#Configuration file for analysis programm.  A single line should not contain more than 1024 characters!

# General configuration
[general]

#Beamtime: nov01 | nov02 | sep03 | jan04
beamtime = nov02

#If running on Batchfarm = true otherwise false. Influences creation of output filename.
#	false: outputfile will be written into directory defined in output configuration.
#	true:  outputfile will be written into unique named directory based on name in output configuration and the filename.
#	       This is needed, as more than one job can run on a batch machine.
batch = false

# If tree is needed in output file = true, otherwise false.
maketree = true

# List of detectors to be included in analysis.
# possible entries: start rich mdc tof tofino shower trigger
detectors = mdc,rich,tof,tofino,shower,trigger

# Number of events after which to printout progress message.
reprate = 1000

# Level of compression to be used for ROOT output file.
complevel = 2

#Evaluate the timing information of the tasksets.
evaltimer = true

# Output configuration
[output]

# Directory in which output file('s) will be stored.
directory = /data.local/JoernWuestenfeld
#directory = /tmp/JoernWuestenfeld_

# Categories to exclude from output. Use standard names of HYDRA category variables cat... 
# (persistency set to kFALSE)
notpersistentcat = catShowerRaw,catShowerCal,catMdcRaw,catMdcRawEventHeader,catTofRaw,catTofinoRaw,catShowerPID,catShowerTofPID

# Configuration of analysis parameter sources.
[parametersource]

# Type of source. Possible values: ASCII | ORACLE | ROOT
configsource1 = ORACLE

# Name of ASCII or ROOT file to be used as input for analysis parameters.
# Neglected in case of ORACLE as type.
configfile1 = -

# Type of source. Possible values: ASCII | ORACLE | ROOT
configsource2 = OFF

# Name of ASCII or ROOT file to be used as input for analysis parameters.
# Neglected in case of ORACLE as type.
configfile2 = -

# If ORACLE is used as source, defines the date for which the parameter version
# is valid. "now" for the actual date, "25-sep-2003" for the 25th september 2003.
#oradate = 01-nov-2003
oradate = now

# Name of outputfile of RTDB containers
rtdbout = rtdb.txt

# If Parametercontainers should be writen out set to true, OFF otherwise.
creatertdbfile = OFF

# Type of parameter output file. Valid types: ASCII | ROOT
rtdbouttype = ASCII

# Global reference run ID used for simulation
refrunid = 9

# Unpacker options
[unpacker]

# MDC unpacker debug mode. Valid setting true | false
mdcdebug = false

# MDC check on data consitency. Valid setting true | false
mdcconsistency = true

# MDC unpacker quiet mode.  Valid setting true | false
mdcquiet = false

# Configuration of tasksets
[taskset]

# Master taskset configuration
# Valid settings: real | simulation | merge
mastertaskconfig = simulation

# START taskset configuration. Valid entries: protons | scalers | ""
# For september 03 and january  04 data 'protons' is required option.
starttaskconfig =

# RICH taskset configuration. Valid entries: real | simulation | lowfiled | noiseon
richtaskconfig = simulation,noiseon

# RICH IPU task configuration. Valid entries: real | simulation
richiputaskconfig = simulation

# Parameter context for HrichIPUParThreshold container
richiputhrcontext = RICHIPUconservativethr

# Parameter context for HRichIPUParLocMax container
richipuloccontext = RICHIPUconservativethr

#Parameter context for HRichDigitisationPar container
richdigitcontext = RichDigiLowEff2475V

# Parameter context for HRichCorrelator container
richcorrelatorcontext = Rich_Kick_Mode

# MDC Taskset configuration. See hmdctaskset.cc for valid options. Set to 'rtdb' will use configuration
# from parameter container.
mdctaskconfig = rtdb
#mdctaskconfig = real,cal1,timecuts,startandcal,MagnetOff,combinedClusters

# TOF taskset configuration. Valid entries: real | simulation | clus
toftaskconfig = simulation

# TOFINO taskset configuration. Valid entries: real | simulation
tofinotaskconfig = simulation

# SHOWER taskset configuration. Valid entries: 
# (simulation | real) | (magneton | magnetoff) | (raw | cal | hit | hittof) | leprecognition
showertaskconfig = simulation,magnetoff

# SHOWERTOFINO taskset configuration. Valid entries: 
# leprecognition | (simulation | real) | (magneton | magnetoff)
showertofinotaskconfig = simulation

# TRIGGER taskset configuration. Valid entries:
# real | exp | simulation
triggertaskconfig = simulation

# Task to be used for mementum reconstruction. Valid entries : kickplane kicktrack spline rt
momentumtask =

# KICKPLANE taskset configuration. See hkicktaskset.cc for valid options.
kicktaskconfig = lowres,tofclus

# Global offsets for MDC offset substraction in callibrater.
# DON'T CHANGE!
glogaloffset1 = 0
globaloffset2 = 0
globaloffset3 = 0
globaloffset4 = 0

# Run MDC vertex finder if true, otherwise false.
vertexfind = false

# CALIBRATION taskset configuration
caltaskconfig =

# QA configuration
[qa]

#Switch for QA. Will be run if set 'true'.
runqa = false

# Directory where to store output plots from QA
directory = /data.local/JoernWuestenfeld

# Sampling rate for events
samplingrate = 5

# Number of events per Interval in trend plots
intervall = 5000

# First datasource configuration.
[firstdatasource]

# Name of remote eventserver. If not used OFF.
remotenode = OFF

# TRUE if data is to be read from taperobot instead of from disk. If not used OFF.
rfiosource = OFF

# TRUE if ROOT file is used as input.
rootsource = TRUE

# Configuration of first datasource. There can be up to 20 different directories,
# for ech a seperate datasource block is used "[firstdatasource/0..20]".
[firstdatasource/0]

# Directory where datafiles are stored. Either .hld or .root files.
# if the taperobot is used for input, this is the path in the archive,
# otherwise it is the absolute path in the filesystem.
#directory = sep03/hld
#directory = /data.local/JoernWuestenfeld/data/sep03
#directory = /d/hades02/data/JoernWuestenfeld/sep03
directory = /d/hades02/data/nov02/sim/gen1/c2c

# List of filenames to be used in the analysis. Without filename extension!
#files = be04047082249
#files = be03274130508,be03274133146,be03274135918,be03274141754
#files = co04035113959
#files = be04049070420
files = c2c.v1.3.f14.real.1001_dst

# Name of the archive on the taperobot. Only used if rfiosource is set TRUE.
# Valid ebtries: "hades" for all data up to sep03,
#                "hadesraw" for all data starting with sep03 beamtime.
archive = hadesraw

# Name of the taperobot. Only used if rfiosource is set TRUE.
# Valid entries: "adsmexp" for data up to sep03 beamtime,
#                "gsitsma" for all data starting with sep03 beamtime.
robot = gsitsma

# Second datasource configuration. Must be a ROOT source
[seconddatasource]
rfiofile = OFF

# Configuration of first datasource. There can be up to 20 different directories,
# for ech a seperate datasource block is used "[seconddatasource/0..20]".
[seconddatasource/0]

# Directory where datafiles are stored. Either .hld or .root files.
# if the taperobot is used for input, this is the path in the archive,
# otherwise it is the absolute path in the filesystem.
directory = /data.local/JoernWuestenfeld/data/sep03

# List of filenames to be used in the analysis. Without filename extension!
files = be03274130508,be03274133146,be03274135918,be03274141754

# Name of the archive on the taperobot. Only used if rfiosource is set TRUE.
# Valid ebtries: "hades" for all data up to sep03,
#                "hadesraw" for all data starting with sep03 beamtime.
archive = hadesraw

# Name of the taperobot. Only used if rfiosource is set TRUE.
# Valid entries: "adsmexp" for data up to sep03 beamtime,
#                "gsitsma" for all data starting with sep03 beamtime.
robot = gsitsma