S 1 0 0.0 -30 54 F409 - 4 - 46 I I - 8: 13.4 15.0 16.9 0 2.6 -30 37 168 118 11.97 -78.75 0 5 17.1 1O S 2 0 0.2 -30 12 F409 - 2 - 9 RI I-II 11: 14.5 14.7 15.9 0 2.8 -29 55 B 166 155 15.44 -78.95 0 4 16.1 1O S 3 0 0.6 -28 10 F409 + 3 +100 I I 11 14.5 15.3 16.8 0 3.2 -27 53 161 264 26.10 -79.27 0 5 17.0 1O S 4 0 1.3 -70 16 F050 + 3 - 13 IR I-II - 8 15.4 15.9 17.7 0 3.8 -69 59 D 161 151 308.83 -46.59 0 5 17.2 1O S 5 0 2.1 -45 54 F292 +130 - 50 I II - 7: 13.9 14.6 16.0 0 4.6 -45 37 34 114 326.59 -69.30 .0395 0 4 16.2 1O S 6 0 2.2 -30 46 F409 + 21 - 39 I I 7: 12.9 14.2 15.4 0 4.8 -30 29 143 125 11.99 -79.24 .0270 0 3 15.6 1O S 7 0 2.6 -17 3 F538 + 31 +160 I I? 78 18.0: 19.1 20.3 0 5.2 -16 46 133 324 74.61 -75.10 1 6 17.5 1C S 8 0 4.4 -67 57 F050 + 19 +112 I I -18? 14.8 15.9 17.0 0 6.9 -67 40 D 145 276 309.35 -48.90 0 5 17.1 2O S 9 0 4.6 -44 39 F292 +157 + 16 IR I-II -12 14.5 15.1 16.0 0 7.1 -44 22 7 180 327.36 -70.60 0 4 16.2 1O S 10 0 6.0 -29 17 F409 + 66 + 40 R I 28 15.9 18.6 19.5 0 8.5 -29 0 98 204 19.22 -80.36 0 6 17.4 1O S 11 0 6.0 -39 54 F293 + 59 + 8 RI I-II -11 19.2 19.3 19.5 0 8.5 -39 37 105 172 335.74 -74.65 0 6 17.4 1O S 12 0 6.8 -35 38 F349 + 71 - 29 IR II-III? 3 13.6: 14.0: 15.1 0 9.3 -35 21 BO 93 135 347.87 -77.82 0 3 15.3 1C S 13 0 8.4 -51 29 F193 + 68 - 80 I III ( 53) 18.7? 19.1 20.1 0 10.9 -51 12 96 84 317.90 -64.73 1 6 17.4 1C S 14 0 9.6 -51 36 F193 + 77 - 87 R III: ( 70) 19.3 19.6 20.2 0 12.1 -51 19 87 77 317.40 -64.69 1 6 17.5 1C S 15 0 10.2 -17 30 F539 -140 +136 IR II-III 11 16.1 16.7 16.8 0 12.7 -17 13 304 300 78.88 -76.66 0 5 17.0 1O S 16 0 10.3 -52 5 F149 + 81 +156 I III (113) 19.4 20.0 20.6 0 12.8 -51 48 83 320 316.77 -64.27 2 6 17.5 1C S 17 0 11.2 -38 2 F293 +116 +107 IR II -23 15.6 15.9 18.0 0 13.7 -37 45 BD 48 271 337.33 -76.74 0 6 17.3 1O S 18 0 11.8 -65 27 F078 + 62 - 24 I II-III 19 16.5 17.7 18.3 0 14.2 -65 10 102 140 309.20 -51.50 0 6 17.3 1O S 19 0 13.1 -68 7 F050 + 63 + 99 I II 17 15.4 16.1 17.7 0 15.5 -67 50 D 101 263 308.09 -48.93 0 5 17.2 1O S 20 0 14.1 -70 0 F050 + 61 - 1 IR II 28 16.8 17.5 18.2 0 16.5 -69 43 D 103 163 307.38 -47.10 0 6 17.3 1O S 21 0 14.1 -84 21 F002 + 18 + 35 I II - 8 14.3 15.1 16.0 0 15.9 -84 4 Q 146 199 304.03 -32.98 0 4 16.1 1O S 22 0 14.8 -43 58 F241 + 44 + 56 RI III? 79 18.5 18.8 20.2 0 17.3 -43 41 120 220 323.34 -72.06 1 6 17.5 1C S 23 0 15.6 -64 38 F078 + 86 + 18 I III - 9 18.7 19.1 19.4 0 18.0 -64 21 78 182 308.86 -52.39 0 6 17.4 1O S 24 0 15.8 -68 27 F050 + 75 + 80 I III 12 16.7* 18.8 19.3 0 18.2 -68 10 89 244 307.61 -48.65 0 6 17.4 1O S 25 0 16.5 -64 34 F078 + 91 + 22 I III 2 18.1 18.8 19.3 0 18.9 -64 17 73 186 308.73 -52.47 0 6 17.4 2O S 26 0 16.6 -20 44 F539 - 57 - 37 RI II-III 85 18.9 19.2 19.7 0 19.1 -20 27 221 127 73.32 -80.05 2 6 17.4 1O S 27 0 16.7 -69 43 F050 + 75 + 13 IR II 19 16.0 17.8 18.1 0 19.0 -69 26 DQ 89 177 307.14 -47.42 0 6 17.3 1O S 28 0 16.9 -17 28 F539 - 54 +138 I II 3 14.6 14.7 15.6 0 19.4 -17 11 218 302 84.64 -77.61 0 4 15.8 1O S 29 0 17.1 -67 40 F050 + 85 +122 I II - 8 15.4 15.5 16.5 0 19.4 -67 23 79 286 307.66 -49.44 0 5 16.7 1O S 30 0 17.7 -81 6 F012 + 35 - 57 RI: II -20? 15.4 16.0 16.8 0 19.7 -80 49 129 107 304.50 -36.21 0 5 16.8 2O S 31 0 18.1 -67 57 F050 + 89 +106 IR III 1 17.6 18.9 19.3 0 20.4 -67 40 75 270 307.44 -49.18 0 6 17.4 1O S 32 0 19.6 -39 49 F294 - 67 + 11 I III 14 15.4* 18.4 18.6 0 22.1 -39 32 231 175 327.28 -76.17 0 6 17.3 1O S 33 0 20.0 -65 56 F078 +106 - 53 I II-III 11 16.9 17.6 18.0 0 22.3 -65 39 58 111 307.72 -51.20 0 6 17.3 2O S 34 0 20.0 -67 21 F050 +101 +137 R III -16 18.9 19.1 19.6 0 22.3 -67 4 B 63 301 307.33 -49.81 0 6 17.4 1O S 35 0 20.3 -39 25 F294 - 60 + 32 IR II 12 15.4 15.6 16.4 0 22.8 -39 8 D 224 196 327.58 -76.59 0 5 16.6 1O S 36 0 21.2 -39 9 F294 - 51 + 47 I II-III 29 15.6* 17.4 18.1 0 23.7 -38 52 215 211 327.47 -76.90 0 6 17.3 1O S 37 0 21.2 -42 32 F294 - 50 -134 RI I-II - 1 13.9 15.0 15.9 0 23.7 -42 15 D 214 30 321.70 -73.85 0 4 16.2 2O S 38 0 21.3 -38 32 F294 - 50 + 80 I I-II 16 15.6 16.1 18.1 0 23.8 -38 15 214 244 328.74 -77.45 0 6 17.3 1O S 39 0 21.5 -20 27 F539 + 4 - 22 R III 52 18.4 19.4 19.7 0 24.0 -20 10 160 142 79.44 -80.63 1 6 17.4 1O S 40 0 22.4 -37 2 F294 - 39 +160 IR I-II 21 17.2 17.8 18.6 0 24.9 -36 45 203 324 331.57 -78.85 0 6 17.3 1O S 41 0 23.0 -33 18 F350 - 14 + 91 RI II 26 13.6? 14.4 15.3 0 25.5 -33 1 O 178 255 344.96 -81.86 .0498 0 3 15.5 1C S 42 0 23.2 -65 0 F079 -120 - 4 I I-II 26 15.4 17.5 18.1 0 25.5 -64 43 284 160 307.45 -52.18 0 6 17.3 2O S 43 0 23.3 -19 29 F539 + 27 + 30 I II 18 15.4 16.1 18.0 0 25.8 -19 12 137 194 85.00 -80.13 0 6 17.3 1O S 44 0 23.3 -27 40 F410 0 +127 I: II: 54 18.7 18.9 19.9 0 25.8 -27 23 164 291 28.85 -84.30 1 6 17.4 1C S 45 0 23.3 -57 15 F150 - 73 -121 I II 20 14.6? 15.3? 16.7? 0 25.7 -56 58 DR 237 43 309.92 -59.80 (.0241) 0 4 16.4 1O,1C S 46 0 23.6 -37 38 F294 - 25 +128 I III 9 15.1* 16.0 16.9 0 26.1 -37 21 189 292 328.97 -78.46 0 5 17.1 1O S 47 0 24.0 -51 54 F150 - 76 +166 I II 6: 15.4 15.7 17.1 0 26.4 -51 37 DR 240 330 312.17 -65.05 0 5 17.2 1O S 48 0 24.2 -54 13 F150 - 71 + 43 IR II-III 29 15.9? 17.4 18.1 0 26.6 -53 56 235 207 310.95 -62.80 0 6 17.3 1O S 49 0 24.4 -53 38 F150 - 70 + 74 I II -43 15.4 15.8 17.1 0 26.8 -53 21 R 234 238 311.16 -63.38 0 5 17.2 1O S 50 0 24.8 -47 6 F194 - 49 +156 IR III: ( 78) 18.8: 19.3 20.4 0 27.2 -46 49 213 320 314.96 -69.74 1 6 17.5 1C S 51 0 25.3 -36 59 F294 - 7 +163 RI I 26: 14.6 16.3 16.8 0 27.8 -36 42 171 327 329.09 -79.19 0 5 17.0 1O S 52 0 25.3 -54 28 F150 - 62 + 29 IR II 26 15.6 16.8 17.5 0 27.7 -54 11 D 226 193 310.50 -62.59 0 5 17.2 1O S 53 0 25.4 -44 32 F242 - 29 + 28 I II-III 1 16.1 18.3 18.6 0 27.8 -44 15 193 192 316.90 -72.23 0 6 17.3 1O S 54 0 25.9 -52 10 F194 - 37 -114 I III 48 18.8 19.1 19.9 0 28.3 -51 53 201 50 311.36 -64.86 0 6 17.4 1C S 55 0 25.9 -52 16 F150 - 60 +148 I I-II -40: 15.3 15.9 17.5 0 28.3 -51 59 R 224 312 311.31 -64.76 0 5 17.2 1O S 56 0 26.0 -63 27 F079 -113 + 79 I II 12 14.6 15.4 16.7 0 28.3 -63 10 BD 277 243 307.35 -53.76 0 5 16.9 2O S 57 0 26.0 -65 58 F079 - 98 - 55 I II-III 20 16.5 17.5 18.3 0 28.3 -65 41 262 109 306.75 -51.27 0 6 17.3 2O S 58 0 26.1 -69 18 F050 +120 + 31 IR I-II 1 14.9 15.6 16.5 0 28.3 -69 1 D 44 195 306.03 -47.97 0 5 16.7 2O S 59 0 28.2 -47 48 F242 - 2 -147 IR I-II 4 15.3 15.6 16.8 0 30.6 -47 31 D 166 17 312.88 -69.20 0 5 17.0 1O S 60 0 32.0 -18 53 F540 -128 + 62 R: II-III 73 19.2 19.5 20.2 0 34.5 -18 36 292 226 97.49 -80.63 1 6 17.5 1C S 61 0 32.0 -39 24 F294 + 61 + 32 IR II-III 21 15.4 15.7 17.6 0 34.4 -39 7 D 103 196 318.34 -77.49 0 5 17.2 1O S 62 0 32.5 -47 36 F194 + 20 +129 I II? ( 71) 18.8: 19.4 20.1 0 34.9 -47 19 B 144 293 310.99 -69.54 1 6 17.4 1C S 63 0 33.5 -52 28 F150 + 2 +137 I II -44 15.3* 15.8 17.0 0 35.8 -52 11 DR 162 301 308.55 -64.77 (.0417) 0 5 17.2 1O S 64 0 36.7 -39 8 F295 -160 + 44 I I-II 10 14.1 15.4 16.6 0 39.1 -38 51 324 208 314.54 -77.99 0 5 16.8 1O S 65 0 38.2 -62 40 F079 - 38 +126 IR II-III 11 17.0 18.0 18.6 0 40.4 -62 23 DQ 202 290 305.15 -54.69 0 6 17.3 1O S 66 0 38.5 -53 53 F150 + 42 + 60 I II 15 15.0 15.7 16.6 0 40.8 -53 36 DR 122 224 306.47 -63.45 0 5 16.8 1O S 67 0 38.6 -44 46 F243 -166 + 10 RI II-III: ( 93) 19.6 20.0 21.0 0 41.0 -44 29 330 174 309.16 -72.51 2 6 17.5 1C S 68 0 38.7 -28 7 F474 - 65 -167 R II-III: 100 18.5: 19.3 20.0 0 41.2 -27 50 229 -3 14.95 -87.61 2 6 17.4 1C,1O S 69 0 39.1 -38 10 F295 -137 + 97 I I - 5: 13.4 15.0 16.8 0 41.5 -37 53 301 261 313.29 -79.04 0 5 17.0 1O S 70 0 39.6 -28 19 F411 - 77 + 92 I II-III 15: 15.3 15.9 17.3 0 42.1 -28 2 241 256 8.66 -87.73 0 5 17.2 1O S 71 0 41.0 -38 30 F295 -117 + 80 RI I-II 19 18.0: 18.7 19.3 0 43.4 -38 13 281 244 311.07 -78.77 0 6 17.4 1O S 72 0 41.4 -34 12 F351 - 75 + 46 IR II-III 65 18.6 18.9 19.7 0 43.8 -33 55 239 210 316.03 -83.01 1 6 17.4 1O S 73 0 41.8 -39 38 F295 -107 + 19 IR I-II 21 15.5 16.8 17.5 0 44.2 -39 21 271 183 309.52 -77.68 0 5 17.2 1O S 74 0 43.4 -50 13 F195 -147 - 13 I II 21: 15.0 15.3 15.7 0 45.7 -49 56 311 151 305.32 -67.16 .0283 0 4 15.9 1O S 75 0 43.6 -69 6 F051 - 44 + 50 IR III 26 17.3 17.8 18.1 0 45.6 -68 49 D 208 214 303.73 -48.29 0 6 17.3 1O S 76 0 44.3 -55 54 F150 + 83 - 49 IR I-II 19 16.8: 18.8 19.3 0 46.5 -55 37 81 115 304.39 -61.49 0 6 17.4 1O S 77 0 44.5 -55 1 F150 + 86 - 2 RI I 29 15.1 15.4 16.8 0 46.7 -54 44 BR 78 162 304.40 -62.37 0 5 17.0 1O S 78 0 45.2 -48 31 F195 -136 + 79 R I - 4 13.9 15.1 15.9 0 47.5 -48 14 D 300 243 304.75 -68.87 0 4 16.1 1O S 79 0 45.3 -64 48 F079 + 5 + 11 I II 16 15.3 15.9 17.5 0 47.4 -64 31 159 175 303.66 -52.60 0 5 17.2 1O S 80 0 45.9 -58 41 F112 + 49 + 72 I III 28 17.1 17.2 17.8 0 48.1 -58 24 D 115 236 303.78 -58.71 0 5 17.2 1C S 81 0 46.0 -49 23 F195 -126 + 33 IR II-III 26 15.6 16.1 16.7 0 48.3 -49 6 290 197 304.31 -68.01 0 5 16.9 1O S 82 0 46.2 -65 11 F079 + 10 - 10 I: II -11 13.8 15.1 16.5 0 48.3 -64 54 154 154 303.49 -52.21 0 5 16.7 1O S 83 0 46.5 -34 31 F351 - 19 + 29 I II 12 15.4 15.7 17.0 0 48.9 -34 14 183 193 307.16 -82.86 0 5 17.2 1O S 84 0 46.9 -29 48 F411 + 8 + 13 RI I 11 15.7? 17.0 17.4 0 49.3 -29 31 B 156 177 313.75 -87.56 .11 0 5 17.2 1O S 85 0 47.6 -47 39 F195 -116 +126 I II - 6 13.5 15.3? 16.0 0 49.9 -47 22 280 290 303.69 -69.75 (.0196) 0 4 16.2 1O S 86 0 47.7 -48 5 F195 -115 +103 RI II 4 15.1: 15.7 16.4 0 50.0 -47 48 279 267 303.62 -69.32 0 5 16.6 1O S 87 0 48.7 -55 26 F150 +117 - 26 I II-III 2 17.3 18.9 19.1 0 50.9 -55 9 47 138 303.10 -61.97 0 6 17.4 1O S 88 0 49.4 -34 12 F351 + 15 + 46 I II-III 9 15.4 16.0 17.5 0 51.8 -33 55 149 210 302.31 -83.20 0 5 17.2 1O S 89 0 49.8 -37 48 F295 - 25 +118 I II-III 18 13.0* 16.0 17.3 0 52.2 -37 31 189 282 302.13 -79.60 0 5 17.2 1O S 90 0 50.5 -39 14 F295 - 16 + 42 RI II-III 25 17.1 18.1 18.6 0 52.9 -38 57 180 206 301.59 -78.16 0 6 17.3 1O S 91 0 50.9 -25 18 F474 + 81 - 15 R II-III 68 19.1 19.5 20.1 0 53.3 -25 1 83 149 134.57 -87.86 1 6 17.4 1C S 92 0 51.1 -48 26 F195 - 84 + 85 IR II-III 27: 15.1 15.4 16.2 0 53.4 -48 9 248 249 302.04 -68.96 0 4 16.4 1O S 93 0 51.1 -57 41 F150 +127 -148 IR I-II 17 16.5 18.0 18.6 0 53.3 -57 24 D 37 16 302.45 -59.71 0 6 17.3 1O S 94 0 51.6 -59 32 F112 + 87 + 24 R: II-III: 43 19.2 19.5 20.0 0 53.7 -59 15 Q 77 188 302.39 -57.86 0 6 17.4 1C S 95 0 51.7 -55 48 F150 +139 - 47 I II-III 4 18.0 18.2 18.6 0 53.9 -55 31 25 117 302.21 -61.60 0 6 17.3 1O S 96 0 52.5 -46 56 F195 - 73 +166 I II 2: 14.3: 15.5 16.4 0 54.8 -46 39 237 330 301.22 -70.45 0 5 16.6 1O S 97 0 52.5 -66 8 F079 + 43 - 61 I I-II 23 14.5 15.4 16.9 0 54.5 -65 51 D 121 103 302.44 -51.26 0 5 17.1 1O S 98 0 52.6 -20 4 F541 -134 - 3 I II 25 15.9 17.0 18.0 0 55.1 -19 47 298 161 129.60 -82.62 0 6 17.3 1O S 99 0 52.9 -49 43 F195 - 66 + 17 I II-III 3 15.4 15.6 16.7 0 55.2 -49 26 230 181 301.35 -67.67 0 5 16.9 1O S 100 0 53.3 -29 5 F411 + 83 + 50 I II -28 15.3 15.8 17.5 0 55.7 -28 48 81 214 273.90 -88.07 0 5 17.2 1O S 101 0 53.3 -50 12 F195 - 62 - 9 IR II 26: 13.8 14.5 15.6 0 55.5 -49 55 226 155 301.23 -67.19 0 4 15.8 1O S 102 0 53.4 -37 41 F295 + 14 +125 IR II 29: 14.5 15.0 16.3? 0 55.8 -37 24 150 289 298.15 -79.68 0 4 16.4 2O S 103 0 53.4 -85 1 F002 + 60 - 9 IR II-III 19 15.7 16.2 17.7 0 53.1 -84 44 Q 104 155 302.89 -32.38 0 5 17.1 2O S 104 0 53.6 -79 50 F013 - 87 + 4 I I-II 25 16.1 16.5 18.0 0 54.7 -79 33 251 168 302.75 -37.56 0 5 17.2 1O S 105 0 54.0 -29 22 F411 + 91 + 35 I II -59 15.4 15.8 16.8 0 56.4 -29 5 73 199 274.09 -87.75 0 5 17.0 1O S 106 0 54.2 -38 11 F295 + 22 + 98 RI II-III -34 15.3 15.9 16.8 0 56.6 -37 54 142 262 297.57 -79.16 0 5 17.0 1O S 107 0 54.3 -84 9 F002 + 74 + 35 I I-II - 9 13.0 15.4 16.1 0 54.4 -83 52 Q 90 199 302.85 -33.25 0 4 16.2 2O S 108 0 54.9 -29 43 F411 +101 + 15 I I-II 29 15.3 16.3 17.8 0 57.3 -29 26 63 179 274.14 -87.35 0 5 17.2 1O S 109 0 54.9 -31 12 F411 + 99 - 64 I I-II - 4 13.8 14.7 15.8 0 57.3 -30 55 B 65 100 284.66 -85.99 .0316 0 4 16.0 1O S 110 0 55.3 -52 32 F195 - 42 -134 IR III 20 15.7 17.0 17.7 0 57.5 -52 15 D 206 30 300.75 -64.84 0 5 17.2 1O S 111 0 56.0 -44 1 F243 - 2 + 55 I III 45 18.9 19.2 19.7 0 58.3 -43 44 166 219 298.62 -73.32 0 6 17.4 1C S 112 0 56.5 -67 5 F079 + 62 -113 RI: II 16 14.6 15.2 16.1 0 58.4 -66 48 BDQ 102 51 301.86 -50.30 (.0321) 0 4 16.3 3O S 113 0 58.3 -40 30 F295 + 63 - 27 RI I-II 12 12.9 14.6 16.1 1 0.6 -40 13 101 137 295.27 -76.76 .0545 0 4 16.3 1O S 114 0 59.1 -29 35 F412 -118 + 23 I I - 5 17.1 19.1 19.4 1 1.5 -29 18 282 187 258.14 -86.89 0 6 17.4 1O S 115 0 59.5 -49 59 F195 - 9 + 3 R: I -24 13.8 15.8 16.7 1 1.7 -49 42 173 167 298.63 -67.33 0 5 16.9 1O S 116 0 59.5 -52 8 F195 - 8 -112 I II 25 12.6 14.6 15.6 1 1.7 -51 51 172 52 299.17 -65.19 0 4 15.8 1O S 117 0 59.6 -48 2 F195 - 8 +108 IR III 18 16.6 18.9 19.2 1 1.8 -47 45 172 272 298.00 -69.26 0 6 17.4 1O S 118 1 0.4 -17 23 F541 - 35 +141 RI II-III -42 15.1 15.9 16.1 1 2.9 -17 6 199 305 138.31 -79.64 0 4 16.3 1O S 119 1 0.6 -29 28 F412 -101 + 30 RI I-II 39 19.2 19.3 19.8 1 3.0 -29 11 B 265 194 252.71 -86.72 0 6 17.4 1O S 120 1 1.5 -43 9 F295 + 91 -170 RI I-II -17* 14.0 14.6 15.4 1 3.8 -42 52 73 -6 294.69 -74.05 0 3 15.6 1O S 121 1 1.7 -42 50 F243 + 53 +118 I II: ( 98) 19.4 20.0 20.6 1 4.0 -42 33 111 282 294.35 -74.35 2 6 17.5 1C S 122 1 3.3 -41 56 F295 +111 -105 RI I-II -35 15.1 15.8 17.3 1 5.6 -41 39 53 59 292.56 -75.18 0 5 17.2 1O S 123 1 3.4 -38 41 F295 +118 + 69 I III 27 15.4 19.0 19.5 1 5.7 -38 24 46 233 288.99 -78.32 0 6 17.4 1O S 124 1 3.8 -49 30 F195 + 29 + 29 I II-III - 4 15.2 15.4 17.1 1 6.0 -49 13 135 193 296.66 -67.72 0 5 17.2 1O S 125 1 4.2 -51 10 F195 + 31 - 61 IR I-II 13: 15.4: 15.6 16.4 1 6.4 -50 53 133 103 297.13 -66.06 0 5 16.6 1O S 126 1 4.7 -57 52 F113 - 83 +114 I III 4 18.1 18.9 19.3 1 6.8 -57 35 247 278 298.91 -59.41 0 6 17.4 1O S 127 1 5.6 -40 18 F295 +137 - 19 I I-II -13 15.4 15.9 18.0 1 7.9 -40 1 27 145 289.18 -76.65 0 6 17.3 1O S 128 1 5.6 -81 17 F013 - 52 - 71 IR I-II 0 14.8 15.4 16.7 1 6.1 -81 0 216 93 302.23 -36.09 0 5 16.8 1O S 129 1 6.6 -49 22 F195 + 53 + 35 I II 6 15.1 15.3 16.8 1 8.8 -49 6 111 199 295.42 -67.77 0 5 17.0 1O S 130 1 6.9 -49 43 F195 + 56 + 17 IR II-III 17 15.4 16.0 17.8 1 9.1 -49 27 108 181 295.46 -67.42 0 5 17.2 1O S 131 1 7.4 -67 59 F051 + 73 +107 I I-II -17 15.4 15.6 15.9 1 9.2 -67 43 BD 91 271 300.36 -49.32 0 4 16.1 1O S 132 1 8.0 -51 25 F195 + 62 - 75 IR I-II 20 16.9 18.8 19.2 1 10.1 -51 9 102 89 295.79 -65.72 0 6 17.4 1O S 133 1 8.5 -31 1 F412 - 8 - 52 I II 10 15.4 16.0 17.5 1 10.9 -30 45 172 112 254.54 -84.42 0 5 17.2 1O S 134 1 8.7 -27 43 F412 - 6 +124 I II-III 26 16.1 16.8 17.7 1 11.1 -27 27 170 288 218.29 -85.62 0 5 17.2 1O S 135 1 8.7 -48 9 F195 + 74 +101 I III 26 18.0 18.6 19.3 1 10.9 -47 53 90 265 293.85 -68.90 0 6 17.4 1O S 136 1 9.5 -30 0 F412 + 3 + 1 R I-II - 7 18.0 19.1 19.4 1 11.9 -29 44 161 165 244.26 -84.81 0 6 17.4 1O S 137 1 9.9 -61 48 F113 - 42 - 95 IR I -13 13.2 14.6 15.4 1 11.8 -61 32 206 69 298.66 -55.42 .0263 0 3 15.6 1O S 138 1 10.5 -19 16 F541 + 93 + 38 I: II - 3 14.7 15.1 15.8 1 12.9 -19 0 71 202 155.37 -80.49 0 4 16.0 1O S 139 1 11.1 -30 20 F412 + 21 - 16 I I-II - 2 18.0 19.1 19.4 1 13.5 -30 4 143 148 245.55 -84.34 0 6 17.4 1O S 140 1 11.3 -52 39 F195 + 88 -141 I II-III 28 15.4* 16.8 17.4 1 13.4 -52 23 76 23 295.17 -64.41 0 5 17.2 1O S 141 1 11.4 -32 1 F412 + 25 -107 I I 12 11.9 13.7 15.4 1 13.7 -31 45 BKR 139 57 257.87 -83.30 (.0206) 0 3 15.6 1O S 142 1 12.1 -47 51 F195 +105 +115 I II 13 15.1 15.6 16.8 1 14.3 -47 35 D 59 279 292.12 -69.06 0 5 17.0 1O S 143 1 13.7 -62 32 F080 - 92 +132 I II 16 15.1? 16.1 17.8 1 15.6 -62 16 D 256 296 298.09 -54.63 0 5 17.2 1O S 144 1 15.5 -38 19 F296 - 30 + 93 RI II 26: 15.1 15.4 16.8 1 17.8 -38 3 194 257 277.74 -77.76 0 5 17.0 1O S 145 1 15.6 -54 26 F151 + 71 + 29 RI II-III ( 71) 19.1 19.4 20.1 1 17.7 -54 10 B 93 193 294.61 -62.53 1 6 17.4 1C S 146 1 15.7 -30 34 F412 + 74 - 29 I III 15 18.3 18.6 19.1 1 18.0 -30 18 90 135 243.07 -83.36 0 6 17.4 1O S 147 1 16.0 -51 51 F196 -118 -100 I III: ( 60) 19.2 19.6 20.4 1 18.1 -51 35 282 64 293.10 -65.03 1 6 17.5 1C S 148 1 16.7 -54 18 F151 + 80 + 35 R III ( 56) 18.8 19.2 19.9 1 18.7 -54 2 84 199 294.21 -62.63 1 6 17.4 1C S 149 1 18.0 -48 53 F195 +155 + 58 IR III 20 17.8 18.7 18.9 1 20.1 -48 37 9 222 290.32 -67.80 0 6 17.3 1O S 150 1 18.4 -47 35 F196 -105 +129 I II: 54 18.1? 18.8 19.8 1 20.5 -47 19 269 293 289.07 -69.01 1 6 17.4 1C S 151 1 18.7 -30 43 F412 +109 - 38 I I-II 21 14.6 17.0 17.5 1 21.0 -30 27 B 55 126 241.85 -82.71 0 5 17.2 2O S 152 1 18.8 -51 53 F196 - 94 -101 I III 58 18.8 19.3 20.2 1 20.9 -51 37 258 63 292.14 -64.88 1 6 17.5 1C S 153 1 18.9 -59 49 F113 + 17 + 11 I II 3 15.1? 15.7 17.1 1 20.8 -59 33 147 175 296.08 -57.18 0 5 17.2 1O S 154 1 20.3 -28 48 F413 -140 + 64 R I-II -10 18.6 19.3 19.4 1 22.7 -28 32 304 228 226.30 -82.96 0 6 17.4 1O S 155 1 22.4 -46 10 F244 - 19 - 61 I III 70 18.8 19.2 19.7 1 24.6 -45 54 183 103 285.82 -70.11 1 6 17.4 1C S 156 1 23.5 -39 44 F296 + 52 + 16 I I-II 25 15.3 15.4 16.8 1 25.7 -39 28 112 180 275.08 -75.74 0 5 17.0 1O S 157 1 23.9 -59 58 F113 + 50 + 2 I III 4 18.1 18.9 19.4 1 25.8 -59 42 114 166 295.02 -56.89 0 6 17.4 1O S 158 1 25.0 -81 21 F013 - 12 - 72 RI I-II -44 15.1 15.8 16.7 1 24.9 -81 5 176 92 301.34 -35.93 0 5 16.8 1O S 159 1 27.0 -27 17 F413 - 61 +146 I III 21 16.5 16.6 16.9 1 29.3 -27 1 225 310 214.40 -81.56 0 5 17.1 1O S 160 1 27.9 -33 10 F353 - 92 + 99 RI I -47 15.3 15.9 16.8 1 30.2 -32 54 256 263 249.87 -79.82 0 5 17.0 1O S 161 1 28.5 -58 25 F113 + 85 + 84 I II 17 15.6 16.0 17.8 1 30.4 -58 9 79 248 293.19 -58.23 0 5 17.2 1O S 162 1 29.7 -51 36 F196 - 4 - 85 RI III 22 14.4 14.7 15.6 1 31.7 -51 20 DOR 168 79 288.18 -64.61 0 4 15.8 1C S 163 1 30.2 -42 22 F296 +117 -126 I II 23 15.3 15.6 16.4 1 32.4 -42 6 47 38 276.40 -72.84 0 5 16.6 1O S 164 1 31.4 -68 2 F052 - 64 +106 I I-II -18 14.7 15.4 16.1 1 32.9 -67 46 228 270 297.00 -48.87 0 4 16.3 1O S 165 1 31.6 -32 47 F353 - 51 +120 I II-III 12 16.1 16.6 16.8 1 33.9 -32 31 215 284 245.90 -79.34 0 5 17.0 1O S 166 1 32.1 -31 51 F413 - 1 - 99 RI II 3 15.4 15.9 16.5 1 34.4 -31 35 B 165 65 241.02 -79.64 0 5 16.7 1O S 167 1 32.1 -33 5 F353 - 45 +104 RI I 23 14.5 16.1 17.3 1 34.4 -32 49 209 268 247.05 -79.10 0 5 17.2 1O S 168 1 32.2 -28 1 F413 0 +107 I I-II 15: 15.4 16.1 17.5 1 34.5 -27 45 164 271 219.20 -80.42 0 5 17.2 1O S 169 1 32.6 -64 30 F080 + 22 + 28 I II -39 15.4 15.8 17.1 1 34.2 -64 14 BD 142 192 295.37 -52.25 0 5 17.2 1O S 170 1 32.7 -57 16 F113 +119 +144 I II 12 15.6 16.8 17.3 1 34.6 -57 0 45 308 291.48 -59.15 0 5 17.2 2O S 171 1 33.7 -69 21 F052 - 51 + 35 I II-III 20 15.5 16.8 17.1 1 35.1 -69 5 215 199 297.20 -47.54 0 5 17.2 1O S 172 1 34.2 -68 55 F052 - 49 + 59 I II 7 15.4 16.1 17.0 1 35.6 -68 39 213 223 296.97 -47.95 0 5 17.2 1O S 173 1 34.7 -47 56 F244 + 90 -158 R II? 54 18.1 18.8 19.7 1 36.8 -47 40 D 74 6 282.61 -67.62 1 6 17.4 1C S 174 1 34.8 -27 31 F413 + 32 +134 I III 2 17.5 19.1 19.3 1 37.1 -27 15 132 298 216.31 -79.84 0 6 17.4 1O S 175 1 35.1 -20 12 F543 -126 - 7 I III 50 19.2 19.3 19.8 1 37.5 -19 56 290 157 181.13 -77.24 1 6 17.4 1O S 176 1 35.6 -73 50 F029 +108 + 57 I II -16 14.9 15.6 16.2 1 36.6 -73 34 DQ 56 221 298.59 -43.17 0 4 16.4 2O S 177 1 37.7 -27 58 F413 + 66 +109 R: I-II - 9 18.0: 19.2 19.3 1 40.0 -27 42 98 273 218.84 -79.21 0 6 17.4 1O S 178 1 38.1 -17 47 F543 - 90 +123 IR III 66 18.7 19.1 19.8 1 40.5 -17 31 254 287 175.21 -75.15 1 6 17.4 1O S 179 1 39.3 -17 20 F543 - 75 +147 I III 46 18.0? 19.1 19.7 1 41.7 -17 4 239 311 174.69 -74.64 0 6 17.4 1O S 180 1 39.9 -42 22 F297 - 45 -129 RI III 20 14.7 15.5 16.6 1 42.0 -42 6 O 209 35 271.61 -71.80 0 5 16.7 2C,1O S 181 1 40.5 -20 6 F543 - 59 - 1 I III 14 18.6 19.3 19.4 1 42.9 -19 50 223 163 183.96 -76.15 0 6 17.4 1O S 182 1 41.2 -36 37 F353 + 54 - 86 I II 5 14.5 15.3 16.6 1 43.4 -36 21 110 78 256.13 -75.62 (.0175) 0 5 16.8 1O S 183 1 41.2 -62 31 F080 + 79 +131 I II-III 27 15.5 17.1: 17.7 1 42.8 -62 15 85 295 292.83 -53.84 0 5 17.2 2O S 184 1 41.4 -58 41 F114 - 90 + 69 RI I-II -28 16.1 17.0 17.5 1 43.2 -58 25 254 233 290.37 -57.42 0 5 17.2 1O S 185 1 41.7 -61 55 F114 - 81 -103 I II -68 15.1 15.8 16.8 1 43.4 -61 39 D 245 61 292.39 -54.39 0 5 17.0 1O S 186 1 42.0 -35 33 F353 + 63 - 29 RI II 9 15.3 15.4 16.0 1 44.2 -35 17 101 135 252.14 -76.09 0 4 16.2 1O S 187 1 42.9 -49 24 F197 -154 + 31 IR I-II 8 16.4 18.4 18.6 1 44.9 -49 8 D 318 195 281.40 -65.68 0 6 17.3 1O S 188 1 43.3 -56 42 F152 + 27 - 88 RI III: (103) 19.6 20.0 20.8 1 45.1 -56 26 137 76 288.46 -59.14 2 6 17.5 1C S 189 1 43.5 -29 6 F413 +134 + 48 I II-III -22? 15.4 16.0 16.8 1 45.8 -28 51 30 212 224.27 -77.89 0 5 17.1 2O S 190 1 44.1 -18 27 F543 - 12 + 87 I III 21 18.9 19.2 19.5 1 46.5 -18 12 176 251 180.67 -74.49 0 6 17.4 1O S 191 1 44.1 -73 12 F030 -110 + 92 I II 4 15.4 15.6 16.3 1 45.0 -72 57 DQ 274 256 297.55 -43.61 0 4 16.4 2O S 192 1 44.8 -37 3 F353 + 91 -110 R III 13 15.3 15.5 17.4 1 47.0 -36 48 73 54 255.85 -74.79 0 5 17.2 1O,1C S 193 1 44.9 -28 43 F414 -120 + 70 RI: III 5 18.4 19.0 19.2 1 47.2 -28 28 284 234 222.37 -77.60 0 6 17.4 2O S 194 1 46.4 -63 7 F080 +107 + 98 I I-II 25 15.2 16.3 17.3 1 48.0 -62 52 57 262 292.26 -53.07 0 5 17.1 3O S 195 1 46.6 -56 7 F152 + 53 - 58 I I? ( 53) 17.9 19.3 20.1 1 48.4 -55 52 111 106 287.16 -59.48 1 6 17.4 1C S 196 1 46.6 -62 17 F114 - 50 -121 IR II 5: 15.7 17.0 17.5 1 48.2 -62 2 D 214 43 291.70 -53.84 0 5 17.2 3O S 197 1 47.8 -33 4 F353 +131 +103 IR III -19 19.1 19.3 19.5 1 50.0 -32 49 33 267 240.65 -76.11 0 6 17.4 1O S 198 1 49.2 -69 41 F052 + 22 + 17 I III 9 16.4 16.8 17.4 1 50.4 -69 26 142 181 295.44 -46.82 0 5 17.2 1O S 199 1 49.5 -17 2 F543 + 57 +163 I I-II -11? 15.1 15.4 17.1 1 51.9 -16 47 107 327 179.58 -72.61 0 5 17.2 1O S 200 1 49.9 -19 47 F543 + 59 + 15 I III 1 17.4 19.1 19.5 1 52.3 -19 32 105 179 187.61 -74.12 0 6 17.4 1O S 201 1 50.2 -44 31 F245 - 20 + 26 I III -59 15.1 15.8 16.7 1 52.3 -44 16 184 190 271.42 -68.95 0 5 16.9 1O S 202 1 50.7 -18 59 F543 + 70 + 58 IR II 16 15.6 16.0 16.8 1 53.1 -18 44 94 222 185.55 -73.53 0 5 17.0 1O S 203 1 51.1 -33 53 F354 -104 + 59 R II-III 28 17.0 17.4 17.7 1 53.3 -33 38 B 268 223 242.73 -75.18 0 5 17.2 1C S 204 1 53.3 -49 3 F197 - 64 + 53 IR III 12 18.0 18.9 19.1 1 55.3 -48 48 BQ 228 217 277.52 -65.05 0 6 17.4 1O S 205 1 53.5 -58 47 F114 - 5 + 66 I III 7 17.6 18.1 18.6 1 55.2 -58 32 169 230 287.82 -56.68 0 6 17.3 1O S 206 1 54.0 -37 47 F354 - 67 -149 I II 22 17.4 18.4 19.4: 1 56.1 -37 32 231 15 254.38 -72.86 0 6 17.4 1C S 207 1 55.6 -18 38 F543 +133 + 76 I III 34 19.5 19.7 19.9 1 58.0 -18 23 31 240 186.72 -72.37 0 6 17.4 1O S 208 1 55.7 -58 34 F114 + 10 + 77 IR III 8 17.1 18.4 18.6 1 57.4 -58 19 154 241 287.17 -56.74 0 6 17.3 1O S 209 1 55.9 -78 43 F013 + 67 + 65 IR I-II 26: 15.9 17.4 18.0 1 55.8 -78 28 97 229 298.90 -38.15 0 5 17.2 1O S 210 1 56.2 -64 38 F081 - 93 + 19 RI I -89 14.2 15.9 16.1 1 57.6 -64 23 BD 257 183 291.60 -51.26 0 4 16.3 1O S 211 1 56.3 -81 38 F013 + 49 - 91 I II 0 15.3 16.0 16.8 1 55.3 -81 23 115 73 300.05 -35.38 0 5 16.9 2O S 212 1 57.5 -65 19 F081 - 84 - 17 I II 10 15.4 16.5 17.1 1 58.9 -65 4 D 248 147 291.84 -50.58 0 5 17.2 1O S 213 1 58.0 -22 51 F477 + 97 +116 R I-II 26 18.1 18.9 19.4 2 0.3 -22 36 67 280 200.57 -73.75 0 6 17.4 1O S 214 1 58.8 -40 23 F298 -117 - 22 I II 24 14.9? 16.1 17.2 2 0.9 -40 8 281 142 259.52 -70.62 0 5 17.2 1O S 215 1 59.0 -40 50 F298 -114 - 46 I II -10: 14.5 15.3 16.1 2 1.1 -40 35 278 118 260.52 -70.31 0 4 16.3 1O S 216 1 59.5 -37 16 F298 -113 +146 I II-III 28: 16.0 17.5 18.0 2 1.6 -37 1 B 277 310 251.05 -72.18 0 6 17.3 1O S 217 1 59.6 -44 54 F245 + 70 + 4 I I-II 13: 15.3: 15.6: 16.0: 2 1.6 -44 39 s 94 168 268.81 -67.54 0 4 16.2 1O S 218 1 59.8 -48 29 F197 - 7 + 84 RI I-II - 7 15.5 15.9 17.4 2 1.7 -48 14 BDQ 171 248 274.70 -64.85 0 5 17.2 1O S 219 1 59.9 -36 3 F354 - 5 - 55 I I-II 14 17.3 17.8 18.7 2 2.1 -35 48 169 109 247.33 -72.66 0 6 17.3 1C S 220 2 0.8 -32 5 F354 + 2 +158 I: II-III 112 19.1 19.5 20.0 2 3.0 -31 50 162 322 234.08 -73.75 2 6 17.4 1C S 221 2 3.5 -42 16 F245 +112 +146 IR III 21 16.7 17.4 18.3 2 5.5 -42 1 52 310 262.27 -68.77 0 6 17.3 2O S 222 2 4.0 -51 2 F197 + 29 - 53 I III 23 18.1 18.8 19.2 2 5.9 -50 47 BDQ 135 111 277.10 -62.44 .1716 0 6 17.4 1O S 223 2 4.7 -37 32 F298 - 58 +132 RI I-II - 8 14.2 15.4 16.8 2 6.8 -37 17 222 296 250.27 -71.15 0 5 17.0 1O S 224 2 5.0 -45 9 F245 +121 - 10 IR II: 26 16.3 17.5 18.3 2 7.0 -44 54 43 154 267.56 -66.68 0 6 17.3 2O S 225 2 5.6 -61 27 F114 + 71 - 79 IR I-II -10 14.7 15.5 16.1 2 7.1 -61 12 93 85 287.68 -53.62 0 4 16.3 1O S 226 2 8.0 -29 37 F415 -119 + 21 IR III 41 18.2 19.4 19.8 2 10.2 -29 22 283 185 224.96 -72.53 0 6 17.4 1O S 227 2 8.2 -33 54 F354 + 84 + 60 I III: 8 17.6 18.3 18.7 2 10.4 -33 39 80 224 238.79 -71.81 0 6 17.3 1C S 228 2 8.5 -43 7 F245 +160 + 97 I II -32 15.4 15.8 17.9 2 10.5 -42 52 4 261 262.54 -67.52 0 5 17.2 1O S 229 2 8.8 -37 0 F298 - 14 +161 I II-III 23 15.1* 18.1 18.3 2 10.9 -36 45 178 325 247.73 -70.64 0 6 17.3 1O S 230 2 10.0 -48 5 F197 + 85 +104 I II-III 10 15.5 15.7 16.0 2 11.9 -47 50 D 79 268 271.16 -64.01 (.2197) 0 4 16.2 1O S 231 2 10.7 -28 9 F415 - 88 +100 I II-III 7 17.5? 18.7 19.4 2 12.9 -27 54 252 264 220.16 -71.93 0 6 17.4 1O S 232 2 10.9 -32 19 F415 - 83 -123 I III 9 16.0* 19.1 19.3 2 13.1 -32 4 247 41 233.47 -71.61 0 6 17.4 1O S 233 2 11.1 -34 37 F354 +117 + 22 I II-III: 17 17.6 18.0? 18.7 2 13.2 -34 22 47 186 240.42 -71.03 0 6 17.3 1C S 234 2 11.9 -48 54 F197 +100 + 59 RI: III 26 16.0 18.5: 19.3 2 13.8 -48 40 BQ 64 223 271.94 -63.21 0 6 17.4 2O S 235 2 12.0 -34 3 F355 -135 + 51 RI? I (104) 17.9: 19.2 20.1: 2 14.2 -33 49 299 215 238.59 -71.01 2 6 17.4 2C S 236 2 13.3 -68 23 F053 -115 + 85 IR I-II 26 14.9 15.4 16.5 2 14.3 -68 9 DQ 279 249 291.78 -47.14 0 5 16.7 2O S 237 2 13.4 -33 13 F355 -119 + 94 I III 120 18.5? 18.9 19.8 2 15.6 -32 59 283 258 235.90 -70.92 2 6 17.4 1C S 238 2 13.8 -30 3 F415 - 50 - 1 I II-III 29 18.1 18.8 19.5 2 16.0 -29 49 214 163 226.17 -71.25 0 6 17.4 1O S 239 2 14.9 -48 3 F197 +129 +103 RI I 20 14.8 15.6 16.4 2 16.8 -47 49 DQ 35 267 269.81 -63.45 .0635 0 5 16.5 2O S 240 2 15.0 -82 14 F014 - 85 -125 I: III 14 17.5 18.6 18.8 2 13.1 -82 0 249 39 299.56 -34.58 0 5 17.2 1O S 241 2 16.6 -65 3 F081 + 24 - 2 IR I-II 5 14.6 15.3 16.7 2 17.8 -64 49 BD 140 162 288.87 -49.88 0 5 16.9 1O S 242 2 17.1 -31 53 F415 - 13 - 99 I III 58 18.1 19.0 19.8 2 19.3 -31 39 177 65 231.53 -70.38 1 6 17.4 1O S 243 2 17.2 -29 41 F415 - 12 + 18 I III 30: 19.1: 19.8 19.9 2 19.4 -29 27 176 182 224.97 -70.53 0 6 17.4 1O S 244 2 17.8 -26 11 F478 + 68 - 63 IR I-II - 6 15.4 15.6 15.8 2 20.1 -25 57 96 101 214.59 -70.17 0 4 16.0 1O S 245 2 17.8 -28 35 F415 - 4 + 78 I III 20 17.8 18.8 19.3 2 20.0 -28 21 168 242 221.68 -70.39 0 6 17.4 1O S 246 2 18.0 -27 19 F415 - 2 +145 I II 21: 15.1 16.1 17.4 2 20.2 -27 5 166 309 217.93 -70.27 0 5 17.2 1O S 247 2 18.3 -40 8 F298 + 83 - 8 I I-II -15: 14.9 15.9 16.8 2 20.3 -39 54 81 156 253.36 -67.60 0 5 17.0 1O S 248 2 18.9 -62 35 F081 + 41 +131 IR II 4 15.6 15.9 17.0 2 20.2 -62 21 D 123 295 286.46 -51.84 0 5 17.1 2O S 249 2 19.8 -37 5 F355 - 46 -111 RI II: 83 18.7 19.3 20.0 2 21.9 -36 51 210 53 245.58 -68.57 2 6 17.4 1C S 250 2 20.5 -51 20 F198 - 82 - 70 I I-II - 3 13.5 14.7 16.1 2 22.3 -51 6 B 246 94 273.45 -60.50 .0484 0 4 16.3 1O S 251 2 20.5 -55 54 F153 + 59 - 47 I III 13 18.0 18.6 19.3 2 22.1 -55 40 105 117 279.35 -57.11 0 6 17.4 1O S 252 2 21.3 -44 6 F246 + 11 + 51 I II-III 9: 13.5* 16.7 16.8 2 23.2 -43 52 153 215 261.12 -65.07 0 5 17.0 1O S 253 2 21.7 -44 53 F246 + 15 + 9 I II-III 1 15.4 16.0 16.8 2 23.6 -44 39 149 173 262.53 -64.56 0 5 17.0 1O S 254 2 22.2 -67 35 F081 + 49 -138 I II 6 18.5 16.1 16.6 2 23.2 -67 21 115 26 290.13 -47.42 0 5 16.8 1O S 255 2 22.4 -19 17 F545 - 60 + 39 R III 46 19.7 19.9 20.4 2 24.7 -19 3 224 203 197.24 -67.12 0 6 17.5 1O S 256 2 22.4 -30 37 F415 + 48 - 32 RI III 44 19.3 19.5 19.9 2 24.6 -30 23 116 132 227.56 -69.37 0 6 17.4 1O S 257 2 22.5 -64 5 F081 + 59 + 49 I II 12 15.3 16.2 17.5 2 23.7 -63 51 105 213 287.23 -50.36 0 5 17.2 1O S 258 2 23.6 -29 50 F415 + 62 + 9 I II 8 14.8 15.3 16.1 2 25.8 -29 36 102 173 225.33 -69.13 0 4 16.3 1O S 259 2 23.6 -59 17 F115 - 63 + 39 I III 26 16.0 17.8 18.6 2 25.1 -59 3 Q 227 203 282.50 -54.20 0 6 17.3 1O S 260 2 23.7 -36 4 F355 - 5 - 56 RI III 73 19.1 19.3 20.0 2 25.8 -35 50 169 108 242.29 -68.15 1 6 17.4 1C S 261 2 23.9 -63 27 F081 + 69 + 82 I II 18 15.1 16.0 17.6 2 25.2 -63 13 95 246 286.48 -50.80 (.0574) 0 5 17.2 1O S 262 2 24.2 -63 50 F081 + 70 + 62 IR I-II 18: 15.1 16.1 17.4 2 25.4 -63 36 D 94 226 286.77 -50.47 0 5 17.2 1O S 263 2 24.3 -23 39 F478 +150 + 72 RI I 16: 14.0 14.3 15.3 2 26.6 -23 25 14 236 208.45 -68.21 0 3 15.5 1O S 264 2 24.9 -36 17 F355 + 9 - 67 I II-III 45 18.1 18.7 19.7 2 27.0 -36 3 155 97 242.65 -67.86 0 6 17.4 1C S 265 2 25.0 -19 24 F545 - 28 + 32 I II 23 13.5 15.4 16.5 2 27.3 -19 10 192 196 198.17 -66.62 0 5 16.7 1O S 266 2 25.3 -28 54 F415 + 84 + 59 I III - 1 19.2 19.3 19.6 2 27.5 -28 40 80 223 222.74 -68.76 0 6 17.4 1O S 267 2 25.3 -47 26 F246 + 48 -128 I I-II -16 14.6 15.5 17.7 2 27.1 -47 12 116 36 266.27 -62.53 0 5 17.2 1O S 268 2 27.3 -17 16 F545 + 2 +147 RI I-II 15 13.9 15.4 15.9 2 29.7 -17 2 162 311 194.09 -65.18 0 4 16.1 1O S 269 2 27.5 -22 26 F545 + 3 -130 IR II-III 21 15.1 15.6 16.8 2 29.8 -22 12 161 34 205.92 -67.16 0 5 17.0 1O S 270 2 27.6 -27 8 F479 - 79 -114 RI II-III 21 17.7 18.5 19.1: 2 29.8 -26 54 243 50 218.04 -68.12 0 6 17.4 1C,1O S 271 2 28.1 -39 7 F299 - 84 + 48 IR I 19: 16.0 17.5 18.1 2 30.1 -38 53 248 212 248.97 -66.31 0 6 17.3 1O S 272 2 28.1 -42 22 F299 - 81 -126 I III 12 17.9 18.7 19.0 2 30.0 -42 8 245 38 256.09 -64.92 0 6 17.4 2O S 273 2 29.1 -17 52 F545 + 25 +115 I I - 6 13.8 15.1 15.8 2 31.4 -17 38 139 279 195.82 -65.08 0 4 16.0 1O S 274 2 29.7 -58 9 F115 - 21 +100 I I-II - 4 12.9 14.4 15.4 2 31.2 -57 55 Q 185 264 280.22 -54.58 .0309 0 3 15.6 1O S 275 2 30.2 -50 59 F198 - 1 - 51 I II - 4 15.3 15.6 16.8 2 31.9 -50 45 165 113 270.85 -59.64 0 5 17.0 1O S 276 2 30.5 -79 48 F014 - 72 + 9 I II 29 15.2 16.6 17.4 2 29.3 -79 34 236 173 297.59 -36.51 0 5 17.1 1O S 277 2 31.6 -49 48 F198 + 12 + 13 RI II - 5 14.7 15.2 16.0 2 33.4 -49 34 152 177 268.76 -60.24 0 4 16.2 1O S 278 2 32.4 -33 54 F355 + 91 +108 IR III: ( 45) 18.4: 19.0: 19.7: 2 34.5 -33 40 73 272 235.71 -66.90 0 6 17.4 1C S 279 2 32.5 -37 45 F299 - 39 +121 IR II -10 14.6 15.2 16.7 2 34.5 -37 31 203 285 245.07 -65.97 0 5 16.9 1O S 280 2 32.9 -59 51 F115 + 1 + 9 IR I-II -63 15.5 15.8 16.8 2 34.3 -59 37 Q 163 173 281.56 -53.02 0 5 17.0 1O S 281 2 33.2 -41 47 F299 - 31 - 94 I II 11 15.4 16.1 16.9 2 35.1 -41 33 195 70 253.87 -64.34 0 5 17.1 1O S 282 2 33.3 -66 12 F081 +112 - 69 I II-III 0 15.4 16.5 16.8 2 34.3 -65 58 D 52 95 287.64 -47.98 0 5 17.0 2O S 283 2 33.8 -50 32 F198 + 31 - 27 I II 9 13.7 15.4 16.8 2 35.5 -50 18 133 137 269.44 -59.50 (.0212) 0 5 17.0 1O S 284 2 33.9 -59 23 F115 + 8 + 34 I III 27 16.2 16.8 18.0 2 35.3 -59 9 156 198 280.89 -53.29 0 6 17.3 1O S 285 2 34.1 -66 32 F082 -120 - 83 IR III 18 16.7 17.1 18.0 2 35.1 -66 18 D 284 81 287.84 -47.66 0 6 17.3 2O S 286 2 34.7 -45 4 F247 -130 - 4 I II-III 25 18.0 18.4 18.8 2 36.6 -44 51 294 160 260.04 -62.54 0 6 17.3 2O S 287 2 34.8 -20 39 F545 + 95 - 35 IR II-III 44 18.9 19.7 20.5 2 37.1 -20 26 69 129 203.15 -64.97 0 6 17.5 1O S 288 2 35.3 -57 21 F115 + 19 +143 IR I-II -59 15.3 15.8 16.5 2 36.8 -57 8 145 307 278.34 -54.67 0 5 16.7 1O S 289 2 36.6 -42 4 F299 + 3 -110 IR III 29: 17.3 18.0 18.1 2 38.5 -41 51 161 54 253.83 -63.65 0 6 17.3 1O S 290 2 37.8 -47 56 F198 + 69 +111 I III 0 17.4 18.9 19.1 2 39.6 -47 43 95 275 264.50 -60.54 0 6 17.4 1O S 291 2 42.9 -29 15 F416 + 20 + 42 R I 19 16.1 18.1 18.6 2 45.1 -29 2 144 206 224.01 -64.93 0 6 17.3 1O S 292 2 42.9 -47 42 F198 +116 +122 I I-II 21 15.4 15.6 17.0 2 44.7 -47 29 48 286 263.15 -59.95 0 5 17.2 2O S 293 2 43.1 -45 26 F247 - 50 - 22 IR II-III -16: 16.5? 17.8 18.0 2 44.9 -45 13 214 142 259.15 -61.07 0 6 17.3 1O S 294 2 43.7 -32 37 F356 - 51 +126 I II-III 68 18.8? 19.3 20.1 2 45.8 -32 24 215 290 231.92 -64.71 1 6 17.4 1C S 295 2 43.9 -53 14 F154 - 11 + 95 R III? ( 85) 19.3 19.6 20.2 2 45.5 -53 1 175 259 271.52 -56.58 2 6 17.5 1C S 296 2 44.7 -42 35 F247 - 36 +132 RI I -15: 13.6 15.7 16.4 2 46.6 -42 22 Q 200 296 253.51 -62.07 0 5 16.6 2O S 297 2 45.6 -42 2 F299 + 92 -108 IR II 6 15.3 15.5 16.1: 2 47.5 -41 49 Q 72 56 252.29 -62.13 0 4 16.4 2O S 298 2 45.7 -56 42 F154 + 2 - 89 R II ( 68) 19.1 19.5 20.1 2 47.1 -56 29 162 75 275.84 -54.12 1 6 17.4 1C S 299 2 47.0 -67 29 F053 + 54 +136 I III -10 18.3 19.1 19.4 2 47.8 -67 16 D 110 300 287.22 -46.14 0 6 17.4 1O S 300 2 47.1 -41 29 F299 +109 - 81 RI I-II -39 15.0 15.8 17.2 2 49.0 -41 16 55 83 250.98 -62.08 0 5 17.2 1O S 301 2 47.5 -31 24 F416 + 71 - 74 R I 5 12.1 13.0 14.7 2 49.6 -31 11 BdK 93 90 229.02 -63.96 .0223 0 3 14.9 1O S 302 2 47.7 -35 51 F356 - 6 - 45 I III 65 18.1? 18.5? 19.7 2 49.7 -35 38 170 119 239.02 -63.48 1 6 17.4 1C S 303 2 48.3 -71 35 F053 + 48 - 85 I II 5 15.3: 15.7 16.8 2 48.6 -71 22 BD 116 79 290.63 -42.84 .0586 0 5 17.0 1O S 304 2 49.8 -43 0 F247 + 14 +109 R I-II 2: 18.0 19.1 19.3 2 51.7 -42 47 Q 150 273 253.54 -61.05 0 6 17.4 1O S 305 2 50.5 -55 27 F154 + 39 - 24 I III 65 18.8 19.2 19.7 2 52.0 -55 14 125 140 273.47 -54.43 1 6 17.4 1C S 306 2 52.0 -41 29 F300 -103 - 80 I II 17 15.2 16.1 17.5 2 53.9 -41 16 267 84 250.31 -61.22 0 5 17.2 1O S 307 2 52.4 -51 11 F199 - 69 - 62 I II 5 15.3 15.4 15.9 2 54.0 -50 58 233 102 267.11 -56.76 0 4 16.1 1O S 308 2 52.7 -52 8 F199 - 65 -113 I I-II 2 14.7: 15.5 16.5 2 54.3 -51 55 229 51 268.48 -56.18 0 5 16.7 1O S 309 2 52.7 -62 6 F116 -114 -114 IR II - 6 15.1 15.6 16.2 2 53.8 -61 53 DQ 278 50 281.16 -49.74 0 4 16.4 1O S 310 2 53.0 -49 40 F199 - 65 + 20 I III 17 15.6* 18.8 19.3 2 54.7 -49 27 229 184 264.67 -57.50 0 6 17.4 1O S 311 2 53.6 -66 37 F082 - 15 - 85 RI I-II 15 15.5 16.3 16.8 2 54.4 -66 24 BD 179 79 285.69 -46.38 (.0263) 0 5 17.0 1O S 312 2 53.7 -61 55 F115 +132 -108 IR II - 3: 15.0 15.5 16.2 2 54.8 -61 42 32 56 280.83 -49.78 0 4 16.4 1O S 313 2 55.3 -49 25 F199 - 45 + 33 I III 16 17.4 18.7 19.3 2 57.0 -49 12 209 197 263.91 -57.31 0 6 17.4 1O S 314 2 56.4 -42 59 F247 + 79 +109 I II 27 15.5 16.5 17.7 2 58.2 -42 47 85 273 252.61 -59.93 0 5 17.2 1O S 315 2 57.6 -51 13 F199 - 25 - 64 I I -12 14.5 15.6 16.1 2 59.2 -51 1 189 100 266.36 -56.05 .0618 0 4 16.3 1O S 316 2 58.3 -37 14 F356 +107 -118 I II 6 13.1 14.7: 15.5 3 0.3 -37 2 D 57 46 241.13 -61.14 (.0201) 0 4 15.7 2C,1O S 317 3 0.3 -49 45 F199 - 1 + 15 IR II 26 15.5 16.5 17.3 3 1.9 -49 33 165 179 263.70 -56.44 0 5 17.2 1O S 318 3 0.9 -18 0 F547 -105 +109 R II 29 18.2 18.7 19.4 3 3.2 -17 48 269 273 202.84 -58.27 0 6 17.4 1O,1C S 319 3 1.0 -32 21 F356 +143 +139 R II? ( 60) 19.2? 19.6 20.6 3 3.1 -32 9 21 303 230.95 -61.08 1 6 17.5 1C S 320 3 1.9 -41 7 F300 - 3 - 59 RI I-II 24: 16.8: 18.0 18.4 3 3.8 -40 55 167 105 248.45 -59.56 0 6 17.3 1O S 321 3 3.6 -46 58 F248 -116 -104 IR II 19 14.9 16.2 17.5 3 5.3 -46 46 280 60 258.71 -57.22 0 5 17.2 3O S 322 3 4.4 -79 35 F014 + 9 + 24 R: I 28 14.7 15.4 16.6 3 2.7 -79 23 155 188 295.87 -35.87 0 5 16.7 1O S 323 3 7.4 -56 51 F155 - 81 - 98 I III: 63 18.8 19.2 19.9 3 8.7 -56 39 245 66 272.93 -51.71 1 6 17.4 2C S 324 3 8.3 -47 31 F248 - 72 -133 I II 9 15.4 15.7 16.7 3 10.0 -47 19 236 31 259.02 -56.26 .0585 0 5 16.9 1O S 325 3 8.3 -51 52 F199 + 64 - 99 IR II 3 15.3 15.5 16.5 3 9.8 -51 40 100 65 265.84 -54.29 0 5 16.7 1O S 326 3 8.3 -52 26 F199 + 63 -129 I II 14: 15.4 15.6 17.4 3 9.8 -52 14 101 35 266.67 -54.01 0 5 17.2 1O S 327 3 9.4 -72 18 F031 - 37 +146 I II 9 15.3 15.4 16.5 3 9.4 -72 6 BD 201 310 289.56 -41.24 0 5 16.7 1O S 328 3 11.0 -46 55 F248 - 48 -100 RI II 21 15.1 16.2 17.2 3 12.7 -46 43 212 64 257.71 -56.08 0 5 17.2 2O S 329 3 11.0 -49 49 F199 + 91 + 9 RI: I-II - 3 13.9 15.4 16.8 3 12.6 -49 37 73 173 262.37 -54.88 .0531 0 5 17.0 2O S 330 3 11.6 -51 26 F199 + 93 - 76 I II 0 15.4 15.6 17.0 3 13.1 -51 14 71 88 264.77 -54.06 0 5 17.2 2O S 331 3 11.8 -68 37 F054 - 83 + 74 I II-III 22 17.5 17.6 18.0 3 12.3 -68 25 D 247 238 285.88 -43.74 0 6 17.3 1O S 332 3 12.0 -39 17 F300 +102 + 37 I II -14 14.7 15.1 15.6 3 13.9 -39 5 62 201 244.13 -58.11 0 4 15.8 1O S 333 3 13.1 -29 26 F417 +104 + 29 RI II 24 15.2 15.3 15.6 3 15.2 -29 14 60 193 225.36 -58.38 0 4 15.8 1O S 334 3 14.6 -45 18 F248 - 15 - 14 I II 5: 14.8 15.6 16.0 3 16.3 -45 7 179 150 254.60 -56.07 0 4 16.2 1O S 335 3 15.4 -46 42 F248 - 8 - 89 IR II -99 15.3 15.8 16.1 3 17.1 -46 31 172 75 256.85 -55.46 0 4 16.3 1O S 336 3 15.8 -44 53 F248 - 4 + 9 RI II 5 15.4 15.5 15.9 3 17.5 -44 42 168 173 253.77 -56.01 .0744 0 4 16.1 1O S 337 3 16.0 -29 49 F417 +137 + 8 R: I -10 14.5 15.4 16.1 3 18.1 -29 38 27 172 226.18 -57.78 0 4 16.3 1O S 338 3 16.7 -52 26 F200 -112 -131 I II - 1 14.8 15.6 17.1 3 18.2 -52 15 276 33 265.63 -52.89 (.0384) 0 5 17.2 1O S 339 3 17.9 -54 3 F155 - 4 + 53 I III 15 14.1: 14.2 15.3 3 19.3 -53 52 dK 168 217 267.81 -51.96 .0546 0 3 15.5 1C S 340 3 18.3 -27 17 F481 - 1 -120 I II-III -99 14.8: 15.8 16.4 3 20.4 -27 6 165 44 221.63 -56.97 0 5 16.6 1O S 341 3 18.5 -48 17 F200 -105 + 92 RI I-II - 3 14.8 15.4 16.8 3 20.1 -48 6 D 269 256 259.08 -54.39 0 5 16.9 2O S 342 3 18.8 -44 10 F248 + 25 + 46 R I-II 21 17.5: 18.6 18.9 3 20.5 -43 59 139 210 252.27 -55.71 0 6 17.3 1O S 343 3 19.0 -43 27 F248 + 28 + 86 IR II 23 16.0 17.1 18.1 3 20.8 -43 16 136 250 251.03 -55.88 0 6 17.3 1O S 344 3 20.0 -44 2 F248 + 37 + 54 IR II-III 27 15.4* 17.6 18.1 3 21.7 -43 51 127 218 251.93 -55.54 0 6 17.3 1O S 345 3 20.1 -45 43 F248 + 37 - 36 RI II 9 14.9 15.1 16.1 3 21.8 -45 32 127 128 254.75 -55.03 0 4 16.3 1O S 346 3 20.8 -49 30 F200 - 83 + 28 RI I-II 8 14.7 15.4 16.0 3 22.4 -49 19 D 247 192 260.74 -53.57 .0670 0 4 16.2 1O S 347 3 20.9 -29 28 F418 - 73 + 32 RI III 108 19.1 19.3 19.9 3 23.0 -29 17 237 196 225.72 -56.69 2 6 17.4 1C S 348 3 22.3 -64 44 F083 -103 + 10 I II 18 15.6 16.6 17.5 3 23.0 -64 33 267 174 280.81 -45.52 0 5 17.2 2O S 349 3 22.4 -67 11 F054 - 32 +153 I II 0 14.7: 16.0 16.6 3 22.9 -67 0 196 317 283.48 -43.96 0 5 16.8 1O S 350 3 22.7 -74 30 F031 + 14 + 27 I III 28 16.6 17.4 18.1 3 22.2 -74 19 DQ 150 191 290.67 -39.00 0 5 17.2 1O S 351 3 23.7 -34 30 F358 -140 + 27 IR I 17 16.6 18.6 19.3 3 25.7 -34 19 304 191 234.88 -56.29 0 6 17.4 1O S 352 3 24.8 -32 56 F358 -130 +112 I II-III 19 15.8 16.8 17.5 3 26.8 -32 45 294 276 232.07 -56.07 0 5 17.2 1O S 353 3 24.9 -51 35 F200 - 46 - 84 I II -11 14.1: 15.3 15.8 3 26.4 -51 24 210 80 263.46 -52.13 .0410 0 4 16.0 1O S 354 3 26.6 -57 54 F116 +112 +112 I III 26: 15.2 15.6 16.7 3 27.8 -57 43 D 52 276 272.09 -48.97 0 5 16.9 2O,1C S 355 3 27.4 -66 32 F083 - 70 - 82 I I-II -42 15.4 15.9 17.2 3 28.0 -66 21 234 82 282.35 -43.99 0 5 17.2 1O S 356 3 28.0 -46 9 F248 +109 - 62 IR I-II 10 14.6 15.1 16.0 3 29.6 -45 58 Q 55 102 254.74 -53.59 0 4 16.2 2O S 357 3 29.2 -26 16 F481 +130 - 68 I I - 1: 14.5 15.5 16.6 3 31.3 -26 5 34 96 220.61 -54.40 0 5 16.8 1O S 358 3 30.8 -49 59 F200 + 4 + 3 I II-III 26 14.9* 16.8 17.1 3 32.3 -49 48 160 167 260.48 -51.89 0 5 17.2 1O S 359 3 31.5 -22 27 F548 + 15 -130 I: III 13 18.3 19.3 19.5 3 33.7 -22 16 149 34 214.55 -52.99 0 6 17.4 1O S 360 3 31.8 -49 18 F200 + 13 + 38 I II -12 15.0 15.5 16.1 3 33.3 -49 7 D 151 202 259.35 -51.98 0 4 16.3 1O S 361 3 32.0 -32 50 F358 - 49 +119 RI I 27 14.5 16.0 16.8 3 34.0 -32 40 213 283 231.97 -54.55 0 5 17.0 1O S 362 3 32.1 -64 25 F083 - 47 + 32 R I-II -74 15.3 15.9 16.0 3 32.8 -64 14 BD 211 196 279.56 -44.86 0 4 16.2 1O S 363 3 32.2 -33 49 F358 - 46 + 66 I II-III 5 15.3 15.6 16.4 3 34.2 -33 39 210 230 233.66 -54.54 0 5 16.6 1O S 364 3 33.0 -39 40 F301 + 50 + 18 R: I-II 9: 14.5 15.6 16.8 3 34.8 -39 30 114 182 243.67 -54.05 0 5 17.0 1O S 365 3 33.5 -42 35 F301 + 52 -139 IR I-II - 3 14.3 15.3 16.5 3 35.2 -42 25 112 25 248.51 -53.50 0 5 16.7 1O S 366 3 33.6 -53 45 F156 -139 + 68 I II - 5 14.8 15.3 16.1 3 34.9 -53 35 303 232 265.72 -50.03 .0598 0 4 16.3 1O S 367 3 33.8 -45 20 F249 - 98 - 18 RI I-II -13 14.5 14.7 16.0 3 35.5 -45 10 262 146 252.97 -52.83 .0666 0 4 16.2 1O S 368 3 34.0 -33 8 F358 - 26 +102 I I-II 19 15.4 15.9 17.2 3 36.0 -32 58 190 266 232.51 -54.14 0 5 17.2 1O S 369 3 34.6 -59 7 F117 - 93 + 47 IR I-II 12 16.1 16.6 17.5 3 35.7 -58 57 257 211 272.87 -47.46 0 5 17.2 1O S 370 3 35.2 -32 38 F358 - 12 +129 I II 23 15.6 16.1 16.7 3 37.2 -32 28 176 293 231.68 -53.87 0 5 16.9 1O S 371 3 35.9 -60 24 F117 - 82 - 21 IR II-III 4 15.7 16.0 17.1 3 36.9 -60 14 246 143 274.38 -46.67 0 5 17.2 1O S 372 3 36.0 -55 35 F156 -116 - 29 RI I-II 7: 14.5 15.3 15.9 3 37.2 -55 25 280 135 268.05 -48.94 .0758 0 4 16.1 1O S 373 3 36.6 -35 37 F358 + 2 - 31 I I -18 9.4 9.6 10.1 3 38.5 -35 27 162 133 236.73 -53.63 .0046 0 0 10.3 1O S 374 3 38.7 -50 23 F200 + 71 - 21 I III 13 16.4 16.8 17.4 3 40.2 -50 13 93 143 260.38 -50.57 0 5 17.2 1O S 375 3 39.0 -51 46 F200 + 71 - 94 RI II 2 15.3 15.7 16.5 3 40.4 -51 36 93 70 262.38 -50.05 0 5 16.7 1O S 376 3 39.1 -38 0 F301 +116 +106 RI I-II 11: 13.1? 15.4 17.1 3 41.0 -37 50 48 270 240.68 -53.03 0 5 17.2 1O S 377 3 39.5 -55 22 F156 - 90 - 17 IR I-II 19: 13.7 14.6 15.4 3 40.7 -55 12 254 147 267.43 -48.58 .0425 0 3 15.6 1O S 378 3 39.6 -64 43 F083 - 4 + 16 I II -67 15.5 15.9 16.8 3 40.2 -64 33 D 168 180 279.28 -44.03 0 5 17.0 1O S 379 3 41.9 -19 29 F548 +149 + 27 I I-II 27 15.5 17.5 18.0 3 44.1 -19 19 15 191 211.23 -49.76 0 6 17.3 1O S 380 3 42.0 -75 10 F031 + 79 - 13 RI I-II -70 14.8 15.9 16.8 3 41.1 -75 0 DQ 85 151 290.21 -37.62 0 5 16.9 2O S 381 3 42.7 -62 43 F083 + 16 +124 RI: I-II 27 16.8 17.4 18.0 3 43.5 -62 33 D 148 288 276.65 -44.80 0 5 17.2 2O S 382 3 42.8 -66 10 F083 + 13 - 62 I II 4 15.5: 16.7 17.4 3 43.3 -66 0 151 102 280.69 -42.95 0 5 17.2 1O S 383 3 43.6 -36 57 F358 + 78 -103 I II-III 26 15.7 16.2 17.8 3 45.5 -36 47 86 61 238.88 -52.19 0 5 17.2 1O S 384 3 44.0 -41 20 F302 -103 - 72 R I 6 13.4 14.8? 15.5 3 45.8 -41 10 O 267 92 245.97 -51.77 0 4 15.7 1C S 385 3 45.1 -31 58 F358 +100 +163 RI: I 14 15.0 15.7: 16.6 3 47.1 -31 48 Q 64 327 230.81 -51.74 0 5 16.8 1O,1A S 386 3 45.4 -31 5 F419 - 55 - 55 I III 17 17.0 17.1 18.1 3 47.4 -30 55 219 109 229.40 -51.59 0 6 17.3 1A S 387 3 45.4 -61 39 F117 - 19 - 87 IR II -35 15.4 15.9 17.0 3 46.2 -61 29 183 77 275.12 -45.05 0 5 17.2 1O S 388 3 45.5 -34 47 F359 -160 + 10 RI: II-III? ( 80) 18.1: 18.5? 19.9 3 47.4 -34 37 324 174 235.36 -51.81 2 6 17.4 1C S 389 3 45.5 -85 47 F003 + 76 - 57 I II 8 14.9 15.4 17.1 3 35.9 -85 37 Q 88 107 299.61 -30.39 0 5 17.1 2O S 390 3 45.7 -54 11 F156 - 43 + 48 I I-II -65 14.6 15.9 16.5 3 47.0 -54 1 207 212 265.26 -48.23 .0605 0 5 16.7 1O S 391 3 45.8 -23 41 F482 + 68 + 71 R? III? 71 18.6 19.2 20.1 3 48.0 -23 31 96 235 217.89 -50.15 1 6 17.4 1C S 392 3 45.8 -69 24 F054 + 80 + 31 IR I-II 7 15.1 16.7 17.1 3 45.9 -69 14 84 195 284.07 -40.90 0 5 17.2 1O S 393 3 46.7 -45 42 F249 + 24 - 35 R: I 11 14.5 14.9 16.1 3 48.3 -45 32 Q 140 129 252.71 -50.55 .0454 0 4 16.3 1O S 394 3 47.1 -29 50 F419 - 35 + 8 R? II-III 12 16.2 16.9 17.7 3 49.1 -29 40 199 172 227.48 -51.08 0 5 17.2 1A S 395 3 47.3 -51 49 F201 -108 - 98 IR II -15: 15.6 15.9 16.8 3 48.7 -51 39 D 272 66 261.79 -48.82 0 5 17.0 2O S 396 3 47.4 -64 43 F083 + 40 + 16 I II-III 26 15.8 16.8 18.0 3 48.0 -64 33 124 180 278.66 -43.32 0 6 17.3 1O S 397 3 50.4 -31 30 F419 + 21 - 77 R II-III 20 16.6 17.1 18.0 3 52.4 -31 21 Q 143 87 230.24 -50.57 0 6 17.3 1A S 398 3 53.2 -46 17 F249 + 84 - 67 I II-III 27 15.1 17.3 17.6 3 54.8 -46 8 80 97 253.24 -49.33 0 5 17.2 1O S 399 3 53.2 -53 57 F156 + 16 + 60 IR I-II 11 15.4 16.1 16.4 3 54.5 -53 48 148 224 264.36 -47.28 .0394 0 5 16.6 1O S 400 3 53.7 -36 43 F359 - 69 - 92 R II? ( 79) 19.2? 20.1 20.9 3 55.6 -36 34 233 72 238.47 -50.17 1 6 17.5 1C S 401 3 54.2 -59 6 F117 + 42 + 49 I II-III 10 15.6 16.7 17.5 3 55.2 -58 57 122 213 271.20 -45.22 0 5 17.2 1O S 402 3 54.3 -44 21 F249 + 97 + 36 RI II: -56? 15.4 15.9 16.6 3 55.9 -44 12 67 200 250.26 -49.47 0 5 16.8 2O S 403 3 54.4 -34 20 F359 - 63 + 31 R III ( 61) 20.1 20.5 21.4 3 56.3 -34 11 227 195 234.76 -49.96 1 6 17.6 1C S 404 3 55.1 -54 1 F156 + 31 + 56 RI I 23 13.7 15.3 15.5 3 56.4 -53 52 133 220 264.32 -46.99 .0365 0 4 15.7 1O S 405 3 56.0 -82 22 F015 - 64 -130 IR I-II 2 14.9 15.3 16.8 3 51.5 -82 13 Q 228 34 296.42 -32.47 0 5 16.9 4O S 406 3 57.0 -64 5 F083 + 98 + 46 IR II 12 15.5 16.5 17.3 3 57.6 -63 56 66 210 277.21 -42.73 0 5 17.2 1O S 407 3 57.2 -50 16 F201 - 26 - 12 IR III 1 18.7 19.2 19.3 3 58.6 -50 7 190 152 258.88 -47.78 0 6 17.4 1O S 408 3 57.4 -61 50 F117 + 57 - 98 R III 29 16.3: 16.8 18.0: 3 58.2 -61 41 D 107 66 274.43 -43.71 0 5 17.2 1O,1C S 409 3 57.4 -68 29 F055 -114 + 78 I I-II 8 15.1 16.0 17.0 3 57.5 -68 20 278 242 282.31 -40.53 0 5 17.2 1O S 410 3 57.7 -59 44 F117 + 64 + 15 I II -29 14.6 15.1 15.7 3 58.6 -59 35 D 100 179 271.75 -44.56 0 4 15.9 1O S 411 4 0.3 -65 7 F083 +112 - 11 I I-II -17 13.8 15.3 15.9 4 0.8 -64 58 BD 52 153 278.22 -41.94 .0380 0 4 16.1 1O S 412 4 0.6 -57 2 F117 + 91 +158 I II-III - 1 15.6 15.7 16.1 4 1.7 -56 53 73 322 268.02 -45.23 .0467 0 4 16.3 1O S 413 4 2.1 -63 56 F083 +128 + 52 I II - 7 14.8 15.4 17.1 4 2.7 -63 47 36 216 276.69 -42.30 (.0370) 0 5 17.2 1O S 414 4 2.3 -24 27 F483 0 + 29 RI II-III 70 18.6 19.1 19.7 4 4.4 -24 18 164 193 220.46 -46.71 1 6 17.4 1C S 415 4 2.9 -60 57 F117 + 95 - 53 I II 1 13.3 14.3 15.4 4 3.7 -60 48 D 69 111 272.94 -43.48 0 3 15.6 1O S 416 4 3.2 -43 59 F250 - 86 + 55 IR I-II -13 14.7 15.1 16.6 4 4.8 -43 50 B 250 219 249.39 -47.94 .0648 0 5 16.8 1O S 417 4 3.3 -66 6 F083 +124 - 65 I II-III 19 16.0 17.6 18.0 4 3.7 -65 57 D 40 99 279.19 -41.20 0 6 17.3 1O S 418 4 4.2 -39 0 F302 +104 + 54 IR II: 12 13.4: 14.4: 15.2 4 6.0 -38 51 O 60 218 241.93 -48.08 0 3 15.4 2C S 419 4 4.5 -47 59 F201 + 38 +109 IR III 15 16.8* 18.9 19.2 4 6.0 -47 50 126 273 255.20 -47.12 0 6 17.4 1O S 420 4 4.7 -47 15 F250 - 68 -120 IR II-III -57 15.5 15.8 16.6 4 6.2 -47 6 B 232 44 254.13 -47.21 0 5 16.8 1O S 421 4 5.8 -27 33 F420 - 87 +132 IR III 20 18.0 18.7 19.2 4 7.9 -27 25 251 296 225.12 -46.65 0 6 17.4 1O S 422 4 5.9 -22 22 F550 - 76 -131 R II: 65 19.1 19.6 20.2 4 8.1 -22 14 240 33 217.90 -45.34 1 6 17.5 1C S 423 4 5.9 -44 34 F250 - 60 + 24 I III - 3 15.7 16.1 16.8 4 7.5 -44 26 224 188 250.17 -47.39 0 5 17.0 1O S 424 4 6.0 -43 33 F250 - 60 + 78 IR II - 2 15.2 15.5 16.7 4 7.6 -43 25 224 242 248.67 -47.48 .0589 0 5 16.9 1O S 425 4 7.1 -60 12 F117 +125 - 15 I I-II - 1: 14.8 15.3 17.1 4 8.0 -60 4 39 149 271.72 -43.29 0 5 17.2 1O S 426 4 7.7 -60 57 F117 +126 - 55 IR I -18 14.4 15.4 15.4 4 8.5 -60 49 D 38 109 272.63 -42.94 0 3 15.6 1O S 427 4 7.8 -19 21 F550 - 55 + 36 R II-III 73 19.2 19.3 20.8: 4 10.0 -19 13 219 200 214.07 -43.97 1 6 17.5 1C S 428 4 7.8 -75 9 F032 - 60 - 8 I II 20 15.3 16.0 17.6 4 6.7 -75 1 BD 224 156 288.97 -36.30 0 5 17.1 1O S 429 4 8.1 -61 34 F117 +126 - 88 IR II - 3 14.5 15.3 15.9 4 8.8 -61 26 D 38 76 273.38 -42.66 0 4 16.1 1O S 430 4 9.2 -58 7 F118 -122 + 99 I III: 91 19.1 19.2 20.1 4 10.2 -57 59 286 263 268.90 -43.78 2 6 17.4 1C S 431 4 11.4 -48 40 F201 + 99 + 70 I I-II 16 15.3 16.8 17.4 4 12.8 -48 32 65 234 255.88 -45.87 0 5 17.2 1O S 432 4 12.7 -69 30 F055 - 38 + 28 I II -70 14.5 15.8 16.7 4 12.6 -69 22 202 192 282.58 -38.83 0 5 16.8 1O S 433 4 13.2 -50 55 F201 +109 - 50 R I 2 13.9 15.3 16.3 4 14.5 -50 47 D 55 114 258.95 -45.16 .0668 0 5 16.5 2O S 434 4 14.9 -43 2 F250 + 27 +106 I II 7 15.3 15.5 16.6 4 16.5 -42 54 137 270 247.73 -45.91 0 5 16.8 1O S 435 4 16.9 -17 35 F550 + 61 +130 I II? 58 18.8: 19.3 20.9 4 19.1 -17 27 103 294 212.85 -41.33 1 6 17.5 1C S 436 4 17.1 -42 19 F250 + 49 +145 I II 0 15.3 15.4 17.1 4 18.7 -42 11 115 309 246.68 -45.54 0 5 17.2 1O S 437 4 17.2 -44 20 F250 + 48 + 37 I II - 8 14.7 15.3 17.4 4 18.8 -44 12 116 201 249.55 -45.41 0 5 17.2 1O S 438 4 17.2 -46 30 F250 + 47 - 79 I III 3: 16.8 17.1 18.0 4 18.7 -46 22 117 85 252.62 -45.21 0 6 17.3 1O S 439 4 17.5 -19 31 F550 + 68 + 27 I III 96 19.0 19.2 20.0 4 19.7 -19 23 96 191 215.34 -41.87 2 6 17.4 1C S 440 4 17.8 -28 0 F420 + 55 +107 IR I-II -67 15.1 15.9 16.2 4 19.8 -27 52 109 271 226.53 -44.15 0 4 16.4 1O S 441 4 18.2 -18 42 F550 + 75 + 70 R II 102 19.0 19.7 20.4 4 20.4 -18 34 89 234 214.39 -41.44 2 6 17.5 1C S 442 4 19.0 -51 34 F202 - 95 - 83 RI I-II -48 15.4 15.8 16.8 4 20.3 -51 26 259 81 259.60 -44.14 0 5 17.0 2O S 443 4 19.1 -20 31 F550 + 87 - 27 R? II? 0* 20.1 20.8 21.6 4 21.3 -20 23 77 137 216.77 -41.85 0 6 17.6 1C S 444 4 20.3 -43 16 F250 + 79 + 93 RI III 49: 19.1 19.5 19.9 4 21.9 -43 9 85 257 247.99 -44.91 0 6 17.4 1O S 445 4 20.7 -74 49 F032 - 16 + 11 I II - 1 15.2 16.0 16.6 4 19.6 -74 41 180 175 288.09 -35.75 0 5 16.7 1O S 446 4 21.5 -46 0 F250 + 86 - 54 IR II 27 15.2 16.3 17.3 4 23.0 -45 53 78 110 251.81 -44.52 0 5 17.2 1O,1A S 447 4 21.8 -30 50 F420 + 99 - 46 I III 28 16.7 16.8 18.1 4 23.8 -30 43 65 118 230.63 -43.83 0 6 17.3 1O S 448 4 21.8 -33 54 F360 - 26 + 60 I I-II 0 15.7 15.9 17.8 4 23.7 -33 47 190 224 234.85 -44.27 0 5 17.2 1O S 449 4 22.3 -27 51 F420 +108 +115 I I-II -16 14.8 15.3 15.7 4 24.3 -27 44 s 56 279 226.62 -43.14 0 4 15.9 2O S 450 4 23.1 -68 45 F055 + 11 + 68 IR I-II 9 15.3 16.1 16.8 4 23.1 -68 38 153 232 281.20 -38.33 0 5 16.9 1O S 451 4 23.9 -37 49 F303 + 40 +119 R III ( 78) 19.2 19.5 20.1 4 25.7 -37 42 124 283 240.35 -44.20 1 6 17.4 1C S 452 4 24.0 -28 45 F420 +127 + 66 RI: II -17: 15.7 15.9 16.6 4 26.0 -28 38 37 230 227.93 -42.97 0 5 16.8 2O S 453 4 24.1 -32 47 F360 + 1 +120 I I 29 15.3 15.5 16.8 4 26.0 -32 40 163 284 233.40 -43.65 0 5 17.0 1O S 454 4 24.4 -43 28 F250 +120 + 81 IR II -15 13.8 15.0 16.5 4 26.0 -43 21 44 245 248.23 -44.16 0 5 16.7 1O S 455 4 24.7 -48 34 F202 - 50 + 79 I I-II - 4 14.7 15.3 16.8 4 26.1 -48 27 214 243 255.29 -43.71 0 5 17.0 1O S 456 4 25.2 -45 53 F250 +122 - 49 I III 41 19.4 19.5 19.8 4 26.7 -45 46 42 115 251.57 -43.89 0 6 17.4 1O S 457 4 25.5 -49 14 F202 - 42 + 44 I II -29 15.1 15.9 16.9 4 26.9 -49 7 B 206 208 256.18 -43.49 0 5 17.1 1O S 458 4 25.6 -29 56 F421 -122 + 9 I II-III 20 15.4 16.4: 17.2 4 27.6 -29 49 286 173 229.61 -42.86 0 5 17.2 2O S 459 4 26.6 -28 15 F421 -113 + 99 I II 0 15.1 15.4 16.1 4 28.6 -28 8 277 263 227.43 -42.31 0 4 16.3 1O S 460 4 26.8 -62 25 F084 + 14 +140 RI: III: (133) 19.7 20.0 20.6 4 27.4 -62 18 150 304 273.40 -40.31 3 6 17.5 1C S 461 4 26.9 -50 39 F202 - 30 - 32 IR I-II 12 14.6? 16.0 16.6 4 28.2 -50 32 194 132 258.06 -43.08 .0539 0 5 16.8 1O S 462 4 27.5 -32 53 F360 + 39 +114 I II 24 16.8 17.0 17.4 4 29.4 -32 46 125 278 233.67 -42.96 0 5 17.2 1O S 463 4 28.0 -53 56 F157 + 30 + 57 R: I-II 26 13.3 13.7 15.1 4 29.2 -53 49 dS 134 221 262.43 -42.35 .0394 0 3 15.3 1O S 464 4 28.5 -36 45 F360 + 47 - 93 RI I 27: 14.2 14.7 15.9 4 30.3 -36 38 117 71 238.97 -43.21 0 4 16.1 1O S 465 4 29.5 -29 52 F421 - 77 + 14 RI I-II 4 12.6 13.4 15.1 4 31.5 -29 45 241 178 229.74 -42.02 0 3 15.3 1O S 466 4 29.7 -27 55 F421 - 76 +117 RI I-II 17 16.1? 16.7 17.3 4 31.7 -27 48 240 281 227.20 -41.56 0 5 17.2 1O S 467 4 30.1 -67 1 F055 + 50 +160 I II -50: 15.4 15.9 16.5 4 30.2 -66 54 D 114 324 278.83 -38.40 0 5 16.6 1O S 468 4 30.2 -46 13 F251 - 89 - 64 I II 1 15.3 15.4 16.5 4 31.7 -46 6 253 100 251.95 -43.00 .0675 0 5 16.7 1O S 469 4 30.7 -20 54 F551 - 32 - 47 IR III 20 16.6* 18.6 18.9 4 32.9 -20 47 196 117 218.41 -39.41 0 5 17.2 1O S 470 4 31.3 -31 55 F421 - 56 - 97 I II 13 15.0 15.3 16.6 4 33.2 -31 48 220 67 232.55 -42.02 0 5 16.8 1O S 471 4 33.5 -28 37 F421 - 31 + 81 IR I-II 22 14.4 15.6 16.7 4 35.5 -28 30 195 245 228.36 -40.91 0 5 16.9 1O S 472 4 34.0 -36 1 F361 -154 - 56 I II -41 15.1 15.9 16.8 4 35.8 -35 54 318 108 238.12 -42.03 0 5 17.0 1O S 473 4 34.4 -22 33 F551 + 14 -135 I I-II 2 14.6 15.3 16.7 4 36.5 -22 26 150 29 220.78 -39.11 0 5 16.8 1O S 474 4 34.7 -20 22 F551 + 19 - 18 IR I-II 26: 16.0 16.8 17.5 4 36.9 -20 15 145 146 218.16 -38.35 0 5 17.1 1O S 475 4 34.8 -50 37 F202 + 38 - 31 I II - 6 14.5: 15.1 16.7 4 36.1 -50 30 126 133 257.79 -41.84 0 5 16.9 1O S 476 4 34.9 -39 45 F304 -118 + 14 I II - 1 13.2? 14.8 15.9 4 36.6 -39 38 282 178 243.16 -42.16 0 4 16.1 1O S 477 4 35.6 -49 43 F202 + 46 + 17 I II 5 14.8: 15.5 16.4 4 36.9 -49 37 B 118 181 256.57 -41.81 0 5 16.6 1O S 478 4 36.2 -31 46 F421 0 - 89 I II 2 14.8 15.4 16.1 4 38.1 -31 40 164 75 232.60 -40.96 0 4 16.3 1O S 479 4 36.5 -51 32 F202 + 51 - 80 R: I - 4 13.1 15.3 16.0 4 37.8 -51 26 113 84 258.97 -41.46 .0363 0 4 16.2 1O S 480 4 36.6 -85 55 F004 - 14 - 47 IR II-III 26 16.2 16.8 17.8 4 24.9 -85 48 178 117 299.07 -29.57 0 5 17.1 2O S 481 4 36.8 -29 20 F421 + 7 + 42 I II 2 14.5? 15.4 16.4 4 38.8 -29 14 157 206 229.48 -40.36 0 5 16.6 1O S 482 4 37.1 -55 58 F158 -150 - 57 I III ( 50) 19.3 19.6 20.4 4 38.1 -55 52 314 107 264.76 -40.68 1 6 17.5 1C S 483 4 38.0 -33 8 F361 -114 + 99 RI: I-II 26 15.8 16.8 17.2 4 39.9 -33 2 278 263 234.46 -40.82 0 5 17.2 2O S 484 4 38.3 -35 43 F361 -108 - 38 R II 5 14.5 14.7 15.9 4 40.1 -35 37 272 126 237.86 -41.13 0 4 16.1 1O S 485 4 38.5 -73 15 F032 + 53 + 92 I I-II 5 15.4 15.6 17.2 4 37.6 -73 9 D 111 256 285.69 -35.35 0 5 17.1 1O S 486 4 38.7 -45 27 F251 - 9 - 23 I II 4 14.8 15.4 16.7 4 40.2 -45 21 173 141 250.83 -41.55 0 5 16.9 1O S 487 4 38.9 -44 44 F251 - 8 + 16 IR I - 7 13.3 14.2 15.0 4 40.4 -44 38 172 180 249.87 -41.53 .0372 0 3 15.2 1O S 488 4 39.4 -29 47 F421 + 38 + 18 I I-II 22 15.0 16.0 16.6 4 41.4 -29 41 126 182 230.22 -39.90 0 5 16.8 1O S 489 4 40.0 -37 2 F361 - 89 -109 I I 3 13.8 15.2 15.8 4 41.8 -36 56 253 55 239.65 -40.95 0 4 16.0 1O S 490 4 40.2 -27 6 F421 + 49 +161 I II 13: 15.4 16.0 17.3 4 42.2 -27 0 115 325 226.89 -39.11 0 5 17.1 1O S 491 4 40.5 -32 56 F361 - 86 +111 RI I-II -16 14.6 15.8 16.6 4 42.4 -32 50 250 275 234.32 -40.27 0 5 16.8 1O S 492 4 40.8 -21 18 F551 + 95 - 70 I II - 3 15.4: 15.5 16.8 4 43.0 -21 12 69 94 219.87 -37.31 0 5 16.9 1O S 493 4 41.2 -21 54 F551 + 99 -101 I II 10 15.4 15.5 16.8 4 43.3 -21 48 65 63 220.62 -37.41 0 5 16.9 1O S 494 4 41.7 -21 23 F551 +105 - 74 RI I-II 29: 18.0 18.6 19.6 4 43.9 -21 17 59 90 220.05 -37.14 0 6 17.3 1O S 495 4 41.7 -47 32 F251 + 17 -134 IR I-II 0 14.4 15.4 16.4 4 43.1 -47 26 147 30 253.57 -40.96 0 5 16.6 2O S 496 4 43.7 -36 1 F361 - 50 - 54 I II -10 15.1 15.4 15.6 4 45.5 -35 55 214 110 238.44 -40.09 0 4 15.8 1O S 497 4 44.6 -44 49 F251 + 46 + 11 IR I -22 13.4 14.8 15.6 4 46.1 -44 43 118 175 249.97 -40.52 .0329 0 4 15.8 1O S 498 4 44.8 -37 50 F361 - 37 -151 I II-III 27 16.6 18.4 19.3 4 46.5 -37 44 201 13 240.83 -40.09 0 6 17.4 1O S 499 4 45.8 -29 20 F421 +113 + 41 IR I-II 27 15.5 17.1 18.6 4 47.8 -29 14 51 205 230.05 -38.44 0 5 17.2 1O S 500 4 46.2 -62 33 F085 -138 +129 I II -11? 13.1 14.5 14.8 4 46.7 -62 27 BD 302 293 272.75 -38.12 .0190 0 3 14.9 1O S 501 4 48.9 -51 13 F202 +156 - 68 IR III 2 13.5* 15.6 16.9 4 50.1 -51 7 8 96 258.30 -39.57 .0768 0 5 17.0 1O S 502 4 49.2 -37 39 F304 + 32 +127 I III 21 18.3 18.8 19.1 4 50.9 -37 33 132 291 240.72 -39.20 0 6 17.3 1O S 503 4 50.1 -47 42 F203 - 90 +124 I II-III: ( 67) 19.2: 19.7 20.4: 4 51.5 -47 37 254 288 253.73 -39.54 1 6 17.5 1C S 504 4 54.1 -55 16 F158 - 23 - 14 I III 86 19.2: 19.4 19.9 4 55.1 -55 11 187 150 263.39 -38.41 2 6 17.3 1C S 505 4 56.7 -46 41 F252 -110 - 90 IR II -12 14.7 15.3 15.6 4 58.1 -46 36 B 274 74 252.42 -38.42 0 4 15.7 2O S 506 4 59.0 -24 29 F486 -111 + 28 R III (121) 19.9 20.3 21.0 5 1.1 -24 24 275 192 225.21 -34.32 2 6 17.4 1C S 507 4 59.4 -34 31 F361 +124 + 24 R II-III 0 18.8 19.0 19.4 5 1.2 -34 26 40 188 237.20 -36.69 0 6 17.3 1O S 508 5 1.7 -38 52 F305 -108 + 61 I II 22 15.4 16.4 17.1 5 3.4 -38 47 272 225 242.65 -36.92 0 5 17.1 1O S 509 5 3.1 -37 17 F305 - 95 +146 I II -51 15.1 15.8 16.8 5 4.8 -37 12 259 310 240.75 -36.42 0 5 16.9 1O S 510 5 5.1 -39 31 F305 - 72 + 27 IR II-III 20 15.6 16.7 17.3 5 6.8 -39 27 236 191 243.56 -36.36 0 5 17.1 1O S 511 5 6.6 -62 3 F085 - 12 +160 I II 15 15.2 16.7 17.4 5 7.1 -61 59 176 324 271.56 -35.90 0 5 17.1 1O S 512 5 7.3 -37 53 F305 - 50 +115 I I-II 21 13.7 15.4 15.8 5 9.0 -37 49 214 279 241.64 -35.69 0 4 15.9 1O S 513 5 9.9 -42 49 F305 - 22 -150 I II -52 15.2 15.9 16.5 5 11.5 -42 45 186 14 247.75 -35.85 0 5 16.6 1O S 514 5 10.2 -40 21 F305 - 19 - 18 IR II-III -23? 15.7 15.9 17.1 5 11.8 -40 17 183 146 244.75 -35.50 0 5 17.1 1O S 515 5 11.3 -41 50 F305 - 8 - 97 IR I-II 16 14.6 15.3 15.9 5 12.9 -41 46 172 67 246.59 -35.48 0 4 16.0 1O S 516 5 13.3 -27 12 F486 + 61 -118 R II ( 93) 19.3 20.0 20.9 5 15.3 -27 8 103 46 229.44 -32.05 2 6 17.4 1C S 517 5 14.2 -25 19 F486 + 72 - 21 I II 85 18.2: 19.0 19.8 5 16.2 -25 15 92 143 227.40 -31.29 2 6 17.3 1C S 518 5 14.2 -50 38 F204 -136 - 36 RI I-II 29 15.4 16.1 17.2 5 15.4 -50 34 300 128 257.42 -35.60 0 5 17.1 1O S 519 5 14.9 -22 41 F486 + 84 +125 R II-III 86 18.4 19.0: 20.1 5 17.0 -22 37 80 289 224.56 -30.29 2 6 17.3 2C S 520 5 15.4 -54 35 F158 +142 + 16 I? I-II: ( 83) 19.2? 20.0: 20.9 5 16.4 -54 31 22 180 262.27 -35.41 2 6 17.4 1C S 521 5 17.3 -37 9 F305 + 56 +154 IR I 0: 12.1 12.9 14.5 5 19.0 -37 5 108 318 241.19 -33.61 .0150 0 2 14.6 1O S 522 5 17.5 -56 17 F159 - 96 - 68 RI I-II 19 15.1 15.6 16.8 5 18.4 -56 13 D 260 96 264.34 -35.05 0 5 16.9 1O S 523 5 18.4 -26 29 F486 +123 - 80 I II-III 90 18.4: 19.1 19.8 5 20.4 -26 26 41 84 229.03 -30.75 2 6 17.3 1C S 524 5 19.8 -61 20 F120 -146 - 75 I II - 7 12.9 13.5 15.1 5 20.4 -61 17 D 310 89 270.45 -34.43 0 3 15.2 1O S 525 5 20.2 -49 59 F204 - 86 + 1 I II-III 24 17.2 18.0 18.6 5 21.5 -49 56 250 165 256.67 -34.62 0 5 17.2 1O S 526 5 21.8 -46 6 F252 +124 - 60 R II-III 19: 17.8 18.8 19.3 5 23.2 -46 3 40 104 252.00 -34.07 0 6 17.3 1O,1C S 527 5 23.6 -32 45 F423 + 16 -146 IR? I 5 15.0 15.5 16.4 5 25.5 -32 42 148 18 236.43 -31.39 0 5 16.5 2O S 528 5 24.1 -45 1 F253 -113 - 3 IR I-II 21: 15.1 15.5 16.5 5 25.6 -44 58 OQ 277 161 250.76 -33.55 0 5 16.6 1C,1O S 529 5 24.4 -55 21 F159 - 46 - 17 RI II-III 25 15.6 15.7 17.1 5 25.4 -55 18 D 210 147 263.19 -34.10 0 5 17.1 1O S 530 5 25.3 -56 16 F159 - 38 - 66 I II-III 11 15.7 16.1 17.4 5 26.2 -56 13 D 202 98 264.29 -33.97 0 5 17.1 1O S 531 5 25.6 -49 30 F204 - 39 + 28 I II 17 15.8 17.3 17.5 5 26.9 -49 27 203 192 256.15 -33.72 0 5 17.1 1O S 532 5 25.7 -51 18 F204 - 37 - 68 I I-II 12 14.6 15.7 16.6 5 26.9 -51 15 201 96 258.31 -33.81 0 5 16.7 1O S 533 5 27.9 -50 32 F204 - 19 - 27 I II 22 15.5 16.0 17.3 5 29.1 -50 29 183 137 257.41 -33.42 0 5 17.1 1O S 534 5 29.6 -49 17 F204 - 5 + 40 I II - 7 13.3 15.3 15.9 5 30.9 -49 14 169 204 255.95 -33.06 0 4 16.0 1O S 535 5 31.6 -36 23 F363 - 48 - 74 I II - 5 11.3 14.6 15.4 5 33.3 -36 20 212 90 241.01 -30.65 0 3 15.5 1O S 536 5 32.5 -30 50 F423 +119 - 45 I I 11 12.7 13.8 14.7 5 34.4 -30 48 45 119 234.87 -29.05 0 2 14.8 2O S 537 5 33.5 -59 26 F120 - 61 + 32 R I -22 15.0 15.4 15.7 5 34.2 -59 24 BD 225 196 268.07 -32.84 0 4 15.8 1O S 538 5 34.2 -42 50 F306 - 39 -151 IR I-II -11: 14.4 15.1 15.5 5 35.7 -42 48 203 13 248.50 -31.44 0 3 15.6 1O S 539 5 34.6 -39 48 F306 - 36 + 12 I III 74 18.7 19.1 19.7 5 36.2 -39 46 200 176 245.04 -30.81 1 6 17.3 1O S 540 5 38.5 -40 52 F306 + 4 - 45 R I 22 12.8 14.7 15.3 5 40.1 -40 50 160 119 246.42 -30.29 .0358 0 3 15.4 1O S 541 5 39.5 -59 44 F120 - 20 + 16 RI I-II -97 15.1 15.8 16.2 5 40.2 -59 42 BD 184 180 268.42 -32.08 0 4 16.3 1O S 542 5 43.7 -48 7 F204 +120 +101 RI I 24 13.8 15.1 15.6 5 45.0 -48 5 44 265 254.90 -30.61 .0519 0 4 15.7 2O S 543 5 44.6 -47 12 F204 +131 +149 I II -11 15.4 15.9 17.4 5 46.0 -47 10 33 313 253.87 -30.33 0 5 17.1 2O S 544 5 44.8 -29 53 F424 - 4 + 8 I II 28 17.5 18.6 19.4 5 46.7 -29 51 168 172 234.73 -26.24 0 6 17.3 1O S 545 5 44.9 -32 36 F363 +101 +127 RI II 28 14.3 15.2 15.5 5 46.8 -32 34 63 291 237.64 -27.03 0 3 15.6 1O S 546 5 46.7 -32 41 F364 -151 +125 I II 23 14.8 15.1 16.5 5 48.5 -32 40 315 289 237.85 -26.69 0 5 16.6 1O S 547 5 46.8 -47 26 F205 -121 +137 RI I -54? 14.1: 15.9 16.7: 5 48.2 -47 25 285 301 254.20 -30.00 0 5 16.7 3O S 548 5 47.5 -42 57 F254 -163 +109 I II 14 15.9 16.1 17.3 5 49.0 -42 56 327 273 249.16 -29.07 0 5 17.1 2O S 549 5 48.8 -32 17 F424 + 40 -121 R I-II -57: 15.3 15.9 16.5 5 50.7 -32 16 124 43 237.57 -26.15 .0403 0 5 16.6 2O S 550 5 49.1 -34 48 F364 -122 + 12 RI: II 3 13.3 14.5 15.5: 5 50.9 -34 47 286 176 240.29 -26.81 0 3 15.6 2O S 551 5 49.4 -49 41 F205 - 93 + 18 I III 25 17.5 17.6 18.1 5 50.7 -49 40 257 182 256.84 -29.91 0 5 17.2 1O S 552 5 50.3 -57 7 F120 + 58 +155 IR II - 7 14.4: 15.1 16.1 5 51.1 -57 6 106 319 265.42 -30.57 0 4 16.2 1O S 553 5 52.4 -39 13 F307 -119 + 44 I III 24 16.0 18.6 19.1 5 54.1 -39 12 283 208 245.27 -27.33 0 6 17.3 1O S 554 5 54.1 -20 37 F555 - 39 - 31 IR II-III 96 17.7 19.1 19.7 5 56.2 -20 36 203 133 226.04 -21.05 2 5 17.2 1O S 555 5 55.5 -37 29 F364 - 51 -130 R I - 2 13.4 14.9 16.0 5 57.2 -37 28 215 34 243.57 -26.30 0 4 16.1 2O S 556 5 56.1 -43 51 F254 - 78 + 63 RI II 29 15.4 16.0 17.2 5 57.6 -43 50 242 227 250.53 -27.73 0 5 17.1 1O S 557 5 56.1 -47 6 F205 - 36 +157 RI I-II 14 15.6 16.0 17.4 5 57.5 -47 5 200 321 254.14 -28.38 0 5 17.1 1O S 558 5 57.4 -59 52 F120 +101 + 5 I II 17 13.2 13.8 14.8 5 58.0 -59 51 63 169 268.67 -29.84 0 3 14.9 1O S 559 5 59.6 -39 0 F307 - 44 + 55 I II - 5 13.9 14.0 15.0 6 1.3 -39 0 208 219 245.43 -25.92 0 3 15.1 1O S 560 6 0.0 -58 36 F120 +124 + 72 RI I -10 13.4 14.8 15.3 6 0.7 -58 36 D 40 236 267.25 -29.40 0 3 15.4 1O S 561 6 0.3 -60 35 F120 +117 - 35 RI I - 8: 14.0 14.6 15.7 6 0.9 -60 35 47 129 269.52 -29.53 0 4 15.8 1O S 562 6 0.6 -27 46 F425 - 89 +120 I I-II - 9 14.8 15.6 16.1 6 2.6 -27 46 253 284 233.78 -22.28 0 4 16.1 1O S 563 6 1.6 -32 44 F364 + 17 +124 I II 17 15.0 15.4 16.1 6 3.4 -32 44 147 288 238.95 -23.72 0 4 16.1 1O S 564 6 4.3 -42 45 F254 + 2 +122 IR II -30: 15.4 15.6 16.4 6 5.8 -42 45 162 286 249.72 -26.02 0 4 16.4 2O S 565 6 4.4 -50 24 F205 + 35 - 21 I: III 19 15.9 17.7 18.1 6 5.6 -50 24 129 143 258.10 -27.65 0 5 17.2 1O S 566 6 5.7 -45 11 F254 + 14 - 8 I II 7 15.1 15.3 15.6 6 7.1 -45 11 150 156 252.42 -26.36 0 4 15.7 1O S 567 6 5.7 -62 48 F086 + 83 +117 I I -26: 15.3 15.9 16.8 6 6.1 -62 48 Q 81 281 272.11 -29.05 0 5 16.9 1O S 568 6 7.2 -27 30 F425 - 12 +135 I I-II - 2 13.9 15.4 16.4 6 9.2 -27 30 176 299 234.07 -20.81 0 4 16.4 1O S 569 6 8.3 -47 37 F205 + 74 +128 IR I -13 13.1 14.6 16.4 6 9.6 -47 37 90 292 255.18 -26.46 .0405 0 5 16.5 1O S 570 6 9.1 -32 33 F425 + 10 -136 RI: II 0 14.1 15.2 16.0 6 11.0 -32 33 154 28 239.32 -22.16 0 4 16.0 2O S 571 6 9.8 -33 7 F365 -161 +100 RI I - 1? 14.1 15.7 16.2 6 11.6 -33 7 325 264 239.95 -22.21 0 4 16.2 1O S 572 6 10.0 -43 59 F254 + 57 + 55 I II -10 14.6 15.3 16.0 6 11.5 -43 59 107 219 251.33 -25.33 0 4 16.0 1O S 573 6 10.2 -32 57 F364 +114 +110 RI I-II 9: 14.6 15.4 16.0 6 12.0 -32 57 50 274 239.81 -22.08 0 4 16.0 1O S 574 6 11.1 -45 4 F254 + 65 - 3 I I 19: 14.5 15.0 15.4 6 12.5 -45 4 99 161 252.54 -25.40 (.0140) 0 3 15.4 1O S 575 6 11.6 -33 40 F365 -141 + 70 RI I 8 13.8 15.6 16.7 6 13.4 -33 40 305 234 240.64 -22.03 0 5 16.7 1O S 576 6 13.0 -44 33 F254 + 84 + 24 I I-II -52: 15.2 15.9 16.7 6 14.5 -44 34 80 188 252.08 -24.95 0 5 16.7 1O S 577 6 13.5 -34 6 F364 +148 + 47 RI I-II 27 16.1 16.8 18.0 6 15.3 -34 7 16 211 241.22 -21.80 0 5 17.1 1O S 578 6 13.6 -29 15 F425 + 64 + 41 I I-II -17 14.8 15.4 16.1 6 15.5 -29 16 100 205 236.35 -20.12 0 4 16.1 1O S 579 6 14.9 -39 47 F308 -159 + 10 I III 15 17.5 17.8 18.0 6 16.5 -39 48 323 174 247.17 -23.30 0 5 17.1 1O S 580 6 15.1 -51 50 F205 +122 -100 IR I - 7 13.8 15.3 16.0 6 16.2 -51 51 42 64 260.04 -26.27 0 4 16.1 3O S 581 6 15.7 -23 40 F489 + 20 + 72 I II 18 15.0 15.5 16.1 6 17.8 -23 41 144 236 231.06 -17.61 0 4 16.0 1O S 582 6 19.7 -62 54 F087 -102 +112 I III: ( 99) 19.3 19.8 20.8 6 20.1 -62 55 266 276 272.40 -27.47 2 6 17.4 1C S 583 6 20.4 -26 21 F489 + 74 - 72 I III 29 17.7 18.6 19.2 6 22.4 -26 22 90 92 234.09 -17.65 0 5 17.1 1O S 584 6 21.9 -53 34 F160 +149 + 72 IR I-II 1 15.1 15.5 16.0 6 23.0 -53 35 15 236 262.16 -25.62 .0473 0 4 16.0 1O S 585 6 22.2 -64 54 F086 +169 - 5 I: I 1? 12.3 13.5 14.7 6 22.4 -64 55 -5 159 274.67 -27.43 .0241 0 2 14.8 1O S 586 6 22.5 -76 32 F033 +158 -100 I II 0 16.1 16.4 17.5 6 20.4 -76 33 BD 6 64 287.80 -28.13 0 5 17.1 1O S 587 6 23.0 -56 58 F160 +143 -111 I II 12 15.3 15.9 17.3 6 23.9 -56 59 D 21 53 265.90 -26.14 0 5 17.1 1O S 588 6 23.6 -32 16 F365 - 6 +147 I I-II 7 13.4 15.6 17.2 6 25.5 -32 17 170 311 240.16 -19.19 0 5 16.9 1O S 589 6 26.7 -32 27 F365 + 28 +137 RI I-II 1? 14.6 15.2 16.5 6 28.6 -32 29 136 301 240.58 -18.65 0 4 16.4 1O S 590 6 29.0 -41 57 F255 - 29 +163 R I 48 17.9 19.1 19.8 6 30.6 -41 59 193 327 250.27 -21.42 0 5 17.2 1C S 591 6 32.5 -34 54 F365 + 90 + 4 I I-II -24 12.6 14.6 16.2 6 34.3 -34 56 74 168 243.45 -18.40 0 4 16.1 1O S 592 6 37.8 -53 55 F161 + 12 + 58 R II-III: ( 63) 19.0 19.3: 20.6 6 38.9 -53 57 152 222 263.14 -23.42 1 6 17.3 1C S 593 6 38.4 -37 43 F308 + 86 +122 I I-II 0 13.5 13.7 15.1 6 40.1 -37 45 78 286 246.67 -18.30 0 3 15.0 1O S 594 6 41.5 -63 54 F087 + 28 + 61 RI III ( 48) 18.7 19.1 20.1 6 41.8 -63 57 136 225 273.93 -25.22 0 5 17.2 1C S 595 6 43.7 -36 57 F366 - 48 -102 RI I 1 13.0 15.4 16.0 6 45.4 -37 0 s 212 62 246.33 -17.04 0 4 15.9 1O S 596 6 43.8 -37 17 F366 - 47 -120 R I-II 4: 18.7 19.1 19.5 6 45.5 -37 20 211 44 246.66 -17.15 0 5 17.1 1O S 597 6 47.5 -32 58 F366 - 6 +111 I I-II 5: 15.1 15.4 16.0 6 49.4 -33 1 170 275 242.81 -14.79 0 4 15.8 1O S 598 6 48.9 -67 45 F058 - 38 +122 IR I-II -32 14.7 15.9 17.1 6 48.8 -67 48 B 202 286 278.27 -25.22 0 5 17.0 1O S 599 6 54.3 -55 29 F162 -116 - 26 IR I-II -18 14.8 15.2 15.7 6 55.3 -55 32 D 280 138 265.48 -21.56 0 4 15.7 1O S 600 6 54.8 -60 6 F122 - 25 - 4 I III 19 17.4 18.8 19.3 6 55.5 -60 9 189 160 270.28 -22.81 0 5 17.2 1O S 601 6 59.8 -49 40 F207 - 3 + 20 R: I-II 16 14.3 15.4 16.1 7 1.1 -49 44 167 184 259.90 -18.89 .0441 0 4 16.0 1O S 602 7 8.2 -50 5 F207 + 69 - 5 I II 3 15.4 15.6 16.4 7 9.5 -50 9 95 159 260.83 -17.78 0 4 16.3 1O S 603 7 9.4 -73 26 F034 +127 + 75 I III 25 16.8 17.3 18.2 7 8.4 -73 30 37 239 284.78 -24.75 0 5 17.1 2O S 604 7 16.4 -49 4 F208 -122 + 51 I II 8 15.1 15.9 16.7 7 17.7 -49 9 286 215 260.38 -16.16 0 5 16.6 1O S 605 7 31.8 -84 52 F005 + 21 + 10 IR II-III 25 16.5 17.0 17.8 7 22.7 -84 58 143 174 297.38 -26.33 0 5 17.1 2O S 606 7 56.4 -53 8 F209 - 32 -167 RI I-II 9? 15.4 15.6 16.8 7 57.7 -53 16 196 -3 267.01 -12.34 0 5 16.5 1O S 607 7 57.8 -84 58 F006 -116 - 16 IR III 23 15.9 16.5 18.0 7 49.1 -85 5 280 148 297.67 -25.81 0 5 17.2 2O S 608 8 3.1 -57 37 F124 - 79 +128 IR II-III 22 15.7 16.1 17.5 8 4.2 -57 45 243 292 271.49 -13.74 0 5 16.8 1O S 609 8 12.6 -79 29 F018 -117 + 20 I II-III 0 16.1 16.9 17.5 8 10.1 -79 38 281 184 292.31 -23.24 0 5 17.0 1O S 610 8 24.3 -27 12 F431 - 20 +151 R I -53 14.9 15.9 16.8 8 26.4 -27 21 184 315 248.08 + 6.24 0 4 16.2 1O S 611 8 24.7 -19 54 F562 + 6 + 5 I II 18 15.5 16.1 17.3 8 26.9 -20 3 158 169 242.07 +10.48 0 5 16.9 1O S 612 8 28.9 -18 6 F562 + 61 +101 I II 1 15.7 17.0 17.8 8 31.2 -18 16 103 265 241.13 +12.32 0 5 17.0 1O S 613 8 45.9 -22 55 F496 - 28 +112 RI I-II 10 15.1 16.0 16.8 8 48.1 -23 6 192 276 247.52 +12.71 0 5 16.8 1O S 614 9 19.3 -17 17 F565 -100 +147 I III 103 19.1 19.3 20.1 9 21.6 -17 29 264 311 248.10 +22.35 2 6 17.5 1C S 615 9 20.7 -22 7 F497 +132 +154 RI I-II 1 15.3 15.4 16.8 9 23.0 -22 19 32 318 252.22 +19.41 0 5 17.0 1O S 616 9 31.3 -27 0 F498 - 9 -105 R II: (113) 19.5 20.0 20.8 9 33.5 -27 13 173 59 257.71 +17.79 2 6 17.5 1C S 617 9 35.6 -20 7 F565 +106 - 5 R II: 23 12.6 14.2: 15.4? 9 37.9 -20 20 58 159 253.19 +23.31 0 3 15.6 1C,1O S 618 9 37.3 -29 17 F434 + 25 + 40 IR II -41 15.6 15.9 17.5 9 39.5 -29 30 139 204 260.37 +17.09 0 5 17.2 1O S 619 9 41.6 -30 31 F434 + 76 - 25 I III? ( 76) 19.2 19.4 20.0 9 43.8 -30 44 88 139 261.97 +16.82 1 6 17.4 1C S 620 9 46.7 -25 48 F499 - 91 - 43 RI I - 6 14.4 15.4 16.8 9 49.0 -26 2 255 121 259.46 +21.05 0 5 17.1 1O S 621 9 57.0 -32 50 F374 - 36 +117 RI III 14 18.5 18.9 19.6 9 59.2 -33 4 200 281 266.14 +17.22 0 6 17.4 1O S 622 9 58.6 -37 57 F374 - 19 -158 I I-II -13? 14.7 15.3 16.0 10 0.7 -38 11 183 6 269.73 +13.43 0 4 16.1 1O S 623 9 58.7 -18 49 F566 +135 + 63 RI I -32 13.7 15.9 16.8 10 1.1 -19 3 29 227 256.48 +28.06 0 5 17.1 1O S 624 9 59.1 -38 3 F316 + 11 +104 I II -13 14.6 14.8 15.7 10 1.2 -38 17 153 268 269.87 +13.42 0 4 15.8 1O S 625 10 0.6 -21 51 F567 -106 -100 I III 59 18.8 19.3 19.8 10 2.9 -22 5 270 64 259.14 +26.11 1 6 17.5 1C S 626 10 2.4 -32 2 F374 + 26 +159 IR I-II 16 15.5 17.9 17.4 10 4.6 -32 16 138 323 266.55 +18.56 0 5 17.2 1O S 627 10 3.2 -35 16 F374 + 32 - 15 RI I-II - 9 18.3 19.1 19.4 10 5.4 -35 30 132 149 268.77 +16.12 0 6 17.3 1O S 628 10 4.0 -39 30 F316 + 62 + 26 I I -27 13.1 14.7 15.1 10 6.1 -39 44 102 190 271.55 +12.85 0 3 15.1 1O S 629 10 5.5 -32 15 F374 + 61 +147 I III 18 18.6 18.9 19.4 10 7.7 -32 29 103 311 267.23 +18.79 0 6 17.4 1O S 630 10 7.3 -33 26 F374 + 79 + 83 RI I-II - 5 14.7 15.8 17.0 10 9.5 -33 40 85 247 268.31 +18.09 0 5 17.2 1O S 631 10 7.5 -39 42 F316 + 98 + 15 I I -15 13.0 14.1 15.6 10 9.6 -39 56 66 179 272.23 +13.09 0 3 15.6 1O S 632 10 16.1 -34 0 F375 - 90 + 57 I II-III 9 15.7 16.0 17.4 10 18.3 -34 15 254 221 270.21 +18.72 0 5 17.2 1O S 633 10 19.9 -36 35 F375 - 47 - 80 IR I-II 25 15.1 16.0 16.9 10 22.1 -36 50 211 84 272.43 +17.04 0 5 17.1 1O S 634 10 27.3 -28 33 F436 + 72 + 77 I II-III 77 18.0: 18.9 19.8 10 29.6 -28 48 92 241 268.97 +24.55 1 6 17.5 1C S 635 10 27.6 -33 15 F375 + 36 + 94 I III? 76 18.8 19.2 19.9 10 29.9 -33 30 128 258 271.86 +20.69 1 6 17.5 1C S 636 10 27.8 -35 4 F375 + 38 0 I I-II 1 11.7 12.1 13.2 10 30.1 -35 19 126 164 272.96 +19.19 .0087 0 1 13.4 1O S 637 10 29.7 -29 8 F436 + 90 + 44 I II-III 94 19.3 19.5 20.0 10 32.0 -29 23 74 208 269.81 +24.37 2 6 17.5 1C S 638 10 36.7 -33 50 F375 +138 + 64 R III 64 18.5 19.3 20.0 10 39.0 -34 5 26 228 273.91 +21.21 1 6 17.5 1O,1C S 639 10 38.4 -45 56 F264 - 55 - 49 R: I-II 14 12.7 13.6 14.8 10 40.6 -46 11 KS 219 115 280.54 +10.91 .0204 0 2 14.7 1O S 640 10 40.4 -30 33 F437 - 44 - 28 I II -10 13.2: 14.6 15.8 10 42.7 -30 48 B 208 136 272.79 +24.42 0 4 16.1 1O S 641 10 40.4 -33 12 F376 - 85 + 97 I I-II 21 18.8 19.5 19.9 10 42.7 -33 27 249 261 274.27 +22.15 0 6 17.5 1O S 642 10 40.7 -47 22 F214 + 97 +140 I II 6 13.4 15.3 16.7 10 42.9 -47 37 67 304 281.60 + 9.84 0 5 16.5 1O S 643 10 42.2 -40 22 F318 - 83 - 19 I I-II -13 13.7 15.4 16.1 10 44.4 -40 37 247 145 278.38 +16.11 0 4 16.2 1O S 644 10 42.8 -19 10 F569 -106 + 47 I III 55 18.8 19.0 19.8 10 45.2 -19 25 270 211 266.26 +34.30 1 6 17.6 1C S 645 10 43.8 -18 12 F569 - 92 +100 RI III: 127 19.1? 19.7 20.8 10 46.2 -18 27 256 264 265.84 +35.23 2 6 17.7 1C S 646 10 43.8 -29 5 F437 - 5 + 50 I I-II - 5 13.6? 15.6 16.4 10 46.2 -29 20 169 214 272.65 +26.06 0 5 16.7 1O S 647 10 45.7 -32 35 F376 - 26 +130 I I-II 25 14.8 16.1 17.5 10 48.0 -32 50 190 294 274.98 +23.24 0 6 17.3 1O S 648 10 46.9 -42 35 F318 - 34 -137 I I-II 9 15.4 16.0 16.7 10 49.1 -42 50 198 27 280.28 +14.58 0 5 16.8 1O S 649 11 0.3 -25 30 F502 + 2 - 25 RI I-II -52 15.1 15.9 16.7 11 2.7 -25 46 K 162 139 274.27 +30.98 0 5 17.1 1O S 650 11 2.5 -48 1 F215 + 21 +108 I II 15 15.4 15.6 17.0 11 4.8 -48 17 143 272 285.23 +10.88 0 5 16.7 2O S 651 11 4.9 -22 45 F502 + 58 +123 I I-II 26 14.6 16.1 17.1 11 7.4 -23 1 106 287 273.83 +33.90 0 6 17.4 1O S 652 11 5.8 -33 19 F377 - 73 + 91 IR I 23 16.1 18.0 18.6 11 8.2 -33 35 237 255 279.44 +24.53 0 6 17.4 1O S 653 11 7.5 -27 21 F438 + 2 +145 R I-II 94 17.9 18.8 19.8 11 9.9 -27 37 162 309 276.91 +30.07 2 6 17.6 1C S 654 11 8.4 -45 48 F265 - 36 - 41 IR II 19 15.3 15.7 16.7 11 10.7 -46 4 200 123 285.28 +13.32 0 5 16.7 1O S 655 11 8.5 -46 39 F265 - 34 - 86 I II -16 14.6 15.1 15.4 11 10.8 -46 55 198 78 285.63 +12.54 0 3 15.4 1O S 656 11 8.9 -32 20 F438 + 18 -123 I I-II 123 17.7 18.3 19.7 11 11.3 -32 36 146 41 279.64 +25.70 2 6 17.5 1C S 657 11 9.8 -28 37 F438 + 29 + 75 I II: 111 18.3 18.9 20.0 11 12.2 -28 53 135 239 278.07 +29.15 2 6 17.6 1C S 658 11 9.9 -23 57 F502 +118 + 57 I II 19 16.0 16.3 18.0 11 12.4 -24 13 46 221 275.72 +33.36 0 6 17.5 1O S 659 11 15.1 -22 55 F503 - 86 +112 I II-III 12 17.5 18.6 19.0 11 17.6 -23 11 250 276 276.46 +34.81 0 6 17.5 1O S 660 11 16.4 -39 4 F319 + 1 + 51 RI II 16 15.8 15.9 17.3 11 18.8 -39 20 163 215 284.04 +20.11 0 5 17.2 1O S 661 11 18.7 -40 35 F319 + 23 - 31 I I-II 12 15.9 16.0 16.8 11 21.1 -40 51 141 133 285.06 +18.86 0 5 17.0 1O S 662 11 19.3 -29 48 F438 +140 + 12 I II 95 18.7 19.3 19.9 11 21.8 -30 4 24 176 280.79 +28.91 2 6 17.6 1C S 663 11 21.2 -41 44 F319 + 48 - 92 RI I 1 15.1 15.7 17.3 11 23.6 -42 0 116 72 285.96 +17.95 0 5 17.2 1O S 664 11 23.1 -44 49 F266 -162 + 6 I I-II 7 15.0 15.6 16.9 11 25.5 -45 5 326 170 287.40 +15.17 0 5 17.0 1O S 665 11 23.4 -35 7 F377 +122 - 7 RI I 12 13.3 14.9 15.8 11 25.8 -35 23 42 157 283.89 +24.29 .0318 0 4 16.0 2O S 666 11 25.5 -22 42 F503 + 43 +124 I II-III 29 15.1 16.0 17.5 11 28.0 -22 58 121 288 279.04 +35.99 0 6 17.4 1O S 667 11 25.7 -37 33 F319 +100 +131 I II -16 14.6 15.2 16.7 11 28.1 -37 49 64 295 285.29 +22.17 0 5 17.0 1O S 668 11 26.4 -23 53 F503 + 52 + 61 IR I-II 3 15.4 16.0 16.8 11 28.9 -24 9 112 225 279.83 +34.98 0 5 17.2 1O S 669 11 29.7 -50 28 F216 - 3 - 25 I II-III - 3 15.3 15.5 16.0 11 32.1 -50 44 167 139 290.34 +10.18 0 4 15.9 1O S 670 11 35.0 -47 22 F266 - 47 -127 I II 20 16.0 16.1 16.8 11 37.4 -47 38 211 37 290.24 +13.40 0 5 16.8 1O S 671 11 36.5 -44 8 F266 - 35 + 47 RI I-II 26 15.1 16.3 17.3 11 39.0 -44 24 199 211 289.54 +16.57 0 5 17.2 1O S 672 11 37.5 -23 37 F504 - 82 + 77 I III 57 19.1 19.3 19.8 11 40.0 -23 53 246 241 282.63 +36.14 1 6 17.6 1O S 673 11 37.8 -46 25 F266 - 22 - 76 I I-II 12 14.7 15.6 16.0 11 40.3 -46 41 186 88 290.44 +14.44 0 4 16.1 1O S 674 11 39.5 -30 33 F439 +108 - 32 I III 18 16.5 17.5 18.1 11 42.0 -30 49 56 132 285.78 +29.72 0 6 17.5 2O S 675 11 41.9 -26 29 F504 - 29 - 76 RI I-II 29 15.3 16.0 16.7 11 44.4 -26 45 193 88 284.91 +33.75 0 5 17.1 1O S 676 11 44.8 -32 32 F378 + 96 +132 I II - 1 15.2 15.6 17.3 11 47.3 -32 48 68 296 287.68 +28.15 0 6 17.3 1O S 677 11 47.5 -32 15 F440 - 65 -119 I II -15 14.5 14.7 16.0 11 50.0 -32 31 229 45 288.21 +28.58 0 4 16.4 1O S 678 11 48.1 -33 36 F379 -138 + 75 RI II 15 15.4 15.6 16.3 11 50.6 -33 52 302 239 288.76 +27.31 0 5 16.6 1O S 679 11 48.6 -32 53 F379 -133 +114 RI I-II 26 16.0 16.8 17.5 11 51.1 -33 9 297 278 288.66 +28.03 0 6 17.3 1O S 680 11 50.3 -31 15 F440 - 34 - 66 IR I-II 23: 15.2 15.4 16.5 11 52.8 -31 31 198 98 288.57 +29.70 0 5 16.9 1O S 681 11 53.6 -45 31 F266 +127 - 30 I I-II 14 15.8 17.3 17.9 11 56.1 -45 47 37 134 292.96 +16.00 0 5 17.1 2O S 682 11 53.9 -22 29 F572 - 3 -133 RI: I-II 84 19.3 19.4 20.0 11 56.5 -22 45 167 31 286.71 +38.37 2 6 17.6 1C,1O S 683 11 54.1 -31 29 F440 + 10 - 79 IR I-II 10: 14.5 15.7 16.1 11 56.6 -31 45 154 85 289.54 +29.68 0 5 16.5 1O S 684 11 54.7 -30 43 F440 + 18 - 37 I II 19 15.3 16.0 17.5 11 57.3 -30 59 146 127 289.47 +30.46 0 6 17.4 1O S 685 12 0.4 -40 52 F321 - 81 - 46 I II 26 16.0 16.9 18.0 12 3.0 -41 8 245 118 293.20 +20.81 0 6 17.4 1O S 686 12 3.1 -19 39 F572 +113 + 19 R III 30 18.8 19.1 19.7 12 5.7 -19 55 51 183 288.49 +41.66 0 6 17.6 1C S 687 12 4.1 -28 0 F440 +129 +106 IR II - 4 14.0 14.4 15.9 12 6.7 -28 16 B 35 270 291.10 +33.56 0 4 16.3 2O S 688 12 8.1 -22 2 F573 - 85 -108 RI III 19 18.1 18.3 19.3 12 10.7 -22 18 249 56 290.68 +39.59 0 6 17.6 1C S 689 12 8.5 -46 24 F267 0 - 74 RI I-II 0 14.7 15.1 15.8 12 11.1 -46 40 164 90 295.78 +15.63 0 4 15.9 1O S 690 12 11.4 -25 32 F505 + 63 - 27 RI II 26: 15.5 15.6 17.5 12 14.0 -25 48 101 137 292.47 +36.30 0 6 17.4 1O S 691 12 12.2 -30 48 F441 - 48 - 41 I II 6 15.2 16.0 17.8 12 14.8 -31 4 212 123 293.77 +31.14 0 6 17.4 1O S 692 12 16.0 -33 37 F380 - 93 + 74 RI I-II 11 17.8 18.9 19.4 12 18.6 -33 53 257 238 295.19 +28.48 0 6 17.6 1O S 693 12 21.5 -39 41 F321 +136 + 16 IR I 8 14.6 16.0 16.7 12 24.2 -39 57 28 180 297.28 +22.61 0 5 17.0 1O S 694 12 22.9 -40 19 F321 +149 - 19 I III 22 16.8 17.5 18.0 12 25.6 -40 35 15 145 297.65 +22.01 0 6 17.4 1O S 695 12 23.9 -41 45 F321 +156 - 96 IR II -62 15.4 15.9 16.8 12 26.6 -42 1 8 68 298.01 +20.61 0 5 17.0 1O S 696 12 27.2 -19 38 F574 -114 + 19 I I-II 12 15.3 16.1 17.5 12 29.8 -19 54 278 183 296.02 +42.67 0 6 17.4 1O S 697 12 29.5 -33 59 F380 + 58 + 55 RI I 20 15.8 18.1 18.6 12 32.2 -34 15 106 219 298.41 +28.44 0 6 17.5 1O S 698 12 32.7 -23 9 F506 + 56 +101 I: I 10: 14.6: 16.1 17.5 12 35.3 -23 25 108 265 298.16 +39.30 0 6 17.4 1O S 699 12 33.8 -43 8 F268 - 23 +101 IR I-II 20 15.1 16.0 16.9 12 36.5 -43 24 187 265 300.07 +19.38 0 5 17.1 1O S 700 12 34.0 -33 38 F380 +109 + 72 RI II - 1: 15.6 16.2 17.0: 12 36.7 -33 54 55 236 299.44 +28.86 0 5 17.2 2O S 701 12 34.1 -35 16 F380 +107 - 14 RI I-II 28 15.3: 16.5 17.3 12 36.8 -35 32 57 150 299.59 +27.23 0 6 17.3 2O S 702 12 35.1 -42 24 F268 - 9 +140 RI I - 8 13.5 15.4 16.7 12 37.8 -42 40 173 304 300.28 +20.13 0 5 16.9 1O S 703 12 35.4 -34 29 F380 +122 + 27 I II 17 15.6 16.1 17.3 12 38.1 -34 45 42 191 299.83 +28.03 0 6 17.3 2O S 704 12 35.5 -38 34 F322 + 10 + 78 I? II? 63 18.9 19.3? 19.8 12 38.2 -38 50 154 242 300.12 +23.96 1 6 17.5 1C S 705 12 36.8 -43 25 F268 + 6 + 86 I III -60 15.6 15.9 16.7 12 39.5 -43 41 158 250 300.66 +19.13 0 5 16.9 1O S 706 12 38.4 -33 6 F381 -109 +101 I II-III - 4 18.0 19.1 19.6 12 41.1 -33 22 273 265 300.46 +29.45 0 6 17.6 1O S 707 12 40.7 -42 40 F268 + 46 +126 I II - 7 12.2: 13.6 15.1 12 43.5 -42 56 118 290 301.39 +19.91 0 3 15.3 1O S 708 12 41.7 -33 9 F381 - 72 + 99 RI I -11 17.3 19.1 19.4 12 44.4 -33 25 236 263 301.25 +29.43 0 6 17.6 1O S 709 12 43.6 -42 20 F268 + 75 +143 I II 2 15.2 16.1 16.4 12 46.4 -42 36 89 307 301.94 +20.26 0 5 16.6 1O S 710 12 45.7 -21 32 F574 +119 - 83 IR II 0 15.1 15.7 16.6 12 48.4 -21 48 45 81 301.99 +41.06 0 5 17.0 1O S 711 12 46.8 -19 33 F575 -132 + 25 I II-III 0 16.0 17.1 18.1 12 49.4 -19 49 296 189 302.30 +43.05 0 6 17.5 1O S 712 12 46.8 -43 48 F268 +103 + 63 RI I -23 13.4 14.8 15.5 12 49.6 -44 4 61 227 302.59 +18.80 0 4 15.7 1O S 713 12 48.5 -22 16 F575 -108 -120 RI: I 3 14.9 15.4 16.0 12 51.2 -22 32 272 44 302.86 +40.33 0 4 16.4 2O S 714 12 48.8 -26 11 F507 - 16 - 63 R: I - 7 11.3 12.6 13.4 12 51.5 -26 27 180 101 302.95 +36.42 0 1 13.8 1O S 715 12 50.4 -27 25 F507 + 1 -130 R: I 16 14.8 15.6 16.6 12 53.1 -27 41 163 34 303.39 +35.18 0 5 17.0 1O S 716 12 51.7 -17 46 F575 - 70 +122 I II-III 16 16.1 17.0 17.3 12 54.3 -18 2 234 286 303.91 +44.83 0 6 17.4 1O S 717 12 55.4 -27 57 F507 + 61 -158 RI I - 1: 15.3 15.4 16.8 12 58.1 -28 13 103 6 304.73 +34.63 0 5 17.2 1O S 718 12 57.0 -33 24 F381 +100 + 84 R I 16 15.0 15.5 16.0 12 59.7 -33 40 64 248 304.92 +29.17 0 4 16.4 1O S 719 13 0.9 -19 15 F575 + 47 + 41 I II 3 14.6 15.3 15.9 13 3.6 -19 31 117 205 306.87 +43.26 0 4 16.3 1O S 720 13 1.4 -19 46 F575 + 53 + 14 I II - 7 14.5 15.4 16.7 13 4.1 -20 2 111 178 306.98 +42.74 0 5 17.1 1O S 721 13 3.3 -37 19 F382 - 96 -123 RI: II 26 13.5 15.1: 16.0 13 6.1 -37 35 O 260 41 306.15 +25.20 0 4 16.3 2O,1C S 722 13 4.3 -19 59 F575 + 89 + 2 I I-II - 5 14.5 15.4 16.8 13 7.0 -20 15 75 166 307.88 +42.47 0 5 17.2 1O S 723 13 6.4 -44 31 F269 + 19 + 28 I II -12 13.8 14.8 16.6 13 9.3 -44 46 145 192 306.27 +17.97 0 5 16.8 1O S 724 13 10.5 -32 41 F382 - 20 +127 I II 7 15.3 15.7 17.6 13 13.3 -32 56 184 291 308.22 +29.70 0 6 17.4 1O S 725 13 11.4 -29 56 F443 +106 + 4 IR: II 21: 16.2: 16.4: 17.3 13 14.2 -30 11 58 168 308.76 +32.42 0 6 17.4 1C,1O S 726 13 12.4 -33 23 F382 + 1 + 90 I II 12 14.6 15.4 16.7 13 15.2 -33 38 163 254 308.59 +28.96 .0590 0 5 17.1 1O S 727 13 17.6 -40 45 F324 - 89 - 40 I I-II 3 15.0 15.6 16.8 13 20.5 -41 0 B 253 124 308.83 +21.53 0 5 17.1 1O S 728 13 18.1 -27 3 F508 + 72 -110 RI? II-III 27: 15.0 15.6 16.5 13 20.9 -27 18 92 54 310.93 +35.10 0 5 16.9 2O S 729 13 18.7 -35 32 F382 + 69 - 26 RI I 19 13.7 15.0 16.6 13 21.5 -35 47 K 95 138 309.77 +26.68 .0499 0 5 16.9 1O S 730 13 19.2 -26 43 F508 + 84 - 93 I I-II 6 14.6 15.3 16.7 13 22.0 -26 58 80 71 311.29 +35.40 0 5 17.1 1O S 731 13 20.2 -34 37 F382 + 87 + 23 I I-II 29 14.5 14.9 16.1 13 23.0 -34 52 77 187 310.24 +27.55 0 4 16.4 1O S 732 13 21.9 -25 46 F508 +119 - 42 I II 1 15.4 15.5 17.0 13 24.7 -26 1 B 45 122 312.20 +36.25 0 6 17.4 1O S 733 13 23.0 -36 59 F382 +114 -105 I II -21: 15.3 15.7 16.6 13 25.9 -37 14 50 59 310.50 +25.12 0 5 16.9 3O S 734 13 25.0 -40 52 F324 - 14 - 45 R I-II 8 14.9 15.6 16.4 13 27.9 -41 7 BK 178 119 310.30 +21.22 .0503 0 5 16.7 1O S 735 13 25.8 -20 41 F576 + 96 - 37 RI: II 21 13.0 14.1 15.4 13 28.5 -20 56 68 127 314.46 +41.10 0 4 15.7 2O S 736 13 28.2 -27 47 F444 + 38 +119 RI I-II 25 13.1 15.9 17.3 13 31.0 -28 2 126 283 313.48 +34.02 0 6 17.4 1O S 737 13 32.5 -39 49 F324 + 62 + 11 RI I-II - 2 14.6 15.4 16.6 13 35.4 -40 4 102 175 312.00 +22.02 0 5 16.9 1O S 738 13 35.0 -45 3 F270 + 25 0 RI I-II 17 15.4 16.3 16.8 13 38.0 -45 18 139 164 311.47 +16.79 0 5 17.0 1O S 739 13 40.0 -34 43 F383 + 40 + 17 I II 17 15.3 15.6 16.7 13 42.9 -34 58 124 181 314.73 +26.72 0 5 17.0 1O S 740 13 40.6 -37 56 F325 -125 +111 RI: I-II 2 12.8 14.6 15.4 13 43.5 -38 11 D 289 275 314.08 +23.56 .0336 0 3 15.6 2O S 741 13 41.3 -19 33 F577 + 28 + 24 I II 10 13.8 14.4 16.0 13 44.0 -19 48 136 188 319.51 +41.37 0 4 16.4 1O S 742 13 41.7 -34 3 F383 + 59 + 53 I I-II 11 14.6 14.8 15.5 13 44.6 -34 18 105 217 315.28 +27.29 0 4 15.8 1O S 743 13 43.3 -39 39 F325 - 93 + 20 I I-II - 9 14.4 14.6 16.0 13 46.3 -39 53 D 257 184 314.23 +21.77 (.0315) 0 4 16.3 1O S 744 13 44.6 -31 54 F383 + 94 +168 RI I -13: 14.4 15.9 16.7 13 47.5 -32 8 70 332 316.52 +29.24 0 5 17.1 1O S 745 13 45.3 -36 14 F383 + 96 - 65 I III 2 18.6 19.1 19.5 13 48.2 -36 28 68 99 315.51 +25.00 0 6 17.5 1O S 746 13 46.9 -34 44 F383 +116 + 16 I II 8 14.8 15.3 15.8 13 49.8 -34 58 48 180 316.26 +26.38 0 4 16.1 1O S 747 13 48.1 -35 53 F383 +127 - 46 I II 4 14.9 15.7 16.4 13 51.0 -36 7 37 118 316.21 +25.20 0 5 16.7 1O S 748 13 49.7 -32 9 F383 +151 +153 IR II - 8? 14.6 15.3 16.9 13 52.6 -32 23 13 317 317.65 +28.72 0 6 17.3 1O S 749 13 50.1 -34 7 F384 - 79 + 48 R II: 103 18.4? 19.3: 20.2 13 53.0 -34 21 243 212 317.15 +26.80 2 6 17.6 1C S 750 13 50.6 -38 6 F325 - 19 +105 RI I-II 16 15.9 16.2 17.4 13 53.6 -38 20 D 183 269 316.12 +22.93 0 6 17.3 1O S 751 13 51.3 -25 29 F510 - 60 - 25 RI I-II 26 17.8 18.1 18.6 13 54.1 -25 43 224 139 320.23 +35.03 0 6 17.5 1O S 752 13 52.2 -19 22 F578 -100 + 35 IR II - 3 14.4: 14.5 16.1 13 54.9 -19 36 Q 264 199 322.84 +40.79 0 5 16.5 1O S 753 14 0.7 -33 44 F384 + 5 + 69 RI I 18 11.1: 12.4? 13.6 14 3.6 -33 58 O 159 233 319.63 +26.55 .0140 0 1 13.9 1C S 754 14 3.3 -39 35 F325 +113 + 25 RI I-II - 9 12.9 14.1 16.1 14 6.3 -39 49 D 51 189 318.23 +20.82 (.0281) 0 4 16.4 1O S 755 14 6.5 -25 13 F511 -143 - 13 IR III 3 19.1 19.3 19.5 14 9.3 -25 27 307 151 324.28 +34.17 0 6 17.6 1O S 756 14 6.7 -17 38 F578 + 85 +127 I I-II - 3 13.1 14.2 15.8 14 9.5 -17 52 79 291 327.92 +41.19 0 4 16.2 1O S 757 14 9.3 -32 54 F384 +100 +114 RI I 10 14.5: 15.0 15.6 14 12.3 -33 8 O 64 278 321.84 +26.75 0 4 15.9 1C S 758 14 9.4 -34 5 F384 +101 + 49 RI II? 16 13.6? 14.8 15.5 14 12.4 -34 19 O 63 213 321.41 +25.63 0 4 15.8 1C S 759 14 13.2 -22 23 F511 - 62 +141 IR I-II 11: 15.1 15.7 17.0 14 16.0 -22 36 226 305 327.32 +36.22 0 6 17.4 1O S 760 14 15.4 -36 57 F326 - 29 +158 I II-III ( 73) 19.2? 19.5 20.1 14 18.4 -37 10 193 322 321.58 +22.52 1 6 17.5 1C S 761 14 15.9 -27 12 F511 - 27 -118 RI II 7 12.9 14.8 15.4 14 18.8 -27 25 191 46 325.73 +31.55 0 4 15.8 1O S 762 14 18.6 -42 10 F272 - 94 +150 I: II: ( 44) 19.3 19.8 20.4: 14 21.7 -42 23 258 314 320.23 +17.43 0 6 17.5 1C S 763 14 20.0 -30 54 F447 -163 - 55 I: I-II 0* 15.0 15.8: 17.1? 14 22.9 -31 7 327 109 325.04 +27.79 0 6 17.3 1C S 764 14 23.2 -23 44 F511 + 61 + 67 I II 7 14.9 15.6 17.0 14 26.1 -23 57 103 231 329.20 +34.04 0 6 17.4 1O S 765 14 30.3 -33 33 F385 + 67 + 78 I II -22 14.1 15.1 16.7 14 33.3 -33 46 97 242 326.07 +24.49 0 5 17.0 1O S 766 14 31.4 -32 15 F447 - 32 -120 R II-III 74 18.9 19.4 19.9 14 34.4 -32 28 196 44 326.90 +25.57 1 6 17.5 1C S 767 14 31.7 -32 28 F385 + 84 +136 R: I 25 16.0 17.3 17.9 14 34.7 -32 41 80 300 326.87 +25.34 0 6 17.3 1O S 768 14 33.1 -31 1 F447 - 13 - 94 I II: 172 18.5 19.4 20.1 14 36.1 -31 14 177 70 327.86 +26.52 3 6 17.5 1C S 769 14 36.4 -28 45 F447 + 25 + 67 R II-III: 102 18.9 19.2 19.7 14 39.4 -28 57 139 231 329.72 +28.24 2 6 17.5 1C S 770 14 38.6 -37 45 F327 - 60 +122 I II - 8? 13.8 14.6 16.1 14 41.7 -37 57 224 286 325.78 +19.97 0 4 16.3 1O S 771 14 38.8 -38 37 F327 - 57 + 75 I I-II 14 15.2 16.1 17.7 14 41.9 -38 49 221 239 325.42 +19.17 0 5 17.2 1O S 772 14 39.8 -42 5 F327 - 44 -111 I I - 4 14.5 15.5 16.6 14 43.0 -42 17 208 53 324.04 +15.96 0 5 16.7 1O S 773 14 44.7 -19 0 F580 + 32 + 54 I I-II 23 15.3 15.7 17.5 14 47.5 -19 12 132 218 337.33 +35.80 0 6 17.4 1O S 774 14 46.2 -40 9 F327 + 20 - 6 IR II-III 11 15.4 15.6 16.7 14 49.4 -40 21 144 158 326.06 +17.16 0 5 16.9 1O S 775 14 48.3 -37 47 F327 + 42 +120 IR I 6: 12.9 14.6 15.4 14 51.4 -37 59 122 284 327.58 +19.07 0 3 15.6 1O S 776 14 50.6 -37 21 F327 + 67 +143 I I-II 24: 15.5 16.4 17.6 14 53.7 -37 33 97 307 328.23 +19.24 0 5 17.2 1O S 777 14 50.8 -30 55 F448 - 74 - 49 R: I-II 1 16.3 17.2 17.5 14 53.8 -31 7 238 115 331.64 +24.85 0 6 17.3 1C S 778 14 53.3 -37 24 F386 + 55 -128 I I-II 4 11.8 13.3: 14.6 14 56.5 -37 36 BK 109 36 328.70 +18.94 .0237 0 2 14.8 2O S 779 14 54.4 -32 18 F386 + 71 +145 R: III -17 19.1 19.2 19.4 14 57.5 -32 30 93 309 331.61 +23.26 0 6 17.5 1O S 780 14 56.8 -17 58 F581 - 83 +110 R I 116 17.8 19.4 20.0 14 59.6 -18 9 247 274 340.96 +35.07 2 6 17.6 1C S 781 14 57.1 -17 53 F581 - 78 +115 I III 82 19.5 19.7 20.1 14 59.9 -18 4 242 279 341.09 +35.10 2 6 17.6 1C S 782 14 57.3 -30 9 F448 + 2 - 7 R: II: 130 18.0 18.7 19.8 15 0.3 -30 20 162 157 333.39 +24.80 3 6 17.5 1C S 783 14 58.1 -18 3 F581 - 66 +106 I II-III 131 19.1 19.4 20.0 15 0.9 -18 14 230 270 341.21 +34.83 3 6 17.6 1C S 784 15 21.9 -20 45 F582 - 27 - 39 R III 28 18.0 18.6 19.3 15 24.8 -20 55 191 125 344.57 +29.29 0 6 17.6 1O S 785 15 30.8 -85 17 F008 + 72 - 23 IR II 13 15.5 16.0 17.2 15 44.5 -85 26 92 141 306.35 -23.77 0 5 17.0 2O S 786 15 44.6 -23 30 F515 - 15 + 82 I II-III 29 16.7 17.8 18.0 15 47.6 -23 39 179 246 347.02 +23.78 0 6 17.4 1O S 787 15 52.4 -84 13 F009 - 78 + 31 IR I-II 11 14.9 15.6 16.6 16 4.6 -84 21 242 195 307.52 -23.30 0 5 16.6 1O S 788 15 52.9 -83 3 F009 - 94 + 92 IR II 24 15.4 16.1 17.6 16 3.4 -83 11 258 256 308.41 -22.47 0 5 17.0 1O S 789 16 5.1 -82 50 F009 - 77 +108 RI I-II 26 15.7 16.4 18.0 16 15.6 -82 57 241 272 308.86 -22.58 0 5 17.1 1O S 790 16 38.9 -19 16 F586 -117 + 40 IR I -15? 18.0 19.2 19.3 16 41.8 -19 21 281 204 359.52 +17.38 0 6 17.4 1O S 791 16 53.0 -85 50 F009 0 - 41 I II-III 8 15.4 16.1 16.9 17 10.5 -85 54 164 123 307.04 -25.32 0 5 16.8 1A S 792 16 55.0 -82 7 F023 + 44 -113 R I 12 15.4 16.7 17.4 17 5.4 -82 11 D 120 51 310.56 -23.44 0 5 17.0 3O S 793 17 6.4 -81 9 F023 + 73 - 65 I I-II 16 15.6 16.8 17.4 17 16.0 -81 12 D 91 99 311.69 -23.30 0 5 17.0 2O S 794 17 23.5 -66 39 F102 - 68 - 88 I II -31 14.2 15.1 15.7 17 28.6 -66 41 BD 232 76 325.72 -17.11 0 3 15.6 1O S 795 17 26.1 -76 20 F044 - 33 - 71 IR II -32 15.1 15.9 17.1 17 33.2 -76 22 197 93 316.79 -21.90 0 5 17.0 1O S 796 17 46.3 -75 27 F044 + 32 - 23 I II 6 15.1 16.3 16.8 17 53.2 -75 27 132 141 318.20 -22.65 0 5 16.8 1O S 797 17 47.4 -65 29 F102 + 61 - 26 I II -13 14.3 15.4 15.8 17 52.4 -65 29 D 103 138 327.99 -18.72 0 4 15.7 1O S 798 17 55.2 -79 45 F024 - 14 + 15 I II-III 25 16.0 16.5 18.1 18 3.9 -79 45 178 179 313.98 -24.59 0 5 17.1 1O S 799 18 16.2 -72 1 F071 + 17 -107 I II? ( 80) 17.9? 18.5? 20.0 18 22.2 -71 59 147 57 322.47 -23.49 2 5 17.2 1C S 800 18 20.8 -77 12 F024 + 58 +150 I -20 13.8 15.0 16.2 18 28.2 -77 10 D 106 314 317.06 -25.13 0 4 16.2 1O S 801 18 23.5 -51 34 F230 - 55 - 83 I II -30 12.9 15.1 15.5 18 27.5 -51 32 D 219 81 343.36 -17.41 .0511 0 3 15.4 1O S 802 18 24.2 -46 58 F281 -151 -109 I II 8? 14.7: 15.6 16.9 18 27.9 -46 56 315 55 347.82 -15.72 0 5 16.7 1C,1O S 803 18 27.1 -72 55 F071 + 58 -157 RI II-III? ( 55) 19.3 19.6 20.2 18 33.3 -72 52 106 7 321.76 -24.52 1 6 17.3 1C S 804 18 31.9 -67 48 F071 + 98 +114 R II-III ( 92) 19.3 19.7 20.2 18 37.2 -67 45 66 278 327.30 -23.65 2 6 17.3 1C S 805 18 42.5 -63 23 F103 +133 + 81 R I 8 12.0 13.7 14.7 18 47.2 -63 19 DdS 31 245 332.26 -23.59 .0139 0 2 14.7 2O S 806 18 47.4 -54 55 F183 + 39 + 5 I II -36: 15.1? 15.9 17.1 18 51.5 -54 51 125 169 341.28 -21.90 0 5 17.0 1O S 807 18 55.8 -82 22 F010 - 35 +140 I III 2 17.2 18.8 19.1 19 6.3 -82 17 199 304 311.61 -27.36 0 6 17.3 1O S 808 18 56.9 -49 10 F231 - 29 + 45 R: I-II 17 14.2 15.3 16.1 19 0.7 -49 5 D 193 209 347.66 -21.60 0 4 16.1 1O S 809 19 2.0 -82 28 F025 - 50 -134 I II 29 16.7 17.4 17.8 19 12.6 -82 23 B 214 30 311.50 -27.57 0 5 17.1 1O S 810 19 6.1 -75 23 F045 + 76 - 22 IR I-II - 5 15.1 15.3 16.5 19 12.7 -75 18 D 88 142 319.49 -27.52 0 5 16.6 1O S 811 19 13.3 -52 31 F184 - 19 +134 I II -24: 15.3 15.6 16.6 19 17.2 -52 25 BD 183 298 344.89 -24.98 .0688 0 5 16.7 2O S 812 19 18.0 -35 21 F397 + 63 - 19 R: I -17 15.6 15.8 18.9 19 21.3 -35 15 101 145 3.05 -20.96 0 5 17.1 1O S 813 19 25.1 -59 6 F142 - 90 + 48 I III 21 17.1 17.4 17.8 19 29.4 -58 59 254 212 337.99 -27.80 0 5 17.1 1C S 814 19 25.4 -41 16 F338 - 50 - 67 IR I 3 14.8 16.0 17.5 19 28.9 -41 9 214 97 357.43 -24.15 0 5 17.0 1O S 815 19 26.5 -52 45 F232 - 27 -145 I III: ( 66) 19.2: 19.4 20.1 19 30.4 -52 38 191 19 345.09 -26.99 1 6 17.3 1C S 816 19 26.8 -63 42 F105 -128 + 67 I III 13 17.5 17.9 19.0 19 31.4 -63 35 292 231 332.83 -28.50 0 5 17.2 1C S 817 19 27.5 -52 11 F232 - 21 -115 I III 74 19.1 19.3 19.7 19 31.4 -52 4 185 49 345.75 -27.04 1 6 17.3 1C S 818 19 27.8 -71 32 F073 -118 - 86 R: I 105 18.0 19.7 20.1 19 33.4 -71 25 282 78 323.91 -28.94 2 6 17.3 1C S 819 19 28.2 -61 1 F142 - 66 - 54 I II 24 17.2 18.0 19.5: 19 32.6 -60 54 230 110 335.89 -28.41 0 6 17.3 1C S 820 19 30.0 -39 47 F338 - 4 + 13 RI I 18 14.7 16.1 17.1 19 33.4 -39 40 168 177 359.26 -24.57 0 5 17.0 1O S 821 19 31.2 -50 59 F232 + 10 - 51 RI III: ( 87) 19.4 19.7 20.6 19 35.0 -50 52 154 113 347.19 -27.38 2 6 17.4 1C S 822 19 34.0 -46 29 F283 - 21 - 79 I II-III 23 15.3 16.8 17.4 19 37.6 -46 22 185 85 352.25 -26.94 0 5 17.1 1O S 823 19 35.6 -53 17 F185 -101 + 91 I II-III 21 15.0 15.2 15.4 19 39.5 -53 10 BDQ 265 255 344.75 -28.43 .0518 0 3 15.5 1O,1A S 824 19 36.8 -45 45 F283 + 5 - 39 I II 7 15.3 15.7 17.1 19 40.4 -45 38 159 125 353.17 -27.25 0 5 17.1 1O S 825 19 37.5 -82 58 F010 + 37 +109 I III 19 17.4 18.7 19.2 19 48.1 -82 50 127 273 310.85 -28.66 0 6 17.3 1O S 826 19 39.4 -67 7 F073 - 86 +153 I II-III - 9 17.1: 18.5 18.7 19 44.3 -66 59 250 317 328.98 -29.95 0 5 17.2 1C S 827 19 43.0 -43 4 F283 + 66 +104 RI I-II -10 17.5 18.4: 18.6: 19 46.5 -42 56 98 268 356.40 -27.75 0 6 17.3 2O S 828 19 43.6 -52 5 F185 - 38 +157 IR II 19 15.3 15.4 16.6 19 47.4 -51 57 D 202 321 346.31 -29.46 0 5 16.7 1O S 829 19 43.7 -43 23 F283 + 72 + 87 IR I-II 23 16.0 16.7 17.1 19 47.2 -43 15 D 92 251 356.08 -27.95 0 5 17.1 1O S 830 19 45.5 -34 3 F398 +103 + 53 RI III (128) 19.2 19.5 20.0 19 48.7 -33 55 61 217 6.31 -25.92 2 6 17.3 1C S 831 19 48.4 -32 19 F399 -134 +143 R I 21 16.1 18.6 19.3 19 51.6 -32 11 298 307 8.35 -26.00 0 6 17.3 1O S 832 19 51.1 -41 19 F339 - 50 - 70 I II: 29 17.2 17.5 17.9 19 54.5 -41 11 214 94 358.71 -28.84 0 5 17.1 1C S 833 19 53.7 -83 15 F011 -160 + 56 I II-III 15 15.4 16.1 17.3 20 4.3 -83 6 324 220 310.43 -29.08 0 5 17.1 2O S 834 19 54.6 -34 56 F399 - 61 + 5 I II 26: 15.8 16.6 17.8 19 57.8 -34 47 225 169 5.94 -27.97 0 5 17.1 1O S 835 19 54.7 -52 46 F185 + 52 +119 I II 15 13.9 15.2 15.6 19 58.5 -52 37 Q 112 283 345.74 -31.22 .0470 0 4 15.7 1O,1A S 836 19 54.8 -32 48 F399 - 61 +119 R I - 1 12.6 14.5 14.8 19 58.0 -32 39 225 283 8.27 -27.43 0 3 14.9 1O S 837 19 56.0 -83 29 F010 + 63 + 78 I II: 13 15.9 16.1 17.3 20 6.9 -83 20 Q 101 242 310.15 -29.10 0 5 17.1 2O S 838 19 57.0 -38 59 F339 + 10 + 56 I I-II: 131 19.5 19.7: 20.1 20 0.3 -38 50 154 220 1.60 -29.42 3 6 17.3 1C S 839 19 57.5 -53 4 F185 + 75 +103 IR I-II: 17 14.3 14.9 15.1 20 1.3 -52 55 BQ 89 267 345.44 -31.66 .0426 0 3 15.3 2O,1A S 840 19 59.4 -56 6 F185 + 84 - 59 RI: I-II: 15 11.4: 12.3 13.9? 20 3.4 -55 57 DQ 80 105 341.89 -32.12 .0152 0 1 13.9 2O,1A S 841 20 0.9 -65 46 F105 + 68 - 38 I II 76 18.6 19.2 19.9 20 5.6 -65 37 96 126 330.47 -32.15 1 6 17.3 1C S 842 20 1.8 -39 25 F339 + 58 + 30 I III 155 19.4: 19.6: 19.9: 20 5.1 -39 16 106 194 1.34 -30.43 3 6 17.3 1C S 843 20 2.0 -66 20 F105 + 72 - 69 I II: 88 19.2 19.4 19.9 20 6.7 -66 11 92 95 329.79 -32.22 2 6 17.3 1C S 844 20 3.6 -53 17 F185 +123 + 89 IR I-II 14 13.9 15.7 16.2 20 7.4 -53 8 DQ 41 253 345.25 -32.59 .0405 0 4 16.3 1O S 845 20 3.8 -52 43 F185 +126 +119 IR III 23 16.1 16.8 17.5 20 7.6 -52 34 38 283 345.93 -32.59 0 5 17.1 1O S 846 20 3.8 -64 54 F105 + 89 + 6 I III 29 17.3: 17.7 18.8 20 8.4 -64 45 75 170 331.46 -32.51 0 5 17.2 1C S 847 20 4.7 -31 35 F461 + 95 - 82 I III 23 16.6? 17.4 17.9 20 7.8 -31 26 69 82 10.26 -29.10 0 5 17.1 1C S 848 20 5.1 -35 33 F399 + 54 - 28 I II 11 15.3 17.0 18.0 20 8.3 -35 24 110 136 5.88 -30.20 0 5 17.2 1O S 849 20 5.2 -54 32 F186 -126 + 23 IR I-II 10 14.2 15.6 16.4 20 9.1 -54 23 DQ 290 187 343.78 -32.88 0 5 16.5 2O S 850 20 6.1 -54 7 F185 +140 + 43 IR II-III 6 15.4 15.5 16.9 20 10.0 -53 58 D 24 207 344.29 -33.00 0 5 17.0 1O S 851 20 6.3 -48 32 F233 + 52 + 82 RI I 6 10.1 11.7 13.4 20 9.9 -48 23 S 112 246 350.92 -32.64 .0100 0 1 13.5 1O S 852 20 7.1 -34 10 F399 + 77 + 46 I I-II 2 14.5 15.5 16.7 20 10.3 -34 1 87 210 7.54 -30.26 0 5 16.8 1O S 853 20 7.3 -47 21 F233 + 62 +145 I II - 6 13.7 15.4 17.0 20 10.9 -47 12 102 309 352.34 -32.68 0 5 17.1 1O S 854 20 7.4 -56 53 F185 +140 -105 IR II 24 13.7 15.3 15.6 20 11.4 -56 44 24 59 340.99 -33.24 .0536 0 4 15.7 1O S 855 20 7.5 -32 3 F399 + 82 +159 IR I-II 26 16.1 16.8 18.0 20 10.6 -31 54 82 323 9.93 -29.80 0 5 17.2 1O S 856 20 8.0 -65 23 F105 +107 - 21 I II 27 17.0: 17.3 18.0 20 12.6 -65 14 DQ 57 143 330.85 -32.91 0 5 17.2 1C S 857 20 9.6 -57 38 F186 - 85 -141 I II-III 15 15.2? 16.0 17.1 20 13.6 -57 28 249 23 340.09 -33.53 0 5 17.1 1O S 858 20 11.3 -19 38 F596 - 88 + 22 I II-III 13 18.0 18.1 18.6 20 14.2 -19 28 252 186 23.61 -26.65 0 5 17.2 1O S 859 20 12.5 -61 41 F143 - 24 - 90 IR I-II 4 15.3 15.4 16.4 20 16.8 -61 31 188 74 335.21 -33.72 0 5 16.5 1O S 860 20 13.3 -86 21 F011 - 69 - 85 RI I 22 15.0 16.1 17.5 20 29.8 -86 11 233 79 306.89 -28.66 0 5 17.1 1O S 861 20 15.0 -52 51 F186 - 52 +115 IR I-II 2 14.4 15.3 16.4 20 18.8 -52 41 BD 216 279 345.85 -34.28 0 5 16.5 3O S 862 20 15.8 -78 8 F026 -123 + 86 R: II-III 14 17.8 18.6 19.3 20 22.7 -77 58 287 250 315.91 -31.19 0 6 17.3 1O S 863 20 15.9 -39 23 F340 - 65 + 35 IR I-II 6 15.4 15.6 17.1 20 19.2 -39 13 229 199 1.99 -33.09 0 5 17.1 1O S 864 20 16.1 -27 22 F462 - 39 +143 R: III 120 19.4 19.5 20.1 20 19.1 -27 12 203 307 15.73 -30.27 2 6 17.3 1C S 865 20 17.3 -33 26 F400 - 79 + 84 I II 26 16.0 16.6 18.1 20 20.5 -33 16 243 248 8.98 -32.14 0 5 17.2 1O S 866 20 18.2 -49 52 F234 -104 + 7 I I-II - 4 12.6 13.6 15.1 20 21.8 -49 42 B 268 171 349.49 -34.68 .0183 0 3 15.2 2O S 867 20 18.5 -41 9 F340 - 37 - 59 I II 23 14.6 15.9 16.8 20 21.9 -40 59 201 105 .00 -33.87 0 5 16.9 1O S 868 20 20.1 -21 6 F596 + 22 - 56 RI I 13 14.8 15.1 16.7 20 23.0 -20 56 142 108 22.90 -29.10 0 5 16.8 1O S 869 20 21.7 -61 58 F143 + 34 -105 I I-II 3 15.8 16.2 16.8 20 25.9 -61 48 130 59 334.75 -34.78 0 5 16.9 1O S 870 20 21.7 -80 47 F026 - 83 - 51 R: III 25 17.7 18.4 19.3 20 29.7 -80 37 247 113 312.87 -30.68 0 6 17.3 1O S 871 20 22.3 -51 28 F234 - 67 - 78 IR II-III 9 18.0 18.4 18.6 20 26.0 -51 18 B 231 86 347.56 -35.38 0 5 17.2 1O S 872 20 22.6 -76 39 F047 -101 - 93 IR I-II 28 15.7 16.5 17.5 20 28.9 -76 29 D 265 71 317.47 -31.95 0 5 17.1 1O S 873 20 22.7 -33 43 F400 - 18 + 71 I I-II -29? 13.8 15.9 17.3 20 25.9 -33 33 182 235 8.96 -33.30 (.0371) 0 5 17.1 1O S 874 20 23.0 -27 51 F462 + 43 +120 I II? 127 18.7 19.6 20.2: 20 26.0 -27 41 121 284 15.71 -31.87 2 6 17.4 1C S 875 20 23.9 -77 13 F026 -109 +138 I II 15 15.8 16.0 17.4 20 30.4 -77 2 273 302 316.81 -31.86 0 5 17.1 1O S 876 20 25.6 -48 42 F234 - 42 + 71 I II - 9 15.1 15.4 16.8 20 29.2 -48 31 206 235 350.98 -35.84 0 5 16.9 1O S 877 20 27.4 -53 52 F186 + 47 + 62 I I-II 28? 15.1 17.4 18.1 20 31.2 -53 41 117 226 344.60 -36.13 0 5 17.2 1O S 878 20 27.6 -48 25 F234 - 24 + 86 I II-III 23 15.6 17.1 18.4 20 31.2 -48 14 188 250 351.35 -36.16 0 5 17.2 1O S 879 20 29.1 -41 12 F340 + 70 - 62 I I-II 24 17.3 18.6 18.8 20 32.4 -41 1 94 102 .27 -35.85 0 5 17.2 1O S 880 20 30.1 -59 52 F143 + 93 + 5 RI II 9 18.6 18.9 19.3 20 34.2 -59 41 71 169 337.16 -36.04 0 6 17.3 1O S 881 20 31.6 -57 28 F143 +111 +137 IR II-III 17 15.9 16.4 17.5 20 35.5 -57 17 53 301 340.09 -36.49 0 5 17.1 2O S 882 20 32.1 -43 37 F285 - 1 + 75 I I -14 13.8 14.7 16.1 20 35.5 -43 26 165 239 357.36 -36.65 (.0290) 0 4 16.2 1O S 883 20 32.1 -58 29 F143 +111 + 78 I II-III 11 15.4 16.0 16.6 20 36.1 -58 18 53 242 338.83 -36.45 0 5 16.7 1O S 884 20 32.2 -50 51 F234 + 16 - 44 IR I-II 20 15.5 16.7 17.5 20 35.8 -50 40 148 120 348.33 -36.93 0 5 17.1 1O S 885 20 32.6 -57 48 F143 +116 +115 R: I-II 22: 13.7 14.6 16.0 20 36.5 -57 37 48 279 339.66 -36.59 0 4 16.1 1O S 886 20 34.1 -31 49 F463 - 92 - 97 I II-III 9 15.4 16.1 17.8 20 37.2 -31 38 256 67 11.85 -35.21 0 5 17.1 1O S 887 20 34.4 -37 20 F340 +130 +144 RI I-II 14 15.4 16.4 17.5 20 37.6 -37 9 34 308 5.19 -36.33 0 5 17.1 2O S 888 20 35.7 -58 2 F143 +138 +101 I II - 3 15.1 15.4 17.1 20 39.6 -57 51 26 265 339.32 -36.97 0 5 17.1 1O S 889 20 36.3 -53 14 F187 -146 + 91 I: II-III 7 14.7 14.8 15.9 20 40.0 -53 3 BD 310 255 345.31 -37.48 .0437 0 4 16.0 1C S 890 20 37.2 -40 15 F341 -113 - 13 I I 14 13.3 15.0 15.5 20 40.5 -40 4 277 151 1.67 -37.26 0 3 15.6 1O S 891 20 37.8 -20 55 F597 - 18 - 49 I I 2: 14.2 15.3 15.4 20 40.7 -20 44 Q 182 115 24.76 -32.91 0 3 15.5 1O S 892 20 38.5 -37 50 F341 -103 +116 IR II 16 14.6 15.5 16.0 20 41.7 -37 39 267 280 4.72 -37.21 (.0254) 0 4 16.1 1O S 893 20 39.9 -73 36 F047 - 58 + 75 I II -65 14.8 15.8 16.6 20 45.3 -73 25 D 222 239 320.54 -33.92 .0503 0 5 16.7 1O S 894 20 40.6 -26 36 F528 +100 - 82 RI I-II 5 13.7 15.0 15.9 20 43.6 -26 25 BQs 64 82 18.47 -35.28 .0409 0 4 16.0 1O S 895 20 42.0 -18 25 F597 + 35 + 85 RI II -42 15.6 15.8 16.7 20 44.8 -18 14 Q 129 249 27.96 -32.96 0 5 16.8 1O S 896 20 42.0 -40 9 F341 - 64 - 7 I II-III 28 15.9 16.8 18.1 20 45.3 -39 58 B 228 157 1.92 -38.17 0 5 17.2 1O S 897 20 44.2 -38 36 F341 - 43 + 76 R I 25: 12.9 15.1 15.6 20 47.4 -38 24 207 240 3.94 -38.42 (.0224) 0 4 15.7 1O S 898 20 44.4 -30 21 F463 + 25 - 16 IR I-II 3 13.7 15.2 16.8 20 47.4 -30 9 139 148 14.23 -37.03 (.0282) 0 5 16.9 1O S 899 20 45.2 -39 3 F341 - 32 + 53 I I 9: 13.9 15.2 16.4 20 48.4 -38 51 196 217 3.40 -38.66 0 5 16.5 1O S 900 20 45.5 -38 11 F341 - 29 + 99 RI I 12: 11.2 13.4 14.5 20 48.7 -37 59 193 263 4.51 -38.62 .0243 0 2 14.6 1O S 901 20 45.9 -41 22 F341 - 23 - 72 I I-II 11 15.5 16.0 17.3 20 49.2 -41 10 187 92 .45 -39.01 0 5 17.1 1O S 902 20 46.4 -72 5 F074 - 5 -108 I II-III 98 18.1 18.9 20.1 20 51.5 -71 53 D 169 56 322.08 -34.87 2 6 17.3 1C S 903 20 47.2 -24 17 F529 - 85 + 41 R I-II: 90 18.5 19.5 19.7 20 50.1 -24 5 249 205 21.72 -36.04 2 6 17.3 1C S 904 20 48.5 -42 57 F286 -115 +109 I II - 2 15.1 15.3 16.4 20 51.8 -42 45 279 273 358.45 -39.59 0 5 16.6 1O S 905 20 48.8 -25 42 F529 - 64 - 36 I III 117 19.4 19.8 20.1 20 51.8 -25 30 228 128 20.17 -36.80 2 6 17.3 1C S 906 20 48.8 -52 9 F235 - 97 -114 I II 29: 13.9 14.6: 15.7 20 52.4 -51 57 BDO 261 50 346.52 -39.45 .0467 0 4 15.9 2C,1O S 907 20 51.0 -43 15 F286 - 89 + 93 RI I 3 13.4 15.1 15.8 20 54.3 -43 3 DQ 253 257 358.08 -40.06 0 4 16.0 1O S 908 20 51.8 -37 46 F341 + 38 +121 I I-II 28 15.6 16.8 17.6 20 55.0 -37 34 126 285 5.23 -39.80 0 5 17.2 1O S 909 20 52.2 -43 43 F286 - 77 + 68 I III 25 14.7 14.8 15.3 20 55.5 -43 31 Q 241 232 357.48 -40.29 0 3 15.5 1A S 910 20 53.1 -64 51 F106 +114 + 6 I III 132 20.3 20.4 21.1 20 57.4 -64 39 Q 50 170 330.40 -37.66 .311 3 6 17.4 1C S 911 20 55.3 -43 9 F286 - 48 + 99 I III 26 16.2 16.8 17.4 20 58.6 -42 57 212 263 358.25 -40.84 0 5 17.2 1O,1A S 912 20 56.2 -50 30 F235 - 35 - 25 R II-III 109 18.2 19.1 19.8 20 59.7 -50 18 199 139 348.53 -40.74 2 6 17.4 1C S 913 20 56.2 -67 19 F074 + 38 +147 I I 3 18.0 18.7 19.8 21 0.6 -67 7 126 311 327.32 -37.23 0 6 17.3 1C S 914 20 57.6 -29 5 F464 - 92 + 51 RI I -14 13.8 15.1 17.5 21 0.6 -28 53 256 215 16.62 -39.54 0 5 17.2 1O S 915 20 57.7 -41 11 F341 + 95 - 63 I II-III 0 14.4 15.6 16.8 21 1.0 -40 59 69 101 .87 -41.21 0 5 17.0 1O S 916 20 58.4 -41 37 F341 +102 - 87 I I-II 3 14.2 15.6 15.8 21 1.7 -41 25 B 62 77 .30 -41.36 0 4 16.0 1O S 917 20 58.5 -38 42 F341 +107 + 70 R I 18 13.3 14.4 15.4 21 1.7 -38 30 57 234 4.18 -41.20 0 3 15.6 1O S 918 20 59.7 -38 11 F341 +121 + 97 RI I-II 7 13.5 13.8 15.3 21 2.9 -37 59 B 43 261 4.89 -41.39 0 3 15.5 1O S 919 21 1.8 -43 38 F286 + 16 + 74 IR I 6 12.9 14.6 15.6 21 5.1 -43 26 DQ 148 238 357.62 -42.02 .0487 0 4 15.8 1O S 920 21 2.8 -57 52 F144 + 59 +115 I II 45 18.0 19.0 19.7 21 6.6 -57 39 105 279 338.74 -40.54 0 6 17.4 1C S 921 21 3.5 -45 2 F286 + 31 - 1 RI: II 27 13.3 13.9: 15.3 21 6.8 -44 49 DQ 133 163 355.72 -42.30 .0290 0 3 15.4 1O,1A S 922 21 3.7 -39 51 F341 +155 + 10 IR I 24 13.8 14.5 15.1 21 6.9 -39 38 Bd 9 174 2.73 -42.29 .0306 0 3 15.3 1O,1C S 923 21 4.2 -43 4 F286 + 40 +103 IR II-III 28 15.3 16.1 17.4 21 7.5 -42 51 D 124 267 358.38 -42.46 0 5 17.2 1O S 924 21 4.5 -47 23 F286 + 39 -128 RI I 13 12.1 13.5 15.7 21 7.9 -47 10 125 36 352.54 -42.35 (.0165) 0 4 15.9 1O S 925 21 6.8 -27 13 F464 + 16 +152 RI I-II 14 16.1 16.6 17.2 21 9.8 -27 0 148 316 19.62 -41.08 0 5 17.2 1O S 926 21 9.9 -77 8 F026 + 27 +151 IR II 7 15.0 16.2 16.9 21 15.7 -76 55 137 315 315.72 -34.24 0 5 17.0 1O S 927 21 13.2 -59 37 F145 -131 + 17 I II 29 14.1 14.7: 15.9 21 17.0 -59 24 DO 295 181 336.04 -41.40 .0602 0 4 16.2 2C S 928 21 14.7 -45 49 F287 -126 - 45 RI I-II 10: 13.8: 16.0 16.8 21 18.0 -45 36 Q 290 119 354.50 -44.22 0 5 17.0 1O S 929 21 14.9 -22 59 F599 - 80 -159 I II -29? 12.9: 13.8: 16.1: 21 17.8 -22 46 244 5 25.71 -41.73 0 4 16.3 1O S 930 21 15.5 -53 25 F188 -100 + 85 I III 25 15.3 15.9 16.6 21 19.0 -53 12 D 264 249 344.06 -43.25 0 5 16.8 1C S 931 21 15.7 -49 1 F235 +134 + 51 I: III 53 18.6 19.1 19.7 21 19.1 -48 48 30 215 350.04 -44.04 1 6 17.4 1C S 932 21 16.2 -72 31 F047 + 84 +132 RI I 11 14.9 16.0 16.8 21 21.0 -72 18 BD 80 296 320.49 -36.78 0 5 16.9 1O S 933 21 16.3 -45 36 F287 -111 - 33 RI I 24: 14.2 16.6 16.9 21 19.6 -45 23 275 131 354.77 -44.52 0 5 17.1 1O S 934 21 16.6 -85 14 F011 - 23 - 13 IR II - 4: 14.3 15.1 17.1 21 27.5 -85 1 Q 187 151 307.42 -30.19 0 5 17.1 1O S 935 21 16.9 -54 41 F188 - 82 + 17 I: III 67 18.9 19.3 19.7 21 20.5 -54 28 246 181 342.30 -43.17 1 6 17.4 1C S 936 21 17.3 -51 32 F235 +140 - 84 I: III? 127 19.6? 19.7? 20.1 21 20.8 -51 19 24 80 346.53 -43.89 2 6 17.4 1C S 937 21 17.6 -63 48 F107 + 7 + 66 I III 53 18.4 19.0 19.8 21 21.6 -63 35 157 230 330.58 -40.51 1 6 17.4 1C S 938 21 17.7 -33 11 F402 + 59 +101 R II-III ( 51) 18.5 18.7 20.1 21 20.7 -32 58 105 265 12.22 -44.50 1 6 17.4 1C S 939 21 18.1 -46 49 F287 - 93 - 97 RI I - 4 14.5 15.4 16.9 21 21.4 -46 36 257 67 353.03 -44.71 0 5 17.1 1O S 940 21 20.4 -21 18 F599 - 12 - 69 IR II -12 14.7 15.1 15.9 21 23.2 -21 5 176 95 28.39 -42.43 0 4 16.1 1O S 941 21 20.8 -56 32 F188 - 49 - 79 I II-III 11 16.1 16.7: 17.6 21 24.4 -56 19 D 213 85 339.65 -43.23 0 5 17.2 1C S 942 21 21.2 -20 24 F599 - 1 - 20 RI II - 2: 14.8 15.4 16.7 21 24.0 -20 11 165 144 29.63 -42.32 0 5 16.9 1O S 943 21 22.3 -63 15 F107 + 35 + 95 I II 60 18.3 19.0 19.7 21 26.2 -63 2 129 259 331.00 -41.20 1 6 17.4 1C S 944 21 22.4 -31 7 F465 - 68 - 57 R: II-III 14 17.5 17.7 19.3: 21 25.4 -30 54 232 107 15.30 -45.19 0 6 17.4 1C S 945 21 23.0 -48 15 F236 - 65 + 94 I III 137 19.1 19.3 20.1 21 26.3 -48 1 BQ 229 258 350.86 -45.35 3 6 17.4 1C S 946 21 23.3 -32 17 F465 - 57 -120 R I: 55 19.5 19.9 20.3 21 26.3 -32 3 221 44 13.70 -45.55 1 6 17.5 1C S 947 21 25.8 -39 45 F342 +116 - 85 RI: III 9: 13.9 14.8 16.1 21 28.9 -39 31 BK 48 79 3.00 -46.53 0 4 16.3 1C,1O S 948 21 26.9 -38 39 F342 +131 + 74 R III 40 19.1 19.1 19.7 21 30.0 -38 25 33 238 4.60 -46.74 0 6 17.4 1C S 949 21 27.3 -84 10 F011 - 14 + 45 RI I-II -50 14.9 15.9 16.8 21 36.3 -83 56 Q 178 209 308.25 -31.02 0 5 16.9 1O S 950 21 28.8 -29 6 F465 + 4 + 53 R I: 102 18.1 18.9: 19.7 21 31.7 -28 52 160 217 18.48 -46.21 2 6 17.4 1C S 951 21 29.0 -19 52 F599 + 98 + 7 RI II -12 15.1 15.5 16.1 21 31.8 -19 38 66 171 31.14 -43.88 0 4 16.3 1O S 952 21 29.1 -35 25 F403 - 78 - 20 I II 23 13.9 14.8: 16.0 21 32.1 -35 11 O 242 144 9.36 -47.06 0 4 16.2 1C S 953 21 29.8 -72 16 F048 -125 +140 I I-II 6 14.7 16.0 16.8 21 34.4 -72 2 289 304 320.13 -37.80 0 5 16.9 1O S 954 21 31.0 -63 8 F145 - 8 -165 I II-III 34: 18.6 19.2 19.7 21 34.9 -62 54 172 -1 330.62 -42.15 0 6 17.4 1C S 955 21 31.2 -83 34 F011 - 9 + 78 IR I 27 15.4 16.1 17.2 21 39.5 -83 20 173 242 308.74 -31.46 .0569 0 5 17.1 1O S 956 21 31.3 -52 27 F188 + 29 +138 R II-III 127 18.9 19.3 19.8 21 34.7 -52 13 135 302 344.60 -45.79 2 6 17.4 1C S 957 21 32.2 -52 46 F188 + 38 +122 I III 12 14.5? 15.2 16.0: 21 35.6 -52 32 O 126 286 344.11 -45.84 .0640 0 4 16.2 1C S 958 21 32.7 -56 25 F188 + 38 - 73 I I-II: 20 14.2? 15.8 16.4 21 36.3 -56 11 126 91 339.12 -44.84 .0691 0 5 16.6 1C S 959 21 34.2 -47 16 F287 + 55 -121 I II 7 13.2 14.6 15.5 21 37.5 -47 2 109 43 351.83 -47.36 0 4 15.7 1O S 960 21 34.7 -73 2 F048 -101 +101 I II - 3 15.1 15.4 17.3 21 39.4 -72 48 BD 265 265 319.06 -37.70 0 5 17.1 2O S 961 21 35.0 -27 56 F531 - 36 -156 IR III 47 19.6 19.8 20.0 21 37.9 -27 42 B 200 8 20.53 -47.33 0 6 17.4 1O S 962 21 35.3 -27 59 F531 - 33 -159 I III 26 19.3 19.8 20.0 21 38.2 -27 45 197 5 20.47 -47.41 0 6 17.4 1O S 963 21 37.1 -22 42 F531 - 15 +124 I III 10 13.0 14.0: 14.9: 21 39.9 -22 28 B 179 288 28.14 -46.54 0 3 15.2 1C,2O S 964 21 40.3 -39 4 F343 - 1 + 52 I I-II - 5 14.8 15.2 16.0 21 43.4 -38 50 165 216 3.93 -49.34 0 4 16.2 1O S 965 21 40.6 -44 0 F287 +120 + 52 I II 29 15.5 16.7 17.5 21 43.8 -43 46 44 216 356.41 -48.97 0 5 17.2 1O S 966 21 40.7 -43 36 F288 -151 + 73 I III: ( 98) 19.3: 19.5 19.9 21 43.9 -43 22 315 237 357.01 -49.05 2 6 17.4 1C S 967 21 41.3 -62 39 F108 -118 +123 I II 19 15.1 16.0 17.5 21 45.1 -62 25 282 287 330.53 -43.42 0 5 17.2 1O S 968 21 42.2 -51 50 F236 + 98 - 98 IR? I-II: 20 13.6: 14.3: 15.3 21 45.6 -51 36 OQ 66 66 344.81 -47.57 .0534 0 3 15.4 2C S 969 21 42.5 -42 41 F288 -136 +122 I III: ( 53) 18.9: 19.5 19.8 21 45.6 -42 27 300 286 358.34 -49.48 1 6 17.4 1C S 970 21 42.7 -34 53 F403 + 70 + 7 RI: II: 179 18.4: 19.3 19.7 21 45.7 -34 39 94 171 10.39 -49.80 3 6 17.4 1C S 971 21 43.0 -46 45 F287 +136 - 96 I I-II 0 12.1 14.6 15.9 21 46.2 -46 31 28 68 352.17 -48.93 .0324 0 4 16.1 1O S 972 21 43.2 -38 5 F403 + 73 -164 RI II-III? (180) 18.2 19.1 19.7 21 46.2 -37 51 91 0 5.42 -49.94 3 6 17.4 1C S 973 21 43.4 -86 40 F011 + 6 - 89 IR III -17 18.6 19.2 19.4 21 55.9 -86 25 158 75 305.79 -29.67 0 6 17.3 1O S 974 21 45.0 -46 15 F288 -106 - 66 R II-III: 18 13.2? 14.0? 15.1 21 48.2 -46 1 BDKO 270 98 352.81 -49.37 .0596 0 3 15.3 1C S 975 21 45.1 -17 52 F600 + 37 +115 I I-II 12 15.6 18.0 18.3 21 47.9 -17 38 127 279 35.69 -46.76 0 6 17.3 1O S 976 21 45.6 -64 44 F108 - 85 + 14 R I-II 0 14.6: 15.3 16.6 21 49.4 -64 30 D 249 178 327.70 -42.85 .0543 0 5 16.8 1O S 977 21 46.3 -21 24 F600 + 49 - 75 I II-III 10 16.0 16.8 17.4 21 49.1 -21 10 115 89 30.90 -48.20 0 5 17.2 1O S 978 21 48.2 -42 47 F343 + 79 -147 I I-II -62 15.2 15.9 16.5 21 51.3 -42 32 DR 85 17 357.98 -50.51 0 5 16.7 1O S 979 21 49.8 -56 38 F188 +164 - 91 R II: 163 19.3 19.9 20.3 21 53.3 -56 23 0 73 337.60 -46.96 3 6 17.5 1C S 980 21 51.7 -72 17 F048 - 36 +146 I II - 2 14.3 15.1 16.1 21 56.1 -72 2 200 310 318.93 -39.17 0 4 16.2 1O S 981 21 52.3 -55 49 F189 - 60 - 46 I III 21 13.2: 13.5: 14.5 21 55.7 -55 34 DS 224 118 338.50 -47.60 .0347 0 2 14.7 1C S 982 21 54.6 -65 42 F108 - 32 - 36 RI II -64 15.4 15.8 16.8 21 58.4 -65 27 Q 196 128 325.90 -43.16 0 5 17.0 1O S 983 21 57.3 -19 27 F601 - 75 + 32 RI I 7 14.5 15.1 16.1 22 0.0 -19 12 239 196 34.98 -50.02 0 4 16.3 1O S 984 21 57.8 -66 57 F108 - 14 -102 I II -31 15.4 15.8 17.1 22 1.7 -66 42 D 178 62 324.24 -42.73 0 5 17.2 1O S 985 21 57.9 -18 35 F601 - 69 + 78 RI II 29 16.1 16.7 17.3 22 0.6 -18 20 233 242 36.32 -49.85 0 5 17.2 1O S 986 21 58.3 -69 53 F075 + 79 + 8 R: II: 88 19.1 19.3 20.5 22 2.4 -69 38 85 172 321.01 -41.04 2 6 17.5 1C S 987 21 59.1 -22 40 F601 - 51 -141 I I-II 20 12.9? 14.6 15.8 22 1.9 -22 25 K 215 23 30.35 -51.41 0 4 16.0 1O S 988 22 1.1 -58 22 F146 - 63 + 89 I I-II 16 14.1 14.5: 15.8 22 4.5 -58 7 O 227 253 334.33 -47.56 .0405 0 4 16.0 1C S 989 22 1.2 -50 19 F237 + 6 - 16 R I-II 25 13.3 13.9 15.3 22 4.4 -50 4 O 158 148 345.58 -50.88 .0363 0 3 15.5 1C S 990 22 2.0 -63 23 F108 + 9 + 89 IR II -68 15.3 15.8 16.6 22 5.6 -63 8 155 253 328.00 -45.09 0 5 16.8 1O S 991 22 2.1 -66 56 F075 +111 +163 I III 96 19.2 19.6 20.1 22 5.9 -66 41 53 327 323.92 -43.08 2 6 17.4 1C S 992 22 2.7 -38 23 F344 - 38 + 88 RI III 27 16.7 18.0 18.5 22 5.7 -38 8 202 252 4.60 -53.74 0 6 17.3 1O S 993 22 3.7 -39 29 F344 - 27 + 29 IR II 19 15.6 16.6 17.4 22 6.7 -39 14 191 193 2.71 -53.82 0 5 17.2 1O S 994 22 4.1 -85 21 F011 + 29 - 19 RI III 25 17.5 18.7 19.3 22 12.9 -85 6 135 145 306.58 -30.85 0 6 17.3 1O S 995 22 5.1 -74 42 F048 + 16 + 17 IR II-III 17 15.9 16.1 17.6 22 9.6 -74 27 148 181 315.76 -38.37 0 5 17.1 1O S 996 22 5.8 -59 55 F146 - 31 + 6 R: III 92 18.8 19.2 19.7 22 9.3 -59 40 195 170 331.90 -47.31 (.1611) 2 6 17.4 1C S 997 22 6.1 -35 22 F404 + 64 - 18 I II - 1 12.7 13.7 15.4 22 9.0 -35 7 100 146 9.68 -54.59 0 3 15.6 1O S 998 22 7.2 -57 22 F146 - 23 +141 R II-III 78 19.3 19.5 19.9 22 10.6 -57 7 187 305 335.06 -48.75 1 6 17.4 1C S 999 22 7.7 -21 9 F601 + 56 - 59 I I-II 5 14.6 14.9 16.1 22 10.5 -20 54 108 105 33.66 -52.87 0 4 16.3 1O S1000 22 8.6 -33 56 F404 + 93 + 59 I I-II - 8 14.7 15.4 17.4 22 11.5 -33 41 71 223 12.16 -55.12 0 5 17.2 1O S1001 22 9.0 -62 19 F146 - 8 -123 I: II-III 70 18.2 19.0 19.7 22 12.5 -62 4 172 41 328.64 -46.34 1 6 17.4 1C S1002 22 9.1 -45 43 F289 -143 - 41 I II-III 25 17.2 17.4 18.1 22 12.2 -45 28 D 307 123 352.05 -53.56 0 6 17.3 1O S1003 22 9.9 -62 10 F108 + 60 +153 IR II -10 14.8 15.4 16.1 22 13.4 -61 55 D 104 317 328.73 -46.51 .0426 0 4 16.3 1O S1004 22 10.6 -43 35 F289 -133 + 74 I I - 3 14.9 15.5 16.9 22 13.6 -43 20 DR 297 238 355.44 -54.37 0 5 17.1 1O S1005 22 11.2 -36 57 F404 +118 -104 I II -18 13.7 14.9 16.1 22 14.1 -36 42 K 46 60 6.82 -55.54 0 4 16.3 1O S1006 22 13.7 -17 24 F601 +134 +142 R I -19 18.0 19.5 19.6 22 16.4 -17 9 30 306 40.31 -52.90 0 6 17.4 1O S1007 22 13.8 -61 23 F146 + 20 - 73 R I-II 75 18.9 19.3 19.8 22 17.3 -61 8 144 91 329.29 -47.34 1 6 17.4 1C S1008 22 14.9 -26 19 F533 - 87 - 70 R? III (106) 19.6: 19.9 20.9 22 17.7 -26 3 251 94 25.77 -55.75 2 6 17.5 1C S1009 22 15.9 -85 4 F011 + 45 - 6 I II 5 15.4 16.1 17.3 22 23.8 -84 48 119 158 306.58 -31.23 0 5 17.1 1O S1010 22 16.0 -26 56 F533 - 73 -104 I III ( 82) 19.5 19.7 20.1 22 18.8 -26 40 237 60 24.77 -56.10 2 6 17.4 1C S1011 22 16.5 -62 21 F108 +100 +141 I I 3 14.7 15.6 16.8 22 20.0 -62 5 64 305 327.87 -47.03 (.0426) 0 5 17.0 1O S1012 22 17.0 -36 43 F405 - 77 - 91 I III 29 18.2 18.3 19.0 22 19.9 -36 27 241 73 7.07 -56.71 0 6 17.3 1C S1013 22 18.4 -38 6 F344 +128 +100 I II - 8 15.4 15.9 18.0 22 21.3 -37 50 36 264 4.50 -56.84 0 6 17.3 1O S1014 22 18.9 -80 26 F027 - 26 - 23 IR I-II 16 13.8 14.3 15.4 22 24.2 -80 10 190 141 310.09 -34.81 .0481 0 3 15.5 1O S1015 22 19.1 -42 46 F344 +126 -150 I III 21 15.8 18.6 19.2 22 22.1 -42 30 38 14 356.16 -56.07 0 6 17.4 1O S1016 22 19.3 -38 55 F345 -134 + 58 I II -10 14.9 15.3 16.9 22 22.2 -38 39 D 298 222 2.97 -56.89 0 5 17.1 1O S1017 22 20.1 -51 40 F238 - 81 - 89 R II-III 85 19.7 20.2 21.0 22 23.2 -51 24 245 75 341.66 -53.08 2 6 17.5 1C S1018 22 20.3 -26 37 F533 - 21 - 86 R III ( 96) 19.2 19.4 20.0 22 23.1 -26 21 185 78 25.63 -56.99 2 6 17.4 1C S1019 22 21.0 -27 16 F533 - 14 -119 R II? 66 18.5: 19.2 20.0 22 23.8 -27 0 178 45 24.50 -57.26 1 6 17.4 1C S1020 22 21.0 -56 44 F190 - 91 - 97 I II-III 25 13.4? 14.5 15.7 22 24.3 -56 28 DORS 255 67 334.41 -50.69 .0355 0 4 15.9 2C S1021 22 21.1 -32 51 F405 - 38 +118 RI III 25 19.0 19.1 19.7 22 24.0 -32 35 202 282 14.14 -57.72 0 6 17.4 1C S1022 22 21.8 -64 30 F109 -132 + 21 I III 4? 15.6 16.2: 17.0: 22 25.3 -64 14 BDS 296 185 324.87 -46.17 .0936 0 5 17.0 2C,1O S1023 22 22.4 -56 5 F190 - 81 - 60 I III 27 14.3 14.9 15.9 22 25.6 -55 49 DO 245 104 335.12 -51.20 .0789 0 4 16.1 1C S1024 22 22.7 -79 1 F027 - 20 + 52 I II-III 18 16.6 17.1 18.1 22 27.5 -78 45 184 216 311.07 -35.99 0 5 17.2 1O S1025 22 23.1 -19 34 F602 - 13 + 29 I II? 96 18.4 19.2 20.2 22 25.8 -19 18 177 193 38.25 -55.77 2 6 17.5 1C S1026 22 24.1 -27 36 F533 + 24 -137 R III ( 73) 19.1 19.5 20.1 22 26.9 -27 20 140 27 24.07 -57.99 1 6 17.4 1C S1027 22 24.3 -73 48 F048 + 89 + 61 IR II 4 15.8 16.0 16.8 22 28.4 -73 32 D 75 225 315.41 -39.93 0 5 17.0 2O S1028 22 25.1 -36 20 F405 + 10 - 68 I? III? 93 19.3 19.5 20.7 22 28.0 -36 4 154 96 7.48 -58.37 2 6 17.5 1C S1029 22 26.5 -54 11 F190 - 53 + 44 I III 12 14.7: 15.0: 16.5 22 29.7 -53 55 D 217 208 337.24 -52.70 0 5 16.7 1C S1030 22 26.5 -71 42 F076 - 26 - 89 I I -11 14.8 15.4 16.8 22 30.4 -71 26 D 190 75 317.16 -41.57 0 5 17.0 1O S1031 22 27.5 -32 46 F405 + 34 +122 RI III 21 17.9 18.1: 18.9 22 30.3 -32 30 130 286 14.29 -59.07 0 6 17.3 1C S1032 22 28.5 -53 25 F190 - 38 + 83 R III? 85 18.1? 18.9 19.7 22 31.6 -53 9 D 202 247 338.07 -53.35 2 6 17.4 1C S1033 22 29.0 -35 17 F405 + 51 - 12 R III 24 17.3 17.7 18.1 22 31.9 -35 1 113 152 9.35 -59.26 0 6 17.3 1C S1034 22 29.5 -30 3 F468 - 88 - 7 I: II? (159) 19.2 19.8 20.8 22 32.3 -29 47 252 157 19.62 -59.42 3 6 17.5 1C S1035 22 30.6 -57 24 F147 -128 +135 R: III 0* 20.4: 20.7: 21.1: 22 33.8 -57 8 292 299 332.37 -51.39 0 6 17.5 1C S1036 22 31.0 -39 43 F345 - 12 + 17 I II-III 3 15.0 15.7 16.7 22 33.9 -39 27 176 181 .69 -58.97 0 5 16.9 1O S1037 22 31.1 -47 8 F238 + 9 +154 R III 86 19.1 19.2 19.8 22 34.1 -46 52 155 318 347.45 -56.64 2 6 17.4 1C S1038 22 31.4 -69 56 F076 - 5 + 5 IR I-II 4 15.1 15.7 16.7 22 35.1 -69 40 D 169 169 318.41 -43.13 0 5 16.9 1O S1039 22 31.8 -52 43 F190 - 15 +120 I I-II: 24 14.4 15.1 16.2? 22 34.9 -52 27 DR 179 284 338.65 -54.14 .0554 0 4 16.4 1C S1040 22 32.7 -28 38 F468 - 52 + 75 R: I: (125) 18.3: 19.6 19.9 22 35.5 -28 22 216 239 22.54 -59.99 2 6 17.4 1C S1041 22 32.8 -35 20 F405 + 92 - 15 R: III: ( 60) 19.0 19.3 20.0 22 35.6 -35 4 72 149 9.11 -60.03 1 6 17.4 2C S1042 22 32.9 -38 59 F345 + 7 + 57 I I-II 5 15.1 15.4 16.7 22 35.8 -38 43 D 157 221 1.94 -59.48 0 5 16.9 1O S1043 22 33.7 -24 36 F534 -128 + 23 R I - 3 14.4 15.1 16.7 22 36.4 -24 20 292 187 30.52 -59.56 0 5 16.9 1O S1044 22 33.8 -48 26 F238 + 33 + 86 I: III 126 19.3 19.4 20.0 22 36.8 -48 10 131 250 344.97 -56.49 2 6 17.4 1C S1045 22 34.0 -38 19 F345 + 19 + 92 RI II-III 27 17.3 17.5 18.0 22 36.9 -38 3 145 256 3.15 -59.83 0 6 17.3 1O S1046 22 34.1 -44 32 F289 + 93 + 24 I II 3 16.1 16.8 17.0 22 37.1 -44 16 D 71 188 351.54 -58.12 0 5 17.2 1O S1047 22 34.2 -39 26 F345 + 21 + 32 I I 13: 14.6 16.0 16.6 22 37.1 -39 10 143 196 .97 -59.63 0 5 16.8 1O S1048 22 36.1 -25 14 F533 +167 - 14 R II (108) 18.2: 19.3 19.8 22 38.8 -24 58 -3 150 29.52 -60.23 2 6 17.4 1C S1049 22 36.3 -38 30 F345 + 44 + 82 IR II-III 16 15.4 16.0 17.6 22 39.2 -38 14 120 246 2.61 -60.23 0 5 17.2 1O S1050 22 36.5 -36 25 F405 +133 - 75 I II ( 26) 14.0? 14.8 15.5 22 39.3 -36 9 B 31 89 6.75 -60.64 0 4 15.7 1C S1051 22 36.6 -38 7 F345 + 47 +103 I II-III 29 15.3 16.6 16.9 22 39.5 -37 51 117 267 3.34 -60.37 0 5 17.1 1O S1052 22 36.6 -45 34 F290 -147 - 32 IR II-III -24 15.4 15.9 17.5 22 39.6 -45 18 D 311 132 349.41 -58.13 0 5 17.2 1O S1053 22 36.6 -62 45 F109 - 49 +120 R: II-III 24 17.0 17.2 18.1 22 39.9 -62 29 213 284 325.21 -48.56 0 6 17.3 1C S1054 22 36.7 -63 58 F109 - 47 + 58 I II 25 17.6 18.5 19.5 22 40.1 -63 42 211 222 323.87 -47.73 0 6 17.4 1C S1055 22 40.4 -40 8 F345 + 84 - 6 IR II 0 13.8* 15.1 15.4 22 43.3 -39 52 BD 80 158 359.01 -60.61 .0322 0 3 15.6 1O S1056 22 41.9 -38 3 F345 +103 +105 IR I-II 15 15.0 16.8 17.1 22 44.7 -37 47 61 269 3.04 -61.40 0 5 17.2 1O S1057 22 42.5 -71 35 F076 + 42 - 84 I I -11 13.1 15.4 16.1 22 46.1 -71 19 D 122 80 315.99 -42.49 0 4 16.3 1O S1058 22 43.3 -73 59 F049 - 86 + 53 IR II-III 14 16.8 18.1 18.6 22 47.1 -73 43 250 217 313.94 -40.64 0 6 17.3 1O S1059 22 43.7 -44 1 F290 - 82 + 54 I II - 9: 14.9 15.1 16.1 22 46.6 -43 45 246 218 351.21 -59.90 0 4 16.3 1O S1060 22 43.8 -46 17 F290 - 78 - 68 I II 22: 13.7 15.1 15.6 22 46.7 -46 1 242 96 347.15 -58.97 .0331 0 4 15.8 1O S1061 22 43.9 -84 24 F011 + 86 + 21 I II -62 15.4 15.9 16.8 22 49.9 -84 8 Q 78 185 306.44 -32.14 .0723 0 5 16.9 1O S1062 22 44.5 -72 51 F049 - 86 +114 I I-II 21 14.8 16.4 17.5 22 48.2 -72 35 250 278 314.77 -41.59 0 5 17.2 1O S1063 22 46.0 -44 47 F290 - 60 + 13 RI? I-II 74 18.6 19.0 19.7 22 48.9 -44 31 224 177 349.48 -59.97 1 6 17.4 1O,1A S1064 22 46.5 -33 7 F406 - 20 +103 RI? II-III? 27 17.9 18.4 19.2: 22 49.3 -32 51 184 267 13.24 -63.04 0 6 17.4 2C S1065 22 46.5 -37 45 F345 +152 +120 RI I -17: 13.3 14.5 15.6 22 49.3 -37 29 12 284 3.24 -62.35 .0288 0 4 15.8 1O S1066 22 47.3 -46 32 F290 - 48 - 81 I II-III? 25: 15.8: 16.3: 16.8 22 50.2 -46 16 212 83 346.18 -59.39 .0496 0 5 16.9 1O,1A S1067 22 47.8 -45 36 F290 - 42 - 30 RI: II-III? 20 13.8 14.8 15.9: 22 50.7 -45 20 D 206 134 347.74 -59.90 0 4 16.1 1O,1A S1068 22 48.2 -32 14 F406 - 2 +150 R: III? ( 88) 19.3 19.7 20.2 22 51.0 -31 58 166 314 15.15 -63.45 2 6 17.4 2C S1069 22 50.3 -27 19 F469 -120 +145 I II-III 26 18.1 18.5 19.2 22 53.0 -27 3 284 309 26.24 -63.71 0 6 17.4 1O S1070 22 51.0 -44 6 F290 - 12 + 50 I II-III 12 15.1 15.3 16.7 22 53.9 -43 50 176 214 349.97 -61.06 0 5 16.9 1O S1071 22 51.3 -17 54 F603 + 76 +115 RI I-II -12 14.4 15.3 16.5 22 54.0 -17 38 88 279 46.08 -61.32 .0642 0 5 16.7 1O S1072 22 52.9 -53 47 F191 -106 + 64 R II-III: 73* 18.4: 18.8: 20.0: 22 55.9 -53 30 270 228 333.93 -56.09 1 6 17.4 2C S1073 22 53.1 -50 38 F239 - 59 - 32 R II: 48 18.4 19.1 20.1 22 56.0 -50 21 223 132 338.49 -58.04 0 6 17.4 1C S1074 22 55.2 -49 57 F239 - 42 + 6 R: II-III? 0* 19.9 20.8 21.4? 22 58.1 -49 40 206 170 339.18 -58.71 0 6 17.6 1C S1075 22 55.7 -31 1 F469 - 54 - 52 I II-III 15 15.0 15.5 17.1 22 58.4 -30 44 218 112 17.83 -65.08 0 5 17.2 1O S1076 22 55.7 -41 8 F346 - 24 - 58 R: II? ( 90) 20.2 20.9 21.4 22 58.5 -40 51 188 106 355.04 -63.04 2 6 17.6 1C S1077 22 56.1 -35 3 F406 + 85 - 2 IR: II-III 92 18.1: 18.7 19.7 22 58.9 -34 46 79 162 8.33 -64.78 .312 2 6 17.4 2C S1078 22 57.2 -68 54 F076 +119 + 55 RI I-II -14 15.5 15.9 18.1 23 0.5 -68 37 45 219 316.91 -45.37 0 6 17.3 1O S1079 22 57.6 -53 47 F191 - 69 + 65 R II: 43 18.9 19.3: 20.1: 23 0.6 -53 30 233 229 333.12 -56.62 0 6 17.4 1C S1080 22 58.8 -44 16 F290 + 62 + 40 I III 21 15.4 15.7 16.8 23 1.6 -43 59 R 102 204 348.33 -62.24 .0699 0 5 17.0 1O S1081 22 59.4 -70 6 F077 -115 - 14 I I-II - 1? 15.0 15.5 16.8 23 2.7 -69 49 279 150 315.70 -44.51 0 5 16.9 1C,1O S1082 23 0.3 -48 45 F239 + 3 + 67 I III? 158 18.2? 19.5 20.1 23 3.2 -48 28 161 231 340.15 -60.08 3 6 17.4 1C S1083 23 0.5 -53 54 F191 - 46 + 60 R II 41 18.4 19.2 20.2 23 3.4 -53 37 210 224 332.45 -56.87 0 6 17.5 1C S1084 23 0.8 -42 37 F290 + 84 +129 I III 20: 15.5: 16.7 17.5 23 3.6 -42 20 DR 80 293 351.18 -63.31 0 5 17.2 1O S1085 23 1.9 -49 6 F239 + 15 + 51 R II-III 70 19.3 19.6 20.2 23 4.8 -48 49 149 215 339.27 -60.09 1 6 17.5 1C S1086 23 2.1 -32 54 F469 + 20 -153 RI I-II - 2 15.1 15.4 16.7 23 4.8 -32 37 B 144 11 13.05 -66.31 0 5 16.9 1O S1087 23 3.8 -68 41 F077 -101 + 66 R: II: 21 17.3 17.9 18.5 23 7.0 -68 24 265 230 316.39 -45.89 0 6 17.3 1C S1088 23 5.7 -52 7 F239 + 46 -111 R II-III: 94: 18.6 19.1 19.9 23 8.6 -51 50 B 118 53 333.94 -58.64 2 6 17.4 2C S1089 23 6.4 -47 59 F239 + 56 +110 I III 63 18.9 19.1 20.0 23 9.2 -47 42 108 274 340.19 -61.35 1 6 17.4 1C S1090 23 7.1 -38 56 F346 + 92 + 60 R II 51 17.9: 18.7 20.0 23 9.9 -38 39 72 224 357.95 -65.88 1 6 17.4 1C S1091 23 7.3 -86 14 F011 + 78 - 80 IR I 26 15.3 16.1 17.4 23 13.4 -85 57 Q 86 84 304.89 -30.79 0 5 17.1 1O S1092 23 7.4 -17 10 F604 + 16 +152 I III 24 15.6 15.9 17.2 23 10.0 -16 53 148 316 51.26 -64.43 0 5 17.2 1C S1093 23 7.7 -76 27 F049 + 4 - 75 I II-III 6 15.2: 15.8 17.1 23 11.3 -76 10 160 89 310.47 -39.45 0 5 17.2 1O S1094 23 7.8 -19 11 F604 + 18 + 45 I III? 40 18.4: 19.0 19.7 23 10.4 -18 54 146 209 47.09 -65.41 0 6 17.4 1C S1095 23 8.6 -55 39 F191 + 15 - 33 R III 60 18.3 19.0 20.1 23 11.5 -55 22 B 149 131 328.69 -56.47 1 6 17.4 1C S1096 23 8.9 -29 23 F469 +100 + 35 RI I-II 28 15.7 16.1 17.6 23 11.6 -29 6 B 64 199 21.92 -67.94 0 5 17.2 2O S1097 23 9.0 -73 36 F049 + 10 + 77 IR II-III 29 16.7 17.1 17.4 23 12.4 -73 19 154 241 312.24 -41.96 0 5 17.2 1O S1098 23 9.6 -44 8 F291 -103 + 47 I I -62 14.5 15.8 16.8 23 12.4 -43 51 267 211 346.45 -63.98 0 5 17.0 1O S1099 23 10.6 -23 25 F535 + 55 + 85 I I-II 17: 16.1 16.5 17.0 23 13.3 -23 8 109 249 37.67 -67.46 0 5 17.2 1O S1100 23 10.7 -52 34 F191 + 35 +133 I III 85 18.3 19.1 20.0 23 13.6 -52 17 129 297 332.30 -58.89 2 6 17.4 2C S1101 23 11.2 -43 0 F291 - 89 +108 R III 28: 14.0 15.3 16.3 23 14.0 -42 43 BQRS 253 272 348.35 -64.81 .0564 0 4 16.4 1O,2C S1102 23 11.6 -54 36 F191 + 40 + 22 I III 29 18.3 18.8 19.4 23 14.5 -54 19 124 186 329.42 -57.53 0 6 17.4 1C S1103 23 14.3 -44 34 F291 - 57 + 24 I II-III 2 16.8 17.0 18.0 23 17.1 -44 17 QR 221 188 344.56 -64.45 0 6 17.3 1O S1104 23 14.3 -74 11 F049 + 29 + 45 I II 0 16.5 17.1 17.6 23 17.6 -73 54 135 209 311.43 -41.64 0 5 17.2 1O S1105 23 14.3 -75 18 F049 + 27 - 15 I I-II - 3 15.2 15.9 17.4 23 17.7 -75 1 D 137 149 310.73 -40.65 0 5 17.2 1O S1106 23 14.7 -43 7 F291 - 54 +102 IR II-III -23 15.3: 16.2 17.3 23 17.5 -42 50 BQR 218 266 347.33 -65.30 (.0346) 0 5 17.2 1O,1C S1107 23 14.7 -52 5 F239 +121 -110 I II-III ( 69) 19.1 19.8 20.9 23 17.5 -51 48 43 54 332.13 -59.67 1 6 17.5 1C S1108 23 15.2 -47 44 F239 +136 +121 I III ( 79) 19.2 19.8 20.9 23 18.0 -47 27 28 285 338.67 -62.67 1 6 17.5 1C S1109 23 15.6 -36 34 F407 + 36 - 81 RI III? ( 75) 18.8 19.1 19.7 23 18.3 -36 17 B 128 83 2.23 -68.25 1 6 17.4 1C S1110 23 16.2 -48 16 F239 +143 + 93 I III ( 73) 19.3 20.0 21.0 23 19.0 -47 59 21 257 337.55 -62.45 1 6 17.5 1C S1111 23 16.4 -42 22 F347 - 75 -123 I III 25 14.0 14.5: 15.4: 23 19.1 -42 5 BOQRS 239 41 348.49 -65.96 0 4 15.7 1C,1O S1112 23 16.5 -54 22 F191 + 77 + 34 R III 0* 20.2: 20.5 21.1: 23 19.3 -54 5 87 198 328.73 -58.18 0 6 17.5 1C S1113 23 17.4 -24 24 F536 -131 + 32 RI II 8 16.6 16.8 17.5 23 20.1 -24 7 295 196 36.13 -69.21 0 5 17.2 1O S1114 23 18.2 -74 17 F049 + 43 + 39 I II 21 16.0 16.8 17.3 23 21.4 -74 0 121 203 311.05 -41.67 0 5 17.2 1O S1115 23 19.2 -55 3 F191 + 97 - 3 R III 0* 20.2 20.7 21.3 23 22.0 -54 46 67 161 327.33 -57.91 0 6 17.6 1C S1116 23 19.7 -64 22 F110 - 53 + 32 R: I-II: 59 18.1: 18.8? 20.1 23 22.7 -64 5 217 196 317.94 -50.37 1 6 17.4 1C S1117 23 20.6 -23 6 F536 - 94 +102 I III 19 16.0 16.1 18.6 23 23.2 -22 49 258 266 40.23 -69.58 0 6 17.3 1O S1118 23 21.5 -51 28 F240 - 75 - 78 I II -96 15.9 17.0 16.6 23 24.3 -51 11 R 239 86 331.45 -60.84 0 5 16.8 1O S1119 23 21.9 -30 12 F470 - 17 - 10 I II-III 29 17.3 17.4 18.1 23 24.6 -29 55 181 154 19.46 -70.74 0 6 17.3 1O S1120 23 22.0 -38 57 F347 - 24 + 57 I II-III 6 17.2 17.5: 18.1 23 24.7 -38 40 B 188 221 354.94 -68.53 0 6 17.3 1C S1121 23 22.5 -41 29 F347 - 17 - 78 R I ( 81) 18.1 19.6 20.0 23 25.2 -41 12 181 86 348.90 -67.39 2 6 17.4 1C S1122 23 23.1 -81 36 F027 +102 - 97 IR I-II 22 15.1? 16.7 17.5 23 26.8 -81 19 62 67 306.76 -35.17 0 5 17.1 1O S1123 23 24.2 -32 1 F470 + 11 -107 I II-III 24 17.3 18.6 19.4 23 26.9 -31 44 153 57 13.79 -71.05 0 6 17.4 1O S1124 23 24.4 -49 53 F240 - 53 + 8 IR I 3 15.3 17.0 18.0 23 27.2 -49 36 217 172 333.03 -62.31 0 6 17.3 1O S1125 23 25.0 -38 30 F347 + 9 + 82 I III 56 18.6 19.1 19.9 23 27.7 -38 13 155 246 355.35 -69.25 1 6 17.4 1C S1126 23 25.5 -32 0 F470 + 25 -106 RI I-II 6 18.0 18.9 19.3 23 28.2 -31 43 139 58 13.71 -71.33 0 6 17.4 1O S1127 23 25.6 -29 24 F470 + 27 + 33 RI I-II 28 15.4 16.1 17.7 23 28.3 -29 7 B 137 197 21.85 -71.58 0 5 17.2 1O S1128 23 26.3 -53 55 F191 +156 + 54 R III ( 47) 19.5 19.7 20.2 23 29.1 -53 38 Q 8 218 327.15 -59.44 0 6 17.5 1C S1129 23 27.2 -31 23 F470 + 45 - 73 I II 3 13.9 15.2 16.1 23 29.9 -31 6 B 119 91 15.48 -71.77 .0358 0 4 16.3 1O S1130 23 27.3 -17 23 F605 + 1 +144 RI III 9 17.5 17.9 18.8 23 29.9 -17 6 163 308 56.73 -68.67 0 6 17.3 1C S1131 23 27.6 -79 7 F012 - 83 + 45 I II - 3 15.1 15.4 16.5 23 30.9 -78 50 247 209 307.76 -37.52 0 5 16.6 1O S1132 23 27.9 -54 9 F191 +167 + 41 R III 0* 18.7: 19.3: 20.8: 23 30.7 -53 52 Q -3 205 326.51 -59.40 0 6 17.5 1C S1133 23 28.6 -38 12 F347 + 44 + 98 R II-III 20 17.5 18.0: 19.8 23 31.3 -37 55 120 262 355.22 -70.02 0 6 17.4 1C S1134 23 31.7 -43 45 F292 -159 + 65 I II 26 16.1 17.3 17.9 23 34.4 -43 28 323 229 341.53 -67.43 0 5 17.2 1O S1135 23 33.3 -42 28 F347 + 88 -131 I III ( 93) 19.2: 19.5: 20.1: 23 36.0 -42 11 76 33 343.69 -68.47 2 6 17.4 1C S1136 23 33.6 -31 53 F470 +118 -101 R III 21 14.4 15.4 16.7 23 36.2 -31 36 B 46 63 13.14 -73.04 0 5 16.9 1O,1C S1137 23 34.2 -31 41 F471 -138 - 88 I II-III: 25 18.3 19.1 19.6 23 36.8 -31 24 B 302 76 13.74 -73.20 0 6 17.4 1C S1138 23 34.4 -42 1 F347 +101 -108 R: III (103) 19.5 20.0 20.6 23 37.1 -41 44 63 56 344.32 -68.91 2 6 17.5 1C S1139 23 35.8 -50 16 F240 + 46 - 13 I II-III 15 17.3 18.6 19.1 23 38.5 -49 59 118 151 329.46 -63.22 0 6 17.4 1O S1140 23 36.8 -46 15 F292 -106 - 67 RI I 3 14.4 15.5 16.5 23 39.5 -45 58 270 97 335.32 -66.37 .0682 0 5 16.7 1O S1141 23 38.0 -28 52 F471 - 99 + 63 I II 84 19.1 19.3 19.7 23 40.6 -28 35 263 227 23.49 -74.29 2 6 17.4 1C S1142 23 38.7 -30 30 F471 - 85 - 20 I II-III 20 14.1 14.3 15.5 23 41.3 -30 13 O 249 144 17.42 -74.33 .0701 0 4 15.7 1C S1143 23 42.2 -49 23 F240 +102 + 32 I II 13 15.1 17.7 18.2 23 44.9 -49 6 62 196 328.81 -64.54 0 6 17.3 1O S1144 23 42.3 -62 31 F078 -113 +131 I III 10 17.4 18.8 19.3 23 45.0 -62 14 277 295 315.78 -53.20 0 6 17.4 1O S1145 23 42.8 -56 19 F192 + 25 - 68 RI II 27 16.5 16.7 18.0 23 45.5 -56 2 D 139 96 320.74 -58.75 0 6 17.3 1O S1146 23 43.4 -23 32 F537 - 83 + 80 I I-II - 9 14.9 15.3 15.9 23 46.0 -23 15 247 244 44.00 -74.71 0 4 16.1 1O S1147 23 43.8 -47 15 F292 - 40 -119 RI I-II 4 15.0 15.5 16.3: 23 46.4 -46 58 BR 204 45 331.42 -66.40 .0705 0 4 16.4 2O S1148 23 43.9 -66 30 F110 + 78 - 94 I II-III ( 36) 18.8? 19.2? 20.1 23 46.6 -66 13 86 70 312.94 -49.63 0 6 17.4 1C S1149 23 44.8 -74 17 F028 - 55 + 38 IR I-II 21 15.4 16.5 17.4 23 47.6 -74 0 219 202 308.83 -42.39 0 5 17.2 2O S1150 23 45.2 -35 52 F408 + 98 - 46 R I-II 95: 17.9: 18.8: 19.8: 23 47.8 -35 35 66 118 357.04 -74.03 2 6 17.4 2C S1151 23 45.7 -29 11 F471 - 8 + 47 R II 218 18.7 19.4 19.7 23 48.3 -28 54 172 211 21.99 -75.96 .226 4 6 17.4 1C S1152 23 45.9 -44 10 F292 - 22 + 46 RI III 20: 17.9: 19.3 19.5 23 48.5 -43 53 186 210 335.95 -68.99 0 6 17.4 1O,1C S1153 23 46.7 -47 48 F240 +146 +115 R I - 1 16.7 19.1 19.5 23 49.3 -47 31 18 279 329.62 -66.26 0 6 17.4 1O S1154 23 46.8 -63 23 F078 - 83 + 86 I III 12 18.3 18.6 19.2 23 49.5 -63 6 247 250 314.42 -52.62 0 6 17.4 1O S1155 23 47.6 -29 18 F409 -148 + 38 I I-II 3 13.1 14.3 15.4 23 50.2 -29 1 312 202 21.39 -76.37 0 3 15.6 1O S1156 23 47.6 -64 37 F078 - 75 + 20 IR III - 9 18.0 19.1 19.3 23 50.3 -64 20 239 184 313.51 -51.52 0 6 17.4 1O S1157 23 49.3 -34 42 F349 -124 + 16 RI II: 19 12.8 13.2: 14.7 23 51.9 -34 25 B 288 180 359.57 -75.30 .0456 0 3 14.9 2C S1158 23 49.5 -56 13 F192 + 75 - 65 I II 10 15.4 16.3 17.5 23 52.1 -55 56 89 99 319.23 -59.27 0 5 17.2 1O S1159 23 51.0 -64 31 F078 - 55 + 26 I II-III - 8 18.1 18.4 18.6 23 53.6 -64 14 219 190 313.03 -51.74 0 6 17.3 1O S1160 23 51.4 -44 39 F241 - 82 + 18 RI II-III: ( 66) 19.4? 19.9 20.6 23 54.0 -44 22 246 182 332.98 -69.26 1 6 17.5 1C S1161 23 53.0 -33 56 F349 - 81 + 61 I III 17 15.5 15.7 16.3 23 55.6 -33 39 B 245 225 1.07 -76.32 0 5 16.5 1C S1162 23 53.2 -22 52 F472 - 87 +115 I II-III 24 14.9? 16.7 17.4 23 55.8 -22 35 251 279 49.68 -76.59 0 5 17.2 1O S1163 23 53.4 -18 27 F606 + 67 + 85 IR II 8 14.5 14.8 15.9 23 56.0 -18 10 97 249 65.08 -74.40 0 4 16.1 1O S1164 23 55.0 -37 54 F293 - 55 +118 IR III 14 14.9 15.1 16.4 23 57.6 -37 37 D 219 282 346.78 -74.56 0 5 16.6 1O,1C S1165 23 56.1 -30 8 F409 - 49 - 5 I I-II 3 13.6 13.7 15.5 23 58.7 -29 51 B 213 159 16.61 -78.10 .0299 0 4 15.7 1O S1166 23 57.1 -67 11 F050 - 17 +152 I II -46 15.4 15.8 17.1 23 59.7 -66 54 181 316 310.70 -49.44 0 5 17.2 1O S1167 23 57.7 -20 16 F538 - 30 - 13 I III 78 19.2 19.5 20.0 0 0.3 -19 59 194 151 61.58 -76.28 1 6 17.4 1C S1168 23 57.8 -59 56 F111 - 18 + 6 I III: 22 17.3 17.5 18.1 0 0.4 -59 39 D 182 170 314.55 -56.31 0 6 17.3 1C S1169 23 58.2 -46 41 F292 + 91 - 90 I I-II 12 15.1 16.4 16.7 0 0.8 -46 24 73 74 327.06 -68.28 0 5 16.9 1O S1170 23 58.5 -37 7 F293 - 18 +159 IR I-II 26 16.1 17.6 17.7 0 1.1 -36 50 182 323 347.46 -75.59 0 5 17.2 1O S1171 23 58.8 -27 49 F409 - 19 +119 I II 8 12.7 13.7 15.9 0 1.4 -27 32 s 183 283 27.95 -78.88 0 4 16.1 1O S1172 23 58.8 -39 3 F293 - 15 + 55 RI I 8 13.8 15.4 16.1 0 1.4 -38 46 179 219 341.73 -74.35 .0500 0 4 16.3 1O S1173 23 59.2 -44 14 F241 - 13 + 43 RI: III 27 13.6 14.6 15.4 0 1.8 -43 57 OR 177 207 330.46 -70.42 0 3 15.5 1C,1O S1174 23 59.3 -37 16 F293 - 10 +151 R: I - 5 17.6 19.3 19.4 0 1.9 -36 59 174 315 346.59 -75.62 0 6 17.4 1O