StRoot: StEvent/StRichSpectra.cxx Source File

00001 /***************************************************************************
00002  *
00003  * $Id: StRichSpectra.cxx,v 2.3 2002/02/22 03:02:12 ullrich Exp $
00004  *
00005  * Author: Brian Lasiuk, Dec 14, 2002
00006  ***************************************************************************
00007  *
00008  * Description: Output from StRichSpectraMaker for uDST storage
00009  *
00010  ***************************************************************************
00011  * $Log: StRichSpectra.cxx,v $
00012  * Revision 2.3  2002/02/22 03:02:12  ullrich
00013  * Fixed bug in constructor.
00014  *
00015  * Revision 2.2  2002/02/19 16:54:33  ullrich
00016  * Minor changes - code not altered.
00017  *
00018  * Revision 2.1  2002/02/19 04:24:02  lasiuk
00019  * addition of StRichSpectra information for uDST purposes
00020  *
00021  **************************************************************************/
00022 #include "StRichSpectra.h"
00023 
00024 static const char rcsid[] = "$Id: StRichSpectra.cxx,v 2.3 2002/02/22 03:02:12 ullrich Exp $";
00025 
00026 ClassImp(StRichSpectra)
00027     
00028 StRichSpectra::StRichSpectra(int v) : mVersion(v) {/*nopt*/}
00029 
00030 StRichSpectra::~StRichSpectra() {/*nopt*/}
00031 
00032 StRichSpectra::StRichSpectra(float x,   float y,   float dx,    float dy,
00033                              float cdx, float cdy, float theta, float sigma,
00034                              int nopho, float pan, int ppho,    int totphotons,
00035                              float mas, float lir, float li,    float alpha,
00036                              int flag,  float reserved,
00037                              float dpi, float dk, float dp,
00038                              int ndpi, int ndk, int ndp,
00039                              int version)
00040     : mExtrapolatedX(x) ,mExtrapolatedY(y), mDx(dx), mDy(dy), mCdx(cdx), mCdy(cdy),
00041       mCherenkovAngle(theta), mCherenkovAngleSigma(sigma), mNumberOfPhotons(nopho),
00042       mPeakAngle(pan), mPeakPhotons(ppho), mTotalPhotons(totphotons),
00043       mMassSquared(mas), mLineIntegralRatio(lir), mLineIntegral(li), mAlpha(alpha),
00044       mFlag(flag), mReserved(reserved),
00045       mDpi(dpi), mDk(dk), mDp(dp),
00046       mNDpi(ndpi), mNDk(ndk), mNDp(ndp),
00047       mVersion(version)
00048 {/*nopt*/}
00049     
00050 ostream&
00051 operator<<(ostream& os, const StRichSpectra& t)
00052 {
00053     return (os << "StRichSpectra::>"
00054             << "\n\tExtrapolatedX:  " << t.getExtrapolatedX() << ", " << t.getExtrapolatedY()
00055             << "\n\tResidualX:      " << t.getExtrapolatedXResidual() << ", " << t.getExtrapolatedYResidual()
00056             << "\n\tCorr Residual:  " << t.getCorrectedExtrapolatedXResidual() << ", " << t.getCorrectedExtrapolatedYResidual()
00057             << "\n\tCherenkovAngle: " << t.getCherenkovAngle() << "+/-" << t.getCherenkovSigma() << " (" << t.getCherenkovPhotons() << ")"
00058             << "\n\tPeakAngle       " << t.getPeakAngle() << " (" << t.getTotalPhotons() << ")"
00059             << "\n\tMass2           " << t.getMassSquared()
00060             << "\n\tLineIntegral    " << t.getLineIntegralRatio() << "-->" << t.getLineIntegral()
00061             << "\n\tAlpha           " << t.getAlpha()
00062             << "\n\tFlag            " << t.getFlag()
00063             << "\n\treserved        " << t.getReserved()
00064             << "\n\tversion         " << t.getVersion());
00065 }