The above content of sim-tables is consistent with the actual fast EEMC simulator code and hits stored in StEvent & muDst.
Note, in the M-C a sampling fraction of 5% is assumed while converting GEANT energy deposit in tower scint layers to tower ADC. In order to get ~right pi0 or gamma energy a fudge factor of ~4/5 is still needed.

#define EEMCSTAT_ONLPED   0x0001 // only pedestal visible
#define EEMCSTAT_STKBT    0x0002 // sticky lower bits
#define EEMCSTAT_HOTHT    0x0004 // masked for HT trigger
#define EEMCSTAT_HOTJP    0x0008 // masked for JP trigger
#define EEMCSTAT_HIGPED   0x0010 // ped is very high but channel seems to work
#define EEMCSTAT_HOTSTR   0x0020 // hot esmd strip
#define EEMCSTAT_JUMPED   0x0040 // jumpy  ped over several chan over days
#define EEMCSTAT_WIDPED   0x0080 // wide ped over:2.5 ch  towers, 1.5 ch MAPMT's

For the record the following 'fatal' bits are set and all users should reject all elements marked that way.

#define EEMCFAIL_GARBG  0x0001  // exclude from any analysis
#define EEMCFAIL_HVOFF  0x0002  // HV was off
#define EEMCFAIL_NOFIB  0x0004  // signal fiber is broken
#define EEMCFAIL_CPYCT  0x0008  // stuck in copyCat mode

~/ezGames/dbase/src/eemcDb -p Ver2004d/sector05/eemcPMTstat -H -t 2001

~/ezGames/dbase/src/eemcDb -p Ver2004d/sector05/eemcPMTstat -g -t 1080832032

......
class  StEEmcDbMaker;
class StYourAnalysistMaker : public StMaker {
 private:
  StEEmcDbMaker *eeDb;
  ....
}

 
#include "StEEmcDbMaker/StEEmcDbMaker.h"
#include "StEEmcDbMaker/EEmcDbItem.h"
#include "StEEmcDbMaker/cstructs/eemcConstDB.hh"
#include "StEEmcUtil/EEfeeRaw/EEname2Index.h"
.....
StYourAnalysistMaker::Init() {
 // connect to eemcDB
  eeDb = (StEEmcDbMaker*)GetMaker("eemcDb"); // or "eeDb" in BFC
  assert(eeDb); // eemcDB must be in the chain, fix it
} 

.....
 // choose which 'stat' bits are fatal for you, e.g.
 uint killStat=EEMCSTAT_ONLPED  | ......... ;
.....
   StMuEmcCollection* emc = mMuDstMaker- >muDst()- >muEmcCollection();
.....
  //.........................  T O W E R S .....................
  for (i=0; i < emc->getNEndcapTowerADC(); i++) {
    int sec,eta,sub,rawAdc; //muDst  ranges:sec:1-12, sub:1-5, eta:1-12
    emc->getEndcapTowerADC(i,rawAdc,sec,sub,eta);
    assert(sec>0 && sec< =MaxSectors);// total corruption of muDst
    //Db ranges: sec=1-12,sub=A-E,eta=1-12,type=T,P-R ; slow method
    const EEmcDbItem *x=eeDb->getTile(sec,'A'+sub-1,eta,'T');
    ...... this is the same also for pre/post/smd (except ene fudge factor!)................
    assert(x); // it should never happened for muDst
    if(x->fail ) continue;  // drop broken channels
    if(x->stat &  killStat) continue; // drop not working channels
    if(x->gain < =0) continue; // drop it, unless you work with ADC spectra
    if(rawAdc < x-> thr) continue; // drop raw ADC < ped+N*sigPed
    float adc=rawAdc-x->ped; // ped subtracted ADC
    float ene=adc/x->gain;   // energy in GeV
    if(MCflag) ene/=0.8; //fudge factor for TOWER sampling fraction,  to get pi0, gamma energy right
    .... do your stuff ..........
    ........................
 } // end of towers

 //.........................  P R E - P O S T .....................  
  int pNh= emc->getNEndcapPrsHits();
  for (i=0; i < pNh; i++) {
    int pre, sec,eta,sub;
    //muDst  ranges: sec:1-12, sub:1-5, eta:1-12 ,pre:1-3==>pre1/pre2/post
    StMuEmcHit *hit=emc->getEndcapPrsHit(i,sec,sub,eta,pre);
    float rawAdc=hit->getAdc();
    //Db ranges: sec=1-12,sub=A-E,eta=1-12,type=T,P-R ; slow method
    const EEmcDbItem *x=eeDb-> getTile(sec,sub-1+'A', eta, pre-1+'P');
    if(x==0) continue;
    ..... etc, as for towers ....
    ..............
   }

   //.......................  S M D ................................
  char uv='U';
  for(uv='U'; uv < ='V'; uv++) {
    int sec,strip;
    int nh= emc->getNEndcapSmdHits(uv);
     for (i=0; i < nh; i++) {
      StMuEmcHit *hit=emc->getEndcapSmdHit(uv,i,sec,strip);
      float rawAdc=hit->getAdc();
      const EEmcDbItem *x=eeDb->getByStrip(sec,uv,strip);
      assert(x); // it should never happened for muDst
      ... etc, as for towers ....
      ..............
  }
}

 T O W E R S 
.....
 // choose which 'stat' bits are fatal for you, e.g.
 uint killStat=EEMCSTAT_ONLPED  | .......;
.....
 StEvent*  mEvent = (StEvent*) StMaker::GetChain()->GetInputDS("StEvent");  assert(mEvent);
 StEmcCollection* emcC =(StEmcCollection*)mEvent->emcCollection(); assert(emcC);
 StEmcDetector* etow = emcC->detector(kEndcapEmcTowerId);  assert(etow);

 for(uint mod=1;mod < =det->numberOfModules();mod++) {
    StEmcModule*     module=det->module(mod);
    StSPtrVecEmcRawHit&     hit=  module->hits();
    int  sec=mod ; // range 1-12
    for(uint ih=0;ih < hit.size();ih++){
      StEmcRawHit *h=hit[ih];
      char sub='A'+h- >sub()-1; // range 'A' - 'E'
      int  eta=h->eta(); // range 1-12
      int  rawAdc=h->adc(); // raw ADC
      //Db ranges: sec=1-12,sub=A-E,eta=1-12,type=T,P-R; slow method
      const EEmcDbItem *x=eeDb->getTile(sec,sub,eta,'T');
      if(x==0) continue;
      ....  now follow muDst example for towers ....
    } // end of sector
  }

 PRE1,PRE2, and POST  -all mixed together  preL='P','Q','R' for pres1,pres2,post, respectively    StEmcDetector* det=emcC- > detector(kEndcapEmcPreShowerId)//==(14)   for(int imod=1;imod < =det- > numberOfModules();imod++) {    StEmcModule*     module=det- > module(imod);    printf("EPRE sect=%d nHit=%d\n",imod, module- > numberOfHits());    StSPtrVecEmcRawHit&     hit=  module- > hits();    int ih;    for(ih=0;ih < hit.size();ih++){      StEmcRawHit *x=hit[ih];      int sec=x- > module();      int ss=x- > sub()-1;      char sub='A'+ss%5;      char preL='P'+ss/5;      int eta=x- > eta();      int adc=x- > adc();      printf("ih=%d %02d%c%c%02d ss=%d -->adc=%d ener=%f ss=%d\n",ih,sec,preL,sub,eta,ss,adc, x- > energy(),ss); }
 SMD U & V are stored in SEPARATE collections  StEmcDetector* det=emcC- > detector(kEndcapSmdUStripId)//  U=15, V=16   for(int imod=1;imod < =det->numberOfModules();imod++) {    StEmcModule*     module=det- > module(imod);    printf("ESMD sector=%d nHit=%d\n",imod, module- > numberOfHits());    StSPtrVecEmcRawHit&     hit=  module- > hits();    int ih;    for(ih=0;ih < hit.size();ih++){      StEmcRawHit *x=hit[ih];      int sec=x- > module();      int strip=x- > eta();      int adc=x- > adc();      printf("ih=%d %02dU%03d -->adc=%d ener=%f\n",ih,sec,strip,adc, x- > energy());  }

Details of the DB- Maker(s) setup in the muSort.C script:

myDb=new StEEmcDbMaker("eemcDb");
....
myDb->setThreshold(2.5);
....
chain->Init();
....

  St_db_Maker *dbMk=new St_db_Maker("db", "MySQL:StarDb", "$STAR/StarDb");
     dbMk->SetFlavor("sim","eemcPMTcal");
     dbMk->SetFlavor("sim","eemcPIXcal");
     dbMk->SetFlavor("sim","eemcPMTped");
     dbMk->SetFlavor("sim","eemcPMTstat");
     dbMk->SetFlavor("sim","eemcADCconf");
     dbMk->SetFlavor("sim","eemcPMTname");
    ? dbMk->SetDateTime(20031120,0);  (you may need to specify the DB time stamp)

.....
  EEDB  conf ADC map for sector=6
StInfo:       EEDB chanMap=Ideal EEMC mapping, (October 2004), RF
StInfo:       EEDB calTw=Ideal EEMC tower gains, E_T 60GeV=4096ch, RF
StInfo:       EEDB tubeTw=Ideal EEMC P-names, (October 2004), RF
StInfo:       EEDB calMAPMT=Ideal EEMC P,Q,R,U,V gains, 23000ch/GeV, RF
StInfo:       EEDB ped=Ideal EEMC peds/ADC at 0.0, sig: Tow=1.0, Mapmt=0.7; RF
StInfo:       EEDB stat=Ideal EEMC stat=fail=0 (all good), RF
....

  starDb->SetFlavor("sim", "bemcPed");
  starDb->SetFlavor("sim", "bemcStatus");
  starDb->SetFlavor("sim", "bemcCalib");
  starDb->SetFlavor("sim", "bemcGain");