+++ /dev/null
-
-**************************************************************
-system update with
-
-sudo zypper refresh
-sudo zypper dup -yl
-
-
-software to recompile
-root (not always...)
-mainz unpacker ( seems to go automatic)
-trb? make
-
-For python scripts
-VISA needed to be installed new as root:
-
-pip install -U pyvisa
-and same (only?) as hadaq...
-
-
-Immer, wenn es einen neuen perl-interpreter gibt (~2 mal im Jahr), dann muss
-die libtrbnet_perl neu übersetzt werden.
-Das geht so:
-$ cd ~/trbsoft/trbnettools/libtrbnet_perl
-$ perl Makefile.PL $ make
-$ sudo make install
-
-
-~/trbsoft/daqtools/thresholds/trb_dirich_threshold
-HADESthreshscan_v1
-
-in makefile -std=c++17
-
-recompile
-
-
-
-
-**************************************************************
-
-address masks
-
-
-0xfe48 peripheral
-0xfe4a GPIO
-0xfe4c PADIWA
-0xfe51 DIRICH
-
-********************************************************
-scratch DiRICH
-in gsi_dirc
-
-dirich mask is 0xfe51
-
-addresses_dirich.db contains
-
-0x2014 0905 1 the fpga number seperated by blank from dirich number
-
-serial_dirich.db contains
-
-09051 address the fpga number direct after the dirich number
-
-
-plugs for trigger/clock
-trigger outside
-clock inside
-
-dirich_set_standard_thresholds.pl 0x2014 0x6000
-
-set absolute threshold to all channels
-
-dirich_voltages.sh
-
-read out voltages and currents
-
-
-
-in thresholds/trb_dirich_threshold
-
-search thresholds of all DiRICHes and set it to 20mV
-
-./HADESthreshscan_v1 -b 0 -t 0 20
-
-read baseline and put it to 20mV
-./HADESthreshscan_v1 -f 20190225_153504_std_save.thr -l 0 -t 0 20
-
-the program assumes a range of 2500 mV for the discriminator. It allows no
-negative values as offset to the baseline. But a overflow becomes a negativ
-value. An offset of 2500 is the baseline
-
-Therefore, for a negative threshold use
-
-2500-10xthreshold
-
-10 seems to be the amplfication of the amplifying transistor
-
-.
-
-
-
-
-~/trbsoft/daqtools/tools/determine_noiseband_dirich.pl 0x2015
-
-
-searching old routine. Works only for channel 0-15
-
- ./thresholds_automatic.pl --mode=dirich2 --endpoint=0x2014 --chain=0 --offset=0x10 --channel_by_channel --polarity=0
-
-********************************************************
-
-
-
-
-
-
-
-
-# new readme file for 2016 beam test at CERN
-# based on copy of readme2015.txt
-
-# let's try to clean up this file and remove obsolete entries
-
-system name: dircdaq003
-
-on dircdaq003
-no vncserver :1 -geometry 1440x960
-no or
-no x0vncserver -display :0 -Geometry 1440x960
-
-no x0vncserver -PasswordFile /home/hadaq/.vnc/passwd -geometry 1440x960
-
-there is already a vncserver running on :0 (found in the menu
-system->x11vnc server)
-
-then eg. on dircdaq002
-vinagre dircdaq003:0
-
-password same as hadaq account password
-
-
-on other machines in the local network
-vncviewer -Shared dircdaq003:1
-
-
-# the main tools are represented by icons on the desktop
-
-clicky_buntie -> starts a console with the DAQ tools
- (or run ~/trbsoft/daqtools/users/gsi_dirc/gui/call_programs2.pl)
-
-startup environment -> starts a urxvt terminal, the main console, with all proper tabs
- in all proper subdirectories and starts the web server for CTS control, etc.
- (or run ~/bin/setup.sh)
-
-# in the main console
-
-tab DAQ + readout:
- #?? start TRB with net switch
- ./startup.sh
-
-tab web:
- (command
- ./cts_gui --noopenxterm
- is already executed by tab startup)
- this starts the web server, access it in the browser with
-
- localhost:1234
-
- kill webserver wit ^c ^c or with
- pkill dhttpi
-
- open link CTS control in a browser new tab
- open link padiwa in a browser new tab
- open link thresholds in a browser new tab
- open link tdc in a browser new tab
- in the tdc browser tab
- select input status/enable/differences
- enable the chain you are watching
-
-tab DAQ editor:
- emacs window with the startup.sh script opened
-
-tab thresholds:
-
-turn on the detector(s), no pulser or signals, only noise is needed.
-
-if the detector is connetcted to chain 1 run
-
-
-Powering PADIWA
-scripts in /home/hadaq/lv (edit it when setup changes)
-
-./padiwa_on.sh
-
-./padiw_of.sh
-
-monitoring by web browser:
-http://192.168.0.71
-
-
-
-
-Padiwa invert
-~/trbsoft/daqtools/padiwa.pl [TDC addr] [chain 0 or 1] invert
-
-~/trbsoft/daqtools/padiwa.pl 310 1 invert 0xffff (after every power cycle)
-
-./thresholds_automatic.pl --endpoint=0x310 --chain=1 --offset=0x0c8 --polarity=0
-
-should be 1 mV (0x0c8 or 200)
-
-
-in the browser threshold tab you can change individual thresholds when you have selected the
-right board (e.g. 310)
-
-
-Michael Traxlers new routine (fast, simulataneous but less stable)
-
-./run_thresh_on_system.pl -endpoints=0x2000..0x202b --chains=0..2 --offset=00 --polarity=0
-
-
-./write_thresholds.pl padiwa_threshold_results_blockwise_2016_10_22c.log --offset=500
-
-
-The usual threshold finder (take ~20min):
-
-Set all thresholds to very high
-
-./write_thresholds.pl padiwa_threshold_results_blockwise_2016_10_22c.log --offset=5000
-
-in "hv" tab:
-./hv_cern2016_50V.sh on
-
-back to "thresholds"
-./thresholds_blockwise.sh
-
-Whichever style you choose, remember to delete the padiwa_threshold_results.log before the scan
-and to rename it after the scan
-
-The load it with the write_thresholds.pl command and change the startup.pl if you are happy
-with the new threshold.
-
-Also, remember to set the HVs to the correct value when you're done.
-
-
-tab hv:
-
-./hv_MCPTOF2.sh -> hv for ToFs
-
-### can we delete the following lines, old stuff?
-
-in console dab tab
-
-(
- cd ~/trbsoft/analysis/trb3
- . ./trb3login --> 26.6.2014 is already sourced in .zshrc
-)
-
-cd ~/trbsoft/daqtools/users/gsi_dirc/
-
-~/trbsoft/analysis/trb3/dabc/bin/dabc_run EventBuilder.xml
-
-in console tab go4
-
-cd ~/trbsoft/analysis/trb3
- . ./trb3login
-cd ~/trbsoft/daqtools/users/gsi_dirc
-
-Login the first time:
-. ~/trbsoft/analysis/trb3/go4/go4login
-
-go4 online.hotstart -> to see ToF1 and Tof2
-go4 mcponline.hotstart -> to see the Prototype and ToFs
-
-~/trbsoft/analysis/trb3/go4/bin/go4 padiwa_amps.hotstart
-
-select
-event source = MBS stream server
-name = localhost
-rightclick left pane histograms and select
-monitor items
-
--------------------------------------------
-### end delete?
-
-
-tab hv:
-
-in hv console tab run /bin/bash (otherwise script does not work)
-
-cd ./hv
-
-./hv prints following help text
-
-./hv init turns on main switch
-./hv on turns on HV (values defined in hv.sh)
-./hv off turns off HV
-./hv kill turns of rapidly HV, turns off main switch.
----------------------------------------------
-
-
-PADIWA
-
-./write_thresholds.pl gsi_zero_connect.log --offset=500
-
-tail -n16 padiwa_threshold_results.log > tmp.thresholds; ./write_thresholds.pl tmp.thresholds
-
-./write_thresholds.pl tmp.thresholds
-
-
-STARTUP
-
-trbcmd reload 0xffff; sleep 5; trbcmd reset; ./startup.sh; i | wc
-
-DABC
-
-~/trbsoft/analysis/trb3/dabc/bin/dabc_run EventBuilder.xml
-
-GO4
-
-rm -f *.root; go4analysis -user /data.local2/dabc14121175523.hld
- go4 Go4AutoSave.root
-
-
-TRB programming
-
-trbflash program 0x0810 ~/trbsoft/bitfiles/trb3_periph_padiwa_dbl_alt_32ch_20140625.bit
-
-hv supply
-(was 140.181.75.99 on GSI network - is 192.268.0.22 on local network)
-(to change network address push "FOLD" button for 3 seconds, adjust IP address)
-MAC Address is 00:19:f9:10:03:8a
-Access admin power42 (resets when LAN settings are changed)
-
-
---------------------------------------
-adding or removing TRB to/from setup
-
-edit files in ~/trbsoft/daqtools/users/gsi_dirc
-
- * addresses_trb3.db
- * register_configgbe.db
- * register_configgbe_ip.db
- * register_config_tdc.db
- * check_ping.pl
- * trbreset_loop.pl
- * EventBuilderNew.xml
-
-check if address in ~/trbsoft/daqtools/base/serials_trb3.db
-
-for data to file edit start_readout and add sources
-(50000+i corresponds to c350+i in register_configgbe_ip.db)
-
-
-flash by
-
-trbflash info 0x8001 # get information
-compiletime.pl 0x8001 # get compile tme
-
-central FPGA: trb3_central_gbe_20150218.bit
-
-trbflash program 0x8001 filename # program into flash memory
-trbcmd relaod 0x8001 # reloads program from flash
-
-store files in trbsoft/bitfiles
-
-peripheral FPGA
-
-in principle alos by eg
-trbflash program 0x0013 filename
-
-but faster
-trbflash program 0xfe4c filename
-
-for 0xfeXX see trb3 manual network/broadcast addresses (p14)
-
-peripheral FPGA: trbsoft/bitfiles/trb3_periph_padiwa_20150203.bit
-
-
-iftop -PBN -i enp2s0f0
-
-
----------------------------------------
-threshold search:
-
-only one channel per detector (20 min, recommended):
-
-HV-> 50 V
-rm padiwa_threshold_results.log
-.thresholds_blockwise.sh
-
-all channels together (<1min, yields large thresholds compared to blockwise
-search (1mV?)):
-
-HV-> 50 V
-rm padiwa_threshold_results.log
-./run_thresh_on_system.pl -endpoints=0x2000..0x200f --chains=0..2 --offset=10 --polarity=0
-
-
-only one channel per prototype (4 hours, recommended if you need an excuse for
-extended pizza event)
-HV-> 50 V
-rm padiwa_threshold_results.log
-./thresh_channel_by_channel.sh
-
-
-look to thresholds
-
-root show_thresholds.C'("/home/hadaq/trbsoft/daqtools/thresholds/padiwa_threshold_results_20150512_high_CS.log", "/home/hadaq/trbsoft/daqtools/thresholds/padiwa_threshold_results_20150512_low_CS.log",400)'
-
-
-
-
----------------------------------------
-
-example for time resolution
-
- root ce15133191236K.root
-K->Draw("fLeadingEdge[200]-fLeadingEdge[230]>>bb(2001,-100,100)","(fLeadingEdge[200]>-9000)&&(fLeadingEdge[230]>-9000)","")
-
----------------------------------------
-
-
-look in history for flash actions
-
-fc -il 1 | grep "trbflash program"
-
-
-
-
--------------------
-adding a system to the CERN DAQ local network
-
-edit /etc/dhcpd.conf (add system name and MAC address)
-edit /etc/hosts
-
-rcdnsmasq restart; rcdhcpd restart
-
-use
- journalctl -b -f -u dhcpd
-to see if connection is successful
-
-----
-DAQ multi event queue: edit /home/hadaq/trbsoft/daqtools/users/gsi_dirc/register_configgbe.db
-
-Change entry in column MultiQueue (C6) to 1 (0 to disable)
-
-To use dabc instead of evtbuild:
-./start_readout.pl --filename cern2016 --dabc
-
-----
-resetting PADIWA temperature readouts (important because temperature correction is enabled)
-~/trbsoft/daqtools/padiwa.pl [fpga] [chain] resettemp
-~/trbsoft/daqtools/padiwa.pl 0x2028 2 resettemp
-
----
-copying files to dircdaq004 (now done via crontab)
-rsync -av ce*hld hadaq@dircdaqp004:/d/oct2016 --progress
-rsync -av ce*root hadaq@dircdaqp004:/d/oct2016 --progress
-rsync -av pq*hld hadaq@dircdaqp004:/d/oct2016 --progress
-rsync -av pq*root hadaq@dircdaqp004:/d/oct2016 --progress
-
---- 2016: handled by trbreset_loop.pl
-TRB error/"Ping" tab in slow control "red"
-check progress of evtbuild, if stuck end run
-trbcmd reset
-trbcmd reload 0xffff
-trbcmd reset
-check_ping.pl
-if all TRBs are present (alive) then
-startup.sh
-and start new run
-if one or more TRBs still missing repeat reset/reload/reset cycle
-
----
-trigger line should be
- AddOn Multiplexer 0
-for beam data or
- AddOn Multiplexer 1
-for laser data
-
----
-Watch for "Ignore all data" box being checked - if it is checked no data
- will be written to disk (you will see that the spill rates are "red"
- instead of "green"
-
-
----
-If TRBs do not react to trbcmd reset (messages like RPC Timed Out) power-cycle the TRBs via
- trb_power_cycle
-
-ssh -R 53212:dircdaqp003:22 -R 53213:dircdaqp003:5901 -R 53214:dircdaqp003:5902 -R 53215:dircdaqp003:5903 -R
-53216:dircdaqp003:5904 -R 51234:dircdaqp003:1234 hadaq@cerberus.x-matter.uni-frankfurt.de -N & #All the
-tunnels
-
-
----
-
- trbcmd reset; ~/trbsoft/daqtools/merge_serial_address.pl ~/trbsoft/daqtools/base/serials_trb3.db ~/trbsoft/daqtools/users/gsi_dirc/addresses_trb3.db; trbcmd reload 0x8007
-
-
------
-data analysis March 2016
-
-hldtools -d -j10 file.hld
-tcalibration file.hld.root
-cdisplay fileC.root
-
-
-Printers nearby:
-252-1203-HP5550 //upstairs in 252, color
-252-1203-CANON //upstairs in 252, b&w
-
-#connect to IP windows PC
-rdesktop -u localadmin_gerhardt -g 1024x768 -k en/us 192.168.0.20
jspc29 / daqtools.git / commitdiff