S1S2Bands Class Reference

Bands and Slices maintained together. More...

#include <XeAnalysis.h>

Inheritance diagram for S1S2Bands:
DetectorComponent S1S2Object XeMath XeObject XeGraphics XeObject XeCore XeCore XeCore XeCore

List of all members.

Public Member Functions

void compute (S1S2Data *reference)
 Define the bands, given a reference data set.
void cumulate (S1S2Bands *original)
 Fill with the cumulated (intgrated) content of an original S1S2Bands.
void dispatchS1InEqualBands (double s1, double w)
 Fill all bands equally for a given S1.
void draw (int zMode)
 Draw it (it's drawable in a S1S2 plot).
void draw ()
 Draw it (it's drawable in a S1S2 plot).
void drawBandContent (int zMode)
 Draw full band content.
void drawBandContentFrame (int zMode)
 Draw the frame for full band drawing.
void drawBandContentWithFrame (int zMode)
 Draw full band content with fra,e.
void drawBands ()
 Draw it band by band.
void drawCellContent (int zMode)
 Draw cell by cell.
void drawCellContentFrame (int zMode)
 Draw the frame for cell by cell drawing.
void drawCellContentWithFrame (int zMode)
 Draw cell by cell, with a frame.
void drawSlices ()
 Draw it slice by slice.
void drawTheFrame ()
 method to override drawFrame
void extendS1Range (double s1Min, double s1Max)
 Extend the S1 range of.
void fill (double s1, int s, int b, double w=1.)
 Fill an entry, (actually fill twice: one slice and one band).
void fill (int s, int b, double w=1.)
 Fill an entry, (actually fill twice: one slice and one band).
void fillAccordingToS1Dist (vector< double > &weights, double *dist)
 fill all bands according to the same S1 distribution
void fillExponential (vector< double > &weights, double slope)
 Fill all bands with density exponentially decreasing in S1 with variable weight.
void fillUniformly (vector< double > &weights)
 Fill all bands with density constant in S1, with variable weight.
double getArea ()
 return Total area in delta S1 * delta log(s2/s1)
S2Band * getBand (int b)
 Return a given band.
double getBandContent (int b)
 return count in a given band
double getContent (int s, int b)
 Return getContent of a cell.
double getContentBelowS1 (double s1)
 return total count below a given s1
double getCumulatedBandContent (int b)
 Return the cumulated band count, from band 0 to (including) the specified one.
double getMaxBandContent ()
 return max count in a band
double getMaxCount ()
 return max count in a cell
double getMinBandContent ()
 return min count in a band
double getMinBandContentButZero ()
 Return the smallest overall non zero band count.
double getMinCount ()
 return min count in a cell
double getMinCountButZero ()
 Return the smallest overall non zero cell count.
int getNBands ()
 Return number of bands.
int getNSlices ()
 Return number of Slices.
XeRun * getRun ()
 Return the run.
XeBins * getS1Bins ()
 Return the S1 bin description.
double getS1Center (int s)
 return S1 central value in a given slice
double getS1Density (double s1)
 Density of projected S1 (in 1/p.e.
double getS1LowerEdge (int s)
 return S1 min in a given slice
double getS1LowerEdge ()
 return overall S1 min
double * getS1LowerEdges ()
 return list of S1 lower edges, for all slices
double getS1UpperEdge (int s)
 return S1 max in a given slice *
double getS1UpperEdge ()
 return overall S1 max
double * getS1UpperEdges ()
 return list of S1 upper edges, for all slices
double getS1Width (int s)
 return s1 bin width of a given slice (usesul if slices not equidistant!)
double getS1Width ()
 return total S1 range width
double getS2overS1LowerEdge (int b, int s)
 return lower S1/S1 in a given cell
double getS2overS1LowerEdge (int b)
 return overall lower S1/S1 in a given band
double * getS2overS1LowerEdges (int b)
 return list of overall lower S1/S1 in a given band
double getS2overS1UpperEdge (int b, int s)
 return upper S1/S1 in a given cell
double getS2overS1UpperEdge (int b)
 return overall upper S1/S1 in a given band
double * getS2overS1UpperEdges (int b)
 return list of overall upper S1/S1 in a given band
S1Slice * getSlice (int s)
 Return a given slice given its index.
S1Slice * getTheSlice (double s1)
 Return a given slice for a given S1.
double getTotalContent ()
 return total count
virtual bool isDrawable (int mode)
 Is such an object drawable in a given S1S2 Display mode ?
double maxX ()
 return max X = S1 max (this method must be implemented)
double maxY ()
 return min count in a band return max Y = S2/S1 max (this method must be implemented)
double minX ()
 return min X = S1 min (this method must be implemented)
double minY ()
 return min Y = S2/S1 min (this method must be implemented)
TH2F * new2DHistogram (int plot=NONE)
 create a 2d histogram whose content is follows slices and bands
TabulatedDist * newBandXeDist ()
 create a distribution of Band content
XeSpectrum * newBandXeSpectrum ()
 create a spectrum of Band content,
TH1F * newHistogramOfBandDistribution (int plot=NONE)
 Create an histogram of the distribution(spectrum norm.
TH1F * newHistogramOfBandSpectrum (int plot=NONE)
 Create an histogram of the spectrum of Band content.
TH1F * newHistogramOfS1Distribution (int band=ALL, int plot=NONE, int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
 Create an histogram of the distribution(spectrum norm.
TH1F * newHistogramOfS1Spectrum (int band=ALL, int plot=NONE, int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
 Create an histogram of the spectrum of S1 values.
TH1F * newHistogramOfSliceDistribution (int band=ALL, int plot=NONE)
 Create an histogram of the distribution(spectrum norm.
TH1F * newHistogramOfSliceSpectrum (int band=ALL, int plot=NONE)
 Create an histogram of the spectrum of Slice content.
XeMultiGraph * newMultiGraphOfSliceDistribution (int plot=NONE)
 get a multigraph of Slice Distribution (normalized to 1.
XeMultiGraph * newMultiGraphOfSliceSpectrum (int plot=NONE)
 create a multigraph of Slice Spectrum
TabulatedDist * newS1XeDist (int band=ALL, int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
 create a distribution of S1 values
XeSpectrum * newS1XeSpectrum (int band=ALL, int nb=AUTO, double s1Min=AUTOMATIC, double S1Max=AUTOMATIC)
 create a spectrum of S1 values ,
TabulatedDist * newSliceXeDist (int band=ALL)
 create a distribution of Slice content
XeSpectrum * newSliceXeSpectrum (int band=ALL)
 create a spectrum of Slice content,
void normalize (double ratio)
 Multiply everything by a constant factor.
void normalizeToEvents (double events)
 normalize the overall content to "events"
void printBands (int level=1)
 Print it band by band.
bool printIt (int level=1)
 Print.
void printS1InBands (int maxEntries=0)
 Print a few S1 values in each band.
void printSlices (int level=1)
 Print it slice by slice.
void produceGraphicOverview ()
 produce a summary page
void reset ()
 Reset all contents.
 S1S2Bands (string name, S1S2Bands *bands, bool copyContent=false)
 Constructor copying from another S1S2Bands.
 S1S2Bands (string n, XeRun *run, int nBands, XeBins *s1Bins)
 Constructor giving description of s1 slices.
 S1S2Bands (string n, XeRun *run, int nBands, int nS1, double s1Mi, double s1Ma)
 Constructor with equidistant S1 slices.
 S1S2Bands (string nam, XeRun *run, int nBands, S1S2Data *s1s2, int nS1)
 Constructor with equicontent S1 slices.
pair< int, int > whichSliceAndBand (double s1, double s2)
 Return band and slice numbers for a given s1,s2.

Protected Member Functions

string bandName (int band)
 return the name of a given (or all) bands
void copyBandsToSlices ()
 Fill slices after bands were filled.
void establishPointersToCounts ()
 Establish the table of pointers to band counts vector.
void instantiateBandsAndSlices (string name, int nBands)
 Internal method: instantiate bands and slices.
XeMultiGraph * newMultiGraphOfSlice (string name, TabulatedDist **dists, int plot=NONE)
 Internal method: create a multigraph from nBands distributions.
XeMultiGraph * newMultiGraphOfSlice (string name, XeSpectrum **spectra, int plot=NONE)
 Internal method: create a multigraph from nBands spectra.
void reweightTheBands (double *weights)
 reweights the whole bands and contents inside slices
void setNames (string name)
 Internal method: name the bands and the slices.
pair< int, int > whichBands (int band)
 Check that band number either is valid or is equal to 'ALL'.

Static Protected Member Functions

static string getTheName (int nBands, int nSlices)
 Return a default name.

Protected Attributes

vector< S2Band * > bands
vector< vector< double > * > counts
int nBands
int nSlices
XeRun * run
XeBins * s1Bins
vector< S1Slice * > slices

Detailed Description

Bands and Slices maintained together.

Constructor & Destructor Documentation

S1S2Bands::S1S2Bands ( string  nam,
XeRun *  run,
int  nBands,
S1S2Data *  s1s2,
int  nS1 
)

Constructor with equicontent S1 slices.

Parameters:
nam name of the object
run run (actually XeRun) where it's taken from
nBands number of bands
s1s2 original S1S2data
nS1 nimber of slices in S1
S1S2Bands::S1S2Bands ( string  n,
XeRun *  run,
int  nBands,
int  nS1,
double  s1Mi,
double  s1Ma 
)

Constructor with equidistant S1 slices.

Parameters:
n name of the object
run run (actually XeRun) where it's taken from
nBands number of bands
nS1 number of slices in S1
s1Mi minimum S1
s1Ma maximum S1
S1S2Bands::S1S2Bands ( string  n,
XeRun *  run,
int  nBands,
XeBins *  s1Bins 
)

Constructor giving description of s1 slices.

Parameters:
n name of the object
run run (actually XeRun) where it's taken from
nBands number of bands
s1Bins bin interval (actually XeBins) describing slices
S1S2Bands::S1S2Bands ( string  name,
S1S2Bands *  bands,
bool  copyContent = false 
)

Constructor copying from another S1S2Bands.

Parameters:
bands Orignal bands to copy
name The name of the new S1S2Bands
fillIt copy the contents

Member Function Documentation

string S1S2Bands::bandName ( int  band  )  [protected]

return the name of a given (or all) bands

Parameters:
band index to be checked, or ALL
void S1S2Bands::compute ( S1S2Data *  reference  ) 

Define the bands, given a reference data set.

Parameters:
reference pointer to reference S1S2Data data set
void S1S2Bands::cumulate ( S1S2Bands *  original  ) 

Fill with the cumulated (intgrated) content of an original S1S2Bands.

Parameters:
original The original one
void S1S2Bands::dispatchS1InEqualBands ( double  s1,
double  w 
)

Fill all bands equally for a given S1.

Parameters:
s1 Value at which it's filled
w total weight(i.e. the weight in each band is w/nBands)
void S1S2Bands::draw ( int  zMode  ) 

Draw it (it's drawable in a S1S2 plot).

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::drawBandContent ( int  zMode  ) 

Draw full band content.

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::drawBandContentFrame ( int  zMode  ) 

Draw the frame for full band drawing.

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::drawBandContentWithFrame ( int  zMode  ) 

Draw full band content with fra,e.

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::drawCellContent ( int  zMode  ) 

Draw cell by cell.

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::drawCellContentFrame ( int  zMode  ) 

Draw the frame for cell by cell drawing.

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::drawCellContentWithFrame ( int  zMode  ) 

Draw cell by cell, with a frame.

Parameters:
zMode either LINEAR or LOG
void S1S2Bands::extendS1Range ( double  s1Min,
double  s1Max 
)

Extend the S1 range of.

Parameters:
s1Min new and smaller lower S1 bound
s1Max new and larger upper S1 bound
void S1S2Bands::fill ( double  s1,
int  s,
int  b,
double  w = 1. 
)

Fill an entry, (actually fill twice: one slice and one band).

Also fills the table of S1 in the proper band

Parameters:
s1 S1 Value at which it's filled
s slice number
b band number
w weight
void S1S2Bands::fill ( int  s,
int  b,
double  w = 1. 
)

Fill an entry, (actually fill twice: one slice and one band).

Parameters:
s slice number
b band number
w weight
void S1S2Bands::fillAccordingToS1Dist ( vector< double > &  weights,
double *  dist 
)

fill all bands according to the same S1 distribution

Parameters:
weights weight in each of the bands
dist pointer to table of distributions
void S1S2Bands::fillExponential ( vector< double > &  weights,
double  slope 
)

Fill all bands with density exponentially decreasing in S1 with variable weight.

Parameters:
weights weight in each of the bands
slope parameter of the slope
void S1S2Bands::fillUniformly ( vector< double > &  weights  ) 

Fill all bands with density constant in S1, with variable weight.

Parameters:
weights weight in each of the bands
S2Band* S1S2Bands::getBand ( int  b  ) 

Return a given band.

Parameters:
b band number counted from zero
Returns:
pointer to the S2Band XeObject
double S1S2Bands::getBandContent ( int  b  ) 

return count in a given band

Parameters:
b band number (counted from 0)
double S1S2Bands::getContent ( int  s,
int  b 
)

Return getContent of a cell.

Parameters:
s slice number (counted from 0)
b band number (counted from 0)
double S1S2Bands::getContentBelowS1 ( double  s1  ) 

return total count below a given s1

Parameters:
s1 upper limit
double S1S2Bands::getCumulatedBandContent ( int  b  ) 

Return the cumulated band count, from band 0 to (including) the specified one.

Parameters:
band index, couting from zero
XeRun* S1S2Bands::getRun (  ) 

Return the run.

Returns:
pointer to the XeRun XeObject
XeBins* S1S2Bands::getS1Bins (  ) 

Return the S1 bin description.

Returns:
pointer to the XeBins XeObject
double S1S2Bands::getS1Center ( int  s  ) 

return S1 central value in a given slice

Parameters:
s slice number, counted from zero
double S1S2Bands::getS1Density ( double  s1  ) 

Density of projected S1 (in 1/p.e.

)

Parameters:
s1 value at which it is evaluated
double S1S2Bands::getS1LowerEdge ( int  s  ) 

return S1 min in a given slice

Parameters:
s slice number, counted from zero
double* S1S2Bands::getS1LowerEdges (  ) 

return list of S1 lower edges, for all slices

Returns:
pointer to the list
double S1S2Bands::getS1UpperEdge ( int  s  ) 

return S1 max in a given slice *

Parameters:
s slice number, counted from zero
double* S1S2Bands::getS1UpperEdges (  ) 

return list of S1 upper edges, for all slices

Returns:
pointer to the list
double S1S2Bands::getS1Width ( int  s  ) 

return s1 bin width of a given slice (usesul if slices not equidistant!)

Parameters:
s slice number, counted from zero
double S1S2Bands::getS2overS1LowerEdge ( int  b,
int  s 
)

return lower S1/S1 in a given cell

Parameters:
b band number counted from zero *
s slice number, counted from zero
double S1S2Bands::getS2overS1LowerEdge ( int  b  ) 

return overall lower S1/S1 in a given band

Parameters:
b band number counted from zero
double* S1S2Bands::getS2overS1LowerEdges ( int  b  ) 

return list of overall lower S1/S1 in a given band

Parameters:
b band number counted from zero
Returns:
pointer to the list
double S1S2Bands::getS2overS1UpperEdge ( int  b,
int  s 
)

return upper S1/S1 in a given cell

Parameters:
b band number counted from zero
s slice number, counted from zero
double S1S2Bands::getS2overS1UpperEdge ( int  b  ) 

return overall upper S1/S1 in a given band

Parameters:
b band number counted from zero
double* S1S2Bands::getS2overS1UpperEdges ( int  b  ) 

return list of overall upper S1/S1 in a given band

Parameters:
b band number counted from zero
Returns:
pointer to the list
S1Slice* S1S2Bands::getSlice ( int  s  ) 

Return a given slice given its index.

Parameters:
s slice number, counted from zero
Returns:
pointer to the S1Slice XeObject
S1Slice* S1S2Bands::getTheSlice ( double  s1  ) 

Return a given slice for a given S1.

Parameters:
s1 value if s1
Returns:
pointer to the S1Slice XeObject
void S1S2Bands::instantiateBandsAndSlices ( string  name,
int  nBands 
) [protected]

Internal method: instantiate bands and slices.

Assume that the s1Bins XeBins object already exists

Parameters:
name Name to be passed
nBands Number of bands
virtual bool S1S2Bands::isDrawable ( int  mode  )  [virtual]

Is such an object drawable in a given S1S2 Display mode ?

Parameters:
mode S2_VS_S1, S2_OVER_S1_VS_S1, FLATTENED_S2_VS_S1 ,BAND_VS_SLICE

Reimplemented from S1S2Object.

TH2F* S1S2Bands::new2DHistogram ( int  plot = NONE  ) 

create a 2d histogram whose content is follows slices and bands

Parameters:
plot Do we want to plot the content? can be NONE,LINEAR,LOG
Returns:
pointer to the newly created TH2D
TabulatedDist* S1S2Bands::newBandXeDist (  ) 

create a distribution of Band content

Returns:
a pointer to the newly created TabulatedDist
Parameters:
band band index, starting at 0; default: ALL= cumulated
XeSpectrum* S1S2Bands::newBandXeSpectrum (  ) 

create a spectrum of Band content,

Returns:
a pointer to the newly created XeSpectrum
Parameters:
band band index, starting at 0; default: ALL= cumulated
TH1F* S1S2Bands::newHistogramOfBandDistribution ( int  plot = NONE  ) 

Create an histogram of the distribution(spectrum norm.

to 1) of Band content

Returns:
a pointer to the newly created histogram
Parameters:
band band index, starting at 0; default: ALL= cumulated
plot Do we want to plot the content? can be NONE,LINEAR,LOG
TH1F* S1S2Bands::newHistogramOfBandSpectrum ( int  plot = NONE  ) 

Create an histogram of the spectrum of Band content.

Returns:
a pointer to the newly created histogram
Parameters:
band band index, starting at 0; default: ALL= cumulated
plot Do we want to plot the content? can be NONE,LINEAR,LOG
TH1F* S1S2Bands::newHistogramOfS1Distribution ( int  band = ALL,
int  plot = NONE,
int  nb = AUTO,
double  s1Min = AUTOMATIC,
double  s1Max = AUTOMATIC 
)

Create an histogram of the distribution(spectrum norm.

to 1) of S1 values

Returns:
a pointer to the newly created histogram
Parameters:
band band index, starting at 0; default: ALL= cumulated
plot Do we want to plot the content? can be NONE,LINEAR,LOG
nb number of bins (default: automatic)
s1Min lower bound of S1 (default: automatic)
s1Max upper bound of S1 (default: automatic)
TH1F* S1S2Bands::newHistogramOfS1Spectrum ( int  band = ALL,
int  plot = NONE,
int  nb = AUTO,
double  s1Min = AUTOMATIC,
double  s1Max = AUTOMATIC 
)

Create an histogram of the spectrum of S1 values.

Returns:
a pointer to the newly created histogram
Parameters:
band band index, starting at 0; default: ALL= cumulated
plot Do we want to plot the content? can be NONE,LINEAR,LOG
nb number of bins (default: automatic)
s1Min lower bound of S1 (default: automatic)
s1Max upper bound of S1 (default: automatic)
TH1F* S1S2Bands::newHistogramOfSliceDistribution ( int  band = ALL,
int  plot = NONE 
)

Create an histogram of the distribution(spectrum norm.

to 1) of Slice content

Returns:
a pointer to the newly created histogram
Parameters:
band band index, starting at 0; default: ALL= cumulated
plot Do we want to plot the content? can be NONE,LINEAR,LOG
TH1F* S1S2Bands::newHistogramOfSliceSpectrum ( int  band = ALL,
int  plot = NONE 
)

Create an histogram of the spectrum of Slice content.

Returns:
a pointer to the newly created histogram
Parameters:
band band index, starting at 0; default: ALL= cumulated
plot Do we want to plot the content? can be NONE,LINEAR,LOG
XeMultiGraph* S1S2Bands::newMultiGraphOfSlice ( string  name,
TabulatedDist **  dists,
int  plot = NONE 
) [protected]

Internal method: create a multigraph from nBands distributions.

Returns:
pointer to newly created multigraph (actually XeMultiGraph)
Parameters:
name name of the multigraph to be created
dists pointer to pointers of disitribution
plot either NONE, AUTO, LINEAR, or LOG
XeMultiGraph* S1S2Bands::newMultiGraphOfSlice ( string  name,
XeSpectrum **  spectra,
int  plot = NONE 
) [protected]

Internal method: create a multigraph from nBands spectra.

Returns:
pointer to newly created multigraph (actually XeMultiGraph)
Parameters:
name name of the multigraph to be created
spectra pointer to pointers of spectra
plot either NONE, AUTO, LINEAR, or LOG
XeMultiGraph* S1S2Bands::newMultiGraphOfSliceDistribution ( int  plot = NONE  ) 

get a multigraph of Slice Distribution (normalized to 1.

in each band)

Returns:
pointer to the newly created XeMultiGraph
Parameters:
plot either NONE, AUTO, LINEAR, or LOG
XeMultiGraph* S1S2Bands::newMultiGraphOfSliceSpectrum ( int  plot = NONE  ) 

create a multigraph of Slice Spectrum

Returns:
pointer to the newly created XeMultiGraph
Parameters:
plot either NONE, AUTO, LINEAR, or LOG
TabulatedDist* S1S2Bands::newS1XeDist ( int  band = ALL,
int  nb = AUTO,
double  s1Min = AUTOMATIC,
double  s1Max = AUTOMATIC 
)

create a distribution of S1 values

Returns:
a pointer to the newly created TabulatedDist
Parameters:
band band index, starting at 0; default: ALL= cumulated
nb number of bins (default: automatic)
s1Min lower bound of S1 (default: automatic)
s1Max upper bound of S1 (default: automatic)
XeSpectrum* S1S2Bands::newS1XeSpectrum ( int  band = ALL,
int  nb = AUTO,
double  s1Min = AUTOMATIC,
double  S1Max = AUTOMATIC 
)

create a spectrum of S1 values ,

Returns:
a pointer to the newly created XeSpectrum
Parameters:
band band index, starting at 0; default: ALL= cumulated
nb number of bins (default: automatic)
s1Min lower bound of S1 (default: automatic)
s1Max upper bound of S1 (default: automatic)
TabulatedDist* S1S2Bands::newSliceXeDist ( int  band = ALL  ) 

create a distribution of Slice content

Returns:
a pointer to the newly created TabulatedDist
Parameters:
band band index, starting at 0; default: ALL= cumulated
XeSpectrum* S1S2Bands::newSliceXeSpectrum ( int  band = ALL  ) 

create a spectrum of Slice content,

Returns:
a pointer to the newly created XeSpectrum
Parameters:
band band index, starting at 0; default: ALL= cumulated
void S1S2Bands::normalize ( double  ratio  ) 

Multiply everything by a constant factor.

Parameters:
ratio multiplication factor
void S1S2Bands::normalizeToEvents ( double  events  ) 

normalize the overall content to "events"

Parameters:
events the total sum in the bands after normalization
void S1S2Bands::printBands ( int  level = 1  ) 

Print it band by band.

Parameters:
level verbosity
bool S1S2Bands::printIt ( int  level = 1  )  [virtual]

Print.

Parameters:
level verbosity

Reimplemented from XeObject.

void S1S2Bands::printS1InBands ( int  maxEntries = 0  ) 

Print a few S1 values in each band.

Parameters:
maxEntries how many entries per band
void S1S2Bands::printSlices ( int  level = 1  ) 

Print it slice by slice.

Parameters:
level verbosity
void S1S2Bands::reweightTheBands ( double *  weights  )  [protected]

reweights the whole bands and contents inside slices

Parameters:
weights relative weight of each band (sum[weights]=1);
void S1S2Bands::setNames ( string  name  )  [protected]

Internal method: name the bands and the slices.

Parameters:
name Name to be passed
pair<int,int> S1S2Bands::whichBands ( int  band  )  [protected]

Check that band number either is valid or is equal to 'ALL'.

Parameters:
band index to be checked, or ALL
Returns:
a pair containing the fist and last indices, or NONE if error
pair<int,int> S1S2Bands::whichSliceAndBand ( double  s1,
double  s2 
)

Return band and slice numbers for a given s1,s2.

Parameters:
s1 value of S1
s2 value of S2
Returns:
a pair containing a band number and a slice number

Member Data Documentation

vector<S2Band*> S1S2Bands::bands [protected]

pointer to the bands

vector<vector<double>*> S1S2Bands::counts [protected]

pointers to counts in each band

int S1S2Bands::nBands [protected]

number of bands

int S1S2Bands::nSlices [protected]

number of slices

XeRun* S1S2Bands::run [protected]

pointer the run (actually) XeRun XeObject

XeBins* S1S2Bands::s1Bins [protected]

pointer to description of the S1 bins

vector<S1Slice*> S1S2Bands::slices [protected]

pointer to the strips

The documentation for this class was generated from the following file:
 All Classes Functions Variables
Generated on 10 Apr 2015 for Xephyr by  doxygen 1.6.1