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ID |
Date |
Author |
Subject |
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169
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Thu Mar 4 10:13:48 2021 |
OH | AnyDesk connection instuction |
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10
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Sat Dec 1 16:43:47 2018 |
TD | Analysis of WRTest28Nov18.dat |
Attachment 1 - analyser.f
Modified version of TDR format analyser program to handle 64 bit WR timestamps
Attachment 2 - analyser program output
12092 blocks = 773888kb
8 timewarps
0 information code 5 data items
data file does not commence with either information codes 5 or 4
times/rates not correctly calculated - program assumes 10ns/tick
Attachment 3 - od -x output |
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318
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Fri May 14 17:30:56 2021 |
TD | Analysis of S496 files R5_18, R5_32 & R5_45 |
S496/R5_18 - attachment 1
LEC fast discriminators - *all* channels disabled
Slow comparator thresholds - p+n FEE64s 0xa *except* aida09 0xf
n+n FEE64s 0x20
Sampling ADCs OFF
S496/R5_32 - attachment 2
LEC fast discriminators - *all* channels disabled
Slow comparator thresholds - p+n FEE64s 0xa *except* aida09 & aida15 0xf
n+n FEE64s 0x20
Sampling ADCs ON, trigger threshold 15000
S496/R5_45 - attachment 3
LEC fast discriminators - *all* channels disabled
Slow comparator thresholds - p+n FEE64s 0xc
n+n FEE64s 0x20
Sampling ADCs ON, trigger threshold 15000
* N.B. Ignore 'elapsed idle time(s)' metric which does not work with WR timestamps
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12
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Thu Dec 6 20:45:47 2018 |
TD | Analysis of R2_0 |
Analysis of data file R2_0
Attachment 1 - summary output of TDR analyser
Attachment 2 - verbose output of TDR analyser |
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184
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Tue Mar 9 10:23:45 2021 |
TD | Analysis of R14 (w/ NewMerger with min info code 4 & 5 data items) |
Per https://elog.ph.ed.ac.uk/DESPEC/183 R14 data files have been analysed
I think we still need paired info code 4 & 5 data items.
I also don't understand the pattern of file sizes ... 'old' TapeServer buffers being flushed?
[npg@aidas-gsi analyser]$ ls -lrth /TapeData/S452/R14*
-rw-rw-r--. 1 npg npg 64K Mar 9 10:07 /TapeData/S452/R14_0
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_1
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_2
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_3
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_4
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_5
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_6
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_7
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_8
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_9
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_10
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_11
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_12
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_13
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_14
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_15
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_16
-rw-rw-r--. 1 npg npg 64K Mar 9 10:23 /TapeData/S452/R14_17
-rw-rw-r--. 1 npg npg 363M Mar 9 10:23 /TapeData/S452/R14_18
-rw-rw-r--. 1 npg npg 2.0G Mar 9 10:26 /TapeData/S452/R14_19
-rw-rw-r--. 1 npg npg 1.6G Mar 9 10:28 /TapeData/S452/R14_20
R14_0 (attachment 1) has multiple PAUSE/RESUME data items at start of file (R14_0) followed by 1x info code 4 & 5 data items (as expected)
Also true for other short (64k) files - multiple PAUSE/RESUME data items, 1x info code 4 & 5 data items, and ADC data from one FEE64 module only
[npg@aidas-gsi analyser]$ ./analyser v /TapeData/S452/R14_0 | more
*** TDR format 3.3.0 analyser - TD - January 2019
verbose
*** RESUME timestamp: block: 1 ptr: 7 data: 0x843A160B module: 4 information type: 3 information field: 0x000A160B ts: 0x0000A160B1733D66
*** PAUSE timestamp: block: 1 ptr: 9 data: 0x842A160B module: 4 information type: 2 information field: 0x000A160B ts: 0x0000A160B6508028
*** RESUME timestamp: block: 1 ptr: 11 data: 0x873A160B module: 7 information type: 3 information field: 0x000A160B ts: 0x0000A160B7727448
*** RESUME timestamp: block: 1 ptr: 13 data: 0x823A160B module: 2 information type: 3 information field: 0x000A160B ts: 0x0000A160B775CA9E
*** PAUSE timestamp: block: 1 ptr: 15 data: 0x872A160B module: 7 information type: 2 information field: 0x000A160B ts: 0x0000A160BC4F8028
*** PAUSE timestamp: block: 1 ptr: 17 data: 0x822A160B module: 2 information type: 2 information field: 0x000A160B ts: 0x0000A160BC548028
*** RESUME timestamp: block: 1 ptr: 19 data: 0x863A160B module: 6 information type: 3 information field: 0x000A160B ts: 0x0000A160BFE804B2
*** PAUSE timestamp: block: 1 ptr: 21 data: 0x862A160C module: 6 information type: 2 information field: 0x000A160C ts: 0x0000A160C4C70028
*** RESUME timestamp: block: 1 ptr: 23 data: 0x803A160C module: 0 information type: 3 information field: 0x000A160C ts: 0x0000A160C863646A
*** RESUME timestamp: block: 1 ptr: 25 data: 0x833A160C module: 3 information type: 3 information field: 0x000A160C ts: 0x0000A160CC641992
*** PAUSE timestamp: block: 1 ptr: 27 data: 0x802A160C module: 0 information type: 2 information field: 0x000A160C ts: 0x0000A160CD410028
*** PAUSE timestamp: block: 1 ptr: 29 data: 0x832A160D module: 3 information type: 2 information field: 0x000A160D ts: 0x0000A160D1420028
*** RESUME timestamp: block: 1 ptr: 31 data: 0x853A160D module: 5 information type: 3 information field: 0x000A160D ts: 0x0000A160D3D39E8C
*** RESUME timestamp: block: 1 ptr: 33 data: 0x883A160D module: 8 information type: 3 information field: 0x000A160D ts: 0x0000A160D3D4D5EA
*** PAUSE timestamp: block: 1 ptr: 35 data: 0x852A160D module: 5 information type: 2 information field: 0x000A160D ts: 0x0000A160D8B30028
*** PAUSE timestamp: block: 1 ptr: 37 data: 0x882A160D module: 8 information type: 2 information field: 0x000A160D ts: 0x0000A160D8B30028
*** RESUME timestamp: block: 1 ptr: 39 data: 0x813A160D module: 1 information type: 3 information field: 0x000A160D ts: 0x0000A160D9F76CF8
*** PAUSE timestamp: block: 1 ptr: 41 data: 0x812A160D module: 1 information type: 2 information field: 0x000A160D ts: 0x0000A160DED50028
*** RESUME timestamp: block: 1 ptr: 43 data: 0x843A160F module: 4 information type: 3 information field: 0x000A160F ts: 0x0000A160F7AD970E
*** RESUME timestamp: block: 1 ptr: 45 data: 0x8A3A160F module: 10 information type: 3 information field: 0x000A160F ts: 0x0000A160F938391C
*** RESUME timestamp: block: 1 ptr: 47 data: 0x893A160F module: 9 information type: 3 information field: 0x000A160F ts: 0x0000A160FDC0600E
*** PAUSE timestamp: block: 1 ptr: 49 data: 0x8A2A160F module: 10 information type: 2 information field: 0x000A160F ts: 0x0000A160FE178028
*** RESUME timestamp: block: 1 ptr: 51 data: 0x823A1610 module: 2 information type: 3 information field: 0x000A1610 ts: 0x0000A161009DF9B2
*** RESUME timestamp: block: 1 ptr: 53 data: 0x873A1610 module: 7 information type: 3 information field: 0x000A1610 ts: 0x0000A16100B7FD08
*** PAUSE timestamp: block: 1 ptr: 55 data: 0x892A1610 module: 9 information type: 2 information field: 0x000A1610 ts: 0x0000A161029F8028
*** RESUME timestamp: block: 1 ptr: 57 data: 0x863A1610 module: 6 information type: 3 information field: 0x000A1610 ts: 0x0000A16108134396
*** RESUME timestamp: block: 1 ptr: 59 data: 0x803A1610 module: 0 information type: 3 information field: 0x000A1610 ts: 0x0000A1610C484524
*** RESUME timestamp: block: 1 ptr: 61 data: 0x833A1610 module: 3 information type: 3 information field: 0x000A1610 ts: 0x0000A1610F8B0910
*** RESUME timestamp: block: 1 ptr: 63 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16112BA0000
*** RESUME timestamp: block: 1 ptr: 65 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16112E48000
*** RESUME timestamp: block: 1 ptr: 67 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161130F0000
*** RESUME timestamp: block: 1 ptr: 69 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16113398000
*** RESUME timestamp: block: 1 ptr: 71 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16113640000
*** RESUME timestamp: block: 1 ptr: 73 data: 0x883A1611 module: 8 information type: 3 information field: 0x000A1611 ts: 0x0000A161137B1560
*** RESUME timestamp: block: 1 ptr: 75 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161138E8000
*** RESUME timestamp: block: 1 ptr: 77 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16113B90000
*** RESUME timestamp: block: 1 ptr: 79 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16113E38000
*** RESUME timestamp: block: 1 ptr: 81 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161140E0000
*** RESUME timestamp: block: 1 ptr: 83 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16114388000
*** RESUME timestamp: block: 1 ptr: 85 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16114630000
*** RESUME timestamp: block: 1 ptr: 87 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161148D8000
*** RESUME timestamp: block: 1 ptr: 89 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16114B80000
*** RESUME timestamp: block: 1 ptr: 91 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16114E28000
*** RESUME timestamp: block: 1 ptr: 93 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161150D0000
*** RESUME timestamp: block: 1 ptr: 95 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16115378000
*** RESUME timestamp: block: 1 ptr: 97 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16115620000
*** RESUME timestamp: block: 1 ptr: 99 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161158C8000
*** RESUME timestamp: block: 1 ptr: 101 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16115B70000
*** RESUME timestamp: block: 1 ptr: 103 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16115E18000
*** RESUME timestamp: block: 1 ptr: 105 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161160C0000
*** RESUME timestamp: block: 1 ptr: 107 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16116368000
*** RESUME timestamp: block: 1 ptr: 109 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16116610000
*** RESUME timestamp: block: 1 ptr: 111 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161168B8000
*** RESUME timestamp: block: 1 ptr: 113 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16116B60000
*** RESUME timestamp: block: 1 ptr: 115 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16116E08000
*** RESUME timestamp: block: 1 ptr: 117 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161170B0000
*** RESUME timestamp: block: 1 ptr: 119 data: 0x853A1611 module: 5 information type: 3 information field: 0x000A1611 ts: 0x0000A161171BADC4
*** RESUME timestamp: block: 1 ptr: 121 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16117358000
*** RESUME timestamp: block: 1 ptr: 123 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A16117600000
*** RESUME timestamp: block: 1 ptr: 125 data: 0x8B3A1611 module: 11 information type: 3 information field: 0x000A1611 ts: 0x0000A161178A8000
*** RESUME timestamp: block: 1 ptr: 127 data: 0x813A1611 module: 1 information type: 3 information field: 0x000A1611 ts: 0x0000A1611A161F3C
*** RESUME timestamp: block: 1 ptr: 129 data: 0x8A3A1613 module: 10 information type: 3 information field: 0x000A1613 ts: 0x0000A1613C6AAE72
*** RESUME timestamp: block: 1 ptr: 131 data: 0x893A1613 module: 9 information type: 3 information field: 0x000A1613 ts: 0x0000A1613F230BBE
*** WR48-64 timestamp: block: 1 ptr: 133 data: 0x8450166A module: 4 information type: 5 information field: 0x0000166A ts: 0x166AA1613483FE84
*** SYNC100 timestamp: block: 1 ptr: 135 data: 0x844A1622 module: 4 information type: 4 information field: 0x000A1622 ts: 0x166AA1622483FE84
*** ADC data: block: 1 ptr: 137 data: 0xC13C7FEB module: 4 fail: 0 range: 0 id: 316 channel: 60 adc: 32747 ts: 0x166AA1622483FE84
*** ADC data: block: 1 ptr: 139 data: 0xC1067E53 module: 4 fail: 0 range: 0 id: 262 channel: 6 adc: 32339 ts: 0x166AA16224840654
*** ADC data: block: 1 ptr: 141 data: 0xC1167E4C module: 4 fail: 0 range: 0 id: 278 channel: 22 adc: 32332 ts: 0x166AA16224840654
*** ADC data: block: 1 ptr: 143 data: 0xC1247EAF module: 4 fail: 0 range: 0 id: 292 channel: 36 adc: 32431 ts: 0x166AA16224840654
*** ADC data: block: 1 ptr: 145 data: 0xC11F7D3F module: 4 fail: 0 range: 0 id: 287 channel: 31 adc: 32063 ts: 0x166AA16224840E24
*** ADC data: block: 1 ptr: 147 data: 0xC12D7EF0 module: 4 fail: 0 range: 0 id: 301 channel: 45 adc: 32496 ts: 0x166AA16224840E24
*** ADC data: block: 1 ptr: 149 data: 0xC1117E24 module: 4 fail: 0 range: 0 id: 273 channel: 17 adc: 32292 ts: 0x166AA16224842594
*** ADC data: block: 1 ptr: 151 data: 0xC11E7D06 module: 4 fail: 0 range: 0 id: 286 channel: 30 adc: 32006 ts: 0x166AA16224844CA4
*** ADC data: block: 1 ptr: 153 data: 0xC1217EB3 module: 4 fail: 0 range: 0 id: 289 channel: 33 adc: 32435 ts: 0x166AA16224845474
*** ADC data: block: 1 ptr: 155 data: 0xC1347E05 module: 4 fail: 0 range: 0 id: 308 channel: 52 adc: 32261 ts: 0x166AA16224845474
*** ADC data: block: 1 ptr: 157 data: 0xC1037EBC module: 4 fail: 0 range: 0 id: 259 channel: 3 adc: 32444 ts: 0x166AA16224845C44
*** ADC data: block: 1 ptr: 159 data: 0xC13E7E99 module: 4 fail: 0 range: 0 id: 318 channel: 62 adc: 32409 ts: 0x166AA16224845C44
*** ADC data: block: 1 ptr: 161 data: 0xC1047D6F module: 4 fail: 0 range: 0 id: 260 channel: 4 adc: 32111 ts: 0x166AA16224846414
*** ADC data: block: 1 ptr: 163 data: 0xC1137EE5 module: 4 fail: 0 range: 0 id: 275 channel: 19 adc: 32485 ts: 0x166AA16224846414
*** ADC data: block: 1 ptr: 165 data: 0xC10E7F30 module: 4 fail: 0 range: 0 id: 270 channel: 14 adc: 32560 ts: 0x166AA16224846BE4
*** ADC data: block: 1 ptr: 167 data: 0xC1157D12 module: 4 fail: 0 range: 0 id: 277 channel: 21 adc: 32018 ts: 0x166AA16224846BE4
*** ADC data: block: 1 ptr: 169 data: 0xC1287DD3 module: 4 fail: 0 range: 0 id: 296 channel: 40 adc: 32211 ts: 0x166AA16224846BE4
*** ADC data: block: 1 ptr: 171 data: 0xC1197E69 module: 4 fail: 0 range: 0 id: 281 channel: 25 adc: 32361 ts: 0x166AA162248473B4
*** ADC data: block: 1 ptr: 173 data: 0xC11B7EC0 module: 4 fail: 0 range: 0 id: 283 channel: 27 adc: 32448 ts: 0x166AA16224847B84
*** ADC data: block: 1 ptr: 175 data: 0xC1017D82 module: 4 fail: 0 range: 0 id: 257 channel: 1 adc: 32130 ts: 0x166AA16224848354
*** ADC data: block: 1 ptr: 177 data: 0xC1247E94 module: 4 fail: 0 range: 0 id: 292 channel: 36 adc: 32404 ts: 0x166AA162248492F4
*** ADC data: block: 1 ptr: 179 data: 0xC1047D33 module: 4 fail: 0 range: 0 id: 260 channel: 4 adc: 32051 ts: 0x166AA1622484F884
*** ADC data: block: 1 ptr: 181 data: 0xC13C7FFC module: 4 fail: 0 range: 0 id: 316 channel: 60 adc: 32764 ts: 0x166AA16224853ED4
*** ADC data: block: 1 ptr: 183 data: 0xC1067E6A module: 4 fail: 0 range: 0 id: 262 channel: 6 adc: 32362 ts: 0x166AA16224855E14
*** ADC data: block: 1 ptr: 185 data: 0xC1117E44 module: 4 fail: 0 range: 0 id: 273 channel: 17 adc: 32324 ts: 0x166AA16224858CF4
*** ADC data: block: 1 ptr: 187 data: 0xC1167EA2 module: 4 fail: 0 range: 0 id: 278 channel: 22 adc: 32418 ts: 0x166AA162248594C4
*** ADC data: block: 1 ptr: 189 data: 0xC1017EFB module: 4 fail: 0 range: 0 id: 257 channel: 1 adc: 32507 ts: 0x166AA1622485B404
*** ADC data: block: 1 ptr: 191 data: 0xC1017F83 module: 4 fail: 0 range: 0 id: 257 channel: 1 adc: 32643 ts: 0x166AA16224864874
*** ADC data: block: 1 ptr: 193 data: 0xC1197E3C module: 4 fail: 0 range: 0 id: 281 channel: 25 adc: 32316 ts: 0x166AA162248667B4
*** ADC data: block: 1 ptr: 195 data: 0xC1017DF9 module: 4 fail: 0 range: 0 id: 257 channel: 1 adc: 32249 ts: 0x166AA1622486DCE4
*** ADC data: block: 1 ptr: 197 data: 0xC1117E4E module: 4 fail: 0 range: 0 id: 273 channel: 17 adc: 32334 ts: 0x166AA162248759E4
*** ADC data: block: 1 ptr: 199 data: 0xC1167E55 module: 4 fail: 0 range: 0 id: 278 channel: 22 adc: 32341 ts: 0x166AA1622487AFD4
*** ADC data: block: 1 ptr: 201 data: 0xC1247E58 module: 4 fail: 0 range: 0 id: 292 channel: 36 adc: 32344 ts: 0x166AA1622487B7A4
*** ADC data: block: 1 ptr: 203 data: 0xC10B7DFE module: 4 fail: 0 range: 0 id: 267 channel: 11 adc: 32254 ts: 0x166AA1622487CF14
*** ADC data: block: 1 ptr: 205 data: 0xC12B7E6F module: 4 fail: 0 range: 0 id: 299 channel: 43 adc: 32367 ts: 0x166AA1622487CF14
*** ADC data: block: 1 ptr: 207 data: 0xC1157D3B module: 4 fail: 0 range: 0 id: 277 channel: 21 adc: 32059 ts: 0x166AA1622487D6E4
*** ADC data: block: 1 ptr: 209 data: 0xC1347E96 module: 4 fail: 0 range: 0 id: 308 channel: 52 adc: 32406 ts: 0x166AA1622487D6E4
*** ADC data: block: 1 ptr: 211 data: 0xC11A7D38 module: 4 fail: 0 range: 0 id: 282 channel: 26 adc: 32056 ts: 0x166AA1622487DEB4
*** ADC data: block: 1 ptr: 213 data: 0xC13C7F8E module: 4 fail: 0 range: 0 id: 316 channel: 60 adc: 32654 ts: 0x166AA1622487DEB4
*** ADC data: block: 1 ptr: 215 data: 0xC11B7E79 module: 4 fail: 0 range: 0 id: 283 channel: 27 adc: 32377 ts: 0x166AA1622487E684
*** ADC data: block: 1 ptr: 217 data: 0xC13D7EDB module: 4 fail: 0 range: 0 id: 317 channel: 61 adc: 32475 ts: 0x166AA1622487E684
*** ADC data: block: 1 ptr: 219 data: 0xC1347EB8 module: 4 fail: 0 range: 0 id: 308 channel: 52 adc: 32440 ts: 0x166AA16224886B54
*** ADC data: block: 1 ptr: 221 data: 0xC13C7F67 module: 4 fail: 0 range: 0 id: 316 channel: 60 adc: 32615 ts: 0x166AA16224887324
*** ADC data: block: 1 ptr: 223 data: 0xC13D7F18 module: 4 fail: 0 range: 0 id: 317 channel: 61 adc: 32536 ts: 0x166AA1622488F7F4
*** ADC data: block: 1 ptr: 225 data: 0xC1157D5C module: 4 fail: 0 range: 0 id: 277 channel: 21 adc: 32092 ts: 0x166AA16224890794
*** ADC data: block: 1 ptr: 227 data: 0xC1047DED module: 4 fail: 0 range: 0 id: 260 channel: 4 adc: 32237 ts: 0x166AA16224891F04
*** ADC data: block: 1 ptr: 229 data: 0xC1127E66 module: 4 fail: 0 range: 0 id: 274 channel: 18 adc: 32358 ts: 0x166AA16224891F04
--More--
R14_19 (attachment 2) looks OK - ignore rate information as this is based upon incomplete timestamp data |
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20
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Thu Jan 24 13:29:40 2019 |
TD | Analysis of GSIJan19/R1_0 |
Analysis of file GSIJan19/R1_0 (white rabbit data)
attachment 1 - overall statistics
attachment 2 - verbose output listing all data around first six identified timewarps
attachment 3 - analyser.f (old version for 48 bit timestamp)
attachment 4 - analyser.f (new version for 64 bit WR timestamp)
Observations
1) File does not commence with information type 4 & 5 data items
DAQ/TapeServer start sequence issue??
2) DAQ RESUMEs observed for all FEE64s - DAQ PAUSEs *not* observed
3) Number of information type 4 & 5 data items for each FEE64 *not* the same
4) reported idle & elapsed times incorrect - presumably analyser.f bug
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9
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Sat Oct 13 17:26:53 2018 |
TD | Analysis of 3 October 2018 T4 tests |
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180
|
Mon Mar 8 09:45:20 2021 |
CA, TD | Analysis R7_20 (new version of NewMerger with min info code 4 & 5 data items) |
An analysis of file R6_70 can be found at https://elog.ph.ed.ac.uk/DESPEC/177 attachment 19
We observe c. 80M ADC data items per 2Gb file and c. 160M info code 4 & 5 data items.
This am NH switched NewMerger for a new version which minimises the number of info code 4 & 5
data items. The analysis of one of these data files (R7_20) is appended - attachment 1. We
observe c. 2M ADC data items per 2Gb file. The number of info code 4 data items is significantly
reduced as expected but info code 5 data items are not observed.
Info code 4 & 5 data items will increment every (2^28 * 1e-9) 0.268s and (2^48 * 1e-9) 3.26d.
If we examine the verbose output (attachment 2) we observe that each data block only contains
c. 60 ADC data items - a small fraction of the capacity of each data block. |
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21
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Thu Jan 24 14:53:26 2019 |
TD | Analyses GSIJan19/R2_0 - R4_0 |
Attachment 1 - summary analysis R2_0
increased slow comparator & LEC/MEC fast comparators cf. R1_0 to minimise random noise
Attachment 2 - summary analysis R3_0
per R2_0 but BNC PB-5 pulser frequency increased from c. 2Hz to c. 1kHz
pulser to *all* channels 12x FEE64s
Attachment 3 - summary analysis R4_0
open TapeSever file, DAQ GO, Start ASIC Readout (*correct* DAQ start sequence)
Observations
- some RESUME but *zero* PAUSE data items observed
- information types 4 & 5 not equal for R2_0 and almost, but not quite, equal for R3_0 & R4_0
- information types 4 & 5 start data file with 'correct' DAQ start sequence
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295
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Tue May 4 21:26:43 2021 |
OH | Alpha run |
22:26 Tape server set up to write to directory May21
DAQ stopped
Slow comparator set to 0x64 for all FEE64 and an ASIC check performed
Pulser turned off
DAQ started
~300k in merger - 38kB per second to file
Statistics good (all FEE show 0 bar FEE4 at 3k) - attachment 1
All system wide checks ok apart from FPGA check
Base Current Difference
aida13 fault 0x0 : 0x62 : 98
FPGA Timestamp error counter test result: Passed 15, Failed 1
If any of these counts are reported as in error
The ASIC readout system has detected a timeslip.
That is the timestamp read from the time FIFO is not younger than the last
Histograms zeroed.
DSSD1 at 130V
DSSD2 at 100V
08:47 Found DAQ running at c. 3M data items/s / 13MB/s
Switched Tape Server to no storage mode
[npg@aidas-gsi ~]$ ls -lrth /TapeData/May21
total 113G
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_0
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_1
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_2
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_3
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_4
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_5
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_6
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_7
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_8
-rw-rw-r--. 1 npg npg 64K May 4 22:24 R1_9
-rw-rw-r--. 1 npg npg 1.3G May 5 06:15 R1_10
-rw-rw-r--. 1 npg npg 2.0G May 5 06:17 R1_11
-rw-rw-r--. 1 npg npg 2.0G May 5 06:20 R1_12
-rw-rw-r--. 1 npg npg 2.0G May 5 06:23 R1_13
-rw-rw-r--. 1 npg npg 2.0G May 5 06:25 R1_14
-rw-rw-r--. 1 npg npg 2.0G May 5 06:28 R1_15
-rw-rw-r--. 1 npg npg 2.0G May 5 06:30 R1_16
-rw-rw-r--. 1 npg npg 2.0G May 5 06:33 R1_17
-rw-rw-r--. 1 npg npg 2.0G May 5 06:36 R1_18
-rw-rw-r--. 1 npg npg 2.0G May 5 06:38 R1_19
-rw-rw-r--. 1 npg npg 2.0G May 5 06:41 R1_20
-rw-rw-r--. 1 npg npg 2.0G May 5 06:43 R1_21
-rw-rw-r--. 1 npg npg 2.0G May 5 06:46 R1_22
-rw-rw-r--. 1 npg npg 2.0G May 5 06:49 R1_23
-rw-rw-r--. 1 npg npg 2.0G May 5 06:51 R1_24
-rw-rw-r--. 1 npg npg 2.0G May 5 06:54 R1_25
-rw-rw-r--. 1 npg npg 2.0G May 5 06:57 R1_26
-rw-rw-r--. 1 npg npg 2.0G May 5 06:59 R1_27
-rw-rw-r--. 1 npg npg 2.0G May 5 07:02 R1_28
-rw-rw-r--. 1 npg npg 2.0G May 5 07:04 R1_29
-rw-rw-r--. 1 npg npg 2.0G May 5 07:07 R1_30
-rw-rw-r--. 1 npg npg 2.0G May 5 07:10 R1_31
-rw-rw-r--. 1 npg npg 2.0G May 5 07:12 R1_32
-rw-rw-r--. 1 npg npg 2.0G May 5 07:15 R1_33
-rw-rw-r--. 1 npg npg 2.0G May 5 07:18 R1_34
-rw-rw-r--. 1 npg npg 2.0G May 5 07:20 R1_35
-rw-rw-r--. 1 npg npg 2.0G May 5 07:23 R1_36
-rw-rw-r--. 1 npg npg 2.0G May 5 07:25 R1_37
-rw-rw-r--. 1 npg npg 2.0G May 5 07:28 R1_38
-rw-rw-r--. 1 npg npg 2.0G May 5 07:31 R1_39
-rw-rw-r--. 1 npg npg 2.0G May 5 07:33 R1_40
-rw-rw-r--. 1 npg npg 2.0G May 5 07:36 R1_41
-rw-rw-r--. 1 npg npg 2.0G May 5 07:39 R1_42
-rw-rw-r--. 1 npg npg 2.0G May 5 07:41 R1_43
-rw-rw-r--. 1 npg npg 2.0G May 5 07:44 R1_44
-rw-rw-r--. 1 npg npg 2.0G May 5 07:46 R1_45
-rw-rw-r--. 1 npg npg 2.0G May 5 07:49 R1_46
-rw-rw-r--. 1 npg npg 2.0G May 5 07:52 R1_47
-rw-rw-r--. 1 npg npg 2.0G May 5 07:54 R1_48
-rw-rw-r--. 1 npg npg 2.0G May 5 07:57 R1_49
-rw-rw-r--. 1 npg npg 2.0G May 5 08:00 R1_50
-rw-rw-r--. 1 npg npg 2.0G May 5 08:02 R1_51
-rw-rw-r--. 1 npg npg 2.0G May 5 08:05 R1_52
-rw-rw-r--. 1 npg npg 2.0G May 5 08:07 R1_53
-rw-rw-r--. 1 npg npg 2.0G May 5 08:10 R1_54
-rw-rw-r--. 1 npg npg 2.0G May 5 08:13 R1_55
-rw-rw-r--. 1 npg npg 2.0G May 5 08:15 R1_56
-rw-rw-r--. 1 npg npg 2.0G May 5 08:18 R1_57
-rw-rw-r--. 1 npg npg 2.0G May 5 08:20 R1_58
-rw-rw-r--. 1 npg npg 2.0G May 5 08:23 R1_59
-rw-rw-r--. 1 npg npg 2.0G May 5 08:26 R1_60
-rw-rw-r--. 1 npg npg 2.0G May 5 08:28 R1_61
-rw-rw-r--. 1 npg npg 2.0G May 5 08:31 R1_62
-rw-rw-r--. 1 npg npg 2.0G May 5 08:34 R1_63
-rw-rw-r--. 1 npg npg 2.0G May 5 08:36 R1_64
-rw-rw-r--. 1 npg npg 2.0G May 5 08:39 R1_65
-rw-rw-r--. 1 npg npg 2.0G May 5 08:41 R1_66
-rw-rw-r--. 1 npg npg 1.6G May 5 08:44 R1_67
[npg@aidas-gsi ~]$
Rate increased c. 06.15
multiple ASICs in multiple FEE64s hot HEC channels
ASIC check load restores rates to those at beginning of May21/R1
Switched Tape Server to storage mode - file May21/R1_67
08.53 All system wide checks OK *except*
Base Current Difference
aida07 fault 0x0 : 0x1 : 1
aida08 fault 0x0 : 0x1 : 1
aida13 fault 0x62 : 0x9380 : 37662
FPGA Timestamp error counter test result: Passed 13, Failed 3
If any of these counts are reported as in error
The ASIC readout system has detected a timeslip.
That is the timestamp read from the time FIFO is not younger than the last
Most recent merger errors
MERGE Data Link (2497): bad timestamp 7 3 0xd1fc813c 0x073033d6 0x00001083773033d6 0x167c1083773033d6 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1ce7ff9 0x07303ba6 0x0000108377303ba6 0x167c108377303ba6 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1dd806e 0x07303ba6 0x0000108377303ba6 0x167c108377303ba6 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1ed7fc1 0x07303ba6 0x0000108377303ba6 0x167c108377303ba6 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1fd803c 0x07303ba6 0x0000108377303ba6 0x167c108377303ba6 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1cf8066 0x07304376 0x0000108377304376 0x167c108377304376 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1de8110 0x07304376 0x0000108377304376 0x167c108377304376 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1ee8086 0x07304376 0x0000108377304376 0x167c108377304376 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1fe7ff7 0x07304376 0x0000108377304376 0x167c108377304376 0x167c108377304b46
MERGE Data Link (2497): bad timestamp 7 3 0xd1c38041 0x0e60a6d6 0x000010832e60a6d6 0x167c10832e60a6d6 0x167c108377304b46
09.04 FEE64 temps OK - attachment 2
ADC data item stats - attachment 3
1.8.L spectra - attachments 4 & 5
1.8.W spectra - attachments 6 & 7
Grafana DSSSD bias & Leakage current most recent 24h - attachment 8
DSSSD bias & leakage current - attacment 9
11:32 R1 stopped to realign boards and check situation in S4 |
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85
|
Mon Nov 4 08:48:18 2019 |
NH | Alpha Status 04.11.2019 |
Alpha run has been running over the weekend. Stats looking positive with notable exception that aida10 is not sending much data. Will attempt a powercycle.
Temperatures and Leakage Currents very good to excellent
Noted that the slow rate of aida10 seems to be slowing down the rate data is sent to tape - perhaps being buffered until an ADC event arrives?
Update 05.11.2019
Most rates OK, aida10 only recorded 1 event over night, aida09 spectra had a number of weird channels.
Performed ASIC check/load, aida10 found another 201 events but mostly in the HEC channel (as did all FEEs)
All other FEEs look very nice however
15:44 CET: Check/load performed as aida07 rate went very high (in HEC it seems) - now back to 0
Update 07.11.2019
Run stopped to move DESPEC platform, overnight the USB relay disconnected/reconnected powering down the FEEs (probably someone knocked the interlock wire)
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77
|
Thu Oct 31 17:13:54 2019 |
NH | Alpha Run |
Beginning Alpha run
Thresholds set to 100 (LEC/Slow) 255 (LEC/Fast) 2 (HEC)
Pulser is OFF
Recording to MIDAS: /TapeData/31Oct19/R1
Recording to MBS: /lustre/gamma/nhubbard/AIDA/Alphas311019_
Disk rate approximately 0 as expected.
01.11.19 19:11 CET: FEE10 Stat histogram was empty - performed a check/load and now rare events come in - Merger also emitted 10 blocks to storage quickly (presumably waiting on FEE10 data)
All FEEs now slowly showing alpha data |
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|
134
|
Sat Feb 29 10:56:38 2020 |
NH | Alpha Hit Pattern |
Circa 700 GB of data
A few channels in DSSD 1 missing? Otherwise seems OK |
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416
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Thu Apr 28 18:45:09 2022 |
NH | Alpha Background Run |
Runs are in /TapeData/BGAPR22 located on 8TB disk "SecondDrive" (N.B. 2A experiment is using ThirdDrive)
Old runs and test files were removed from disk. Left is an unknown S481 folder (fibre implant test?) and Patrick
chown to npg:npg as uid changed from old SL6 to CentOS 7
Bias DSSDs, leakage current higher than before (maybe the sheet isn't covering the snout)
Pulser set to OFF
ASIC Thresholds 0x64, rates mostly 0 (good)
Edge strips on aida02 and aida06 show non zero, and lots in aida04 asic 1 are high, will recheck connector tomorrow in hope
Connecting to merger and rate is 60k items/sec with random jumps to 400k items/sec
Start xfer to tape server: Rate approx 100 KB/s (360 MB per hour, 2.88 GB per 8 hours)
19:51 - Will leave overnight running to collect alpha
Fri 29 Apr
14:38 - Run paused for MBS tests with FRS
16:50 - Resume alpha collection over weekend
Pulser OFF, 0x64 thresholds |
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|
118
|
Fri Dec 20 10:19:29 2019 |
NH | Alpha Analysis (Pre Run) |
======================================
AIDA Unpacker Analysis
--------------------------------------
First event: Fri Dec 13 15:34:12 2019
Last event : Tue Dec 17 08:52:14 2019
Duration : 321482 seconds = 90 hours
--------------------------------------
MBS Events (M): 1748810227 (5 kHz)
AIDA Words (W): 1748072047 (5 kHz)
ADC Words (A): 785414339 (2 kHz)
-- Decays (D): 771101846 (2 kHz)
-- Implants (I): 14312493 (44 Hz)
Info Words (F): 962657708 (2 kHz)
-- SYNC48 (S): 2012396012 (6 kHz)
-- SYNC63 (s): 2012396012 (6 kHz)
-- PAUSE (P): 2925640 (9 Hz)
-- RESUME (R): 2925667 (9 Hz)
-- Discrim (D): 1226981673 (3 kHz)
-- Unknown (U): 0 (0 Hz)
Timewarps (T): 2 (0 Hz)
Dead Time (X): 4336.67292 s (1.34896%)
======================================
Possibly one bond wire loss in DSSD 1
Possibly a few lost in DSSD 3 (X)
DSSD 2 is OK.
Will update with post run data for additional statistics |
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91
|
Mon Nov 11 10:34:19 2019 |
NH | Alpha Analysis (11.11.19) |
Analysis of approx 20GB of data since Thursday night (not continuous - estimate of hours incominG)
Figures 1-3: Energy Front vs Energy Back (No F-B energy gate)
Figures 4-6: 2D hit pattern
Figures 7-9: 1D hit pattern
aida10 does not seem to be reading out still, unsure of reason? Looks fine with pulser.
Slow comparator not setting or unusual gain?
Otherwise good |
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241
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Sun Apr 18 19:05:33 2021 |
ML-OH | All spectra reset |
All spectra reset at 8pm CET.
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94
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Tue Nov 12 14:10:18 2019 |
NH, OH, CA | Aida10 Unusual Pulser Peak |
aida10 (no alpha rate recorded) has a strange pulser peak - looks like double peak?
Pulser terminator checked and OK...
All others "OK" but noise quite bad (see previous entry) |
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95
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Wed Nov 13 01:54:00 2019 |
TD | Aida10 Unusual Pulser Peak |
Double peaking normally indicates periodic baseline variations with period comparable to shaping time
| Quote: |
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aida10 (no alpha rate recorded) has a strange pulser peak - looks like double peak?
Pulser terminator checked and OK...
All others "OK" but noise quite bad (see previous entry)
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593
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Tue Apr 23 10:52:39 2024 |
PP | Aida02 down and back |
We lost aida02 at about 11:25 again. Nick fixed it about 11:50.
It is now back in the DAQ. |