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source

"DetInfo(:Opal1000")

input source of data

key

key for input data, for example, it might be "calibrated"

sumfile

""

out file with sum of amplitudes, saved if the name is not empty

avefile

""

out file with averaged amplitudes, saved if the name is not empty

rmsfile

""

out file with rms, saved if the name is not empty

hotpixfile

""

out file with hot pixel mask with 0-for good/hot or dead pixels, saved if the name is not empty

thr_rms_ADU

"10000."

threshold on rms (in ADU); if rms exceeds this threshold - pixel is hot

thr_min_ADU

"-100000."

threshold on minimal intensity (in ADU); if ave exceeds this threshold - pixel is good

thr_max_ADU

"100000."

threshold on maximal intensity (in ADU); if ave exceeds this threshold - pixel is bad

evts_stage1

1000000

number of events before stage 1

evts_stage2

0

additional number of events before stage 2

gate_width1

0

gate_width for stage 1

gate_width2

0

gate_width for stage 2

print_bits

0

module verbosity:

• =0 - print nothing
• +1 - input pars
• +2 - event record
• +4 - beginning of 3 stages
• +8 - processed statistics at the end of each stage
• +16 - records for saved files
• +32 - summary with keywords for parser

source

"DetInfo(:Opal1000")

input source of data

key

key for input data, for example, it might be "calibrated"

sumfile

""

out file with sum of amplitudes, saved if the name is not empty

avefile

""

out file with averaged amplitudes, saved if the name is not empty

rmsfile

""

out file with rms, saved if the name is not empty

hotpix_mask

""

out file with hot pixel mask, saved if the name is not empty

hotpix_thr_adu

"10000."

threshold on rms (in ADU); if rms exceeds this threshold - pixel is hot

evts_stage1

1000000

number of events before stage 1

evts_stage2

0

additional number of events before stage 2

gate_width1

0

gate_width for stage 1

gate_width2

0

gate_width for stage 2

print_bits

0

module verbosity:

• =0 - print nothing
• +1 - input pars
• +2 - event record
• +4 - beginning of 3 stages
• +8 - processed statistics at the end of each stage
• +16 - output in files