alloc_run.kumac
- Allocate logical unit number, lun, to a ntuple file with run#
nnn. This command automatically searches for the file and
uncompress it if necessary.
exec /t912/macro/alloc_run lun nnn
lun = logical unit number
nnn = run number
gzip_run.kumac
- Compress the ntuple file with run# nnn. This command
automatically searches for the file.
exec /t912/macro/gzip_run nnn
nnn = run number
pid_nop.kumac
- Particle identification macro for a setup without preshower
detector.
(by Oishi)
exec /t912/macro/pid_nop nnn
nnn = run number
pidkk.kumac
- Another particle identification macro for a setup without
preshower detector. This is a version which uses "sum of
normalized ADC values in ech section" instead of
adchcal(13,i). Trigger counter ADC values are also normalized.
Normalization and pedestal subtraction are done by Ota's scheme
within this macro. (by Kawagoe)
exec /t912/macro/pidkk nnn
nnn = run number
get_ped.kumac
- Read appropriate pedestal data from pedestal files. They are
read into vectors named as, xxxxxx_ped, where xxxxx is the name
of ntuple variables.
exec /t912/macro/get_ped nnn
nnn = run number
get_cc.kumac
- Read appropriate calibration data from calibration files. They
are read into vectors named as, xxxxxx_cc, where xxxxx is the
name of ntuple variables.
exec /t912/macro/get_cc nnn
nnn = run number
tilled.kumac, pmtled.kumac and tmpmon.kumac
- Monitor time dependece of "Tile LED", "PMT LED" and "Temperature
Monitors". (by Sugimoto)
The first and last run numbers can be specified:
exec /t912/macro/pmtled mmm nnn
mmm = the first run number
nnn = the last run number
tsc.kumac
- Plots TC4, TC5 and TPSD data. (by Kawagoe)
exec /t912/macro/tsc nnn
nnn = run number
pwc.kumac
- Make a hitmap of PWC. (by Kawagoe)
exec /t912/macro/pwc nnn
nnn = run number
shmax.kumac
- Make a hitmap of shmax detector. The default threshold is set to
100. (by Kawagoe)
exec /t912/macro/shmax nnn [ith]
nnn = run number
ith = threshold value
dirift.kumac & timecal.f
- With this macro, you can check shift of pedestals (or any LED
data) between runs. (by Uozumi)
exec /t912/macro/drift nnn m
nnn = run number
m = Trigger ID(6=pedestal,7=TIle LED,8=PMT LED)
long.kumac
- It is to check long-term pedestal shifting.(by Uozumi)
exec /t912/macro/long mmm nnn [aa]
nnn = run number to start to plot
mmm = run number to end to plot
aa = half height of null region(default 50)
- Please execute btinit at the beginning of your
macro. btinit initializes our standard environment. It
is recommended to include btinit into users .pawlogon.kumac,
which is automatically executed at the beginnig of user's PAW
session. But, for comfirmation, please include
exec /t912/macro/btinit; global/import *
at the beginning of your macro. btinit automatically
detects that it is already executed or not, and avoids
duplication.
- Please use positional arguments not only named arguments. By
just putting argument names to the "macro" statment, they can be
positional, not only named.
macro example run
This example macro can be used in both styles:
exe example nnn
exe example run=nnn
- Do not delete all vectors and histograms at the beginning of your
macro.
X v/del *
X hi/del 0
It might be necessary to close all files, because we cannot know
the given unit number is already used or not.
O clo 0
- Please delete all vectors and histograms you create within your
macro before your macro ends. Even in that case, do not use
X v/del *
X hi/del 0
- It might be better to check existance of files, vectors and
histograms before you use.
if $fexist([file_name])=1 then
hi/file [lun] [file_name]
endif
if $vexist([vec_name])<>0 then; v/del [vec_name];endif
if $hexist([hist_name])=1 then; hi/del [hist_name];endif
- Please use global variables as much as possible. Some detector
parameters, lugical unit numbers and public directories etc. are
already defined in btinit.kumac in /t912/macro. Please
refer to it for details.
do isec=1,[nsechcal]
do itow=1,[ntowhcal]
....
enddo
enddo
file_ntpl=[ntpl_dir]/run[runnum].ntpl
if $fexist([file_ntpl])=1 then
hi/file [lun_ntpl] [file_ntpl]
endif
- If you want to create your own postscript files, please refer to
psout global flag as:
exec /t912/macro/dispset; global/import *
if [psout]<>[off] then
runnum = $format([run],i4.4)
file_ps = macroname_run[runnum].ps
if $fexist([file_ps])=1 then
sh rm [file_ps]
endif
fort/file [lun_ps] [file_ps]
endif
exec /t912/macro/psset;global/import *
These commands enable user to control postscript output by:
pson
psoff
Do not forget to close ps file before you leave:
if [psout]<>[off] then
close [lun_ps]
endif
- If your macro needs some comis functions, they also have to be
copied to /t912/macro. They can be used as:
call "/t912/macro/comis.for()"
nt/loop 1 "/t912/macro/comis.for"
- Do not use histogram ID's less than 1000 in your own macro.
Public ntuple already uses ID's greater than 100. In order to
avoid confusion, ID's less than 1000 should be reserved for
public use.
- If you need to use ntuple variables in your own comis
function, please use:
include '/t912/macro/bt.inc'
This include file will be updated when ntuple structure is
changed. If you include this file, you need not change your
code at all.