PlotCompareUtility Class Reference

#include <PlotCompareUtility.h>

Public Types
enum	Axis { axisX, axisY }

Public Member Functions
HistoData *	addHistoData (std::string NewName, std::string RefName, int PlotType)
HistoData *	addHistoData (std::string Name, int PlotType)
HistoData *	addProjectionXData (HistoData *Parent, std::string Name, int PlotType, int Bin, TH1 *NewHisto, TH1 *RefHisto)
HistoData *	addProjectionYData (HistoData *Parent, std::string Name, int PlotType, int Bin, TH1 *NewHisto, TH1 *RefHisto)
void	clearHistos ()
void	clearProjectionsX (HistoData *Parent)
void	clearProjectionsY (HistoData *Parent)
bool	compare (HistoData *)
void	dump ()
double	getChi2Threshold () const
bool	getFinalResult () const
std::vector< HistoData > *	getHistos ()
double	getKSThreshold () const
int	getNumHistos () const
int	getPlotsBottomMargin () const
int	getPlotsHeight () const
int	getPlotsLeftMargin () const
int	getPlotsRightMargin () const
int	getPlotsTopMargin () const
int	getPlotsWidth () const
int	getProjectionsBarsThickness () const
int	getProjectionsBottomMargin () const
int	getProjectionsHeight () const
int	getProjectionsLeftMargin () const
int	getProjectionsRightMargin () const
int	getProjectionsTopMargin () const
int	getProjectionsWidth () const
std::vector< HistoData > *	getProjectionsX (HistoData *HD)
std::vector< HistoData > *	getProjectionsY (HistoData *HD)
int	getSummaryBarsThickness () const
int	getSummaryBottomMargin () const
int	getSummaryHeight () const
int	getSummaryLeftMargin () const
int	getSummaryRightMargin () const
int	getSummaryTopMargin () const
int	getSummaryWidth () const
double	getThreshold () const
bool	isValid () const
void	makeDefaultPlots ()
void	makeHTML (HistoData *)
void	makePlots (HistoData *)
void	makeSummary (std::string Name)
void	makeSummaryHTML (std::string Name)
void	makeSummaryPlot (std::string Name)
	PlotCompareUtility (std::string Reference, std::string New, std::string NewBasePath, std::string NewPrefix="", std::string RefBasePath="", std::string RefPrefix="")
void	setChi2Threshold (double Threshold)
void	setKSThreshold (double Threshold)
void	setPlotsBottomMargin (int Pixels)
void	setPlotsHeight (int Pixels)
void	setPlotsLeftMargin (int Pixels)
void	setPlotsRightMargin (int Pixels)
void	setPlotsTopMargin (int Pixels)
void	setPlotsWidth (int Pixels)
void	setProjectionsBarsThickness (int Pixels)
void	setProjectionsBottomMargin (int Pixels)
void	setProjectionsHeight (int Pixels)
void	setProjectionsiWidth (int Pixels)
void	setProjectionsLeftMargin (int Pixels)
void	setProjectionsRightMargin (int Pixels)
void	setProjectionsTopMargin (int Pixels)
void	setSummaryBarsThickness (int Pixels)
void	setSummaryBottomMargin (int Pixels)
void	setSummaryHeight (int Pixels)
void	setSummaryLeftMargin (int Pixels)
void	setSummaryRightMargin (int Pixels)
void	setSummaryTopMargin (int Pixels)
void	setSummaryWidth (int Pixels)
virtual	~PlotCompareUtility ()

Private Member Functions
void	centerRebin (TH1 *, TH1 *)
template<>
bool	compare (HistoData *HD)
template<>
bool	compare (HistoData *HD)
template<int PlotType>
bool	compare (HistoData *)
template<>
void	makeHTML (HistoData *HD)
template<int PlotType>
void	makeHTML (HistoData *)
template<>
void	makeHTML (HistoData *HD)
template<>
void	makePlots (HistoData *HD)
template<>
void	makePlots (HistoData *HD)
template<int PlotType>
void	makePlots (HistoData *)
void	renormalize (TH1 *, TH1 *)

Private Attributes
double	chi2Threshold
bool	finalResult
std::vector< HistoData >	histos
double	ksThreshold
std::string	newBasePath
TFile *	newFile
std::string	newPrefix
int	plotsBottomMargin
int	plotsHeight
int	plotsLeftMargin
int	plotsRightMargin
int	plotsTopMargin
int	plotsWidth
int	projectionsBarsThickness
int	projectionsBottomMargin
int	projectionsHeight
int	projectionsLeftMargin
int	projectionsRightMargin
int	projectionsTopMargin
int	projectionsWidth
std::map< HistoData *, std::vector< HistoData > >	projectionsX
std::map< HistoData *, std::vector< HistoData > >	projectionsY
std::string	refBasePath
TFile *	refFile
std::string	refPrefix
int	summaryBarsThickness
int	summaryBottomMargin
int	summaryHeight
int	summaryLeftMargin
int	summaryRightMargin
int	summaryTopMargin
int	summaryWidth

Detailed Description

Definition at line 17 of file PlotCompareUtility.h.

Member Enumeration Documentation

enum PlotCompareUtility::Axis

Enumerator
axisX
axisY

Definition at line 27 of file PlotCompareUtility.h.

{ axisX, axisY /*, axisZ -- maybe later? */ };

Constructor & Destructor Documentation

PlotCompareUtility::PlotCompareUtility	(	std::string	Reference,
		std::string	New,
		std::string	NewBasePath,
		std::string	NewPrefix = "",
		std::string	RefBasePath = "",
		std::string	RefPrefix = ""
	)

virtual PlotCompareUtility::~PlotCompareUtility ( )

virtual

Member Function Documentation

HistoData* PlotCompareUtility::addHistoData	(	std::string	NewName,
		std::string	RefName,
		int	PlotType
	)

Referenced by setPlotsBottomMargin().

HistoData* PlotCompareUtility::addHistoData ( std::string  Name, int  PlotType  )

inline

Definition at line 93 of file PlotCompareUtility.h.

References addHistoData(), addProjectionXData(), addProjectionYData(), globaldigis_analyze_cfi::Name, and AlCaHLTBitMon_QueryRunRegistry::string.

Referenced by addHistoData().

{ return addHistoData(Name,Name,PlotType); }

HistoData* PlotCompareUtility::addProjectionXData	(	HistoData *	Parent,
		std::string	Name,
		int	PlotType,
		int	Bin,
		TH1 *	NewHisto,
		TH1 *	RefHisto
	)

Referenced by addHistoData().

HistoData* PlotCompareUtility::addProjectionYData	(	HistoData *	Parent,
		std::string	Name,
		int	PlotType,
		int	Bin,
		TH1 *	NewHisto,
		TH1 *	RefHisto
	)

Referenced by addHistoData().

void PlotCompareUtility::centerRebin ( TH1 *  , TH1 *    )

private

void PlotCompareUtility::clearHistos ( )

inline

Definition at line 96 of file PlotCompareUtility.h.

References histos.

{ histos.clear(); }

void PlotCompareUtility::clearProjectionsX ( HistoData *  Parent )

inline

Definition at line 97 of file PlotCompareUtility.h.

References projectionsX.

{ projectionsX[Parent].clear(); }

void PlotCompareUtility::clearProjectionsY ( HistoData *  Parent )

inline

Definition at line 98 of file PlotCompareUtility.h.

References compare(), dump(), isValid(), makeDefaultPlots(), makeHTML(), makePlots(), makeSummary(), makeSummaryHTML(), makeSummaryPlot(), projectionsY, and AlCaHLTBitMon_QueryRunRegistry::string.

{ projectionsY[Parent].clear(); }

template<>

bool PlotCompareUtility::compare ( HistoData *  HD )

private

Definition at line 18 of file Plot1D.h.

References MessageLogger_cfi::cerr, postprocess-scan-build::href, NULL, and TriggerAnalyzer::passed.

                                                      {

  // get the reference and comparison histograms
  TH1F *href = (TH1F *)HD->getRefHisto();
  TH1F *hnew = (TH1F *)HD->getNewHisto();

  // do not run comparisons if either histogram is empty/broken
  if (hnew == NULL || href == NULL || hnew->GetEntries() <= 1 || href->GetEntries() <= 1) {
    //std::cerr << HD->getName() << " error: unable to retrieve histogram (or no entries)\n";
    HD->setIsEmpty(true); return false;
  }

  // rebin histograms and center on common range
  if (HD->getDoAllow1DRebinning()) centerRebin(href,hnew);

  // run statistical comparisons
  double ksScore = hnew->KolmogorovTest(href,"D");
  double chi2Score = hnew->Chi2Test(href,"uup");

  // renormalize histograms for common display
  renormalize(href,hnew);

  // set ks/chi2 and determine high/low scores
  HD->setKSScore(ksScore); HD->setChi2Score(chi2Score);
  if (ksThreshold > 0 && chi2Threshold > 0) {
    HD->setLowScore(ksScore < chi2Score ? ksScore : chi2Score);
    HD->setHighScore(ksScore > chi2Score ? ksScore : chi2Score); 
  } 
  else if (ksThreshold > 0) {  HD->setLowScore(ksScore); HD->setHighScore(ksScore); }
  else if (chi2Threshold > 0) { HD->setLowScore(chi2Score); HD->setHighScore(chi2Score); }
  else std::cerr << "error: no test performed? chi2Threshold and ksThreshold <= 0\n";

  // check overall result
  bool passed = (ksScore >= ksThreshold && chi2Score >= chi2Threshold);
  HD->setResult(passed);
//  if (!passed) std::cout << "NOTPASSED!!!!"; else std::cout << "YESPASSED!";
  // returns true on test passed and false on test failed
  HD->setIsEmpty(false);
  return passed;

}

template<>

bool PlotCompareUtility::compare ( HistoData *  HD )

private

Definition at line 21 of file Plot2D.h.

References stringResolutionProvider_cfi::bin, MessageLogger_cfi::cerr, gather_cfg::cout, HistoData::getHighScore(), HistoData::getLowScore(), postprocess-scan-build::href, createfilelist::int, NULL, and Plot1D.

                                                      {

  // get the reference and comparison histograms
  TH2F *href2d = (TH2F *)HD->getRefHisto();
  TH2F *hnew2d = (TH2F *)HD->getNewHisto();

  // do not run comparisons if either histogram is empty/broken
  if (hnew2d == NULL || href2d == NULL || hnew2d->GetEntries() <= 1 || href2d->GetEntries() <= 1) {
    //std::cerr << HD->getName() << " error: unable to retrieve histogram (or no entries)\n";
    HD->setIsEmpty(true); return false;
  } 

  // prepare an overall result
  bool projectionsPassed = true;

  // loop over axes (projections on one or both may be requested)
  for (int axis = axisX; axis <= axisY; ++axis) {

    // for X: verify projections requested and proper Y binning of href2d and hnew2d
    if (axis == axisX && !HD->getDoProjectionsX()) continue;
    if (axis == axisX && href2d->GetNbinsY() != hnew2d->GetNbinsY()) {
      std::cerr << HD->getName() << " error: incorrect number of bins for X projection tests\n";
      projectionsPassed = false; continue;
    }

    // for Y: verify projections requested and proper X binning of href2d and hnew2d
    if (axis == axisY && !HD->getDoProjectionsY()) continue;
    if (axis == axisY && href2d->GetNbinsX() != hnew2d->GetNbinsX()) {
      std::cerr << HD->getName() << " error: incorrect number of bins for Y projection tests\n";
      projectionsPassed = false; continue;
    }

    // setup the rebinning variables
    int nBins = (axis == axisX) ? href2d->GetNbinsY() : href2d->GetNbinsX();
    int nProjections = (axis == axisX) ? HD->getMaxProjectionsX() : HD->getMaxProjectionsY();
    int nGroups = (int)ceil(float(nBins) / nProjections);
    bool rebinned = false;

    // for X projections: if required rebin a clone of href2d and hnew2d
    if (axis == axisX && HD->getDoAllow2DRebinningX() && nGroups > 1) {
      href2d = (TH2F *)(((TH2F *)(href2d->Clone()))->RebinY(nGroups));
      hnew2d = (TH2F *)(((TH2F *)(hnew2d->Clone()))->RebinY(nGroups));
      nBins = href2d->GetNbinsY();
      rebinned = true;
    }

    // for Y projections: if required rebin a clone of href2d and hnew2d
    if (axis == axisY && HD->getDoAllow2DRebinningY() && nGroups > 1) {
      href2d = (TH2F *)(((TH2F *)(href2d->Clone()))->RebinX(nGroups));
      hnew2d = (TH2F *)(((TH2F *)(hnew2d->Clone()))->RebinX(nGroups));
      nBins = href2d->GetNbinsX();
      rebinned = true;
    }

    // loop over bins in histograms (go backwords to keep in order)
    //for (int bin = nBins; bin >= 1; --bin) {
    for (int bin = 1; bin <= nBins; ++bin) {

      std::cout << "bin " << bin << " of " << nBins << std::endl;
      // create some unique identifiers for the histogram names
      TString projName = HD->getName() + (axis == axisX ? "_px" : "_py"); projName += bin;
      TString newProjName = "new_"; newProjName += projName;
      TString refProjName = "ref_"; refProjName += projName;

      // get the 1d projections for this bin out of the histogram
      TH1D *hnew = (axis == axisX) ? hnew2d->ProjectionX(newProjName.Data(),bin,bin) : hnew2d->ProjectionY(newProjName.Data(),bin,bin);
      TH1D *href = (axis == axisX) ? href2d->ProjectionX(refProjName.Data(),bin,bin) : href2d->ProjectionY(refProjName.Data(),bin,bin);

      // set histogram axis labels
      hnew->GetXaxis()->SetTitle((axis == axisX ? hnew2d->GetXaxis()->GetTitle() : hnew2d->GetYaxis()->GetTitle()));
      href->GetXaxis()->SetTitle((axis == axisX ? href2d->GetXaxis()->GetTitle() : href2d->GetYaxis()->GetTitle()));

      // allow Root to delete these histograms after display
      hnew->SetBit(kCanDelete);
      href->SetBit(kCanDelete);

      // create a new HistoData based on this projection
      HistoData *proj = (axis == axisX) ? addProjectionXData(HD,projName.Data(),Plot1D,bin,hnew,href) \
        : addProjectionYData(HD,projName.Data(),Plot1D,bin,hnew,href);

      // ignore empty bins
      //if (hnew->Integral() == 0 || href->Integral() == 0) continue;
      if (hnew->GetEntries() <= 1 || href->GetEntries() <= 1||hnew->Integral() == 0 || href->Integral() == 0) continue;
      
      // run this new HistoData through compare<Plot1D>
      projectionsPassed &= compare<Plot1D>(proj);
           
      // get the high and low scores from this comparison
      float lowScore = proj->getLowScore(); float highScore = proj->getHighScore();
      if (lowScore < HD->getLowScore()) HD->setLowScore(lowScore);
      if (highScore > HD->getHighScore()) HD->setHighScore(highScore);

    }

    // if 2d histograms were rebinned, delete the clone and re-get the original
    if (rebinned) {
      delete href2d; href2d = (TH2F *)HD->getRefHisto();
      delete hnew2d; hnew2d = (TH2F *)HD->getNewHisto();
    }

  }

  // check overall result
  HD->setResult(projectionsPassed);
  HD->setIsEmpty(false);

  // returns true on test passed and false on test failed
  return projectionsPassed;

}

bool PlotCompareUtility::compare

(

HistoData *

)

Referenced by clearProjectionsY().

template<int PlotType>

bool PlotCompareUtility::compare ( HistoData *  )

private

void PlotCompareUtility::dump

(

)

Referenced by clearProjectionsY().

double PlotCompareUtility::getChi2Threshold ( ) const

inline

Definition at line 39 of file PlotCompareUtility.h.

References chi2Threshold, and getThreshold().

{ return chi2Threshold; }

bool PlotCompareUtility::getFinalResult ( ) const

inline

Definition at line 41 of file PlotCompareUtility.h.

References finalResult.

{ return finalResult; }

std::vector<HistoData>* PlotCompareUtility::getHistos ( )

inline

Definition at line 30 of file PlotCompareUtility.h.

References histos.

{ return &histos; }

double PlotCompareUtility::getKSThreshold ( ) const

inline

Definition at line 38 of file PlotCompareUtility.h.

References ksThreshold.

{ return ksThreshold; }

int PlotCompareUtility::getNumHistos ( ) const

inline

Definition at line 33 of file PlotCompareUtility.h.

References histos.

{ return histos.size(); } 

int PlotCompareUtility::getPlotsBottomMargin ( ) const

inline

Definition at line 63 of file PlotCompareUtility.h.

References plotsBottomMargin.

{ return plotsBottomMargin; }

int PlotCompareUtility::getPlotsHeight ( ) const

inline

Definition at line 58 of file PlotCompareUtility.h.

References plotsHeight.

{ return plotsHeight; }

int PlotCompareUtility::getPlotsLeftMargin ( ) const

inline

Definition at line 61 of file PlotCompareUtility.h.

References plotsLeftMargin.

{ return plotsLeftMargin; }

int PlotCompareUtility::getPlotsRightMargin ( ) const

inline

Definition at line 62 of file PlotCompareUtility.h.

References plotsRightMargin.

{ return plotsRightMargin; }

int PlotCompareUtility::getPlotsTopMargin ( ) const

inline

Definition at line 60 of file PlotCompareUtility.h.

References plotsTopMargin.

{ return plotsTopMargin; }

int PlotCompareUtility::getPlotsWidth ( ) const

inline

Definition at line 59 of file PlotCompareUtility.h.

References plotsWidth.

{ return plotsWidth; }

int PlotCompareUtility::getProjectionsBarsThickness ( ) const

inline

Definition at line 53 of file PlotCompareUtility.h.

References projectionsBarsThickness.

{ return projectionsBarsThickness; }

int PlotCompareUtility::getProjectionsBottomMargin ( ) const

inline

Definition at line 57 of file PlotCompareUtility.h.

References projectionsBottomMargin.

{ return projectionsBottomMargin; }

int PlotCompareUtility::getProjectionsHeight ( ) const

inline

Definition at line 51 of file PlotCompareUtility.h.

References projectionsHeight.

{ return projectionsHeight; }

int PlotCompareUtility::getProjectionsLeftMargin ( ) const

inline

Definition at line 55 of file PlotCompareUtility.h.

References projectionsLeftMargin.

{ return projectionsLeftMargin; }

int PlotCompareUtility::getProjectionsRightMargin ( ) const

inline

Definition at line 56 of file PlotCompareUtility.h.

References projectionsRightMargin.

{ return projectionsRightMargin; }

int PlotCompareUtility::getProjectionsTopMargin ( ) const

inline

Definition at line 54 of file PlotCompareUtility.h.

References projectionsTopMargin.

{ return projectionsTopMargin; }

int PlotCompareUtility::getProjectionsWidth ( ) const

inline

Definition at line 52 of file PlotCompareUtility.h.

References projectionsWidth.

{ return projectionsWidth; }

std::vector<HistoData>* PlotCompareUtility::getProjectionsX ( HistoData *  HD )

inline

Definition at line 31 of file PlotCompareUtility.h.

References projectionsX.

{ return &projectionsX[HD]; }

std::vector<HistoData>* PlotCompareUtility::getProjectionsY ( HistoData *  HD )

inline

Definition at line 32 of file PlotCompareUtility.h.

References projectionsY.

{ return &projectionsY[HD]; }

int PlotCompareUtility::getSummaryBarsThickness ( ) const

inline

Definition at line 46 of file PlotCompareUtility.h.

References summaryBarsThickness.

{ return summaryBarsThickness; }

int PlotCompareUtility::getSummaryBottomMargin ( ) const

inline

Definition at line 50 of file PlotCompareUtility.h.

References summaryBottomMargin.

{ return summaryBottomMargin; }

int PlotCompareUtility::getSummaryHeight ( ) const

inline

Definition at line 45 of file PlotCompareUtility.h.

References summaryHeight.

{ return summaryHeight; }

int PlotCompareUtility::getSummaryLeftMargin ( ) const

inline

Definition at line 48 of file PlotCompareUtility.h.

References summaryLeftMargin.

{ return summaryLeftMargin; }

int PlotCompareUtility::getSummaryRightMargin ( ) const

inline

Definition at line 49 of file PlotCompareUtility.h.

References summaryRightMargin.

{ return summaryRightMargin; }

int PlotCompareUtility::getSummaryTopMargin ( ) const

inline

Definition at line 47 of file PlotCompareUtility.h.

References summaryTopMargin.

{ return summaryTopMargin; }

int PlotCompareUtility::getSummaryWidth ( ) const

inline

Definition at line 44 of file PlotCompareUtility.h.

References summaryWidth.

{ return summaryWidth; }

double PlotCompareUtility::getThreshold

(

)

const

Referenced by getChi2Threshold().

bool PlotCompareUtility::isValid

(

)

const

Referenced by ntupleDataFormat._Object::_checkIsValid(), clearProjectionsY(), and core.AutoHandle.AutoHandle::ReallyLoad().

void PlotCompareUtility::makeDefaultPlots

(

)

Referenced by clearProjectionsY().

void PlotCompareUtility::makeHTML

(

HistoData *

)

Referenced by clearProjectionsY().

template<>

void PlotCompareUtility::makeHTML ( HistoData *  HD )

private

Definition at line 135 of file Plot1D.h.

                                                       {

  /* HTML is not presently required for 1D histograms -- do nothing

  // create HTML support code for this HistoData
  std::string Name = hd->getName();
  std::string gifName = Name + "_Results.gif";
  std::string html = Name + "_Results.html";
  ofstream fout(html.c_str());

  // simply link to the appropriate image overlay
  fout << "<html><body><img src=\"" << gifName << "\"></body></html>" << endl;
  
  // close the file
  fout.close();

  */

}

template<int PlotType>

void PlotCompareUtility::makeHTML ( HistoData *  )

private

template<>

void PlotCompareUtility::makeHTML ( HistoData *  HD )

private

Definition at line 319 of file Plot2D.h.

References stringResolutionProvider_cfi::bin, objects.autophobj::float, groupFilesInBlocks::fout, createfilelist::int, globaldigis_analyze_cfi::Name, NULL, PFRecoTauDiscriminationByIsolation_cfi::offset, AlCaHLTBitMon_QueryRunRegistry::string, edmPickEvents::target, globals_cff::x1, and globals_cff::x2.

                                                       {

  /* at present, makeHTML<Plot1D> does nothing, so don't waste the CPU cycles
  // loop over projections and produce HTML
  std::vector<HistoData>::iterator hd;
  for (hd = projectionsX[HD].begin(); hd != projectionsX[HD].end(); hd++) makePlots<Plot1D>(&(*hd));
  for (hd = projectionsY[HD].begin(); hd != projectionsY[HD].end(); hd++) makePlots<Plot1D>(&(*hd));
  */

  // get the HistoData name for later reuse
  std::string Name = HD->getName();

  // loop over the axes to see if projections were produced
  bool pfDone[2] = { false, false };
  for (int axis = axisX; axis <= axisY; axis++) {

    // get the list of projections associated with this HistoData
    std::vector<HistoData> *proj = (axis == axisX) ? &projectionsX[HD] : &projectionsY[HD];
    if (proj == NULL || proj->size() == 0) continue; else pfDone[axis] = true;

    // setup some names, etc. for insertion into the HTML
    std::string gifNameProjections = Name + (axis == axisX ? "_Results_px.gif" : "_Results_py.gif");
    std::string gifNameAllProj = Name + (axis == axisX ? "_py_Results.gif" : "_px_Results.gif");
    std::string gifNameProfile = Name + (axis == axisX ? "_pfx.gif" : "_pfy.gif");
    std::string gifBinPrefix = Name + (axis == axisX ? "_px" : "_py");

    // setup some locations to put thumbnails, etc.
    int offset = 10;
    int thumbWidth = plotsWidth / 4;
    int thumbHeight = plotsHeight / 4;
    int bodyWidth = projectionsWidth - projectionsLeftMargin - projectionsRightMargin;
    int leftThumbPos = offset + projectionsLeftMargin + bodyWidth / 4 - thumbWidth / 2;
    int rightThumbPos = leftThumbPos + bodyWidth / 2;
    int thumbsLoc = projectionsTopMargin + thumbHeight / 2;

    // create the profile's HTML document
    std::string htmlNameProfile = Name + (axis == axisX ? "_Results_px.html" : "_Results_py.html");
    std::ofstream fout(htmlNameProfile.c_str());

    // print top portion of document
    fout << "<!DOCTYPE gif PUBLIC '-//W3C//DTD HTML 4.01 Transitional//EN'>" << std::endl
         << "<html>" << std::endl
         << "  <head>" << std::endl
         << "    <title>Compatibility of Projections for " << HD->getRefHisto()->GetTitle() << "</title>" << std::endl
         << "    <script type='text/javascript'>" << std::endl << std::endl
         << "      function tn(target,image,class) {" << std::endl
         << "        clear()" << std::endl
     << "        document.getElementById('thumb_div').setAttribute('class',class)" << std::endl
         << "        document.getElementById('thumb_div').setAttribute('className',class)" << std::endl
         << "        document.getElementById('thumb_link').href = target" << std::endl
         << "        document.getElementById('thumb_img').src = image" << std::endl
         << "        document.getElementById('thumb_img').width = '" << thumbWidth << "'" << std::endl
         << "        document.getElementById('thumb_img').height = '" <<  thumbHeight << "'" << std::endl
         << "        document.getElementById('thumb_img').border = '1'" << std::endl
         << "      }" << std::endl << std::endl
         << "      function clear() {" << std::endl
         << "        document.getElementById('thumb_link').href = '#'" << std::endl
         << "        document.getElementById('thumb_img').src = ''" << std::endl
         << "        document.getElementById('thumb_img').width = '0'" << std::endl
         << "        document.getElementById('thumb_img').height = '0'" << std::endl
         << "        document.getElementById('thumb_img').border = '0'" << std::endl
         << "      }" << std::endl << std::endl
         << "    </script>" << std::endl
         << "  </head>" << std::endl
         << "  <body onClick=\"window.location.href='index.html'\">" << std::endl
      //         << "<a href='index.html'>"
         << "    <style type='text/css'>" << std::endl
     << "      #thumb_div {}" << std::endl
         << "      div.thumb_left {position: absolute; left: " << leftThumbPos << "px; top: " << thumbsLoc << "px;}" << std::endl
         << "      div.thumb_right {position: absolute; left: " << rightThumbPos << "px; top: " << thumbsLoc << "px;}" << std::endl
                 << "      #main_d {position: absolute; left: " << offset << "px;}" << std::endl
         << "      a:link {color: #000000}" << std::endl
         << "      a:visited {color: #000000}" << std::endl
         << "      a:hover {color: #000000}" << std::endl
         << "      a:active {color: #000000}" << std::endl
         << "    </style>" << std::endl
         << "    <div id='main_d'>" << std::endl
      // << " <p>" <<   HD->getRefHisto()->GetTitle() << "</p>"  //include the Title of the Plot as a title of the page
         << "      <img src='" << gifNameProjections << "' usemap='#results' alt=''"
         << " height=" << projectionsHeight << " width=" << projectionsWidth << " border=0>" << std::endl
         << "      <map id='#results' name='results' onMouseOut=\"clear()\">" << std::endl;

    // loop over projections
    std::vector<HistoData>::iterator pd;
    for (pd = proj->begin(); pd != proj->end(); pd++) {

      // determine map coordinates for this bin (1 pixel offset due to borders?)
      int bin = pd->getBin();
      int x1 = projectionsLeftMargin + int(float(bin * 1.5 - 1.25) * projectionsBarsThickness);
      int x2 = x1 + projectionsBarsThickness;
      int y1 = projectionsTopMargin + 1;
      int y2 = projectionsHeight - projectionsBottomMargin;
      std::string image = pd->getResultImage();
      std::string target = pd->getResultTarget();

      // add coordinates area to image map
      std::string tnClass = (bin - 1 >= float(proj->size()) / 2 ? "thumb_left" : "thumb_right");
      fout << "        <area shape='rect' alt='' coords='" << x1 << "," << y1 << "," << x2 << "," << y2 << "'"
           << " href='" << target << "' onMouseOver=\"tn('" << target << "','" << image << "','" << tnClass
           << "')\" "
           << "onMouseDown=\"window.location.href='" << target << "'\">" << std::endl;

    }

    fout << "        <area shape='default' nohref='nohref' onMouseDown='window.location.reload()' alt=''>" << std::endl
         << "      </map>" << std::endl
         << "      <br><img src=\"" << gifNameAllProj << "\">" << std::endl
         << "    </div>" << std::endl
         << "    <div id='thumb_div'><a href='#' id='thumb_link'><img src='' id='thumb_img' width=0 height=0 border=0></a></div>" << std::endl
      //         << " </a>"
         << "  </body>" << std::endl
         << "</html>" << std::endl;

    // close the file
    HD->setResultTarget(htmlNameProfile);
    fout.close();

  }

  // if both profile dimensions were filled, we need an additional HTML document
  if (pfDone[axisX] && pfDone[axisY]) {
  
    // create HTML support code for this HistoData
    std::string html = Name + "_Results_Profiles.html";
    std::ofstream fout(html.c_str());

    // make a simple frames portal to show both profile
    fout << "<html>" << std::endl
         << "  <frameset rows=\"50%,50%\">" << std::endl
         << "    <frame src=\"" << Name << "_Results_py.html\">" << std::endl
         << "    <frame src=\"" << Name << "_Results_px.html\">" << std::endl
         << "    <noframes><body>" << std::endl
         << "      unable to display frames -- click to select desired page" << std::endl
         << "      <br><a href =\"" << Name << "_Results_py.html\">Y Projections</a>" << std::endl
         << "      <br><a href =\"" << Name << "_Results_px.html\">X Projections</a>" << std::endl
         << "    </body></noframes>" << std::endl
         << "  </frameset>" << std::endl
         << "</html>" << std::endl;

    // close the file
    HD->setResultTarget(html);
    fout.close();

  }

}

template<>

void PlotCompareUtility::makePlots ( HistoData *  HD )

private

Definition at line 61 of file Plot1D.h.

References MessageLogger_cfi::cerr, postprocess-scan-build::href, WDecay::kNone, listHistos::legend, AlCaHLTBitMon_QueryRunRegistry::string, and fftjetcommon_cfi::title.

                                                        {

  std::cerr << HD->getName() << "makePlots<Plot1D>\n";

  // do not make any new plot if empty
  if (HD->getIsEmpty()) {
    HD->setResultImage("NoData_Results.gif");
    HD->setResultTarget("NoData_Results.gif");
    return;
  }

  // get the reference and comparison histograms
  TH1F *href = (TH1F *)HD->getRefHisto();
  TH1F *hnew = (TH1F *)HD->getNewHisto();

  // set drawing options on the reference histogram
  href->SetStats(0);
  href->SetLineWidth(2);
  href->SetLineColor(14);
  href->SetMarkerColor(14);
  href->SetFillColor(18);

  // set drawing options on the new histogram
  hnew->SetStats(0);
  hnew->SetLineWidth(2);
  hnew->SetLineColor(HD->getShadedLineColor());
  hnew->SetFillStyle(HD->getShadedFillStyle());
  hnew->SetFillColor(HD->getShadedFillColor());

  // place the test results as the title
  TString title = HD->getName();
  if (ksThreshold > 0) {title += " KS Score = "; title += HD->getKSScore();} 
  if (chi2Threshold > 0) { title += " Chi^2 Score = "; title += HD->getChi2Score();} 

  // the canvas is rescaled during gif conversion, so add padding to Canvas dimensions
  int plotsCanvasWidth = plotsWidth + 4;
  int plotsCanvasHeight = plotsHeight + 28;

  // setup canvas for displaying the compared histograms
  TCanvas hCanvas("hCanvas","hCanvas",plotsCanvasWidth,plotsCanvasHeight);
  hCanvas.SetTopMargin(float(plotsTopMargin) / plotsHeight);
  hCanvas.SetLeftMargin(float(plotsLeftMargin) / plotsWidth);
  hCanvas.SetRightMargin(float(plotsRightMargin) / plotsWidth);
  hCanvas.SetBottomMargin(float(plotsBottomMargin) / plotsHeight);
  hCanvas.SetFrameFillColor(10);
  hCanvas.SetGrid();
  hCanvas.SetLogy(1);
  hCanvas.Draw();

  TText canvasTitle(0.1,0.97,title.Data());
  canvasTitle.Draw("SAME");

  // draw the histograms
  href->Draw();
  hnew->Draw("SAME");
  if (HD->getDoDrawErrorBars()) hnew->Draw("E1SAME");

  // draw a legend
  TLegend legend(0.15,0.01,0.3, 0.08);
  legend.AddEntry(hnew,"New","lF");
  legend.AddEntry(href,"Reference","lF");
  legend.SetFillColor(kNone);
  legend.Draw("SAME");

  // create the plots overlay image
  std::string gifName = HD->getName() + "_Results.gif";
  if (HD->getResultImage() == "") HD->setResultImage(gifName);
  if (HD->getResultTarget() == "") HD->setResultTarget(gifName);
  std::cerr << "About to print" << gifName << "\n";
  hCanvas.Print(gifName.c_str());

}

void PlotCompareUtility::makePlots

(

HistoData *

)

Referenced by clearProjectionsY().

template<>

void PlotCompareUtility::makePlots ( HistoData *  HD )

private

Definition at line 133 of file Plot2D.h.

References begin, postprocess-scan-build::href, createfilelist::int, NULL, Plot1D, HistoData::setIsEmpty(), HistoData::setShadedFillColor(), HistoData::setShadedFillStyle(), HistoData::setShadedLineColor(), AlCaHLTBitMon_QueryRunRegistry::string, MuonErrorMatrixValues_cff::xAxis, anotherprimaryvertexanalyzer_cfi::xMax, anotherprimaryvertexanalyzer_cfi::xMin, MuonErrorMatrixValues_cff::yAxis, CMSBoostedTauSeedingParameters_cfi::yMax, and CMSBoostedTauSeedingParameters_cfi::yMin.

                                                        {

  // do not make any new plot if empty
  if (HD->getIsEmpty()) { 
    HD->setResultImage("NoData_Results.gif");
    HD->setResultTarget("NoData_Results.gif");
    return;
  }

  // loop over the projections to make 1D plots
  std::vector<HistoData>::iterator hd;
  for (hd = projectionsX[HD].begin(); hd != projectionsX[HD].end(); hd++) makePlots<Plot1D>(&(*hd));
  for (hd = projectionsY[HD].begin(); hd != projectionsY[HD].end(); hd++) makePlots<Plot1D>(&(*hd));

  // make projection summaries
  for (int axis = axisX; axis <= axisY; ++axis) {

    // get the list of projections associated with this HistoData
    std::vector<HistoData> *proj = (axis == axisX) ? &projectionsX[HD] : &projectionsY[HD];
    if (proj == NULL || proj->size() == 0) continue;

    // get the 2d histograms
    TH2F *hnew2d = (TH2F *)HD->getNewHisto();
    TH2F *href2d = (TH2F *)HD->getRefHisto();

    // generate a reasonable width for the projections summary
    int numHistos = proj->size();
    int bodyWidth = int(float(numHistos * projectionsBarsThickness) * 1.5);
    projectionsWidth = projectionsLeftMargin + projectionsRightMargin + bodyWidth;

    // the canvas is rescaled during gif conversion, so add padding to Canvas dimensions
    int projectionsCanvasWidth = projectionsWidth + 4;
    int projectionsCanvasHeight = projectionsHeight + 28;

    // create and setup projections canvas
    TCanvas projectionsCanvas("projectionsCanvas","projectionsCanvas",projectionsCanvasWidth,projectionsCanvasHeight);
    projectionsCanvas.SetFrameFillColor(10);
    projectionsCanvas.SetLogy(1);
    projectionsCanvas.SetTopMargin(float(projectionsTopMargin) / projectionsHeight);
    projectionsCanvas.SetLeftMargin(float(projectionsLeftMargin) / projectionsWidth);
    projectionsCanvas.SetRightMargin(float(projectionsRightMargin) / projectionsWidth);
    projectionsCanvas.SetBottomMargin(float(projectionsBottomMargin) / projectionsHeight);
    projectionsCanvas.Draw();

    // create and setup the summary histogram
    TH1F projectionsSummary("projectionsSummary","Compatibility with Reference Histograms",numHistos,1,numHistos+1);
    projectionsSummary.GetYaxis()->SetRangeUser(getThreshold()/10,2);
    projectionsSummary.SetStats(0);

    // display histogram (take axis from original histogram)
    projectionsSummary.Draw("AH");

    // draw X axis
    float xMin = hnew2d->GetXaxis()->GetXmin();
    float xMax = hnew2d->GetXaxis()->GetXmax();
    int ticksNDiv = numHistos * 20 + bodyWidth / 50;//formerly *20
    TGaxis *xAxis = new TGaxis(1,0,numHistos + 1,0,xMin,xMax,ticksNDiv,"");
    if (axis == axisX) xAxis->SetTitle(hnew2d->GetYaxis()->GetTitle());
    if (axis == axisY) xAxis->SetTitle(hnew2d->GetXaxis()->GetTitle());
    xAxis->Draw();

    // draw Y axis
    float yMin = getThreshold()/10;
    float yMax = 2;
    TGaxis *yAxis = new TGaxis(1,yMin,1,yMax,yMin,yMax,510,"G");
    yAxis->SetTitle("Compatibility");
    yAxis->Draw();

    // loop over projections and draw result
    std::vector<HistoData>::iterator pd;
    for (pd = proj->begin(); pd != proj->end(); pd++)
      pd->drawResult(&projectionsSummary,true,false);

    // draw the pass/fail cutoff line
    TLine passLine(1, getThreshold(), numHistos + 1, getThreshold());
    passLine.SetLineColor(kRed);
    passLine.SetLineWidth(2);
    passLine.SetLineStyle(2);
    passLine.Draw("SAME");

    // create the summary image
    std::string gifName = HD->getName() + (axis == axisX ? "_Results_px.gif" : "_Results_py.gif");
    projectionsCanvas.Print(gifName.c_str());

    // make overall projection plot of the original 2d histogram
    std::string projName = HD->getName() + (axis == axisX ? "_py" : "_px");
    std::string newBinsProj = projName + "_new";
    std::string refBinsProj = projName + "_ref";
    TH1D *href = (axis == axisX) ? href2d->ProjectionY(refBinsProj.c_str()) : href2d->ProjectionX(refBinsProj.c_str());
    TH1D *hnew = (axis == axisX) ? hnew2d->ProjectionY(newBinsProj.c_str()) : hnew2d->ProjectionX(newBinsProj.c_str());

    // allow Root to delete these histograms after display
    href->SetBit(kCanDelete);
    hnew->SetBit(kCanDelete);

    // create a new HistoData based on this projection and plot it
    HistoData allBins(projName,Plot1D,0,hnew,href);
    allBins.setIsEmpty(false);
    allBins.setShadedFillColor(HD->getShadedFillColor());
    allBins.setShadedFillStyle(HD->getShadedFillStyle());
    allBins.setShadedLineColor(HD->getShadedLineColor());
    makePlots<Plot1D>(&allBins);

    // set the default image (axisY takes priority by default)
    if (HD->getResultImage() == "" || axis == axisY) HD->setResultImage(projName + "_Results.gif");

    // set the default target (in case additional HTML code is/was not produced)
    std::string currentTarget = HD->getResultTarget();
    std::string xImgTarget = HD->getName() + "_px_Results.gif";
    if (currentTarget == "" || (axis == axisY && currentTarget == xImgTarget)) HD->setResultTarget(projName + "_Results.gif");

  }

  /*
  // make overall profile plot of the original 2d histogram
  for (int axis = axisX; axis <= axisY; ++axis) {

    // make profile plots out of original 2D histograms
    TProfile *pref = (axis == axisX) ? ((TH2F *)HD->getRefHisto())->ProfileY() : ((TH2F *)HD->getRefHisto())->ProfileX();
    TProfile *pnew = (axis == axisX) ? ((TH2F *)HD->getNewHisto())->ProfileY() : ((TH2F *)HD->getNewHisto())->ProfileX();

    // renormalize results for display
    renormalize(pref,pnew);

    // do not allow Root to deallocate this memory after drawing (tries to free twice?)
    pref->SetBit(kCanDelete);
    pnew->SetBit(kCanDelete);

    // set drawing options on the reference histogram
    pref->SetStats(0);
    pref->SetLineColor(kBlack);
    pref->SetMarkerColor(kBlack);

    // set drawing options on the new histogram
    pnew->SetStats(0);
    pnew->SetLineColor(HD->getSolidLineColor());

    // place the test results as the title
    TString title = HD->getName();

    // the canvas is rescaled during gif conversion, so add padding to Canvas dimensions
    int plotsCanvasWidth = plotsWidth + 4;
    int plotsCanvasHeight = plotsHeight + 28;

    // setup canvas for displaying the compared histograms
    TCanvas hCanvas("hCanvas",title.Data(),plotsCanvasWidth,plotsCanvasHeight);
    hCanvas.SetTopMargin(float(plotsTopMargin) / plotsHeight);
    hCanvas.SetLeftMargin(float(plotsLeftMargin) / plotsWidth);
    hCanvas.SetRightMargin(float(plotsRightMargin) / plotsWidth);
    hCanvas.SetBottomMargin(float(plotsBottomMargin) / plotsHeight);
    hCanvas.SetFrameFillColor(10);
    hCanvas.SetGrid();
    //hCanvas.SetLogy(1);
    hCanvas.Draw();

    // draw the profiles
    pref->Draw();
    pnew->Draw("SAME");
    if (HD->getDoDrawErrorBars()) pnew->Draw("E1SAME");
 
    // draw a legend
    TLegend legend(0.15,0.01,0.3, 0.08);
    legend.AddEntry(pnew,"New","lF");
    legend.AddEntry(pref,"Reference","lF");
    legend.SetFillColor(kNone);
    legend.Draw("SAME");

    // create the plots overlay image
    std::string gifName = HD->getName() + (axis == axisX ? "_pfx.gif" : "_pfy.gif");
    hCanvas.Print(gifName.c_str());

    // set the default image (axisY takes priority by default)
    if (HD->getResultImage() == "" || axis == axisY) HD->setResultImage(gifName);

    // set the default target (in case additional HTML code is/was not produced)
    std::string currentTarget = HD->getResultTarget();
    std::string xImgTarget = HD->getName() + "_pfx.gif";
    if (currentTarget == "" || (axis == axisY && currentTarget == xImgTarget)) HD->setResultTarget(gifName);

  }
  */


}

template<int PlotType>

void PlotCompareUtility::makePlots ( HistoData *  )

private

void PlotCompareUtility::makeSummary

(

std::string

Name

)

Referenced by clearProjectionsY().

void PlotCompareUtility::makeSummaryHTML

(

std::string

Name

)

Referenced by clearProjectionsY().

void PlotCompareUtility::makeSummaryPlot

(

std::string

Name

)

Referenced by clearProjectionsY().

void PlotCompareUtility::renormalize ( TH1 *  , TH1 *    )

private

void PlotCompareUtility::setChi2Threshold ( double  Threshold )

inline

Definition at line 67 of file PlotCompareUtility.h.

References chi2Threshold, and jetExtractorBlock_cff::Threshold.

{ chi2Threshold = Threshold; }

void PlotCompareUtility::setKSThreshold ( double  Threshold )

inline

Definition at line 66 of file PlotCompareUtility.h.

References ksThreshold, and jetExtractorBlock_cff::Threshold.

{ ksThreshold = Threshold; }

void PlotCompareUtility::setPlotsBottomMargin ( int  Pixels )

inline

Definition at line 89 of file PlotCompareUtility.h.

References addHistoData(), plotsBottomMargin, and AlCaHLTBitMon_QueryRunRegistry::string.

{ plotsBottomMargin = Pixels; }

void PlotCompareUtility::setPlotsHeight ( int  Pixels )

inline

Definition at line 84 of file PlotCompareUtility.h.

References plotsHeight.

{ plotsHeight = Pixels; }

void PlotCompareUtility::setPlotsLeftMargin ( int  Pixels )

inline

Definition at line 87 of file PlotCompareUtility.h.

References plotsLeftMargin.

{ plotsLeftMargin = Pixels; }

void PlotCompareUtility::setPlotsRightMargin ( int  Pixels )

inline

Definition at line 88 of file PlotCompareUtility.h.

References plotsRightMargin.

{ plotsRightMargin = Pixels; }

void PlotCompareUtility::setPlotsTopMargin ( int  Pixels )

inline

Definition at line 86 of file PlotCompareUtility.h.

References plotsTopMargin.

{ plotsTopMargin = Pixels; }

void PlotCompareUtility::setPlotsWidth ( int  Pixels )

inline

Definition at line 85 of file PlotCompareUtility.h.

References plotsWidth.

{ plotsWidth = Pixels; }

void PlotCompareUtility::setProjectionsBarsThickness ( int  Pixels )

inline

Definition at line 79 of file PlotCompareUtility.h.

References projectionsBarsThickness.

{ projectionsBarsThickness = Pixels; }

void PlotCompareUtility::setProjectionsBottomMargin ( int  Pixels )

inline

Definition at line 83 of file PlotCompareUtility.h.

References projectionsBottomMargin.

{ projectionsBottomMargin = Pixels; }

void PlotCompareUtility::setProjectionsHeight ( int  Pixels )

inline

Definition at line 78 of file PlotCompareUtility.h.

References projectionsHeight.

{ projectionsHeight = Pixels; }

void PlotCompareUtility::setProjectionsiWidth ( int  Pixels )

inline

Definition at line 77 of file PlotCompareUtility.h.

References projectionsWidth.

{ projectionsWidth = Pixels; }

void PlotCompareUtility::setProjectionsLeftMargin ( int  Pixels )

inline

Definition at line 81 of file PlotCompareUtility.h.

References projectionsLeftMargin.

{ projectionsLeftMargin = Pixels; }

void PlotCompareUtility::setProjectionsRightMargin ( int  Pixels )

inline

Definition at line 82 of file PlotCompareUtility.h.

References projectionsRightMargin.

{ projectionsRightMargin = Pixels; }

void PlotCompareUtility::setProjectionsTopMargin ( int  Pixels )

inline

Definition at line 80 of file PlotCompareUtility.h.

References projectionsTopMargin.

{ projectionsTopMargin = Pixels; }

void PlotCompareUtility::setSummaryBarsThickness ( int  Pixels )

inline

Definition at line 72 of file PlotCompareUtility.h.

References summaryBarsThickness.

{ summaryBarsThickness = Pixels; }

void PlotCompareUtility::setSummaryBottomMargin ( int  Pixels )

inline

Definition at line 76 of file PlotCompareUtility.h.

References summaryBottomMargin.

{ summaryBottomMargin = Pixels; }

void PlotCompareUtility::setSummaryHeight ( int  Pixels )

inline

Definition at line 71 of file PlotCompareUtility.h.

References summaryHeight.

{ summaryHeight = Pixels; }

void PlotCompareUtility::setSummaryLeftMargin ( int  Pixels )

inline

Definition at line 74 of file PlotCompareUtility.h.

References summaryLeftMargin.

{ summaryLeftMargin = Pixels; }

void PlotCompareUtility::setSummaryRightMargin ( int  Pixels )

inline

Definition at line 75 of file PlotCompareUtility.h.

References summaryRightMargin.

{ summaryRightMargin = Pixels; }

void PlotCompareUtility::setSummaryTopMargin ( int  Pixels )

inline

Definition at line 73 of file PlotCompareUtility.h.

References summaryTopMargin.

{ summaryTopMargin = Pixels; }

void PlotCompareUtility::setSummaryWidth ( int  Pixels )

inline

Definition at line 70 of file PlotCompareUtility.h.

References summaryWidth.

{ summaryWidth = Pixels; }

Member Data Documentation

double PlotCompareUtility::chi2Threshold

private

Definition at line 131 of file PlotCompareUtility.h.

Referenced by getChi2Threshold(), and setChi2Threshold().

bool PlotCompareUtility::finalResult

private

Definition at line 167 of file PlotCompareUtility.h.

Referenced by getFinalResult().

std::vector<HistoData> PlotCompareUtility::histos

private

Definition at line 117 of file PlotCompareUtility.h.

Referenced by clearHistos(), getHistos(), and getNumHistos().

double PlotCompareUtility::ksThreshold

private

Definition at line 130 of file PlotCompareUtility.h.

Referenced by getKSThreshold(), and setKSThreshold().

std::string PlotCompareUtility::newBasePath

private

Definition at line 124 of file PlotCompareUtility.h.

TFile* PlotCompareUtility::newFile

private

Definition at line 123 of file PlotCompareUtility.h.

Referenced by Vispa.Plugins.ConfigEditor.ConfigEditorPlugin.ConfigEditorPlugin::__init__().

std::string PlotCompareUtility::newPrefix

private

Definition at line 125 of file PlotCompareUtility.h.

int PlotCompareUtility::plotsBottomMargin

private

Definition at line 164 of file PlotCompareUtility.h.

Referenced by getPlotsBottomMargin(), and setPlotsBottomMargin().

int PlotCompareUtility::plotsHeight

private

Definition at line 160 of file PlotCompareUtility.h.

Referenced by getPlotsHeight(), and setPlotsHeight().

int PlotCompareUtility::plotsLeftMargin

private

Definition at line 162 of file PlotCompareUtility.h.

Referenced by getPlotsLeftMargin(), and setPlotsLeftMargin().

int PlotCompareUtility::plotsRightMargin

private

Definition at line 163 of file PlotCompareUtility.h.

Referenced by getPlotsRightMargin(), and setPlotsRightMargin().

int PlotCompareUtility::plotsTopMargin

private

Definition at line 161 of file PlotCompareUtility.h.

Referenced by getPlotsTopMargin(), and setPlotsTopMargin().

int PlotCompareUtility::plotsWidth

private

Definition at line 159 of file PlotCompareUtility.h.

Referenced by getPlotsWidth(), and setPlotsWidth().

int PlotCompareUtility::projectionsBarsThickness

private

Definition at line 152 of file PlotCompareUtility.h.

Referenced by getProjectionsBarsThickness(), and setProjectionsBarsThickness().

int PlotCompareUtility::projectionsBottomMargin

private

Definition at line 156 of file PlotCompareUtility.h.

Referenced by getProjectionsBottomMargin(), and setProjectionsBottomMargin().

int PlotCompareUtility::projectionsHeight

private

Definition at line 151 of file PlotCompareUtility.h.

Referenced by getProjectionsHeight(), and setProjectionsHeight().

int PlotCompareUtility::projectionsLeftMargin

private

Definition at line 154 of file PlotCompareUtility.h.

Referenced by getProjectionsLeftMargin(), and setProjectionsLeftMargin().

int PlotCompareUtility::projectionsRightMargin

private

Definition at line 155 of file PlotCompareUtility.h.

Referenced by getProjectionsRightMargin(), and setProjectionsRightMargin().

int PlotCompareUtility::projectionsTopMargin

private

Definition at line 153 of file PlotCompareUtility.h.

Referenced by getProjectionsTopMargin(), and setProjectionsTopMargin().

int PlotCompareUtility::projectionsWidth

private

Definition at line 150 of file PlotCompareUtility.h.

Referenced by getProjectionsWidth(), and setProjectionsiWidth().

std::map<HistoData *,std::vector<HistoData> > PlotCompareUtility::projectionsX

private

Definition at line 118 of file PlotCompareUtility.h.

Referenced by clearProjectionsX(), and getProjectionsX().

std::map<HistoData *,std::vector<HistoData> > PlotCompareUtility::projectionsY

private

Definition at line 119 of file PlotCompareUtility.h.

Referenced by clearProjectionsY(), and getProjectionsY().

std::string PlotCompareUtility::refBasePath

private

Definition at line 126 of file PlotCompareUtility.h.

TFile* PlotCompareUtility::refFile

private

Definition at line 122 of file PlotCompareUtility.h.

std::string PlotCompareUtility::refPrefix

private

Definition at line 127 of file PlotCompareUtility.h.

int PlotCompareUtility::summaryBarsThickness

private

Definition at line 143 of file PlotCompareUtility.h.

Referenced by getSummaryBarsThickness(), and setSummaryBarsThickness().

int PlotCompareUtility::summaryBottomMargin

private

Definition at line 147 of file PlotCompareUtility.h.

Referenced by getSummaryBottomMargin(), and setSummaryBottomMargin().

int PlotCompareUtility::summaryHeight

private

Definition at line 142 of file PlotCompareUtility.h.

Referenced by getSummaryHeight(), and setSummaryHeight().

int PlotCompareUtility::summaryLeftMargin

private

Definition at line 145 of file PlotCompareUtility.h.

Referenced by getSummaryLeftMargin(), and setSummaryLeftMargin().

int PlotCompareUtility::summaryRightMargin

private

Definition at line 146 of file PlotCompareUtility.h.

Referenced by getSummaryRightMargin(), and setSummaryRightMargin().

int PlotCompareUtility::summaryTopMargin

private

Definition at line 144 of file PlotCompareUtility.h.

Referenced by getSummaryTopMargin(), and setSummaryTopMargin().

int PlotCompareUtility::summaryWidth

private

Definition at line 141 of file PlotCompareUtility.h.

Referenced by getSummaryWidth(), and setSummaryWidth().