minLogNpe

maxLogEnergy

protected static double maxLogEnergy

minLogEnergy

protected static double minLogEnergy

minNDOMsToAnalize

protected static int minNDOMsToAnalize

The lowest level Requirement of NDOMs. For saving memory. Only I3Particles to pass this condition will be stored in the container and subject to further analysis with higher level cuts defined by the Criteral class

numberOfFilledI3Particles

protected int numberOfFilledI3Particles

mcArea

protected double mcArea

Area where juliet particles are thrown in the MC simulation . Unit should be [cm^2].

mcOmega

protected double mcOmega

Solid angle where juliet particles are thrown in the MC simulation

observationTime

protected double observationTime

Observation Time [sec]

muonBundle

protected AtmMuonBundleFlux muonBundle

AtmMuonBundleFlux object for calculating the primary cosmic ray energy

badRunID

public static final int[][] badRunID

Bad Run Numbers.. for the real data analsis only

histLogNpeCosZenith

protected double[][] histLogNpeCosZenith

histLogNpeNDOM

protected double[][] histLogNpeNDOM

histLogNpeFgQuality

protected double[][] histLogNpeFgQuality

histCosZenithFgQuality

protected double[][] histCosZenithFgQuality

histLogNpeLogEnergy

protected double[][] histLogNpeLogEnergy

histLogEnergyCosZenith

protected double[][] histLogEnergyCosZenith

Constructor Detail

I3ParticleAnalysisFactory

public I3ParticleAnalysisFactory(java.io.InputStream in)
                          throws java.io.IOException

Default Constructor

        InputStream in  : Stream to readout a series of I3Particles that is subject
                          to your analysis
        

It reads all I3Particles from InputStream and hold them in form of List.

Throws:

java.io.IOException

I3ParticleAnalysisFactory

public I3ParticleAnalysisFactory(java.io.InputStream in,
                                 boolean filterOutBadRunData)
                          throws java.io.IOException

Constructor

        InputStream in  : Stream to readout a series of I3Particles that is subject
                          to your analysis
        filterOutBadRunData  :  do not use events in the bad run. The real data analysis only.
        

It reads all I3Particles from InputStream and hold them in form of List.

Throws:

java.io.IOException

Method Detail

readI3Particles

protected void readI3Particles(java.io.InputStream in)
                        throws java.io.IOException

reading the I3Particle objects

Throws:

java.io.IOException

getParticleIterator

public java.util.ListIterator getParticleIterator()

Return the Particle Iterator loping over I3Particles

setMCArea

public void setMCArea(double area)

Set the MC area [cm^2]

setMCSolidAngle

public void setMCSolidAngle(double omega)

Set the MC solid angle [sr]

setObservationTime

public void setObservationTime(double time)

Set the MC solid angle [sec]

isBadRunData

protected boolean isBadRunData(I3Particle iceParticle)

Judge if this event has to be excluded because of the bad run. You have to set filterOutBadRunData(true) to get this method effective.

autoScale

public void autoScale(boolean flag)

getDNDLogE

protected static double getDNDLogE(double powerLaw,
                                   double energy,
                                   double logEnergyMinimum,
                                   double logEnergyMaximum)

Calculate the MC Primary Spectrum dN/dLogE except normalization constatnt determined by the total numner of MC events.

        double powerLaw    :   dN/dE = E**(-powerLaw)
        double energy      :   Energy of this I3Particle [GeV]
        double logEnergyMinimum :  log(Energy Minimum [GeV]) in the spectral range
        double logEnergyMaximum :  log(Energy Maximum [GeV]) in the spectral range
        

setBinSize

public void setBinSize(double deltaLogEnergy,
                       double deltaLogNpe,
                       double deltaCosZenith,
                       double deltaFgQuality)

Set historgram bin size

        double deltaLogEnergy  bin size of logEnergy
        double deltaLogNpe     bin size of logNpe
        double deltaCosZenith  bin size of cos(zenith angle)
        double deltaFgQuality  bin size of "First Guess Quality index" in unit of beta
        

setBinSize

public void setBinSize(double deltaLogNpe,
                       double deltaCosZenith,
                       double deltaFgQuality)

setBinSize

public void setBinSize(double deltaLogNpe,
                       double deltaCosZenith)

setMaxRangeOfNDOMsInDrawing

public void setMaxRangeOfNDOMsInDrawing(int nDOMs)

Set Max Number Of DOMs in Drawing

switchToMCTruth

public void switchToMCTruth()

Switch to parameters concerned with MCtrue.

switchToReco

public void switchToReco()

Switch to parameters concerned with Reco results.

plotByJointLine

public void plotByJointLine()

Plotting histogram by jointed-line

plotByPointsWithErrorBars

public void plotByPointsWithErrorBars()

Plotting histogram by points with error bars

drawEventsWithAtmMuonWeights

public void drawEventsWithAtmMuonWeights(java.lang.String modelName)

draw atmospheric muon weighted-events

drawEventsWithGZKWeights

public void drawEventsWithGZKWeights(java.lang.String modelName)

draw GZK flux weighted-events

drawEventsWithNoWeights

public void drawEventsWithNoWeights()

draw unweighted-events

setCriteria

public void setCriteria(Criteria criteria)

Sets the criteria on making Histogram

makeHistogram

public void makeHistogram()

Making historgram for drawing by "grafig" graphics package on Xfig. You have to call this method before drawing any plots on xfig.

drawNpeDistributionOnXfig

public double drawNpeDistributionOnXfig()

Draw Npe distribution with slices of cos(zenith) with its bin width

drawNpeDistributionWithSliceOfEnergyOnXfig

public double drawNpeDistributionWithSliceOfEnergyOnXfig()

Draw Npe distribution with slices of Log(Energy) with its bin width

drawEnergyDistributionOnXfig

public double drawEnergyDistributionOnXfig()

Draw Energy distribution with slices of cos(zenith) with its bin width

drawZenithAngleDistributionOnXfig

public double drawZenithAngleDistributionOnXfig()

Draw cos(zenith) distribution with slices of Npe with its bin width

drawZenithAngleDistributionWithFGsliceOnXfig

public double drawZenithAngleDistributionWithFGsliceOnXfig()

Draw cos(zenith) distribution with slices of First Guess quality with its bin width

drawNpeDistributionWithNDOMsliceOnXfig

public double drawNpeDistributionWithNDOMsliceOnXfig()

Draw NPE distribution with slices of NDOM with its bin width

drawFirstGuessQualityDistributionOnXfig

public double drawFirstGuessQualityDistributionOnXfig()

Draw First Guess Quality distribution with slices of Npe

makeJaida1DHistogram

protected IHistogram1D makeJaida1DHistogram(java.lang.String option,
                                            IHistogramFactory jaidaHistoFactory)

Make and Fill IHistogram1D by reading out the variables of I3Particles

        String option
        "logEnergy"      :  plot logE
        "logRecoEnergy"  :  plot logRecoEnergy
        "logNpe"         :  plot logNpe
        "cosZenith"      :  plot cos(Zenith Angle)
        "nDOMs"          :  plot numberOfDOMs
        "firstGuess"     :  plot beta - first guess quality
        

makeJaida2DHistogram

protected IHistogram2D makeJaida2DHistogram(java.lang.String option,
                                            IHistogramFactory jaidaHistoFactory)

Make and Fill IHistogram2D by reading out the variables of I3Particles

        String option
        "logE-Npe"        :  plot logE-logNpe
        "logECR-Npe"      :  plot log(Primary Cosmic Ray E)-logNpe
        "logRecoE-Npe"    :  plot logRecoE-logNpe
        "logE-cosZenith"  :  plot logE-cosZenith
        "logNpe-cosZenith":  plot logNpe-cosZenith
        "logNpe-CobZ"     :  plot logNpe-ConterOfBrightnessZ
        "CobR-CobZ"       :  plot CenterOfBrightness(sqrt(x^2+y^2))-ConterOfBrightnessZ