C +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ 
C                     EAZE CONTROL CARDS OTHER THAN I/O + time + B-Field
C +++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++ 
C                                                                            
C ==========>>> MOZART/GEANT control cards (for BREMAT) <<<==============
C                 (copied from Vincenzo Chiochia)
C
C+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
C                               MOZART
C                              --------
C zeus_run mozart       pro/exe/mozart_g313_v2000b.1
C zeus_run field        pro/field/s3955c889y3000_sca.map
C
C++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
C
C 1. GEANT:     GENERAL JOB CONTROL CARDS
C    ======
C
C Reference: BASE040 section of the GEANT 3 Manual
C
C Go to job termination phase when < 120 sec CPU time left; (the "2=" is
C FFREAD way of setting the parameter on the TIME card, which is the one we
C want!)
C
Geant-TIME 0.0 0.0 3600000
C
C Commented out on request of Dave G.
C ZeusReco-AOPT NONE
C
C FirstEvent to DEBUg, LastEvent to DEBUg (IDEBUG=1), and Frequency of
C *** GTRIGI start of event message. (So 0 0 1 would not set IDEBUG for any
C events, but you would get the GTRIGI message EVERY event.)
C
Geant-DEBU 1 1 1
Geant-SWIT 0 0
C
C Set your own Random number seeds.
C Geant-RNDM 0 0
C
C Set Run number and first event number if you don't want 1 and 1.
C Geant-RUNG  1  0
C
C Number of Events to process, whether generated by Mozart itself
C  or read from an external file. The Mozart job will stop after
C  processing the number of events specified on the TRIG card.
C
c Geant-TRIG 10
C
C ------------------------------------------------------------------------------
C
C 2. GEANT:     CONTROL OF PHYSICAL PROCESSES
C    ======
C
C Reference: BASE040 and PHYS001 sections of the GEANT 3 Manual
C
C  Value   1 for the ANNI,BREM,COMP,DRAY,HADR,MUNU,PAIR,PHOT cards
C             activates the process WITH generation of secondaries.
C  Value   0 turns off the process.
C
Geant-ANNI 1   (positron annihilation)
Geant-BREM 1   (bremsstrahlung)
Geant-COMP 1   (compton scattering)
Geant-DRAY 1   (delta ray)
Geant-HADR 1   (hadronic interactions)
Geant-MUNU 1   (muon nuclear interactions)
Geant-PAIR 1   (pair production)
Geant-PHOT 1   (photo electric effect)
Geant-PFIS 0   (photo fission)
Geant-MULS 1   (multiple scattering)
C
C          0: No Mult. scattering
C          1: Gaussian
C          2: Moliere
C
C  ** Don't touch the CUTS card, unless you REALLY know what you are doing...
C                         and even then don't!!!
C  Kinetic energy (GeV) cuts for:
C          gammas electrons neutral  charged muons  electron  muon
C                           hadrons  hadrons        brem.     brem.
Geant-CUTS 0.001  0.001     0.01     0.01    0.01   0.001     0.001
C                           electron muon    muon   TOF cut
C                           d-ray    d-ray   pair   (sec.)
                            0.001    0.001   0.01   0.000001
C ------------------------------------------------------------------------------
C
C 3. HERA: Beam conditions.
C    =====
C
C Set proton and electron beam momenta (GeV). Defaults: 820. , 30. Note that
C these beam momenta values will be OVER-RIDDEN by the values used by ZDIS,
C as appropriate.   Expect ZDIS with positrons.
C
ZG3xxTn-BEAM 920.0 27.6 1.
C
C ------------------------------------------------------------------------------
C
C 4. ZGEN: SET DETECTOR STATUS DATE
C    =====
C
C TRGTDATE is the date/time which specifies the Detector status of the MCarlo
C events. (e.g. controls selection of Geom. etc.)
C
c   for 1995 data: 
ZGEN-TRGTDATE     (yyyymmdd) 19951019   (hhmmss) 000001
c   for 1996/97 data
c ZGEN-TRGTDATE      (yyyymmdd) 19961115   (hhmmss) 000001
c   for 1998/2000 data
c ZGEN-TRGTDATE      (yyyymmdd) 20000821   (hhmmss) 000001
c   for 2003/05 data
c ZGEN-TRGTDATE      (yyyymmdd) 20040622   (hhmmss) 000001
C
C ------------------------------------------------------------------------------
C
C 5. MOZART: I/O and RELATED CARDS
C    =======
C
C Reference : ZRIO Zeus-note 91-103.
C
C ZDIS INPUT:
C
C Note that if you activate ZeusIO input, then any active KINE card selection
C (to generate events inside Mozart itself) is IGNORED. Of course it's tidier
C and less confusing to comment out KINE cards if you are reading events in.
C
C ZeusIO-IDFL   ALL
C ZeusIO-IOPT   MEDIUM=DISK,DRIVER=FZ,FILFOR=EXCH
C ZeusIO-INFI   zdis.fz
C
C Smear vertex of Input data: (only meaningful with ZDIS input) SigVx, SigVy,
C SigVz: >0  Gaussian sigma; <0 Flat distribution of width 2*Sig.  Units cm.
C
C   
C                     SigVx SigVy SigVz
C ZGEN-ZDISVERT        0.0   0.0  0.0
C
C
C Boost and rotate input to simulate beam tilt and emittance.
C If ABS(Px) proton > 820, no simulation is attempted (default).
C Make sure electron z momentum is negative!
C
C             First five proton, second electron
C               Px       Py     Pz     SigPx   SigPy
C ZGEN-ZBEMIT   0.033   -0.068   920.0   0.040   0.090 
C               0.007    0.000   -27.6   0.004   0.001
C
C TNNL rotation alpha  beta  gamma around X,Y,Z axes (gamma not used) 
C
C ZG3xxTn-TNROT 0.00000 -0.00028 0.0
C
C MOZART OUTPUT:      
c
ZeusIO-DEFDFL  MCRAWDATA = MCRAWDATA95A 
                           LMEBRE VCLCF BPEVT1 LPFLT TCCGHT
                           USRTB1 USRTB2 USRTB3 T8MAIN BPTRWD
                           PBTENE TRDRAW
                           FPGHit FPTENE
ZeusIO-ODFL    HEAD,MCTRUTH,MCRAWDATA,PHASE1
C
C ZeusIO-OUFI   mozart.fz
C ZeusIO-OOPT   MEDIUM=DISK,DRIVER=FZ,FILFOR=EXCH
C
C -----------------------------------------------------------------------------
C
C 6. ZEUS: Geometry GAF files.
C    =====
C
ZDIN-PATH gaf/
ZDIN-CAT gaf/zdd_load.rz
C ZDIN-CAT gaf/test_num16v2_zdd_load.rz
C ZDIN-PCAT    1
C
C Remove the ZDIN-PCAT card to suppress printing of the geometry catalogue.
C
C MOZFORCE card.  This forces the use of certain dataflows in the MOZART
C generation.  The new zrecon library(30415) routines check if this card has
C been used and proceeds use the same dataflows
C
C NOTE: CTD expert card TCCALI-TCUSIN in the ZEPHYR cards will override this
C procedure, which is NOT what you want when using this card.
C
C Dfl name              version    Comments
C ------------------------------------------------------------------------------  
C
ZDIN-MOZFORCE CTDCALIBRATIONA01 1009 CTDCALIBRATIONA02 1009
              CTDCALIBRATIONA03 1009 CTDCALIBRATIONA04 1009
              CTDCALIBRATIONA05 1009 CTDCALIBRATIONA06 1009
              CTDCALIBRATIONA07 1009 
C
C    
C
C
C ------------------------------------------------------------------------------
C
C 8. ZG3xxTn:  DETECTOR GEOMETRY+DIGITIZINGS
C    ========
C
C Reference: P=COMMENT,D=COMRUN and D=COMCARD
C
C The first number selects detector geometry: 0 None
C                                             1 Normal/detailed geometry
C                                             2 "Porridge"
C The 2nd   number selects recording of     : 0 No recording
C           Hits/Digitizings.                 1 Normal recording
C                                             2 Special options
C
C  Note: For FCAL/RCAL/BCAL the only geometry options are 0 or 2
C        For LPS  geometry =   2 sets up station 4 to 6 ('93, '94 runs)
C        For SRTD geometry =   2 sets up '93 prototype.
C        For LUMI geometry =  22 corresponds for the most expected 94 runs,
C                                without collimator and with 1 rad. lenght
C                                filter and shielding.
C                 hits           only 0 or 2 allowed.
C        For PRES geometry = xyz x=0 Rear off, =1 on, y=Barrel, z=Forward
C        
ZG3xxTn-VTX    0 (geometry) 0 (hits)
ZG3xxTn-CTD    1 (geometry) 2 (PDA hits)
ZG3xxTn-FTD    1 (geometry) 1 (hits)
ZG3xxTn-RTD    1 (geometry) 1 (hits)
ZG3xxTn-TRD    1 (geometry)
ZG3xxTn-FCAL   2 (geometry) 1 (hits)
ZG3xxTn-RCAL   2 (geometry) 1 (hits)
ZG3xxTn-BCAL   2 (geometry) 1 (hits)
ZG3xxTn-FHES   1 (geometry) 1 (nohits)
ZG3xxTn-RHES   1 (geometry) 1 (hits)
ZG3xxTn-BHES   0 (geometry) 0 (nohits)
ZG3xxTn-BACA   1 (geometry) 2 (hits)
ZG3xxTn-FMUO   1 (geometry) 1 (hits)
ZG3xxTn-BMUO   1 (geometry) 1 (hits)
ZG3xxTn-TNNL   1 (geometry)
ZG3xxTn-VETO   1 (geometry) 1 (hits)
ZG3xxTn-C5SI   1 (geometry) 1 (hits)
ZG3xxTn-LPS    1 (geometry) 1 (hits)
ZG3xxTn-FNC    1 (geometry) 1 (hits)
ZG3xxTn-SRTD   1 (geometry) 1 (hits)
ZG3xxTn-PRT    1 (geometry) 1 (hits)
ZG3xxTn-LUMI  27 (geometry) 2 (hits)
ZG3xxTn-PRES 111 (geometry) 1 (hits)
ZG3xxTn-BPC    1 (geometry) 1 (hits)
ZG3xxTn-BPT    1 (geometry) 1 (hits)
ZG3xxTN-TG8M   1 (geometry) 1 (hits)
ZG3xxTn-FPC    2 (geometry) 1 (hits)
C
C--Common for FPC porridge/shower terminator tuning parameters
C  attn length NUTERMinos) 
C                        | porridge sampling fractions (by energy type)
C                        |    E/M  dE/dX NUTERM
C                        |      |      |      | porridge resolution 
C                        |      |      |      | coeffs (by energy type)
C                        |      |      |      |    E/M  dE/dX NUTERM
C                        |      |      |      |      |      |      |
C      Real          SIGRFP,SAMFP1,SAMFP2,SAMFP3,SIGFP1,SIGFP2,SIGFP3
C      Common/FPCTUN/SIGRFP,SAMFP1,SAMFP2,SAMFP3,SIGFP1,SIGFP2,SIGFP3 
C     +,             SCLFPC,SCLCAL
C                        |      |
C                        |     Re-scale factor in CAL for NUTERMINO
C                        |     coming from the outside of CAL
C                     Re-scale factor in FPC for NUTERMINO coming
C                     from the outside of FPC
C
C FPC test NUTERm and Sampling Fraction Parameters
ZG3xxTn-FPCPOR 6.0 0.0185 0.030 0.08 0.40 -1.0 0.40 0.15 1. 
C
C
C Dead material.
C
C ZG3xxTn-DEAD 0  0  0  0
C                  >0 Remove solenoid coil
C               >0 Remove beampipe including C4 and C5
C            >0 Remove both solenoid and beampipe
C
C Check of geometry
C
ZG3xxTn-MAME 0
C           >0: prints all Geometry/media/particle info. after initialisation
C           >1: prints event details after each event.
C
C ------------------------------------------------------------------------------
C
C 8.1 F/R/B-CAL: CAL control cards
C     ==========
C
C Reference:      P=COMMENT,D=COMRUN and D=COMCARD
C
C Fast treatment of Uranium CALorimeters (FCAL,RCAL,BCAL) of Jose del Peso
C Read documentation: ZRPAM:ZG313T4.CAR / +PATCH,FASTUC
C
ZG3xxTn-UCFAST  0
C               0 : No fast treatment
C               1 :    Fast treatment with Geant UCAL geometry
C               2 :    Fast treatment with simplified UCAL geometry.
C
C Shower terminators:
C
ZG3xxTn-TERM 1 (mixture) 1 (emterm)  1(nuterm) 20 (lumi full cascade)
C            1 : Depleted U mixture, rather than very detailed "sandwich"
C                        1 : use ZEUS e.m. shower terminator
C           INACTIVE                11: use (modifed) neutron shower terminator
C                                    1: use  neutron shower terminator
C                                              20 switch off EMTERM for Z<-5.8
C
C
C BCAL shift option ( experts only !!! )
C
C ZG3xxTn-BCXYZ 0.0 0.0 -0.65  <- the default in Num96t2.0
C
ZG3xxTn-BCXYZ 0.0 0.0 0.0
C
C !!EXPERTS ONLY!!    DUNO    PHOTO   Set U-Noise and Photostat. processing
C Default if no card: TRUE    TRUE
C CCGEN-NPHXPRT         FALSE    FALSE
C
C !!EXPERTS ONLY!!    PECOPAR         Set threshold (MeV) for compression.
C Default if no card: 64.0
C CCGEN-CMPRXPRT        32.0
C
C Zero-Suppression:                Don't write if E(MeV) less than:
C               ON=1.0/OFF=0.0     EMC     HAC0    HAC1    HAC2
C Default if no card:  1.0         20.     20.     20.     20.
C
C -----------------------------------------------------------------------------
C
C 8.2 C4/C5 Collimators : Control cards.
C     ==================
C
C Data card ZG3xxTn-C4C5 control the positions of C4 and C5 movable
C absorbers. Default: Open position
C
C ZG3xxTn-C4C5 2.8 4.0 3.0 7.0      (Default ie C4 and C5 Opened)
C
C ZG3xxTn-C4C5 1.0 2.9 1.2 5.5                 (C4 and C5 Closed)
C               |   |   |   |
C               |   |   |   ---> C5 x-neg. side (5.5 to 7.0 cm)
C               |   |   -------> C5 x-pos. side (1.2 to 3.0 cm)
C               |   -----------> C4 x-neg. side (2.9 to 4.0 cm)
C               ---------------> C4 x-pos. side (1.0 to 2.8 cm)
C
C -----------------------------------------------------------------------------
C
C 8.4 HES: configuration control cards.
C     ====
C
C =1: HES installed in F/R-cal module, =0 not installed.
C
C          -11 -10 -9 -8 -7 -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11
ZG3xxTn-FHOP 0   0  1  1  1  1  1  1  1  1  1 1 1 1 1 1 1 1 1 1 1  0  0
ZG3xxTn-RHOP 0   0  1  1  1  1  1  1  1  1  1 1 1 1 1 1 1 1 1 1 1  0  0
C
C ------------------------------------------------------------------------------C
C 8.5 LUMI: control cards.
C     =====
C
C Over-ride default LUMI parameters:
C Calibration constants, the value of the last parameter corresponds:
C 0. use calibration constants from GAF
C 1. use calibration constants from LUCCON card
C
C              SADCLG SADCRG SADCLE SADCRE PEDLG PEDRG PEDLE PEDRE
ZG3xxTn-LUCCON    7.0    7.0    8.5    8.5   8.0   7.0  13.5  10.5 0.
C
C This card over-rides the default values of the LUMI parameters,
C SADCLG,.....PEDRE, provided the "Action" value (9th parameter) is 1.0.
C The values shown above DIFFER from the program defaults:
C               7.66   7.92   8.26   8.40   4.58  5.29  3.39  3.84
C  which are no longer considered optimal.
C So the card should be used if you have LUMI switched on.
C
C Special Lumi cards for vertex and tilt determination.
C  parameters 1 - 6 descibe <x>, <y>, <z>, sigx, sigy, sigz
C  If  last(13)  parameter LUVETI card is  0   then  parameter
C  7 = tilx, 8 = tilty
C  If  last(13)  parameter LUVETI card is  1   then  parameter
C  7=tiltx1, 8=tiltx2, 9=tilty1, 10=tilty2, 11=tilty3, 12=tilty4
C  puted in increasing order!!.
C
ZG3xxTn-LUVETI 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0. 0.
C
C ------------------------------------------------------------------------------ 
C		E N D   O F   M O Z A R T 
C ------------------------------------------------------------------------------
C
C =====================>>> VCEAZE control cards <<<==========================
C    only needed if VCYPCO is used in BREMAT, not for VCATCO
C 
C                    A   B
C VCRECO-VCDUAL      1   1     ! CTDonlyandREGULAR
C VCRECO-VCDUAL      0   1     !  REGULAR
cVCRECO-VCDUAL      1   0     ! CTDonly
C
cVCRECO-VCREAL      1   0          !Realdata
C VCRECO-VCREAL      0   0          !Mozartdata
C
C =====================>>> BREMAT control cards <<<==========================
C
C                 IniGea (0/1)
C BREMAT-INIGEA      1                to be initialized by MPMINI!
BREMAT-INIGEA      0
C
C                BREDEBUG (0/1) ERRLUN (error unit)
BREMAT-DEBUG       0             6
C
C                 vcPmin        vcThdmin
BREMAT-TRKCUT      1.            20.
C
C                 iSLmnc         iSLmxc
BREMAT-TRKSLC      1              3
C
C                 DHmax          ZHmax      ChiTrkcut
BREMAT-TRKVCQ     10.           75.           5.
C
C                 MATCUT   CutMode (0/1/2)   Chi2max    xyResMax1
BREMAT-MATCUT     150.         0             20.        50.
C
C                 VCeaz (0=VCATCAL;1=VCYPCO;2=VCATCAL+VCYPCO)
BREMAT-VCMODE      0
C
C                  MBrec (0/1)   PmbKalm (0/1)   ResYstrip (0/1)
BREMAT-PMBMOD      1              0               1
C
C                  Align (0/1)
BREMAT-ALIGN       1
C
C                  Check MC (0/1)
BREMAT-MCCHK       1
C        
C
C ===============>>> end of GEANT/BREMAT control cards <<<=====================
C