#include <iostream>
#include <fstream>
#include <sstream>
#include <vector>
#include <cassert>
#include <cstdlib>
#include <cstring>
#include "ecalDccMap.h"
#include <errno.h>

Macros
#define	SIZE_MAX ((size_t) -1)

#define	SSIZE_MAX ((ssize_t) (SIZE_MAX / 2))

Enumerations
enum	roAction_t { suppress =0, sr2, sr1, full, fsuppress, fsr2, fsr1, ffull }

Functions
void	abConnect (int iAB, int iABCh, int &iOtherAB, int &iOtherABCh)

int	abNum (int iABEta, int iABPhi)

void	fillABIOFiles (const char ttFlags[nTTInEta][nTTInPhi], const char barrelSrFlags[nBarrelTTInEta][nTTInPhi], const char endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins], ofstream files[])

void	fillABSRPFiles (const char barrelSrFlags[nBarrelTTInEta][nTTInPhi], const char endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins], ofstream files[])

void	fillABSRPFiles (const char barrelSrFlags[nBarrelTTInEta][nTTInPhi], const char endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins], ofstream files[nAB])

void	fillABTTFFiles (const char ttFlags[nTTInEta][nTTInPhi], ofstream files[])

string	getABABInputStream (const char tccFlags[nTTInEta][nTTInPhi], int iABEta, int iABPhi, int iABCh)

string	getABABOutputStream (const char tccFlags[nTTInEta][nTTInPhi], int iABEta, int iABPhi, int iABCh)

string	getABDCCOutputStream (const char barrelSrFlags[nBarrelTTInEta][nTTInPhi], const char endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins], int iABEta, int iABPhi, int DCCCh)

string	getABTCCInputStream (const char tccFlags[nTTInEta][nTTInPhi], int iABEta, int iABPhi, int iTCCCh)

void	getABTTPhiBounds (int iABPhi, int &iTTPhiMin, int &iTTPhiMax)

string	getFlagStream (char flags[nTTInEta][nTTInPhi], int iEtaMin, int iEtaMax, int iPhiMin, int iPhiMax)

int	main (int argc, char *argv[])

bool	readSRF (FILE *file, char barrelSrFlags[nBarrelTTInEta][nTTInPhi], char endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins])

bool	readTTF (FILE *file, char ttFlags[nTTInEta][nTTInPhi])

void	writeABIOFileHeader (ofstream &f, int abNum)

void	writeABSRFFileHeader (ofstream &f, int abNum)

void	writeABTTFFileHeader (ofstream &f, int abNum)

Variables
const char *	abIOFilePostfix = ".txt"

const char *	abIOFilePrefix = "IO_AB"

const char *	abSRFFilePostfix = ".txt"

const char *	abSRFFilePrefix = "AF_AB"

const char *	abTTFFilePostfix = ".txt"

const char *	abTTFFilePrefix = "TTF_AB"

roAction_t	actions [nactions]

vector< pair< int, int > >	ecalDccSC [nEndcaps][nDCCEE]

int	iEvent = 0

const int	iTCCEtaBounds [nTCCInEta+1] = {0,7,11,28,45,49,56}

const int	iTTEtaMax [nABInEta] = {10,27,44,55}

const int	iTTEtaMin [nABInEta] = {0,11,28,45}

const int	iTTEtaSign [nABInEta] = {-1,-1,1,1}

const int	nAB = nABInPhi*nABInEta

const int	nABABCh = 8

const int	nABInEta =4

const int	nABInPhi =3

const int	nABTCCCh = 12

const int	nactions = 8

static const int	nBarrelEtaBins = 170

static const int	nBarrelPhiBins = 360

static const int	nBarrelTowerEtaBins = nBarrelEtaBins/5

static const int	nBarrelTowerPhiBins = nBarrelPhiBins/5

static const int	nBarrelTTInEta = 34

const int	nDCCCh = 12

const int	nDCCEE = 9

static const int	nEndcaps = 2

static const int	nEndcapTTInEta = 11

static const int	nEndcapXBins = 100

static const int	nEndcapYBins = 100

static const int	nSupercrystalXBins = nEndcapXBins/supercrystalEdge

static const int	nSupercrystalYBins = nEndcapYBins/supercrystalEdge

const int	nTCCInEta = 6

const int	nTTInABAlongEta =nTTInEta/nABInEta

const int	nTTInABAlongPhi =nTTInPhi/nABInPhi

static const int	nTTInEta

static const int	nTTInPhi = 72

char	roFlagMarker []

const char *	srfFilename = "SRF.txt"

char	srp2roFlags [128]

const char	srpFlagMarker [] = {'.', 'S', 'N', 'C', '4','5','6','7'}

static const int	supercrystalEdge = 5

const char	tccFlagMarker [] = {'.', 'S', '?', 'C', '4', '5', '6', '7'}

int	theAB = -1

const char *	ttfFilename = "TTF.txt"

const char *	xconnectFilename = "xconnect_universal.txt"

Detailed Description

GenABIO is a standalone program to produce individual SRP card trigger tower and selective readout action flags from TTF.txt and SRF.txt global flag files. Run 'GenABIO -h' for usage.

Definition in file GenABIO.cc.

Macro Definition Documentation

#define SIZE_MAX ((size_t) -1)

Definition at line 25 of file GenABIO.cc.

#define SSIZE_MAX ((ssize_t) (SIZE_MAX / 2))

Definition at line 28 of file GenABIO.cc.

Enumeration Type Documentation

enum roAction_t

Enumerator
suppress
sr2
sr1
full
fsuppress
fsr2
fsr1
ffull

Definition at line 193 of file GenABIO.cc.

193 {suppress=0, sr2, sr1, full, fsuppress, fsr2, fsr1, ffull} roAction_t;

fsr1

Definition: GenABIO.cc:193

sr2

Definition: GenABIO.cc:193

fsr2

Definition: GenABIO.cc:193

full

Definition: GenABIO.cc:193

ffull

Definition: GenABIO.cc:193

sr1

Definition: GenABIO.cc:193

roAction_t

Definition: GenABIO.cc:193

suppress

Definition: GenABIO.cc:193

fsuppress

Definition: GenABIO.cc:193

Function Documentation

void abConnect	(	int	iAB,
		int	iABCh,
		int &	iOtherAB,
		int &	iOtherABCh
	)

Definition at line 851 of file GenABIO.cc.

References trackerHits::c, dtNoiseDBValidation_cfg::cerr, cmsRelvalreport::exit, f, i, nAB, nABABCh, NULL, and xconnectFilename.

Referenced by getABABInputStream().

                                                                {
   static bool firstCall = true;
   static int xconnectMap[nAB][nABABCh][2];
   if(firstCall){
     FILE* f = fopen(xconnectFilename, "r");
     if(f==NULL){
       cerr << "Error. Failed to open xconnect definition file,"
        << xconnectFilename << endl;
       exit(EXIT_FAILURE);
     }
     //skips two first lines:
     for(int i=0; i<2; ++i){
       int c;
       while((c=getc(f))!='\n' && c >=0);
     }
     int ilink = 0 ;
     while(!feof(f)){
       int abIn;
       int pinIn;
       int abOut;
       int pinOut;
       if(4==fscanf(f, "%d\t%d\t%d\t%d", &abIn, &pinIn, &abOut, &pinOut)){
     xconnectMap[abIn][pinIn][0] = abOut;
     xconnectMap[abIn][pinIn][1] = pinOut;
     ++ilink;
       }
     }
     if(ilink!=nAB*nABABCh){
       cerr << "Error cross-connect definition file " << xconnectFilename
        << " contains an unexpected number of link definition."
        << endl;
       exit(EXIT_FAILURE);
     }
     firstCall = false;
   }
 
   iOtherAB = xconnectMap[iAB][iABCh][0];
   iOtherABCh = xconnectMap[iAB][iABCh][1];
 }

int abNum	(	int	iABEta,
		int	iABPhi
	)

inline

Definition at line 217 of file GenABIO.cc.

Referenced by fillABIOFiles(), fillABSRPFiles(), fillABTTFFiles(), and getABABInputStream().

217 {return 3*iABEta+iABPhi;}

void fillABIOFiles	(	const char	ttFlags[nTTInEta][nTTInPhi],
		const char	barrelSrFlags[nBarrelTTInEta][nTTInPhi],
		const char	endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins],
		ofstream	files[]
	)

Definition at line 472 of file GenABIO.cc.

References abNum(), getABABInputStream(), getABABOutputStream(), getABDCCOutputStream(), getABTCCInputStream(), iEvent, nABABCh, nABInEta, nABInPhi, nABTCCCh, and nDCCCh.

Referenced by main().

                              {
   for(int iABEta=0; iABEta < nABInEta; ++iABEta){
     for(int iABPhi=0; iABPhi < nABInPhi; ++iABPhi){
       int iAB = abNum(iABEta, iABPhi);
       //      writeABIOFileHeader(files[iAB], iAB);
       files[iAB] << "# Event " << iEvent << "\n"; 
       //TCC inputs:
       for(int iTCC=0; iTCC< nABTCCCh; ++iTCC){
     files[iAB] << "ITCC" << iTCC+1 << ":"
            << getABTCCInputStream(ttFlags, iABEta, iABPhi, iTCC)
            << "\n";
       }
       //AB inputs:
       for(int iABCh=0; iABCh<nABABCh; ++iABCh){
     files[iAB] << "IAB" <<  iABCh+1 << ":"
            << getABABInputStream(ttFlags, iABEta, iABPhi, iABCh)
            << "\n";
       }
       //AB outputs:
       for(int iABCh=0; iABCh<nABABCh; ++iABCh){
     files[iAB] << "OAB" <<  iABCh+1 << ":"
            << getABABOutputStream(ttFlags, iABEta, iABPhi, iABCh)
            << "\n";
       }
       //DCC output:
       for(int iDCCCh=0; iDCCCh<nDCCCh; ++iDCCCh){
     files[iAB] << "ODCC";
     files[iAB]<< (iDCCCh<=8?"0":"") << iDCCCh+1 << ":"
           << getABDCCOutputStream(barrelSrFlags, endcapSrFlags, iABEta, iABPhi,iDCCCh)
           << "\n";
       }
       files[iAB] << "#\n";
     }
   }
 }

void fillABSRPFiles	(	const char	barrelSrFlags[nBarrelTTInEta][nTTInPhi],
		const char	endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins],
		ofstream	files[]
	)

Referenced by main().

void fillABSRPFiles	(	const char	barrelSrFlags[nBarrelTTInEta][nTTInPhi],
		const char	endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins],
		ofstream	files[nAB]
	)

Definition at line 402 of file GenABIO.cc.

References abNum(), abOfDcc(), dccIndexOfRU(), linker::files, getABTTPhiBounds(), i, iEvent, iTTEtaMax, iTTEtaMin, iTTEtaSign, mod(), nAB, nABInPhi, nEndcaps, nEndcapTTInEta, nSupercrystalXBins, nSupercrystalYBins, nTTInABAlongPhi, and srp2roFlags.

                                  {
   //event headers:
   for(int iAB=0; iAB < nAB; ++iAB){
     files[iAB] << "# Event " << iEvent << "\n";
   }
   
   bool lineAppended[nAB];
   for(int i=0; i< nAB; lineAppended[i++]=false)/*empty*/;
   
   //EE:
   for(int iEE = 0; iEE < nEndcaps; ++iEE){
     for(int iX = 0; iX < nSupercrystalXBins; ++iX){
       for(int iY=0; iY < nSupercrystalYBins; ++iY){
     //        int iDCC = dccIndex(iEE==0?0:2,iX*5,iY*5);
     int iDCC = dccIndexOfRU(iEE==0?0:2,iX,iY);
     if(iDCC>=0){
       int iAB = abOfDcc(iDCC);
       if(!lineAppended[iAB]){
         for(int i=0; i< iY; ++i) files[iAB] << ' ';
       }
       files[iAB] << srp2roFlags[(int)endcapSrFlags[iEE][iX][iY]];
       lineAppended[iAB] = true;
     }
       }//next iY
       for(int iFile=0; iFile< nAB; ++iFile){
     if(lineAppended[iFile]){
       files[iFile] << "\n";
       lineAppended[iFile] = false;
     }
       }
     }//next iX
   }
   
   //EB:
   for(int iABEta=1; iABEta<3; ++iABEta){
     for(int iABPhi=0; iABPhi<nABInPhi; ++iABPhi){
       int iAB = abNum(iABEta,iABPhi);
       int iTTPhiMin;
       int iTTPhiMax;
       getABTTPhiBounds(iABPhi, iTTPhiMin, iTTPhiMax);
       //writeEventHeader(files[iAB], iEvent, nTTInABAlongPhi);
       for(int i = 0 ; i <= iTTEtaMax[iABEta]-iTTEtaMin[iABEta];
       ++i){
     int iTTEta;
     if(iTTEtaSign[iABEta]>0){
       iTTEta = iTTEtaMin[iABEta] + i;
     } else{
       iTTEta = iTTEtaMax[iABEta] - i;
     }
     for(int iTTPhi = iTTPhiMin;
         mod(iTTPhiMax-iTTPhi,nTTInPhi) < nTTInABAlongPhi;
         iTTPhi = mod(++iTTPhi, nTTInPhi)){
       files[iAB] << srp2roFlags[(int)barrelSrFlags[iTTEta-nEndcapTTInEta][iTTPhi]];
     }
     files[iAB] << "\n";
       }
       //      writeEventTrailer(files[iAB], nTTInABAlongPhi);
       files[iAB] << "#\n";
     }
   }
 
   //file trailers
   for(int iAB=0; iAB < nAB; ++iAB){
     files[iAB] << "#\n";
   }
 }

void fillABTTFFiles	(	const char	ttFlags[nTTInEta][nTTInPhi],
		ofstream	files[]
	)

Produces one file per AB. Each file contains the TT flags the AB receives from its inputs.

Definition at line 370 of file GenABIO.cc.

References abNum(), getABTTPhiBounds(), i, iEvent, iTTEtaMax, iTTEtaMin, iTTEtaSign, mod(), nABInEta, nABInPhi, and nTTInABAlongPhi.

Referenced by main().

                               {
   for(int iABEta=0; iABEta<nABInEta; ++iABEta){
     for(int iABPhi=0; iABPhi<nABInPhi; ++iABPhi){
       int iAB = abNum(iABEta,iABPhi);
       int iTTPhiMin;
       int iTTPhiMax;
       getABTTPhiBounds(iABPhi, iTTPhiMin, iTTPhiMax);
       //      writeEventHeader(files[iAB], iEvent, nTTInABAlongPhi);
       files[iAB] << "# Event " << iEvent << "\n";
       
       for(int i = 0 ; i <= iTTEtaMax[iABEta]-iTTEtaMin[iABEta];
       ++i){
     int iTTEta;
     if(iTTEtaSign[iABEta]>0){
       iTTEta = iTTEtaMin[iABEta] + i;
     } else{
       iTTEta = iTTEtaMax[iABEta] - i;
     }
     for(int iTTPhi = iTTPhiMin;
         mod(iTTPhiMax-iTTPhi,nTTInPhi) < nTTInABAlongPhi;
         iTTPhi = mod(++iTTPhi, nTTInPhi)){
       files[iAB] << ttFlags[iTTEta][iTTPhi];
     }
     files[iAB] << "\n";
       }
       files[iAB] << "#\n";
       //writeEventTrailer(files[iAB], nTTInABAlongPhi);
     }
   }  
 }

string getABABInputStream	(	const char	tccFlags[nTTInEta][nTTInPhi],
		int	iABEta,
		int	iABPhi,
		int	iABCh
	)

Definition at line 834 of file GenABIO.cc.

References abConnect(), abNum(), and getABABOutputStream().

Referenced by fillABIOFiles().

                                     {
   int iAB = abNum(iABEta, iABPhi);
   int iOtherAB; //AB which this channel is connected to
   int iOtherABCh; //ch # on the other side of the AB-AB link
   abConnect(iAB,iABCh,iOtherAB,iOtherABCh);
   int iOtherABEta = iOtherAB/3;
   int iOtherABPhi = iOtherAB%3;
   return getABABOutputStream(tccFlags, iOtherABEta, iOtherABPhi, iOtherABCh);
 }

string getABABOutputStream	(	const char	tccFlags[nTTInEta][nTTInPhi],
		int	iABEta,
		int	iABPhi,
		int	iABCh
	)

Definition at line 766 of file GenABIO.cc.

References Reference_intrackfit_cff::barrel, getABTCCInputStream(), and alignCSCRings::s.

Referenced by fillABIOFiles(), and getABABInputStream().

                                                  {
   stringstream buffer;
   buffer.str("");
   bool barrel = (iABEta==1 || iABEta==2); //true for barrel, false for endcap
   switch(iABCh){
   case 0:
     //to AB ch #0 are sent the 16 1st TCC flags received on TCC input Ch. 0
     buffer << getABTCCInputStream(tccFlags, iABEta, iABPhi, 0).substr(0,16);
     break;
   case 1:
     //to AB ch #1 are sent the 16 1st TCC flags received on TCC input Ch. 0 to 5:
     for(int iTCCCh=0; iTCCCh<6; ++iTCCCh){
       buffer <<
     getABTCCInputStream(tccFlags, iABEta, iABPhi, iTCCCh).substr(0,16);
     }
     break;
   case 2:
     //to AB ch #2 are sent the 16 1st TCC flags received on TCC input Ch. 5:
     buffer << getABTCCInputStream(tccFlags, iABEta, iABPhi, 5).substr(0,16);
     break;
   case 3:
     //to AB ch #3 are sent TCC flags received on TCC input Ch. 0 and 6:
     buffer << getABTCCInputStream(tccFlags, iABEta, iABPhi, 0);
     buffer << getABTCCInputStream(tccFlags, iABEta, iABPhi, 6);
     break;
   case 4:
     //to AB ch #4 are sent TCC flags received on TCC input Ch 5 and 11:
     buffer << getABTCCInputStream(tccFlags, iABEta, iABPhi, 5);
     buffer << getABTCCInputStream(tccFlags, iABEta, iABPhi, 11);
     break;
   case 5:
     //for endcaps AB output ch 5 is not used.
     //for barrel, to AB ch #5 are sent the 16 last TCC flags received on TCC
     //input Ch. 0:
     if(barrel){//in barrel
       string s = getABTCCInputStream(tccFlags, iABEta, iABPhi, 0);
       assert(s.size()>=16);
       buffer << s.substr(s.size()-16,16);
     }
     break;
   case 6:
     //for endcaps AB output ch 6 is not used.
     //for barrel, to AB ch #6 are sent the 16 last TCC flags received on TCC
     //input Ch. 0 to 5:
     if(barrel){//in barrel
       for(int iTCCCh=0; iTCCCh<6; ++iTCCCh){
     string s = getABTCCInputStream(tccFlags, iABEta, iABPhi, iTCCCh); 
     buffer << s.substr(s.size()-16,16);
       }
     }
     break;
   case 7:
     //for endcaps AB output ch 7 is not used.
     //for barrel, to AB ch #7 are sent the 16 last TCC flags received on TCC
     //input Ch. 5:
     if(barrel){//in barrel
       string s = getABTCCInputStream(tccFlags, iABEta, iABPhi, 5);
       assert(s.size()>=16);
       buffer << s.substr(s.size()-16,16);
     }
     break;
   default:
     assert(false);
   }
   return buffer.str();
 }

string getABDCCOutputStream	(	const char	barrelSrFlags[nBarrelTTInEta][nTTInPhi],
		const char	endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins],
		int	iABEta,
		int	iABPhi,
		int	DCCCh
	)

Definition at line 891 of file GenABIO.cc.

References Reference_intrackfit_cff::barrel, ecalDccSC, getABTCCInputStream(), i, nEndcapTTInEta, and srp2roFlags.

Referenced by fillABIOFiles().

                                                    {
   bool barrel = (iABEta==1||iABEta==2);
   if(barrel){
     //same as TCC with same ch number but with TCC flags replaced by SRP flags:
     string stream = getABTCCInputStream(barrelSrFlags-nEndcapTTInEta, iABEta, iABPhi, iDCCCh);
     //converts srp flags to readout flags:
     for(size_t i=0; i< stream.size(); ++i){
       stream[i] = srp2roFlags[(int)stream[i]];
     }
     return stream;
   } else{//endcap
     if(iDCCCh<3){//used DCC output channel
       //endcap index:
       int iEE=(iABEta==0)?0:1;
       stringstream buffer("");
       //3 DCC per AB and AB DCC output channel in
       //increasing DCC phi position:
       int iDCCPhi = iABPhi*3+iDCCCh;
       for(size_t iSC=0; iSC < ecalDccSC[iEE][iDCCPhi].size(); ++iSC){
     pair<int,int> sc = ecalDccSC[iEE][iDCCPhi][iSC];
     buffer << srp2roFlags[(int)endcapSrFlags[iEE][sc.first][sc.second]];
       }
       return buffer.str();
     } else{//unused output channel
       return "";
     }
   }
 }

string getABTCCInputStream	(	const char	tccFlags[nTTInEta][nTTInPhi],
		int	iABEta,
		int	iABPhi,
		int	iTCCCh
	)

Definition at line 736 of file GenABIO.cc.

References getABTTPhiBounds(), getFlagStream(), and iTCCEtaBounds.

Referenced by fillABIOFiles(), getABABOutputStream(), and getABDCCOutputStream().

                                                   {
   //gets eta bounds for this tcc channel:
   int iTCCEta;
   if(iABEta==1 || iABEta==2){//barrel
     if(iTCCCh>5) return ""; //only 6 TCCs per AB for barrel
     iTCCEta =  1 + iABEta;
   } else{//endcap
     if(iABEta==0){//EE-
       iTCCEta = (iTCCCh<6)?1:0;
     } else{//EE+
       iTCCEta = (iTCCCh<6)?4:5;
     }
   }      
   int iEtaMin = iTCCEtaBounds[iTCCEta];
   int iEtaMax = iTCCEtaBounds[iTCCEta+1]-1;
 
   //gets phi bounds:
   int iPhiMin;
   int iPhiMax;
   getABTTPhiBounds(iABPhi, iPhiMin, iPhiMax);
   //phi is increasing with TTC channel number
   //a TTC covers a 4TT-wide phi-sector
   //=>iPhiMin(iTTCCh) = iPhiMin(AB) + 4*iTTCCh for iTCCCh<6 
   iPhiMin += 4*(iTCCCh%6);
   iPhiMax = iPhiMin + 4 - 1;
   
   return getFlagStream(tccFlags, iEtaMin, iEtaMax, iPhiMin, iPhiMax);
 }

void getABTTPhiBounds	(	int	iABPhi,
		int &	iTTPhiMin,
		int &	iTTPhiMax
	)

Definition at line 846 of file GenABIO.cc.

References mod(), nTTInABAlongPhi, and nTTInPhi.

Referenced by fillABSRPFiles(), fillABTTFFiles(), and getABTCCInputStream().

                                                                  {
   iTTPhiMin = mod(-6+iABPhi*nTTInABAlongPhi,nTTInPhi);
   iTTPhiMax = mod(iTTPhiMin+nTTInABAlongPhi-1, nTTInPhi);
 }

string getFlagStream	(	char	flags[nTTInEta][nTTInPhi],
		int	iEtaMin,
		int	iEtaMax,
		int	iPhiMin,
		int	iPhiMax
	)

Definition at line 702 of file GenABIO.cc.

References dtNoiseDBValidation_cfg::cerr, cmsRelvalreport::exit, flags, mod(), nTTInEta, and zPos.

Referenced by getABTCCInputStream().

                                                    {
   assert(0<=iEtaMin && iEtaMin<=iEtaMax && iEtaMax<nTTInEta);
   if(iEtaMin<=nTTInEta/2 && iEtaMax>nTTInEta){
     cerr << "Implementation Errror:"
      << __FILE__ << ":" << __LINE__ 
      << ": A flag stream cannot covers parts of both half-ECAL!"
      << endl;
     exit(EXIT_FAILURE);
   }
 
   bool zPos = (iEtaMin>=nTTInEta/2);
 
   stringstream buffer;
   buffer.str("");
   for(int jEta = 0; jEta <= iEtaMax-iEtaMin; ++jEta){
     //loops on iEta in |eta| increasing order:
     int iEta;
     if(zPos){
       iEta = iEtaMin + jEta;
     } else{
       iEta = iEtaMax - jEta;
     }
 
     for(int iPhi = mod(iPhiMin,nTTInPhi);
     mod(iPhiMax+1-iPhi,nTTInPhi) != 0;
     iPhi = mod(++iPhi, nTTInPhi)){
       buffer << flags[iEta][iPhi];
     }
   }
   
   return buffer.str();
 }

int main	(	int	argc,
		char *	argv[]
	)

Definition at line 247 of file GenABIO.cc.

References abIOFilePostfix, abIOFilePrefix, abSRFFilePostfix, abSRFFilePrefix, abTTFFilePostfix, abTTFFilePrefix, actions, dtNoiseDBValidation_cfg::cerr, gather_cfg::cout, dccPhiIndexOfRU(), ecalDccSC, cmsRelvalreport::exit, fillABIOFiles(), fillABSRPFiles(), fillABTTFFiles(), i, iEvent, nAB, nactions, nBarrelTTInEta, nEndcaps, nEndcapXBins, nEndcapYBins, nSupercrystalXBins, nSupercrystalYBins, nTTInEta, nTTInPhi, NULL, dbtoconf::out, readSRF(), readTTF(), roFlagMarker, alignCSCRings::s, srfFilename, srp2roFlags, srpFlagMarker, theAB, ttfFilename, writeABIOFileHeader(), writeABSRFFileHeader(), and writeABTTFFileHeader().

                                 {
   char barrelSrFlags[nBarrelTTInEta][nTTInPhi];
   char endcapSrFlags[nEndcaps][nEndcapXBins/5][nEndcapYBins/5];
   char ttFlags[nTTInEta][nTTInPhi];
   ofstream abTTFFiles[nAB];
   ofstream abSRFFiles[nAB];
   ofstream abIOFiles[nAB];
 
   int iarg = 0;
   while(++iarg<argc){
     if(strcmp(argv[iarg],"-h")==0||strcmp(argv[iarg],"--help")==0){
       cout << "Usage: GenABIO [OPTIONS]\n\n"
     "Produces TT and SR flag files for each SRP board from TTF.txt and "
     "SRF.txt global flag files. Requires the SRP cross-connect description"
     " description file (xconnect_universal.txt). TTF.txt, SRF.txt and "
     "xconnect_universal.txt must be in the directory the command is "
     "launched.\n\n"
     "OPTIONS:\n"
         "  -A, --actions IJKLMNOP. IJKLMNOP I..P integers from 0 to 7.\n"
     "                I: action flag for low interest RUs\n"
     "                J: action flag for single RUs\n"
     "                K: action flag for neighbour RUs\n"
     "                L: action flag for centers RUs\n"
     "                M: action flag for forced low interest RUs\n"
     "                N: action flag for forced single RUs\n"
     "                O: action flag for forced neighbour RUs\n"
     "                P: action flag for forced centers RUs\n\n"
     " -h, --help display this help\n"
     " -a n, --ab n specifies indices of the AB whose file must be "
     "produced. The ab number runs from 1 to 12. Use -1 to produce files "
     "for every AB\n\n"
     ;
       
       return 0;
     }
     
     if(!strcmp(argv[iarg],"-A") || !strcmp(argv[iarg],"-A")){//actions
       if(++iarg>=argc){ cout << "Option error. Try -h\n"; return 1; }
       for(int i=0; i<8; ++i){
     int act = argv[iarg][i]-'0';
     if(act<0 || act>=nactions){
       cout << "Error. Action argument is invalid.\n";
       return 1;
     } else{
       actions[i] = (roAction_t)act;
     }
       }
       continue;
     }
     if(!strcmp(argv[iarg],"-a")||!strcmp(argv[iarg],"--ab")){
       if(++iarg>=argc){ cout << "Option error. Try -h\n"; return 1; }
       theAB = strtoul(argv[iarg], 0, 0);
       if(theAB>=0) --theAB;
       if(theAB<-1 || theAB>11){
     cout << "AB number is incorrect. Try -h option to get help.\n";
       }
       continue;
     }
   }
 
   for(size_t i=0; i<sizeof(srp2roFlags)/sizeof(srp2roFlags[0]); srp2roFlags[i++]='?');
   for(size_t i=0; i<sizeof(actions)/sizeof(actions[0]); ++i){
     srp2roFlags[(int)srpFlagMarker[i]] = roFlagMarker[actions[i]];
   }
 
   for(int iEE=0; iEE < nEndcaps; ++iEE){
     for(int iY = 0; iY < nSupercrystalXBins; ++iY){
       for(int iX = 0; iX < nSupercrystalYBins; ++iX){
     int iDCCPhi = dccPhiIndexOfRU(iEE==0?0:2,iX,iY);
     if(iDCCPhi>=0){//SC exists
       ecalDccSC[iEE][iDCCPhi].push_back(pair<int,int>(iX,iY));
     }
       }
     }
   }
   
   stringstream s;
   for(int iAB=0; iAB< nAB; ++iAB){
     if(theAB!=-1 && theAB!=iAB) continue;
     s.str("");
     s << abTTFFilePrefix << (iAB<9?"0":"") << iAB+1 << abTTFFilePostfix;
     abTTFFiles[iAB].open(s.str().c_str(), ios::out);
     writeABTTFFileHeader(abTTFFiles[iAB], iAB);
     s.str("");
     s << abSRFFilePrefix << (iAB<9?"0":"") << iAB+1 << abSRFFilePostfix;
     abSRFFiles[iAB].open(s.str().c_str(), ios::out);
     writeABSRFFileHeader(abSRFFiles[iAB], iAB);
     s.str("");
     s << abIOFilePrefix << (iAB<9?"0":"") << iAB+1 << abIOFilePostfix;
     abIOFiles[iAB].open(s.str().c_str(), ios::out);
     writeABIOFileHeader(abIOFiles[iAB], iAB);
   }
 
   FILE* srfFile = fopen(srfFilename, "r");
   if(srfFile==NULL){
     cerr << "Failed to open SRF file, " << srfFilename << endl;
     exit(EXIT_FAILURE);
   }
 
   FILE* ttfFile = fopen(ttfFilename, "r");
   if(ttfFile==NULL){
     cerr << "Failed to open TTF file, " << ttfFilename << endl;
     exit(EXIT_FAILURE);
   }
   
   iEvent = 0;
   while(readSRF(srfFile,barrelSrFlags,endcapSrFlags)
     && readTTF(ttfFile,ttFlags)){
     if(iEvent%100==0){
       cout << "Event " << iEvent << endl;
     }
     fillABTTFFiles(ttFlags,abTTFFiles);
     fillABSRPFiles(barrelSrFlags, endcapSrFlags, abSRFFiles);
     fillABIOFiles(ttFlags,barrelSrFlags,endcapSrFlags,abIOFiles);
     ++iEvent;
   }
   
   return 0;
 }

bool readSRF	(	FILE *	file,
		char	barrelSrFlags[nBarrelTTInEta][nTTInPhi],
		char	endcapSrFlags[nEndcaps][nSupercrystalXBins][nSupercrystalYBins]
	)

Definition at line 553 of file GenABIO.cc.

References dtNoiseDBValidation_cfg::cerr, cmsRelvalreport::exit, geometryCSVtoXML::line, nBarrelTTInEta, nEndcaps, nSupercrystalXBins, nSupercrystalYBins, nTTInPhi, NULL, pos, SiPixelLorentzAngle_cfi::read, and srfFilename.

Referenced by main().

                               {
   char* buffer = NULL;
   size_t bufferSize = 0;
   int read;
   if(f==NULL) exit(EXIT_FAILURE);
   int line=0;
   int iEta = 0;
   int iXm = 0;
   int iXp = 0;
   int iReadLine = 0;//number of read line, comment lines excluded
   //number of non-comment lines to read:
   const int nReadLine = nBarrelTTInEta + nEndcaps*nSupercrystalXBins; 
   while(iReadLine<nReadLine && (read=getline(&buffer, &bufferSize,f))!=-1){
     ++line;
     char* pos = buffer;
     while(*pos==' ' || *pos=='\t') ++pos; //skip spaces
     if(*pos!='#' && *pos!='\n'){//not a comment line nor an empty line
       //go back to beginning of line:
       pos = buffer;
       if(iReadLine<nSupercrystalXBins){//EE- reading
     if(read-1!=nSupercrystalYBins){
       cerr << "Error: line " << line
            << " of file "<< srfFilename << " has incorrect length"
            << " (" << read-1 << " instead of " << nSupercrystalYBins << ")"
            << endl;
       exit(EXIT_FAILURE);
     }
     for(int iY=0; iY<nSupercrystalYBins; ++iY){
       endcapSrFlags[0][iXm][iY] = buffer[iY];
     }
     ++iXm;
       } else if(iReadLine<nSupercrystalYBins+nBarrelTTInEta){//EB reading
     if(read-1!=nTTInPhi){
       cerr << "Error: line " << line
            << " of file "<< srfFilename << " has incorrect length"
            << " (" << read-1 << " instead of " << nTTInPhi << ")"
            << endl;
       exit(EXIT_FAILURE);
     }
     for(int iPhi=0; iPhi<nTTInPhi; ++iPhi){
       barrelSrFlags[iEta][iPhi] = buffer[iPhi];
     }
     ++iEta;
       } else if(iReadLine<2*nSupercrystalXBins+nBarrelTTInEta){ //EE+ reading
     if(read-1!=nSupercrystalYBins){
       cerr << "Error: line " << line
            << " of file "<< srfFilename << " has incorrect length"
            << " (" << read-1 << " instead of " << nSupercrystalYBins << ")"
            << endl;
       exit(EXIT_FAILURE);
     }
     for(int iY=0; iY<nSupercrystalYBins; ++iY){
       endcapSrFlags[1][iXp][iY] = buffer[iY];
     }
     ++iXp;
       }
       ++iReadLine;      
     }//not a comment or empty line
   }
   //returns 0 if all TT were read:
   return (iReadLine==nReadLine)?true:false;
 }

bool readTTF	(	FILE *	file,
		char	ttFlags[nTTInEta][nTTInPhi]
	)

Definition at line 519 of file GenABIO.cc.

References dtNoiseDBValidation_cfg::cerr, cmsRelvalreport::exit, geometryCSVtoXML::line, nTTInEta, nTTInPhi, NULL, pos, SiPixelLorentzAngle_cfi::read, and ttfFilename.

Referenced by main().

                                                        {
   char* buffer = NULL;
   size_t bufferSize = 0;
   int read;
   if(f==NULL) exit(EXIT_FAILURE);
   int line=0;
   int iEta = 0;
   while(iEta<nTTInEta && (read=getline(&buffer, &bufferSize,f))!=-1){
     ++line;
     char* pos = buffer;
     while(*pos==' ' || *pos=='\t') ++pos; //skip spaces
     if(*pos!='#' && *pos!='\n'){//not a comment line nor an empty line
       if(read-1!=nTTInPhi){
     cerr << "Error: line " << line
          << " of file "<< ttfFilename << " has incorrect length"
       //             << " (" << read-1 << " instead of " << nTTInPhi << ")"
          << endl;
     exit(EXIT_FAILURE);
       }
       for(int iPhi=0; iPhi<nTTInPhi; ++iPhi){
     ttFlags[iEta][iPhi] = buffer[iPhi];
     //         if(ttFlags[iEta][iPhi]!='.'){
     //           cout << __FILE__ << ":" << __LINE__ << ": "
     //                << iEta << "," << iPhi
     //                << " " << ttFlags[iEta][iPhi] << "\n";
     //         }
       }
       ++iEta;
     }
   }
   //returns true if all TT were read (not at end of file)
   return (iEta==nTTInEta)?true:false;
 }

void writeABIOFileHeader	(	ofstream &	f,
		int	abNum
	)

Definition at line 683 of file GenABIO.cc.

References actions, roFlagMarker, srpFlagMarker, lumiQTWidget::t, tccFlagMarker, and cond::rpcobgas::time.

Referenced by main().

                                                 {
   time_t t;
   time(&t);
   const char* date = ctime(&t);
   f << "# AB " << abNum+1 <<" I/O \n#\n"
     "# Generated on : " << date << "#\n"
     "# " << srpFlagMarker[0] << ": 000 (low interest)   " << tccFlagMarker[0] << ": 000 (low interest)   " << roFlagMarker[0] << ": 000 (suppress)\n"
     "# " << srpFlagMarker[1] << ": 001 (single)         " << tccFlagMarker[1] << ": 001 (mid interest)   " << roFlagMarker[1] << ": 010 (SR Threshold 2)\n"
     "# " << srpFlagMarker[2] << ": 010 (neighbour)      " << tccFlagMarker[2] << ": 010 (not valid)      " << roFlagMarker[2] << ": 001 (SR Threshold 1)\n"   
     "# " << srpFlagMarker[3] << ": 011 (center)         " << tccFlagMarker[3] << ": 011 (high interest)  " <<   roFlagMarker[3] << ": 011 (Full readout)\n"
     "#\n"
     "# action table (when forced):\n"
     "# LI-> " << roFlagMarker[actions[0]] << " (" << roFlagMarker[actions[4]]<< ")" << "\n"
     "# S -> " << roFlagMarker[actions[1]] << " (" << roFlagMarker[actions[5]]<< ")" << "\n"
     "# N -> " << roFlagMarker[actions[2]] << " (" << roFlagMarker[actions[6]]<< ")" << "\n"
     "# C -> " << roFlagMarker[actions[3]] << " (" << roFlagMarker[actions[7]]<< ")" << "\n"
     "#\n"; 
 }

void writeABSRFFileHeader	(	ofstream &	f,
		int	abNum
	)

Definition at line 656 of file GenABIO.cc.

References actions, roFlagMarker, lumiQTWidget::t, and cond::rpcobgas::time.

Referenced by main().

                                                  {
   time_t t;
   time(&t);
   const char* date = ctime(&t);
   const char* xLabel;
   const char* yLabel;
   if(abNum<3 || abNum>8){//endcap
     xLabel = "Y  ";
     yLabel = "X    ";
   } else{//barrel
     xLabel = "Phi";
     yLabel = "|Eta|";
   }
   f << "# SRF flag map covered by AB " << abNum+1 <<"\n#\n"
     "# Generated on : " << date << "#\n"
     "# +---> " << xLabel << "          " << roFlagMarker[0] << ": 000 (suppress)\n"          
     "# |                  "              << roFlagMarker[1] << ": 010 (SR Threshold 2)\n"     
     "# |                  "              << roFlagMarker[2] << ": 001 (SR Threshold 1)\n"     
     "# V " << yLabel << "            "   << roFlagMarker[3] << ": 011 (Full readout)\n"     
     "#\n"
     "# action table (when forced):\n"
     "# LI-> " << roFlagMarker[actions[0]] << " (" << roFlagMarker[actions[4]]<< ")" << "\n"
     "# S -> " << roFlagMarker[actions[1]] << " (" << roFlagMarker[actions[5]]<< ")" << "\n"
     "# N -> " << roFlagMarker[actions[2]] << " (" << roFlagMarker[actions[6]]<< ")" << "\n"
     "# C -> " << roFlagMarker[actions[3]] << " (" << roFlagMarker[actions[7]]<< ")" << "\n";
 }

void writeABTTFFileHeader	(	ofstream &	f,
		int	abNum
	)

Definition at line 643 of file GenABIO.cc.

References srpFlagMarker, lumiQTWidget::t, and cond::rpcobgas::time.

Referenced by main().

                                                  {
   time_t t;
   time(&t);
   const char* date = ctime(&t);
   f << "# TTF flag map covered by AB " << abNum+1 <<"\n#\n"
     "# Generated on : " << date << "#\n"
     "# +---> Phi          " << srpFlagMarker[0] << ": 000 (low interest)\n"
     "# |                  " << srpFlagMarker[1] << ": 001 (single)\n"     
     "# |                  " << srpFlagMarker[2] << ": 010 (neighbour)\n"    
     "# V |Eta|            " << srpFlagMarker[3] << ": 011 (center)\n"     
     "#\n";
 }

Variable Documentation

const char* abIOFilePostfix = ".txt"

Definition at line 182 of file GenABIO.cc.

Referenced by main().

const char* abIOFilePrefix = "IO_AB"

Definition at line 181 of file GenABIO.cc.

Referenced by main().

const char* abSRFFilePostfix = ".txt"

Definition at line 180 of file GenABIO.cc.

Referenced by main().

const char* abSRFFilePrefix = "AF_AB"

Definition at line 179 of file GenABIO.cc.

Referenced by main().

const char* abTTFFilePostfix = ".txt"

Definition at line 178 of file GenABIO.cc.

Referenced by main().

const char* abTTFFilePrefix = "TTF_AB"

Definition at line 177 of file GenABIO.cc.

Referenced by main().

roAction_t actions[nactions]

Initial value:

= {sr2,full, full,full,

sr2,sr2,sr2,sr2}

sr2

Definition: GenABIO.cc:193

full

Definition: GenABIO.cc:193

Definition at line 200 of file GenABIO.cc.

Referenced by Vispa.Plugins.EdmBrowser.EdmBrowserTabController.EdmBrowserTabController::centerViewMenuButtonClicked(), Vispa.Plugins.Browser.BrowserTabController.BrowserTabController::centerViewMenuButtonClicked(), main(), operator<<(), Vispa.Plugins.Browser.BrowserTabController.BrowserTabController::updateViewMenu(), writeABIOFileHeader(), and writeABSRFFileHeader().

vector<pair<int, int> > ecalDccSC[nEndcaps][nDCCEE]

Definition at line 204 of file GenABIO.cc.

Referenced by getABDCCOutputStream(), and main().

int iEvent = 0

Definition at line 243 of file GenABIO.cc.

Referenced by SiStripGainFromData::algoAnalyze(), Digi2Raw2Digi::analyze(), RawDataConverter::analyze(), HcalDigiTester::analyze(), HLTMonPhotonSource::analyze(), EcalSimRawData::analyze(), HLTMonElectron::analyze(), HLTMon::analyze(), CastorDumpConditions::analyze(), HcalDigisValidation::analyze(), FFTJetTreeDump::analyze(), CSCSkim::beginJob(), RPCNoise::beginJob(), pat::LeptonVertexSignificance::calculate(), VarSplitter::eval(), VariablePower::eval(), TCTauAlgorithm::eventSetup(), ConfigurableHisto::fill(), fillABIOFiles(), fillABSRPFiles(), fillABTTFFiles(), MuonTimingFiller::fillTiming(), ConfigurableAnalysis::filter(), CSCSkim::filter(), RPCNoise::filter(), CSCEfficiency::filter(), FWFileEntry::filterEventsWithCustomParser(), MuonDetLayerMeasurements::groupedMeasurements(), main(), FWEventItemsManager::newEvent(), SubjetFilterJetProducer::output(), cms::CompoundJetProducer::output(), VirtualJetProducer::output(), pf2pat::TopProjectorAlgo< Top, Bottom >::processCollection(), PFRootEventManager::processEntry(), TtDilepEvtSolutionMaker::produce(), TtSemiEvtSolutionMaker::produce(), EcalSelectiveReadoutProducer::produce(), pat::MatcherUsingTracks::produce(), PFLinker::produce(), SiStripFineDelayHit::produce(), pf2pat::TopProjectorAlgo< Top, Bottom >::produce(), TriggerSummaryProducerAOD::produce(), FFTJetPatRecoProducer::produce(), FFTJetProducer::produce(), SiStripFineDelayHit::produceNoTracking(), PFRootEventManager::readFromSimulation(), MuonDetLayerMeasurements::recHits(), KalmanAlignmentAlgorithm::run(), edm::IndexIntoFile::set_intersection(), PFTauDiscriminants::PFTauDiscriminantManager::setEvent(), and FWEventItem::setEvent().

const int iTCCEtaBounds[nTCCInEta+1] = {0,7,11,28,45,49,56}

Definition at line 175 of file GenABIO.cc.

Referenced by getABTCCInputStream().

const int iTTEtaMax[nABInEta] = {10,27,44,55}

Definition at line 169 of file GenABIO.cc.

Referenced by fillABSRPFiles(), and fillABTTFFiles().

const int iTTEtaMin[nABInEta] = {0,11,28,45}

Definition at line 168 of file GenABIO.cc.

Referenced by fillABSRPFiles(), and fillABTTFFiles().

const int iTTEtaSign[nABInEta] = {-1,-1,1,1}

Definition at line 170 of file GenABIO.cc.

Referenced by fillABSRPFiles(), and fillABTTFFiles().

const int nAB = nABInPhi*nABInEta

Definition at line 165 of file GenABIO.cc.

Referenced by abConnect(), fillABSRPFiles(), and main().

const int nABABCh = 8

Definition at line 161 of file GenABIO.cc.

Referenced by abConnect(), and fillABIOFiles().

const int nABInEta =4

Number of ABs in a phi-sector

Definition at line 154 of file GenABIO.cc.

Referenced by fillABIOFiles(), and fillABTTFFiles().

const int nABInPhi =3

Number of ABs in an eta slice

Definition at line 157 of file GenABIO.cc.

Referenced by fillABIOFiles(), fillABSRPFiles(), and fillABTTFFiles().

const int nABTCCCh = 12

Definition at line 162 of file GenABIO.cc.

Referenced by fillABIOFiles().

const int nactions = 8

Definition at line 198 of file GenABIO.cc.

Referenced by main().

const int nBarrelEtaBins = 170

static

Number of crystals along eta in barrel

Definition at line 111 of file GenABIO.cc.

const int nBarrelPhiBins = 360

static

Number of crystals in a eta ring of the barrel

Definition at line 114 of file GenABIO.cc.

const int nBarrelTowerEtaBins = nBarrelEtaBins/5

static

Number of trigger tower along eta in the barrel

Definition at line 132 of file GenABIO.cc.

const int nBarrelTowerPhiBins = nBarrelPhiBins/5

static

Number of trigger tower in a eta ring of the barrel

Definition at line 135 of file GenABIO.cc.

const int nBarrelTTInEta = 34

static

Number of barrel trigger towers along eta

Definition at line 144 of file GenABIO.cc.

Referenced by main(), and readSRF().

const int nDCCCh = 12

Definition at line 163 of file GenABIO.cc.

Referenced by fillABIOFiles().

const int nDCCEE = 9

Number of DCCs in an endcap

Definition at line 160 of file GenABIO.cc.

const int nEndcaps = 2

static

Number of endcap, obviously tow

Definition at line 138 of file GenABIO.cc.

Referenced by HLTCSCAcceptBusyFilter::AcceptManyHitsInChamber(), EcalSimRawData::analyze(), fillABSRPFiles(), EcalSimRawData::getSrfs(), main(), EcalSelectiveReadoutProducer::printSrFlags(), and readSRF().

const int nEndcapTTInEta = 11

static

Number of trigger towers along eta in one endcap

Definition at line 141 of file GenABIO.cc.

Referenced by fillABSRPFiles(), and getABDCCOutputStream().

const int nEndcapXBins = 100

static

Range of the x-index of endcap crystals (xman-xmin+1).

Definition at line 117 of file GenABIO.cc.

Referenced by main().

const int nEndcapYBins = 100

static

Range of the y-index of endcap crystals (yman-ymin+1).

Definition at line 120 of file GenABIO.cc.

Referenced by main().

const int nSupercrystalXBins = nEndcapXBins/supercrystalEdge

static

Range of endcap supercrystal x-index (xmax-xmin+1)

Definition at line 126 of file GenABIO.cc.

Referenced by fillABSRPFiles(), main(), and readSRF().

const int nSupercrystalYBins = nEndcapYBins/supercrystalEdge

static

Range of endcap supercrystal y-index (ymay-ymin+1)

Definition at line 129 of file GenABIO.cc.

Referenced by fillABSRPFiles(), main(), and readSRF().

const int nTCCInEta = 6

Definition at line 164 of file GenABIO.cc.

const int nTTInABAlongEta =nTTInEta/nABInEta

Definition at line 166 of file GenABIO.cc.

const int nTTInABAlongPhi =nTTInPhi/nABInPhi

Definition at line 167 of file GenABIO.cc.

Referenced by fillABSRPFiles(), fillABTTFFiles(), and getABTTPhiBounds().

const int nTTInEta

static

Initial value:

=

2*nEndcapTTInEta+nBarrelTTInEta

nBarrelTTInEta

static const int nBarrelTTInEta

Definition: GenABIO.cc:144

nEndcapTTInEta

static const int nEndcapTTInEta

Definition: GenABIO.cc:141

Number of trigger towers along eta for the whole ECAL

Definition at line 147 of file GenABIO.cc.

Referenced by getFlagStream(), main(), and readTTF().

const int nTTInPhi = 72

static

Number of trigger towers in an eta ring

Definition at line 151 of file GenABIO.cc.

Referenced by getABTTPhiBounds(), main(), readSRF(), and readTTF().

char roFlagMarker[]

Initial value:

= {'.', 'z', 'Z', 'F',
               '4', '5', '6', '7'
}

Definition at line 194 of file GenABIO.cc.

Referenced by main(), writeABIOFileHeader(), and writeABSRFFileHeader().

const char* srfFilename = "SRF.txt"

Definition at line 184 of file GenABIO.cc.

Referenced by main(), and readSRF().

char srp2roFlags[128]

Definition at line 191 of file GenABIO.cc.

Referenced by fillABSRPFiles(), getABDCCOutputStream(), and main().

const char srpFlagMarker[] = {'.', 'S', 'N', 'C', '4','5','6','7'}

Definition at line 188 of file GenABIO.cc.

Referenced by main(), EcalSelectiveReadoutProducer::printSrFlags(), writeABIOFileHeader(), and writeABTTFFileHeader().

const int supercrystalEdge = 5

static

Edge size of a supercrystal. A supercrystal is a tower of 5x5 crystals.

Definition at line 123 of file GenABIO.cc.

const char tccFlagMarker[] = {'.', 'S', '?', 'C', '4', '5', '6', '7'}

Definition at line 189 of file GenABIO.cc.

Referenced by EcalSelectiveReadoutSuppressor::printTTFlags(), EcalSelectiveReadoutProducer::printTTFlags(), and writeABIOFileHeader().

int theAB = -1

Definition at line 245 of file GenABIO.cc.

Referenced by main().

const char* ttfFilename = "TTF.txt"

Definition at line 185 of file GenABIO.cc.

Referenced by main(), and readTTF().

const char* xconnectFilename = "xconnect_universal.txt"

Definition at line 186 of file GenABIO.cc.

Referenced by abConnect().

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