group.src
specifies, which groups are enabled, and group parameter
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
Grp_ID Grp_ID
Data_Required ---
Flags
NMod_min
NModMax
CCidx
Par1,...,8
Presence of a row with certain group_id means that the group is
enabled (will be processed).
Grp_ID: group identificator
positive integer number (range 1..64)
programs "know" (hardcoded into) following groups:
1 -- Section 1 of Main calorimeter
2 -- Section 2 of Main calorimeter
3 -- Section 3 of Main calorimeter
4 -- Section 4 of Main calorimeter
5 -- X strips of Preshower
6 -- Y strips of Preshower
7 -- Veto counters
Data_required: specifies which info expected to be present
in the "source banks" and which will be filled with some
meaningless values.
Bit 0 = 1: each module inside the group require X,Y,Z coordinates,
Bit 1 = 1: delay required,
Bit 2 = 1: LED monitoring is used.
Data_required field does not go to output "banks".
Flags - bit-mask of faults which will be copied to global
quality variable FNCqlt from group wise faults variable.
bit 0 = 1: ADC chan. overflow
bit 1 = 1: MaxMod has negative energy
NMod_Min: minimum number of modules in the group; used in
cross-check of banks integrity and to ensure that
enough modules are enabled
NMod_Max: maximum number of modules in the group; used in
cross-check of banks; and (important!) Cal.Const. and LED
monitopring data (banks FN1D,FN1R,FN1L) layout (e.g. offset
of groups) depends on these numbers
CC_idx: absolute value of this number defines order in
which groups are stored/expected in LED and Cal.Const.
banks (FN1D,FN1R,FN1L). 0 means the group is not
described in the banks and default value of 1.0 is used
everywhere. FN1D -- calibration constants, contains
groups whith non-zero CC_idx, FN1R,FN1L -- refer.,current
LED amplitude contain only groups with negative CC_idx.
Par.1,..,8 various parameters which is used in group specific
routines;
For all groups Par1 - relative group "gain", all module
energies inside of the group are multiplied by Par1.
Other parameters meanings:
Sections of Main calorimeter (Grp_ID = 1,2,3,4)
par3 - Cut1 = noise cut value for single calorimeter cell
par4 - Cut = noise cut value for group
Projections of Preshower calorimeter (Grp_ID = 5,6)
par3 - Cut1 = noise cut value for single calorimeter cell
par4 - Cut = noise cut value for group
Veto counters (ID=7)
par2,3: window for the 1st counter
par4,5: window for the 2nd counter
]]>
mod_use.src
specifies which modules are enabled
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
Grp_ID
Mod.No
Flags
Rows ordering is not important (but this fact is not tested yet) for
all groups except PreshowerX,Y;
Grp_ID: see "group.srs"
Mod.No: Number of modules in group defined by Grp_ID
positive number 1..128;
Flags: not used currently;
Each group should contain at least one module.
To disable the entire group of modules use "group.srs".
Finally, module is enabled if both the group it belongs to is enabled
and it is present in "mod_use.src"
]]>
glb_par.src
various global parameter
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
Ipar
Fpar
Ordering of rows is significant; there should be exactly 12 non
blank rows.
Column 1 contains integer point parameters, column 2 -- floating point.
Ipar Fpar
Row1: ----
Row2: ----
Row3: ----
Row4: ----
Row5: ----
Row6: ----
Row7: ----
Row8: ----
Row9: ----
Row10: ----
Other rows are not used now.
]]>
mod_pos.src
spatial coordinates of modules
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
Grp_ID
Mod.No.
X
Y
Z
All enabled Modules in groups which have RequireXYZ bit set
(see "group.src") should have corresponding row here.
Grp_ID, Mod.No. -- see "group.src" "mod_use.src" description
X,Y,Z -- Z,Y,Z coordinates in cm in the coordinate system which
was used for H1REC97.
]]>
adc.src
ADC ordering in LFNC, which ADC are enabled, ADC characteristics.
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
ADC_ID
Time_Slice_1
Time_Slice_2
Time_Slice_3
Time_Slice_4
Flags
Rows in this table should be sorted accordingly to order the
ADCs data is placed in "LFNC" or local DAQ data stream.
ADC_ID: is a ADC number (ADC label), if some ADC is moved to
another position/excluded from readout no ADC_ID have to be
changed, only the rows have to be resorted/commented out.
Now ADC_ID equal to ModNum in "LFNC", but it is not required.
Of course number of rows in the table can be smaller than
number of ADCs actually in readout, the rest of "LFNC" then
will be ignored.
ADC_ID should be in 1..64 range, number of rows in table =
number of ADC in readout should be in 1..16 range.
(These limits are imposed by size of arrays in fortran code)
Time_Slice_1,2,3,4: are four numbers, which define time
bins for calculation of pedestal and signal for a given ADC.
All time slices have to be in 1..16 range and each number
have to be greater or equal to previous one.
Flags are: not currently used
]]>
chn_sens.src
ADC channels sensitivity parameters, and channel Flags
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
ADC_ID
Ch.No
Sens_Par1
Sens_Par2
Flags
Each row expected to have unique ADC_ID, Ch.No. pair; all 8 channels
for all ADCs, which are mentioned in "adc.src", should be described here.
ADC_ID: the same as is in "adc.src"
Ch.No: channel No. in FADC; range is 0..8
Sens_Par1,2 as usual: Volts = f(Par1,Par2,Counts)
Flags: not currently used
]]>
chn_delay.src
cable + e.t.c delays for ADC channels
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
ADC_ID
Ch.No.
Delay
Not all FADC channels have to be described, only the channels connected
to modules which require delays must be described.
ADC_ID, Ch.No. - see "chn_sens.src"
Delay: delay in ns.
]]>
chn_map.src
defines ADC channel to module mapping
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
ADC_ID
Ch.No.
Grp_ID
Mod.No.
Irange
CurrFrac
All enabled modules have to be mapped to some ADC channel(s).
If channel is not connected to any module use 0 instead of
Grp_ID, Mod.No. or comment out/delete the row;
ADC_ID, Ch.No: see "adc.src", "chn_sens.src"
Grp_ID, Mod.No.: see "group.src", "mod_use.src"
Irange: must be equal 1
CurrFrac: not currently used
]]>
mod_calcon.src
calibration constants
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
Grp_ID
Mod.No.
CalCon
All enabled Modules have to have corresponding CalCon here.
Grp_ID, Mod.No. -- see above
CalCon: calibration constant in Integrated_Volts/GeV.
]]>
ledamp_cur.src, ledamp_ref.src
ledamp_cur.src" - "current" LED monitoring data
ledamp_ref.src" - "reference" LED monitoring data
<![CDATA[
Format of the banks is the same, the difference is:
"ledamp_cur.src" should be automaticaly updated by
slowcontrol programs -- it should contain average LED
amplitude for each run.
"ledamp_ref.src" -- it is copy of "ledamp_cur.src" for
the run which was used in calculation of calibration constants.
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
LED_amp
LED_amp: average LED signal amplitude.
Data in the banks is sorted as defined by fields "Data_requied",
"CC_idx" and "NMod_Max" of "group.src" file. See "group.src" section.
Current format is:
First 32 - Main calorimeter sections,
next 18 - Preshower calorimeter
last 2 - Veto counters
All modules which belong to groups for which LED monitoring is used
should have corresponding row here.
]]>
ref_mon.src
Alpha-particle based Photo-diodes monitor data
<![CDATA[
Source(.src) Tabel(.bnk) Rec. program (variable)
---------------------------------------------------------------
Alpha_scint.amp.
LED_flash.amp.
This table contains one row with two numbers:
Alpha_scint.amp. -- relative amplitude of photomultiplier
response to scintilation produced by Alpha-particle.
LED_flash.amp. -- relative amplitude of photomultiplier response
to flash of LEDs.
Both numbers are relative to the same values but to
Ratio of the two numbers are using in correction of calibration
constants for the groups which use LED monitoring (see "group.src")
]]>