BesStatus.h File Reference

#include <TObject.h>

Go to the source code of this file.

Classes
class	BesStatus

Macros
#define	BES_EBESViewType

Enumerations
enum	EBESViewType {   k3DView = BIT(0) , kXYView = BIT(1) , kZRView = BIT(2) , kCgemUFView0 = BIT(3) ,   kCgemUFView1 = BIT(4) , kCgemUFView2 = BIT(5) }

Functions
istream &	operator>> (istream &is, BesStatus &bs)
ostream &	operator<< (ostream &os, const BesStatus &bs)

Macro Definition Documentation

BES_EBESViewType

#define BES_EBESViewType

Definition at line 11 of file BesStatus.h.

Enumeration Type Documentation

EBESViewType

enum EBESViewType

Enumerator
k3DView
kXYView
kZRView
kCgemUFView0
kCgemUFView1
kCgemUFView2

Definition at line 13 of file BesStatus.h.

                  {
  k3DView   = BIT(0),
  kXYView   = BIT(1),
  kZRView   = BIT(2),
  //Long Peixun's update: CGEM unfolded display for each layer
  kCgemUFView0 = BIT(3),
  kCgemUFView1 = BIT(4),
  kCgemUFView2 = BIT(5)
};

Function Documentation

operator<<()

ostream & operator<<	(	ostream &	os,
		const BesStatus &	bs )

Definition at line 813 of file BesStatus.cxx.

                                                      {
    return os << hex << " "
        << (bs.fMdcGlobal<<2) + (bs.fMdcTubes<<1)  + bs.fMdcWires << " "
        << (bs.fTofGlobal<<3) + (bs.fTofEast<<2)   + (bs.fTofBarrel<<1) + bs.fTofWest << " "
        << (bs.fEmcGlobal<<4) + (bs.fEmcEast<<3)   + (bs.fEmcBarrel<<2) + (bs.fEmcWest<<1) + bs.fEmcSide << " "
        << (bs.fMucGlobal<<4) + (bs.fMucEast<<3)   + (bs.fMucBarrel<<2) + (bs.fMucWest<<1) + bs.fMucStrips << " "
        << (bs.fFull3DMdc<<3) + (bs.fFull3DTof<<2) + (bs.fFull3DEmc<<1) + bs.fFull3DMuc << " "
        << (bs.fBeamPipe<<2)  + (bs.fZRPlaneOnXY<<1) + bs.fAxis << " "
        << (bs.fMdcHitsGlobal<<1) + bs.fMdcHits << " "
        << (bs.fTofHitsGlobal<<3) + (bs.fTofHitsEast<<2) + (bs.fTofHitsBarrel<<1) + bs.fTofHitsWest << " "
        << (bs.fEmcHitsGlobal<<4) + (bs.fEmcHitsEast<<3) + (bs.fEmcHitsBarrel<<2) + (bs.fEmcHitsWest<<1) + bs.fEmcHitsSide << " "
        << (bs.fMucHitsGlobal<<3) + (bs.fMucHitsEast<<2) + (bs.fMucHitsBarrel<<1) + bs.fMucHitsWest << " "
        //Long Peixun's update: Write MC truth track flag
        << (bs.fTracksIdeal<<7) + (bs.fMCTruthTrack<<6) + (bs.fTracksGlobal<<5) + (bs.fTracksMdc<<4)   + (bs.fTracksTof<<3)     + (bs.fTracksEmc<<2)  + (bs.fTracksMuc<<1)  + bs.fTracksExt << " " 
        << bs.fZoom << " "
        //Long Peixun's update: Write CGEM flags
        << (bs.fCgemGlobal << 3) + (bs.fCgemLayers << 2) + (bs.fCgemXStrips << 1) + bs.fCgemVStrips << " "
        << (bs.fCgemHitsGlobal << 4) + (bs.fCgemHitsXStrip << 3) + (bs.fCgemHitsVStrip << 2) + (bs.fCgemHitsClusters << 1) + bs.fCgemHitsFiredHL;
}

operator>>()

istream & operator>>	(	istream &	is,
		BesStatus &	bs )

Definition at line 729 of file BesStatus.cxx.

{
    //Long Peixun's update: Add CGEM flags;
    unsigned int cMdc, cTof, cEmc, cMuc, cFull3D, cOther, cMdcHits, cCgem, cCgemHits;
    unsigned int cTofHits, cEmcHits, cMucHits, cTracks;
    Float_t cZoom;
 
    is >> hex >> cMdc >> cTof >> cEmc >> cMuc >> cFull3D >>
    cOther >> cMdcHits >> cTofHits >> cEmcHits >> cMucHits >> cTracks >> cZoom
    >> cCgem >> cCgemHits;      //Long Peixun's update: for CGEM
 
    bs.fMdcGlobal =  1 & (cMdc>>2);
    bs.fMdcTubes  =  1 & (cMdc>>1);
    bs.fMdcWires  =  1 &  cMdc;
 
    bs.fTofGlobal =  1 & (cTof>>3);
    bs.fTofEast   =  1 & (cTof>>2);
    bs.fTofBarrel =  1 & (cTof>>1);
    bs.fTofWest   =  1 &  cTof;
 
    bs.fEmcGlobal =  1 & (cEmc>>4);
    bs.fEmcEast   =  1 & (cEmc>>3);
    bs.fEmcBarrel =  1 & (cEmc>>2);
    bs.fEmcWest   =  1 & (cEmc>>1);
    bs.fEmcSide   =  1 &  cEmc;
 
    bs.fMucGlobal =  1 & (cMuc>>4);
    bs.fMucEast   =  1 & (cMuc>>3);
    bs.fMucBarrel =  1 & (cMuc>>2);
    bs.fMucWest   =  1 & (cMuc>>1);
    bs.fMucStrips =  1 &  cMuc;
 
    bs.fFull3DMdc =  1 & (cFull3D>>3);
    bs.fFull3DTof =  1 & (cFull3D>>2);
    bs.fFull3DEmc =  1 & (cFull3D>>1);
    bs.fFull3DMuc =  1 &  cFull3D;
 
    bs.fBeamPipe    =  1 & (cOther>>2);
    bs.fZRPlaneOnXY =  1 & (cOther>>1);
    bs.fAxis        =  1 &  cOther;
 
    bs.fMdcHitsGlobal = 1 & (cMdcHits>>1);
    bs.fMdcHits       = 1 &  cMdcHits;
 
    bs.fTofHitsGlobal = 1 & (cTofHits>>3);
    bs.fTofHitsEast   = 1 & (cTofHits>>2);
    bs.fTofHitsBarrel = 1 & (cTofHits>>1);
    bs.fTofHitsWest   = 1 &  cTofHits;
 
    bs.fEmcHitsGlobal = 1 & (cEmcHits>>4);
    bs.fEmcHitsEast   = 1 & (cEmcHits>>3);
    bs.fEmcHitsBarrel = 1 & (cEmcHits>>2);
    bs.fEmcHitsWest   = 1 & (cEmcHits>>1);
    bs.fEmcHitsSide   = 1 &  cEmcHits;
 
    bs.fMucHitsGlobal = 1 & (cMucHits>>3);
    bs.fMucHitsEast   = 1 & (cMucHits>>2);
    bs.fMucHitsBarrel = 1 & (cMucHits>>1);
    bs.fMucHitsWest   = 1 &  cMucHits;
 
    bs.fTracksIdeal   = 1 & (cTracks>>7); // flag for ideal track, by wangll
    bs.fMCTruthTrack  = 1 & (cTracks>>6);   //Long Peixun's update: Read MC Truth track flag
    bs.fTracksGlobal  = 1 & (cTracks>>5);
    bs.fTracksMdc     = 1 & (cTracks>>4);
    bs.fTracksTof     = 1 & (cTracks>>3);
    bs.fTracksEmc     = 1 & (cTracks>>2);
    bs.fTracksMuc     = 1 & (cTracks>>1);
    bs.fTracksExt     = 1 &  cTracks;
    bs.fZoom        = cZoom;
 
    //Long Peixun's update: Read CGEM flags
    bs.fCgemGlobal = 1 & (cCgem >> 3);
    bs.fCgemLayers = 1 & (cCgem >> 2);
    bs.fCgemXStrips = 1 & (cCgem >> 1);
    bs.fCgemVStrips = 1 & cCgem;
    bs.fCgemHitsGlobal = 1 & (cCgemHits >> 4);
    bs.fCgemHitsXStrip = 1 & (cCgemHits >> 3);
    bs.fCgemHitsVStrip = 1 & (cCgemHits >> 2);
    bs.fCgemHitsClusters = 1 & (cCgemHits >> 1);
    bs.fCgemHitsFiredHL = 1 & cCgemHits;
 
    return is;
}