| ID |
Date |
Author |
Type |
Subject |
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21
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Fri Oct 4 10:18:44 2019 |
M. Andrew | documentation | instructions for checking boardstack status and temperature | This is done from sixrmlaptop02 (a.k.a. balrog017). These scripts are not in the $PATH, so you must cd to ~/build/uh-svn-repo/trunk/software/b2l/scripts_dev before running them.
To check basic status (whether you can talk to a boardstack, which firmware is programmed on it, what the temperature is, etc):
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ ./get_status.py 0
Writing output from ./get_status.py to logfile: logs/2019-10-05.051508.s17a.SCROD004.get_status.log
SCROD #4 RawVoltages: 1.880 V 3.861 V 4.807 V
WARNING: RAW2 voltage unnecessarily high (by 0.762 V)
WARNING: RAW3 voltage unnecessarily high (by 0.383 V)
FPGA_ver ARM_ver trigMask DieTemp WallTemp -----other------ ARM_stat
SCROD 00010095 0000006e 0000000f 52.7 C 34.5 C 31.1 C 13.2 %RH Running
carrier0 00000062 00000021 00000000 61.1 C 43.8 C 39.0 C 41.8 C Running
carrier1 00000062 00000021 00000000 60.2 C 46.0 C 41.2 C 44.2 C Running
carrier2 00000062 00000021 00000000 59.9 C 46.0 C 42.2 C 44.8 C Running
carrier3 00000062 00000021 00000000 60.7 C 44.2 C 41.5 C 43.2 C Running
readoutBitSlip (IRSX config?) = [0, 0, 0, 0]
readoutWindows (prep done?) = [0, 0, 0, 0]
Feature extraction mode = 0 Normal
SCROD_AxiCommon_asicTimeoutMask: 0
ProcessPacketProblemCounter = 0
nSamplesWrongCounter = 0
SCROD_PS_EXTENDED_STATUS_ADDR = 0x1
SCROD_PS_pendingWaves = 0
SCROD_PS_procEventCnt = 0
SCROD_PS_totalWaves = 0
SCROD_AxiCommon_eventCnt = 0
SCROD_AxiCommon_pendingEventCount = 0
SCROD_AxiCommon_maxPendingEventCount = 0
SCROD_PS_AXI_FAULT_STATUS_ADDR = 0x0
SCROD_PS_AXI_FAULT_ADDRESS_ADDR = 0x0
SCROD_PS_OFFENDING_ADDRESS0_ADDR = 0x0
SCROD_PS_OFFENDING_ADDRESS1_ADDR = 0x0
Note: Before configuration, the warning messages about the raw voltages being too high should be ignored.
To check detailed temperature, humidity and power draw:
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ ./log_temps.py 0
Writing output from ./log_temps.py to logfile: logs/2019-10-05.052200.s17a.SCROD004.log_temps.log
------------------------------------------------------------
s17a.SCROD004 DATE 2019-10-05 05:22:00.661181
Parameter SCROD carrier0 carrier1 carrier2 carrier3
---------- ----- -------- -------- -------- --------
fwVersion 00010095 00000062 00000062 00000062 00000062
elfVersion 0000006e 00000021 00000021 00000021 00000021
------------------------------------------------------------
tempFPGA 53.6 C 61.4 C 60.8 C 60.5 C 60.7 C
tempFPGAMAX 55.6 C 63.7 C 62.8 C 62.9 C 63.5 C
tempWall 35.0 C 44.2 C 46.5 C 46.5 C 44.8 C
tempWallMAX 35.0 C 44.2 C 46.8 C 46.5 C 45.0 C
tADC0
tADC0MAX
tADC1
tADC1MAX
tempASIC01 39.5 C 41.8 C 42.8 C 42.0 C
tempASIC23 42.2 C 45.0 C 45.5 C 43.8 C
tempASIC01MAX 39.5 C 42.0 C 42.8 C 42.0 C
tempASIC23MAX 42.2 C 45.0 C 45.5 C 43.8 C
humidityTemp 31.3 C
humidityTempMAX 31.3 C
trigTranTemp
trigTranTempMAX
dataTranTemp 0.0 C
dataTranTempMAX 0.0 C
tempMAX 55.6 C 63.7 C 62.8 C 62.9 C 63.5 C
maximum temperature measured on this boardstack is: 63.7 C
------------------------------------------------------------
humidity 12.9 %RH
------------------------------------------------------------
vRAW1 1.875 V
vRAW2 3.860 V
WARNING: RAW2 voltage unnecessarily high (by 0.761 V)
vRAW3 4.803 V
WARNING: RAW3 voltage unnecessarily high (by 0.379 V)
vPINT1p0 0.990 V 1.014 V 1.004 V 0.997 V 1.004 V
vINT1p0 0.994 V 1.012 V 1.004 V 0.998 V 1.003 V
vBRAM1p0 0.994 V 1.012 V 1.004 V 0.998 V 1.004 V
vGTX1p0 0.998 V
vGTX1p2 1.194 V
vDDR1p2 1.193 V
vPLLPAUX1p8 1.800 V 1.805 V 1.807 V 1.801 V 1.802 V
vAUXIO1p8 1.795 V
vAUX1p8 1.792 V 1.813 V 1.795 V 1.795 V 1.796 V
vVCCO1p8 1.795 V
v2p5 2.494 V
vMIO2p5 2.492 V
vVCCO2p5 2.492 V
v3p3 3.266 V
vASIC0
vASIC1
vASIC2
vASIC3
vRAW1 1.875 V
vRAW2 3.860 V
WARNING: RAW2 voltage unnecessarily high (by 0.761 V)
vRAW3 4.803 V
WARNING: RAW3 voltage unnecessarily high (by 0.379 V)
------------------------------------------------------------
iPINT1p0
iINT1p0 921 mA
iBRAM1p0 17 mA
iGTX1p0 679 mA
iGTX1p2 468 mA
iDDR1p2 52 mA
iPLLPAUX1p8 84 mA
iAUXIO1p8 29 mA
iAUX1p8 157 mA
iVCCO1p8 83 mA
i2p5 107 mA
iMIO2p5 22 mA
iVCCO2p5 42 mA
i3p3 174 mA
iPINT1p0MAX
iINT1p0MAX 924 mA
iBRAM1p0MAX 21 mA
iGTX1p0MAX 678 mA
iGTX1p2MAX 471 mA
iDDR1p2MAX 66 mA
iPLLPAUX1p8MAX 91 mA
iAUXIO1p8MAX 32 mA
iAUX1p8MAX 160 mA
iVCCO1p8MAX 87 mA
i2p5MAX 110 mA
iMIO2p5MAX 25 mA
iVCCO2p5MAX 44 mA
i3p3MAX 181 mA
iASIC0
iASIC1
iASIC2
iASIC3
iASIC0MAX
iASIC1MAX
iASIC2MAX
iASIC3MAX
------------------------------------------------------------
pASIC0
pASIC1
pASIC2
pASIC3
pAMPs
pASICs
------------------------------------------------------------
Note: There are no entries for some items above because those features are not present on the "carrier revE2 (special XRM edition)"
Other various scripts are available, some of which have functionality you can guess from the name:
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ ls -lart *.py *.sh
-rwxr-x--- 1 idlab idlab 1925 Sep 30 2017 get_n_events.sh
-rwxr-x--- 1 idlab idlab 994 Dec 28 2017 ADC_threshold_scan.sh
-rwxr-x--- 1 idlab idlab 677 Dec 20 2018 b2lreg.py
-rwxr-x--- 1 idlab idlab 609 Jan 15 2019 getReady.sh
-rwxr-x--- 1 idlab idlab 3514 Jan 15 2019 dumpregisters.sh
-rwxr-x--- 1 idlab idlab 95 Feb 9 2019 run_all_gnuplots.sh
-rw-r----- 1 idlab idlab 1163 Feb 14 2019 irsx.py
-rwxr-x--- 1 idlab idlab 694 Mar 2 2019 watchVirtualTTYs.py
-rwxr-x--- 1 idlab idlab 612 Mar 9 2019 setTimeout.py
-rwxr-x--- 1 idlab idlab 3890 Mar 9 2019 scrod_currents.py
-rw-r----- 1 idlab idlab 627 Mar 9 2019 ReadThreshold.py
-rw-r----- 1 idlab idlab 563 Mar 9 2019 ReadFB.py
-rwxr-x--- 1 idlab idlab 777 Mar 9 2019 prep1carrier_data_trueROI.py
-rwxr-x--- 1 idlab idlab 3721 Mar 9 2019 prep1asic_data_trueROI.py
-rwxr-x--- 1 idlab idlab 4155 Mar 9 2019 monitor_temp.py
-rwxr-x--- 1 idlab idlab 1583 Mar 9 2019 live_voltage_readout.py
-rwxr-x--- 1 idlab idlab 9860 Mar 9 2019 juice.py
-rw-r----- 1 idlab idlab 25619 Mar 9 2019 irsxSetFunction.py
-rw-r----- 1 idlab idlab 2356 Mar 9 2019 DebugInfoWarningError24.py
-rwxr-x--- 1 idlab idlab 1100 Mar 9 2019 config1carrier_trueROI.py
-rwxr-x--- 1 idlab idlab 1192 Mar 9 2019 config1carrier_fast.py
-rwxr-x--- 1 idlab idlab 21683 Mar 9 2019 config1asic_trueROI.py
-rwxr-x--- 1 idlab idlab 3323 Mar 9 2019 config1asic_fast.py
-rwxr-x--- 1 idlab idlab 7904 Mar 9 2019 measure_iASIC_as_a_function_of_vbias_and_vbias2.py
-rwxr-x--- 1 idlab idlab 21195 Mar 9 2019 ethudp.py
-rwxr-x--- 1 idlab idlab 4768 Mar 12 2019 scanLoadLatch.py
-rwxr-x--- 1 idlab idlab 34947 Mar 15 2019 threshScan1boardstack.py
-rw-r----- 1 idlab idlab 3686 Mar 16 2019 B2L_errorstats.py
-rwxr-x--- 1 idlab idlab 3388 Mar 21 2019 get_fe_ped.py
-rwxr-x--- 1 idlab idlab 862 Mar 21 2019 config1boardstack_trueROI.py
-rwxr-x--- 1 idlab idlab 6997 Mar 26 2019 get_status.py
-rwxr-x--- 1 idlab idlab 25247 Mar 30 2019 testPollableMemory.py
-rwxr-x--- 1 idlab idlab 6305 Apr 6 08:54 log_temps.py
-rwxr-x--- 1 idlab idlab 68 May 18 09:23 edit.sh
-rwxr-x--- 1 idlab idlab 171 May 23 10:56 what_I_am_doing_right_now.sh
-rw-r----- 1 idlab idlab 1021 May 23 10:56 SCROD_PS_defs.py
-rwxr-x--- 1 idlab idlab 4119 May 23 10:56 prep1boardstack_fe.py
-rwxr-x--- 1 idlab idlab 3816 Jun 22 03:17 config1boardstack_fast.py
-rwxr-x--- 1 idlab idlab 1111 Jun 22 03:18 prep1boardstack_data_trueROI.py
-rwxr-x--- 1 idlab idlab 278 Jun 27 03:49 push_peds.sh
-rwxr-x--- 1 idlab idlab 10903 Sep 18 05:17 xrm.py |
|
22
|
Fri Oct 4 10:33:53 2019 |
M. Andrew | documentation | instructions for boardstack configuration | This is done from sixrmlaptop02 (a.k.a. balrog017). These scripts are not in the $PATH, so you must cd to ~/build/uh-svn-repo/trunk/software/b2l/scripts_dev before running them.
To configure the ASICs, set desired modes in the PL/PS (programmable logic/processing system) for operation, and then acquire pedestals:
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ ../scripts_rel/configure_boardstack_then_acquire_and_check_pedestals.sh a
/home/idlab/build/uh-svn-repo/trunk/software/b2l/scripts_rel/../scripts_dev/.config
$hslb_list = " a"
running in _fast mode from /home/idlab/build/uh-svn-repo/trunk/software/b2l/scripts_dev
xrm trigger enabled (4ad) = 00000000
number of carriers detected = 4
set up all registers on hslb a (boardstack 0)...
Writing output from ./config1boardstack_fast.py to logfile: logs/2019-10-05.053059.s17a.SCROD004.config1boardstack_fast.log
reg24b2 = 00000000 CARRIER_AxiCommon_heapEnabled
reg44b2 = 00000000 CARRIER_AxiCommon_heapEnabled
reg64b2 = 00000000 CARRIER_AxiCommon_heapEnabled
reg84b2 = 00000000 CARRIER_AxiCommon_heapEnabled
[ 0.000] ##########################################################
[ 0.000] ## Starting configuration of BS 0 / carrier 0
[ 0.002] Writing trigger thresholds to PS registers
[ 0.020] Writing sstFB values (110, 109, 110, 110) to PS registers
[ 0.022] Starting asic fast autoconfiguration on carrier PS
[ 0.000] ##########################################################
[ 0.000] ## Starting configuration of BS 0 / carrier 1
[ 0.003] Writing trigger thresholds to PS registers
[ 0.021] Writing sstFB values (110, 110, 110, 109) to PS registers
[ 0.023] Starting asic fast autoconfiguration on carrier PS
[ 0.000] ##########################################################
[ 0.000] ## Starting configuration of BS 0 / carrier 2
[ 0.005] Writing trigger thresholds to PS registers
[ 0.023] Writing sstFB values (110, 110, 109, 109) to PS registers
[ 0.026] Starting asic fast autoconfiguration on carrier PS
[ 0.000] ##########################################################
[ 0.000] ## Starting configuration of BS 0 / carrier 3
[ 0.007] Writing trigger thresholds to PS registers
[ 0.026] Writing sstFB values (110, 110, 110, 110) to PS registers
[ 0.028] Starting asic fast autoconfiguration on carrier PS
Wait until all ASICs are configured...
00 0001[1] 0001[1] 0001[1] 0001[1]
00 0001[7] 0001[7] 0001[7] 0001[7]
01 0001[7] 0001[7] 0001[7] 0001[7]
01 0001[7] 0001[7] 0001[7] 0001[7]
02 0001[7] 0001[7] 0001[7] 0001[7]
02 fff2[e] 0001[7] fff2[e] 0001[7]
03 fff2[e] fff2[e] fff2[e] 0001[7]
03 fff2[e] fff2[e] fff2[e] fff2[e]
03 fff2[e] fff2[e] fff2[e] fff2[e]
*****************************************************
carrier 0 configuration SUCCESS for all ASICS
carrier 1 configuration SUCCESS for all ASICS
carrier 2 configuration SUCCESS for all ASICS
carrier 3 configuration SUCCESS for all ASICS
*****************************************************
return value = 0
prepare boardstack to take data...
Writing output from ./prep1boardstack_data_trueROI.py to logfile: logs/2019-10-05.053103.s17a.SCROD004.prep1boardstack_data_trueROI.log
Found 4 carriers
BS 0, carrier 0, asic 0 [ phase: 1 0 ] ready for data
BS 0, carrier 0, asic 1 [ phase: 1 0 ] ready for data
BS 0, carrier 0, asic 2 [ phase: 0 ] ready for data
BS 0, carrier 0, asic 3 [ phase: 0 ] ready for data
BS 0, carrier 1, asic 0 [ phase: 1 1 0 ] ready for data
BS 0, carrier 1, asic 1 [ phase: 1 0 ] ready for data
BS 0, carrier 1, asic 2 [ phase: 0 ] ready for data
BS 0, carrier 1, asic 3 [ phase: 0 ] ready for data
BS 0, carrier 2, asic 0 [ phase: 0 ] ready for data
BS 0, carrier 2, asic 1 [ phase: 0 ] ready for data
BS 0, carrier 2, asic 2 [ phase: 0 ] ready for data
BS 0, carrier 2, asic 3 [ phase: 0 ] ready for data
BS 0, carrier 3, asic 0 [ phase: 1 0 ] ready for data
BS 0, carrier 3, asic 1 [ phase: 1 0 ] ready for data
BS 0, carrier 3, asic 2 [ phase: 1 0 ] ready for data
BS 0, carrier 3, asic 3 [ phase: 0 ] ready for data
return value = 0
ask PS to acquire pedestals...
Writing output from ./prep1boardstack_fe.py to logfile: logs/2019-10-05.053103.s17a.SCROD004.prep1boardstack_fe.log
Taking pedestals...
remaining triggers = 54785
remaining triggers = 54273
remaining triggers = 53505
remaining triggers = 52993
remaining triggers = 52481
remaining triggers = 51713
remaining triggers = 51201
remaining triggers = 50433
remaining triggers = 49921
remaining triggers = 49409
remaining triggers = 48641
remaining triggers = 48129
remaining triggers = 47361
remaining triggers = 46849
remaining triggers = 46337
remaining triggers = 45569
remaining triggers = 45057
remaining triggers = 44289
remaining triggers = 43777
remaining triggers = 43265
remaining triggers = 42497
remaining triggers = 41985
remaining triggers = 41217
remaining triggers = 40705
remaining triggers = 40193
remaining triggers = 39425
remaining triggers = 38913
remaining triggers = 38145
remaining triggers = 37633
remaining triggers = 36865
remaining triggers = 36353
remaining triggers = 35841
remaining triggers = 35073
remaining triggers = 34561
remaining triggers = 33793
remaining triggers = 33281
remaining triggers = 32769
remaining triggers = 32001
remaining triggers = 31489
remaining triggers = 30721
remaining triggers = 30209
remaining triggers = 29697
remaining triggers = 28929
remaining triggers = 28417
remaining triggers = 27649
remaining triggers = 27137
remaining triggers = 26625
remaining triggers = 25857
remaining triggers = 25345
remaining triggers = 24577
remaining triggers = 24065
remaining triggers = 23553
remaining triggers = 22785
remaining triggers = 22273
remaining triggers = 21505
remaining triggers = 20993
remaining triggers = 20481
remaining triggers = 19713
remaining triggers = 19201
remaining triggers = 18433
remaining triggers = 17921
remaining triggers = 17409
remaining triggers = 16641
remaining triggers = 16129
remaining triggers = 15361
remaining triggers = 14849
remaining triggers = 14337
remaining triggers = 13569
remaining triggers = 13057
remaining triggers = 12289
remaining triggers = 11777
remaining triggers = 11265
remaining triggers = 10497
remaining triggers = 9985
remaining triggers = 9217
remaining triggers = 8705
remaining triggers = 8193
remaining triggers = 7425
remaining triggers = 6913
remaining triggers = 6145
remaining triggers = 5633
remaining triggers = 4865
remaining triggers = 4353
remaining triggers = 3841
remaining triggers = 3073
remaining triggers = 2561
remaining triggers = 1793
remaining triggers = 1281
remaining triggers = 769
remaining triggers = 0
Pedestal Calc Success
Feature extraction mode = Passthru
write pedestals to disk...
collecting data in background thread (file peds/ped_hslb_s17a.dat)...
starting to collect data...
triggering readout of pedestals...
0/0
0/1
0/2
0/3
0/4
0/5
0/6
0/7
collected 8192 packets
-rw-r----- 1 idlab idlab 17072128 Oct 5 05:32 peds/ped_hslb_s17a.dat
Correctly read out 8192.0 packets
Splitting peds/ped_hslb_s17a.dat into peds/ped_hslb_s17a.ped.dat and peds/ped_hslb_s17a.RMS.dat
4096+0 records in
4096+0 records out
8536064 bytes (8.5 MB, 8.1 MiB) copied, 0.0356023 s, 240 MB/s
4096+0 records in
4096+0 records out
8536064 bytes (8.5 MB, 8.1 MiB) copied, 0.0414147 s, 206 MB/s
-rw-r----- 1 idlab idlab 8536064 Oct 5 05:32 peds/ped_hslb_s17a.ped.dat
-rw-r----- 1 idlab idlab 8536064 Oct 5 05:32 peds/ped_hslb_s17a.RMS.dat
use 'peddump' to read the files peds/ped_hslb_s17a.ped.dat and peds/ped_hslb_s17a.RMS.dat
convert pedestal/RMS files from dat to txt...
-rw-r----- 1 idlab idlab 17044537 Oct 5 05:32 peds/ped_hslb_s17a.ped.txt
-rw-r----- 1 idlab idlab 10069140 Oct 5 05:32 peds/ped_hslb_s17a.RMS.txt
generating pedestal/RMS png files...
run these commands on the appropriate machine:
root -l -b -q '../../fe/FEpedsSummary.C+("peds/ped_hslb_s17a")'
eog peds/ped_hslb_s17a*.png
-rw-r----- 1 idlab idlab 17072128 Oct 5 05:32 peds/ped_hslb_s17a.dat
-rw-r----- 1 idlab idlab 8536064 Oct 5 05:32 peds/ped_hslb_s17a.ped.dat
-rw-r----- 1 idlab idlab 8536064 Oct 5 05:32 peds/ped_hslb_s17a.RMS.dat
-rw-r----- 1 idlab idlab 17044537 Oct 5 05:32 peds/ped_hslb_s17a.ped.txt
-rw-r----- 1 idlab idlab 10069140 Oct 5 05:32 peds/ped_hslb_s17a.RMS.txt
[optional] Then to plot summaries of the pedestal data (frequently useful for diagnosing problems):
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ root -l -b -q '../../fe/FEpedsSummary.C+("peds/ped_hslb_s17a")'
root [0]
Processing ../../fe/FEpedsSummary.C+("peds/ped_hslb_s17a")...
ch = 0 ped = 1792 RMS = 94
ch = 8 ped = 1163 RMS = 46
ch = 16 ped = 1128 RMS = 39
ch = 24 ped = 1086 RMS = 34
ch = 32 ped = 310 RMS = 6
ch = 40 ped = 356 RMS = 8
ch = 48 ped = 322 RMS = 6
ch = 56 ped = 280 RMS = 3
ch = 64 ped = 1075 RMS = 34
ch = 72 ped = 1096 RMS = 73
ch = 80 ped = 1138 RMS = 45
ch = 88 ped = 1052 RMS = 36
ch = 96 ped = 320 RMS = 7
ch = 104 ped = 329 RMS = 9
ch = 112 ped = 388 RMS = 9
ch = 120 ped = 325 RMS = 7
processed 4194304 entries
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedSummary.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedSummary_Logy.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedVsSample.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedVsChannel.png has been created
FCN=2.10161e+06 FROM MIGRAD STATUS=CONVERGED 155 CALLS 156 TOTAL
EDM=2.30771e-08 STRATEGY= 1 ERROR MATRIX UNCERTAINTY 1.3 per cent
EXT PARAMETER STEP FIRST
NO. NAME VALUE ERROR SIZE DERIVATIVE
1 Constant 2.49118e+05 2.95976e+02 -1.60874e-01 1.32447e-06
2 Mean 3.09614e+01 5.25673e-03 -1.14622e-06 -1.04896e-02
3 Sigma 4.73722e+00 4.23697e-03 -6.36022e-08 2.33082e+00
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.RMS_Summary.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.RMS_Summary_Logy.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedRMSvsChannel.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedRMSvsSample.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.PedRMSvsReadOutPos.png has been created
Info in <TCanvas::Print>: png file peds/ped_hslb_s17a.RMS_ped_depend.png has been created
Note: If you get a lot of messages like "ERROR: wrong virtual channel number in data (packet1); DEBUG3: 01 00 00 00" during pedestal readout, it will try again a few times and as long as the script says "Correctly read out 8192.0 packets" before quitting, then all is okay. It is unknown why this virtual channel problem occurs (it's a bug but I don't know where).
[optional] To view the pedestal summary plots:
eog peds/ped_hslb_s17a*.png
[optional] If you want to save the pedestals for future reference (because they mark the first or last time a particular situation is being exercised):
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ ./push_peds.sh 2019-10-04.these-look-nice.c0c2only
2019-10-05+05:32 10069140 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.RMS.txt
2019-10-05+05:32 17044537 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.ped.txt
2019-10-05+05:32 17072128 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.dat
2019-10-05+05:32 8536064 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.ped.dat
2019-10-05+05:32 8536064 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.RMS.dat
2019-10-05+05:35 16009 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedSummary.png
2019-10-05+05:35 16983 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedSummary_Logy.png
2019-10-05+05:35 19455 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.RMS_Summary_Logy.png
2019-10-05+05:35 21818 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.RMS_Summary.png
2019-10-05+05:35 25792 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.RMS_ped_depend.png
2019-10-05+05:35 31859 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedRMSvsChannel.png
2019-10-05+05:35 33339 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedRMSvsSample.png
2019-10-05+05:35 34725 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedVsChannel.png
2019-10-05+05:35 45609 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedRMSvsReadOutPos.png
2019-10-05+05:35 59214 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only/ped_hslb_s17a.PedVsSample.png
2019-10-05+05:37 4096 peds/2019-10-05.2019-10-04.these-look-nice.c0c2only
Note: If you don't run push_peds.sh to archive the pedestal data and summary plots, the next pedestal acquisition will overwrite them. Usually they are not needed, as pedestal subtraction is done online before data comes out.
[optional] To check again on the boardstack temperatures and raw voltages:
idlab@balrog017:~/build/uh-svn-repo/trunk/software/b2l/scripts_dev$ ./get_status.py 0
Writing output from ./get_status.py to logfile: logs/2019-10-05.054118.s17a.SCROD004.get_status.log
SCROD #4 RawVoltages: 1.800 V 3.475 V 4.623 V
WARNING: RAW2 voltage unnecessarily high (by 0.376 V)
FPGA_ver ARM_ver trigMask DieTemp WallTemp -----other------ ARM_stat
SCROD 00010095 0000006e 00000000 58.0 C 38.8 C 34.5 C 9.4 %RH Running
carrier0 00000062 00000021 00000000 73.2 C 59.5 C 51.8 C 58.5 C Running
carrier1 00000062 00000021 00000000 73.3 C 60.5 C 53.0 C 59.0 C Running
carrier2 00000062 00000021 00000000 78.8 C 65.8 C 61.2 C 67.0 C Running
carrier3 00000062 00000021 00000000 72.9 C 56.8 C 52.0 C 56.2 C Running
readoutBitSlip (IRSX config?) = [3, 3, 3, 3]
readoutWindows (prep done?) = [1, 1, 1, 1]
Feature extraction mode = 2 Passthru
SCROD_AxiCommon_asicTimeoutMask: 0
ProcessPacketProblemCounter = 0
nSamplesWrongCounter = 0
SCROD_PS_EXTENDED_STATUS_ADDR = 0x1
SCROD_PS_pendingWaves = 0
SCROD_PS_procEventCnt = 0
SCROD_PS_totalWaves = 0
SCROD_AxiCommon_eventCnt = 54784
SCROD_AxiCommon_pendingEventCount = 255
SCROD_AxiCommon_maxPendingEventCount = 255
SCROD_PS_AXI_FAULT_STATUS_ADDR = 0x0
SCROD_PS_AXI_FAULT_ADDRESS_ADDR = 0x0
SCROD_PS_OFFENDING_ADDRESS0_ADDR = 0x0
SCROD_PS_OFFENDING_ADDRESS1_ADDR = 0x0
Note: After configuration, the warnings about raw voltages being too *low* should be heeded (requires a tunnel access with a slotted screwdriver to fix). |
|
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Thu Oct 17 08:06:01 2019 |
M. Andrew | documentation | what was brought to KEK (2019-09) | photographic record of equipment delivered to KEK in September |
| Attachment 1: nim-bin.joestrummer-rafferty-raspberry-pi.jpeg
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| Attachment 2: boardstack-preamps-sensor-adjustable-slit.jpeg
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| Attachment 3: keithley-connections.jpeg
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| Attachment 4: entire-setup.jpeg
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Draft
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Thu Oct 17 09:28:32 2019 |
M. Andrew | documentation | what was installed for HER (2019-09) | |
|
25
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Tue Oct 29 09:27:14 2019 |
M. Andrew | documentation | instructions on taking a full revolution of waveforms | This may be useful when steering the sensor into x-ray beam for instance.
First, ensure the boardstack is powered, programmed and configured.
Then, make sure the ".config" file in ~/build/uh-svn-repo/trunk/software/b2l/scripts_dev/ has a line declaring the xrm_mode is "sweep" and plot_continuous is set to 1 and xrm_run_continuous is set to 1:
xrm_run_continuous=1
plot_continuous=1
be_verbose_when_collecting_data=1
xrm_mode="sweep"
After that, to acquire data, simply run ./xrm.py from ~/build/uh-svn-repo/trunk/software/b2l/scripts_dev/ (see attachment for example output). |
| Attachment 1: 2019-10-30.062954.s17a.SCROD004.xrm.log
|
Writing output from ./xrm.py to logfile: logs/2019-10-30.062954.s17a.SCROD004.xrm.log
datafile name: data/2019-10-30.062954.datafile
Taking pedestals...
remaining triggers = 6273
remaining triggers = 5441
remaining triggers = 4577
remaining triggers = 3745
remaining triggers = 2881
remaining triggers = 2049
remaining triggers = 1185
remaining triggers = 353
remaining triggers = 0
ERROR: Ped calc generic fail 8
SCROD:acquiring/calculating pedestals...
SCROD: DEBUG:maxwin=428
SCROD: DEBUG:waiting for data from the software trigger we just sent (n=0)...
SCROD: DEBUG:waiting for data from the software trigger we just sent (n=0)...
SCROD: DEBUG:waiting for data from the software trigger we just sent (n=0)...
SCROD: DEBUG:waiting for data from the software trigger we just sent (n=0)...
SCROD: DEBUG:carrier 1 asic 0 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 1 asic 1 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 1 asic 2 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 1 asic 3 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 3 asic 0 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 3 asic 1 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 3 asic 2 received 0 triggers (out of 109568)
SCROD: DEBUG:carrier 3 asic 3 received 0 triggers (out of 109568)
SCROD:pedestal acquisition took 9.595 seconds
SCROD: ERROR:ProcessPacketProblemCounter=540992
SCROD:finished acquiring/calculating pedestals; returnval = 00000008
setting bunch_marker_a to RF_bucket # 4
setting bunch_marker_a to RF_bucket # 16
setting bunch_marker_a to RF_bucket # 28
setting bunch_marker_a to RF_bucket # 40
setting bunch_marker_a to RF_bucket # 52
setting bunch_marker_a to RF_bucket # 64
setting bunch_marker_a to RF_bucket # 76
setting bunch_marker_a to RF_bucket # 88
setting bunch_marker_a to RF_bucket # 100
setting bunch_marker_a to RF_bucket # 112
setting bunch_marker_a to RF_bucket # 124
setting bunch_marker_a to RF_bucket # 136
setting bunch_marker_a to RF_bucket # 148
setting bunch_marker_a to RF_bucket # 160
setting bunch_marker_a to RF_bucket # 172
setting bunch_marker_a to RF_bucket # 184
setting bunch_marker_a to RF_bucket # 196
setting bunch_marker_a to RF_bucket # 208
setting bunch_marker_a to RF_bucket # 220
setting bunch_marker_a to RF_bucket # 232
setting bunch_marker_a to RF_bucket # 244
setting bunch_marker_a to RF_bucket # 256
setting bunch_marker_a to RF_bucket # 268
setting bunch_marker_a to RF_bucket # 280
setting bunch_marker_a to RF_bucket # 292
setting bunch_marker_a to RF_bucket # 304
setting bunch_marker_a to RF_bucket # 316
setting bunch_marker_a to RF_bucket # 328
setting bunch_marker_a to RF_bucket # 340
setting bunch_marker_a to RF_bucket # 352
setting bunch_marker_a to RF_bucket # 364
setting bunch_marker_a to RF_bucket # 376
setting bunch_marker_a to RF_bucket # 388
setting bunch_marker_a to RF_bucket # 400
setting bunch_marker_a to RF_bucket # 412
setting bunch_marker_a to RF_bucket # 424
setting bunch_marker_a to RF_bucket # 436
setting bunch_marker_a to RF_bucket # 448
setting bunch_marker_a to RF_bucket # 460
setting bunch_marker_a to RF_bucket # 472
setting bunch_marker_a to RF_bucket # 484
setting bunch_marker_a to RF_bucket # 496
setting bunch_marker_a to RF_bucket # 508
setting bunch_marker_a to RF_bucket # 520
setting bunch_marker_a to RF_bucket # 532
setting bunch_marker_a to RF_bucket # 544
setting bunch_marker_a to RF_bucket # 556
setting bunch_marker_a to RF_bucket # 568
setting bunch_marker_a to RF_bucket # 580
setting bunch_marker_a to RF_bucket # 592
setting bunch_marker_a to RF_bucket # 604
setting bunch_marker_a to RF_bucket # 616
setting bunch_marker_a to RF_bucket # 628
setting bunch_marker_a to RF_bucket # 640
setting bunch_marker_a to RF_bucket # 652
setting bunch_marker_a to RF_bucket # 664
setting bunch_marker_a to RF_bucket # 676
setting bunch_marker_a to RF_bucket # 688
setting bunch_marker_a to RF_bucket # 700
setting bunch_marker_a to RF_bucket # 712
setting bunch_marker_a to RF_bucket # 724
setting bunch_marker_a to RF_bucket # 736
setting bunch_marker_a to RF_bucket # 748
setting bunch_marker_a to RF_bucket # 760
setting bunch_marker_a to RF_bucket # 772
setting bunch_marker_a to RF_bucket # 784
setting bunch_marker_a to RF_bucket # 796
setting bunch_marker_a to RF_bucket # 808
setting bunch_marker_a to RF_bucket # 820
setting bunch_marker_a to RF_bucket # 832
setting bunch_marker_a to RF_bucket # 844
setting bunch_marker_a to RF_bucket # 856
setting bunch_marker_a to RF_bucket # 868
setting bunch_marker_a to RF_bucket # 880
setting bunch_marker_a to RF_bucket # 892
setting bunch_marker_a to RF_bucket # 904
setting bunch_marker_a to RF_bucket # 916
setting bunch_marker_a to RF_bucket # 928
setting bunch_marker_a to RF_bucket # 940
setting bunch_marker_a to RF_bucket # 952
setting bunch_marker_a to RF_bucket # 964
setting bunch_marker_a to RF_bucket # 976
setting bunch_marker_a to RF_bucket # 988
setting bunch_marker_a to RF_bucket # 1000
setting bunch_marker_a to RF_bucket # 1012
setting bunch_marker_a to RF_bucket # 1024
setting bunch_marker_a to RF_bucket # 1036
setting bunch_marker_a to RF_bucket # 1048
setting bunch_marker_a to RF_bucket # 1060
setting bunch_marker_a to RF_bucket # 1072
setting bunch_marker_a to RF_bucket # 1084
setting bunch_marker_a to RF_bucket # 1096
setting bunch_marker_a to RF_bucket # 1108
setting bunch_marker_a to RF_bucket # 1120
setting bunch_marker_a to RF_bucket # 1132
setting bunch_marker_a to RF_bucket # 1144
setting bunch_marker_a to RF_bucket # 1156
setting bunch_marker_a to RF_bucket # 1168
setting bunch_marker_a to RF_bucket # 1180
setting bunch_marker_a to RF_bucket # 1192
setting bunch_marker_a to RF_bucket # 1204
setting bunch_marker_a to RF_bucket # 1216
setting bunch_marker_a to RF_bucket # 1228
setting bunch_marker_a to RF_bucket # 1240
setting bunch_marker_a to RF_bucket # 1252
setting bunch_marker_a to RF_bucket # 1264
setting bunch_marker_a to RF_bucket # 1276
setting bunch_marker_a to RF_bucket # 1288
setting bunch_marker_a to RF_bucket # 1300
setting bunch_marker_a to RF_bucket # 1312
setting bunch_marker_a to RF_bucket # 1324
setting bunch_marker_a to RF_bucket # 1336
setting bunch_marker_a to RF_bucket # 1348
setting bunch_marker_a to RF_bucket # 1360
setting bunch_marker_a to RF_bucket # 1372
setting bunch_marker_a to RF_bucket # 1384
setting bunch_marker_a to RF_bucket # 1396
setting bunch_marker_a to RF_bucket # 1408
setting bunch_marker_a to RF_bucket # 1420
setting bunch_marker_a to RF_bucket # 1432
setting bunch_marker_a to RF_bucket # 1444
setting bunch_marker_a to RF_bucket # 1456
setting bunch_marker_a to RF_bucket # 1468
setting bunch_marker_a to RF_bucket # 1480
setting bunch_marker_a to RF_bucket # 1492
setting bunch_marker_a to RF_bucket # 1504
setting bunch_marker_a to RF_bucket # 1516
setting bunch_marker_a to RF_bucket # 1528
setting bunch_marker_a to RF_bucket # 1540
setting bunch_marker_a to RF_bucket # 1552
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setting bunch_marker_a to RF_bucket # 1576
setting bunch_marker_a to RF_bucket # 1588
setting bunch_marker_a to RF_bucket # 1600
setting bunch_marker_a to RF_bucket # 1612
setting bunch_marker_a to RF_bucket # 1624
setting bunch_marker_a to RF_bucket # 1636
setting bunch_marker_a to RF_bucket # 1648
setting bunch_marker_a to RF_bucket # 1660
setting bunch_marker_a to RF_bucket # 1672
setting bunch_marker_a to RF_bucket # 1684
setting bunch_marker_a to RF_bucket # 1696
setting bunch_marker_a to RF_bucket # 1708
setting bunch_marker_a to RF_bucket # 1720
setting bunch_marker_a to RF_bucket # 1732
setting bunch_marker_a to RF_bucket # 1744
setting bunch_marker_a to RF_bucket # 1756
setting bunch_marker_a to RF_bucket # 1768
setting bunch_marker_a to RF_bucket # 1780
setting bunch_marker_a to RF_bucket # 1792
setting bunch_marker_a to RF_bucket # 1804
setting bunch_marker_a to RF_bucket # 1816
setting bunch_marker_a to RF_bucket # 1828
setting bunch_marker_a to RF_bucket # 1840
setting bunch_marker_a to RF_bucket # 1852
setting bunch_marker_a to RF_bucket # 1864
setting bunch_marker_a to RF_bucket # 1876
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setting bunch_marker_a to RF_bucket # 2008
setting bunch_marker_a to RF_bucket # 2020
setting bunch_marker_a to RF_bucket # 2032
setting bunch_marker_a to RF_bucket # 2044
setting bunch_marker_a to RF_bucket # 2056
setting bunch_marker_a to RF_bucket # 2068
setting bunch_marker_a to RF_bucket # 2080
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setting bunch_marker_a to RF_bucket # 2104
setting bunch_marker_a to RF_bucket # 2116
setting bunch_marker_a to RF_bucket # 2128
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setting bunch_marker_a to RF_bucket # 2200
setting bunch_marker_a to RF_bucket # 2212
setting bunch_marker_a to RF_bucket # 2224
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setting bunch_marker_a to RF_bucket # 2380
setting bunch_marker_a to RF_bucket # 2392
setting bunch_marker_a to RF_bucket # 2404
setting bunch_marker_a to RF_bucket # 2416
setting bunch_marker_a to RF_bucket # 2428
setting bunch_marker_a to RF_bucket # 2440
setting bunch_marker_a to RF_bucket # 2452
setting bunch_marker_a to RF_bucket # 2464
setting bunch_marker_a to RF_bucket # 2476
setting bunch_marker_a to RF_bucket # 2488
setting bunch_marker_a to RF_bucket # 2500
setting bunch_marker_a to RF_bucket # 2512
setting bunch_marker_a to RF_bucket # 2524
setting bunch_marker_a to RF_bucket # 2536
setting bunch_marker_a to RF_bucket # 2548
setting bunch_marker_a to RF_bucket # 2560
setting bunch_marker_a to RF_bucket # 2572
setting bunch_marker_a to RF_bucket # 2584
setting bunch_marker_a to RF_bucket # 2596
setting bunch_marker_a to RF_bucket # 2608
setting bunch_marker_a to RF_bucket # 2620
setting bunch_marker_a to RF_bucket # 2632
setting bunch_marker_a to RF_bucket # 2644
setting bunch_marker_a to RF_bucket # 2656
setting bunch_marker_a to RF_bucket # 2668
setting bunch_marker_a to RF_bucket # 2680
setting bunch_marker_a to RF_bucket # 2692
setting bunch_marker_a to RF_bucket # 2704
setting bunch_marker_a to RF_bucket # 2716
setting bunch_marker_a to RF_bucket # 2728
setting bunch_marker_a to RF_bucket # 2740
setting bunch_marker_a to RF_bucket # 2752
setting bunch_marker_a to RF_bucket # 2764
setting bunch_marker_a to RF_bucket # 2776
setting bunch_marker_a to RF_bucket # 2788
setting bunch_marker_a to RF_bucket # 2800
setting bunch_marker_a to RF_bucket # 2812
setting bunch_marker_a to RF_bucket # 2824
setting bunch_marker_a to RF_bucket # 2836
setting bunch_marker_a to RF_bucket # 2848
setting bunch_marker_a to RF_bucket # 2860
setting bunch_marker_a to RF_bucket # 2872
setting bunch_marker_a to RF_bucket # 2884
setting bunch_marker_a to RF_bucket # 2896
setting bunch_marker_a to RF_bucket # 2908
setting bunch_marker_a to RF_bucket # 2920
setting bunch_marker_a to RF_bucket # 2932
setting bunch_marker_a to RF_bucket # 2944
setting bunch_marker_a to RF_bucket # 2956
setting bunch_marker_a to RF_bucket # 2968
setting bunch_marker_a to RF_bucket # 2980
setting bunch_marker_a to RF_bucket # 2992
setting bunch_marker_a to RF_bucket # 3004
setting bunch_marker_a to RF_bucket # 3016
setting bunch_marker_a to RF_bucket # 3028
setting bunch_marker_a to RF_bucket # 3040
setting bunch_marker_a to RF_bucket # 3052
setting bunch_marker_a to RF_bucket # 3064
setting bunch_marker_a to RF_bucket # 3076
setting bunch_marker_a to RF_bucket # 3088
setting bunch_marker_a to RF_bucket # 3100
setting bunch_marker_a to RF_bucket # 3112
setting bunch_marker_a to RF_bucket # 3124
setting bunch_marker_a to RF_bucket # 3136
setting bunch_marker_a to RF_bucket # 3148
[0] 0/0
[0] 0/1
[0] 0/2
[0] 0/3
[0] 0/4
[0] 0/5
... 6778 more lines ...
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| Attachment 2: 2019-10-30.063506.waveforms.425events.png
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Wed Oct 30 15:23:57 2019 |
M. Andrew | documentation | sample waveform files | A sample waveform file from the reference boardstack at UH and the boardstack in the HER at KEK are attached (in tar bzip2 file).
The format of the files is as in the attached spreadsheet (start from cell C29 for the waveform data).
A parser for the data (raw datafiles as well as waveform files) is committed to the UH svn repo (in scripts_dev/) and also attached here. See the functions events_from_waveformfile() and waveforms_from_waveformfile() for details. |
| Attachment 1: data_format_v2_6.with-raw-waveform-details.ods
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| Attachment 2: 2019-11-04.140943.waveforms.422events.png
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| Attachment 3: 2019-11-04.140943.datafile.bz2
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| Attachment 4: 2019-11-04.140943.waveforms.bz2
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| Attachment 5: 2019-11-05.064104.waveforms.424events.png
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| Attachment 6: 2019-11-05.064104.datafile.bz2
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| Attachment 7: 2019-11-05.064104.waveforms.bz2
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| Attachment 8: xrm.py
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#!/bin/env python
# written 2019-01-28 by mza
# last updated 2019-11-04 by mza
import threading # Thread()
from B2L_common import *
from B2L_defs import *
from get_status import get_status
import ethudp
from DebugInfoWarningError24 import debug, info, warning, error, debug2, debug3, set_verbosity
import time # sleep()
BS = 0
set_verbosity(3)
frame_mask_shift = 16
frame_mask_all = 0b111111111 << frame_mask_shift
bunch_marker_first_valid = 4
initial_bunch_marker_of_interest = 1701
bunch_marker_last_valid = 5120 - 1
#number_of_64_sample_windows_per_beam_orbit = 427
def set_trigger_mask(s, c0, c1, c2, c3):
write_register(SCROD_AxiCommon_trigMask, s, BS)
write_register(CARRIER_AxiCommon_trigMask, c0, BS, 0)
write_register(CARRIER_AxiCommon_trigMask, c1, BS, 1)
write_register(CARRIER_AxiCommon_trigMask, c2, BS, 2)
write_register(CARRIER_AxiCommon_trigMask, c3, BS, 3)
def mask_triggers(s=0xf, c0=0xf, c1=0xf, c2=0xf, c3=0xf):
set_trigger_mask(s, c0, c1, c2, c3)
def unmask_triggers(s=0, c0=0, c1=0, c2=0, c3=0):
set_trigger_mask(s, c0, c1, c2, c3)
def set_trig_prescale_N_log2(N_log2):
write_register(SCROD_AxiCommon_trig_prescale_N_log2, N_log2, BS)
def get_xrm_trigger_enable_status():
return read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)
def enable_xrm_triggers():
write_register(SCROD_AxiCommon_xrm_trigger_enabled, 1, BS)
def disable_xrm_triggers():
write_register(SCROD_AxiCommon_xrm_trigger_enabled, 0, BS)
def allow_xrm_triggers_for_a_while(duration=1.0):
if be_verbose_when_collecting_data:
info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
a = get_SCROD_eventCnt()
enable_xrm_triggers()
time.sleep(duration)
disable_xrm_triggers()
b = get_SCROD_eventCnt()
diff = b - a
return diff
def trigger_and_wait_for_xrm_triggers(duration=1.0):
# if be_verbose_when_collecting_data:
# info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
a = get_SCROD_eventCnt()
if should_software_trigger:
software_trigger(BS)
else:
write_register_without_readback_verification(SCROD_AxiCommon_clear_count_of_triggers_for_bunch_markers, 0xf, BS)
wait_at_least_until_next_frame9()
time.sleep(duration)
b = get_SCROD_eventCnt()
diff = b - a
return diff
expected_trigger_rate = { 0:11150.0, 1:5560.0, 2:2780.0, 3:1390.0, 4:690.0, 5:350.0, 6:170.0, 7:90.0, 8:40.0, 9:20.0, 10:10.0, 11:5.0, 12:2.0, 13:1.0, 14:1.0, 15:1.0, 16:1.0, 17:1.0, 18:1.0 }
def generate_histogram_of_trigger_rate_versus_prescale_N_log2(start, end):
global expected_trigger_rate
old_desired_trigger_quantities = set_desired_trigger_quantities(0, 0, 0, 0)
mask_triggers()
#max_rate = 151000.0
for i in range(start, end+1):
set_trig_prescale_N_log2(i)
#duration = 40.0 * (2.0**i) / max_rate
duration = 0.1
#info(duration)
if i > 10:
duration = 1.0
diff = allow_xrm_triggers_for_a_while(duration)
#info(str(diff))
rate = diff / duration
expected_trigger_rate[i] = rate
info("[" + str(i) + "]: " + str(rate))
set_desired_trigger_quantities(old_desired_trigger_quantities[0], old_desired_trigger_quantities[1], old_desired_trigger_quantities[2], old_desired_trigger_quantities[3])
def get_SCROD_eventCnt(should_show_it=0):
SCROD_eventCnt = read_register(SCROD_AxiCommon_eventCnt, BS)
if should_show_it:
info("SCROD_eventCnt: " + str(SCROD_eventCnt))
return SCROD_eventCnt
def get_carrier_eventCnts(should_show_them=0):
if 5==number_of_carriers[BS] or 0==number_of_carriers[BS]:
return
eventCnt = []
if 1 <= number_of_carriers[BS]:
carrier0_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 0)
eventCnt.append(carrier0_eventCnt)
if should_show_them:
info("carrier0_eventCnt: " + str(carrier0_eventCnt))
if 2 <= number_of_carriers[BS]:
carrier1_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 1)
eventCnt.append(carrier1_eventCnt)
if should_show_them:
info("carrier1_eventCnt: " + str(carrier1_eventCnt))
if 3 <= number_of_carriers[BS]:
carrier2_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 2)
eventCnt.append(carrier2_eventCnt)
if should_show_them:
info("carrier2_eventCnt: " + str(carrier2_eventCnt))
if 4 <= number_of_carriers[BS]:
carrier3_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 3)
eventCnt.append(carrier3_eventCnt)
if should_show_them:
info("carrier3_eventCnt: " + str(carrier3_eventCnt))
return eventCnt
def set_readout_window_to_match_bunch(bunch):
write_register_for_each_asic(CARRIER_IRSX_readoutLookback, int(bunch/RF_buckets_per_read_window), BS)
def set_bunch_marker(bunch_marker_number, frame_mask, value):
set_readout_window_to_match_bunch(value)
value &= ~frame_mask_all
value |= frame_mask << frame_mask_shift
#info(hex(value))
if 0==bunch_marker_number:
write_register(SCROD_AxiCommon_bunch_marker_a, value, BS)
if 1==bunch_marker_number:
write_register(SCROD_AxiCommon_bunch_marker_b, value, BS)
if 2==bunch_marker_number:
write_register(SCROD_AxiCommon_bunch_marker_c, value, BS)
if 3==bunch_marker_number:
write_register(SCROD_AxiCommon_bunch_marker_d, value, BS)
#def set_bunch_markers(a, b, c, d):
# a |= frame_mask_all
# b |= frame_mask_all
# c |= frame_mask_all
# d |= frame_mask_all
# #a &= ~frame_mask_all
# #b &= ~frame_mask_all
# #c &= ~frame_mask_all
# #d &= ~frame_mask_all
# #a |= (1<<0)<<frame_mask_shift
# #b |= (1<<5)<<frame_mask_shift
# #c |= (1<<6)<<frame_mask_shift
# #d |= (1<<7)<<frame_mask_shift
# write_register(SCROD_AxiCommon_bunch_marker_a, a, BS)
# write_register(SCROD_AxiCommon_bunch_marker_b, b, BS)
# write_register(SCROD_AxiCommon_bunch_marker_c, c, BS)
# write_register(SCROD_AxiCommon_bunch_marker_d, d, BS)
#
#def set_quadbunch_markers(a, b, c, d):
# set_bunch_markers(4*a, 4*b, 4*c, 4*d)
#
#def set_asic_write_window_bunch_markers(a, b, c, d):
# #calculate_parameters(4)
# #calculate_parameters(6)
# #calculate_parameters(8)
# #set_bunch_markers(16*a, 16*b, 16*c, 16*d)
# set_bunch_markers(24*a, 24*b, 24*c, 24*d)
# #set_bunch_markers(32*a, 32*b, 32*c, 32*d)
def set_desired_trigger_quantities(a, b, c, d):
old_a = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, BS)
old_b = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, BS)
old_c = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, BS)
old_d = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, a, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, b, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, c, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, d, BS)
return old_a, old_b, old_c, old_d
def calculate_parameters(SST_clock_divide_ratio=6, should_print_info=0):
# 5120 / 4 = 1280 FTSW clocks per frame
# 5120 buckets / 508.8875 MHz = 10.0611628307 us per frame
#
# 127.221875 MHz / 6 = 21.203645833 MHz
# 128 samples per write window * 21.203645833 MHz SST = 2714.066666 MHz sampling rate
# 1/21.203645833 MHz = 47.1617007689 ns per write window
# 10.0611628307 us / 47.1617007689 ns = 213.333333 write windows per revolution
# 5120 / 213.333333 = 24.0 bunches per window
# 6.0 FTSW bunches per window
#
# 127.221875 MHz / 8 = 15.902734375 MHz
# 128 samples per write window * 15.902734375 MHz SST = 2035.55 MHz sampling rate
# 1/15.902734375 MHz = 62.882268 ns per write window
# 10.0611628307 us / 62.882268 ns = 160 write windows per revolution
# 5120 / 160 = 32.0 bunches per window
# 8.0 FTSW bunches per window
global RF_clock_Hz
RF_clock_Hz = 508.8875e6
global period_of_RF_clock_ns
period_of_RF_clock_ns = 1.0e9 / RF_clock_Hz
global RF_buckets
RF_buckets = 5120
global asic_samples_per_write_window
asic_samples_per_write_window = 128
global FTSW_clock_divide_ratio
FTSW_clock_divide_ratio = 4
global revolution_duration_s
revolution_duration_s = RF_buckets / RF_clock_Hz
global SST_clock_Hz
SST_clock_Hz = RF_clock_Hz / FTSW_clock_divide_ratio / SST_clock_divide_ratio
global sampling_rate_Hz
sampling_rate_Hz = SST_clock_Hz * asic_samples_per_write_window
global write_window_duration_s
write_window_duration_s = 1.0 / SST_clock_Hz
global read_window_duration_s
read_window_duration_s = write_window_duration_s / 2.0
global write_windows_per_revolution
write_windows_per_revolution = revolution_duration_s / write_window_duration_s
global read_windows_per_revolution
read_windows_per_revolution = revolution_duration_s / read_window_duration_s
global RF_buckets_per_write_window
RF_buckets_per_write_window = RF_buckets / write_windows_per_revolution
global RF_buckets_per_read_window
RF_buckets_per_read_window = RF_buckets / read_windows_per_revolution
global FTSW_clocks_per_write_window
FTSW_clocks_per_write_window = RF_buckets_per_write_window / FTSW_clock_divide_ratio
global FTSW_clocks_per_read_window
FTSW_clocks_per_read_window = RF_buckets_per_read_window / FTSW_clock_divide_ratio
if should_print_info:
info("revolution_duration_us: " + str(revolution_duration_s*1.0e6))
info("SST_clock_MHz: " + str(SST_clock_Hz/1.0e6))
info("sampling_rate_GHz: " + str(sampling_rate_Hz/1.0e9))
info("write_window_duration_ns : " + str(write_window_duration_s*1.0e9))
info("read_window_duration_ns : " + str(read_window_duration_s*1.0e9))
info("write_windows_per_revolution: " + str(write_windows_per_revolution))
info("read_windows_per_revolution: " + str(read_windows_per_revolution))
info("RF_buckets_per_write_window: " + str(RF_buckets_per_write_window))
info("RF_buckets_per_read_window: " + str(RF_buckets_per_read_window))
info("FTSW_clocks_per_write_window: " + str(FTSW_clocks_per_write_window))
info("FTSW_clocks_per_read_window: " + str(FTSW_clocks_per_read_window))
def decode_frame_mask(frame_mask):
frame_mask &= frame_mask_all
frame_mask >>= frame_mask_shift
list = []
if frame_mask & 0x100:
list.append(0)
if frame_mask & 0x080:
list.append(1)
if frame_mask & 0x040:
list.append(2)
if frame_mask & 0x020:
list.append(3)
if frame_mask & 0x010:
list.append(4)
if frame_mask & 0x008:
list.append(5)
if frame_mask & 0x004:
list.append(6)
if frame_mask & 0x002:
list.append(7)
if frame_mask & 0x001:
list.append(8)
return list
def show_frame_masks():
a = read_register(SCROD_AxiCommon_bunch_marker_a, BS)
af = decode_frame_mask(a)
a &= ~frame_mask_all
info("a: " + str(af) + " " + str(a))
b = read_register(SCROD_AxiCommon_bunch_marker_b, BS)
bf = decode_frame_mask(b)
b &= ~frame_mask_all
info("b: " + str(bf) + " " + str(b))
c = read_register(SCROD_AxiCommon_bunch_marker_c, BS)
cf = decode_frame_mask(c)
c &= ~frame_mask_all
info("c: " + str(cf) + " " + str(c))
d = read_register(SCROD_AxiCommon_bunch_marker_d, BS)
df = decode_frame_mask(d)
d &= ~frame_mask_all
info("d: " + str(df) + " " + str(d))
info("total frame masks active: " + str(count_frame_masks()))
def count_frame_masks():
a = read_register(SCROD_AxiCommon_bunch_marker_a, BS)
ac = len(decode_frame_mask(a))
b = read_register(SCROD_AxiCommon_bunch_marker_b, BS)
bc = len(decode_frame_mask(b))
c = read_register(SCROD_AxiCommon_bunch_marker_c, BS)
cc = len(decode_frame_mask(c))
d = read_register(SCROD_AxiCommon_bunch_marker_d, BS)
dc = len(decode_frame_mask(d))
total = ac + bc + cc + dc
return total
def show_xrm_trigger_enable_status():
en = read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)
... 1246 more lines ...
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Tue Nov 5 11:47:36 2019 |
M. Andrew | documentation | instructions on taking data around a desired RF bucket | This mode of operation is useful when you've located your RF bucket of interest and want to focus on taking data at that position.
First, ensure the boardstack is powered, programmed and configured.
Then, make sure the ".config" file in ~/build/uh-svn-repo/trunk/software/b2l/scripts_dev/ has a line declaring the xrm_mode is "acquire" and plot_continuous is set to 1 and xrm_run_continuous is set to 1:
xrm_run_continuous=1
plot_continuous=1
xrm_mode="acquire"
Choose your bunch marker like so (in the same .config file):
desired_RF_bucket=762
RF_bucket_sample_offset=-1
After that, to acquire data, simply run ./xrm.py from ~/build/uh-svn-repo/trunk/software/b2l/scripts_dev/ (see attachment for example output). |
| Attachment 1: 2019-11-05.121045.waveforms.0099.png
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28
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Mon Nov 18 13:30:44 2019 |
M. Andrew | documentation | first light! | A video of a time series of waveforms for first light (recorded 2019-11-15) is posted here:
https://www.youtube.com/watch?v=IVVIYGwrBqI |
|
29
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Mon Nov 18 14:06:31 2019 |
M. Andrew | documentation | config file | Below is a list of all possible config file options that are interpreted/used by the xrm.py code. The filename is ".config" and it must be located in "${HOME}/build/uh-svn-repo/trunk/software/b2l/scripts_dev/"
For svn checkouts where (re)parsing & (re)plotting data is going to be the only valid operation, be sure to set fake_it="yes" and xrm_mode="parse" among other things (see below). Please note that the config file parser can't handle spaces between the variable name and the equals sign (also between the equals sign and the value or beginning quote (for strings), so xrm_mode = "parse" won't work but xrm_mode="parse" will.
mode="eth"
local_IP=""
fake_it="yes"
remote_IP="192.168.10.16"
remote_port="8192"
ethernet_device="blah"
# for threshScan1boardstack.py:
maximum_iterations=2000
step_initial_when_reading_from_file=1
step_initial_when_from_seed_value=1
number_of_channels_to_get_before_quitting_threshold_scan=64
# for xrm.py:
xrm_run_continuous=0
plot_continuous=1
show_plot=0
datafilesize=20000000
be_verbose_when_collecting_data=0
use_pedestal_subtraction_mode=1
retake_pedestals_at_every_filechange=0
desired_pause_between_acquisitions=0
should_cycle_slowly_through_bunch_markers=0
desired_RF_bucket=4270
RF_bucket_sample_offset=0
multicast_cal_signal=1
enable_cal_signal=0
should_plot_beam_current=1
sweep_start_bucket=4
#sweep_start_bucket=772 # 64 windows
#sweep_start_bucket=2308
#sweep_end_bucket=772 # 64 windows
#sweep_end_bucket=1540 # 128 windows
#sweep_end_bucket=2308 # 192 windows
#sweep_end_bucket=3076 # 256 windows
#sweep_end_bucket=3844 # 320 windows
#sweep_end_bucket=4612 # 384 windows
sweep_end_bucket=5116 # 426 windows
#xrm_mode="sweep"
#xrm_mode="acquire"
xrm_mode="parse" |
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Wed Nov 6 13:35:45 2024 |
M. Andrew | documentation | sample waveform files | Attached is a sample datafile (in raw, root and waveforms formats) showing self-pulser data taken in April 2024, along with the most recent version of the xrm.py script. |
| Attachment 1: 2024-04-17.135507.zip
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| Attachment 2: 2024-04-17.135507.waveforms.32windows.png
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| Attachment 3: xrm.py
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#!/bin/env python3
# written 2019-01-28 by mza
# last updated 2023-09-26 by mza
import threading # Thread()
from math import *
from B2L_common import *
from B2L_defs import *
from get_status import get_status
import ethudp
from DebugInfoWarningError import debug, info, warning, error, debug2, debug3, set_verbosity
import time # sleep()
import struct # unpack_from
import pytz # pytz - sudo apt install -y python-pip; sudo pip2 install pytz
#import datetime
import matplotlib.dates as mdates # sudo pip2 install matplotlib
from mpl_toolkits.axes_grid1.inset_locator import inset_axes
from math import ceil
# sudo apt install -y python-pip python3-pip python-tk
# python -m pip install --user -U pip
# python -m pip install --user -U matplotlib
# python -m pip install --user -U scipy
import matplotlib.pyplot as plt # sudo apt install -y python-cairocffi
import matplotlib.gridspec as gridspec
#import matplotlib.image as mpl_img
from matplotlib.ticker import (MultipleLocator, FormatStrFormatter, AutoMinorLocator)
import numpy
import tkinter # sudo apt install -y python3-tk
from PIL import Image, ImageTk # sudo apt-get install -y python3-pil.imagetk
def print_ROOT_usage():
print("ROOT environment not setup yet")
HOME = os.environ['HOME']
potential_locations = [ "/usr/local/bin", HOME + "/build/root/bin" ]
filename = "thisroot.sh"
for location in potential_locations:
potential_filename = location + "/" + filename
if os.path.isfile(potential_filename):
#print(". " + HOME + "/build/root/bin/thisroot.sh; " + str(sys.argv))
print(". " + potential_filename)
#info(sys.argv[0] + sys.argv[1:])
#info(" ".join(sys.argv[0:]))
sys.exit(1)
try:
import ROOT # TH1F
info("using ROOT")
should_use_ROOT = True
except:
should_use_ROOT = False
info("not using ROOT")
#print_ROOT_usage()
#ROOT.gROOT.SetBatch(True)
BS = 0
frame_mask_shift = 16
frame_mask_all = 0b111111111 << frame_mask_shift
bunch_marker_first_valid = 4
initial_bunch_marker_of_interest = 1701
desired_RF_bucket = initial_bunch_marker_of_interest
RF_buckets = 5120
bunch_marker_last_valid = RF_buckets - 1
#number_of_64_sample_windows_per_beam_orbit = 427
pedestal_subtraction_amount = 1000
stagger_amount = 50
ch_adc_min = 0 - 300
ch_adc_max = 128 * stagger_amount + 300
maximum_absolute_value_before_issuing_warning = 1000
slice_lower_limit = -250
slice_upper_limit = 300
should_plot_slice = 0
#should_plot_sweep = 1
#should_plot_zoomed_waveforms = 1
#number_of_zoomed_waveforms_to_plot = 4
should_generate_png = 1
should_generate_pdf = 0
gui_update_period_ms = 200
linewidth = 0.3
dpi = 100.0
duration_in_ns_of_64_sample_waveform = 23.58
desired_x_axis = "time"
desired_physical_window_numbers = [ w for w in range(425) ]
starting_physical_window_number = 0
ending_physical_window_number = starting_physical_window_number + 425
revolution_marker_offset_in_RF_buckets = 4370.5
bunch_current_offset = -260.0
bunch_current_scale = 350.0
current_gridstep = 200.0 # in mA
nbunches_gridstep = 400
def set_trigger_mask(s, c0, c1, c2, c3):
write_register(SCROD_AxiCommon_trigMask, s, BS)
write_register(CARRIER_AxiCommon_trigMask, c0, BS, 0)
write_register(CARRIER_AxiCommon_trigMask, c1, BS, 1)
write_register(CARRIER_AxiCommon_trigMask, c2, BS, 2)
write_register(CARRIER_AxiCommon_trigMask, c3, BS, 3)
def mask_triggers(s=0xf, c0=0xf, c1=0xf, c2=0xf, c3=0xf):
set_trigger_mask(s, c0, c1, c2, c3)
def unmask_triggers(s=0, c0=0, c1=0, c2=0, c3=0):
set_trigger_mask(s, c0, c1, c2, c3)
def set_trig_prescale_N_log2(N_log2):
write_register(SCROD_AxiCommon_trig_prescale_N_log2, N_log2, BS)
def get_xrm_trigger_enable_status():
return read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)
def enable_xrm_triggers():
write_register(SCROD_AxiCommon_xrm_trigger_enabled, 1, BS)
def disable_xrm_triggers():
write_register(SCROD_AxiCommon_xrm_trigger_enabled, 0, BS)
def allow_xrm_triggers_for_a_while(duration=1.0):
if be_verbose_when_collecting_data:
info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
a = get_SCROD_eventCnt()
enable_xrm_triggers()
time.sleep(duration)
disable_xrm_triggers()
b = get_SCROD_eventCnt()
diff = b - a
info("eventCnt difference: " + str(diff))
return diff
def trigger_and_wait_for_xrm_triggers(duration=1.0):
# if be_verbose_when_collecting_data:
# info("allowing xrm triggers for " + str(int(1000.0*duration)/1000.0) + " seconds...")
a = get_SCROD_eventCnt()
if should_software_trigger:
software_trigger(BS)
else:
write_register_without_readback_verification(SCROD_AxiCommon_clear_count_of_triggers_for_bunch_markers, 0xf, BS)
wait_at_least_until_next_frame9()
time.sleep(duration)
b = get_SCROD_eventCnt()
diff = b - a
info("eventCnt difference: " + str(diff))
return diff
expected_trigger_rate = { 0:11150.0, 1:5560.0, 2:2780.0, 3:1390.0, 4:690.0, 5:350.0, 6:170.0, 7:90.0, 8:40.0, 9:20.0, 10:10.0, 11:5.0, 12:2.0, 13:1.0, 14:1.0, 15:1.0, 16:1.0, 17:1.0, 18:1.0 }
def generate_histogram_of_trigger_rate_versus_prescale_N_log2(start, end):
global expected_trigger_rate
old_desired_trigger_quantities = set_desired_trigger_quantities(0, 0, 0, 0)
mask_triggers()
#max_rate = 151000.0
for i in range(start, end+1):
set_trig_prescale_N_log2(i)
#duration = 40.0 * (2.0**i) / max_rate
duration = 0.1
#info(duration)
if i > 10:
duration = 1.0
diff = allow_xrm_triggers_for_a_while(duration)
#info(str(diff))
rate = diff / duration
expected_trigger_rate[i] = rate
info("[" + str(i) + "]: " + str(rate))
set_desired_trigger_quantities(old_desired_trigger_quantities[0], old_desired_trigger_quantities[1], old_desired_trigger_quantities[2], old_desired_trigger_quantities[3])
def get_SCROD_eventCnt(should_show_it=0):
SCROD_eventCnt = read_register(SCROD_AxiCommon_eventCnt, BS)
if should_show_it:
info("SCROD_eventCnt: " + str(SCROD_eventCnt))
return SCROD_eventCnt
def get_carrier_eventCnts(should_show_them=0):
if 5==number_of_carriers[BS] or 0==number_of_carriers[BS]:
return
eventCnt = []
if 1 <= number_of_carriers[BS]:
carrier0_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 0)
eventCnt.append(carrier0_eventCnt)
if should_show_them:
info("carrier0_eventCnt: " + str(carrier0_eventCnt))
if 2 <= number_of_carriers[BS]:
carrier1_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 1)
eventCnt.append(carrier1_eventCnt)
if should_show_them:
info("carrier1_eventCnt: " + str(carrier1_eventCnt))
if 3 <= number_of_carriers[BS]:
carrier2_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 2)
eventCnt.append(carrier2_eventCnt)
if should_show_them:
info("carrier2_eventCnt: " + str(carrier2_eventCnt))
if 4 <= number_of_carriers[BS]:
carrier3_eventCnt = read_register(CARRIER_AxiCommon_eventCnt, BS, 3)
eventCnt.append(carrier3_eventCnt)
if should_show_them:
info("carrier3_eventCnt: " + str(carrier3_eventCnt))
return eventCnt
def set_desired_trigger_quantities(a, b, c, d):
old_a = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, BS)
old_b = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, BS)
old_c = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, BS)
old_d = read_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_a, a, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_b, b, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_c, c, BS)
write_register(SCROD_AxiCommon_desired_trigger_quantity_for_bunch_marker_d, d, BS)
return old_a, old_b, old_c, old_d
def calculate_parameters(SST_clock_divide_ratio=6, should_print_info=0):
# 5120 / 4 = 1280 FTSW clocks per frame
# 5120 buckets / 508.8875 MHz = 10.0611628307 us per frame
#
# 127.221875 MHz / 6 = 21.203645833 MHz
# 128 samples per write window * 21.203645833 MHz SST = 2714.066666 MHz sampling rate
# 1/21.203645833 MHz = 47.1617007689 ns per write window
# 10.0611628307 us / 47.1617007689 ns = 213.333333 write windows per revolution
# 5120 / 213.333333 = 24.0 bunches per window
# 6.0 FTSW bunches per window
#
# 127.221875 MHz / 8 = 15.902734375 MHz
# 128 samples per write window * 15.902734375 MHz SST = 2035.55 MHz sampling rate
# 1/15.902734375 MHz = 62.882268 ns per write window
# 10.0611628307 us / 62.882268 ns = 160 write windows per revolution
# 5120 / 160 = 32.0 bunches per window
# 8.0 FTSW bunches per window
global RF_clock_Hz
RF_clock_Hz = 508.8875e6
global period_of_RF_clock_ns
period_of_RF_clock_ns = 1.0e9 / RF_clock_Hz
global asic_samples_per_write_window
asic_samples_per_write_window = 128
global asic_samples_per_read_window
asic_samples_per_read_window = asic_samples_per_write_window // 2
global FTSW_clock_divide_ratio
FTSW_clock_divide_ratio = 4
global revolution_duration_s
revolution_duration_s = RF_buckets / RF_clock_Hz
global SST_clock_Hz
SST_clock_Hz = RF_clock_Hz / FTSW_clock_divide_ratio / SST_clock_divide_ratio
global sampling_rate_Hz
sampling_rate_Hz = SST_clock_Hz * asic_samples_per_write_window
global write_window_duration_s
write_window_duration_s = 1.0 / SST_clock_Hz
global read_window_duration_s
read_window_duration_s = write_window_duration_s / 2.0
global write_windows_per_revolution
write_windows_per_revolution = revolution_duration_s / write_window_duration_s
global read_windows_per_revolution
read_windows_per_revolution = revolution_duration_s / read_window_duration_s
global RF_buckets_per_write_window
RF_buckets_per_write_window = RF_buckets // write_windows_per_revolution
global RF_buckets_per_read_window
RF_buckets_per_read_window = RF_buckets // read_windows_per_revolution
global FTSW_clocks_per_write_window
FTSW_clocks_per_write_window = RF_buckets_per_write_window // FTSW_clock_divide_ratio
global FTSW_clocks_per_read_window
FTSW_clocks_per_read_window = RF_buckets_per_read_window // FTSW_clock_divide_ratio
global asic_samples_per_RF_bucket
asic_samples_per_RF_bucket = asic_samples_per_read_window // RF_buckets_per_read_window
global total_number_of_physical_windows
total_number_of_physical_windows = 512
if should_print_info:
info("revolution_duration_us: " + str(revolution_duration_s*1.0e6))
info("SST_clock_MHz: " + str(SST_clock_Hz/1.0e6))
info("sampling_rate_GHz: " + str(sampling_rate_Hz/1.0e9))
info("write_window_duration_ns : " + str(write_window_duration_s*1.0e9))
info("read_window_duration_ns : " + str(read_window_duration_s*1.0e9))
info("write_windows_per_revolution: " + str(write_windows_per_revolution))
info("read_windows_per_revolution: " + str(read_windows_per_revolution))
info("RF_buckets_per_write_window: " + str(RF_buckets_per_write_window))
info("RF_buckets_per_read_window: " + str(RF_buckets_per_read_window))
info("FTSW_clocks_per_write_window: " + str(FTSW_clocks_per_write_window))
info("FTSW_clocks_per_read_window: " + str(FTSW_clocks_per_read_window))
def show_xrm_trigger_enable_status():
en = read_register(SCROD_AxiCommon_xrm_trigger_enabled, BS)
info("xrm trigger enabled: " + str(en))
def show_relevant_registers():
#get_SCROD_eventCnt(1)
#get_carrier_eventCnts(1)
show_frame_masks()
nlog2 = read_register(SCROD_AxiCommon_trig_prescale_N_log2, BS)
info("N_log2 prescale: " + str(nlog2))
show_xrm_trigger_enable_status()
show_asic_timeouts(BS)
show_SEM_status(BS)
def show_some_info():
info("")
show_current_time()
show_asic_timeouts(BS)
get_SCROD_eventCnt(1)
get_carrier_eventCnts(1)
show_relevant_registers()
... 3541 more lines ...
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Mon Feb 3 08:22:06 2025 |
M. Andrew | documentation | config file | Attached is the updated .config file for 2025. |
| Attachment 1: .config
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mode="eth"
local_IP=""
fake_it="no"
remote_port="8192"
#ethernet_device="eth0"
ethernet_device="enp4s0"
# good:
#remote_IP="192.168.10.4" # installed in HER
#remote_IP="192.168.10.108"
#remote_IP="192.168.10.49" # on bench in HI
#remote_IP="192.168.10.9" # revB
remote_IP="192.168.10.33" # inside laser dark box
#remote_IP="192.168.10.86"
#remote_IP="192.168.10.89"
#remote_IP="192.168.10.101"
# revB + hookup2:
#remote_IP="192.168.10.6" # scrod revB + hookup2
#remote_IP="192.168.10.27" # frankenstack
# 2023 newly minted TOP boardstacks:
#remote_IP="192.168.10.73" #
#remote_IP="192.168.10.23" # former s16b (bad DDR)
#remote_IP="192.168.10.87" #
#remote_IP="192.168.10.102" #
#remote_IP="192.168.10.73" #
#remote_IP="192.168.10.35" #
#remote_IP="192.168.10.87" #
# bad DDR:
#remote_IP="192.168.10.30"
#remote_IP="192.168.10.58"
#remote_IP="192.168.10.93"
# for threshScan1boardstack.py:
maximum_iterations=2000
step_initial_when_reading_from_file=2
step_initial_when_from_seed_value=2
#number_of_channels_to_get_before_quitting_threshold_scan=64
number_of_channels_to_get_before_quitting_threshold_scan=128
# for xrm.py:
xrm_run_continuous=0
plot_continuous=1
show_plot=0
datafilesize=20000000
be_verbose_when_collecting_data=0
use_pedestal_subtraction_mode=1
retake_pedestals_at_every_filechange=0
desired_pause_between_acquisitions=0
should_cycle_slowly_through_bunch_markers=0
multicast_cal_signal=1
enable_cal_signal=1
should_plot_beam_current=0
should_write_root_tree=1
oserdes_always_value=0b00000000
oserdes_triggered_value=0b11100000
carriers_to_use="0123"
#plot_width=1800
#plot_height=800
plot_width=1920
plot_height=1080
desired_RF_bucket=214
RF_bucket_sample_offset=0
sweep_start_bucket=4
#sweep_start_bucket=772 # 64 windows
#sweep_start_bucket=2308
#sweep_end_bucket=196 # 16 windows
#sweep_end_bucket=292 # 24 windows
#sweep_end_bucket=388 # 32 windows
#sweep_end_bucket=772 # 64 windows
#sweep_end_bucket=1540 # 128 windows
#sweep_end_bucket=2308 # 192 windows
#sweep_end_bucket=3076 # 256 windows
#sweep_end_bucket=3844 # 320 windows
#sweep_end_bucket=4612 # 384 windows
sweep_end_bucket=5116 # 426 windows
xrm_mode="sweep"
#xrm_mode="acquire"
#xrm_mode="parse"
#xrm_mode="reconfig"
#xrm_mode="pedestal"
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