 Sat Sep 12 23:45:56 2020, Dinko Ferencek, POS, POS configuration files created
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pXar parameter files were converted to POS configuration files by executing the following commands on the lab PC at PSI
Step 1 (needs to be done only once, should be repeated only if there are changes in modules and/or their locations)
cd /home/l_tester/L1_SW/MoReWeb/scripts/
python queryModuleLocation.py -o module_locations.txt -f
Next, check that /home/l_tester/L1_DATA/POS_files/Folder_links/ is empty. If not, delete any folder links contained in it and run the following command
python prepareDataForPOS.py -i module_locations.txt -p /home/l_tester/L1_DATA/ -m /home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/ -l /home/l_tester/L1_DATA/POS_files/Folder_links/
Step 2
cd /home/l_tester/L1_SW/pxar2POS/
for i in `cat /home/l_tester/L1_SW/MoReWeb/scripts/module_locations.txt | awk '{print $1}'`; do ./pxar2POS.py -m $i -T 50 -o /home/l_tester/L1_DATA/POS_files/Configuration_files/ -s /home/l_tester/L1_DATA/POS_files/Folder_links/ -p /home/l_tester/L1_SW/MoReWeb/scripts/module_locations.txt; done
The POS configuration files are located in /home/l_tester/L1_DATA/POS_files/Configuration_files/ |
 Fri Nov 6 07:28:42 2020, danek kotlinski, POS, POS configuration files created
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| Dinko Ferencek wrote: | pXar parameter files were converted to POS configuration files by executing the following commands on the lab PC at PSI
cd /home/l_tester/L1_SW/MoReWeb/scripts/
python queryModuleLocation.py -o module_locations.txt -f
python prepareDataForPOS.py -i module_locations.txt -p /home/l_tester/L1_DATA/ -m /home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/ -l /home/l_tester/L1_DATA/POS_files/Folder_links/
cd /home/l_tester/L1_SW/pxar2POS/
for i in `cat /home/l_tester/L1_SW/MoReWeb/scripts/module_locations.txt | awk '{print $1}'`; do ./pxar2POS.py -m $i -T 50 -o /home/l_tester/L1_DATA/POS_files/Configuration_files/ -s /home/l_tester/L1_DATA/POS_files/Folder_links/ -p /home/l_tester/L1_SW/MoReWeb/scripts/module_locations.txt; done
The POS configuration files are located in /home/l_tester/L1_DATA/POS_files/Configuration_files/ |
Dinko
I have finally looked more closely at the file you have generated. They seem fine exept 2 points:
1) Some TBM settings (e.g. pkam related) differ from P5 values.
This is not a problem since we will have to adjust them anyway.
2) There is one DAC setting missing.
This is DAC number 13, between VcThr and PHOffset.
This is the tricky one because it has a different name in PXAR and P5 setup files.
DAC 13: PXAR-name = "vcolorbias" P5-name="VIbias_bus"
its value is fixed to 120.
Can you please insert it.
D. |
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Tue Nov 10 00:50:47 2020, Dinko Ferencek, POS, POS configuration files created
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| danek kotlinski wrote: |
| Dinko Ferencek wrote: | pXar parameter files were converted to POS configuration files by executing the following commands on the lab PC at PSI
cd /home/l_tester/L1_SW/MoReWeb/scripts/
python queryModuleLocation.py -o module_locations.txt -f
python prepareDataForPOS.py -i module_locations.txt -p /home/l_tester/L1_DATA/ -m /home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/ -l /home/l_tester/L1_DATA/POS_files/Folder_links/
cd /home/l_tester/L1_SW/pxar2POS/
for i in `cat /home/l_tester/L1_SW/MoReWeb/scripts/module_locations.txt | awk '{print $1}'`; do ./pxar2POS.py -m $i -T 50 -o /home/l_tester/L1_DATA/POS_files/Configuration_files/ -s /home/l_tester/L1_DATA/POS_files/Folder_links/ -p /home/l_tester/L1_SW/MoReWeb/scripts/module_locations.txt; done
The POS configuration files are located in /home/l_tester/L1_DATA/POS_files/Configuration_files/ |
Dinko
I have finally looked more closely at the file you have generated. They seem fine exept 2 points:
1) Some TBM settings (e.g. pkam related) differ from P5 values.
This is not a problem since we will have to adjust them anyway.
2) There is one DAC setting missing.
This is DAC number 13, between VcThr and PHOffset.
This is the tricky one because it has a different name in PXAR and P5 setup files.
DAC 13: PXAR-name = "vcolorbias" P5-name="VIbias_bus"
its value is fixed to 120.
Can you please insert it.
D. |
Hi Danek,
I think I implemented everything that was missing. The full list of code updates is here.
Best,
Dinko |
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Tue Jan 19 15:12:12 2021, Dinko Ferencek, POS, POS configuration files created
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M1560 in position bpi_sec1_lyr1_ldr1_mod3 was replaced by M1613.
The POS configuration files were re-generated and placed in /home/l_tester/L1_DATA/POS_files/Configuration_files/.
The old version of the files was moved to /home/l_tester/L1_DATA/POS_files/Configuration_files_20201110/. |
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Mon Jan 25 13:03:22 2021, Dinko Ferencek, POS, POS configuration files created
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The output POS configuration files has '_Bpix_' instead of '_BPix_' in their names. The culprit was identified to be the C3 cell in the 'POS' sheet of Module_bookkeeping-L1_2020 Google spreadsheet which contained 'Bpix' instead of 'BPix' which was messing up the file names. This has been fixed now and the configuration files regenerated.
The WBC values were also changed to 164 for all modules using the following commands
cd /home/l_tester/L1_SW/pxar2POS/
./pxar2POS.py --do "dac:set:WBC:164" -o /home/l_tester/L1_DATA/POS_files/Configuration_files/ -i 1
This created a new set of configuration files with ID 2 in /home/l_tester/L1_DATA/POS_files/Configuration_files/.
The WBC values stored in ID 1 were taken from the pXar dacParameters*_C*.dat files and the above procedure makes a copy of the ID 1 files and overwrites the WBC values. |
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Mon Jan 18 13:53:44 2021, Andrey Starodumov, Other, DTB tests
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M2217
--->DTB 154 (one of the red cold box setup):
- flat cable (with HV):
>adctest
clk low = -231.0 mV high= 212.0 mV amplitude = 443.0 mVpp (differential)
ctr low = -246.0 mV high= 235.0 mV amplitude = 481.0 mVpp (differential)
sda low = -250.0 mV high= 223.0 mV amplitude = 473.0 mVpp (differential)
rda low = -65.0 mV high= 48.0 mV amplitude = 113.0 mVpp (differential)
sdata1 low = -171.0 mV high= 155.0 mV amplitude = 326.0 mVpp (differential)
sdata2 low = -173.0 mV high= 149.0 mV amplitude = 322.0 mVpp (differential)
- twisted pairs cable:
several ERRORS during VthrCompCalDel and PixelAlive: ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (119) != TBM ID (120)
>adctest
clk low = -196.0 mV high= 177.0 mV amplitude = 373.0 mVpp (differential)
ctr low = -245.0 mV high= 236.0 mV amplitude = 481.0 mVpp (differential)
sda low = -249.0 mV high= 224.0 mV amplitude = 473.0 mVpp (differential)
rda low = -65.0 mV high= 55.0 mV amplitude = 120.0 mVpp (differential)
sdata1 low = -120.0 mV high= 101.0 mV amplitude = 221.0 mVpp (differential)
sdata2 low = -124.0 mV high= 102.0 mV amplitude = 226.0 mVpp (differential)
GOOD with flat cable but r/o ERRORs with twisted pairs cable
--->DTB 126 twisted pairs cable:
VthrCompCalDel test: many errors like
ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (68) != TBM ID (69),
test not converged!
>adctest
clk low = -193.0 mV high= 181.0 mV amplitude = 374.0 mVpp (differential)
ctr low = -252.0 mV high= 242.0 mV amplitude = 494.0 mVpp (differential)
sda low = -243.0 mV high= 227.0 mV amplitude = 470.0 mVpp (differential)
rda low = -67.0 mV high= 47.0 mV amplitude = 114.0 mVpp (differential)
sdata1 low = -122.0 mV high= 103.0 mV amplitude = 225.0 mVpp (differential)
sdata2 low = -120.0 mV high= 107.0 mV amplitude = 227.0 mVpp (differential)
BAD DTB!!!
--->DTB 140
VthrCompCalDel test: many errors like
ERROR:[14:19:38.397] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:19:38.398] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (4) != TBM ID (5)
test not converged!
>adctest
clk low = -194.0 mV high= 184.0 mV amplitude = 378.0 mVpp (differential)
ctr low = -248.0 mV high= 248.0 mV amplitude = 496.0 mVpp (differential)
sda low = -231.0 mV high= 230.0 mV amplitude = 461.0 mVpp (differential)
rda low = -67.0 mV high= 56.0 mV amplitude = 123.0 mVpp (differential)
sdata1 low = -123.0 mV high= 98.0 mV amplitude = 221.0 mVpp (differential)
sdata2 low = -117.0 mV high= 109.0 mV amplitude = 226.0 mVpp (differential)
BAD DTB!!!
--->DTB 172
VthrCompCalDel and PixelAlive tests: many errors like
[14:23:49.222] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:23:49.222] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (192) != TBM ID (193)
[14:24:19.902] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:24:19.902] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (72) != TBM ID (73)
but converged!
DTB WORKS but with ERRORs!!!
--->DTB 139
VthrCompCalDel and PixelAlive tests: many errors like
[14:29:57.160] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:29:57.160] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (159) != TBM ID (160)
and inefficient tornados for ROC8-15
PixelAlive: zero efficiency for all ROCs and many errors
[14:31:25.335] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:31:25.335] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (61) != TBM ID (63)
>adctest
clk low = -191.0 mV high= 194.0 mV amplitude = 385.0 mVpp (differential)
ctr low = -248.0 mV high= 254.0 mV amplitude = 502.0 mVpp (differential)
sda low = -239.0 mV high= 237.0 mV amplitude = 476.0 mVpp (differential)
rda low = -50.0 mV high= 66.0 mV amplitude = 116.0 mVpp (differential)
sdata1 low = -114.0 mV high= 113.0 mV amplitude = 227.0 mVpp (differential)
sdata2 low = -111.0 mV high= 116.0 mV amplitude = 227.0 mVpp (differential)
BAD DTB!!!
--->DTB 94
VthrCompCalDel and PixelAlive tests: many errors like
[14:38:28.017] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:38:28.017] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (133) != TBM ID (134)
and inefficient tornados for all ROC
PixelAlive: zero efficiency for all ROCs and many errors
BAD DTB!!!
--->DTB 65:
[14:44:25.326] ERROR: <PixMonitorFrame.cc/Update:L121> analog current reading unphysical
[14:44:25.326] ERROR: <PixMonitorFrame.cc/Update:L124> digital current reading unphysical
BAD DTB!!!
---> DTB 136 (from my drawer)
[14:47:23.231] ERROR: <hal.cc/status:L112> Testboard not initialized yet!
[14:47:23.231] ERROR: <PixMonitorFrame.cc/Update:L121> analog current reading unphysical
[14:47:23.231] ERROR: <PixMonitorFrame.cc/Update:L124> digital current reading unphysical
BAD DTB!!!
---> DTB 63 (from my drawer)
NO ERRORs!!!
>adctest
clk low = -148.0 mV high= 175.0 mV amplitude = 323.0 mVpp (differential)
ctr low = -245.0 mV high= 230.0 mV amplitude = 475.0 mVpp (differential)
sda low = -251.0 mV high= 225.0 mV amplitude = 476.0 mVpp (differential)
rda low = -61.0 mV high= 60.0 mV amplitude = 121.0 mVpp (differential)
sdata1 low = -121.0 mV high= 101.0 mV amplitude = 222.0 mVpp (differential)
sdata2 low = -124.0 mV high= 102.0 mV amplitude = 226.0 mVpp (differential)
VERY GOOD DTB: no errors with twisted pairs cable!!!
---> DTB 162 (from my drawer)
VthrComp test: many errors like
[14:54:07.161] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:54:07.161] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (195) != TBM ID (196)
[14:54:07.162] ERROR: <datapipe.cc/CheckEventID:L486> Channel 3 Event ID mismatch: local ID (195) != TBM ID (196)
[14:54:07.162] WARNING: Channel 2 ROC 0: Readback start marker after 15 readouts!
and inefficient tornados for ROC8-15
PixelAlive:
many errors like
[14:55:27.941] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[14:55:27.941] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (193) != TBM ID (194)
[14:55:27.941] ERROR: <datapipe.cc/CheckEventID:L486> Channel 3 Event ID mismatch: local ID (193) != TBM ID (194)
[14:55:27.941] WARNING: Channel 2 ROC 0: Readback start marker after 29 readouts!
and inneficient maps for ROC8-15
>adctest
clk low = -197.0 mV high= 178.0 mV amplitude = 375.0 mVpp (differential)
ctr low = -255.0 mV high= 236.0 mV amplitude = 491.0 mVpp (differential)
sda low = -245.0 mV high= 230.0 mV amplitude = 475.0 mVpp (differential)
rda low = -72.0 mV high= 49.0 mV amplitude = 121.0 mVpp (differential)
sdata1 low = -124.0 mV high= 97.0 mV amplitude = 221.0 mVpp (differential)
sdata2 low = -125.0 mV high= 102.0 mV amplitude = 227.0 mVpp (differential)
WORKS but with ERRORS!!!
---> DTB 170 (from my drawer)
VthrComp test: many errors like
[15:04:20.259] WARNING: Detected DESER400 trailer error bits: "CODE ERROR"
[15:04:20.259] ERROR: <datapipe.cc/CheckEventID:L486> Channel 2 Event ID mismatch: local ID (30) != TBM ID (31)
test mot converged!
BAD DTB!!!
--->DTB 18 (fixed on the red cold box setup):
NO ERRORs!!!
>adctest
clk low = -203.0 mV high= 187.0 mV amplitude = 390.0 mVpp (differential)
ctr low = -252.0 mV high= 236.0 mV amplitude = 488.0 mVpp (differential)
sda low = -248.0 mV high= 230.0 mV amplitude = 478.0 mVpp (differential)
rda low = -60.0 mV high= 48.0 mV amplitude = 108.0 mVpp (differential)
sdata1 low = -114.0 mV high= 111.0 mV amplitude = 225.0 mVpp (differential)
sdata2 low = -120.0 mV high= 109.0 mV amplitude = 229.0 mVpp (differential)
VERY GOOD DTB: no errors with twisted pairs cable!!! |
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Fri Oct 23 13:33:04 2020, danek kotlinski, Module transfer, L1 & L2 modules to go to P5
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The following modules will be transported to CERN/P5 as spares.
1) L1
1538
1542
1608
1613
also take a D (broken) module 1671 for setup testing.
2) L2
2278
2160
2258
2293
2078
2026
2122
2155
2035
2036
2298
2244
2269 was at the top of Andrey's list but I just discovered that it does not have the cap,
so we leave it at PSI.
D.K. |
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Fri Sep 18 15:45:21 2020, Andrey Starodumov, Other, M2211 and M2122
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I made a mistake and instead M2122 used ID M2211 in the .ini file.
Hence now we do not have entry for M2122 but have 2 entries for M2211: one is of Sept 18 and another one called old of Sep 17).
Test results of Sep 17 are for 2211
Test results of Sep 18 are for 2122
To be corrected later |
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Wed Sep 2 16:09:24 2020, Matej Roguljic, Modules for P, M1595 switch with M1558
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| Module 1595 was foreseen to go on the inner ladder 5, position -2 (negative two). During the pre-installation test, we saw it had a high leakage current, ~8 microAmps at room temperature. Therefore, we decided to place module 1558 in its place instead of it. |
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Fri Aug 28 14:07:24 2020, Andrey Starodumov, PhQualification, M1539
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There is no new PH optimisation for this module?!
To be checked! |
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Fri Aug 28 12:02:48 2020, Andrey Starodumov, XRay HR tests, M1599
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| ROC5 has eff=93.65% and should be graded C. Somehow efficiency was not taken into account for HR test grading??? |
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Fri Aug 28 11:53:23 2020, Andrey Starodumov, PhQualification, M1555
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There is no new PH optimisation for this module?!
To be checked! |
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Fri Aug 28 11:13:33 2020, Andrey Starodumov, Module grading, M1615
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M1615: one pixel in ROC10 unmaskable hence should be graded C. Otherwise the module is of grade A
To be checked! |
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Fri Aug 14 13:47:26 2020, Andrey Starodumov, General, new PH optimisation test and Total Overview
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New PH optimisation is done at -20C as a FT, hence the results of this test are added to "DB" file as the second m20_1 test.
If there are more than one result per test in the DB file the total production overview is corrupted in a way that for such
modules # of defects is not calculated (due to ambiguity) and hence these modules are not rank according to the number of defects.
To correct this one has to remove from the DB file the second row with the same test. In our case one needs to remove the "old" m20_1 test.
While doing this I noticed that some new FT ended with grade C while the previous ones were fine (graded B) or some subtests are failed
wile grading remains B. Here is the list of such modules:
M1546 graded C
M1556 graded B but trimming completely failed (DTB_WRE1O5): TO RE-TEST
M1624 graded B but instead if 79 pixel defects it has 295 in 3 chips due to trimming problem (DTB_WRE1O5): TO RE-TEST
M1600 graded B but instead of ~50 pixel defects it has about 300 due to trimming problems (DTB_WXC03A): to retest
In general latest FT at -20C has shows less defective pixels and bumps but often leakage current is slightly higher. |
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Wed Jul 29 17:19:43 2020, danek kotlinski, PhQualification, Change configuration for PH qialification
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Preparing the new PH optimization I had to make the following modifications:
1) in elCommandante.ini
change ModuleType definition from tbm10d to tbm10d_procv4
in order to use CtrlReg=17 setting
2) in pxar/data/tbm10d_procv4
change in all dacParameter*.dat files Vsh setting from 8 to 10.
I hope these are the right locations.
D. |
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Fri Jul 10 11:24:37 2020, Urs Langenegger, Reception test, proc600V3 modules
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This week I tested 12 modules built with proc600v3. The module numbers are M1722 - M1733.
The results are summarized at the usual place:
http://cms.web.psi.ch/L1Replacement/WebOutput/MoReWeb/Overview/Overview.html
Cheers,
--U. |
Sun Jul 5 13:20:55 2020, Dinko Ferencek, General, Disk cleanup on the lab PC (pc11366.psi.ch) 
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Home folder was cleaned up by deleting old pXar output .log and .root files. The full list is in the attached file. This released around 11 GB of disk space.
In addition, the following MoReWeb output folders which are no longer needed were deleted
/home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/M1549_FullQualification_2020-02-04_23h22m_1580854955/
/home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/M1595_FullQualification_2020-03-12_11h05m_1584007524/
/home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/M1598_FullQualification_2020-03-12_11h05m_1584007524/
/home/l_tester/L1_DATA/WebOutput/MoReWeb/FinalResults/REV001/R001/M1646_FullQualification_2020-04-02_08h41m_1585809682/
This released around 805 MB of disk space. |
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Thu Jul 2 13:48:20 2020, danek kotlinski, Module transfer, Transport #7 to ETH
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Lea brought the last batch of 8 modules to ETH:
1542
1593
1665
1672
1673
1674
1675
1676 |
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Thu Jun 18 20:04:41 2020, danek kotlinski, Module transfer, Modules to ETH, transport #6
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Today Lea has delivered another group of 18 modules to the ETH:
1604
1603
1602
1601
1600
1599
1598
1597
1596
1629
1631
1641
1642
1643
1644
1645
1647
1648
No modules were brought back, so there are now 18+18=36 modules at ETH. |
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Tue Jun 16 19:23:37 2020, danek kotlinski, Module transfer, modules from and to ETH, list 3
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The 27 modules from list 2 have been transferred back to PSI.
The following 18 modules have been transferred to ETH:
1605
1606
1607
1608
1609
1610
1612
1614
1615
1613
1618
1619
1629
1622
1624
1626
1627
1628
|
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Mon Jun 15 10:36:45 2020, Andrey Starodumov, FTs for ETHZ, Module list 3
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M1596 2020-04-28
M1597 2020-04-30
M1598 2020-05-04
M1599 2020-03-25
M1600 2020-04-28
M1601-M1605: only single test
M1606 2020-05-11
M1607-1608: only single test
M1609 2020-03-23
M1610-1612: only single test
M1613 2020-03-23
M1624-1622: only single test
M1624-1629: only single test
M1631: only single test
M1641-1648: only single test
M1649 2020-05-05
M1651: only single test
M1653 2020-04-22
M1654-1658: only single test
M1659 2020-05-06
M1660 2020-05-05
M1661-1666: only single test
M1667 2020-05-05
M1668 2020-05-05
M1669-1676: only single test |
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Tue Jun 16 00:45:48 2020, Dinko Ferencek, FTs for ETHZ, Module list 3
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The following FullQualification tar file have been uploaded to CERNBox
rsync -avPSh --no-r --include="M1596_FullQualification_2020-04-28*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1597_FullQualification_2020-04-30*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1598_FullQualification_2020-05-04*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1599_FullQualification_2020-03-25*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1600_FullQualification_2020-04-28*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1601_FullQualification_2020-03-18*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1602_FullQualification_2020-03-18*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1603_FullQualification_2020-03-18*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1604_FullQualification_2020-03-18*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1605_FullQualification_2020-03-19*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1606_FullQualification_2020-05-11*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1607_FullQualification_2020-03-19*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1608_FullQualification_2020-03-19*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1609_FullQualification_2020-03-23*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1610_FullQualification_2020-03-20*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1611_FullQualification_2020-03-20*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1612_FullQualification_2020-03-20*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1613_FullQualification_2020-03-23*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1614_FullQualification_2020-03-23*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1615_FullQualification_2020-03-24*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1618_FullQualification_2020-03-23*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1619_FullQualification_2020-03-24*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1620_FullQualification_2020-03-24*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1622_FullQualification_2020-03-24*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1623_FullQualification_2020-04-15*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1624_FullQualification_2020-03-25*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1626_FullQualification_2020-03-25*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1627_FullQualification_2020-03-26*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1628_FullQualification_2020-03-26*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1629_FullQualification_2020-03-27*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1631_FullQualification_2020-03-27*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1641_FullQualification_2020-04-01*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1642_FullQualification_2020-04-01*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1643_FullQualification_2020-04-01*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1644_FullQualification_2020-04-01*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1645_FullQualification_2020-04-02*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1647_FullQualification_2020-04-02*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1648_FullQualification_2020-04-02*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1649_FullQualification_2020-05-05*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1651_FullQualification_2020-04-03*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1653_FullQualification_2020-04-22*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1654_FullQualification_2020-04-09*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1655_FullQualification_2020-04-06*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1656_FullQualification_2020-04-06*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1657_FullQualification_2020-04-15*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1658_FullQualification_2020-04-07*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1659_FullQualification_2020-05-06*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1660_FullQualification_2020-05-05*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1661_FullQualification_2020-04-08*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1662_FullQualification_2020-04-16*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1663_FullQualification_2020-04-08*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1664_FullQualification_2020-04-08*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1665_FullQualification_2020-04-09*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1666_FullQualification_2020-04-09*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1667_FullQualification_2020-05-05*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1668_FullQualification_2020-05-05*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1669_FullQualification_2020-04-14*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1670_FullQualification_2020-04-14*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1672_FullQualification_2020-04-14*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1673_FullQualification_2020-04-15*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1674_FullQualification_2020-04-15*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1675_FullQualification_2020-04-16*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/
rsync -avPSh --no-r --include="M1676_FullQualification_2020-04-16*.tar" --exclude="*" /home/l_tester/L1_DATA/* /home/l_tester/DATA/L1_DATA_Backup/CERNBox_Dropbox/ |
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Tue Jun 9 17:19:00 2020, danek kotlinski, Module transfer, gel-pack transfers
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The following modules, which were already X-ray tested and came back from ETHZ,
have been transferred to gel_packs:
1623
1630
1632
1634
1636
1637
1639
1640
The following "good" modules have been transferred from gel-packs to frames,
they still have to go to ETHZ for X-ray testing:
1620
1622
1624
1626
1627
1628
1629
1631
D. |
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Fri Jun 5 16:22:19 2020, Andrey Starodumov, General, Cleaning L1_DATA directory
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To be able to analyse Xray data and keep Total Production overview in a proper state we need to clean L1_DATA directory.
Reasons:
1) if one analyse Xray test results with flag -new, then all deleted with -d flag tests will be analysed again and Total production overview will have problems
2) if one analyse Xray test results with flag -m, then, first, it's very time consuming and, second, again all tests of this module will be analysed and again this module in total production overview will not have information and hence not ranged.
Solution:
leave only directories with relevant tests: one from cold box test and one from Xray tests.
I also started to remove directories with Reception test.
This should be completed next week of June 8th. |
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Fri Jun 5 13:47:11 2020, Andrey Starodumov, Module grading, M1613
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| FT of this modules has been done twice: March 23 and March 25, in both cases with the final test SW. On March 23 module was graded C due to many trim bit failures. That is why it was retested. But after failure in trimbits were excluded from the grading, FT of Mar 23 looks better then later FT of Mar25. That is why FT of Mar 23 is kept. |