RLOG Run Log bank
======================
Contact: M. Thorman, Oxford.
Revision History:-
================
3.02 M. Thorman First version.
N. West Update ready for data production. Add creation date.
Add missed count and trigger error words.
Major update ready for production tests.
4.01 N. McCauley Add RLAI bank.
Description
-----------
This is the major bank of the RLG data structure. It holds a summary of the data
from a single run. It is created by the runlog generator (RLG) which writes the
full MASTed structure out to the database. It can later be read back in with
RLR, the runlog reader, (which reads it in to the event division, not the
permanent division). Most of the data is in the form of histograms and small
ntuples which are generated by HBOOK and then copied over from the PAWC store
(see HIDx).
The bank number is the run number.
Reference Links
---------------
None.
Structural Links
----------------
-5 Spare links.
:
-2 -KRLOG_RLAI RLAI Runlog Analysis Information.
-1 -KRLOG_HIDx HIDx HBOOK histogram/ntuple data.
Status Bits
-----------
Note: Any status bit parameters are defined to work with bit functions such as
IAND and BTEST.
Data Words
----------
Data types: B(bit), I, F, D(double), H(hollerith 4 char)
Wd Typ Mnem. Description
KRLOG_
-5 I Run number (this is the bank number).
Words 1..4 effectively define a validity range for the run:-
+1 I RHDR_DATE Date/Time from runheader.
+2 I RHDR_TIME "
+3 I MX_DATE Date/Time of latest event in this run.
+4 I MX_TIME "
+5 I RUN_TIME Run time in seconds
+6 I NUM_SUB_RUNS Number of sub-runs.
+7 I NUM_CHAN Number of channels on-line.
+8 F RLG_SNOMAN_VER SNOMAN version used for runlog generation.
+9 I RLG_DATE Local date for runlog generation.
+10 I RLG_TIME Local time for runlog generation.
+11 H RLG_MACHINE Machine name for runlog generation (first 4 chars)
+12 H Machine name for runlog generation (last 4 chars)
: I
+20 I Spare
+21 I NUM_EV Number of EV banks processed.
+22 I EV_MIN The lowest event number encountered.
+23 I EV_MAX The highest event number encountered.
+24 I SOSF_LED_MASK 1-bit mask. Bit i on if LED i on in any SOSF bank.
+25 I SOSA
+26 I SOSG
+27 I SOSL
+28 I SOSR
+29 I NUM_MISS_CHAN Number of channels with Missed Count bit set
on any event.
: I
+39 I Spare
+40 CLPS_NTPR This marks the start of the section of the RLOG
banks that is build as a "collapsed n-tuple" by NTPR
See runlogger.dat.
This section counts the number of each of the following banks.
+41 I EPED_Q_SLOPE_START
+42 I EPED_Q_SLOPE_CHANGE
+43 I EPED_Q_SLOPE_END
+44 I EPED_T_SLOPE_START
+45 I EPED_T_SLOPE_CHANGE
+46 I EPED_T_SLOPE_END
+47 I EPED_PED_START
+48 I EPED_PED_CHANGE
+49 I EPED_PED_END
+50 i EPED_OTHER
:
+70 I Spare
This section counts the number of each type of trigger error bit.
+71 I TESTGT
+72 I TEST50
+73 I TEST10
+74 I TESTMEM1
+75 I TESTMEM2
+76 I SYNCLR16
+77 I SYNCLR16_NO_TC_16
+78 I SYNCLR24
+79 I SYNCLR24_NO_TC_16
+80 I FIFOS_EMPTY_STATUS
+81 I FIFOS_FULL_STATUS
+82 I FIFOS_FULL
+83 I TRIG_ERR_29
+84 I TRIG_ERR_30
+85 I TRIG_ERR_31
:
+150 I Spare
The remainder of the bank is organised by trigger bit.
For each bit there are 4 words:-
+0 I Number of event with trigger
+1 F Exposure in secs (= run time if trigger enabled,
= 0. otherwise)
+2 F Trigger rate (events/sec)
+3 F Rate RMS (or = 0. if no trigger histogram available)
For example NHIT100MED+2 is the Trigger rate for NHIT100MED.
+151 I Any
+155 I NHIT100LO
+159 I NHIT100MED
+163 I NHIT100HI
+167 I NHIT20
+171 I NHIT20LB
+175 I ESUMLO
+179 I ESUMHI
+183 I OWLN
+187 I OWLELO
+191 I OWLEHI
+195 I PULSE_GT
+199 I PRESCALE
+203 I PEDESTAL
+207 I PONG
+211 I SYNC
+215 I EXT_ASYNC
+219 I EXT2
+223 I EXT3
+227 I EXT4
+231 I EXT5
+235 I EXT6
+239 I EXT7
+243 I EXT8_PULSE_ASYNC
+247 I SPECIAL_RAW
+251 I NCD
+255 I SOFT_GT
+259 I Spare
:
+300 Spare
Go Back to the
Snoman Companion Top Page