# ## ## CTIO Concentricities File Version 3.1.6 (February 2006) ## Updated October 2009 ## ## v3.1.6 fiber 3,34,36,59,92,142,195 add to broken fibers ## v3.1.6 fiber 209 add to broken fibers (feb8) ## v3.1.5 unlocked 144, as this is good again... ## v3.1.4 More locked fibers... ## v3.1.5 fiber 74 broken ## # v3.1.4 Locked 195 (low throughput) and 241 (slit position 0) # v3.1.3 August 2002. The following fibers have been locked # in this file: # # ============================== # fiber slit reason # number number # ------------------------------ # 30 55 fixed!!! # 1 62 fixed!!! # 74 109 fixed!!! # 92 38 broken # 34 41 low throughput # 3 88 low throughput # ------------------------------ # # v3.1.2 Defined slit gaps at slit positions 113,136 KAO 15/10/01 # v3.1.1 Locked fibers are: 1,3,30,34 KAO 1/10/01 # v3.1 New concentricities measurements after the incident # that ended with two broken fibers. # v3.0 FOPS, Large fibers, Small fibers. Proper slit to fiber # assignments for Large Fibers and most of the Small fibers. # v2.2 slit numbers changed to run from 1-139 for L cable # Output CCD image will have two blank rows. These rows # do NOT have slit numbers associated with them. # v2.1 Input fiber to slit mapping for large fibers # v2.0 Concentricities measured with logs concen112598 and concen112698 # # Lines beginning with '#' are comments # Line beginning with '##' are comments printed at run time # # 07/07/08 fiber # 117 broken and locked. # # 20100917 fiber # 243 broken and locked. # # CABLE DEFINITIONS CABLE DEFINITIONS CABLE DEFINITIONS CABLE DEFINITIONS # # Format -- Cable definations # # (field) (description) # # CABLE = Cable idenifier # (once character, upper case) # # LABELS = Cable labels # A character, either 'A' or 'N'. Affects references # to slit position inquiries. # 'A' means that fibers are identified with alpha # characters A-Z (limit of 26 fibers in a cable) # 'N' means that integers are used to reference # them. (alpha, no space). For Alpha references, # a slit position of 1 maps to 'A', 2 maps to 'B', etc. # # NAME = Cable name # (alpha, no space, case insensitive) # # DESCR = Description, not used by code # (alpha, spaces are ok) # # NOTE: A cable doesn't exist if it's not listed below! # #CABLE LABELS SELECT? NAME DESCR F A N FOPS Field orientation Probes S N Y SMALL Red cable L N Y LARGE Blue cable P N Y PHOT Photometry cable E N N EXTRA Spare cable Z N N NULL Nonexistant cable (missing fibers should belong to this) # FIBER DEFINITIONS FIBER DEFINITIONS FIBER DEFINITIONS FIBER DEFINITIONS # # # Format -- fiber entries # # (field) (description) # # FIB = fiber # on plate # (integer, zero indexed ) # # SLIT = slit position # (positive integer) # # C = cable membership # (single character) # (see cable definitions above) # # F = special flags # (single character) # # A = Active fiber # L = Broken fiber # L = Locked fiber # Z = Nonexistant Fiber # # R = Concentricity offset # (floating point) # (encoder units) # # THETA = Concentricity angle # (floating point) # (radians) # #FIB SLIT C F r THETA 0 0 F A 42.9 2.7821 1 62 L A 19.5 0.2862 2 0 S L 39.6 2.5810 3 88 L L 41.5 1.7182 4 22 S L 20.9 2.2020 5 14 L A 94.2 0.2400 6 41 S L 29.5 -2.0504 7 99 L A 13.7 0.4946 8 10 S L 41.0 -1.5307 9 60 L A 11.2 1.7834 10 48 S L 74.9 -1.9467 11 135 L A 14.6 2.3040 12 50 S L 83.3 -2.2761 13 9 L A 16.8 1.5539 14 49 S L 134.3 1.6555 15 90 L A 22.5 -2.7151 16 0 S L 17.1 1.3643 17 30 L A 26.2 -2.6371 18 26 S L 36.4 -1.9340 19 101 L A 65.3 -1.9051 20 38 S L 13.7 2.4038 21 39 L A 13.8 -1.3568 22 44 S L 25.9 -2.8315 23 70 L A 28.2 2.5721 24 0 F A 28.4 1.9905 25 9 S L 30.8 -0.2120 26 31 L A 20.7 -0.3607 27 3 S L 35.9 1.6921 28 124 L A 47.0 1.8589 29 14 S L 76.8 -1.1893 30 55 L A 10.0 -0.4970 31 43 S L 32.1 1.7687 32 73 L A 24.4 -0.5653 33 57 S L 57.6 1.6406 34 41 L L 8.2 -0.1000 35 0 S L 70.9 -1.4710 36 93 L L 33.8 2.0693 37 55 S L 40.3 -0.4765 38 17 L A 43.7 -1.3503 39 40 S L 39.4 1.3617 40 128 L A 1.6 -0.9335 41 60 S L 15.5 2.7232 42 29 L A 12.9 2.0772 43 49 S L 43.5 -0.6166 44 126 L A 41.2 -3.0499 45 39 S L 97.1 0.0003 46 28 L A 14.8 -2.5362 47 28 S L 38.1 1.6070 48 0 F A 46.1 2.1018 49 118 L A 10.2 -2.4862 50 58 S L 34.0 -1.3618 51 64 L A 25.6 2.5348 52 0 S L 12.4 1.6141 53 75 L A 24.4 -2.4408 54 8 S L 36.8 3.0918 55 32 L A 29.7 -1.7583 56 4 S L 66.4 2.4978 57 96 L A 33.0 1.7694 58 19 S L 10.9 2.8907 59 36 L L 31.3 2.5643 60 46 S L 20.0 -1.5840 61 138 L A 47.6 2.0606 62 17 S L 6.5 2.6471 63 26 L A 28.4 -2.2314 64 56 S L 42.7 -2.3095 65 120 L A 24.8 -2.5187 66 30 S L 24.0 -1.9679 67 2 L A 17.1 -2.3933 68 54 S L 15.0 2.5620 69 131 L A 22.6 2.7609 70 27 S L 27.9 2.1869 71 35 L A 41.6 2.2701 72 0 F A 33.9 1.0835 73 0 S L 40.7 -1.9031 74 109 L L 24.0 -2.9084 75 0 S L 40.3 2.2879 76 40 L A 15.8 2.1787 77 0 S L 36.8 -1.6190 78 133 L A 42.5 2.4545 79 18 S L 51.9 2.4771 80 44 L A 37.5 3.0266 81 52 S L 8.0 -2.8064 82 83 L A 23.7 0.9827 83 25 S L 18.9 1.8958 84 65 L A 25.5 2.2144 85 0 S L 16.8 1.0322 86 122 L A 17.3 -1.4234 87 7 S L 25.1 -1.1315 88 13 L A 18.6 2.3422 89 51 S L 55.0 -2.8629 90 71 L A 53.7 2.2760 91 33 S L 45.6 -1.8405 92 38 L L 40.0 1.6999 93 59 S L 40.5 1.8631 94 106 L A 32.7 2.2830 95 35 S L 12.0 2.8855 96 0 F A 16.2 0.3630 97 56 L A 43.6 -2.1719 98 15 S L 29.1 -1.0860 99 134 L A 40.5 -2.3277 100 45 S L 49.5 -1.7159 101 51 L A 34.0 -2.7765 102 23 S L 44.5 -1.3231 103 89 L A 81.2 -2.3758 104 37 S L 34.5 -1.5554 105 59 L A 111.4 -2.3815 106 20 S L 122.6 1.5827 107 110 L A 83.1 -2.9964 108 11 S L 38.7 -1.7952 109 42 L A 89.5 -2.4911 110 29 S L 58.0 -2.4647 111 107 L A 74.3 -2.9031 112 1 S L 91.8 2.2498 113 58 L A 111.7 -2.3465 114 0 S L 40.7 -2.0904 115 102 L A 109.6 -2.7181 116 12 S L 31.7 -1.8032 117 47 L L 94.1 -2.7101 118 53 S L 15.7 -0.3520 119 78 L A 57.7 -2.8488 120 0 F A 19.1 -1.6900 121 42 S L 12.1 2.4341 122 24 L A 38.9 2.7232 123 13 S L 18.2 -2.9335 124 95 L A 31.5 2.0674 125 6 S L 42.8 -1.4230 126 20 L A 11.0 1.0919 127 36 S L 42.9 -1.2437 128 117 L A 88.0 1.3640 129 24 S L 36.0 0.7177 130 37 L A 40.1 2.3961 131 16 S L 30.8 2.1466 132 80 L A 59.2 2.7756 133 0 S L 16.2 3.0741 134 18 L A 5.0 2.6884 135 31 S L 7.1 -2.6156 136 91 L A 13.1 2.3934 137 21 S L 7.5 -2.6512 138 34 L A 91.0 1.8402 139 99 S L 94.3 2.6474 140 121 L A 25.5 2.4379 141 75 S L 47.1 -3.0319 142 15 L L 12.3 2.6011 143 78 S L 97.4 2.0555 144 0 F A 38.0 -2.6183 145 98 L A 33.3 -3.1062 146 83 S L 86.6 -3.0778 147 16 L A 35.2 3.1018 148 71 S L 40.9 -1.7926 149 84 L A 23.9 2.7012 150 82 S L 25.1 -2.4813 151 33 L A 16.3 3.0854 152 95 S L 26.5 1.5052 153 94 L A 27.6 3.0022 154 61 S L 61.0 2.8494 155 67 L A 31.5 -2.6409 156 109 S L 79.2 2.4119 157 77 L A 50.4 -1.6728 158 80 S L 28.3 -2.7065 159 61 L A 12.1 -2.3452 160 86 S L 31.8 2.6945 161 141 L A 43.3 2.8070 162 91 S L 39.8 -0.8030 163 7 L A 10.1 -1.5673 164 108 S L 61.8 -0.0879 165 76 L A 3.0 2.8782 166 63 S L 51.1 3.0911 167 10 L A 3.3 0.7265 168 0 F A 45.6 3.0452 169 72 S L 39.6 2.6641 170 105 L A 41.8 -2.9233 171 105 S L 26.5 3.1227 172 68 L A 33.9 2.9756 173 87 S L 35.9 -0.5235 174 103 L A 21.9 2.2368 175 114 S L 8.3 0.9039 176 23 L A 16.3 -2.3241 177 0 S L 49.9 1.5705 178 115 L A 11.1 2.7926 179 98 S L 12.6 -1.2857 180 27 L A 17.5 3.1285 181 0 S L 39.9 -0.4298 182 92 L A 44.7 2.3925 183 107 S L 21.3 -2.7901 184 130 L A 31.3 -1.9517 185 76 S L 39.0 1.9637 186 72 L A 18.2 -1.9422 187 62 S L 25.4 -1.9931 188 1 L A 21.3 -2.4320 189 111 S L 49.1 -0.7825 190 111 L A 42.4 -2.6663 191 0 S L 11.2 -1.2316 192 0 F A 15.8 -2.6271 193 4 L A 34.6 -1.4208 194 140 L A 53.8 2.1359 195 123 L L 18.5 -2.0829 196 69 S L 54.3 2.1306 197 66 L A 26.9 2.9384 198 70 S L 28.9 1.9595 199 85 L A 7.2 -2.1634 200 92 S L 26.9 -0.8527 201 21 L A 45.4 -1.7142 202 81 S L 80.5 -2.6219 203 69 L A 36.0 -1.1732 204 0 S L 49.6 -1.0790 205 52 L A 20.0 2.1981 206 0 S L 24.1 -2.9433 207 137 L A 24.9 -2.4522 208 68 S L 42.9 -1.5813 209 53 L A 30.9 -2.1913 210 116 S L 88.5 -1.9048 211 112 L A 18.1 2.7981 212 0 S L 22.0 2.2826 213 49 L A 42.2 -2.7439 214 106 S L 59.7 -1.2222 215 119 L A 20.1 -2.3861 216 0 F A 16.1 -2.8566 217 96 S L 27.2 -1.6693 218 48 L A 40.1 -2.3728 219 65 S L 14.3 2.7865 220 129 L A 42.3 -2.5631 221 100 S L 38.5 -1.9830 222 8 L A 32.0 -2.3867 223 90 S L 16.9 -1.5859 224 87 L A 30.7 -3.0935 225 0 S L 16.0 -2.7291 226 46 L A 31.6 -2.8965 227 88 S L 40.1 2.5534 228 132 L A 42.4 -2.2086 229 64 S L 54.5 -2.1618 230 22 L A 48.4 -3.1226 231 102 S L 32.7 -2.7259 232 104 L A 28.9 -1.6837 233 77 S L 39.6 -1.5333 234 19 L A 35.1 -2.9001 235 85 S L 37.2 -3.1074 236 81 L A 38.1 -2.7083 237 84 S L 52.5 2.9127 238 54 L A 29.8 -2.0588 239 115 S L 38.8 -1.8142 240 0 F A 20.9 -2.8694 241 0 L L 19.4 1.5408 242 94 S L 32.5 -1.1376 243 63 L L 42.1 -2.1972 244 67 S L 33.0 2.6682 245 82 L A 17.1 1.9608 246 89 S L 77.2 -1.4381 247 5 L A 20.8 2.6150 248 104 S L 68.4 1.7389 249 79 L A 57.4 -2.5717 250 110 S L 55.7 -1.2177 251 11 L A 36.3 3.1413 252 66 S L 38.1 1.9034 253 114 L A 11.0 -2.7077 254 79 S L 21.5 0.5015 255 57 L A 21.5 -2.3861 256 0 S L 16.2 -2.9803 257 127 L A 7.9 2.8410 258 93 S L 23.5 -1.1445 259 6 L A 44.5 -2.3334 260 101 S L 93.2 -1.6953 261 100 L A 40.7 -2.0367 262 0 S L 54.4 2.2434 263 25 L A 26.4 -2.4530 264 0 F A 32.6 0.8383 265 97 S L 89.9 1.3644 266 97 L A 31.2 -2.3212 267 103 S A 40.8 -2.5378 268 12 L A 48.1 -2.7241 269 74 S L 76.8 -1.0431 270 139 L A 55.8 -2.9700 271 112 S L 36.2 -0.8422 272 3 L A 21.8 2.8199 273 113 S L 17.8 -1.5946 274 116 L A 39.0 -2.6704 275 47 S L 13.6 1.9668 276 50 L A 37.4 2.6975 277 5 S L 12.2 -1.6591 278 86 L A 21.4 -2.7624 279 34 S L 78.0 -1.5565 280 43 L A 49.2 -2.7256 281 2 S L 45.7 1.8845 282 108 L A 55.1 -2.9969 283 32 S L 35.9 2.6162 284 45 L A 66.8 3.0498 285 0 S L 19.1 -2.8700 286 74 L A 31.9 2.4855 287 125 L A 8.8 3.0606