############################################
#
#  Example steering file for Marlin
#
############################################

.begin Global  ---------------------------------------

# specify one ore more input files (in one ore more lines)

LCIOInputFiles inputfile
#LCIOInputFiles ../simjob.slcio ../simjob.slcio

# the active processors that are called in the given order
ActiveProcessors CalHitMapProcessor
ActiveProcessors EcalBarrDigitizer
ActiveProcessors EcalEndcapDigitizer
ActiveProcessors HcalBarrDigitizer
ActiveProcessors HcalEndcapDigitizer
ActiveProcessors OutputProcessor

# limit the number of processed records (run+evt):
MaxRecordNumber 501
.end Global  -----------------------------------------------
###########################################################

#define the processor parameters after '.begin ProcessorName' :

# the default output processor
.begin OutputProcessor

# mandatory processor type (the name of the class)
ProcessorType LCIOOutputProcessor

# the outputfile
LCIOOutputFile marlin.slcio

# lcio write mode, new overwrites existing files
# append appends to existing files
# if nothing specified create new file only if it doesn't exist
LCIOWriteMode WRITE_NEW
#LCIOWriteMode WRITE_APPEND

.end -------------------------------------------------
############################################################
# Utility processor.  It fills hit maps for use by other processors,
#  so they don't need to fill the same maps themselves

.begin CalHitMapProcessor

ProcessorType CalHitMapProcessor

.end -------------------------------------------------
############################################################
# Cal digitizer processor.  Instantiates one or more calorimeter hit
#  "modifiers", which together represent the full digitization process.

.begin EcalBarrDigitizer

ProcessorType DigiSimProcessor

InputCollection        EcalBarrHits
OutputCollection       EcalBarrRawHits
Raw2SimLinksCollection EcalBarrRaw2sim

ModifierNames    EMBDigiIdentity

# modifierName     Type                 Parameters (floats)
EMBDigiIdentity    SmearedGain          100000000       0

.end -------------------------------------------------
############################################################
# Cal digitizer processor.  Instantiates one or more calorimeter hit
#  "modifiers", which together represent the full digitization process.

.begin EcalEndcapDigitizer

ProcessorType DigiSimProcessor

InputCollection  EcalEndcapHits
OutputCollection EcalEndcapRawHits
Raw2SimLinksCollection EcalEndcapRaw2sim

ModifierNames    EMECDigiIdentity

# modifierName     Type                 Parameters (floats)
EMECDigiIdentity   SmearedGain          100000000       0

.end -------------------------------------------------
############################################################
# Cal digitizer processor.  Instantiates one or more calorimeter hit
#  "modifiers", which together represent the full digitization process.

.begin HcalBarrDigitizer

ProcessorType DigiSimProcessor

InputCollection  HcalBarrHits
OutputCollection HcalBarrRawHits
Raw2SimLinksCollection HcalBarrRaw2sim

ModifierNames HBlightYield HBcrosstalk HBlightCollEff SiPMQuEffic HBExpoNoise HBGaussNoise HBdiscrim HBGain

# Parameters:
# modifierName    Type                gainNom  gainSig  thresh   thrSig
HBlightYield     GainDiscrimination  10000000        0       1        0

# Crosstalk                              mean    sigma
HBcrosstalk      Crosstalk               0.020     0.005

# Smeared gain parameters:             gain   gainSigma  thresh   thrSig
HBlightCollEff   GainDiscrimination  0.0111     0.0029       1        0 
SiPMQuEffic      GainDiscrimination    0.15          0       1        0 

### Noise generators
# GaussNoise parameters:        sys   be    Ecut   TimeNom  TSig   Mean  Sigma
# Note: sigma<0 means that threshold acts on absolute value only
HBGaussNoise   GaussianNoise      3     0      7       100   100    0.0  -1.6
# ExponentialNoise parameters:  sys    be   Ecut   TimeNom  TSig   Mean
HBExpoNoise    ExponentialNoise   3     0      7       100   100    0.6

# SiPM gain=601 with saturation at about 2200 incident photons
# SiPMSaturation parameters:          gainNom   linMax
HBSiPMSaturat    SiPMSaturation	            1     2200

# Hot cell parameters:      AmplNom  Sig  TimeNom  Sig      sys be lay the phi
HBHotCell       HotCell      252525   0    101010   0        3   0  12 123 345
HBDeadCellTest  HotCell      252525   0    101010   0        3   0  12  34  56

# Hot cell parameters:          sys   be   lay   the   phi
HBDeadCell      DeadCell          3    0    12    34    56

# Discrimination                             threshold	 sigma
HBdiscrim	AbsValueDiscrimination   	   8       1
#HBdiscrim	GainDiscrimination   	   1       0       8       1

# Gain adjustments (temporary, kludge modifiers)
HBGain          SmearedGain              6006.        0
HBIdentity      SmearedGain                  1        0

.end -------------------------------------------------
############################################################
# Cal digitizer processor.  Instantiates one or more calorimeter hit
#  "modifiers", which together represent the full digitization process.

.begin HcalEndcapDigitizer

ProcessorType DigiSimProcessor

InputCollection        HcalEndcapHits
OutputCollection       HcalEndcapRawHits
Raw2SimLinksCollection HcalEndcapRaw2sim

ModifierNames    HECDigiIdentity

# Parameters:
# modifierName    Type                 gainNom  gainSig 
HECDigiIdentity    SmearedGain         100000000       0

.end -------------------------------------------------