Flatness with head and foot tube (mm) 0.8 0.6 0.4 0.2 left 0 - - PowerPoint PPT Presentation

right center left ‐1.2 ‐1 ‐0.8 ‐0.6 ‐0.4 ‐0.2 0.2 0.4 0.6 0.8 P22 P1 P2 P3 P4 P5 P6 P7

Flatness with head and foot tube (mm)

‐1.2‐‐1 ‐1‐‐0.8 ‐0.8‐‐0.6 ‐0.6‐‐0.4 ‐0.4‐‐0.2 ‐0.2‐0 0‐0.2 0.2‐0.4 0.4‐0.6 0.6‐0.8

right center left ‐1.2 ‐1 ‐0.8 ‐0.6 ‐0.4 ‐0.2 0.2 0.4 0.6 0.8 P1 P2 P3 P4 P5 P6

Flatness without head and tail tube (mm)

‐1.2‐‐1 ‐1‐‐0.8 ‐0.8‐‐0.6 ‐0.6‐‐0.4 ‐0.4‐‐0.2 ‐0.2‐0 0‐0.2 0.2‐0.4 0.4‐0.6 0.6‐0.8

‐15 ‐10 ‐5 5 10 15 10 20 30 40 50 60 70

x and y positonal deviation by location (location is decimeters and error in mm)

Series1 Series2

‐1.4 ‐1.2 ‐1 ‐0.8 ‐0.6 ‐0.4 ‐0.2 0.2 0.4 0.6 ‐2 ‐1.5 ‐1 ‐0.5 0.5 1

Scater plot of x,y deviations from nominal (mm)

5 10 15 20 25 ‐10 10 20 30 40 50 60 70

Rib Fold Location in dm and deviation in mm

Result Limit units Overall flatness 1.9 11 mm Overall bow ‐1.1 11 mm Overall twist ‐0.2 2 mm/m Twist Zone 1 0.2 2 mm/m Twist Zone 2 0.2 2 mm/m Twist Zone 3 ‐0.1 2 mm/m Twist Zone 4 ‐0.8 2 mm/m Twist Zone 5 ‐0.3 2 mm/m Fold ‐ front side Foot tube 0.6 1.2 mm Rib 1 0.5 1.2 mm Rib 2 0.7 1.2 mm Rib 3 0.5 1.2 mm Rib 4 0.5 1.2 mm Head tube 0.2 1.2 mm **Max. x dev. ‐1.9 Not defined **Max. y dev. ‐1.1 Not defined ** From median value Minimum Envelope 2299.88

Points measured are defined in the frame inspection reference drawing, #8752D805. The APA axis, the x axis, was approximated aligned to the E axis of the lieca The azimuth angle in the Lieca was set at 30 degrees and the IR sensor was operating in the stadnard mode. 1.25 =Target offset (inches) 1 =Target offset (inches) 15.98 =Board mounting hole adapter (mm) 0 =Slot adapter (mm) 28.98 47.73 =Total mounting hole adapter offset (mm) 25.4 =Total slot adapter offset (mm) 25 =Slot adapter diameter (mm) 68.58 Rotation of all data around the z axis Rotation of all data around the y axis Rotation of all data around the x axis Lieca measurements Reassign axis (E>x,Z>y,N>‐z) Translate so MP1 is at 0,0,0 Covert to polar in x y plane Convert to Cartesian Conver to polar in x z plane Conver to polar in y z plane N E Z x y z x y z R Alpha Alpha_dev x y z R Alpha Alpha_dev x y z R Alpha Alpha_dev x y 3108.111 1416.166 ‐3116.15 ‐0.00179 0.007772 0.002668 1 3.119871 3.113944 0.218708 3113.944 218.708 ‐3119.87 5.8335 ‐1197.46 ‐3.718 1197.472 ‐1.56592 ‐1.56414 7.975789 ‐1197.45 ‐3.718 8.799814 2.007008 1.999236 8.004443 ‐1197.45 ‐3.6559 1197.451 3.144646 3.141977 8.004443 ‐1197.45 2 3.125738 3.825677 0.217335 3825.677 217.335 ‐3125.74 717.5665 ‐1198.83 ‐9.585 1397.174 ‐1.03144 ‐1.02965 719.7101 ‐1197.54 ‐9.585 719.7739 1.584113 1.576341 719.7629 ‐1197.54 ‐3.99124 1197.551 3.144925 3.142257 719.7629 ‐1197.55 3 3.137643 5.305549 0.214795 5305.549 214.795 ‐3137.64 2197.439 ‐1201.37 ‐21.49 2504.402 ‐0.50032 ‐0.49853 2199.584 ‐1197.44 ‐21.49 2199.689 1.580566 1.572794 2199.685 ‐1197.44 ‐4.39453 1197.445 3.145263 3.142594 2199.685 ‐1197.44 4 3.146522 6.489079 0.212571 6489.079 212.571 ‐3146.52 3380.969 ‐1203.59 ‐30.369 3588.814 ‐0.342 ‐0.34021 3383.116 ‐1197.54 ‐30.369 3383.253 1.579773 1.572001 3383.25 ‐1197.54 ‐4.07504 1197.551 3.144995 3.142327 3383.25 ‐1197.55 5 3.154026 7.553095 0.210936 7553.095 210.936 ‐3154.03 4444.985 ‐1205.23 ‐37.873 4605.482 ‐0.26478 ‐0.26299 4447.134 ‐1197.28 ‐37.873 4447.295 1.579312 1.57154 4447.294 ‐1197.28 ‐3.30944 1197.28 3.144357 3.141688 4447.294 ‐1197.28 6 3.16309 8.793236 0.208354 8793.236 208.354 ‐3163.09 5685.126 ‐1207.81 ‐46.937 5812.01 ‐0.20934 ‐0.20755 5687.277 ‐1197.64 ‐46.937 5687.471 1.579049 1.571277 5687.47 ‐1197.64 ‐2.73496 1197.642 3.143876 3.141208 5687.47 ‐1197.64 7 3.066332 8.977798 0.300287 8977.798 300.287 ‐3066.33 5869.688 ‐1115.88 49.821 5974.815 ‐0.18787 ‐0.18608 5871.674 ‐1105.38 49.821 5871.886 1.562312 1.55454 5871.11 ‐1105.38 95.45322 1109.489 3.055453 3.052784 5871.11 ‐1105.12 8 3.064385 8.979155 0.990414 8979.155 990.414 ‐3064.39 5871.045 ‐425.752 51.768 5886.461 ‐0.07239 ‐0.0706 5871.797 ‐415.247 51.768 5872.025 1.56198 1.554208 5871.217 ‐415.247 97.40111 426.5176 2.911196 2.908528 5871.217 ‐414.986 9 3.063151 8.979787 1.450384 8979.787 1450.384 ‐3063.15 5871.677 34.2185 53.002 5871.776 0.005828 0.007617 5871.606 44.7231 53.002 5871.845 1.56177 1.553998 5871.017 44.7231 98.63359 108.2993 1.145096 1.142428 5871.017 44.98613 10 3.061986 8.980778 1.910227 8980.778 1910.227 ‐3061.99 5872.668 494.0615 54.167 5893.413 0.083931 0.08572 5871.774 504.5671 54.167 5872.024 1.561572 1.5538 5871.176 504.5671 99.79987 514.3423 0.195273 0.192604 5871.176 504.8316 11 3.060538 8.981797 2.510331 8981.797 2510.331 ‐3060.54 5873.687 1094.166 55.615 5974.729 0.184172 0.185961 5871.72 1104.672 55.615 5871.983 1.561325 1.553553 5871.11 1104.672 101.2474 1109.302 0.091398 0.08873 5871.11 1104.938 12 3.157622 8.79779 2.603627 8797.79 2603.627 ‐3157.62 5689.68 1187.462 ‐41.469 5812.273 0.205751 0.20754 5687.546 1197.639 ‐41.469 5687.697 1.578087 1.570315 5687.696 1197.639 2.734962 1197.642 0.002284 ‐0.00038 5687.696 1197.642 13 3.148793 7.677767 2.605641 7677.767 2605.641 ‐3148.79 4569.657 1189.476 ‐32.64 4721.929 0.254648 0.256437 4567.521 1197.649 ‐32.64 4567.638 1.577942 1.57017 4567.637 1197.649 2.859039 1197.652 0.002387 ‐0.00028 4567.637 1197.652 14 3.138587 6.493586 2.607802 6493.586 2607.802 ‐3138.59 3385.476 1191.637 ‐22.434 3589.073 0.338442 0.340231 3383.338 1197.691 ‐22.434 3383.413 1.577427 1.569655 3383.41 1197.691 3.861448 1197.698 0.003224 0.000556 3383.41 1197.697 15 3.129397 5.309729 2.609673 5309.729 2609.673 ‐3129.4 2201.619 1193.508 ‐13.244 2504.313 0.496761 0.49855 2199.48 1197.444 ‐13.244 2199.52 1.576818 1.569046 2199.516 1197.444 3.850409 1197.451 0.003216 0.000547 2199.516 1197.45 16 3.120491 4.125906 2.611894 4125.906 2611.894 ‐3120.49 1017.796 1195.729 ‐4.338 1570.247 0.86561 0.867399 1015.655 1197.547 ‐4.338 1015.664 1.575067 1.567296 1015.658 1197.547 3.555639 1197.553 0.002969 0.000301 1015.658 1197.553 17 3.112435 3.102277 2.613623 3102.277 2613.623 ‐3112.44 ‐5.8335 1197.458 3.718 1197.472 1.575668 1.577457 ‐7.97579 1197.445 3.718 8.799814 ‐1.13458 ‐1.14236 ‐8.00444 1197.445 3.655901 1197.451 0.003053 0.000385 ‐8.00444 1197.451 18 3.10122 2.904872 2.550366 2904.872 2550.366 ‐3101.22 ‐203.238 1134.201 14.933 1152.266 1.748106 1.749895 ‐205.267 1133.835 14.933 205.8098 ‐1.49818 ‐1.50595 ‐205.377 1133.835 13.33724 1133.914 0.011762 0.009094 ‐205.377 1133.867 19 3.113465 2.90374 1.886123 2903.74 1886.123 ‐3113.47 ‐204.371 469.9575 2.688 512.4718 1.980997 1.982786 ‐205.211 469.5911 2.688 205.2285 ‐1.5577 ‐1.56547 ‐205.226 469.5911 1.093052 469.5924 0.002328 ‐0.00034 ‐205.226 469.5924 20 3.114506 2.90257 1.426231 2902.57 1426.231 ‐3114.51 ‐205.541 10.0655 1.647 205.7868 3.092661 3.09445 ‐205.558 9.697764 1.647 205.5648 ‐1.56278 ‐1.57056 ‐205.565 9.697764 0.049385 9.69789 0.005092 0.002424 ‐205.565 9.697861 21 3.115344 2.901754 0.966383 2901.754 966.383 ‐3115.34 ‐206.357 ‐449.783 0.809 494.8609 4.282248 4.284037 ‐205.551 ‐450.151 0.809 205.5531 ‐1.56686 ‐1.57463 ‐205.552 ‐450.151 ‐0.78854 450.1517 3.143344 3.140676 ‐205.552 ‐450.151 22 3.106911 2.900868 0.281662 2900.868 281.662 ‐3106.91 ‐207.243 ‐1134.5 9.242 1153.277 4.531709 4.533498 ‐205.212 ‐1134.87 9.242 205.4205 ‐1.52579 ‐1.53356 ‐205.278 ‐1134.87 7.646842 1134.898 3.134855 3.132186 ‐205.278 ‐1134.85 23 3.118422 3.37073 1.490999 3370.73 1490.999 ‐3118.42 262.6195 74.8335 ‐2.269 273.0734 0.277593 0.279382 262.4852 75.30322 ‐2.269 262.495 1.57944 1.571668 262.4949 75.30322 ‐0.22894 75.30356 ‐0.00304 ‐0.00571 262.4949 75.30234 24 3.122918 3.96269 1.490037 3962.69 1490.037 ‐3122.92 854.5795 73.8715 ‐6.765 857.7664 0.086228 0.088017 854.446 75.40026 ‐6.765 854.4728 1.578714 1.570942 854.4727 75.40026 ‐0.12418 75.40036 ‐0.00165 ‐0.00432 854.4727 75.39966 25 3.132019 5.146516 1.487766 5146.516 1487.766 ‐3132.02 2038.406 71.6005 ‐15.866 2039.663 0.035111 0.0369 2038.274 75.24717 ‐15.866 2038.336 1.57858 1.570808 2038.336 75.24717 ‐0.02438 75.24718 ‐0.00032 ‐0.00299 2038.336 75.24684 26 3.141027 6.330046 1.485503 6330.046 1485.503 ‐3141.03 3221.936 69.3375 ‐24.874 3222.682 0.021517 0.023306 3221.806 75.10156 ‐24.874 3221.902 1.578517 1.570745 3221.902 75.10156 0.166121 75.10174 0.002212 ‐0.00046 3221.902 75.10173 27 3.150028 7.514352 1.483818 7514.352 1483.818 ‐3150.03 4406.242 67.6525 ‐33.875 4406.761 0.015353 0.017142 4406.113 75.53533 ‐33.875 4406.244 1.578484 1.570712 4406.244 75.53533 0.369641 75.53623 0.004894 0.002225 4406.244 75.53605 28 3.158911 8.698279 1.482062 8698.279 1482.062 ‐3158.91 5590.169 65.8965 ‐42.758 5590.557 0.011787 0.013576 5590.042 75.89742 ‐42.758 5590.205 1.578445 1.570673 5590.205 75.89742 0.688213 75.90054 0.009067 0.006399 5590.205 75.89899 29 3.009102 4.208306 0.394707 4208.306 394.707 ‐3009.1 1100.196 ‐1021.46 107.051 1501.269 ‐0.7483 ‐0.74652 1102.021 ‐1019.49 107.051 1107.208 1.47396 1.466188 1101.156 ‐1019.49 115.6125 1026.023 3.028673 3.026004 1101.156 ‐1019.18 30 3.018858 5.390663 0.390501 5390.663 390.501 ‐3018.86 2282.553 ‐1025.66 97.295 2502.406 ‐0.42231 ‐0.42052 2284.384 ‐1021.58 97.295 2286.455 1.528231 1.520459 2283.559 ‐1021.58 115.0459 1028.037 3.029449 3.026781 2283.559 ‐1021.27 31 3.027443 6.576229 0.389264 6576.229 389.264 ‐3027.44 3468.119 ‐1026.9 88.71 3616.956 ‐0.28787 ‐0.28608 3469.95 ‐1020.7 88.71 3471.084 1.545237 1.537465 3469.156 ‐1020.7 115.6752 1027.229 3.028744 3.026076 3469.156 ‐1020.38 32 3.036253 7.759277 0.389814 7759.277 389.814 ‐3036.25 4651.167 ‐1026.35 79.9 4763.061 ‐0.21718 ‐0.2154 4652.995 ‐1018.03 79.9 4653.681 1.553626 1.545854 4652.234 ‐1018.03 116.0599 1024.623 3.028078 3.02541 4652.234 ‐1017.72 33 3.006259 4.204613 1.336293 4204.613 1336.293 ‐3006.26 1096.503 ‐79.8725 109.894 1099.408 ‐0.07271 ‐0.07093 1096.644 ‐77.9107 109.894 1102.136 1.47092 1.463148 1095.756 ‐77.9107 118.4136 141.7458 2.152743 2.150074 1095.756 ‐77.5944 34 3.015346 5.386114 1.335108 5386.114 1335.108 ‐3015.35 2278.004 ‐81.0575 100.807 2279.445 ‐0.03557 ‐0.03378 2278.145 ‐76.9819 100.807 2280.374 1.526576 1.518804 2277.293 ‐76.9819 118.5093 141.3177 2.14688 2.144212 2277.293 ‐76.6654 35 3.024391 6.574599 1.331575 6574.599 1331.575 ‐3024.39 3466.489 ‐84.5905 91.762 3467.52 ‐0.0244 ‐0.02261 3466.634 ‐78.3887 91.762 3467.849 1.544332 1.536561 3465.816 ‐78.3887 118.7014 142.2491 2.154438 2.15177 3465.816 ‐78.0717 36 3.033161 7.757183 1.327196 7757.183 1327.196 ‐3033.16 4649.073 ‐88.9695 82.992 4649.924 ‐0.01913 ‐0.01735 4649.224 ‐80.652 82.992 4649.965 1.552948 1.545176 4648.439 ‐80.652 119.1225 143.8573 2.165953 2.163285 4648.439 ‐80.3338 37 3.00567 4.21092 1.494004 4210.92 1494.004 ‐3005.67 1102.81 77.8385 110.483 1105.553 0.070465 0.072254 1102.668 79.81134 110.483 1108.19 1.470934 1.463162 1101.777 79.81134 119.0494 143.327 0.98021 0.977542 1101.777 80.12872 38 3.015061 5.389556 1.491035 5389.556 1491.035 ‐3015.06 2281.446 74.8695 101.092 2282.674 0.032805 0.034594 2281.308 78.95097 101.092 2283.547 1.526512 1.51874 2280.453 78.95097 118.8189 142.6576 0.98432 0.981651 2280.453 79.26774 39 3.023734 6.57463 1.487216 6574.63 1487.216 ‐3023.73 3466.52 71.0505 92.419 3467.248 0.020493 0.022282 3466.387 77.25212 92.419 3467.619 1.544141 1.536369 3465.564 77.25212 119.3564 142.1754 0.996365 0.993696 3465.564 77.57033 40 3.032787 7.75494 1.48796 7754.94 1487.96 ‐3032.79 4646.83 71.7945 83.366 4647.384 0.015449 0.017238 4646.694 80.10774 83.366 4647.441 1.552857 1.545085 4645.905 80.10774 119.4769 143.847 0.980153 0.977485 4645.905 80.42626 41 3.003166 4.208286 2.430971 4208.286 2430.971 ‐3003.17 1100.176 1014.806 112.987 1496.735 0.745056 0.746845 1098.358 1016.772 112.987 1104.154 1.468288 1.460516 1097.447 1016.772 121.5199 1024.008 0.118951 0.116283 1097.447 1017.093 42 3.012144 5.390284 2.428247 5390.284 2428.247 ‐3012.14 2282.174 1012.082 104.009 2496.523 0.417413 0.419202 2280.359 1016.163 104.009 2282.73 1.525217 1.517445 2279.482 1016.163 121.7285 1023.428 0.119224 0.116556 2279.482 1016.484 43 3.021137 6.578194 2.425891 6578.194 2425.891 ‐3021.14 3470.084 1009.726 95.016 3614.004 0.283161 0.28495 3468.272 1015.932 95.016 3469.573 1.543407 1.535635 3467.428 1015.932 121.968 1023.227 0.119483 0.116815 3467.428 1016.254 44 3.030213 7.75987 2.42637 7759.87 2426.37 ‐3030.21 4651.76 1010.205 85.94 4760.187 0.213846 0.215635 4649.945 1018.525 85.94 4650.739 1.552316 1.544545 4649.136 1018.525 122.076 1025.815 0.119287 0.116618 4649.136 1018.847 45 3.119574 3.966191 2.589491 3966.191 2589.491 ‐3119.57 858.0805 1173.326 ‐3.421 1453.614 0.939356 0.941145 855.98 1174.859 ‐3.421 855.9868 1.574793 1.567021 855.9807 1174.859 3.231645 1174.863 0.002751 8.23E‐05 855.9807 1174.863 46 3.128244 5.149744 2.587307 5149.744 2587.307 ‐3128.24 2041.634 1171.142 ‐12.091 2353.686 0.520804 0.522593 2039.535 1174.792 ‐12.091 2039.571 1.576725 1.568953 2039.567 1174.792 3.760309 1174.798 0.003201 0.000532 2039.567 1174.798 47 3.137549 6.333509 2.585455 6333.509 2585.455 ‐3137.55 3225.399 1169.29 ‐21.396 3430.807 0.34779 0.349579 3223.301 1175.058 ‐21.396 3223.372 1.577434 1.569662 3223.37 1175.058 3.655636 1175.064 0.003111 0.000443 3223.37 1175.064 48 3.147013 7.517772 2.583371 7517.772 2583.371 ‐3147.01 4409.662 1167.206 ‐30.86 4561.522 0.258759 0.260548 4407.566 1175.093 ‐30.86 4407.674 1.577798 1.570026 4407.673 1175.093 3.395841 1175.098 0.00289 0.000222 4407.673 1175.098 49 3.156121 8.701469 2.581069 8701.469 2581.069 ‐3156.12 5593.359 1164.904 ‐39.968 5713.375 0.20533 0.207119 5591.265 1174.908 ‐39.968 5591.408 1.577944 1.570173 5591.407 1174.908 3.48764 1174.914 0.002968 0.0003 5591.407 1174.913 MP1 3108.111 1416.166 ‐3116.15 2.27E‐13 3.39E‐13 3.41E‐13 4.22E‐15 3.41E‐13 MP2 8795.513 1405.991 ‐3160.36 5687.403 ‐10.175 ‐44.203 5687.412 ‐1.1E‐13 ‐44.203 5687.583 ‐1.1E‐13 2.04E‐13 5687.583 ‐1.1E‐13 Delta MP2‐MP1 5687.403 ‐10.175 ‐44.203 5687.403 ‐10.175 ‐44.203 5687.412 ‐1.1E‐13 ‐44.203 5687.583 ‐1.1E‐13 2E‐13 5687.583 ‐1.1E‐13 MP3 2839.846 1197.542 3.195431 2839.846 1197.546

Correct data for target offsets Translate to use p20 as x=0 Nominal print dimensions deviation from nominal Arrangement for surface plot Arrangement for xy plot Arrangeme z x y z x y z x y z x y z xp(m) and yp(m) and ‐157.835 point xm(mm) ym(m) ym(m+mm) right center left yp(m) ym Rib # ‐0.46073 8.004443 ‐1149.72 ‐0.46073 165.8392 ‐1149.72 ‐0.46073 165.3 ‐1150 0.539214 0.27936 ‐0.46073 P22 0.675013 0.023508 0.311766 x right center left 1 1.653 ‐11.5 ft ‐0.7958 719.7629 ‐1149.82 ‐0.7958 877.5976 ‐1149.82 ‐0.7958 877.3 ‐1150 0.297634 0.178786 ‐0.7958 P1 ‐0.46073 ‐0.42987 0.460726 P1 ‐0.46073 ‐0.42987 0.460726 2 8.773 ‐11.5 ft ‐1.19937 2199.685 ‐1149.71 ‐1.19937 2357.52 ‐1149.71 ‐1.19937 2357.3 ‐1150 0.219639 0.285262 ‐1.19937 P2 ‐0.7958 ‐0.32537 0.360191 P2 712 ‐0.7958 ‐0.32537 0.360191 3 23.573 ‐11.5 ft ‐0.8796 3383.25 ‐1149.82 ‐0.8796 3541.085 ‐1149.82 ‐0.8796 3541.3 ‐1150 ‐0.21501 0.1795 ‐0.8796 P3 ‐1.19937 ‐0.22516 0.655236 P3 2192 ‐1.19937 ‐0.22516 0.655236 4 35.413 ‐11.5 ft ‐0.11472 4447.294 ‐1149.55 ‐0.11472 4605.128 ‐1149.55 ‐0.11472 4605.3 ‐1150 ‐0.17161 0.45011 ‐0.11472 P4 ‐0.8796 ‐0.03427 0.665615 P4 3376 ‐0.8796 ‐0.03427 0.665615 5 46.053 ‐11.5 ft 0.460726 5687.47 ‐1149.91 0.460726 5845.305 ‐1149.91 0.460726 5845.3 ‐1150 0.005019 0.088309 0.460726 P5 ‐0.11472 0.168087 ‐0.33668 P5 4440 ‐0.11472 0.168087 ‐0.33668 6 58.453 ‐11.5 Delta Z 98.40237 5871.11 ‐1105.12 50.67237 6028.945 ‐1105.12 50.67237 6029.27 ‐1105 50.8 ‐0.32531 ‐0.11698 ‐0.12763 P6 0.460726 0.485692 ‐0.46073 P6 5680 0.460726 0.485692 ‐0.46073 7 60.2927 ‐11.05 Delta y 98.50878 5871.217 ‐414.986 50.77878 6029.052 ‐414.986 50.77878 6029.27 ‐415 50.8 ‐0.21811 0.014083 ‐0.02122 P7 ‐0.12763 ‐0.01609 ‐0.23058 8 60.2927 ‐4.15 Alpha_dev 98.51391 5871.017 44.98613 50.78391 6028.851 44.98613 50.78391 6029.27 45 50.8 ‐0.4186 ‐0.01387 ‐0.01609 9 60.2927 0.45 1 98.45317 5871.176 504.8316 50.72317 6029.011 504.8316 50.72317 6029.27 505 50.8 ‐0.25933 ‐0.16836 ‐0.07683 Flatness Calculations for bow 10 60.2927 5.05 1 98.29942 5871.11 1104.938 50.56942 6028.945 1104.938 50.56942 6029.27 1105 50.8 ‐0.3252 ‐0.06177 ‐0.23058 0.7 Translating P1,P17, and P23 to z = 0 11 60.2927 11.05 1 ‐0.46073 5687.696 1149.912 ‐0.46073 5845.531 1149.912 ‐0.46073 5845.3 1150 0.23127 ‐0.08831 ‐0.46073 ‐1.2 12 58.453 11.5 1 ‐0.33668 4567.637 1149.922 ‐0.33668 4725.472 1149.922 ‐0.33668 4725.3 1150 0.171668 ‐0.07775 ‐0.33668 1.9 =flatness 712 ‐0.33507 0.104502 ‐0.10054 13 47.253 11.5 1 0.665615 3383.41 1149.967 0.665615 3541.245 1149.967 0.665615 3541.3 1150 ‐0.05486 ‐0.03262 0.665615 2192 ‐0.73865 0.204711 0.19451 14 35.413 11.5 1 0.655236 2199.516 1149.72 0.655236 2357.351 1149.72 0.655236 2357.3 1150 0.05102 ‐0.27962 0.655236 3376 ‐0.41887 0.395596 0.204889 15 23.573 11.5 1 0.360191 1015.658 1149.823 0.360191 1173.492 1149.823 0.360191 1173.3 1150 0.192478 ‐0.17731 0.360191 Calculation for twist 4440 0.346011 0.597957 ‐0.7974 16 11.733 11.5 Delta Z 0.460726 ‐8.00444 1149.721 0.460726 149.8303 1149.721 0.460726 149.3 1150 0.530327 ‐0.27936 0.460726 Overall 5680 0.921452 0.915562 ‐0.92145 17 1.493 11.5 Delta y 10.31177 ‐157.647 1133.867 10.31177 0.18761 1133.867 10.31177 1135 10 0.18761 ‐1.13337 0.311766 Length total twist twist mm/m 18 11.35 Alpha_dev ‐0.15997 ‐157.496 469.5924 ‐0.15997 0.339133 469.5924 ‐0.15997 470 0.339133 ‐0.40763 ‐0.15997 Overall 5680 ‐0.92 ‐0.16 z correction points other than P1,P17, P23 19 4.7 2 0.023508 ‐157.835 9.697861 0.023508 9.697861 0.023508 10 ‐0.30214 0.023508 Zone 1 712 0.12 0.16 20 0.1 2 0.41261 ‐157.822 ‐450.151 0.41261 0.0132 ‐450.151 0.41261 ‐450 0.0132 ‐0.15146 0.41261 Zone 2 1480 0.35 0.24 712 0.115506 0.114768 ‐0.11551 21 ‐4.5 2 10.67501 ‐157.548 ‐1134.85 10.67501 0.286643 ‐1134.85 10.67501 ‐1135 10 0.286643 0.151995 0.675013 Zone 3 1184 ‐0.15 ‐0.13 2192 0.355603 0.353329 ‐0.3556 22 ‐11.35 2 ‐0.42987 274.9949 49.90234 ‐0.42987 432.8297 49.90234 ‐0.42987 434.1 50.8 ‐1.27032 ‐0.89766 ‐0.42987 Zone 4 1064 ‐0.88 ‐0.83 3376 0.54768 0.544179 ‐0.54768 23 4.341 0.508 2 ‐0.32537 866.9727 49.99966 ‐0.32537 1024.808 49.99966 ‐0.32537 1026.1 50.8 ‐1.29248 ‐0.80034 ‐0.32537 1240 ‐0.35 ‐0.28 4440 0.72029 0.715686 ‐0.72029 24 10.261 0.508 2 ‐0.22516 2050.836 49.84684 ‐0.22516 2208.671 49.84684 ‐0.22516 2210.1 50.8 ‐1.42934 ‐0.95316 ‐0.22516 ‐0.17 5680 0.921452 0.915562 ‐0.92145 25 22.101 0.508 2 ‐0.03427 3234.402 49.70173 ‐0.03427 3392.237 49.70173 ‐0.03427 3394.1 50.8 ‐1.86292 ‐1.09827 ‐0.03427 26 33.941 0.508 Delta Z 0.168087 4418.744 50.13605 0.168087 4576.578 50.13605 0.168087 4578.1 50.8 ‐1.52161 ‐0.66395 0.168087 "rotating" beams to zero at P6, P12, P28 27 45.781 0.508 Delta y 0.485692 5602.705 50.49899 0.485692 5760.54 50.49899 0.485692 5762.1 50.8 ‐1.56008 ‐0.30101 0.485692 28 57.621 0.508 118.3324 1101.156 ‐1019.18 49.75241 1258.991 ‐1019.18 49.75241 1258.991 ‐1019.18 50.8 ‐1.04759 712 ‐0.45057 ‐0.01027 0.014971 44 10.261 11.5 3 117.7714 2283.559 ‐1021.27 49.19142 2441.393 ‐1021.27 49.19142 2441.393 ‐1021.27 50.8 ‐1.60858 2192 ‐1.09425 ‐0.14862 0.550112 45 22.101 11.5 3 118.3984 3469.156 ‐1020.38 49.81835 3626.991 ‐1020.38 49.81835 3626.991 ‐1020.38 50.8 ‐0.98165 3376 ‐0.96655 ‐0.14858 0.752569 46 33.941 11.5 3 118.7759 4652.234 ‐1017.72 50.19594 4810.069 ‐1017.72 50.19594 4810.069 ‐1017.72 50.8 ‐0.60406 4440 ‐0.37428 ‐0.11773 ‐0.07711 47 45.781 11.5 3 118.6211 1095.756 ‐77.5944 50.04109 1253.591 ‐77.5944 50.04109 1253.591 ‐77.5944 50.8 ‐0.75891 5680 1 2.192214 ‐11.2206 3 118.7143 2277.293 ‐76.6654 50.13433 2435.127 ‐76.6654 50.13433 2435.127 ‐76.6654 50.8 ‐0.66567 2 9.070634 ‐11.3212 3 118.9101 3465.816 ‐78.0717 50.33011 3623.651 ‐78.0717 50.33011 3623.651 ‐78.0717 50.8 ‐0.46989 Max pos. 0.752569 0.752569 3 23.79264 ‐11.2147 3 119.3373 4648.439 ‐80.3338 50.75731 4806.274 ‐80.3338 50.75731 4806.274 ‐80.3338 50.8 ‐0.04269 Max neg. ‐1.09425 1.094249 4 35.19799 ‐11.3205 Delta Z 118.836 1101.777 80.12872 50.25604 1259.611 80.12872 50.25604 1259.611 80.12872 50.8 ‐0.54396

• Max. bow

‐1.09425 5 45.88139 ‐11.0499 Delta y 118.6078 2280.453 79.26774 50.02782 2438.288 79.26774 50.02782 2438.288 79.26774 50.8 ‐0.77218 6 58.45802 ‐11.4117 119.1499 3465.564 77.57033 50.56986 3623.399 77.57033 50.56986 3623.399 77.57033 50.8 ‐0.23014 7 59.96739 ‐11.167 4 119.2627 4645.905 80.42626 50.68267 4803.74 80.42626 50.68267 4803.74 80.42626 50.8 ‐0.11733 8 60.07459 ‐4.13592 4 118.8064 1097.447 1017.093 50.22635 1255.282 1017.093 50.22635 1255.282 1017.093 50.8 ‐0.57365 9 59.8741 0.436129 4 119.0166 2279.482 1016.484 50.43657 2437.317 1016.484 50.43657 2437.317 1016.484 50.8 ‐0.36343 10 60.03337 4.881641 4 119.2567 3467.428 1016.254 50.67673 3625.263 1016.254 50.67673 3625.263 1016.254 50.8 ‐0.12327 11 59.9675 10.98823 4 119.3579 4649.136 1018.847 50.77786 4806.971 1018.847 50.77786 4806.971 1018.847 50.8 ‐0.02214 12 58.68427 11.41169 4 0.096739 868.4807 1149.463 0.096739 1026.316 1149.463 0.096739 1026.1 1150 0.215509 ‐0.5368 0.096739 13 47.42467 11.42225 4 0.625579 2052.067 1149.398 0.625579 2209.902 1149.398 0.625579 2210.1 1150 ‐0.19784 ‐0.60196 0.625579 14 35.35814 11.46738 Delta Z 0.520197 3235.87 1149.664 0.520197 3393.705 1149.664 0.520197 3394.1 1150 ‐0.39486 ‐0.33644 0.520197 15 23.62402 11.22038 Delta y 0.260311 4420.173 1149.698 0.260311 4578.008 1149.698 0.260311 4578.1 1150 ‐0.09224 ‐0.30243 0.260311 16 11.92548 11.32269 0.352601 5603.907 1149.513 0.352601 5761.742 1149.513 0.352601 5762.1 1150 ‐0.35798 ‐0.48651 0.352601 17 2.023327 11.22064 ft 1.37E‐13 Range 2.402133 1.583475 18 0.18761 10.21663 ft 2.04E‐13 2299.879 =Minimum Envelope max 0.539214 0.45011 19 0.339133 4.292366 ft 6.76E‐14 min ‐1.86292 ‐1.13337 20 ‐0.20214 ft max dev ‐1.86292 ‐1.13337 21 0.0132 ‐4.65146 ft 22 0.286643 ‐11.198 Delta Z 23 3.070677 ‐0.38966 Delta y 24 8.968515 ‐0.29234 Alpha_dev

ent for fold Rotation of all data around the z axis Arrangment for slot alignment Covert to polar in x y plane R Alpha Alpha_dev y z Ah AO High slot tube to middle tube shift Point Z y z x cm x mm y

• ffset

Slot # tube shift in x shift in y shift in z P22 0.675013 22 38 ‐1134.85 0.675013 1134.848 3.140998 3.141158 ‐1134.85 0.493311 0.493311 15 1.21014E‐14 15 1.21014E‐14 0.15 hs (mm) (mm) (mm) P21 0.41261 21 37 ‐450.151 0.41261 450.1517 3.140676 3.140836 ‐450.152 0.340535 0.340535 700 ‐0.15277559 700 ‐0.15277559 7 1 mt ‐1.51 ‐0.26 ‐0.42 P20 0.023508 20 36 9.697861 0.023508 9.69789 0.002424 0.002584 9.697857 0.02506 0.02506 1150 ‐0.46825052 1150 ‐0.46825052 11.5 hs P19 ‐0.15997 19 35 469.5924 ‐0.15997 469.5924 ‐0.00034 ‐0.00018 469.5924 ‐0.08478 ‐0.08478 1620 ‐0.57809356 1620 ‐0.57809356 16.2 2 mt ‐1.23 ‐0.35 ‐0.85 P18 0.311766 18 34 1133.867 0.311766 1133.867 0.000275 0.000435 1133.867 0.493311 0.493311 2285 2285 22.85 hs ‐0.36325 max 1.2101E‐14 3 mt ‐1.47 ‐0.76 ‐0.55 2268.715 min 0 0.57809356 hs ‐0.00016 fold 0 0.57809356 4 mt ‐1.43 ‐0.36 ‐0.09 P2 ‐0.7958 2 18 ‐1149.82 ‐0.7958 1149.821 3.142285 3.142052 ‐1149.82 ‐0.52817 12.5 11.97183 0 0.282205226 0 12.78220523 hs P29 ‐1.04759 29 45 ‐1019.18 ‐1.04759 1019.177 3.142621 3.142388 ‐1019.18 ‐0.81038 12.5 11.68962 150 150 12.5 1.5 5 mt ‐1.20 0.19 0.13 P33 ‐0.75891 33 49 ‐77.5944 ‐0.75891 77.59816 3.151373 3.15114 ‐77.5946 ‐0.74085 12.5 11.75915 1050 0.069528879 1050 12.56952888 10.5 P24 ‐0.32537 24 40 49.99966 ‐0.32537 50.00072 ‐0.00651 ‐0.00674 49.99958 ‐0.33701 12.5 12.16299 1150 0.47337231 1150 12.97337231 11.5 P37 ‐0.54396 37 53 80.12872 ‐0.54396 80.13057 ‐0.00679 ‐0.00702 80.12859 ‐0.56261 12.5 11.93739 1250 0.247770392 1250 12.74777039 12.5 P41 ‐0.57365 41 57 1017.093 ‐0.57365 1017.093 ‐0.00056 ‐0.0008 1017.093 ‐0.81038 12.5 11.68962 2150 ‐4.3876E‐13 2150 12.5 21.5 1135 15 P16 0.360191 16 32 1149.823 0.360191 1149.823 0.000313 8.05E‐05 1149.823 0.092568 12.5 12.59257 2300 0.902945586 2300 13.40294559 23 450 700 0.473945 max 0 0.47337231 1150 2036.269 min 4.3876E‐13 470 1620 0.000233 fold 0 0.47337231 1135 2285 P3 ‐1.19937 3 19 ‐1149.71 ‐1.19937 1149.715 3.142636 3.142025 ‐1149.72 ‐0.49685 24 23.50315 0 0.487694888 0 24.48769489 P30 ‐1.60858 30 46 ‐1021.27 ‐1.60858 1021.27 3.143168 3.142557 ‐1021.27 ‐0.98454 24 23.01546 150 150 24 1.5 P34 ‐0.66567 34 50 ‐76.6654 ‐0.66567 76.66833 3.150275 3.149664 ‐76.6658 ‐0.61883 24 23.38117 1050 0.365715852 1050 24.36571585 10.5 P25 ‐0.22516 25 41 49.84684 ‐0.22516 49.84735 ‐0.00452 ‐0.00513 49.84669 ‐0.25562 24 23.74438 1150 0.728924168 1150 24.72892417 11.5 P38 ‐0.77218 38 54 79.26774 ‐0.77218 79.2715 ‐0.00974 ‐0.01035 79.26725 ‐0.82061 24 23.17939 1250 0.163928591 1250 24.16392859 12.5 P42 ‐0.36343 42 58 1016.484 ‐0.36343 1016.484 ‐0.00036 ‐0.00097 1016.484 ‐0.98454 24 23.01546 2150 3.90799E‐14 2150 24 21.5 P15 0.655236 15 31 1149.72 0.655236 1149.721 0.00057 ‐4.1E‐05 1149.721 ‐0.04729 24 23.95271 2300 0.937248552 2300 24.93724855 23 1.245155 max 0 0.72892417 2037.753 min 0.000611 fold 0 0.72892417 P4 ‐0.8796 4 20 ‐1149.82 ‐0.8796 1149.821 3.142358 3.141936 ‐1149.82 ‐0.39498 36.2 35.80502 0.15660617 0 36.35660617 P31 ‐0.98165 31 47 ‐1020.38 ‐0.98165 1020.383 3.142555 3.142133 ‐1020.38 ‐0.55159 36.2 35.64841 150 150 36.2 1.5 P35 ‐0.46989 35 51 ‐78.0717 ‐0.46989 78.07308 3.147611 3.14719 ‐78.0719 ‐0.43699 36.2 35.76301 1050 0.114601667 1050 36.31460167 10.5 P26 ‐0.03427 26 42 49.70173 ‐0.03427 49.70174 ‐0.00069 ‐0.00111 49.70171 ‐0.05522 36.2 36.14478 1150 0.496368874 1150 36.69636887 11.5 P39 ‐0.23014 39 55 77.57033 ‐0.23014 77.57067 ‐0.00297 ‐0.00339 77.57023 ‐0.26283 36.2 35.93717 1250 0.288759456 1250 36.48875946 12.5 P43 ‐0.12327 43 59 1016.254 ‐0.12327 1016.254 ‐0.00012 ‐0.00054 1016.254 ‐0.55159 36.2 35.64841 2150 ‐8.5265E‐14 2150 36.2 21.5 P14 0.665615 14 30 1149.967 0.665615 1149.968 0.000579 0.000157 1149.968 0.180941 36.2 36.38094 2300 0.732531976 2300 36.93253198 23 0.858376 max 0 0.49636887 2036.637 min 8.5265E‐14 0.000421 fold 0 0.49636887 P5 ‐0.11472 5 21 ‐1149.55 ‐0.11472 1149.55 3.141692 3.141407 ‐1149.55 0.213752 48.1 48.31375 0 0.527013939 0 48.62701394 P32 ‐0.60406 32 48 ‐1017.72 ‐0.60406 1017.716 3.142186 3.1419 ‐1017.72 ‐0.31326 48.1 47.78674 150 150 48.1 1.5 P36 ‐0.04269 36 52 ‐80.3338 ‐0.04269 80.33385 3.142124 3.141838 ‐80.3339 ‐0.01973 48.1 48.08027 1050 0.293526966 1050 48.39352697 10.5 P27 0.168087 27 43 50.13605 0.168087 50.13633 0.003353 0.003067 50.13609 0.153762 48.1 48.25376 1150 0.467023323 1150 48.56702332 11.5 P40 ‐0.11733 40 56 80.42626 ‐0.11733 80.42635 ‐0.00146 ‐0.00174 80.42622 ‐0.14031 48.1 47.95969 1250 0.17295421 1250 48.27295421 12.5 P44 ‐0.02214 44 60 1018.847 ‐0.02214 1018.847 ‐2.2E‐05 ‐0.00031 1018.847 ‐0.31326 48.1 47.78674 2150 ‐1.9185E‐13 2150 48.1 21.5 P13 ‐0.33668 13 29 1149.922 ‐0.33668 1149.922 ‐0.00029 ‐0.00058 1149.922 ‐0.66525 48.1 47.43475 2300 ‐0.35198929 2300 47.74801071 23 0.581919 max 0 0.46702332 2036.563 min 1.9185E‐13 0.000286 fold 0 0.46702332 P7 ‐0.12763 7 23 ‐1105.12 ‐0.12763 1105.117 3.141708 3.141755 ‐1105.12 ‐0.17911 60.3 60.12089 45 1.27898E‐13 45 60.3 0.45 1105 45 P8 ‐0.02122 8 24 ‐414.986 ‐0.02122 414.9859 3.141644 3.14169 ‐414.986 ‐0.04055 60.3 60.25945 735 0.138552706 735 60.43855271 7.35 415 735 P9 ‐0.01609 9 25 44.98613 ‐0.01609 44.98613 ‐0.00036 ‐0.00031 44.98613 ‐0.014 60.3 60.286 1195 0.165107717 1195 60.46510772 11.95 45 1195 P10 ‐0.07683 10 26 504.8316 ‐0.07683 504.8316 ‐0.00015 ‐0.00011 504.8316 ‐0.05332 60.3 60.24668 1655 0.125788167 1655 60.42578817 16.55 505 1655 P11 ‐0.23058 11 27 1104.938 ‐0.23058 1104.938 ‐0.00021 ‐0.00016 1104.938 ‐0.17911 60.3 60.12089 2255 2255 60.3 22.55 1105 2255 ‐0.10295 max 0.16510772 2210.055 min ‐4.7E‐05 fold 0.16510772

DOOR1 BS DOOR1 P1 3.119871 3.113944 0.218708 P2 3.125738 3.825677 0.217335 P3 3.137643 5.305549 0.214795 P4 3.146522 6.489079 0.212571 P5 3.154026 7.553095 0.210936 P6 3.16309 8.793236 0.208354 P7 3.066332 8.977798 0.300287 P8 3.064385 8.979155 0.990414 P9 3.063151 8.979787 1.450384 P10 3.061986 8.980778 1.910227 P11 3.060538 8.981797 2.510331 P12 3.157622 8.79779 2.603627 P13 3.148793 7.677767 2.605641 P14 3.138587 6.493586 2.607802 P15 3.129397 5.309729 2.609673 P16 3.120491 4.125906 2.611894 P17 3.112435 3.102277 2.613623 P18 3.10122 2.904872 2.550366 P19 3.113465 2.90374 1.886123 P20 3.114506 2.90257 1.426231 P21 3.115344 2.901754 0.966383 P22 3.106911 2.900868 0.281662 P23 3.118422 3.37073 1.490999 P24 3.122918 3.96269 1.490037 P25 3.132019 5.146516 1.487766 P26 3.141027 6.330046 1.485503 P27 3.150028 7.514352 1.483818 P28 3.158911 8.698279 1.482062 P29 3.009102 4.208306 0.394707 P30 3.018858 5.390663 0.390501 P31 3.027443 6.576229 0.389264 P32 3.036253 7.759277 0.389814 P33 3.006259 4.204613 1.336293 P34 3.015346 5.386114 1.335108 P35 3.024391 6.574599 1.331575 P36 3.033161 7.757183 1.327196 P37 3.00567 4.21092 1.494004 P38 3.015061 5.389556 1.491035 P39 3.023734 6.57463 1.487216 P40 3.032787 7.75494 1.48796 P41 3.003166 4.208286 2.430971 P42 3.012144 5.390284 2.428247 P43 3.021137 6.578194 2.425891 P44 3.030213 7.75987 2.42637

P45 3.119574 3.966191 2.589491 P46 3.128244 5.149744 2.587307 P47 3.137549 6.333509 2.585455 P48 3.147013 7.517772 2.583371 P49 3.156121 8.701469 2.581069