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#ifndef L1_DUMMY_PRODUCER_H
#define L1_DUMMY_PRODUCER_H

/*\class L1DummyProducer
 *\description produces simplified, random L1 trigger digis
 *\usage pattern and monitoring software test and validation
 *\author Nuno Leonardo (CERN)
 *\date 07.07
 */

// system includes
#include <memory>
#include <string>
#include <iostream>
#include <fstream>
#include <iomanip>
#include <vector>
#include <algorithm>
#include "TMath.h"
#include <bitset>

// common includes
#include "FWCore/ServiceRegistry/interface/Service.h"
#include "FWCore/Framework/interface/Frameworkfwd.h"
#include "FWCore/Framework/interface/EDProducer.h"
#include "FWCore/Framework/interface/Event.h"
#include "FWCore/Framework/interface/MakerMacros.h"
#include "FWCore/ParameterSet/interface/ParameterSet.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"

// l1 dataformats, d|e record includes
#include "L1Trigger/HardwareValidation/interface/DEtrait.h"

// random # generator
#include "FWCore/Utilities/interface/RandomNumberGenerator.h"
#include "CLHEP/Random/RandFlat.h"
#include "CLHEP/Random/RandGaussQ.h"


class L1DummyProducer : public edm::EDProducer {

 public:

  explicit L1DummyProducer(const edm::ParameterSet&);
  ~L1DummyProducer();
  
 private:

  virtual void beginJob(void) {};
  //virtual void beginRun(edm::Run&, const edm::EventSetup&);
  virtual void produce(edm::Event&, const edm::EventSetup&);
  virtual void endJob() {};

 public:

  template <class T> 
    void SimpleDigi(std::auto_ptr<T>& data, int type=0); 

 private:

  int verbose_;
  int verbose() {return verbose_;}
  int nevt_;

  bool m_doSys[dedefs::DEnsys];
  std::string instName[dedefs::DEnsys][5];

  CLHEP::RandFlat   *rndFlat_;
  CLHEP::RandGaussQ *rndGaus_;
  double EBase_;
  double ESigm_;

};


template <class T> void 
L1DummyProducer::SimpleDigi(std::auto_ptr<T>& data, int type) {
  /*collections generated in specializations below*/
} 

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<EcalTrigPrimDigiCollection>& data, 
                               int type) {
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<EcalTrigPrimDigiCollection>....\n" << std::flush;
  int side = (rndFlat_->fire()>0.5)?-1:1;
  int ieta =  (int) (1 + 17*rndFlat_->fire()); //1-17
  int iphi =  (int) (1 + 72*rndFlat_->fire()); //1-72
  const EcalTrigTowerDetId e_id( side , EcalBarrel, ieta, iphi, 0);
  EcalTriggerPrimitiveDigi e_digi(e_id);
  int energy = (int) (EBase_ + ESigm_*rndGaus_->fire());
  bool fg = (rndFlat_->fire()>0.5);
  int ttf = (int)(8*rndFlat_->fire()); //0-7
  EcalTriggerPrimitiveSample e_sample(energy, fg, ttf);
  e_digi.setSize(1); //set sampleOfInterest to 0
  e_digi.setSample(0,e_sample);
  data->push_back(e_digi);
  //EcalTriggerPrimitiveSample(int encodedEt, bool finegrain, int triggerFlag);
  //const EcalTrigTowerDetId e_id( zside , EcalBarrel, etaTT, phiTT, 0);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<EcalTrigPrimDigiCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<HcalTrigPrimDigiCollection>& data,
                               int type) {
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<HcalTrigPrimDigiCollection>....\n" << std::flush;
  int side = (rndFlat_->fire()>0.5)?-1:1;
  int ieta =  (int) (1 + 17*rndFlat_->fire());
  int iphi =  (int) (1 + 72*rndFlat_->fire());
  const HcalTrigTowerDetId h_id(side*ieta, iphi);
  HcalTriggerPrimitiveDigi h_digi(h_id);
  int energy = (int) (EBase_ + ESigm_*rndGaus_->fire());
  HcalTriggerPrimitiveSample h_sample(energy, 0, 0, 0);
  h_digi.setSize(1); //set sampleOfInterest to 0
  h_digi.setSample(0,h_sample);
  data->push_back(h_digi);
  //HcalTriggerPrimitiveSample(int encodedEt, bool finegrain, int slb, int slbchan);
  //HcalTrigTowerDetId(int ieta, int iphi);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<HcalTrigPrimDigiCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1CaloEmCollection>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1CaloEmCollection>....\n" << std::flush;
  int      energy= (int) (EBase_ + ESigm_*rndGaus_->fire());
  unsigned rank  = energy & 0x3f;
  unsigned region= (rndFlat_->fire()>0.5?0:1);
  unsigned card  = (unsigned)(7*rndFlat_->fire()); 
  unsigned crate = (unsigned)(18*rndFlat_->fire());
  bool iso       = (rndFlat_->fire()>0.4); 
  uint16_t index = (unsigned)(4*rndFlat_->fire());
  int16_t  bx    = nevt_;
  L1CaloEmCand cand(rank, region, card, crate, iso, index, bx);
  data->push_back(cand);
  //L1CaloEmCand(unsigned rank, unsigned region, unsigned card, unsigned crate, bool iso, uint16_t index, int16_t bx);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1CaloEmCollection> end.\n" << std::flush;
 }

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1CaloRegionCollection>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1CaloRegionCollection>....\n" << std::flush;
  int     energy= (int) (EBase_ + ESigm_*rndGaus_->fire());
  unsigned et   = energy & 0x3ff;
  bool overFlow = 0; //(rndFlat_->fire()>0.4);
  bool tauVeto  = 0; //(rndFlat_->fire()>0.3);
  bool mip      = 0; //(rndFlat_->fire()>0.1);
  bool quiet    = 0; //(rndFlat_->fire()>0.6);
  unsigned crate= (unsigned)(18*rndFlat_->fire());
  unsigned card = (unsigned)(7*rndFlat_->fire());
  unsigned rgn  = crate%2; //(rndFlat_->fire()>0.5?0:1);
  L1CaloRegion cand( et, overFlow, tauVeto, mip, quiet, crate, card, rgn );
  data->push_back(cand);
  //L1CaloRegion(unsigned et, bool overFlow, bool tauVeto, bool mip, bool quiet, unsigned crate, unsigned card, unsigned rgn);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1CaloRegionCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1GctEmCandCollection>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1GctEmCandCollection>....\n" << std::flush;
  bool iso; //= type==0;
  switch(type) { // 0 iso, 1 noniso
  case 0:  
    iso = true;
    break;
  case 1:  
    iso = false;
    break;
  default:
    throw cms::Exception("L1DummyProducerInvalidType")
      << "L1DummyProducer::SimpleDigi production of L1GctEmCandCollection "
      << " invalid type: " << type << std::endl;
  }
  int      energy= (int) (EBase_ + ESigm_*rndGaus_->fire());
  unsigned rank  = energy & 0x3f;
  unsigned phi   = (unsigned)(18*rndFlat_->fire());
  unsigned eta   = (unsigned)( 7*rndFlat_->fire());
  if(rndFlat_->fire()>0.5) //-z (eta sign)
    eta = (eta&0x7) + (0x1<<3);
  L1GctEmCand cand(rank, phi, eta, iso);
  data->push_back(cand);
  // eta = -6 to -0, +0 to +6. Sign is bit 3, 1 means -ve Z, 0 means +ve Z
  //L1GctEmCand(unsigned rank, unsigned phi, unsigned eta, bool iso);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1GctEmCandCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1GctJetCandCollection>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1GctJetCandCollection>....\n" << std::flush;
  bool isFor, isTau;
  switch(type) { // 0 cen, 1 for, 2 tau
  case 0:  
    isFor = false;
    isTau = false;
    break;
  case 1:  
    isFor = true;
    isTau = false;
    break;
  case 2:  
    isFor = false;
    isTau = true;
    break;
  default:
    throw cms::Exception("L1DummyProducerInvalidType")
      << "L1DummyProducer::SimpleDigi production of L1GctJetCandCollection "
      << " invalid type: " << type << std::endl;
  }

  int      energy= (int) (EBase_ + ESigm_*rndGaus_->fire());
  unsigned rank  = energy & 0x3f;
  unsigned phi   = (unsigned)(18*rndFlat_->fire());
  unsigned eta   = (unsigned)( 7*rndFlat_->fire());
  if(rndFlat_->fire()>0.5) //-z (eta sign)
    eta = (eta&0x7) + (0x1<<3);
  L1GctJetCand cand(rank, phi, eta, isTau, isFor);
  data->push_back(cand);
  //L1GctJetCand(unsigned rank, unsigned phi, unsigned eta, bool isTau, bool isFor);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1GctJetCandCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi ( std::auto_ptr<L1MuRegionalCandCollection>& data, 
                                 int type) {
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuRegionalCandCollection>....\n" << std::flush;
  //typedef std::vector<L1MuRegionalCand>     L1MuRegionalCandCollection;
  assert(type>=0 && type<4);
  unsigned type_idx=type; //tType: 0 DT, 1 bRPC, 2 CSC, 3 fRPC
  int bx = 0;
  unsigned phi, eta, pt, charge, ch_valid, finehalo, quality;
  float phiv(0.), etav(0.), ptv(0.); //linear translation? 0.2pi,-2.5..2.5,0..100
  for(int i=0; i<4; i++) {
    phi     = (int)(144*rndFlat_->fire()); //8bits, 0..143
    eta     = (int)( 63*rndFlat_->fire()); //6bits code
    phiv    = phi*2*TMath::Pi()/144.; 
    etav    = 2.5*(-1+2*eta/63.);
    pt      = ((int)(32*rndFlat_->fire())) & 0x1f; //5bits: 0..31
    ptv     = 100*(pt/31.);
    charge  = (rndFlat_->fire()>0.5?0:1);;
    ch_valid=0;
    finehalo=0;
    quality = (int)(8*rndFlat_->fire()); //3bits: 0..7
    L1MuRegionalCand cand(type_idx, phi, eta, pt, charge, 
                          ch_valid, finehalo, quality, bx);
    cand.setPhiValue(phiv);
    cand.setEtaValue(etav);
    cand.setPtValue (ptv);
    data->push_back(cand);
  }
  //L1MuRegionalCand(unsigned type_idx, unsigned phi, unsigned eta, unsigned pt, 
  //unsigned charge, unsigned ch_valid, unsigned finehalo, unsigned quality, int bx);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuRegionalCandCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1MuDTTrackContainer> & data, 
                               int type) { 
  assert(type==0);
  int type_idx = type; //choose data type: 0 DT, 1 bRPC, 2 CSC, 3 fRPC 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuDTTrackContainer>....\n" << std::flush;
  std::auto_ptr<L1MuRegionalCandCollection> tracks(new L1MuRegionalCandCollection());
  SimpleDigi(tracks, type_idx);
  typedef std::vector<L1MuDTTrackCand> L1MuDTTrackCandCollection;
  std::auto_ptr<L1MuDTTrackCandCollection> tracksd (new L1MuDTTrackCandCollection());
  for(L1MuRegionalCandCollection::const_iterator it=tracks->begin(); it!=tracks->end(); it++) {
    L1MuDTTrackCand * cnd = new L1MuDTTrackCand();
    cnd->setDataWord(it->getDataWord());
    cnd->setBx(it->bx());
    tracksd->push_back(L1MuDTTrackCand());
    tracksd->push_back(*cnd);
  }
  data->setContainer(*tracksd);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuDTTrackContainer> end.\n" << std::flush;
  //L1MuDTTrackCand( unsigned dataword, int bx, int uwh, int usc, int utag,
  //                 int adr1, int adr2, int adr3, int adr4, int utc );

}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1MuDTChambPhContainer>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuDTChambPhContainer>....\n" << std::flush;
  typedef std::vector<L1MuDTChambPhDigi>  Phi_Container;
  int ntrk = 4;
  Phi_Container tracks(ntrk);
  int ubx, uwh, usc, ust,uphr, uphb, uqua, utag, ucnt;
  for (int i=0; i<ntrk; i++) {  
    ubx  = 0;   //bxNum()  - bx
    uwh  = 0;   //whNum()  - wheel
    usc  = 0;   //scNum()  - sector
    ust  = 0;   //stNum()  - station
    uphr = 0;   //phi()    - radialAngle
    uphb = 0;   //phiB()   - bendingAngle
    uqua = 0;   //code()   - qualityCode
    utag = 0;   //Ts2Tag() - Ts2TagCode
    ucnt = 0;   //BxCnt()  - BxCntCode
    uwh = (int)(-2+5*rndFlat_->fire());
    usc = (int)(  12*rndFlat_->fire());
    ust = (int)(1.+4*rndFlat_->fire());
    uqua= (int)(   8*rndFlat_->fire());
    L1MuDTChambPhDigi cand(ubx, uwh, usc, ust, uphr, uphb, uqua, utag, ucnt);
    tracks.push_back(cand);
  }
  data->setContainer(tracks);
  //L1MuDTChambPhDigi( int ubx, int uwh, int usc, int ust,
  //    int uphr, int uphb, int uqua, int utag, int ucnt );
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuDTChambPhContainer> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1MuDTChambThContainer>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuDTChambThContainer>....\n" << std::flush;
  typedef std::vector<L1MuDTChambThDigi>  The_Container;
  int ntrk = 4;
  The_Container tracks(ntrk);
  int ubx, uwh, usc, ust, uos[7], uqa[7];
  for (int i=0; i<ntrk; i++) {  
    ubx = 0;
    uwh = (int)(-2+5*rndFlat_->fire());
    usc = (int)(  12*rndFlat_->fire());
    ust = (int)(1.+4*rndFlat_->fire());
    for(int j=0; j<7; j++) {
      uos[j]=(rndFlat_->fire()>0.5?0:1); 
      uqa[j]=(rndFlat_->fire()>0.5?0:1); 
    }
    L1MuDTChambThDigi cand(ubx, uwh, usc, ust, uos, uqa);
    tracks.push_back(cand);
  }
  data->setContainer(tracks);
  //L1MuDTChambThDigi( int ubx, int uwh, int usc, int ust,
  //             int* uos, [int* uqual] );
  //"DataFormats/L1DTTrackFinder/interface/L1MuDTChambThContainer.h"
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuDTChambThContainer> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1MuGMTCandCollection>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuGMTCandCollection>....\n" << std::flush;
  //typedef std::vector<L1MuGMTCand>          L1MuGMTCandCollection;
  L1MuGMTCand cand(0,nevt_);
  //cand.setPhiPacked();//8bits
  //cand.setPtPacked ();//5bits
  //cand.setQuality  ();//3bits
  //cand.setEtaPacked();//6bits
  //cand.setIsolation();//1bit
  //cand.setMIP      ();//1bit
  //cand.setChargePacked();//0:+, 1:-, 2:undef, 3:sync
  //cand.setBx       (nevt_);
  //set physical values
  double eng = EBase_+ESigm_*rndGaus_->fire();
  double phi = 2*TMath::Pi()*rndFlat_->fire();
  double eta = 2.5*(-1+2*rndFlat_->fire());
  cand.setPtValue (eng); 
  cand.setPhiValue(phi);
  cand.setEtaValue(eta);
  unsigned engp = (unsigned)(EBase_ + ESigm_*rndGaus_->fire());
  unsigned phip = (unsigned)(255*rndFlat_->fire());
  unsigned etap = (unsigned)( 63*rndFlat_->fire());
  cand.setPtPacked (engp&0x1f);
  cand.setPhiPacked(phip&0x7f);
  cand.setEtaPacked(etap&0x3f);
  double r = rndFlat_->fire();
  cand.setIsolation(r>0.2);
  cand.setMIP(r>0.7);
  cand.setChargePacked(r>0.5?0:1);
  cand.setBx(0);
  data->push_back(cand);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuGMTCandCollection> end.\n" << std::flush;

}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<L1MuGMTReadoutCollection>& data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuGMTReadoutCollection>....\n" << std::flush;
  L1MuGMTReadoutRecord rec(0);
  int bxn = nevt_;
  rec.setBxNr(bxn);
  rec.setEvNr(bxn);
  rec.setBxInEvent(0); 
  std::auto_ptr<L1MuRegionalCandCollection> trks_dttf(new L1MuRegionalCandCollection);
  std::auto_ptr<L1MuRegionalCandCollection> trks_rpcb(new L1MuRegionalCandCollection);
  std::auto_ptr<L1MuRegionalCandCollection> trks_csc (new L1MuRegionalCandCollection);
  std::auto_ptr<L1MuRegionalCandCollection> trks_rpcf(new L1MuRegionalCandCollection);
  SimpleDigi(trks_dttf,0);
  SimpleDigi(trks_rpcb,1);
  SimpleDigi(trks_csc ,2);
  SimpleDigi(trks_rpcf,3);
  for(int i=0; i<4; i++) {
    rec.setInputCand(i   ,trks_dttf->at(i));//dt  : 0..3
    rec.setInputCand(i+ 4,trks_rpcb->at(i));//rpcb: 4..7
    rec.setInputCand(i+ 8,trks_csc ->at(i));//csc : 8..11
    rec.setInputCand(i+12,trks_rpcf->at(i));//rpcf:12..15
  }
  for(int nr=0; nr<4; nr++) {
    int eng = (int)(EBase_ + ESigm_*rndGaus_->fire());
    rec.setGMTBrlCand(nr, eng&0x11, eng&0x11); //set GMT barrel candidate
    rec.setGMTFwdCand(nr, eng&0x11, eng&0x11); //set GMT forward candidate
    rec.setGMTCand   (nr, eng&0x11);           //set GMT candidate (does not store rank)
    int eta = (int)(14*rndFlat_->fire());      //0..13
    int phi = (int)(18*rndFlat_->fire());      //0..17
    rec.setMIPbit  (eta, phi);
    rec.setQuietbit(eta, phi);
  }
  data->addRecord(rec);
  //rec.setBCERR(int bcerr);
  //rec.setGMTBrlCand(int nr, L1MuGMTExtendedCand const& cand);
  //rec.setGMTFwdCand(int nr, L1MuGMTExtendedCand const& cand);
  //rec.setGMTCand   (int nr, L1MuGMTExtendedCand const& cand);
  //rec.setInputCand (int nr, L1MuRegionalCand const& cand);
  //L1MuGMTReadoutCollection :: std::vector<L1MuGMTReadoutRecord> m_Records;
  //L1MuGMTReadoutCollection(int nbx) { m_Records.reserve(nbx); };
  //L1MuGMTExtendedCand(unsigned data, unsigned rank, int bx=0) : L1MuGMTCand (data, bx), m_rank(rank) {}
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1MuGMTReadoutCollection> end.\n" << std::flush;
}

template <> inline void 
L1DummyProducer::SimpleDigi(std::auto_ptr<LTCDigiCollection> & data, 
                               int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<LTCDigiCollection>....\n" << std::flush;
  //LTCs are FED id 816-823
  /*  
      6 64-bit words
      uint64_t *ld = (uint64_t*)data;
      
      word0: 59:56  4 bit    ld[0]>>56 & 0xf         trigType
             55:32 24 bit    ld[0]>>32 & 0x00ffffff  eventID
             31:20 12 bit    ld[0]>>20 & 0xfff       bunchNumber
             19: 8 12 bit    ld[0]>> 8 & 0x00000fff  sourceID (816-823?)

      word1: 63:32 32 bit    ld[1]>>32 & 0xffffffff  orbitNumber
             31:24 8 bit     ld[1]>>24 & 0xff        versionNumber
              3: 0 4 bit     ld[1      & 0xf         daqPartition  

      word2: 63:32 32 bit    ld[0]>>32 & 0xffffffff  runNumber
             31: 0 32 bit    ld[0]     & 0xffffffff  eventNumber

      word3: 63:32 32 bit    ld[3]>>32 & 0xffffffff  trigInhibitNumber
             31: 0 32 bit    ld[3]     & 0xffffffff  trigInputStat  

      word4: 63:0 64 bit     ld[4]                   bstGpsTime

      word5: (empty)
  */
  //need to make up something meaningfull to produce here..
  //LTCDigi(const unsigned char* data);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<LTCDigiCollection> end.\n" << std::flush;
}

template <> inline void L1DummyProducer::SimpleDigi(std::auto_ptr<CSCCorrelatedLCTDigiCollection>& data, 
                                                       int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<CSCCorrelatedLCTDigiCollection>....\n" << std::flush;
  //typedef MuonDigiCollection<CSCDetId,CSCCorrelatedLCTDigi> CSCCorrelatedLCTDigiCollection;
  //CSCCorrelatedLCTDigi(const int trknmb, const int valid, const int quality, const int keywire, const int strip, const int clct_pattern, const int bend, const int bx, const int& mpclink = 0, const uint16_t & bx0=0, const uint16_t & syncErr = 0, const uint16_t & cscID=0);
  CSCCorrelatedLCTDigi dg = CSCCorrelatedLCTDigi();
  //tbd: set non-trivial random values
  dg.clear(); // set contents to zero
  //CSCDetId( int iendcap, int istation, int iring, int ichamber, int ilayer = 0 );
  enum eMinNum{ MIN_ENDCAP=1, MIN_STATION=1, MIN_RING=1, MIN_CHAMBER= 1, MIN_LAYER=1 };
  enum eMaxNum{ MAX_ENDCAP=2, MAX_STATION=4, MAX_RING=4, MAX_CHAMBER=36, MAX_LAYER=6 };
  float rnd = rndFlat_->fire();
  int ec = (int)( MIN_ENDCAP  + (MAX_ENDCAP -MIN_ENDCAP )*rnd +1);
  int st = (int)( MIN_STATION + (MAX_STATION-MIN_STATION)*rnd +1);
  int rg = (int)( MIN_RING    + (MAX_RING   -MIN_RING   )*rnd +1);
  int ch = (int)( MIN_CHAMBER + (MAX_CHAMBER-MIN_CHAMBER)*rnd +1);
  int lr = (int)( MIN_LAYER   + (MAX_LAYER  -MIN_LAYER  )*rnd +1);
  CSCDetId did = CSCDetId(ec,st,rg,ch,lr);
  //CSCDetId did = CSCDetId();   //DetId(DetId::Muon, MuonSubdetId::CSC) 
  //MuonDigiCollection::insertDigi(const IndexType& index, const DigiType& digi)
  data->insertDigi(did,dg);
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<CSCCorrelatedLCTDigiCollection> end.\n" << std::flush;
}

template <> inline void L1DummyProducer::SimpleDigi(std::auto_ptr<L1CSCTrackCollection>& data, 
                                                       int type) { 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1CSCTrackCollection>...\n" << std::flush;
  std::auto_ptr<CSCCorrelatedLCTDigiCollection> dgcoll(new CSCCorrelatedLCTDigiCollection);
  SimpleDigi(dgcoll,0);
  csc::L1Track l1trk = csc::L1Track();
  std::auto_ptr<L1MuRegionalCandCollection> regcoll(new L1MuRegionalCandCollection);
  SimpleDigi(regcoll,2);
  L1MuRegionalCand regcand = *(regcoll->begin());
  l1trk.setDataWord(regcand.getDataWord());
  l1trk.setBx(regcand.bx());
  l1trk.setPhiValue(regcand.phiValue());
  l1trk.setEtaValue(regcand.etaValue());
  l1trk.setPtValue (regcand.ptValue());
  L1CSCTrack l1csctrk = std::make_pair(l1trk,*dgcoll);
  data->push_back(l1csctrk);
  //typedef std::vector<L1CSCTrack> L1CSCTrackCollection;
  //typedef std::pair<csc::L1Track,CSCCorrelatedLCTDigiCollection> L1CSCTrack;
  //L1Track() : L1MuRegionalCand(), m_name("csc::L1Track") { setType(2); setPtPacked(0); }
  //L1MuRegionalCand(unsigned dataword = 0, int bx = 0); 
  if(verbose())
    std::cout << "L1DummyProducer::SimpleDigi<L1CSCTrackCollection> end.\n" << std::flush;
 }

#endif