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Optical measurements
Comments from Gabriel Blaj:
Attached, the latest metrology file for the XPP CSPAD Camera 3. It should be applied to all experiments taken after August 19, 2016. Experiments before that date should use the previous metrology file (2013-10-09). Quad 3 has been repaired; quads 0, 1, and 2 should match the previous metrology file. As always, please use Mikhail’s metrology file. The raw file provided here is known to contain occasional inaccuracies.
Metrology file:
Quality check in X-Y plane
segm: S1 S2 dS1 dS2 L1 L2 dL1 dL2 angle(deg) D1 D2 dD d(dS) d(dL) Quad 0 segm: 0 20915 20925 -142 -132 43545 43556 64 75 0.18024 48318 48311 7 -10 -11 segm: 1 20920 20915 4 -1 43550 43548 4 2 -0.00197 48315 48308 7 5 2 segm: 2 -20904 -20907 186 183 43540 43554 86 100 0.24275 48309 48301 8 3 -14 segm: 3 -20900 -20919 60 41 43575 43544 23 -8 0.06642 48303 48333 -30 19 31 segm: 4 -20903 -20904 67 66 -43536 -43570 -10 -44 0.08748 48305 48314 -9 1 34 segm: 5 -20907 -20965 155 97 -43553 -43543 -60 -50 0.16578 48314 48324 -10 58 -10 segm: 6 -20930 -20949 323 304 43566 43559 126 119 0.41233 48309 48360 -51 19 7 segm: 7 -20900 -20912 275 263 43567 43543 128 104 0.35386 48301 48325 -24 12 24 Quad 1 segm: 0 -20894 -20903 -17 -26 43561 43546 -4 -19 -0.02828 48306 48309 -3 9 15 segm: 1 -20901 -20902 -171 -172 43558 43551 -80 -87 -0.22561 48309 48311 -2 1 7 segm: 2 -20911 -20907 -139 -135 -43539 -43546 64 57 -0.18027 48307 48298 9 -4 7 segm: 3 -20918 -20918 -136 -136 -43551 -43546 72 77 -0.17893 48303 48320 -17 0 -5 segm: 4 20912 20916 106 110 -43552 -43564 75 63 -0.14206 48303 48334 -31 -4 12 segm: 5 20923 20904 250 231 -43547 -43567 139 119 -0.31636 48306 48330 -24 19 20 segm: 6 -20930 -20905 -242 -217 -43550 -43539 104 115 -0.30197 48309 48308 1 -25 -11 segm: 7 -20929 -20923 -108 -102 -43552 -43540 41 53 -0.13815 48316 48310 6 -6 -12 Quad 2 segm: 0 -20903 -20913 -155 -165 -43538 -43558 83 63 -0.21051 48310 48303 7 10 20 segm: 1 -20902 -20920 -159 -177 -43548 -43552 87 83 -0.22103 48306 48314 -8 18 4 segm: 2 20903 20906 94 97 -43541 -43566 50 25 -0.12563 48318 48303 15 -3 25 segm: 3 20901 20907 172 178 -43551 -43543 89 97 -0.23025 48296 48312 -16 -6 -8 segm: 4 20919 20925 77 83 43539 43571 -57 -25 -0.10524 48317 48321 -4 -6 -32 segm: 5 20907 20916 -98 -89 43529 43547 25 43 0.12305 48289 48309 -20 -9 -18 segm: 6 20897 20910 -41 -28 -43555 -43589 -20 -54 0.04537 48345 48308 37 -13 34 segm: 7 20900 20899 113 112 -43575 -43538 50 87 -0.14799 48298 48324 -26 1 -37 Quad 3 segm: 0 20908 20912 -51 -47 -43537 -43557 -17 -37 0.06447 48310 48303 7 -4 20 segm: 1 20898 20904 -9 -3 -43574 -43540 -3 31 0.00789 48296 48327 -31 -6 -34 segm: 2 20944 20954 -204 -194 43573 43562 139 128 0.26170 48377 48308 69 -10 11 segm: 3 20854 20917 -105 -42 43525 43574 9 58 0.09670 48297 48300 -3 -63 -49 segm: 4 -20942 -20921 40 61 43557 43558 19 20 0.06643 48321 48330 -9 -21 -1 segm: 5 -20908 -20900 126 134 43555 43557 56 58 0.17101 48307 48317 -10 -8 -2 segm: 6 20899 20930 -120 -89 43527 43597 38 108 0.13745 48343 48302 41 -31 -70 segm: 7 20924 20921 -137 -140 43540 43529 57 46 0.18228 48287 48314 -27 3 11
Quality check in Z
segm: SA LA XSize YSize dZS1 dZS2 dZL1 dZL2 dZSA dZLA ddZS ddZL dZX dZY angXZ(deg) angYZ(deg) dz3(um) Quad 0 segm: 0 20920 43550 20920 43550 -50 32 -50 32 -9 -9 -82 -82 -9 -9 -0.02465 -0.01184 82.016 segm: 1 20917 43549 20917 43549 -95 -73 56 78 -84 67 -22 -22 -84 67 -0.23009 0.08815 21.981 segm: 2 -20905 43547 43547 20905 13 -27 -19 -59 -7 -39 40 40 -39 -7 -0.05131 -0.01919 39.977 segm: 3 -20909 43559 43559 20909 -24 6 48 78 -9 63 -30 -30 63 -9 0.08287 -0.02466 -30.050 segm: 4 -20903 -43553 20903 43553 -17 -21 -10 -14 -19 -12 4 4 -19 -12 -0.05208 -0.01579 -3.991 segm: 5 -20936 -43548 20936 43548 25 0 41 16 12 28 25 25 12 28 0.03284 0.03684 -24.990 segm: 6 -20939 43562 43562 20939 0 11 2 13 5 7 -11 -11 7 5 0.00921 0.01368 -10.992 segm: 7 -20906 43555 43555 20906 -59 -35 -18 6 -47 -6 -24 -24 -6 -47 -0.00789 -0.12881 -24.023 Quad 1 segm: 0 -20898 43553 43553 20898 6 -10 57 41 -2 49 16 16 49 -2 0.06446 -0.00548 -15.988 segm: 1 -20901 43554 43554 20901 31 11 51 31 21 41 20 20 41 21 0.05394 0.05757 -19.997 segm: 2 -20909 -43542 20909 43542 0 24 17 41 12 29 -24 -24 12 29 0.03288 0.03816 -23.998 segm: 3 -20918 -43548 20918 43548 -36 -57 28 7 -46 17 21 21 -46 17 -0.12600 0.02237 20.999 segm: 4 20914 -43558 43558 20914 -30 24 -38 16 -3 -11 -54 -54 -11 -3 -0.01447 -0.00822 54.006 segm: 5 20913 -43557 43557 20913 9 52 -65 -22 30 -43 -43 -43 -43 30 -0.05656 0.08219 43.077 segm: 6 -20917 -43544 20917 43544 27 16 59 48 21 53 11 11 21 53 0.05752 0.06974 10.969 segm: 7 -20926 -43546 20926 43546 -38 -57 33 14 -47 23 19 19 -47 23 -0.12869 0.03026 19.012 Quad 2 segm: 0 -20908 -43548 20908 43548 -15 -33 -17 -35 -24 -26 18 18 -24 -26 -0.06577 -0.03421 -17.977 segm: 1 -20911 -43550 20911 43550 -26 -6 6 26 -16 16 -20 -20 -16 16 -0.04384 0.02105 20.020 segm: 2 20904 -43553 43553 20904 -12 -14 44 42 -13 43 2 2 43 -13 0.05657 -0.03563 2.022 segm: 3 20904 -43547 43547 20904 -65 24 -26 63 -20 18 -89 -89 18 -20 0.02368 -0.05482 -89.004 segm: 4 20922 43555 20922 43555 -3 -43 46 6 -23 26 40 40 -23 26 -0.06299 0.03420 -40.021 segm: 5 20911 43538 20911 43538 -17 -2 -28 -13 -9 -20 -15 -15 -9 -20 -0.02466 -0.02632 15.012 segm: 6 20903 -43572 43572 20903 -18 9 -5 22 -4 8 -27 -27 8 -4 0.01052 -0.01096 -26.977 segm: 7 20899 -43556 43556 20899 46 26 58 38 36 48 20 20 48 36 0.06314 0.09870 19.967 Quad 3 segm: 0 20910 -43547 43547 20910 -31 33 -36 28 1 -4 -64 -64 -4 1 -0.00526 0.00274 63.993 segm: 1 20901 -43557 43557 20901 -7 -4 64 67 -5 65 -3 -3 65 -5 0.08550 -0.01371 3.054 segm: 2 20949 43567 20949 43567 -59 -17 -49 -7 -38 -28 -42 -42 -38 -28 -0.10393 -0.03682 -42.006 segm: 3 20885 43549 20885 43549 24 31 -46 -39 27 -42 -7 -7 27 -42 0.07407 -0.05526 -6.950 segm: 4 -20931 43557 43557 20931 -27 -20 -37 -30 -23 -33 -7 -7 -33 -23 -0.04341 -0.06296 6.981 segm: 5 -20904 43556 43556 20904 -3 -19 -18 -34 -11 -26 16 16 -26 -11 -0.03420 -0.03015 -16.006 segm: 6 20914 43562 20914 43562 -45 18 55 118 -13 86 -63 -63 -13 86 -0.03561 0.11311 -62.784 segm: 7 20922 43534 20922 43534 -13 -5 29 37 -9 33 -8 -8 -9 33 -0.02465 0.04343 -8.009
Constants
Archive: /reg/g/psdm/detector/alignment/cspad/
/reg/g/psdm/detector/alignment/cspad/calib-xpp-2016-08-22-camera3/calib/CsPad::CalibV1/XppGon.0:Cspad.0/geometry/0-end.data
Check alignment
Data and calibrations for test
It was reported by instrument scientist that new geometry does not work.
Silke pointed good example to check: xppo5616 run 716
Calibration files in
/reg/d/psdm/xpp/xppo5616/calib/CsPad::CalibV1/XppGon.0:Cspad.0/geometry/
- file 0-end.data
- file 1-end.data is the same as 0-end.data in archive
- file 2-end.data is from Chapmen's group on # AUTHOR yefanov # DATE_TIME 11-9-2016 18:07:31.205787
Images for metrology and Chapmen's group geometry:
- Numeration of quads is the same...
- optical metro geometry shows significant offsets between quads
- chapman's geometry fixs offset problem
So, what is wrong with metrology?
Apparently numeration of quads in metrology measurement and in camera connection to controller are mismatched by -1 (90 degree contra clock-wise direction on image).
Fixed geometry from optical metrology is in
/reg/g/psdm/detector/alignment/cspad/calib-xpp-2016-08-22-camera3/
Silke checks if it works...
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