Calibrated CTD data for cruise: 1016 CRUS STATION DEPTH PRESS. TEMP. SALIN. NO NO M DBAR IPTS-68 PSS-78 **** ******** **** ******* ******* ******* 1016 10160007 2 2.0 7.6148 35.2866 1016 10160007 3 3.0 7.6154 35.2866 1016 10160007 4 4.0 7.6162 35.2869 1016 10160007 5 5.0 7.6162 35.2872 1016 10160007 6 6.1 7.6160 35.2873 1016 10160007 7 7.1 7.6162 35.2872 1016 10160007 8 8.1 7.6167 35.2871 1016 10160007 9 9.1 7.6176 35.2870 1016 10160007 10 10.1 7.6189 35.2871 1016 10160007 11 11.1 7.6187 35.2874 1016 10160007 12 12.1 7.6185 35.2873 1016 10160007 13 13.1 7.6187 35.2872 1016 10160007 14 14.1 7.6191 35.2872 1016 10160007 15 15.1 7.6191 35.2873 1016 10160007 16 16.2 7.6187 35.2874 1016 10160007 17 17.2 7.6190 35.2873 1016 10160007 18 18.2 7.6195 35.2873 1016 10160007 19 19.2 7.6197 35.2873 1016 10160007 20 20.2 7.6194 35.2874 1016 10160007 21 21.2 7.6189 35.2874 1016 10160007 22 22.2 7.6189 35.2875 1016 10160007 23 23.2 7.6191 35.2873 1016 10160007 24 24.2 7.6198 35.2874 1016 10160007 25 25.2 7.6210 35.2873 1016 10160007 26 26.3 7.6207 35.2873 1016 10160007 27 27.3 7.6210 35.2874 1016 10160007 28 28.3 7.6205 35.2873 1016 10160007 29 29.3 7.6206 35.2874 1016 10160007 30 30.3 7.6221 35.2872 1016 10160007 31 31.3 7.6227 35.2874 1016 10160007 32 32.3 7.6225 35.2874 1016 10160007 33 33.3 7.6213 35.2875 1016 10160007 34 34.3 7.6210 35.2875 1016 10160007 35 35.3 7.6198 35.2873 1016 10160007 36 36.4 7.6195 35.2874 1016 10160007 37 37.4 7.6196 35.2875 1016 10160007 38 38.4 7.6205 35.2875 1016 10160007 39 39.4 7.6203 35.2876 1016 10160007 40 40.4 7.6206 35.2873 1016 10160007 41 41.4 7.6204 35.2873 1016 10160007 42 42.4 7.6201 35.2873 1016 10160007 43 43.4 7.6202 35.2874 1016 10160007 44 44.4 7.6205 35.2875 1016 10160007 45 45.4 7.6207 35.2873 1016 10160007 46 46.5 7.6208 35.2873 1016 10160007 47 47.5 7.6225 35.2874 1016 10160007 48 48.5 7.6244 35.2875 1016 10160007 49 49.5 7.6243 35.2874 1016 10160007 50 50.5 7.6244 35.2874 1016 10160007 51 51.5 7.6241 35.2876 1016 10160007 52 52.5 7.6240 35.2877 1016 10160007 53 53.5 7.6232 35.2876 1016 10160007 54 54.5 7.6230 35.2875 1016 10160007 55 55.5 7.6231 35.2876 1016 10160007 56 56.6 7.6229 35.2876 1016 10160007 57 57.6 7.6232 35.2876 1016 10160007 58 58.6 7.6234 35.2876 1016 10160007 59 59.6 7.6234 35.2875 1016 10160007 60 60.6 7.6236 35.2875 1016 10160007 61 61.6 7.6238 35.2876 1016 10160007 62 62.6 7.6237 35.2875 1016 10160007 63 63.6 7.6237 35.2876 1016 10160007 64 64.6 7.6237 35.2876 1016 10160007 65 65.6 7.6235 35.2876 1016 10160007 66 66.7 7.6235 35.2876 1016 10160007 67 67.7 7.6238 35.2876 1016 10160007 68 68.7 7.6244 35.2875 1016 10160007 69 69.7 7.6237 35.2874 1016 10160007 70 70.7 7.6235 35.2875 1016 10160008 1 1.0 8.3648 35.3318 1016 10160008 2 2.0 8.3649 35.3319 1016 10160008 3 3.0 8.3659 35.3319 1016 10160008 4 4.0 8.3658 35.3319 1016 10160008 5 5.0 8.3671 35.3319 1016 10160008 6 6.1 8.3673 35.3321 1016 10160008 7 7.1 8.3663 35.3319 1016 10160008 8 8.1 8.3658 35.3319 1016 10160008 9 9.1 8.3662 35.3319 1016 10160008 10 10.1 8.3672 35.3321 1016 10160008 11 11.1 8.3670 35.3321 1016 10160008 12 12.1 8.3670 35.3321 1016 10160008 13 13.1 8.3670 35.3320 1016 10160008 14 14.1 8.3669 35.3319 1016 10160008 15 15.1 8.3673 35.3321 1016 10160008 16 16.2 8.3689 35.3319 1016 10160008 17 17.2 8.3653 35.3319 1016 10160008 18 18.2 8.3542 35.3319 1016 10160008 19 19.2 8.3534 35.3317 1016 10160008 20 20.2 8.3534 35.3317 1016 10160008 21 21.2 8.3574 35.3317 1016 10160008 22 22.2 8.3475 35.3317 1016 10160008 23 23.2 8.3287 35.3316 1016 10160008 24 24.2 8.3208 35.3313 1016 10160008 25 25.2 8.3042 35.3311 1016 10160008 26 26.3 8.2737 35.3307 1016 10160008 27 27.3 8.2595 35.3300 1016 10160008 28 28.3 8.2410 35.3295 1016 10160008 29 29.3 8.2201 35.3288 1016 10160008 30 30.3 8.1787 35.3282 1016 10160008 31 31.3 8.1483 35.3281 1016 10160008 32 32.3 8.1319 35.3275 1016 10160008 33 33.3 8.1078 35.3267 1016 10160008 34 34.3 8.0297 35.3247 1016 10160008 35 35.3 7.9827 35.3227 1016 10160008 36 36.4 7.9633 35.3213 1016 10160008 37 37.4 7.9177 35.3182 1016 10160008 38 38.4 7.8803 35.3158 1016 10160008 39 39.4 7.8491 35.3139 1016 10160008 40 40.4 7.8158 35.3123 1016 10160008 41 41.4 7.8164 35.3124 1016 10160008 42 42.4 7.8134 35.3127 1016 10160008 43 43.4 7.7989 35.3122 1016 10160008 44 44.4 7.7926 35.3119 1016 10160008 45 45.4 7.7727 35.3115 1016 10160008 46 46.5 7.7499 35.3092 1016 10160008 47 47.5 7.7339 35.3082 1016 10160008 48 48.5 7.7250 35.3071 1016 10160008 49 49.5 7.7160 35.3069 1016 10160008 50 50.5 7.7102 35.3071 1016 10160008 51 51.5 7.7109 35.3074 1016 10160008 52 52.5 7.7059 35.3074 1016 10160008 53 53.5 7.7005 35.3072 1016 10160008 54 54.5 7.6987 35.3071 1016 10160008 55 55.5 7.6889 35.3066 1016 10160008 56 56.6 7.6905 35.3067 1016 10160008 57 57.6 7.6840 35.3063 1016 10160008 58 58.6 7.6765 35.3062 1016 10160008 59 59.6 7.6732 35.3060 1016 10160008 60 60.6 7.6701 35.3058 1016 10160008 61 61.6 7.6691 35.3060 1016 10160008 62 62.6 7.6679 35.3058 1016 10160008 63 63.6 7.6659 35.3057 1016 10160008 64 64.6 7.6638 35.3056 1016 10160008 65 65.6 7.6546 35.3049 1016 10160008 66 66.6 7.6532 35.3049 1016 10160008 67 67.7 7.6354 35.3036 1016 10160008 68 68.7 7.6376 35.3038 1016 10160008 69 69.7 7.6325 35.3033 1016 10160008 70 70.7 7.6299 35.3032 1016 10160008 71 71.7 7.6308 35.3033 1016 10160008 72 72.7 7.6292 35.3030 1016 10160008 73 73.7 7.6307 35.3033 1016 10160008 74 74.7 7.6309 35.3035 1016 10160008 75 75.7 7.6303 35.3034 1016 10160008 76 76.8 7.6288 35.3032 1016 10160008 77 77.8 7.6281 35.3032 1016 10160008 78 78.8 7.6288 35.3033 1016 10160008 79 79.8 7.6291 35.3033 1016 10160008 80 80.8 7.6287 35.3035 1016 10160008 81 81.8 7.6288 35.3034 1016 10160008 82 82.8 7.6296 35.3035 1016 10160008 83 83.8 7.6321 35.3036 1016 10160008 84 84.8 7.6328 35.3037 1016 10160008 85 85.8 7.6328 35.3037 1016 10160008 86 86.9 7.6326 35.3036 1016 10160008 87 87.9 7.6331 35.3038 1016 10160008 88 88.9 7.6331 35.3038 1016 10160008 89 89.9 7.6333 35.3039 1016 10160008 90 90.9 7.6331 35.3039 1016 10160008 91 91.9 7.6336 35.3038 1016 10160008 92 92.9 7.6348 35.3038 1016 10160008 93 93.9 7.6350 35.3037 1016 10160008 94 94.9 7.6353 35.3039 1016 10160008 95 95.9 7.6352 35.3038 1016 10160008 96 97.0 7.6354 35.3038 1016 10160008 97 98.0 7.6353 35.3039 1016 10160008 98 99.0 7.6352 35.3038 1016 10160008 99 100.0 7.6350 35.3039 1016 10160008 100 101.0 7.6322 35.3036 1016 10160008 101 102.0 7.6310 35.3035 1016 10160008 102 103.0 7.6314 35.3033 1016 10160008 103 104.0 7.6311 35.3033 1016 10160008 104 105.0 7.6302 35.3033 1016 10160008 105 106.0 7.6305 35.3033 1016 10160008 106 107.1 7.6312 35.3033 1016 10160008 107 108.1 7.6326 35.3034 1016 10160008 108 109.1 7.6305 35.3032 1016 10160008 109 110.1 7.6304 35.3033 1016 10160008 110 111.1 7.6318 35.3032 1016 10160008 111 112.1 7.6278 35.3029 1016 10160008 112 113.1 7.6269 35.3028 1016 10160008 113 114.1 7.6268 35.3027 1016 10160008 114 115.1 7.6269 35.3028 1016 10160008 115 116.1 7.6269 35.3027 1016 10160008 116 117.2 7.6269 35.3028 1016 10160008 117 118.2 7.6270 35.3030 1016 10160008 118 119.2 7.6272 35.3030 1016 10160008 119 120.2 7.6269 35.3026 1016 10160009 1 1.0 9.0204 35.3777 1016 10160009 2 2.0 9.0207 35.3779 1016 10160009 3 3.0 9.0206 35.3779 1016 10160009 4 4.0 9.0204 35.3779 1016 10160009 5 5.0 9.0200 35.3779 1016 10160009 6 6.1 9.0201 35.3781 1016 10160009 7 7.1 9.0200 35.3779 1016 10160009 8 8.1 9.0205 35.3779 1016 10160009 9 9.1 9.0219 35.3780 1016 10160009 10 10.1 9.0199 35.3780 1016 10160009 11 11.1 9.0184 35.3781 1016 10160009 12 12.1 9.0220 35.3781 1016 10160009 13 13.1 9.0259 35.3777 1016 10160009 14 14.1 9.0279 35.3780 1016 10160009 15 15.1 9.0268 35.3780 1016 10160009 16 16.2 9.0279 35.3778 1016 10160009 17 17.2 9.0295 35.3780 1016 10160009 18 18.2 9.0325 35.3779 1016 10160009 19 19.2 9.0309 35.3779 1016 10160009 20 20.2 9.0299 35.3779 1016 10160009 21 21.2 9.0291 35.3780 1016 10160009 22 22.2 9.0316 35.3780 1016 10160009 23 23.2 9.0328 35.3777 1016 10160009 24 24.2 9.0334 35.3779 1016 10160009 25 25.2 9.0345 35.3780 1016 10160009 26 26.3 9.0325 35.3778 1016 10160009 27 27.3 9.0327 35.3776 1016 10160009 28 28.3 9.0322 35.3778 1016 10160009 29 29.3 8.9376 35.3758 1016 10160009 30 30.3 8.8797 35.3675 1016 10160009 31 31.3 8.8512 35.3640 1016 10160009 32 32.3 8.8413 35.3623 1016 10160009 33 33.3 8.8342 35.3614 1016 10160009 34 34.3 8.7861 35.3583 1016 10160009 35 35.3 8.7650 35.3568 1016 10160009 36 36.4 8.7432 35.3555 1016 10160009 37 37.4 8.7076 35.3530 1016 10160009 38 38.4 8.6547 35.3500 1016 10160009 39 39.4 8.5941 35.3463 1016 10160009 40 40.4 8.5461 35.3421 1016 10160009 41 41.4 8.5308 35.3400 1016 10160009 42 42.4 8.5285 35.3396 1016 10160009 43 43.4 8.5264 35.3393 1016 10160009 44 44.4 8.5230 35.3390 1016 10160009 45 45.4 8.5211 35.3393 1016 10160009 46 46.5 8.5199 35.3396 1016 10160009 47 47.5 8.5180 35.3397 1016 10160009 48 48.5 8.5154 35.3397 1016 10160009 49 49.5 8.5131 35.3398 1016 10160009 50 50.5 8.5090 35.3398 1016 10160009 51 51.5 8.5054 35.3398 1016 10160009 52 52.5 8.5052 35.3399 1016 10160009 53 53.5 8.5042 35.3400 1016 10160009 54 54.5 8.5037 35.3399 1016 10160009 55 55.5 8.5036 35.3400 1016 10160009 56 56.6 8.5024 35.3400 1016 10160009 57 57.6 8.5011 35.3402 1016 10160009 58 58.6 8.4973 35.3401 1016 10160009 59 59.6 8.4927 35.3401 1016 10160009 60 60.6 8.4868 35.3397 1016 10160009 61 61.6 8.4842 35.3396 1016 10160009 62 62.6 8.4844 35.3394 1016 10160009 63 63.6 8.4833 35.3397 1016 10160009 64 64.6 8.4785 35.3394 1016 10160009 65 65.6 8.4713 35.3394 1016 10160009 66 66.6 8.4640 35.3389 1016 10160009 67 67.7 8.4606 35.3390 1016 10160009 68 68.7 8.4515 35.3382 1016 10160009 69 69.7 8.4432 35.3380 1016 10160009 70 70.7 8.4404 35.3379 1016 10160009 71 71.7 8.4365 35.3378 1016 10160009 72 72.7 8.4250 35.3376 1016 10160009 73 73.7 8.4176 35.3376 1016 10160009 74 74.7 8.4059 35.3373 1016 10160009 75 75.7 8.3961 35.3371 1016 10160009 76 76.8 8.3858 35.3368 1016 10160009 77 77.8 8.3779 35.3364 1016 10160009 78 78.8 8.3728 35.3361 1016 10160009 79 79.8 8.3706 35.3358 1016 10160009 80 80.8 8.3651 35.3354 1016 10160009 81 81.8 8.3637 35.3352 1016 10160009 82 82.8 8.3639 35.3355 1016 10160009 83 83.8 8.3641 35.3356 1016 10160009 84 84.8 8.3596 35.3354 1016 10160009 85 85.8 8.3595 35.3352 1016 10160009 86 86.9 8.3592 35.3352 1016 10160009 87 87.9 8.3600 35.3352 1016 10160009 88 88.9 8.3586 35.3354 1016 10160009 89 89.9 8.3580 35.3352 1016 10160009 90 90.9 8.3577 35.3354 1016 10160009 91 91.9 8.3540 35.3354 1016 10160009 92 92.9 8.3517 35.3351 1016 10160009 93 93.9 8.3511 35.3351 1016 10160009 94 94.9 8.3505 35.3351 1016 10160009 95 95.9 8.3497 35.3351 1016 10160009 96 97.0 8.3493 35.3351 1016 10160009 97 98.0 8.3487 35.3352 1016 10160009 98 99.0 8.3486 35.3353 1016 10160009 99 100.0 8.3483 35.3353 1016 10160009 100 101.0 8.3473 35.3351 1016 10160009 101 102.0 8.3417 35.3351 1016 10160009 102 103.0 8.3364 35.3349 1016 10160009 103 104.0 8.3261 35.3346 1016 10160009 104 105.0 8.3175 35.3345 1016 10160009 105 106.0 8.3157 35.3341 1016 10160009 106 107.1 8.3143 35.3341 1016 10160009 107 108.1 8.3122 35.3340 1016 10160009 108 109.1 8.2956 35.3333 1016 10160009 109 110.1 8.2598 35.3321 1016 10160009 110 111.1 8.2397 35.3315 1016 10160009 111 112.1 8.2258 35.3306 1016 10160009 112 113.1 8.2166 35.3300 1016 10160009 113 114.1 8.1978 35.3291 1016 10160009 114 115.1 8.1818 35.3280 1016 10160009 115 116.1 8.1554 35.3267 1016 10160009 116 117.2 8.1277 35.3252 1016 10160009 117 118.2 8.1097 35.3245 1016 10160009 118 119.2 8.0770 35.3230 1016 10160009 119 120.2 8.0392 35.3217 1016 10160009 120 121.2 8.0251 35.3206 1016 10160009 121 122.2 8.0066 35.3197 1016 10160009 122 123.2 8.0033 35.3196 1016 10160009 123 124.2 8.0013 35.3195 1016 10160009 124 125.2 7.9973 35.3194 1016 10160009 125 126.2 7.9926 35.3193 1016 10160009 126 127.3 7.9817 35.3188 1016 10160009 127 128.3 7.9741 35.3182 1016 10160009 128 129.3 7.9652 35.3178 1016 10160009 129 130.3 7.9553 35.3173 1016 10160009 130 131.3 7.9465 35.3169 1016 10160009 131 132.3 7.9401 35.3172 1016 10160009 132 133.3 7.9389 35.3171 1016 10160009 133 134.3 7.9385 35.3172 1016 10160009 134 135.3 7.9362 35.3171 1016 10160009 135 136.4 7.9310 35.3166 1016 10160009 136 137.4 7.9156 35.3161 1016 10160009 137 138.4 7.9086 35.3159 1016 10160009 138 139.4 7.9089 35.3158 1016 10160009 139 140.4 7.9065 35.3158 1016 10160009 140 141.4 7.9044 35.3158 1016 10160009 141 142.4 7.8953 35.3156 1016 10160009 142 143.4 7.8791 35.3148 1016 10160009 143 144.4 7.8746 35.3145 1016 10160009 144 145.4 7.8741 35.3141 1016 10160009 145 146.5 7.8656 35.3136 1016 10160009 146 147.5 7.8624 35.3135 1016 10160009 147 148.5 7.8605 35.3134 1016 10160009 148 149.5 7.8602 35.3137 1016 10160009 149 150.5 7.8605 35.3137 1016 10160009 150 151.5 7.8526 35.3137 1016 10160009 151 152.5 7.8503 35.3134 1016 10160009 152 153.5 7.8458 35.3134 1016 10160009 153 154.5 7.8387 35.3129 1016 10160009 154 155.5 7.8376 35.3126 1016 10160009 155 156.6 7.8370 35.3123 1016 10160009 156 157.6 7.8368 35.3124 1016 10160009 157 158.6 7.8388 35.3127 1016 10160009 158 159.6 7.8382 35.3126 1016 10160009 159 160.6 7.8379 35.3126 1016 10160009 160 161.6 7.8382 35.3127 1016 10160009 161 162.6 7.8378 35.3128 1016 10160009 162 163.6 7.8360 35.3127 1016 10160009 163 164.6 7.8337 35.3126 1016 10160009 164 165.7 7.8320 35.3125 1016 10160009 165 166.7 7.8318 35.3124 1016 10160009 166 167.7 7.8309 35.3123 1016 10160009 167 168.7 7.8299 35.3122 1016 10160009 168 169.7 7.8309 35.3125 1016 10160009 169 170.7 7.8296 35.3123 1016 10160009 170 171.7 7.8292 35.3123 1016 10160009 171 172.7 7.8285 35.3122 1016 10160009 172 173.7 7.8272 35.3122 1016 10160009 173 174.7 7.8266 35.3121 1016 10160009 174 175.8 7.8240 35.3119 1016 10160009 175 176.8 7.8184 35.3118 1016 10160009 176 177.8 7.8183 35.3117 1016 10160009 177 178.8 7.8166 35.3115 1016 10160009 178 179.8 7.8148 35.3114 1016 10160009 179 180.8 7.8162 35.3117 1016 10160009 180 181.8 7.8158 35.3115 1016 10160009 181 182.8 7.8141 35.3115 1016 10160009 182 183.8 7.8144 35.3115 1016 10160009 183 184.9 7.8140 35.3115 1016 10160009 184 185.9 7.8140 35.3114 1016 10160009 185 186.9 7.8145 35.3114 1016 10160009 186 187.9 7.8140 35.3114 1016 10160009 187 188.9 7.8135 35.3115 1016 10160009 188 189.9 7.8136 35.3113 1016 10160009 189 190.9 7.8122 35.3112 1016 10160009 190 191.9 7.8120 35.3111 1016 10160009 191 192.9 7.8120 35.3113 1016 10160009 192 193.9 7.8125 35.3112 1016 10160009 193 195.0 7.8126 35.3113 1016 10160009 194 196.0 7.8119 35.3111 1016 10160009 195 197.0 7.8105 35.3111 1016 10160009 196 198.0 7.8086 35.3110 1016 10160009 197 199.0 7.8073 35.3110 1016 10160009 198 200.0 7.8060 35.3110 1016 10160009 199 201.0 7.8055 35.3109 1016 10160009 200 202.0 7.8049 35.3108 1016 10160009 201 203.0 7.8054 35.3107 1016 10160009 202 204.1 7.8044 35.3108 1016 10160009 203 205.1 7.8038 35.3108 1016 10160009 204 206.1 7.8032 35.3107 1016 10160009 205 207.1 7.8021 35.3105 1016 10160009 206 208.1 7.8024 35.3107 1016 10160009 207 209.1 7.8028 35.3107 1016 10160009 208 210.1 7.8018 35.3106 1016 10160009 209 211.1 7.8006 35.3104 1016 10160009 210 212.1 7.7972 35.3103 1016 10160009 211 213.2 7.7976 35.3104 1016 10160009 212 214.2 7.7978 35.3103 1016 10160009 213 215.2 7.7975 35.3103 1016 10160009 214 216.2 7.7966 35.3103 1016 10160009 215 217.2 7.7946 35.3100 1016 10160009 216 218.2 7.7945 35.3100 1016 10160009 217 219.2 7.7938 35.3099 1016 10160009 218 220.2 7.7935 35.3100 1016 10160009 219 221.2 7.7931 35.3100 1016 10160009 220 222.2 7.7935 35.3101 1016 10160009 221 223.3 7.7928 35.3100 1016 10160009 222 224.3 7.7932 35.3099 1016 10160009 223 225.3 7.7933 35.3099 1016 10160009 224 226.3 7.7933 35.3100 1016 10160009 225 227.3 7.7934 35.3101 1016 10160009 226 228.3 7.7932 35.3099 1016 10160009 227 229.3 7.7932 35.3100 1016 10160009 228 230.3 7.7934 35.3101 1016 10160009 229 231.3 7.7935 35.3099 1016 10160009 230 232.4 7.7940 35.3101 1016 10160009 231 233.4 7.7937 35.3098 1016 10160010 1 1.0 9.0678 35.3768 1016 10160010 2 2.0 9.0680 35.3770 1016 10160010 3 3.0 9.0682 35.3768 1016 10160010 4 4.0 9.0684 35.3768 1016 10160010 5 5.0 9.0689 35.3768 1016 10160010 6 6.1 9.0712 35.3768 1016 10160010 7 7.1 9.0737 35.3766 1016 10160010 8 8.1 9.0702 35.3768 1016 10160010 9 9.1 9.0696 35.3768 1016 10160010 10 10.1 9.0690 35.3768 1016 10160010 11 11.1 9.0714 35.3769 1016 10160010 12 12.1 9.0711 35.3766 1016 10160010 13 13.1 9.0714 35.3766 1016 10160010 14 14.1 9.0620 35.3765 1016 10160010 15 15.1 9.0549 35.3765 1016 10160010 16 16.2 9.0528 35.3766 1016 10160010 17 17.2 9.0552 35.3767 1016 10160010 18 18.2 9.0519 35.3766 1016 10160010 19 19.2 9.0351 35.3770 1016 10160010 20 20.2 9.0277 35.3772 1016 10160010 21 21.2 9.0207 35.3775 1016 10160010 22 22.2 9.0177 35.3778 1016 10160010 23 23.2 9.0160 35.3778 1016 10160010 24 24.2 9.0155 35.3779 1016 10160010 25 25.2 9.0151 35.3779 1016 10160010 26 26.3 9.0147 35.3783 1016 10160010 27 27.3 9.0140 35.3781 1016 10160010 28 28.3 9.0136 35.3781 1016 10160010 29 29.3 9.0106 35.3785 1016 10160010 30 30.3 9.0064 35.3789 1016 10160010 31 31.3 9.0045 35.3791 1016 10160010 32 32.3 9.0047 35.3791 1016 10160010 33 33.3 9.0039 35.3791 1016 10160010 34 34.3 9.0026 35.3791 1016 10160010 35 35.3 9.0032 35.3793 1016 10160010 36 36.4 9.0039 35.3793 1016 10160010 37 37.4 9.0011 35.3790 1016 10160010 38 38.4 9.0007 35.3791 1016 10160010 39 39.4 8.9992 35.3791 1016 10160010 40 40.4 8.9976 35.3790 1016 10160010 41 41.4 8.9967 35.3790 1016 10160010 42 42.4 8.9965 35.3789 1016 10160010 43 43.4 8.9944 35.3789 1016 10160010 44 44.4 8.9932 35.3787 1016 10160010 45 45.4 8.9899 35.3784 1016 10160010 46 46.5 8.9883 35.3782 1016 10160010 47 47.5 8.9882 35.3782 1016 10160010 48 48.5 8.9867 35.3782 1016 10160010 49 49.5 8.9852 35.3781 1016 10160010 50 50.5 8.9854 35.3781 1016 10160010 51 51.5 8.9859 35.3781 1016 10160010 52 52.5 8.9846 35.3781 1016 10160010 53 53.5 8.9825 35.3780 1016 10160010 54 54.5 8.9826 35.3779 1016 10160010 55 55.5 8.9778 35.3774 1016 10160010 56 56.6 8.9736 35.3771 1016 10160010 57 57.6 8.9716 35.3768 1016 10160010 58 58.6 8.9695 35.3769 1016 10160010 59 59.6 8.9677 35.3766 1016 10160010 60 60.6 8.9640 35.3762 1016 10160010 61 61.6 8.9501 35.3752 1016 10160010 62 62.6 8.9373 35.3741 1016 10160010 63 63.6 8.9349 35.3739 1016 10160010 64 64.6 8.9330 35.3736 1016 10160010 65 65.6 8.9294 35.3733 1016 10160010 66 66.6 8.9312 35.3735 1016 10160010 67 67.7 8.9327 35.3739 1016 10160010 68 68.7 8.9324 35.3739 1016 10160010 69 69.7 8.9314 35.3736 1016 10160010 70 70.7 8.9325 35.3739 1016 10160010 71 71.7 8.9371 35.3742 1016 10160010 72 72.7 8.9386 35.3743 1016 10160010 73 73.7 8.9359 35.3743 1016 10160010 74 74.7 8.9276 35.3739 1016 10160010 75 75.7 8.9238 35.3734 1016 10160010 76 76.8 8.9172 35.3731 1016 10160010 77 77.8 8.9049 35.3724 1016 10160010 78 78.8 8.8952 35.3718 1016 10160010 79 79.8 8.8853 35.3709 1016 10160010 80 80.8 8.8789 35.3705 1016 10160010 81 81.8 8.8732 35.3700 1016 10160010 82 82.8 8.8684 35.3696 1016 10160010 83 83.8 8.8631 35.3693 1016 10160010 84 84.8 8.8578 35.3689 1016 10160010 85 85.8 8.8552 35.3690 1016 10160010 86 86.9 8.8527 35.3689 1016 10160010 87 87.9 8.8501 35.3687 1016 10160010 88 88.9 8.8459 35.3683 1016 10160010 89 89.9 8.8356 35.3678 1016 10160010 90 90.9 8.8331 35.3678 1016 10160010 91 91.9 8.8272 35.3675 1016 10160010 92 92.9 8.8269 35.3673 1016 10160010 93 93.9 8.8223 35.3665 1016 10160010 94 94.9 8.7841 35.3633 1016 10160010 95 95.9 8.7760 35.3626 1016 10160010 96 97.0 8.7800 35.3632 1016 10160010 97 98.0 8.7740 35.3628 1016 10160010 98 99.0 8.7724 35.3626 1016 10160010 99 100.0 8.7663 35.3620 1016 10160010 100 101.0 8.7529 35.3611 1016 10160010 101 102.0 8.7378 35.3600 1016 10160010 102 103.0 8.7360 35.3598 1016 10160010 103 104.0 8.7348 35.3600 1016 10160010 104 105.0 8.7338 35.3598 1016 10160010 105 106.0 8.7329 35.3597 1016 10160010 106 107.1 8.7323 35.3600 1016 10160010 107 108.1 8.7311 35.3599 1016 10160010 108 109.1 8.7312 35.3599 1016 10160010 109 110.1 8.7310 35.3600 1016 10160010 110 111.1 8.7303 35.3599 1016 10160010 111 112.1 8.7257 35.3597 1016 10160010 112 113.1 8.7184 35.3593 1016 10160010 113 114.1 8.7123 35.3590 1016 10160010 114 115.1 8.7098 35.3591 1016 10160010 115 116.1 8.7104 35.3589 1016 10160010 116 117.2 8.7130 35.3591 1016 10160010 117 118.2 8.7077 35.3590 1016 10160010 118 119.2 8.6839 35.3562 1016 10160010 119 120.2 8.6542 35.3560 1016 10160010 120 121.2 8.6489 35.3556 1016 10160010 121 122.2 8.6442 35.3554 1016 10160010 122 123.2 8.6451 35.3553 1016 10160010 123 124.2 8.6457 35.3554 1016 10160010 124 125.2 8.6436 35.3554 1016 10160010 125 126.2 8.6435 35.3554 1016 10160010 126 127.3 8.6430 35.3554 1016 10160010 127 128.3 8.6237 35.3541 1016 10160010 128 129.3 8.6159 35.3537 1016 10160010 129 130.3 8.6171 35.3536 1016 10160010 130 131.3 8.6062 35.3534 1016 10160010 131 132.3 8.5962 35.3528 1016 10160010 132 133.3 8.5933 35.3522 1016 10160010 133 134.3 8.5894 35.3519 1016 10160010 134 135.3 8.5835 35.3513 1016 10160010 135 136.4 8.5756 35.3505 1016 10160010 136 137.4 8.5580 35.3494 1016 10160010 137 138.4 8.5494 35.3487 1016 10160010 138 139.4 8.5462 35.3485 1016 10160010 139 140.4 8.5247 35.3467 1016 10160010 140 141.4 8.5162 35.3464 1016 10160010 141 142.4 8.5114 35.3461 1016 10160010 142 143.4 8.5047 35.3461 1016 10160010 143 144.4 8.4909 35.3457 1016 10160010 144 145.4 8.4833 35.3451 1016 10160010 145 146.5 8.4706 35.3452 1016 10160010 146 147.5 8.4497 35.3443 1016 10160010 147 148.5 8.3771 35.3429 1016 10160010 148 149.5 8.3249 35.3372 1016 10160010 149 150.5 8.3155 35.3349 1016 10160010 150 151.5 8.2948 35.3335 1016 10160010 151 152.5 8.2868 35.3329 1016 10160010 152 153.5 8.2798 35.3331 1016 10160010 153 154.5 8.2727 35.3329 1016 10160010 154 155.5 8.2670 35.3328 1016 10160010 155 156.6 8.2654 35.3328 1016 10160010 156 157.6 8.2643 35.3326 1016 10160010 157 158.6 8.2650 35.3326 1016 10160010 158 159.6 8.2656 35.3326 1016 10160010 159 160.6 8.2676 35.3328 1016 10160010 160 161.6 8.2686 35.3332 1016 10160010 161 162.6 8.2713 35.3336 1016 10160010 162 163.6 8.2705 35.3338 1016 10160010 163 164.6 8.2670 35.3335 1016 10160010 164 165.7 8.2651 35.3336 1016 10160010 165 166.7 8.2616 35.3335 1016 10160010 166 167.7 8.2542 35.3330 1016 10160010 167 168.7 8.2544 35.3330 1016 10160010 168 169.7 8.2533 35.3331 1016 10160010 169 170.7 8.2542 35.3330 1016 10160010 170 171.7 8.2527 35.3330 1016 10160010 171 172.7 8.2565 35.3330 1016 10160010 172 173.7 8.2542 35.3330 1016 10160010 173 174.7 8.2535 35.3330 1016 10160010 174 175.8 8.2519 35.3330 1016 10160010 175 176.8 8.2518 35.3330 1016 10160010 176 177.8 8.2516 35.3331 1016 10160010 177 178.8 8.2512 35.3331 1016 10160010 178 179.8 8.2515 35.3330 1016 10160010 179 180.8 8.2501 35.3330 1016 10160010 180 181.8 8.2479 35.3329 1016 10160010 181 182.8 8.2447 35.3331 1016 10160010 182 183.8 8.2389 35.3326 1016 10160010 183 184.9 8.2386 35.3326 1016 10160010 184 185.9 8.2364 35.3322 1016 10160010 185 186.9 8.2271 35.3317 1016 10160010 186 187.9 8.1960 35.3306 1016 10160010 187 188.9 8.1793 35.3298 1016 10160010 188 189.9 8.1653 35.3291 1016 10160010 189 190.9 8.1645 35.3289 1016 10160010 190 191.9 8.1655 35.3288 1016 10160010 191 192.9 8.1676 35.3288 1016 10160010 192 193.9 8.1679 35.3289 1016 10160010 193 195.0 8.1672 35.3288 1016 10160010 194 196.0 8.1616 35.3287 1016 10160010 195 197.0 8.1490 35.3279 1016 10160010 196 198.0 8.1294 35.3272 1016 10160010 197 199.0 8.1310 35.3271 1016 10160010 198 200.0 8.1448 35.3273 1016 10160010 199 201.0 8.1467 35.3281 1016 10160010 200 202.0 8.1491 35.3279 1016 10160010 201 203.0 8.1486 35.3281 1016 10160010 202 204.1 8.1520 35.3282 1016 10160010 203 205.1 8.1365 35.3275 1016 10160010 204 206.1 8.1341 35.3268 1016 10160010 205 207.1 8.1277 35.3270 1016 10160010 206 208.1 8.1336 35.3272 1016 10160010 207 209.1 8.1293 35.3272 1016 10160010 208 210.1 8.1368 35.3279 1016 10160010 209 211.1 8.1145 35.3265 1016 10160010 210 212.1 8.1063 35.3262 1016 10160010 211 213.2 8.1054 35.3261 1016 10160010 212 214.2 8.1011 35.3259 1016 10160010 213 215.2 8.0897 35.3256 1016 10160010 214 216.2 8.0721 35.3246 1016 10160010 215 217.2 8.0649 35.3240 1016 10160010 216 218.2 8.0608 35.3236 1016 10160010 217 219.2 8.0574 35.3234 1016 10160010 218 220.2 8.0585 35.3235 1016 10160010 219 221.2 8.0591 35.3236 1016 10160010 220 222.2 8.0570 35.3235 1016 10160010 221 223.3 8.0578 35.3235 1016 10160010 222 224.3 8.0598 35.3237 1016 10160010 223 225.3 8.0589 35.3237 1016 10160010 224 226.3 8.0576 35.3235 1016 10160010 225 227.3 8.0571 35.3236 1016 10160010 226 228.3 8.0574 35.3237 1016 10160010 227 229.3 8.0568 35.3236 1016 10160010 228 230.3 8.0551 35.3235 1016 10160010 229 231.3 8.0548 35.3235 1016 10160010 230 232.4 8.0550 35.3235 1016 10160010 231 233.4 8.0536 35.3234 1016 10160010 232 234.4 8.0505 35.3232 1016 10160010 233 235.4 8.0256 35.3218 1016 10160010 234 236.4 8.0085 35.3211 1016 10160010 235 237.4 8.0077 35.3210 1016 10160010 236 238.4 8.0139 35.3213 1016 10160010 237 239.4 8.0198 35.3215 1016 10160010 238 240.4 8.0226 35.3217 1016 10160010 239 241.5 8.0204 35.3216 1016 10160010 240 242.5 8.0188 35.3217 1016 10160010 241 243.5 8.0142 35.3214 1016 10160010 242 244.5 8.0152 35.3214 1016 10160010 243 245.5 8.0149 35.3215 1016 10160010 244 246.5 8.0138 35.3215 1016 10160010 245 247.5 8.0168 35.3215 1016 10160010 246 248.5 8.0197 35.3216 1016 10160010 247 249.5 8.0215 35.3218 1016 10160010 248 250.6 8.0220 35.3218 1016 10160010 249 251.6 8.0173 35.3219 1016 10160010 250 252.6 8.0191 35.3219 1016 10160010 251 253.6 8.0212 35.3218 1016 10160010 252 254.6 8.0179 35.3217 1016 10160010 253 255.6 8.0191 35.3217 1016 10160010 254 256.6 8.0179 35.3217 1016 10160010 255 257.6 8.0156 35.3217 1016 10160010 256 258.6 8.0151 35.3218 1016 10160010 257 259.7 8.0086 35.3212 1016 10160010 258 260.7 8.0075 35.3211 1016 10160010 259 261.7 8.0074 35.3211 1016 10160010 260 262.7 8.0069 35.3211 1016 10160010 261 263.7 8.0081 35.3212 1016 10160010 262 264.7 8.0090 35.3212 1016 10160010 263 265.7 8.0134 35.3214 1016 10160010 264 266.7 8.0173 35.3215 1016 10160010 265 267.7 8.0177 35.3215 1016 10160010 266 268.7 8.0179 35.3215 1016 10160010 267 269.8 8.0185 35.3216 1016 10160010 268 270.8 8.0148 35.3215 1016 10160010 269 271.8 8.0127 35.3214 1016 10160010 270 272.8 8.0098 35.3213 1016 10160010 271 273.8 8.0093 35.3212 1016 10160010 272 274.8 8.0087 35.3211 1016 10160010 273 275.8 8.0121 35.3213 1016 10160010 274 276.8 8.0007 35.3208 1016 10160010 275 277.8 7.9773 35.3203 1016 10160010 276 278.9 7.9650 35.3191 1016 10160010 277 279.9 7.9404 35.3186 1016 10160010 278 280.9 7.9362 35.3182 1016 10160010 279 281.9 7.9146 35.3169 1016 10160010 280 282.9 7.9267 35.3161 1016 10160010 281 283.9 7.9483 35.3175 1016 10160010 282 284.9 7.9276 35.3178 1016 10160010 283 285.9 7.9111 35.3167 1016 10160010 284 286.9 7.9237 35.3167 1016 10160010 285 288.0 7.9286 35.3172 1016 10160010 286 289.0 7.9242 35.3171 1016 10160010 287 290.0 7.9215 35.3170 1016 10160010 288 291.0 7.9273 35.3175 1016 10160010 289 292.0 7.9353 35.3178 1016 10160010 290 293.0 7.9446 35.3183 1016 10160010 291 294.0 7.9375 35.3181 1016 10160010 292 295.0 7.9304 35.3179 1016 10160010 293 296.0 7.9147 35.3166 1016 10160010 294 297.1 7.8959 35.3160 1016 10160010 295 298.1 7.8995 35.3158 1016 10160010 296 299.1 7.9016 35.3166 1016 10160010 297 300.1 7.9135 35.3168 1016 10160010 298 301.1 7.9136 35.3168 1016 10160010 299 302.1 7.9059 35.3163 1016 10160010 300 303.1 7.9157 35.3173 1016 10160010 301 304.1 7.8578 35.3136 1016 10160010 302 305.1 7.8341 35.3133 1016 10160010 303 306.2 7.8046 35.3115 1016 10160010 304 307.2 7.8342 35.3123 1016 10160010 305 308.2 7.8168 35.3120 1016 10160010 306 309.2 7.8031 35.3110 1016 10160010 307 310.2 7.8095 35.3110 1016 10160010 308 311.2 7.8646 35.3141 1016 10160010 309 312.2 7.8848 35.3154 1016 10160010 310 313.2 7.8853 35.3152 1016 10160010 311 314.2 7.8749 35.3150 1016 10160010 312 315.3 7.8619 35.3139 1016 10160010 313 316.3 7.8346 35.3130 1016 10160010 314 317.3 7.8128 35.3115 1016 10160010 315 318.3 7.7959 35.3105 1016 10160010 316 319.3 7.7941 35.3104 1016 10160010 317 320.3 7.7896 35.3101 1016 10160010 318 321.3 7.8004 35.3105 1016 10160010 319 322.3 7.7934 35.3104 1016 10160010 320 323.3 7.8060 35.3116 1016 10160010 321 324.4 7.8182 35.3118 1016 10160010 322 325.4 7.8223 35.3120 1016 10160010 323 326.4 7.8319 35.3128 1016 10160010 324 327.4 7.8408 35.3136 1016 10160010 325 328.4 7.8773 35.3152 1016 10160010 326 329.4 7.9040 35.3165 1016 10160010 327 330.4 7.9007 35.3166 1016 10160010 328 331.4 7.8945 35.3164 1016 10160010 329 332.5 7.8928 35.3163 1016 10160010 330 333.5 7.8878 35.3159 1016 10160010 331 334.5 7.8811 35.3156 1016 10160010 332 335.5 7.8833 35.3157 1016 10160010 333 336.5 7.8847 35.3157 1016 10160010 334 337.5 7.8772 35.3152 1016 10160010 335 338.5 7.8520 35.3141 1016 10160010 336 339.5 7.8507 35.3139 1016 10160010 337 340.5 7.8607 35.3143 1016 10160010 338 341.6 7.8514 35.3137 1016 10160010 339 342.6 7.8861 35.3155 1016 10160010 340 343.6 7.8811 35.3147 1016 10160010 341 344.6 7.8466 35.3132 1016 10160010 342 345.6 7.8302 35.3124 1016 10160010 343 346.6 7.8367 35.3126 1016 10160010 344 347.6 7.8412 35.3127 1016 10160010 345 348.6 7.8586 35.3138 1016 10160010 346 349.6 7.8591 35.3137 1016 10160010 347 350.7 7.8463 35.3134 1016 10160010 348 351.7 7.8084 35.3110 1016 10160010 349 352.7 7.7751 35.3091 1016 10160010 350 353.7 7.7337 35.3065 1016 10160011 1 1.0 9.0176 35.3663 1016 10160011 2 2.0 9.0178 35.3665 1016 10160011 3 3.0 9.0180 35.3665 1016 10160011 4 4.0 9.0186 35.3664 1016 10160011 5 5.0 9.0186 35.3664 1016 10160011 6 6.1 9.0187 35.3664 1016 10160011 7 7.1 9.0198 35.3667 1016 10160011 8 8.1 9.0196 35.3670 1016 10160011 9 9.1 9.0195 35.3672 1016 10160011 10 10.1 9.0194 35.3674 1016 10160011 11 11.1 9.0207 35.3674 1016 10160011 12 12.1 9.0210 35.3676 1016 10160011 13 13.1 9.0205 35.3675 1016 10160011 14 14.1 9.0199 35.3674 1016 10160011 15 15.1 9.0204 35.3677 1016 10160011 16 16.2 9.0220 35.3678 1016 10160011 17 17.2 9.0231 35.3679 1016 10160011 18 18.2 9.0235 35.3677 1016 10160011 19 19.2 9.0239 35.3678 1016 10160011 20 20.2 9.0242 35.3678 1016 10160011 21 21.2 9.0245 35.3680 1016 10160011 22 22.2 9.0238 35.3680 1016 10160011 23 23.2 9.0236 35.3681 1016 10160011 24 24.2 9.0239 35.3681 1016 10160011 25 25.2 9.0196 35.3680 1016 10160011 26 26.3 9.0198 35.3678 1016 10160011 27 27.3 9.0178 35.3678 1016 10160011 28 28.3 8.9811 35.3684 1016 10160011 29 29.3 8.9606 35.3680 1016 10160011 30 30.3 8.9571 35.3680 1016 10160011 31 31.3 8.9526 35.3676 1016 10160011 32 32.3 8.9456 35.3674 1016 10160011 33 33.3 8.9366 35.3669 1016 10160011 34 34.3 8.9290 35.3668 1016 10160011 35 35.3 8.9262 35.3667 1016 10160011 36 36.4 8.9186 35.3668 1016 10160011 37 37.4 8.9069 35.3665 1016 10160011 38 38.4 8.8915 35.3662 1016 10160011 39 39.4 8.8604 35.3643 1016 10160011 40 40.4 8.8514 35.3634 1016 10160011 41 41.4 8.8441 35.3631 1016 10160011 42 42.4 8.8326 35.3632 1016 10160011 43 43.4 8.8311 35.3635 1016 10160011 44 44.4 8.8052 35.3612 1016 10160011 45 45.4 8.7905 35.3602 1016 10160011 46 46.5 8.7882 35.3598 1016 10160011 47 47.5 8.7868 35.3597 1016 10160011 48 48.5 8.7859 35.3595 1016 10160011 49 49.5 8.7843 35.3594 1016 10160011 50 50.5 8.7825 35.3594 1016 10160011 51 51.5 8.7827 35.3595 1016 10160011 52 52.5 8.7828 35.3597 1016 10160011 53 53.5 8.7826 35.3597 1016 10160011 54 54.5 8.7829 35.3598 1016 10160011 55 55.5 8.7830 35.3601 1016 10160011 56 56.6 8.7837 35.3601 1016 10160011 57 57.6 8.7782 35.3603 1016 10160011 58 58.6 8.7758 35.3603 1016 10160011 59 59.6 8.7747 35.3604 1016 10160011 60 60.6 8.7749 35.3603 1016 10160011 61 61.6 8.7743 35.3603 1016 10160011 62 62.6 8.7722 35.3606 1016 10160011 63 63.6 8.7707 35.3608 1016 10160011 64 64.6 8.7702 35.3607 1016 10160011 65 65.6 8.7662 35.3606 1016 10160011 66 66.6 8.7633 35.3605 1016 10160011 67 67.7 8.7623 35.3605 1016 10160011 68 68.7 8.7618 35.3606 1016 10160011 69 69.7 8.7589 35.3602 1016 10160011 70 70.7 8.7544 35.3600 1016 10160011 71 71.7 8.7473 35.3600 1016 10160011 72 72.7 8.7483 35.3602 1016 10160011 73 73.7 8.7469 35.3600 1016 10160011 74 74.7 8.7463 35.3602 1016 10160011 75 75.7 8.7441 35.3604 1016 10160011 76 76.8 8.7438 35.3605 1016 10160011 77 77.8 8.7433 35.3606 1016 10160011 78 78.8 8.7411 35.3608 1016 10160011 79 79.8 8.7376 35.3605 1016 10160011 80 80.8 8.7313 35.3602 1016 10160011 81 81.8 8.7167 35.3592 1016 10160011 82 82.8 8.7087 35.3588 1016 10160011 83 83.8 8.7064 35.3589 1016 10160011 84 84.8 8.6998 35.3593 1016 10160011 85 85.8 8.6946 35.3597 1016 10160011 86 86.9 8.6921 35.3596 1016 10160011 87 87.9 8.6858 35.3593 1016 10160011 88 88.9 8.6805 35.3590 1016 10160011 89 89.9 8.6782 35.3589 1016 10160011 90 90.9 8.6729 35.3586 1016 10160011 91 91.9 8.6695 35.3585 1016 10160011 92 92.9 8.6613 35.3580 1016 10160011 93 93.9 8.6530 35.3571 1016 10160011 94 94.9 8.6316 35.3547 1016 10160011 95 95.9 8.6179 35.3536 1016 10160011 96 97.0 8.6054 35.3526 1016 10160011 97 98.0 8.5938 35.3511 1016 10160011 98 99.0 8.5822 35.3509 1016 10160011 99 100.0 8.5819 35.3514 1016 10160011 100 101.0 8.5812 35.3520 1016 10160011 101 102.0 8.5731 35.3519 1016 10160011 102 103.0 8.5642 35.3519 1016 10160011 103 104.0 8.5602 35.3519 1016 10160011 104 105.0 8.5450 35.3504 1016 10160011 105 106.0 8.5244 35.3486 1016 10160011 106 107.1 8.5085 35.3468 1016 10160011 107 108.1 8.4986 35.3459 1016 10160011 108 109.1 8.4952 35.3456 1016 10160011 109 110.1 8.4934 35.3457 1016 10160011 110 111.1 8.4928 35.3456 1016 10160011 111 112.1 8.4886 35.3457 1016 10160011 112 113.1 8.4806 35.3454 1016 10160011 113 114.1 8.4587 35.3432 1016 10160011 114 115.1 8.3771 35.3379 1016 10160011 115 116.1 8.4007 35.3392 1016 10160011 116 117.2 8.3994 35.3385 1016 10160011 117 118.2 8.3698 35.3369 1016 10160011 118 119.2 8.3698 35.3371 1016 10160011 119 120.2 8.3693 35.3370 1016 10160011 120 121.2 8.3679 35.3372 1016 10160011 121 122.2 8.3622 35.3370 1016 10160011 122 123.2 8.3497 35.3366 1016 10160011 123 124.2 8.3408 35.3360 1016 10160011 124 125.2 8.3175 35.3347 1016 10160011 125 126.2 8.2860 35.3337 1016 10160011 126 127.3 8.2743 35.3331 1016 10160011 127 128.3 8.2632 35.3330 1016 10160011 128 129.3 8.2588 35.3333 1016 10160011 129 130.3 8.2552 35.3333 1016 10160011 130 131.3 8.2475 35.3334 1016 10160011 131 132.3 8.2290 35.3326 1016 10160011 132 133.3 8.2166 35.3317 1016 10160011 133 134.3 8.2129 35.3314 1016 10160011 134 135.3 8.2101 35.3312 1016 10160011 135 136.4 8.2029 35.3311 1016 10160011 136 137.4 8.1955 35.3309 1016 10160011 137 138.4 8.1929 35.3310 1016 10160011 138 139.4 8.1843 35.3306 1016 10160011 139 140.4 8.1505 35.3299 1016 10160011 140 141.4 8.1532 35.3300 1016 10160011 141 142.4 8.1579 35.3299 1016 10160011 142 143.4 8.1499 35.3304 1016 10160011 143 144.4 8.1387 35.3305 1016 10160011 144 145.4 8.1282 35.3302 1016 10160011 145 146.5 8.0900 35.3290 1016 10160011 146 147.5 8.0513 35.3266 1016 10160011 147 148.5 8.0454 35.3256 1016 10160011 148 149.5 8.0431 35.3253 1016 10160011 149 150.5 8.0413 35.3251 1016 10160011 150 151.5 8.0397 35.3250 1016 10160011 151 152.5 8.0384 35.3250 1016 10160011 152 153.5 8.0314 35.3248 1016 10160011 153 154.5 8.0269 35.3247 1016 10160011 154 155.5 8.0219 35.3245 1016 10160011 155 156.6 8.0194 35.3246 1016 10160011 156 157.6 8.0185 35.3246 1016 10160011 157 158.6 8.0170 35.3246 1016 10160011 158 159.6 8.0135 35.3243 1016 10160011 159 160.6 8.0060 35.3239 1016 10160011 160 161.6 7.9942 35.3235 1016 10160011 161 162.6 7.9872 35.3230 1016 10160011 162 163.6 7.9773 35.3222 1016 10160011 163 164.6 7.9684 35.3219 1016 10160011 164 165.7 7.9654 35.3217 1016 10160011 165 166.7 7.9618 35.3214 1016 10160011 166 167.7 7.9512 35.3209 1016 10160011 167 168.7 7.9300 35.3197 1016 10160011 168 169.7 7.8933 35.3179 1016 10160011 169 170.7 7.8674 35.3163 1016 10160011 170 171.7 7.8514 35.3154 1016 10160011 171 172.7 7.8485 35.3150 1016 10160011 172 173.7 7.8378 35.3144 1016 10160011 173 174.7 7.8360 35.3143 1016 10160011 174 175.8 7.8352 35.3144 1016 10160011 175 176.8 7.8321 35.3145 1016 10160011 176 177.8 7.8321 35.3145 1016 10160011 177 178.8 7.8288 35.3144 1016 10160011 178 179.8 7.8230 35.3140 1016 10160011 179 180.8 7.8165 35.3138 1016 10160011 180 181.8 7.8179 35.3138 1016 10160011 181 182.8 7.8063 35.3132 1016 10160011 182 183.8 7.8060 35.3132 1016 10160011 183 184.9 7.8040 35.3131 1016 10160011 184 185.9 7.8046 35.3134 1016 10160011 185 186.9 7.7994 35.3133 1016 10160011 186 187.9 7.7887 35.3127 1016 10160011 187 188.9 7.7787 35.3124 1016 10160011 188 189.9 7.7674 35.3120 1016 10160011 189 190.9 7.7382 35.3108 1016 10160011 190 191.9 7.7313 35.3101 1016 10160011 191 192.9 7.7268 35.3095 1016 10160011 192 193.9 7.7232 35.3091 1016 10160011 193 195.0 7.7175 35.3089 1016 10160011 194 196.0 7.7086 35.3084 1016 10160011 195 197.0 7.7019 35.3082 1016 10160011 196 198.0 7.6995 35.3081 1016 10160011 197 199.0 7.6979 35.3082 1016 10160011 198 200.0 7.6984 35.3080 1016 10160011 199 201.0 7.6980 35.3083 1016 10160011 200 202.0 7.6967 35.3083 1016 10160011 201 203.0 7.6944 35.3083 1016 10160011 202 204.1 7.6928 35.3082 1016 10160011 203 205.1 7.6939 35.3082 1016 10160011 204 206.1 7.6907 35.3084 1016 10160011 205 207.1 7.6877 35.3081 1016 10160011 206 208.1 7.6857 35.3078 1016 10160011 207 209.1 7.6836 35.3077 1016 10160011 208 210.1 7.6832 35.3076 1016 10160011 209 211.1 7.6827 35.3077 1016 10160011 210 212.1 7.6795 35.3076 1016 10160011 211 213.2 7.6783 35.3075 1016 10160011 212 214.2 7.6768 35.3075 1016 10160011 213 215.2 7.6726 35.3072 1016 10160011 214 216.2 7.6650 35.3069 1016 10160011 215 217.2 7.6592 35.3066 1016 10160011 216 218.2 7.6515 35.3061 1016 10160011 217 219.2 7.6399 35.3056 1016 10160011 218 220.2 7.6234 35.3044 1016 10160011 219 221.2 7.6041 35.3030 1016 10160011 220 222.2 7.5972 35.3026 1016 10160011 221 223.3 7.5950 35.3025 1016 10160011 222 224.3 7.5917 35.3022 1016 10160011 223 225.3 7.5892 35.3022 1016 10160011 224 226.3 7.5864 35.3020 1016 10160011 225 227.3 7.5788 35.3015 1016 10160011 226 228.3 7.5568 35.3002 1016 10160011 227 229.3 7.5585 35.3003 1016 10160011 228 230.3 7.5563 35.3001 1016 10160011 229 231.3 7.5510 35.3002 1016 10160011 230 232.4 7.5534 35.3001 1016 10160011 231 233.4 7.5533 35.3001 1016 10160011 232 234.4 7.5518 35.3001 1016 10160011 233 235.4 7.5479 35.2998 1016 10160011 234 236.4 7.5382 35.2991 1016 10160011 235 237.4 7.5383 35.2992 1016 10160011 236 238.4 7.5390 35.2993 1016 10160011 237 239.4 7.5384 35.2993 1016 10160011 238 240.4 7.5339 35.2989 1016 10160011 239 241.5 7.5284 35.2985 1016 10160011 240 242.5 7.5217 35.2984 1016 10160011 241 243.5 7.5207 35.2985 1016 10160011 242 244.5 7.5162 35.2981 1016 10160011 243 245.5 7.5105 35.2980 1016 10160011 244 246.5 7.5099 35.2975 1016 10160011 245 247.5 7.5098 35.2977 1016 10160011 246 248.5 7.5072 35.2975 1016 10160011 247 249.5 7.4919 35.2966 1016 10160011 248 250.6 7.4704 35.2953 1016 10160011 249 251.6 7.4532 35.2941 1016 10160011 250 252.6 7.4480 35.2937 1016 10160011 251 253.6 7.4454 35.2936 1016 10160011 252 254.6 7.4272 35.2927 1016 10160011 253 255.6 7.4222 35.2926 1016 10160011 254 256.6 7.4206 35.2924 1016 10160011 255 257.6 7.4194 35.2923 1016 10160011 256 258.6 7.4178 35.2923 1016 10160011 257 259.7 7.4164 35.2922 1016 10160011 258 260.7 7.4160 35.2921 1016 10160011 259 261.7 7.4144 35.2921 1016 10160011 260 262.7 7.4121 35.2920 1016 10160011 261 263.7 7.4102 35.2920 1016 10160011 262 264.7 7.4102 35.2922 1016 10160011 263 265.7 7.4101 35.2922 1016 10160011 264 266.7 7.4109 35.2923 1016 10160011 265 267.7 7.4112 35.2924 1016 10160011 266 268.7 7.4095 35.2926 1016 10160011 267 269.8 7.4043 35.2923 1016 10160011 268 270.8 7.4026 35.2923 1016 10160011 269 271.8 7.3990 35.2920 1016 10160011 270 272.8 7.3992 35.2922 1016 10160011 271 273.8 7.3960 35.2920 1016 10160011 272 274.8 7.3947 35.2920 1016 10160011 273 275.8 7.3929 35.2919 1016 10160011 274 276.8 7.3891 35.2916 1016 10160011 275 277.8 7.3863 35.2916 1016 10160011 276 278.9 7.3846 35.2913 1016 10160011 277 279.9 7.3833 35.2911 1016 10160011 278 280.9 7.3819 35.2911 1016 10160011 279 281.9 7.3806 35.2911 1016 10160011 280 282.9 7.3791 35.2910 1016 10160011 281 283.9 7.3738 35.2907 1016 10160011 282 284.9 7.3709 35.2904 1016 10160011 283 285.9 7.3643 35.2900 1016 10160011 284 286.9 7.3549 35.2894 1016 10160011 285 288.0 7.3482 35.2889 1016 10160011 286 289.0 7.3457 35.2887 1016 10160011 287 290.0 7.3383 35.2882 1016 10160011 288 291.0 7.3372 35.2879 1016 10160011 289 292.0 7.3365 35.2881 1016 10160011 290 293.0 7.3364 35.2879 1016 10160011 291 294.0 7.3346 35.2880 1016 10160011 292 295.0 7.3333 35.2878 1016 10160011 293 296.0 7.3333 35.2878 1016 10160011 294 297.1 7.3344 35.2880 1016 10160011 295 298.1 7.3338 35.2879 1016 10160011 296 299.1 7.3301 35.2877 1016 10160011 297 300.1 7.3287 35.2877 1016 10160011 298 301.1 7.3289 35.2879 1016 10160011 299 302.1 7.3285 35.2878 1016 10160011 300 303.1 7.3278 35.2877 1016 10160011 301 304.1 7.3276 35.2876 1016 10160011 302 305.1 7.3260 35.2875 1016 10160011 303 306.2 7.3230 35.2874 1016 10160011 304 307.2 7.3165 35.2870 1016 10160011 305 308.2 7.3098 35.2865 1016 10160011 306 309.2 7.2972 35.2857 1016 10160011 307 310.2 7.2961 35.2855 1016 10160011 308 311.2 7.2957 35.2855 1016 10160011 309 312.2 7.2957 35.2857 1016 10160011 310 313.2 7.2942 35.2856 1016 10160011 311 314.2 7.2930 35.2856 1016 10160011 312 315.3 7.2922 35.2856 1016 10160011 313 316.3 7.2918 35.2855 1016 10160011 314 317.3 7.2922 35.2853 1016 10160011 315 318.3 7.2928 35.2855 1016 10160011 316 319.3 7.2890 35.2853 1016 10160011 317 320.3 7.2846 35.2851 1016 10160011 318 321.3 7.2825 35.2848 1016 10160011 319 322.3 7.2813 35.2848 1016 10160011 320 323.3 7.2788 35.2846 1016 10160011 321 324.4 7.2776 35.2846 1016 10160011 322 325.4 7.2766 35.2845 1016 10160011 323 326.4 7.2762 35.2846 1016 10160011 324 327.4 7.2757 35.2845 1016 10160011 325 328.4 7.2749 35.2845 1016 10160011 326 329.4 7.2744 35.2843 1016 10160011 327 330.4 7.2734 35.2843 1016 10160011 328 331.4 7.2685 35.2840 1016 10160011 329 332.5 7.2570 35.2833 1016 10160011 330 333.5 7.2518 35.2830 1016 10160011 331 334.5 7.2512 35.2828 1016 10160011 332 335.5 7.2411 35.2822 1016 10160011 333 336.5 7.2314 35.2816 1016 10160011 334 337.5 7.2247 35.2811 1016 10160011 335 338.5 7.2093 35.2801 1016 10160011 336 339.5 7.1994 35.2795 1016 10160011 337 340.5 7.1983 35.2793 1016 10160011 338 341.6 7.1924 35.2790 1016 10160011 339 342.6 7.1766 35.2779 1016 10160011 340 343.6 7.1708 35.2778 1016 10160011 341 344.6 7.1692 35.2775 1016 10160011 342 345.6 7.1597 35.2767 1016 10160011 343 346.6 7.1439 35.2759 1016 10160011 344 347.6 7.1409 35.2757 1016 10160011 345 348.6 7.1339 35.2752 1016 10160011 346 349.6 7.1321 35.2749 1016 10160011 347 350.7 7.1283 35.2747 1016 10160011 348 351.7 7.1264 35.2745 1016 10160011 349 352.7 7.1255 35.2746 1016 10160011 350 353.7 7.1089 35.2738 1016 10160011 351 354.7 7.0685 35.2715 1016 10160011 352 355.7 7.0601 35.2708 1016 10160011 353 356.7 7.0444 35.2696 1016 10160011 354 357.7 7.0388 35.2688 1016 10160011 355 358.7 7.0363 35.2684 1016 10160011 356 359.8 7.0362 35.2682 1016 10160011 357 360.8 7.0310 35.2678 1016 10160011 358 361.8 7.0300 35.2679 1016 10160011 359 362.8 7.0266 35.2675 1016 10160011 360 363.8 7.0262 35.2676 1016 10160011 361 364.8 7.0253 35.2675 1016 10160011 362 365.8 7.0191 35.2671 1016 10160011 363 366.8 6.9883 35.2649 1016 10160011 364 367.8 6.9817 35.2647 1016 10160011 365 368.9 6.9819 35.2647 1016 10160011 366 369.9 6.9767 35.2646 1016 10160011 367 370.9 6.9500 35.2629 1016 10160011 368 371.9 6.9442 35.2622 1016 10160011 369 372.9 6.9330 35.2611 1016 10160011 370 373.9 6.9202 35.2603 1016 10160011 371 374.9 6.9165 35.2599 1016 10160011 372 375.9 6.9093 35.2595 1016 10160011 373 377.0 6.9016 35.2591 1016 10160011 374 378.0 6.8935 35.2586 1016 10160011 375 379.0 6.8896 35.2584 1016 10160011 376 380.0 6.8829 35.2579 1016 10160011 377 381.0 6.8732 35.2572 1016 10160011 378 382.0 6.8702 35.2572 1016 10160011 379 383.0 6.8685 35.2571 1016 10160011 380 384.0 6.8674 35.2573 1016 10160011 381 385.0 6.8675 35.2571 1016 10160011 382 386.1 6.8620 35.2569 1016 10160011 383 387.1 6.8602 35.2567 1016 10160011 384 388.1 6.8585 35.2567 1016 10160011 385 389.1 6.8525 35.2565 1016 10160011 386 390.1 6.8469 35.2561 1016 10160011 387 391.1 6.8418 35.2559 1016 10160011 388 392.1 6.8408 35.2557 1016 10160011 389 393.1 6.8375 35.2555 1016 10160011 390 394.1 6.8342 35.2552 1016 10160011 391 395.2 6.8327 35.2551 1016 10160011 392 396.2 6.8269 35.2550 1016 10160011 393 397.2 6.8244 35.2548 1016 10160011 394 398.2 6.8231 35.2547 1016 10160011 395 399.2 6.8216 35.2547 1016 10160011 396 400.2 6.8120 35.2538 1016 10160011 397 401.2 6.8064 35.2535 1016 10160011 398 402.2 6.8009 35.2532 1016 10160011 399 403.3 6.8001 35.2530 1016 10160011 400 404.3 6.7970 35.2527 1016 10160011 401 405.3 6.7958 35.2527 1016 10160011 402 406.3 6.7907 35.2524 1016 10160011 403 407.3 6.7874 35.2522 1016 10160011 404 408.3 6.7878 35.2522 1016 10160011 405 409.3 6.7857 35.2520 1016 10160011 406 410.3 6.7798 35.2515 1016 10160011 407 411.3 6.7757 35.2515 1016 10160011 408 412.4 6.7641 35.2508 1016 10160011 409 413.4 6.7562 35.2503 1016 10160011 410 414.4 6.7532 35.2502 1016 10160011 411 415.4 6.7516 35.2498 1016 10160011 412 416.4 6.7523 35.2497 1016 10160011 413 417.4 6.7526 35.2497 1016 10160011 414 418.4 6.7432 35.2492 1016 10160011 415 419.4 6.7387 35.2487 1016 10160011 416 420.5 6.7317 35.2482 1016 10160011 417 421.5 6.7277 35.2480 1016 10160011 418 422.5 6.7239 35.2476 1016 10160011 419 423.5 6.7196 35.2472 1016 10160011 420 424.5 6.7177 35.2473 1016 10160011 421 425.5 6.6840 35.2451 1016 10160011 422 426.5 6.6631 35.2437 1016 10160011 423 427.5 6.6601 35.2433 1016 10160011 424 428.5 6.6556 35.2426 1016 10160011 425 429.6 6.6474 35.2419 1016 10160011 426 430.6 6.6380 35.2413 1016 10160011 427 431.6 6.6322 35.2409 1016 10160011 428 432.6 6.6289 35.2409 1016 10160011 429 433.6 6.6257 35.2407 1016 10160011 430 434.6 6.6238 35.2405 1016 10160011 431 435.6 6.6195 35.2402 1016 10160011 432 436.6 6.6141 35.2397 1016 10160011 433 437.7 6.6106 35.2396 1016 10160011 434 438.7 6.5997 35.2388 1016 10160011 435 439.7 6.5810 35.2377 1016 10160011 436 440.7 6.5618 35.2362 1016 10160011 437 441.7 6.5489 35.2353 1016 10160011 438 442.7 6.5442 35.2349 1016 10160011 439 443.7 6.5355 35.2344 1016 10160011 440 444.7 6.5314 35.2340 1016 10160011 441 445.7 6.5139 35.2328 1016 10160011 442 446.8 6.4960 35.2316 1016 10160011 443 447.8 6.4883 35.2311 1016 10160011 444 448.8 6.4691 35.2304 1016 10160011 445 449.8 6.4517 35.2292 1016 10160011 446 450.8 6.4369 35.2286 1016 10160011 447 451.8 6.4079 35.2264 1016 10160011 448 452.8 6.3814 35.2238 1016 10160011 449 453.8 6.3612 35.2224 1016 10160011 450 454.9 6.3437 35.2211 1016 10160011 451 455.9 6.3352 35.2207 1016 10160011 452 456.9 6.3204 35.2198 1016 10160011 453 457.9 6.2966 35.2186 1016 10160011 454 458.9 6.2806 35.2178 1016 10160011 455 459.9 6.2586 35.2164 1016 10160011 456 460.9 6.2465 35.2154 1016 10160011 457 461.9 6.2293 35.2135 1016 10160011 458 462.9 6.1950 35.2104 1016 10160011 459 464.0 6.1670 35.2072 1016 10160011 460 465.0 6.1194 35.2046 1016 10160011 461 466.0 6.0676 35.2019 1016 10160011 462 467.0 6.0260 35.1993 1016 10160011 463 468.0 6.0200 35.1983 1016 10160011 464 469.0 6.0169 35.1977 1016 10160011 465 470.0 6.0131 35.1978 1016 10160011 466 471.0 6.0080 35.1979 1016 10160011 467 472.1 6.0000 35.1976 1016 10160011 468 473.1 5.9890 35.1972 1016 10160011 469 474.1 5.9734 35.1962 1016 10160011 470 475.1 5.9561 35.1951 1016 10160011 471 476.1 5.9005 35.1919 1016 10160011 472 477.1 5.8571 35.1888 1016 10160011 473 478.1 5.8445 35.1879 1016 10160011 474 479.1 5.8260 35.1865 1016 10160011 475 480.2 5.8053 35.1844 1016 10160011 476 481.2 5.7743 35.1815 1016 10160011 477 482.2 5.7140 35.1762 1016 10160011 478 483.2 5.6735 35.1740 1016 10160011 479 484.2 5.6082 35.1699 1016 10160011 480 485.2 5.5855 35.1690 1016 10160011 481 486.2 5.5127 35.1653 1016 10160011 482 487.2 5.4297 35.1594 1016 10160011 483 488.2 5.3581 35.1530 1016 10160011 484 489.3 5.3011 35.1490 1016 10160011 485 490.3 5.2898 35.1482 1016 10160011 486 491.3 5.2847 35.1486 1016 10160011 487 492.3 5.2445 35.1472 1016 10160011 488 493.3 5.1975 35.1448 1016 10160011 489 494.3 5.1777 35.1430 1016 10160011 490 495.3 5.1649 35.1423 1016 10160011 491 496.3 5.1507 35.1415 1016 10160011 492 497.4 5.0926 35.1388 1016 10160011 493 498.4 5.0796 35.1385 1016 10160011 494 499.4 5.0732 35.1385 1016 10160011 495 500.4 5.0436 35.1378 1016 10160011 496 501.4 5.0007 35.1366 1016 10160011 497 502.4 4.9660 35.1356 1016 10160011 498 503.4 4.8887 35.1315 1016 10160011 499 504.4 4.6255 35.1214 1016 10160011 500 505.5 4.5709 35.1155 1016 10160011 501 506.5 4.5616 35.1128 1016 10160011 502 507.5 4.5623 35.1122 1016 10160011 503 508.5 4.5271 35.1103 1016 10160011 504 509.5 4.4319 35.1073 1016 10160011 505 510.5 4.2915 35.1010 1016 10160011 506 511.5 4.2703 35.0979 1016 10160011 507 512.5 4.2699 35.0970 1016 10160011 508 513.6 4.2698 35.0966 1016 10160011 509 514.6 4.2601 35.0973 1016 10160011 510 515.6 4.2576 35.0964 1016 10160011 511 516.6 4.1568 35.0909 1016 10160011 512 517.6 4.0987 35.0878 1016 10160011 513 518.6 4.0925 35.0867 1016 10160011 514 519.6 4.0948 35.0866 1016 10160011 515 520.6 4.0744 35.0858 1016 10160011 516 521.7 4.0555 35.0854 1016 10160011 517 522.7 4.0551 35.0860 1016 10160011 518 523.7 4.0521 35.0863 1016 10160011 519 524.7 4.0512 35.0865 1016 10160011 520 525.7 4.0455 35.0861 1016 10160011 521 526.7 4.0536 35.0866 1016 10160011 522 527.7 4.0443 35.0858 1016 10160011 523 528.7 4.0264 35.0851 1016 10160011 524 529.7 4.0171 35.0847 1016 10160011 525 530.8 3.9935 35.0837 1016 10160011 526 531.8 3.9907 35.0835 1016 10160011 527 532.8 3.9909 35.0838 1016 10160011 528 533.8 3.9912 35.0842 1016 10160011 529 534.8 3.9862 35.0836 1016 10160011 530 535.8 3.9629 35.0827 1016 10160011 531 536.8 3.9629 35.0827 1016 10160011 532 537.8 3.9543 35.0817 1016 10160011 533 538.9 3.9016 35.0778 1016 10160011 534 539.9 3.7738 35.0702 1016 10160011 535 540.9 3.7174 35.0667 1016 10160011 536 541.9 3.6338 35.0634 1016 10160011 537 542.9 3.5962 35.0612 1016 10160011 538 543.9 3.5474 35.0602 1016 10160011 539 544.9 3.5172 35.0569 1016 10160011 540 545.9 3.4773 35.0538 1016 10160011 541 547.0 3.4151 35.0453 1016 10160011 542 548.0 3.1467 35.0336 1016 10160011 543 549.0 3.0901 35.0287 1016 10160011 544 550.0 3.0793 35.0282 1016 10160011 545 551.0 3.0389 35.0269 1016 10160011 546 552.0 3.0042 35.0258 1016 10160011 547 553.0 2.9776 35.0246 1016 10160011 548 554.0 2.8676 35.0194 1016 10160011 549 555.1 2.7501 35.0144 1016 10160011 550 556.1 2.7224 35.0117 1016 10160011 551 557.1 2.6980 35.0096 1016 10160011 552 558.1 2.6841 35.0085 1016 10160011 553 559.1 2.6668 35.0080 1016 10160011 554 560.1 2.6456 35.0070 1016 10160011 555 561.1 2.6312 35.0072 1016 10160011 556 562.1 2.6164 35.0069 1016 10160011 557 563.2 2.6132 35.0071 1016 10160011 558 564.2 2.6117 35.0074 1016 10160011 559 565.2 2.6109 35.0075 1016 10160011 560 566.2 2.6087 35.0075 1016 10160011 561 567.2 2.5751 35.0060 1016 10160011 562 568.2 2.5556 35.0051 1016 10160011 563 569.2 2.5244 35.0036 1016 10160011 564 570.2 2.4992 35.0025 1016 10160011 565 571.3 2.4776 35.0015 1016 10160011 566 572.3 2.4379 34.9998 1016 10160011 567 573.3 2.3967 34.9983 1016 10160011 568 574.3 2.3639 34.9967 1016 10160011 569 575.3 2.3233 34.9954 1016 10160011 570 576.3 2.2977 34.9941 1016 10160011 571 577.3 2.2937 34.9937 1016 10160011 572 578.3 2.2757 34.9925 1016 10160011 573 579.4 2.2271 34.9905 1016 10160011 574 580.4 2.2251 34.9898 1016 10160011 575 581.4 2.2199 34.9892 1016 10160011 576 582.4 2.1904 34.9877 1016 10160011 577 583.4 2.1669 34.9871 1016 10160011 578 584.4 2.1502 34.9870 1016 10160011 579 585.4 2.1281 34.9867 1016 10160011 580 586.4 2.1082 34.9860 1016 10160011 581 587.5 2.0970 34.9853 1016 10160011 582 588.5 2.0902 34.9847 1016 10160011 583 589.5 2.0811 34.9839 1016 10160011 584 590.5 2.0758 34.9831 1016 10160011 585 591.5 2.0692 34.9828 1016 10160011 586 592.5 2.0638 34.9828 1016 10160011 587 593.5 2.0693 34.9834 1016 10160011 588 594.5 2.0563 34.9835 1016 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34.9594 1016 10160011 615 621.9 1.5076 34.9588 1016 10160011 616 622.9 1.4809 34.9572 1016 10160011 617 623.9 1.4514 34.9559 1016 10160011 618 624.9 1.4034 34.9535 1016 10160011 619 625.9 1.3786 34.9525 1016 10160011 620 626.9 1.3504 34.9517 1016 10160011 621 628.0 1.2727 34.9496 1016 10160011 622 629.0 1.1741 34.9461 1016 10160011 623 630.0 1.1460 34.9437 1016 10160011 624 631.0 1.1387 34.9428 1016 10160011 625 632.0 1.1089 34.9407 1016 10160011 626 633.0 1.0635 34.9384 1016 10160011 627 634.0 1.0550 34.9376 1016 10160011 628 635.0 1.0517 34.9380 1016 10160011 629 636.1 1.0376 34.9379 1016 10160011 630 637.1 1.0311 34.9382 1016 10160011 631 638.1 1.0320 34.9385 1016 10160011 632 639.1 1.0326 34.9389 1016 10160011 633 640.1 1.0346 34.9390 1016 10160011 634 641.1 1.0323 34.9393 1016 10160011 635 642.1 1.0318 34.9394 1016 10160011 636 643.2 1.0310 34.9394 1016 10160011 637 644.2 1.0355 34.9396 1016 10160011 638 645.2 1.0365 34.9396 1016 10160011 639 646.2 1.0335 34.9394 1016 10160011 640 647.2 1.0321 34.9393 1016 10160011 641 648.2 1.0009 34.9383 1016 10160011 642 649.2 0.9941 34.9381 1016 10160011 643 650.2 0.9985 34.9386 1016 10160011 644 651.3 0.9927 34.9387 1016 10160011 645 652.3 0.9905 34.9385 1016 10160011 646 653.3 0.9946 34.9384 1016 10160011 647 654.3 1.0012 34.9386 1016 10160011 648 655.3 0.9979 34.9388 1016 10160011 649 656.3 0.9834 34.9385 1016 10160011 650 657.3 0.9818 34.9380 1016 10160011 651 658.3 0.9786 34.9377 1016 10160011 652 659.4 0.9796 34.9378 1016 10160011 653 660.4 0.9766 34.9376 1016 10160011 654 661.4 0.9754 34.9376 1016 10160011 655 662.4 0.9634 34.9373 1016 10160011 656 663.4 0.9525 34.9368 1016 10160011 657 664.4 0.9532 34.9367 1016 10160011 658 665.4 0.9314 34.9357 1016 10160011 659 666.4 0.9085 34.9350 1016 10160011 660 667.5 0.8874 34.9338 1016 10160011 661 668.5 0.8495 34.9323 1016 10160011 662 669.5 0.8105 34.9307 1016 10160011 663 670.5 0.7857 34.9300 1016 10160011 664 671.5 0.7637 34.9291 1016 10160011 665 672.5 0.7389 34.9284 1016 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34.9162 1016 10160011 692 699.9 0.3323 34.9154 1016 10160011 693 700.9 0.3258 34.9151 1016 10160011 694 701.9 0.3189 34.9151 1016 10160011 695 702.9 0.3000 34.9152 1016 10160011 696 703.9 0.2800 34.9147 1016 10160011 697 704.9 0.2643 34.9145 1016 10160011 698 706.0 0.2580 34.9139 1016 10160011 699 707.0 0.2541 34.9138 1016 10160011 700 708.0 0.2479 34.9136 1016 10160011 701 709.0 0.2457 34.9136 1016 10160011 702 710.0 0.2460 34.9138 1016 10160011 703 711.0 0.2443 34.9140 1016 10160011 704 712.0 0.2411 34.9142 1016 10160011 705 713.0 0.2399 34.9144 1016 10160011 706 714.1 0.2310 34.9146 1016 10160011 707 715.1 0.2132 34.9144 1016 10160011 708 716.1 0.2010 34.9137 1016 10160011 709 717.1 0.1873 34.9132 1016 10160011 710 718.1 0.1846 34.9128 1016 10160011 711 719.1 0.1776 34.9124 1016 10160011 712 720.1 0.1747 34.9120 1016 10160011 713 721.2 0.1670 34.9120 1016 10160011 714 722.2 0.1657 34.9123 1016 10160011 715 723.2 0.1630 34.9126 1016 10160011 716 724.2 0.1520 34.9126 1016 10160011 717 725.2 0.1410 34.9126 1016 10160011 718 726.2 0.1362 34.9121 1016 10160011 719 727.2 0.1330 34.9119 1016 10160011 720 728.2 0.1317 34.9118 1016 10160011 721 729.3 0.1261 34.9118 1016 10160011 722 730.3 0.1163 34.9113 1016 10160011 723 731.3 0.1135 34.9111 1016 10160011 724 732.3 0.1029 34.9105 1016 10160011 725 733.3 0.0736 34.9100 1016 10160011 726 734.3 0.0629 34.9100 1016 10160011 727 735.3 0.0535 34.9101 1016 10160011 728 736.4 0.0517 34.9098 1016 10160011 729 737.4 0.0475 34.9102 1016 10160011 730 738.4 0.0463 34.9103 1016 10160011 731 739.4 0.0422 34.9100 1016 10160011 732 740.4 0.0366 34.9100 1016 10160011 733 741.4 0.0350 34.9099 1016 10160011 734 742.4 0.0316 34.9097 1016 10160011 735 743.4 0.0310 34.9096 1016 10160011 736 744.5 0.0306 34.9097 1016 10160011 737 745.5 0.0305 34.9097 1016 10160011 738 746.5 0.0310 34.9099 1016 10160011 739 747.5 0.0309 34.9099 1016 10160011 740 748.5 0.0303 34.9101 1016 10160011 741 749.5 0.0281 34.9103 1016 10160011 742 750.5 0.0273 34.9101 1016 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10160011 793 802.2 -0.0155 34.9112 1016 10160012 2 2.0 9.1237 35.3751 1016 10160012 3 3.0 9.1239 35.3754 1016 10160012 4 4.0 9.1229 35.3751 1016 10160012 5 5.0 9.1212 35.3748 1016 10160012 6 6.1 9.1218 35.3746 1016 10160012 7 7.1 9.1244 35.3743 1016 10160012 8 8.1 9.1232 35.3744 1016 10160012 9 9.1 9.1247 35.3744 1016 10160012 10 10.1 9.1241 35.3745 1016 10160012 11 11.1 9.1229 35.3745 1016 10160012 12 12.1 9.1233 35.3743 1016 10160012 13 13.1 9.1259 35.3737 1016 10160012 14 14.1 9.1282 35.3744 1016 10160012 15 15.1 9.1332 35.3760 1016 10160012 16 16.2 9.1328 35.3757 1016 10160012 17 17.2 9.1307 35.3751 1016 10160012 18 18.2 9.1302 35.3749 1016 10160012 19 19.2 9.1300 35.3749 1016 10160012 20 20.2 9.1304 35.3749 1016 10160012 21 21.2 9.1310 35.3753 1016 10160012 22 22.2 9.1303 35.3753 1016 10160012 23 23.2 9.1331 35.3759 1016 10160012 24 24.2 9.1335 35.3762 1016 10160012 25 25.2 9.1339 35.3764 1016 10160012 26 26.3 9.1338 35.3763 1016 10160012 27 27.3 9.1338 35.3763 1016 10160012 28 28.3 9.1339 35.3764 1016 10160012 29 29.3 9.1335 35.3761 1016 10160012 30 30.3 9.1340 35.3762 1016 10160012 31 31.3 9.1334 35.3762 1016 10160012 32 32.3 9.1337 35.3764 1016 10160012 33 33.3 9.1333 35.3765 1016 10160012 34 34.3 9.1333 35.3765 1016 10160012 35 35.3 9.1337 35.3764 1016 10160012 36 36.4 9.1343 35.3765 1016 10160012 37 37.4 9.1348 35.3765 1016 10160012 38 38.4 9.1349 35.3764 1016 10160012 39 39.4 9.1351 35.3765 1016 10160012 40 40.4 9.1356 35.3762 1016 10160012 41 41.4 9.1362 35.3764 1016 10160012 42 42.4 9.1362 35.3764 1016 10160012 43 43.4 9.1360 35.3765 1016 10160012 44 44.4 9.1357 35.3766 1016 10160012 45 45.4 9.1355 35.3766 1016 10160012 46 46.5 9.1352 35.3766 1016 10160012 47 47.5 9.1351 35.3766 1016 10160012 48 48.5 9.1346 35.3766 1016 10160012 49 49.5 9.1353 35.3764 1016 10160012 50 50.5 9.1352 35.3763 1016 10160012 51 51.5 9.1350 35.3765 1016 10160012 52 52.5 9.1352 35.3766 1016 10160012 53 53.5 9.1331 35.3771 1016 10160012 54 54.5 9.1329 35.3770 1016 10160012 55 55.5 9.1322 35.3773 1016 10160012 56 56.6 9.1320 35.3773 1016 10160012 57 57.6 9.1320 35.3770 1016 10160012 58 58.6 9.1301 35.3773 1016 10160012 59 59.6 9.1287 35.3774 1016 10160012 60 60.6 9.1290 35.3775 1016 10160012 61 61.6 9.1270 35.3775 1016 10160012 62 62.6 9.1271 35.3776 1016 10160012 63 63.6 9.1264 35.3776 1016 10160012 64 64.6 9.1260 35.3776 1016 10160012 65 65.6 9.1247 35.3776 1016 10160012 66 66.6 9.1248 35.3776 1016 10160012 67 67.7 9.1257 35.3776 1016 10160012 68 68.7 9.1259 35.3775 1016 10160012 69 69.7 9.1246 35.3776 1016 10160012 70 70.7 9.1182 35.3778 1016 10160012 71 71.7 9.1147 35.3780 1016 10160012 72 72.7 9.1110 35.3781 1016 10160012 73 73.7 9.1099 35.3781 1016 10160012 74 74.7 9.1070 35.3782 1016 10160012 75 75.7 9.1082 35.3782 1016 10160012 76 76.8 9.1046 35.3781 1016 10160012 77 77.8 9.1038 35.3781 1016 10160012 78 78.8 9.1069 35.3782 1016 10160012 79 79.8 9.1019 35.3783 1016 10160012 80 80.8 9.0771 35.3789 1016 10160012 81 81.8 9.0705 35.3789 1016 10160012 82 82.8 9.0705 35.3789 1016 10160012 83 83.8 9.0602 35.3789 1016 10160012 84 84.8 9.0438 35.3795 1016 10160012 85 85.8 9.0430 35.3795 1016 10160012 86 86.9 9.0407 35.3795 1016 10160012 87 87.9 9.0377 35.3796 1016 10160012 88 88.9 9.0370 35.3795 1016 10160012 89 89.9 9.0287 35.3793 1016 10160012 90 90.9 9.0268 35.3793 1016 10160012 91 91.9 9.0241 35.3791 1016 10160012 92 92.9 9.0120 35.3791 1016 10160012 93 93.9 9.0081 35.3791 1016 10160012 94 94.9 9.0073 35.3791 1016 10160012 95 95.9 9.0071 35.3792 1016 10160012 96 97.0 9.0058 35.3792 1016 10160012 97 98.0 9.0014 35.3791 1016 10160012 98 99.0 8.9978 35.3790 1016 10160012 99 100.0 8.9953 35.3790 1016 10160012 100 101.0 8.9949 35.3790 1016 10160012 101 102.0 8.9947 35.3790 1016 10160012 102 103.0 8.9916 35.3792 1016 10160012 103 104.0 8.9914 35.3792 1016 10160012 104 105.0 8.9904 35.3793 1016 10160012 105 106.0 8.9902 35.3793 1016 10160012 106 107.1 8.9894 35.3791 1016 10160012 107 108.1 8.9885 35.3793 1016 10160012 108 109.1 8.9882 35.3791 1016 10160012 109 110.1 8.9878 35.3793 1016 10160012 110 111.1 8.9880 35.3794 1016 10160012 111 112.1 8.9874 35.3792 1016 10160012 112 113.1 8.9870 35.3791 1016 10160012 113 114.1 8.9860 35.3791 1016 10160012 114 115.1 8.9855 35.3791 1016 10160012 115 116.1 8.9833 35.3787 1016 10160012 116 117.2 8.9817 35.3790 1016 10160012 117 118.2 8.9809 35.3788 1016 10160012 118 119.2 8.9788 35.3787 1016 10160012 119 120.2 8.9770 35.3784 1016 10160012 120 121.2 8.9761 35.3784 1016 10160012 121 122.2 8.9764 35.3782 1016 10160012 122 123.2 8.9768 35.3783 1016 10160012 123 124.2 8.9763 35.3783 1016 10160012 124 125.2 8.9756 35.3783 1016 10160012 125 126.2 8.9755 35.3782 1016 10160012 126 127.3 8.9751 35.3782 1016 10160012 127 128.3 8.9732 35.3780 1016 10160012 128 129.3 8.9675 35.3776 1016 10160012 129 130.3 8.9641 35.3773 1016 10160012 130 131.3 8.9624 35.3772 1016 10160012 131 132.3 8.9574 35.3769 1016 10160012 132 133.3 8.9569 35.3769 1016 10160012 133 134.3 8.9568 35.3768 1016 10160012 134 135.3 8.9565 35.3767 1016 10160012 135 136.4 8.9553 35.3766 1016 10160012 136 137.4 8.9515 35.3766 1016 10160012 137 138.4 8.9466 35.3762 1016 10160012 138 139.4 8.9446 35.3762 1016 10160012 139 140.4 8.9394 35.3757 1016 10160012 140 141.4 8.9342 35.3752 1016 10160012 141 142.4 8.9307 35.3751 1016 10160012 142 143.4 8.9248 35.3743 1016 10160012 143 144.4 8.9216 35.3741 1016 10160012 144 145.4 8.9140 35.3734 1016 10160012 145 146.5 8.9010 35.3729 1016 10160012 146 147.5 8.8956 35.3723 1016 10160012 147 148.5 8.8881 35.3717 1016 10160012 148 149.5 8.8808 35.3711 1016 10160012 149 150.5 8.8608 35.3699 1016 10160012 150 151.5 8.8456 35.3691 1016 10160012 151 152.5 8.8404 35.3687 1016 10160012 152 153.5 8.8364 35.3683 1016 10160012 153 154.5 8.8361 35.3683 1016 10160012 154 155.5 8.8318 35.3680 1016 10160012 155 156.6 8.8290 35.3676 1016 10160012 156 157.6 8.8273 35.3676 1016 10160012 157 158.6 8.8263 35.3676 1016 10160012 158 159.6 8.8233 35.3674 1016 10160012 159 160.6 8.8225 35.3675 1016 10160012 160 161.6 8.8225 35.3676 1016 10160012 161 162.6 8.8219 35.3675 1016 10160012 162 163.6 8.8216 35.3676 1016 10160012 163 164.6 8.8209 35.3674 1016 10160012 164 165.7 8.8212 35.3675 1016 10160012 165 166.7 8.8212 35.3677 1016 10160012 166 167.7 8.8217 35.3675 1016 10160012 167 168.7 8.8206 35.3674 1016 10160012 168 169.7 8.8198 35.3674 1016 10160012 169 170.7 8.8186 35.3674 1016 10160012 170 171.7 8.8179 35.3673 1016 10160012 171 172.7 8.8168 35.3671 1016 10160012 172 173.7 8.8125 35.3669 1016 10160012 173 174.7 8.8092 35.3666 1016 10160012 174 175.8 8.8040 35.3664 1016 10160012 175 176.8 8.8006 35.3661 1016 10160012 176 177.8 8.7917 35.3653 1016 10160012 177 178.8 8.7893 35.3653 1016 10160012 178 179.8 8.7893 35.3651 1016 10160012 179 180.8 8.7675 35.3635 1016 10160012 180 181.8 8.7599 35.3633 1016 10160012 181 182.8 8.7590 35.3630 1016 10160012 182 183.8 8.7559 35.3627 1016 10160012 183 184.9 8.7534 35.3628 1016 10160012 184 185.9 8.7502 35.3628 1016 10160012 185 186.9 8.7482 35.3628 1016 10160012 186 187.9 8.7464 35.3627 1016 10160012 187 188.9 8.7335 35.3616 1016 10160012 188 189.9 8.7244 35.3612 1016 10160012 189 190.9 8.7099 35.3605 1016 10160012 190 191.9 8.7025 35.3602 1016 10160012 191 192.9 8.7049 35.3603 1016 10160012 192 193.9 8.7014 35.3603 1016 10160012 193 195.0 8.7005 35.3604 1016 10160012 194 196.0 8.6980 35.3601 1016 10160012 195 197.0 8.6958 35.3599 1016 10160012 196 198.0 8.6814 35.3592 1016 10160012 197 199.0 8.6954 35.3597 1016 10160012 198 200.0 8.6790 35.3590 1016 10160012 199 201.0 8.6757 35.3588 1016 10160012 200 202.0 8.6692 35.3586 1016 10160012 201 203.0 8.6761 35.3589 1016 10160012 202 204.1 8.6840 35.3592 1016 10160012 203 205.1 8.6684 35.3584 1016 10160012 204 206.1 8.6685 35.3586 1016 10160012 205 207.1 8.6702 35.3588 1016 10160012 206 208.1 8.6710 35.3587 1016 10160012 207 209.1 8.6691 35.3587 1016 10160012 208 210.1 8.6637 35.3585 1016 10160012 209 211.1 8.6588 35.3579 1016 10160012 210 212.1 8.6548 35.3578 1016 10160012 211 213.2 8.6542 35.3579 1016 10160012 212 214.2 8.6533 35.3578 1016 10160012 213 215.2 8.6493 35.3574 1016 10160012 214 216.2 8.6394 35.3567 1016 10160012 215 217.2 8.6300 35.3564 1016 10160012 216 218.2 8.6347 35.3566 1016 10160012 217 219.2 8.6379 35.3567 1016 10160012 218 220.2 8.6364 35.3567 1016 10160012 219 221.2 8.6355 35.3568 1016 10160012 220 222.2 8.6400 35.3570 1016 10160012 221 223.3 8.6425 35.3572 1016 10160012 222 224.3 8.6292 35.3565 1016 10160012 223 225.3 8.6246 35.3561 1016 10160012 224 226.3 8.6260 35.3561 1016 10160012 225 227.3 8.6251 35.3561 1016 10160012 226 228.3 8.6233 35.3561 1016 10160012 227 229.3 8.6242 35.3561 1016 10160012 228 230.3 8.6246 35.3562 1016 10160012 229 231.3 8.6244 35.3562 1016 10160012 230 232.4 8.6253 35.3564 1016 10160012 231 233.4 8.6263 35.3562 1016 10160012 232 234.4 8.6262 35.3563 1016 10160012 233 235.4 8.6256 35.3564 1016 10160012 234 236.4 8.6203 35.3561 1016 10160012 235 237.4 8.6076 35.3554 1016 10160012 236 238.4 8.6026 35.3547 1016 10160012 237 239.4 8.5934 35.3545 1016 10160012 238 240.4 8.5940 35.3542 1016 10160012 239 241.5 8.6116 35.3553 1016 10160012 240 242.5 8.6093 35.3553 1016 10160012 241 243.5 8.6137 35.3556 1016 10160012 242 244.5 8.6033 35.3546 1016 10160012 243 245.5 8.5818 35.3534 1016 10160012 244 246.5 8.5403 35.3505 1016 10160012 245 247.5 8.4540 35.3466 1016 10160012 246 248.5 8.4097 35.3435 1016 10160012 247 249.5 8.3915 35.3422 1016 10160012 248 250.6 8.3871 35.3416 1016 10160012 249 251.6 8.3772 35.3411 1016 10160012 250 252.6 8.3767 35.3412 1016 10160012 251 253.6 8.3766 35.3412 1016 10160012 252 254.6 8.3740 35.3413 1016 10160012 253 255.6 8.3741 35.3415 1016 10160012 254 256.6 8.3815 35.3417 1016 10160012 255 257.6 8.3891 35.3423 1016 10160012 256 258.6 8.3843 35.3421 1016 10160012 257 259.7 8.3677 35.3414 1016 10160012 258 260.7 8.3655 35.3416 1016 10160012 259 261.7 8.3814 35.3424 1016 10160012 260 262.7 8.3776 35.3422 1016 10160012 261 263.7 8.3633 35.3418 1016 10160012 262 264.7 8.3081 35.3394 1016 10160012 263 265.7 8.2988 35.3385 1016 10160012 264 266.7 8.3020 35.3383 1016 10160012 265 267.7 8.3048 35.3383 1016 10160012 266 268.7 8.3060 35.3385 1016 10160012 267 269.8 8.3051 35.3385 1016 10160012 268 270.8 8.2977 35.3381 1016 10160012 269 271.8 8.2841 35.3376 1016 10160012 270 272.8 8.2865 35.3376 1016 10160012 271 273.8 8.2741 35.3368 1016 10160012 272 274.8 8.2701 35.3368 1016 10160012 273 275.8 8.2698 35.3368 1016 10160012 274 276.8 8.2675 35.3368 1016 10160012 275 277.8 8.2923 35.3381 1016 10160012 276 278.9 8.2983 35.3386 1016 10160012 277 279.9 8.2950 35.3386 1016 10160012 278 280.9 8.2868 35.3381 1016 10160012 279 281.9 8.2757 35.3376 1016 10160012 280 282.9 8.2778 35.3375 1016 10160012 281 283.9 8.2812 35.3377 1016 10160012 282 284.9 8.2820 35.3378 1016 10160012 283 285.9 8.2685 35.3371 1016 10160012 284 286.9 8.2610 35.3370 1016 10160012 285 288.0 8.2568 35.3363 1016 10160012 286 289.0 8.2378 35.3351 1016 10160012 287 290.0 8.2414 35.3351 1016 10160012 288 291.0 8.2467 35.3354 1016 10160012 289 292.0 8.2493 35.3358 1016 10160012 290 293.0 8.2557 35.3361 1016 10160012 291 294.0 8.2557 35.3363 1016 10160012 292 295.0 8.2532 35.3361 1016 10160012 293 296.0 8.2563 35.3362 1016 10160012 294 297.1 8.2509 35.3359 1016 10160012 295 298.1 8.2568 35.3362 1016 10160012 296 299.1 8.2564 35.3362 1016 10160012 297 300.1 8.2550 35.3364 1016 10160012 298 301.1 8.2471 35.3358 1016 10160012 299 302.1 8.2256 35.3349 1016 10160012 300 303.1 8.2088 35.3337 1016 10160012 301 304.1 8.2064 35.3332 1016 10160012 302 305.1 8.2060 35.3330 1016 10160012 303 306.2 8.2065 35.3328 1016 10160012 304 307.2 8.2048 35.3328 1016 10160012 305 308.2 8.1940 35.3321 1016 10160012 306 309.2 8.1938 35.3323 1016 10160012 307 310.2 8.1946 35.3321 1016 10160012 308 311.2 8.1891 35.3321 1016 10160012 309 312.2 8.1919 35.3323 1016 10160012 310 313.2 8.1924 35.3325 1016 10160012 311 314.2 8.1959 35.3325 1016 10160012 312 315.3 8.1893 35.3325 1016 10160012 313 316.3 8.1699 35.3316 1016 10160012 314 317.3 8.1636 35.3312 1016 10160012 315 318.3 8.1587 35.3307 1016 10160012 316 319.3 8.1608 35.3308 1016 10160012 317 320.3 8.1543 35.3305 1016 10160012 318 321.3 8.1423 35.3298 1016 10160012 319 322.3 8.1363 35.3298 1016 10160012 320 323.3 8.1441 35.3298 1016 10160012 321 324.4 8.1256 35.3289 1016 10160012 322 325.4 8.1023 35.3277 1016 10160012 323 326.4 8.0931 35.3277 1016 10160012 324 327.4 8.0939 35.3275 1016 10160012 325 328.4 8.0869 35.3272 1016 10160012 326 329.4 8.0764 35.3269 1016 10160012 327 330.4 8.0691 35.3264 1016 10160012 328 331.4 8.0751 35.3268 1016 10160012 329 332.5 8.0688 35.3264 1016 10160012 330 333.5 8.0732 35.3265 1016 10160012 331 334.5 8.0613 35.3260 1016 10160012 332 335.5 8.0468 35.3250 1016 10160012 333 336.5 8.0413 35.3251 1016 10160012 334 337.5 8.0425 35.3250 1016 10160012 335 338.5 8.0361 35.3247 1016 10160012 336 339.5 8.0323 35.3244 1016 10160012 337 340.5 8.0164 35.3244 1016 10160012 338 341.6 8.0115 35.3235 1016 10160012 339 342.6 8.0303 35.3244 1016 10160012 340 343.6 8.0159 35.3236 1016 10160012 341 344.6 8.0131 35.3234 1016 10160012 342 345.6 8.0178 35.3239 1016 10160012 343 346.6 7.9405 35.3187 1016 10160012 344 347.6 7.9286 35.3186 1016 10160012 345 348.6 7.9189 35.3170 1016 10160012 346 349.6 7.9018 35.3167 1016 10160012 347 350.7 7.9079 35.3169 1016 10160012 348 351.7 7.9080 35.3171 1016 10160012 349 352.7 7.8888 35.3164 1016 10160012 350 353.7 7.8551 35.3151 1016 10160012 351 354.7 7.8484 35.3141 1016 10160012 352 355.7 7.8470 35.3137 1016 10160012 353 356.7 7.8464 35.3136 1016 10160012 354 357.7 7.8443 35.3135 1016 10160012 355 358.7 7.8419 35.3135 1016 10160012 356 359.8 7.8415 35.3136 1016 10160012 357 360.8 7.8359 35.3134 1016 10160012 358 361.8 7.8314 35.3132 1016 10160012 359 362.8 7.8299 35.3132 1016 10160012 360 363.8 7.8274 35.3131 1016 10160012 361 364.8 7.8202 35.3128 1016 10160012 362 365.8 7.8187 35.3128 1016 10160012 363 366.8 7.8138 35.3128 1016 10160012 364 367.8 7.8119 35.3125 1016 10160012 365 368.9 7.8094 35.3126 1016 10160012 366 369.9 7.8016 35.3120 1016 10160012 367 370.9 7.7960 35.3115 1016 10160012 368 371.9 7.7942 35.3115 1016 10160012 369 372.9 7.7925 35.3114 1016 10160012 370 373.9 7.7886 35.3113 1016 10160012 371 374.9 7.7884 35.3114 1016 10160012 372 375.9 7.7845 35.3114 1016 10160012 373 377.0 7.7781 35.3110 1016 10160012 374 378.0 7.7754 35.3108 1016 10160012 375 379.0 7.7667 35.3104 1016 10160012 376 380.0 7.7667 35.3102 1016 10160012 377 381.0 7.7680 35.3101 1016 10160012 378 382.0 7.7667 35.3101 1016 10160012 379 383.0 7.7504 35.3092 1016 10160012 380 384.0 7.7434 35.3087 1016 10160012 381 385.0 7.7357 35.3086 1016 10160012 382 386.1 7.7284 35.3081 1016 10160012 383 387.1 7.7248 35.3078 1016 10160012 384 388.1 7.7250 35.3078 1016 10160012 385 389.1 7.7258 35.3077 1016 10160012 386 390.1 7.7255 35.3079 1016 10160012 387 391.1 7.7204 35.3078 1016 10160012 388 392.1 7.7070 35.3073 1016 10160012 389 393.1 7.7054 35.3070 1016 10160012 390 394.1 7.7052 35.3070 1016 10160012 391 395.2 7.7018 35.3066 1016 10160012 392 396.2 7.6849 35.3058 1016 10160012 393 397.2 7.6822 35.3056 1016 10160012 394 398.2 7.6791 35.3053 1016 10160012 395 399.2 7.6640 35.3045 1016 10160012 396 400.2 7.6448 35.3033 1016 10160012 397 401.2 7.6213 35.3017 1016 10160012 398 402.2 7.6105 35.3008 1016 10160012 399 403.3 7.5873 35.2997 1016 10160012 400 404.3 7.5706 35.2990 1016 10160012 401 405.3 7.5628 35.2981 1016 10160012 402 406.3 7.5506 35.2973 1016 10160012 403 407.3 7.5356 35.2963 1016 10160012 404 408.3 7.5266 35.2956 1016 10160012 405 409.3 7.5208 35.2952 1016 10160012 406 410.3 7.5138 35.2946 1016 10160012 407 411.3 7.4996 35.2934 1016 10160012 408 412.4 7.4701 35.2913 1016 10160012 409 413.4 7.4551 35.2900 1016 10160012 410 414.4 7.4451 35.2900 1016 10160012 411 415.4 7.4409 35.2897 1016 10160012 412 416.4 7.4034 35.2871 1016 10160012 413 417.4 7.3637 35.2844 1016 10160012 414 418.4 7.3215 35.2817 1016 10160012 415 419.4 7.3131 35.2805 1016 10160012 416 420.5 7.3028 35.2790 1016 10160012 417 421.5 7.2428 35.2754 1016 10160012 418 422.5 7.1516 35.2693 1016 10160012 419 423.5 7.0678 35.2637 1016 10160012 420 424.5 7.0035 35.2599 1016 10160012 421 425.5 6.9723 35.2580 1016 10160012 422 426.5 6.9605 35.2577 1016 10160012 423 427.5 6.9459 35.2573 1016 10160012 424 428.5 6.9325 35.2572 1016 10160012 425 429.6 6.9071 35.2568 1016 10160012 426 430.6 6.8718 35.2548 1016 10160012 427 431.6 6.8492 35.2532 1016 10160012 428 432.6 6.8241 35.2511 1016 10160012 429 433.6 6.8098 35.2497 1016 10160012 430 434.6 6.8005 35.2495 1016 10160012 431 435.6 6.7939 35.2494 1016 10160012 432 436.6 6.7840 35.2493 1016 10160012 433 437.7 6.7772 35.2489 1016 10160012 434 438.7 6.7666 35.2484 1016 10160012 435 439.7 6.7601 35.2480 1016 10160012 436 440.7 6.7528 35.2474 1016 10160012 437 441.7 6.7381 35.2463 1016 10160012 438 442.7 6.7283 35.2461 1016 10160012 439 443.7 6.7235 35.2459 1016 10160012 440 444.7 6.7087 35.2450 1016 10160012 441 445.7 6.7017 35.2449 1016 10160012 442 446.8 6.6965 35.2444 1016 10160012 443 447.8 6.6864 35.2437 1016 10160012 444 448.8 6.6784 35.2434 1016 10160012 445 449.8 6.6729 35.2433 1016 10160012 446 450.8 6.6689 35.2432 1016 10160012 447 451.8 6.6636 35.2430 1016 10160012 448 452.8 6.6598 35.2427 1016 10160012 449 453.8 6.6498 35.2420 1016 10160012 450 454.9 6.6449 35.2417 1016 10160012 451 455.9 6.6254 35.2404 1016 10160012 452 456.9 6.5989 35.2390 1016 10160012 453 457.9 6.5824 35.2379 1016 10160012 454 458.9 6.5707 35.2375 1016 10160012 455 459.9 6.5627 35.2369 1016 10160012 456 460.9 6.5539 35.2361 1016 10160012 457 461.9 6.5438 35.2353 1016 10160012 458 462.9 6.5389 35.2349 1016 10160012 459 464.0 6.5372 35.2349 1016 10160012 460 465.0 6.5361 35.2353 1016 10160012 461 466.0 6.5331 35.2351 1016 10160012 462 467.0 6.5289 35.2348 1016 10160012 463 468.0 6.5210 35.2342 1016 10160012 464 469.0 6.4717 35.2305 1016 10160012 465 470.0 6.4003 35.2254 1016 10160012 466 471.0 6.3498 35.2216 1016 10160012 467 472.1 6.3277 35.2202 1016 10160012 468 473.1 6.3025 35.2187 1016 10160012 469 474.1 6.2791 35.2177 1016 10160012 470 475.1 6.2186 35.2140 1016 10160012 471 476.1 6.1464 35.2092 1016 10160012 472 477.1 6.1250 35.2079 1016 10160012 473 478.1 6.1040 35.2063 1016 10160012 474 479.1 6.0650 35.2039 1016 10160012 475 480.2 6.0498 35.2032 1016 10160012 476 481.2 6.0269 35.2014 1016 10160012 477 482.2 5.9725 35.1981 1016 10160012 478 483.2 5.9206 35.1941 1016 10160012 479 484.2 5.8670 35.1901 1016 10160012 480 485.2 5.8282 35.1876 1016 10160012 481 486.2 5.8009 35.1858 1016 10160012 482 487.2 5.7575 35.1832 1016 10160012 483 488.2 5.7283 35.1817 1016 10160012 484 489.3 5.6831 35.1792 1016 10160012 485 490.3 5.6110 35.1756 1016 10160012 486 491.3 5.5560 35.1734 1016 10160012 487 492.3 5.5173 35.1713 1016 10160012 488 493.3 5.4899 35.1694 1016 10160012 489 494.3 5.4564 35.1663 1016 10160012 490 495.3 5.3853 35.1616 1016 10160012 491 496.3 5.3621 35.1594 1016 10160012 492 497.4 5.2753 35.1524 1016 10160012 493 498.4 5.1863 35.1484 1016 10160012 494 499.4 5.1472 35.1469 1016 10160012 495 500.4 5.1172 35.1457 1016 10160012 496 501.4 5.0894 35.1439 1016 10160012 497 502.4 5.0635 35.1420 1016 10160012 498 503.4 4.9908 35.1353 1016 10160012 499 504.4 4.8502 35.1271 1016 10160012 500 505.5 4.7543 35.1219 1016 10160012 501 506.5 4.6853 35.1186 1016 10160012 502 507.5 4.6496 35.1164 1016 10160012 503 508.5 4.6074 35.1139 1016 10160012 504 509.5 4.5114 35.1079 1016 10160012 505 510.5 4.3592 35.0971 1016 10160012 506 511.5 4.2842 35.0917 1016 10160012 507 512.5 4.2620 35.0895 1016 10160012 508 513.6 4.2483 35.0889 1016 10160012 509 514.6 4.2186 35.0878 1016 10160012 510 515.6 4.1691 35.0858 1016 10160012 511 516.6 4.1586 35.0857 1016 10160012 512 517.6 4.1488 35.0852 1016 10160012 513 518.6 4.1371 35.0848 1016 10160012 514 519.6 4.1260 35.0844 1016 10160012 515 520.6 4.1027 35.0834 1016 10160012 516 521.7 4.0591 35.0811 1016 10160012 517 522.7 4.0332 35.0800 1016 10160012 518 523.7 4.0207 35.0794 1016 10160012 519 524.7 4.0033 35.0783 1016 10160012 520 525.7 3.9366 35.0752 1016 10160012 521 526.7 3.8801 35.0712 1016 10160012 522 527.7 3.7585 35.0634 1016 10160012 523 528.7 3.7327 35.0616 1016 10160012 524 529.7 3.7111 35.0606 1016 10160012 525 530.8 3.6824 35.0593 1016 10160012 526 531.8 3.6537 35.0578 1016 10160012 527 532.8 3.6058 35.0552 1016 10160012 528 533.8 3.5528 35.0522 1016 10160012 529 534.8 3.5108 35.0513 1016 10160012 530 535.8 3.4789 35.0508 1016 10160012 531 536.8 3.4667 35.0496 1016 10160012 532 537.8 3.4384 35.0477 1016 10160012 533 538.9 3.4229 35.0469 1016 10160012 534 539.9 3.4018 35.0464 1016 10160012 535 540.9 3.3931 35.0473 1016 10160012 536 541.9 3.3407 35.0467 1016 10160012 537 542.9 3.2684 35.0431 1016 10160012 538 543.9 3.2178 35.0387 1016 10160012 539 544.9 3.1893 35.0352 1016 10160012 540 545.9 3.1728 35.0329 1016 10160012 541 547.0 3.1553 35.0316 1016 10160012 542 548.0 3.1329 35.0315 1016 10160012 543 549.0 3.1065 35.0312 1016 10160012 544 550.0 3.0862 35.0301 1016 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8.8038 35.3371 1016 10160013 6 6.1 8.8046 35.3368 1016 10160013 7 7.1 8.8015 35.3370 1016 10160013 8 8.1 8.8010 35.3371 1016 10160013 9 9.1 8.8012 35.3369 1016 10160013 10 10.1 8.8021 35.3370 1016 10160013 11 11.1 8.8045 35.3369 1016 10160013 12 12.1 8.8017 35.3371 1016 10160013 13 13.1 8.8020 35.3371 1016 10160013 14 14.1 8.8032 35.3368 1016 10160013 15 15.1 8.8072 35.3365 1016 10160013 16 16.2 8.8077 35.3365 1016 10160013 17 17.2 8.8086 35.3365 1016 10160013 18 18.2 8.8080 35.3368 1016 10160013 19 19.2 8.8072 35.3369 1016 10160013 20 20.2 8.8075 35.3368 1016 10160013 21 21.2 8.8076 35.3367 1016 10160013 22 22.2 8.8084 35.3365 1016 10160013 23 23.2 8.8091 35.3365 1016 10160013 24 24.2 8.8085 35.3367 1016 10160013 25 25.2 8.8080 35.3366 1016 10160013 26 26.3 8.8076 35.3365 1016 10160013 27 27.3 8.8086 35.3365 1016 10160013 28 28.3 8.8104 35.3363 1016 10160013 29 29.3 8.8076 35.3374 1016 10160013 30 30.3 8.8028 35.3387 1016 10160013 31 31.3 8.7999 35.3390 1016 10160013 32 32.3 8.7985 35.3391 1016 10160013 33 33.3 8.7973 35.3391 1016 10160013 34 34.3 8.7951 35.3392 1016 10160013 35 35.3 8.7921 35.3392 1016 10160013 36 36.4 8.7916 35.3393 1016 10160013 37 37.4 8.7913 35.3393 1016 10160013 38 38.4 8.7900 35.3391 1016 10160013 39 39.4 8.7890 35.3393 1016 10160013 40 40.4 8.7860 35.3394 1016 10160013 41 41.4 8.7810 35.3397 1016 10160013 42 42.4 8.7771 35.3398 1016 10160013 43 43.4 8.7743 35.3401 1016 10160013 44 44.4 8.7707 35.3402 1016 10160013 45 45.4 8.7702 35.3400 1016 10160013 46 46.5 8.7668 35.3402 1016 10160013 47 47.5 8.7629 35.3403 1016 10160013 48 48.5 8.7609 35.3404 1016 10160013 49 49.5 8.7582 35.3404 1016 10160013 50 50.5 8.7545 35.3403 1016 10160013 51 51.5 8.7533 35.3403 1016 10160013 52 52.5 8.7554 35.3405 1016 10160013 53 53.5 8.7531 35.3404 1016 10160013 54 54.5 8.7495 35.3404 1016 10160013 55 55.5 8.7499 35.3403 1016 10160013 56 56.5 8.7480 35.3405 1016 10160013 57 57.6 8.7457 35.3408 1016 10160013 58 58.6 8.7425 35.3407 1016 10160013 59 59.6 8.7417 35.3407 1016 10160013 60 60.6 8.7391 35.3407 1016 10160013 61 61.6 8.7389 35.3407 1016 10160013 62 62.6 8.7391 35.3406 1016 10160013 63 63.6 8.7383 35.3408 1016 10160013 64 64.6 8.7385 35.3409 1016 10160013 65 65.6 8.7376 35.3409 1016 10160013 66 66.6 8.7425 35.3410 1016 10160013 67 67.7 8.7426 35.3408 1016 10160013 68 68.7 8.7411 35.3414 1016 10160013 69 69.7 8.7380 35.3412 1016 10160013 70 70.7 8.7379 35.3412 1016 10160013 71 71.7 8.7372 35.3414 1016 10160013 72 72.7 8.7377 35.3415 1016 10160013 73 73.7 8.7389 35.3415 1016 10160013 74 74.7 8.7381 35.3414 1016 10160013 75 75.7 8.7382 35.3414 1016 10160013 76 76.8 8.7396 35.3413 1016 10160013 77 77.8 8.7397 35.3413 1016 10160013 78 78.8 8.7341 35.3410 1016 10160013 79 79.8 8.7277 35.3405 1016 10160013 80 80.8 8.7325 35.3407 1016 10160013 81 81.8 8.7347 35.3409 1016 10160013 82 82.8 8.7302 35.3406 1016 10160013 83 83.8 8.7220 35.3393 1016 10160013 84 84.8 8.7175 35.3387 1016 10160013 85 85.8 8.7170 35.3387 1016 10160013 86 86.9 8.7103 35.3377 1016 10160013 87 87.9 8.7087 35.3377 1016 10160013 88 88.9 8.7062 35.3372 1016 10160013 89 89.9 8.7056 35.3372 1016 10160013 90 90.9 8.7068 35.3371 1016 10160013 91 91.9 8.7054 35.3370 1016 10160013 92 92.9 8.7056 35.3371 1016 10160013 93 93.9 8.7068 35.3372 1016 10160013 94 94.9 8.7063 35.3373 1016 10160013 95 95.9 8.7053 35.3371 1016 10160013 96 97.0 8.7068 35.3373 1016 10160013 97 98.0 8.7066 35.3373 1016 10160013 98 99.0 8.7069 35.3373 1016 10160013 99 100.0 8.7056 35.3372 1016 10160013 100 101.0 8.7070 35.3375 1016 10160013 101 102.0 8.7081 35.3377 1016 10160013 102 103.0 8.6991 35.3366 1016 10160013 103 104.0 8.6983 35.3364 1016 10160013 104 105.0 8.6984 35.3362 1016 10160013 105 106.0 8.6983 35.3365 1016 10160013 106 107.1 8.6985 35.3366 1016 10160013 107 108.1 8.6989 35.3365 1016 10160013 108 109.1 8.6993 35.3365 1016 10160013 109 110.1 8.6993 35.3365 1016 10160013 110 111.1 8.6993 35.3364 1016 10160013 111 112.1 8.6990 35.3366 1016 10160013 112 113.1 8.6992 35.3365 1016 10160013 113 114.1 8.7001 35.3365 1016 10160013 114 115.1 8.7003 35.3365 1016 10160013 115 116.1 8.7007 35.3367 1016 10160013 116 117.2 8.7008 35.3367 1016 10160013 117 118.2 8.7013 35.3366 1016 10160013 118 119.2 8.7006 35.3366 1016 10160013 119 120.2 8.7007 35.3367 1016 10160013 120 121.2 8.7005 35.3368 1016 10160013 121 122.2 8.7004 35.3365 1016 10160013 122 123.2 8.7006 35.3368 1016 10160013 123 124.2 8.7016 35.3367 1016 10160013 124 125.2 8.7013 35.3367 1016 10160013 125 126.2 8.7012 35.3365 1016 10160013 126 127.3 8.7014 35.3366 1016 10160013 127 128.3 8.7012 35.3365 1016 10160013 128 129.3 8.7006 35.3365 1016 10160013 129 130.3 8.7005 35.3365 1016 10160013 130 131.3 8.7005 35.3366 1016 10160013 131 132.3 8.7003 35.3367 1016 10160013 132 133.3 8.7002 35.3366 1016 10160013 133 134.3 8.7004 35.3365 1016 10160013 134 135.3 8.7006 35.3366 1016 10160013 135 136.4 8.7009 35.3367 1016 10160013 136 137.4 8.7011 35.3366 1016 10160013 137 138.4 8.7011 35.3367 1016 10160013 138 139.4 8.7009 35.3368 1016 10160013 139 140.4 8.7011 35.3368 1016 10160013 140 141.4 8.7012 35.3366 1016 10160013 141 142.4 8.7015 35.3367 1016 10160013 142 143.4 8.7018 35.3366 1016 10160013 143 144.4 8.7017 35.3366 1016 10160013 144 145.4 8.7018 35.3366 1016 10160013 145 146.5 8.7016 35.3367 1016 10160013 146 147.5 8.7018 35.3366 1016 10160013 147 148.5 8.7020 35.3366 1016 10160013 148 149.5 8.7022 35.3368 1016 10160013 149 150.5 8.7022 35.3370 1016 10160013 150 151.5 8.7024 35.3368 1016 10160013 151 152.5 8.7024 35.3368 1016 10160013 152 153.5 8.7022 35.3369 1016 10160013 153 154.5 8.7016 35.3369 1016 10160013 154 155.5 8.7017 35.3368 1016 10160013 155 156.6 8.7020 35.3369 1016 10160013 156 157.6 8.7022 35.3367 1016 10160013 157 158.6 8.7024 35.3368 1016 10160013 158 159.6 8.7024 35.3368 1016 10160013 159 160.6 8.7022 35.3368 1016 10160013 160 161.6 8.7020 35.3368 1016 10160013 161 162.6 8.7018 35.3368 1016 10160013 162 163.6 8.7017 35.3368 1016 10160013 163 164.6 8.7019 35.3370 1016 10160013 164 165.7 8.7006 35.3370 1016 10160013 165 166.7 8.7011 35.3369 1016 10160013 166 167.7 8.7016 35.3369 1016 10160013 167 168.7 8.7017 35.3369 1016 10160013 168 169.7 8.7014 35.3369 1016 10160013 169 170.7 8.7007 35.3367 1016 10160013 170 171.7 8.7009 35.3367 1016 10160013 171 172.7 8.7007 35.3369 1016 10160013 172 173.7 8.7006 35.3369 1016 10160013 173 174.7 8.7009 35.3367 1016 10160013 174 175.8 8.7005 35.3367 1016 10160013 175 176.8 8.7007 35.3368 1016 10160013 176 177.8 8.7002 35.3367 1016 10160013 177 178.8 8.6997 35.3368 1016 10160013 178 179.8 8.6989 35.3368 1016 10160013 179 180.8 8.6950 35.3367 1016 10160013 180 181.8 8.6926 35.3366 1016 10160013 181 182.8 8.6922 35.3365 1016 10160013 182 183.8 8.6931 35.3366 1016 10160013 183 184.9 8.6937 35.3364 1016 10160013 184 185.9 8.6945 35.3365 1016 10160013 185 186.9 8.6949 35.3365 1016 10160013 186 187.9 8.6948 35.3366 1016 10160013 187 188.9 8.6949 35.3367 1016 10160013 188 189.9 8.6940 35.3366 1016 10160013 189 190.9 8.6936 35.3366 1016 10160013 190 191.9 8.6938 35.3366 1016 10160013 191 192.9 8.6937 35.3367 1016 10160013 192 193.9 8.6927 35.3366 1016 10160013 193 195.0 8.6921 35.3366 1016 10160013 194 196.0 8.6909 35.3365 1016 10160013 195 197.0 8.6906 35.3366 1016 10160013 196 198.0 8.6910 35.3365 1016 10160013 197 199.0 8.6916 35.3366 1016 10160013 198 200.0 8.6919 35.3365 1016 10160013 199 201.0 8.6921 35.3364 1016 10160013 200 202.0 8.6916 35.3364 1016 10160013 201 203.0 8.6880 35.3364 1016 10160013 202 204.1 8.6863 35.3364 1016 10160013 203 205.1 8.6856 35.3365 1016 10160013 204 206.1 8.6855 35.3364 1016 10160013 205 207.1 8.6856 35.3363 1016 10160013 206 208.1 8.6859 35.3363 1016 10160013 207 209.1 8.6861 35.3362 1016 10160013 208 210.1 8.6860 35.3361 1016 10160013 209 211.1 8.6863 35.3362 1016 10160013 210 212.1 8.6860 35.3365 1016 10160013 211 213.2 8.6860 35.3364 1016 10160013 212 214.2 8.6863 35.3364 1016 10160013 213 215.2 8.6854 35.3364 1016 10160013 214 216.2 8.6838 35.3364 1016 10160013 215 217.2 8.6830 35.3363 1016 10160013 216 218.2 8.6824 35.3363 1016 10160013 217 219.2 8.6795 35.3361 1016 10160013 218 220.2 8.6770 35.3359 1016 10160013 219 221.2 8.6766 35.3360 1016 10160013 220 222.2 8.6743 35.3360 1016 10160013 221 223.3 8.6719 35.3359 1016 10160013 222 224.3 8.6698 35.3358 1016 10160013 223 225.3 8.6685 35.3358 1016 10160013 224 226.3 8.6678 35.3357 1016 10160013 225 227.3 8.6679 35.3358 1016 10160013 226 228.3 8.6683 35.3357 1016 10160013 227 229.3 8.6667 35.3357 1016 10160013 228 230.3 8.6670 35.3355 1016 10160013 229 231.3 8.6665 35.3356 1016 10160013 230 232.4 8.6681 35.3356 1016 10160013 231 233.4 8.6680 35.3358 1016 10160013 232 234.4 8.6654 35.3357 1016 10160013 233 235.4 8.6646 35.3356 1016 10160013 234 236.4 8.6641 35.3357 1016 10160013 235 237.4 8.6638 35.3356 1016 10160013 236 238.4 8.6641 35.3355 1016 10160013 237 239.4 8.6642 35.3356 1016 10160013 238 240.4 8.6641 35.3356 1016 10160013 239 241.5 8.6637 35.3356 1016 10160013 240 242.5 8.6624 35.3355 1016 10160013 241 243.5 8.6627 35.3354 1016 10160013 242 244.5 8.6626 35.3355 1016 10160013 243 245.5 8.6600 35.3352 1016 10160013 244 246.5 8.6566 35.3352 1016 10160013 245 247.5 8.6539 35.3352 1016 10160013 246 248.5 8.6521 35.3350 1016 10160013 247 249.5 8.6503 35.3349 1016 10160013 248 250.6 8.6482 35.3347 1016 10160013 249 251.6 8.6459 35.3346 1016 10160013 250 252.6 8.6431 35.3345 1016 10160013 251 253.6 8.6418 35.3343 1016 10160013 252 254.6 8.6398 35.3341 1016 10160013 253 255.6 8.6380 35.3339 1016 10160013 254 256.6 8.6374 35.3340 1016 10160013 255 257.6 8.6360 35.3339 1016 10160013 256 258.6 8.6343 35.3338 1016 10160013 257 259.7 8.6324 35.3337 1016 10160013 258 260.7 8.6329 35.3338 1016 10160013 259 261.7 8.6347 35.3338 1016 10160013 260 262.7 8.6358 35.3339 1016 10160013 261 263.7 8.6342 35.3338 1016 10160013 262 264.7 8.6323 35.3336 1016 10160013 263 265.7 8.6293 35.3335 1016 10160013 264 266.7 8.6306 35.3335 1016 10160013 265 267.7 8.6286 35.3334 1016 10160013 266 268.7 8.6271 35.3334 1016 10160013 267 269.8 8.6272 35.3333 1016 10160013 268 270.8 8.6271 35.3331 1016 10160013 269 271.8 8.6271 35.3333 1016 10160013 270 272.8 8.6273 35.3334 1016 10160013 271 273.8 8.6271 35.3334 1016 10160013 272 274.8 8.6273 35.3334 1016 10160013 273 275.8 8.6279 35.3334 1016 10160013 274 276.8 8.6279 35.3333 1016 10160013 275 277.8 8.6280 35.3335 1016 10160013 276 278.9 8.6287 35.3335 1016 10160013 277 279.9 8.6292 35.3335 1016 10160013 278 280.9 8.6291 35.3334 1016 10160013 279 281.9 8.6282 35.3334 1016 10160013 280 282.9 8.6233 35.3331 1016 10160013 281 283.9 8.6231 35.3330 1016 10160013 282 284.9 8.6221 35.3330 1016 10160013 283 285.9 8.6222 35.3329 1016 10160013 284 286.9 8.6208 35.3328 1016 10160013 285 288.0 8.6193 35.3328 1016 10160013 286 289.0 8.6163 35.3326 1016 10160013 287 290.0 8.6142 35.3324 1016 10160013 288 291.0 8.6145 35.3324 1016 10160013 289 292.0 8.6138 35.3324 1016 10160013 290 293.0 8.6131 35.3322 1016 10160013 291 294.0 8.6135 35.3322 1016 10160013 292 295.0 8.6138 35.3322 1016 10160013 293 296.0 8.6140 35.3323 1016 10160013 294 297.1 8.6122 35.3322 1016 10160013 295 298.1 8.6096 35.3322 1016 10160013 296 299.1 8.6030 35.3316 1016 10160013 297 300.1 8.5982 35.3314 1016 10160013 298 301.1 8.5978 35.3313 1016 10160013 299 302.1 8.5960 35.3310 1016 10160013 300 303.1 8.5961 35.3310 1016 10160013 301 304.1 8.5961 35.3311 1016 10160013 302 305.1 8.5963 35.3311 1016 10160013 303 306.2 8.5966 35.3312 1016 10160013 304 307.2 8.5961 35.3312 1016 10160013 305 308.2 8.5965 35.3312 1016 10160013 306 309.2 8.5967 35.3312 1016 10160013 307 310.2 8.5957 35.3311 1016 10160013 308 311.2 8.5934 35.3307 1016 10160013 309 312.2 8.5931 35.3309 1016 10160013 310 313.2 8.5888 35.3303 1016 10160013 311 314.2 8.5811 35.3298 1016 10160013 312 315.3 8.5760 35.3293 1016 10160013 313 316.3 8.5751 35.3292 1016 10160013 314 317.3 8.5770 35.3294 1016 10160013 315 318.3 8.5749 35.3293 1016 10160013 316 319.3 8.5717 35.3291 1016 10160013 317 320.3 8.5685 35.3289 1016 10160013 318 321.3 8.5641 35.3286 1016 10160013 319 322.3 8.5632 35.3284 1016 10160013 320 323.3 8.5609 35.3284 1016 10160013 321 324.4 8.5586 35.3283 1016 10160013 322 325.4 8.5577 35.3282 1016 10160013 323 326.4 8.5585 35.3283 1016 10160013 324 327.4 8.5591 35.3281 1016 10160013 325 328.4 8.5553 35.3280 1016 10160013 326 329.4 8.5533 35.3281 1016 10160013 327 330.4 8.5537 35.3281 1016 10160013 328 331.4 8.5471 35.3281 1016 10160013 329 332.5 8.5433 35.3277 1016 10160013 330 333.5 8.5418 35.3276 1016 10160013 331 334.5 8.5432 35.3276 1016 10160013 332 335.5 8.5434 35.3277 1016 10160013 333 336.5 8.5463 35.3278 1016 10160013 334 337.5 8.5495 35.3278 1016 10160013 335 338.5 8.5501 35.3279 1016 10160013 336 339.5 8.5507 35.3280 1016 10160013 337 340.5 8.5532 35.3281 1016 10160013 338 341.6 8.5512 35.3279 1016 10160013 339 342.6 8.5492 35.3278 1016 10160013 340 343.6 8.5488 35.3279 1016 10160013 341 344.6 8.5495 35.3279 1016 10160013 342 345.6 8.5520 35.3279 1016 10160013 343 346.6 8.5520 35.3280 1016 10160013 344 347.6 8.5520 35.3280 1016 10160013 345 348.6 8.5507 35.3281 1016 10160013 346 349.6 8.5504 35.3280 1016 10160013 347 350.7 8.5503 35.3281 1016 10160013 348 351.7 8.5486 35.3279 1016 10160013 349 352.7 8.5479 35.3279 1016 10160013 350 353.7 8.5468 35.3277 1016 10160013 351 354.7 8.5455 35.3277 1016 10160013 352 355.7 8.5451 35.3277 1016 10160013 353 356.7 8.5379 35.3279 1016 10160013 354 357.7 8.5304 35.3280 1016 10160013 355 358.7 8.5264 35.3280 1016 10160013 356 359.8 8.5203 35.3283 1016 10160013 357 360.8 8.5175 35.3285 1016 10160013 358 361.8 8.5163 35.3285 1016 10160013 359 362.8 8.5168 35.3285 1016 10160013 360 363.8 8.5191 35.3283 1016 10160013 361 364.8 8.5194 35.3284 1016 10160013 362 365.8 8.5158 35.3291 1016 10160013 363 366.8 8.5139 35.3296 1016 10160013 364 367.8 8.5133 35.3297 1016 10160013 365 368.9 8.5113 35.3297 1016 10160013 366 369.9 8.5083 35.3297 1016 10160013 367 370.9 8.5055 35.3297 1016 10160013 368 371.9 8.5040 35.3300 1016 10160013 369 372.9 8.5025 35.3297 1016 10160013 370 373.9 8.5021 35.3294 1016 10160013 371 374.9 8.5000 35.3289 1016 10160013 372 375.9 8.5011 35.3292 1016 10160013 373 377.0 8.5010 35.3291 1016 10160013 374 378.0 8.5014 35.3294 1016 10160013 375 379.0 8.5009 35.3290 1016 10160013 376 380.0 8.4997 35.3279 1016 10160013 377 381.0 8.4999 35.3278 1016 10160013 378 382.0 8.4990 35.3275 1016 10160013 379 383.0 8.4975 35.3275 1016 10160013 380 384.0 8.4967 35.3276 1016 10160013 381 385.0 8.4961 35.3275 1016 10160013 382 386.1 8.4960 35.3276 1016 10160013 383 387.1 8.4981 35.3277 1016 10160013 384 388.1 8.4984 35.3275 1016 10160013 385 389.1 8.4968 35.3278 1016 10160013 386 390.1 8.4972 35.3278 1016 10160013 387 391.1 8.4953 35.3276 1016 10160013 388 392.1 8.4955 35.3276 1016 10160013 389 393.1 8.4981 35.3277 1016 10160013 390 394.1 8.4996 35.3275 1016 10160013 391 395.2 8.4979 35.3279 1016 10160013 392 396.2 8.4973 35.3280 1016 10160013 393 397.2 8.4966 35.3281 1016 10160013 394 398.2 8.4940 35.3283 1016 10160013 395 399.2 8.4980 35.3286 1016 10160013 396 400.2 8.5002 35.3287 1016 10160013 397 401.2 8.5028 35.3291 1016 10160013 398 402.2 8.5028 35.3291 1016 10160013 399 403.3 8.5020 35.3291 1016 10160013 400 404.3 8.4987 35.3294 1016 10160013 401 405.3 8.4970 35.3293 1016 10160013 402 406.3 8.4948 35.3290 1016 10160013 403 407.3 8.4912 35.3293 1016 10160013 404 408.3 8.5002 35.3306 1016 10160013 405 409.3 8.5041 35.3314 1016 10160013 406 410.3 8.5089 35.3325 1016 10160013 407 411.3 8.5095 35.3331 1016 10160013 408 412.4 8.5098 35.3332 1016 10160013 409 413.4 8.5209 35.3359 1016 10160013 410 414.4 8.5063 35.3313 1016 10160013 411 415.4 8.5009 35.3311 1016 10160013 412 416.4 8.5027 35.3310 1016 10160013 413 417.4 8.4923 35.3299 1016 10160013 414 418.4 8.4946 35.3300 1016 10160013 415 419.4 8.4970 35.3300 1016 10160013 416 420.5 8.4945 35.3295 1016 10160013 417 421.5 8.4909 35.3290 1016 10160013 418 422.5 8.4899 35.3292 1016 10160013 419 423.5 8.4863 35.3296 1016 10160013 420 424.5 8.4870 35.3297 1016 10160013 421 425.5 8.4856 35.3296 1016 10160013 422 426.5 8.4843 35.3294 1016 10160013 423 427.5 8.4829 35.3291 1016 10160013 424 428.5 8.4796 35.3285 1016 10160013 425 429.6 8.4798 35.3284 1016 10160013 426 430.6 8.4817 35.3288 1016 10160013 427 431.6 8.4803 35.3287 1016 10160013 428 432.6 8.4810 35.3295 1016 10160013 429 433.6 8.4747 35.3296 1016 10160013 430 434.6 8.4780 35.3297 1016 10160013 431 435.6 8.4828 35.3294 1016 10160013 432 436.6 8.4810 35.3296 1016 10160013 433 437.7 8.4814 35.3296 1016 10160013 434 438.7 8.4721 35.3296 1016 10160013 435 439.7 8.4709 35.3298 1016 10160013 436 440.7 8.4710 35.3297 1016 10160013 437 441.7 8.4713 35.3298 1016 10160013 438 442.7 8.4719 35.3298 1016 10160013 439 443.7 8.4720 35.3297 1016 10160013 440 444.7 8.4719 35.3297 1016 10160013 441 445.7 8.4719 35.3298 1016 10160013 442 446.8 8.4719 35.3295 1016 10160014 1 1.0 8.6942 35.3374 1016 10160014 2 2.0 8.6945 35.3372 1016 10160014 3 3.0 8.6949 35.3372 1016 10160014 4 4.0 8.6942 35.3373 1016 10160014 5 5.0 8.6937 35.3371 1016 10160014 6 6.1 8.6942 35.3373 1016 10160014 7 7.1 8.6960 35.3371 1016 10160014 8 8.1 8.6990 35.3363 1016 10160014 9 9.1 8.6974 35.3365 1016 10160014 10 10.1 8.7002 35.3363 1016 10160014 11 11.1 8.7036 35.3362 1016 10160014 12 12.1 8.7025 35.3361 1016 10160014 13 13.1 8.6989 35.3361 1016 10160014 14 14.1 8.6987 35.3363 1016 10160014 15 15.1 8.7005 35.3360 1016 10160014 16 16.2 8.7012 35.3365 1016 10160014 17 17.2 8.6977 35.3363 1016 10160014 18 18.2 8.6992 35.3365 1016 10160014 19 19.2 8.7022 35.3365 1016 10160014 20 20.2 8.7029 35.3366 1016 10160014 21 21.2 8.7025 35.3365 1016 10160014 22 22.2 8.7060 35.3365 1016 10160014 23 23.2 8.7052 35.3363 1016 10160014 24 24.2 8.7050 35.3367 1016 10160014 25 25.2 8.7051 35.3367 1016 10160014 26 26.3 8.7091 35.3372 1016 10160014 27 27.3 8.7112 35.3374 1016 10160014 28 28.3 8.7101 35.3372 1016 10160014 29 29.3 8.7111 35.3374 1016 10160014 30 30.3 8.7137 35.3377 1016 10160014 31 31.3 8.7179 35.3383 1016 10160014 32 32.3 8.7209 35.3391 1016 10160014 33 33.3 8.7238 35.3397 1016 10160014 34 34.3 8.7208 35.3395 1016 10160014 35 35.3 8.7212 35.3397 1016 10160014 36 36.4 8.7227 35.3399 1016 10160014 37 37.4 8.7233 35.3402 1016 10160014 38 38.4 8.7252 35.3406 1016 10160014 39 39.4 8.7268 35.3409 1016 10160014 40 40.4 8.7273 35.3411 1016 10160014 41 41.4 8.7274 35.3410 1016 10160014 42 42.4 8.7276 35.3409 1016 10160014 43 43.4 8.7266 35.3408 1016 10160014 44 44.4 8.7265 35.3406 1016 10160014 45 45.4 8.7263 35.3406 1016 10160014 46 46.5 8.7268 35.3407 1016 10160014 47 47.5 8.7272 35.3410 1016 10160014 48 48.5 8.7272 35.3409 1016 10160014 49 49.5 8.7271 35.3409 1016 10160014 50 50.5 8.7269 35.3409 1016 10160014 51 51.5 8.7266 35.3407 1016 10160014 52 52.5 8.7280 35.3411 1016 10160014 53 53.5 8.7286 35.3412 1016 10160014 54 54.5 8.7289 35.3412 1016 10160014 55 55.5 8.7282 35.3408 1016 10160014 56 56.6 8.7284 35.3410 1016 10160014 57 57.6 8.7281 35.3409 1016 10160014 58 58.6 8.7278 35.3407 1016 10160014 59 59.6 8.7269 35.3404 1016 10160014 60 60.6 8.7267 35.3406 1016 10160014 61 61.6 8.7268 35.3406 1016 10160014 62 62.6 8.7269 35.3406 1016 10160014 63 63.6 8.7270 35.3407 1016 10160014 64 64.6 8.7280 35.3413 1016 10160014 65 65.6 8.7279 35.3415 1016 10160014 66 66.6 8.7279 35.3413 1016 10160014 67 67.7 8.7279 35.3414 1016 10160014 68 68.7 8.7280 35.3416 1016 10160014 69 69.7 8.7278 35.3414 1016 10160014 70 70.7 8.7275 35.3414 1016 10160014 71 71.7 8.7277 35.3418 1016 10160014 72 72.7 8.7279 35.3422 1016 10160014 73 73.7 8.7271 35.3421 1016 10160014 74 74.7 8.7262 35.3420 1016 10160014 75 75.7 8.7266 35.3419 1016 10160014 76 76.8 8.7265 35.3417 1016 10160014 77 77.8 8.7269 35.3420 1016 10160014 78 78.8 8.7253 35.3418 1016 10160014 79 79.8 8.7238 35.3416 1016 10160014 80 80.8 8.7228 35.3416 1016 10160014 81 81.8 8.7223 35.3415 1016 10160014 82 82.8 8.7223 35.3415 1016 10160014 83 83.8 8.7220 35.3416 1016 10160014 84 84.8 8.7219 35.3416 1016 10160014 85 85.8 8.7221 35.3416 1016 10160014 86 86.9 8.7224 35.3419 1016 10160014 87 87.9 8.7218 35.3419 1016 10160014 88 88.9 8.7213 35.3418 1016 10160014 89 89.9 8.7210 35.3417 1016 10160014 90 90.9 8.7207 35.3417 1016 10160014 91 91.9 8.7193 35.3415 1016 10160014 92 92.9 8.7115 35.3405 1016 10160014 93 93.9 8.7031 35.3393 1016 10160014 94 94.9 8.6999 35.3390 1016 10160014 95 95.9 8.6970 35.3387 1016 10160014 96 97.0 8.6948 35.3386 1016 10160014 97 98.0 8.6933 35.3382 1016 10160014 98 99.0 8.6886 35.3377 1016 10160014 99 100.0 8.6799 35.3371 1016 10160014 100 101.0 8.6694 35.3367 1016 10160014 101 102.0 8.6612 35.3366 1016 10160014 102 103.0 8.6576 35.3371 1016 10160014 103 104.0 8.6562 35.3371 1016 10160014 104 105.0 8.6497 35.3373 1016 10160014 105 106.0 8.6476 35.3372 1016 10160014 106 107.1 8.6466 35.3373 1016 10160014 107 108.1 8.6455 35.3374 1016 10160014 108 109.1 8.6435 35.3383 1016 10160014 109 110.1 8.6420 35.3390 1016 10160014 110 111.1 8.6416 35.3393 1016 10160014 111 112.1 8.6411 35.3397 1016 10160014 112 113.1 8.6404 35.3407 1016 10160014 113 114.1 8.6404 35.3410 1016 10160014 114 115.1 8.6402 35.3413 1016 10160014 115 116.1 8.6386 35.3422 1016 10160014 116 117.2 8.6381 35.3423 1016 10160014 117 118.2 8.6385 35.3425 1016 10160014 118 119.2 8.6382 35.3425 1016 10160014 119 120.2 8.6379 35.3425 1016 10160014 120 121.2 8.6371 35.3434 1016 10160014 121 122.2 8.6340 35.3457 1016 10160014 122 123.2 8.6335 35.3459 1016 10160014 123 124.2 8.6328 35.3462 1016 10160014 124 125.2 8.6269 35.3483 1016 10160014 125 126.2 8.6162 35.3510 1016 10160014 126 127.3 8.6088 35.3524 1016 10160015 3 3.0 8.6189 35.3565 1016 10160015 4 4.0 8.6192 35.3565 1016 10160015 5 5.0 8.6193 35.3565 1016 10160015 6 6.1 8.6194 35.3566 1016 10160015 7 7.1 8.6195 35.3565 1016 10160015 8 8.1 8.6211 35.3565 1016 10160015 9 9.1 8.6212 35.3565 1016 10160015 10 10.1 8.6200 35.3563 1016 10160015 11 11.1 8.6197 35.3566 1016 10160015 12 12.1 8.6193 35.3566 1016 10160015 13 13.1 8.6195 35.3566 1016 10160015 14 14.1 8.6191 35.3565 1016 10160015 15 15.1 8.6191 35.3565 1016 10160015 16 16.2 8.6192 35.3565 1016 10160015 17 17.2 8.6194 35.3565 1016 10160015 18 18.2 8.6195 35.3565 1016 10160015 19 19.2 8.6194 35.3565 1016 10160015 20 20.2 8.6197 35.3565 1016 10160015 21 21.2 8.6208 35.3569 1016 10160015 22 22.2 8.6211 35.3571 1016 10160015 23 23.2 8.6210 35.3575 1016 10160015 24 24.2 8.6208 35.3575 1016 10160015 25 25.2 8.6206 35.3575 1016 10160015 26 26.3 8.6209 35.3578 1016 10160015 27 27.3 8.6210 35.3576 1016 10160015 28 28.3 8.6214 35.3572 1016 10160015 29 29.3 8.6219 35.3575 1016 10160015 30 30.3 8.6222 35.3577 1016 10160015 31 31.3 8.6221 35.3577 1016 10160015 32 32.3 8.6219 35.3577 1016 10160015 33 33.3 8.6216 35.3577 1016 10160015 34 34.3 8.6218 35.3575 1016 10160015 35 35.3 8.6219 35.3575 1016 10160015 36 36.4 8.6223 35.3574 1016 10160015 37 37.4 8.6223 35.3575 1016 10160015 38 38.4 8.6226 35.3577 1016 10160015 39 39.4 8.6226 35.3575 1016 10160015 40 40.4 8.6225 35.3575 1016 10160015 41 41.4 8.6228 35.3578 1016 10160015 42 42.4 8.6233 35.3582 1016 10160015 43 43.4 8.6229 35.3577 1016 10160015 44 44.4 8.6232 35.3580 1016 10160015 45 45.4 8.6230 35.3578 1016 10160015 46 46.5 8.6237 35.3582 1016 10160015 47 47.5 8.6240 35.3584 1016 10160015 48 48.5 8.6242 35.3584 1016 10160015 49 49.5 8.6240 35.3585 1016 10160015 50 50.5 8.6239 35.3584 1016 10160015 51 51.5 8.6241 35.3584 1016 10160015 52 52.5 8.6242 35.3584 1016 10160015 53 53.5 8.6244 35.3584 1016 10160015 54 54.5 8.6244 35.3584 1016 10160015 55 55.5 8.6244 35.3585 1016 10160015 56 56.6 8.6243 35.3584 1016 10160015 57 57.6 8.6246 35.3585 1016 10160015 58 58.6 8.6253 35.3584 1016 10160015 59 59.6 8.6257 35.3584 1016 10160015 60 60.6 8.6260 35.3583 1016 10160015 61 61.6 8.6261 35.3584 1016 10160015 62 62.6 8.6261 35.3583 1016 10160015 63 63.6 8.6261 35.3583 1016 10160015 64 64.6 8.6258 35.3585 1016 10160015 65 65.6 8.6256 35.3585 1016 10160015 66 66.6 8.6258 35.3585 1016 10160015 67 67.7 8.6261 35.3583 1016 10160015 68 68.7 8.6264 35.3583 1016 10160015 69 69.7 8.6266 35.3583 1016 10160015 70 70.7 8.6266 35.3584 1016 10160015 71 71.7 8.6266 35.3584 1016 10160015 72 72.7 8.6266 35.3586 1016 10160015 73 73.7 8.6266 35.3584 1016 10160015 74 74.7 8.6266 35.3585 1016 10160015 75 75.7 8.6267 35.3587 1016 10160015 76 76.8 8.6270 35.3585 1016 10160015 77 77.8 8.6270 35.3585 1016 10160015 78 78.8 8.6271 35.3585 1016 10160015 79 79.8 8.6272 35.3586 1016 10160015 80 80.8 8.6273 35.3584 1016 10160015 81 81.8 8.6276 35.3585 1016 10160015 82 82.8 8.6277 35.3586 1016 10160015 83 83.8 8.6279 35.3584 1016 10160015 84 84.8 8.6279 35.3585 1016 10160015 85 85.8 8.6277 35.3588 1016 10160015 86 86.9 8.6278 35.3586 1016 10160015 87 87.9 8.6278 35.3587 1016 10160015 88 88.9 8.6278 35.3588 1016 10160015 89 89.9 8.6278 35.3587 1016 10160015 90 90.9 8.6280 35.3588 1016 10160016 2 2.0 8.6336 35.3590 1016 10160016 3 3.0 8.6335 35.3592 1016 10160016 4 4.0 8.6336 35.3593 1016 10160016 5 5.0 8.6336 35.3593 1016 10160016 6 6.1 8.6343 35.3593 1016 10160016 7 7.1 8.6357 35.3591 1016 10160016 8 8.1 8.6355 35.3593 1016 10160016 9 9.1 8.6356 35.3592 1016 10160016 10 10.1 8.6359 35.3592 1016 10160016 11 11.1 8.6362 35.3591 1016 10160016 12 12.1 8.6365 35.3593 1016 10160016 13 13.1 8.6363 35.3591 1016 10160016 14 14.1 8.6365 35.3591 1016 10160016 15 15.1 8.6381 35.3589 1016 10160016 16 16.2 8.6388 35.3589 1016 10160016 17 17.2 8.6394 35.3589 1016 10160016 18 18.2 8.6395 35.3589 1016 10160016 19 19.2 8.6391 35.3589 1016 10160016 20 20.2 8.6388 35.3589 1016 10160016 21 21.2 8.6387 35.3589 1016 10160016 22 22.2 8.6390 35.3589 1016 10160016 23 23.2 8.6392 35.3589 1016 10160016 24 24.2 8.6396 35.3589 1016 10160016 25 25.2 8.6397 35.3590 1016 10160016 26 26.3 8.6399 35.3587 1016 10160016 27 27.3 8.6399 35.3588 1016 10160016 28 28.3 8.6401 35.3588 1016 10160016 29 29.3 8.6393 35.3589 1016 10160016 30 30.3 8.6391 35.3590 1016 10160016 31 31.3 8.6392 35.3589 1016 10160016 32 32.3 8.6390 35.3589 1016 10160016 33 33.3 8.6391 35.3589 1016 10160016 34 34.3 8.6395 35.3590 1016 10160016 35 35.3 8.6395 35.3590 1016 10160016 36 36.4 8.6387 35.3587 1016 10160016 37 37.4 8.6383 35.3587 1016 10160016 38 38.4 8.6384 35.3589 1016 10160016 39 39.4 8.6385 35.3589 1016 10160016 40 40.4 8.6386 35.3589 1016 10160016 41 41.4 8.6389 35.3589 1016 10160016 42 42.4 8.6394 35.3589 1016 10160016 43 43.4 8.6395 35.3590 1016 10160016 44 44.4 8.6389 35.3590 1016 10160016 45 45.4 8.6391 35.3591 1016 10160016 46 46.5 8.6390 35.3589 1016 10160016 47 47.5 8.6393 35.3589 1016 10160016 48 48.5 8.6394 35.3589 1016 10160016 49 49.5 8.6392 35.3589 1016 10160016 50 50.5 8.6394 35.3589 1016 10160016 51 51.5 8.6397 35.3589 1016 10160016 52 52.5 8.6396 35.3589 1016 10160016 53 53.5 8.6398 35.3588 1016 10160016 54 54.5 8.6396 35.3590 1016 10160016 55 55.5 8.6397 35.3590 1016 10160016 56 56.6 8.6399 35.3591 1016 10160016 57 57.6 8.6401 35.3589 1016 10160016 58 58.6 8.6404 35.3589 1016 10160016 59 59.6 8.6403 35.3588 1016 10160016 60 60.6 8.6405 35.3591 1016 10160016 61 61.6 8.6406 35.3590 1016 10160016 62 62.6 8.6403 35.3592 1016 10160016 63 63.6 8.6404 35.3591 1016 10160016 64 64.6 8.6405 35.3589 1016 10160016 65 65.6 8.6407 35.3590 1016 10160016 66 66.6 8.6409 35.3589 1016 10160016 67 67.7 8.6412 35.3588 1016 10160016 68 68.7 8.6416 35.3591 1016 10160016 69 69.7 8.6419 35.3590 1016 10160016 70 70.7 8.6414 35.3591 1016 10160016 71 71.7 8.6411 35.3589 1016 10160016 72 72.7 8.6411 35.3589 1016 10160016 73 73.7 8.6406 35.3591 1016 10160016 74 74.7 8.6407 35.3588 1016 10160016 75 75.7 8.6408 35.3590 1016 10160016 76 76.8 8.6409 35.3589 1016 10160016 77 77.8 8.6414 35.3589 1016 10160016 78 78.8 8.6416 35.3590 1016 10160016 79 79.8 8.6416 35.3588 1016 10160016 80 80.8 8.6415 35.3589 1016 10160016 81 81.8 8.6417 35.3591 1016 10160016 82 82.8 8.6419 35.3591 1016 10160016 83 83.8 8.6421 35.3590 1016 10160016 84 84.8 8.6422 35.3590 1016 10160016 85 85.8 8.6425 35.3591 1016 10160016 86 86.9 8.6422 35.3590 1016 10160016 87 87.9 8.6424 35.3590 1016 10160016 88 88.9 8.6418 35.3591 1016 10160016 89 89.9 8.6411 35.3591 1016 10160016 90 90.9 8.6410 35.3590 1016 10160016 91 91.9 8.6415 35.3588 1016 10160016 92 92.9 8.6418 35.3589 1016 10160016 93 93.9 8.6420 35.3589 1016 10160016 94 94.9 8.6422 35.3589 1016 10160016 95 95.9 8.6428 35.3589 1016 10160016 96 97.0 8.6426 35.3590 1016 10160016 97 98.0 8.6421 35.3590 1016 10160016 98 99.0 8.6422 35.3589 1016 10160016 99 100.0 8.6421 35.3590 1016 10160016 100 101.0 8.6420 35.3591 1016 10160016 101 102.0 8.6420 35.3590 1016 10160016 102 103.0 8.6423 35.3590 1016 10160016 103 104.0 8.6425 35.3589 1016 10160016 104 105.0 8.6428 35.3589 1016 10160016 105 106.0 8.6430 35.3589 1016 10160016 106 107.1 8.6428 35.3590 1016 10160017 3 3.0 8.6144 35.3502 1016 10160017 4 4.0 8.6158 35.3518 1016 10160017 5 5.0 8.6149 35.3506 1016 10160017 6 6.1 8.6143 35.3497 1016 10160017 7 7.1 8.6166 35.3516 1016 10160017 8 8.1 8.6213 35.3571 1016 10160017 9 9.1 8.6230 35.3596 1016 10160017 10 10.1 8.6233 35.3596 1016 10160017 11 11.1 8.6232 35.3596 1016 10160017 12 12.1 8.6231 35.3597 1016 10160017 13 13.1 8.6233 35.3602 1016 10160017 14 14.1 8.6232 35.3596 1016 10160017 15 15.1 8.6237 35.3597 1016 10160017 16 16.2 8.6236 35.3597 1016 10160017 17 17.2 8.6237 35.3594 1016 10160017 18 18.2 8.6238 35.3595 1016 10160017 19 19.2 8.6239 35.3601 1016 10160017 20 20.2 8.6240 35.3601 1016 10160017 21 21.2 8.6240 35.3601 1016 10160017 22 22.2 8.6251 35.3601 1016 10160017 23 23.2 8.6240 35.3602 1016 10160017 24 24.2 8.6243 35.3600 1016 10160017 25 25.2 8.6245 35.3599 1016 10160017 26 26.3 8.6265 35.3603 1016 10160017 27 27.3 8.6270 35.3602 1016 10160017 28 28.3 8.6271 35.3604 1016 10160017 29 29.3 8.6267 35.3604 1016 10160017 30 30.3 8.6275 35.3604 1016 10160017 31 31.3 8.6277 35.3604 1016 10160017 32 32.3 8.6269 35.3604 1016 10160017 33 33.3 8.6265 35.3602 1016 10160017 34 34.3 8.6271 35.3604 1016 10160017 35 35.3 8.6271 35.3604 1016 10160017 36 36.4 8.6276 35.3604 1016 10160017 37 37.4 8.6275 35.3603 1016 10160017 38 38.4 8.6267 35.3604 1016 10160017 39 39.4 8.6276 35.3604 1016 10160017 40 40.4 8.6290 35.3603 1016 10160017 41 41.4 8.6295 35.3604 1016 10160017 42 42.4 8.6295 35.3605 1016 10160017 43 43.4 8.6297 35.3604 1016 10160017 44 44.4 8.6297 35.3604 1016 10160017 45 45.4 8.6298 35.3604 1016 10160017 46 46.5 8.6300 35.3604 1016 10160017 47 47.5 8.6300 35.3604 1016 10160017 48 48.5 8.6300 35.3604 1016 10160017 49 49.5 8.6301 35.3604 1016 10160017 50 50.5 8.6303 35.3604 1016 10160017 51 51.5 8.6305 35.3604 1016 10160017 52 52.5 8.6305 35.3604 1016 10160017 53 53.5 8.6306 35.3605 1016 10160017 54 54.5 8.6306 35.3605 1016 10160017 55 55.5 8.6307 35.3605 1016 10160017 56 56.6 8.6310 35.3604 1016 10160017 57 57.6 8.6312 35.3605 1016 10160017 58 58.6 8.6312 35.3605 1016 10160017 59 59.6 8.6309 35.3605 1016 10160017 60 60.6 8.6312 35.3605 1016 10160017 61 61.6 8.6314 35.3605 1016 10160017 62 62.6 8.6318 35.3604 1016 10160017 63 63.6 8.6320 35.3604 1016 10160017 64 64.6 8.6321 35.3605 1016 10160017 65 65.6 8.6321 35.3605 1016 10160017 66 66.6 8.6321 35.3605 1016 10160017 67 67.7 8.6320 35.3604 1016 10160017 68 68.7 8.6325 35.3604 1016 10160017 69 69.7 8.6327 35.3602 1016 10160017 70 70.7 8.6326 35.3607 1016 10160017 71 71.7 8.6325 35.3609 1016 10160017 72 72.7 8.6328 35.3609 1016 10160017 73 73.7 8.6330 35.3607 1016 10160017 74 74.7 8.6331 35.3609 1016 10160017 75 75.7 8.6333 35.3607 1016 10160017 76 76.8 8.6334 35.3609 1016 10160017 77 77.8 8.6336 35.3607 1016 10160017 78 78.8 8.6336 35.3607 1016 10160017 79 79.8 8.6337 35.3609 1016 10160017 80 80.8 8.6339 35.3607 1016 10160017 81 81.8 8.6337 35.3607 1016 10160017 82 82.8 8.6334 35.3609 1016 10160017 83 83.8 8.6339 35.3597 1016 10160017 84 84.8 8.6337 35.3609 1016 10160017 85 85.8 8.6331 35.3609 1016 10160017 86 86.9 8.6333 35.3609 1016 10160017 87 87.9 8.6336 35.3609 1016 10160017 88 88.9 8.6338 35.3608 1016 10160017 89 89.9 8.6339 35.3609 1016 10160017 90 90.9 8.6344 35.3609 1016 10160017 91 91.9 8.6347 35.3607 1016 10160018 2 2.0 9.0533 35.3585 1016 10160018 3 3.0 9.0487 35.3585 1016 10160018 4 4.0 9.0495 35.3586 1016 10160018 5 5.0 9.0509 35.3600 1016 10160018 6 6.1 9.0516 35.3610 1016 10160018 7 7.1 9.0512 35.3613 1016 10160018 8 8.1 9.0518 35.3623 1016 10160018 9 9.1 9.0534 35.3630 1016 10160018 10 10.1 9.0524 35.3623 1016 10160018 11 11.1 9.0527 35.3627 1016 10160018 12 12.1 9.0539 35.3632 1016 10160018 13 13.1 9.0549 35.3635 1016 10160018 14 14.1 9.0548 35.3632 1016 10160018 15 15.1 9.0552 35.3634 1016 10160018 16 16.2 9.0551 35.3636 1016 10160018 17 17.2 9.0561 35.3648 1016 10160018 18 18.2 9.0569 35.3654 1016 10160018 19 19.2 9.0575 35.3655 1016 10160018 20 20.2 9.0581 35.3662 1016 10160018 21 21.2 9.0587 35.3678 1016 10160018 22 22.2 9.0587 35.3677 1016 10160018 23 23.2 9.0583 35.3675 1016 10160018 24 24.2 9.0582 35.3675 1016 10160018 25 25.2 9.0576 35.3678 1016 10160018 26 26.3 9.0572 35.3676 1016 10160018 27 27.3 9.0560 35.3676 1016 10160018 28 28.3 9.0477 35.3674 1016 10160018 29 29.3 9.0431 35.3673 1016 10160018 30 30.3 9.0406 35.3672 1016 10160018 31 31.3 9.0397 35.3672 1016 10160018 32 32.3 9.0366 35.3670 1016 10160018 33 33.3 9.0323 35.3670 1016 10160018 34 34.3 9.0284 35.3665 1016 10160018 35 35.3 9.0183 35.3664 1016 10160018 36 36.4 9.0161 35.3662 1016 10160018 37 37.4 9.0131 35.3662 1016 10160018 38 38.4 9.0128 35.3663 1016 10160018 39 39.4 9.0079 35.3663 1016 10160018 40 40.4 8.9983 35.3661 1016 10160018 41 41.4 8.9899 35.3657 1016 10160018 42 42.4 8.9831 35.3656 1016 10160018 43 43.4 8.9763 35.3652 1016 10160018 44 44.4 8.9668 35.3648 1016 10160018 45 45.4 8.9519 35.3642 1016 10160018 46 46.5 8.9150 35.3628 1016 10160018 47 47.5 8.8995 35.3616 1016 10160018 48 48.5 8.8959 35.3612 1016 10160018 49 49.5 8.8869 35.3605 1016 10160018 50 50.5 8.8722 35.3600 1016 10160018 51 51.5 8.8687 35.3597 1016 10160018 52 52.5 8.8571 35.3593 1016 10160018 53 53.5 8.8453 35.3589 1016 10160018 54 54.5 8.8278 35.3581 1016 10160018 55 55.5 8.8231 35.3580 1016 10160018 56 56.6 8.8197 35.3579 1016 10160018 57 57.6 8.8169 35.3579 1016 10160018 58 58.6 8.8142 35.3578 1016 10160018 59 59.6 8.8083 35.3576 1016 10160018 60 60.6 8.8059 35.3578 1016 10160018 61 61.6 8.8066 35.3579 1016 10160018 62 62.6 8.8062 35.3577 1016 10160018 63 63.6 8.8066 35.3579 1016 10160018 64 64.6 8.8021 35.3581 1016 10160018 65 65.6 8.7982 35.3583 1016 10160018 66 66.6 8.7955 35.3584 1016 10160018 67 67.7 8.7929 35.3586 1016 10160018 68 68.7 8.7919 35.3590 1016 10160018 69 69.7 8.7887 35.3596 1016 10160018 70 70.7 8.7862 35.3598 1016 10160018 71 71.7 8.7849 35.3600 1016 10160018 72 72.7 8.7794 35.3602 1016 10160018 73 73.7 8.7751 35.3601 1016 10160018 74 74.7 8.7737 35.3602 1016 10160018 75 75.7 8.7729 35.3601 1016 10160018 76 76.8 8.7713 35.3602 1016 10160018 77 77.8 8.7704 35.3602 1016 10160018 78 78.8 8.7692 35.3597 1016 10160018 79 79.8 8.7691 35.3597 1016 10160018 80 80.8 8.7690 35.3600 1016 10160018 81 81.8 8.7689 35.3600 1016 10160018 82 82.8 8.7686 35.3600 1016 10160018 83 83.8 8.7682 35.3600 1016 10160018 84 84.8 8.7679 35.3600 1016 10160018 85 85.8 8.7671 35.3600 1016 10160018 86 86.9 8.7658 35.3600 1016 10160018 87 87.9 8.7638 35.3599 1016 10160018 88 88.9 8.7613 35.3604 1016 10160018 89 89.9 8.7575 35.3608 1016 10160018 90 90.9 8.7518 35.3610 1016 10160018 91 91.9 8.7443 35.3607 1016 10160018 92 92.9 8.7450 35.3607 1016 10160018 93 93.9 8.7430 35.3607 1016 10160018 94 94.9 8.7424 35.3606 1016 10160018 95 95.9 8.7404 35.3608 1016 10160018 96 97.0 8.7396 35.3607 1016 10160018 97 98.0 8.7388 35.3606 1016 10160018 98 99.0 8.7385 35.3605 1016 10160018 99 100.0 8.7385 35.3605 1016 10160018 100 101.0 8.7374 35.3606 1016 10160018 101 102.0 8.7379 35.3607 1016 10160018 102 103.0 8.7375 35.3606 1016 10160018 103 104.0 8.7368 35.3607 1016 10160018 104 105.0 8.7370 35.3607 1016 10160018 105 106.0 8.7371 35.3606 1016 10160018 106 107.1 8.7373 35.3607 1016 10160018 107 108.1 8.7376 35.3609 1016 10160018 108 109.1 8.7374 35.3609 1016 10160018 109 110.1 8.7366 35.3608 1016 10160018 110 111.1 8.7364 35.3607 1016 10160018 111 112.1 8.7361 35.3606 1016 10160018 112 113.1 8.7354 35.3607 1016 10160018 113 114.1 8.7345 35.3605 1016 10160018 114 115.1 8.7342 35.3605 1016 10160018 115 116.1 8.7338 35.3605 1016 10160018 116 117.2 8.7337 35.3605 1016 10160018 117 118.2 8.7346 35.3605 1016 10160018 118 119.2 8.7333 35.3606 1016 10160018 119 120.2 8.7322 35.3605 1016 10160018 120 121.2 8.7310 35.3603 1016 10160018 121 122.2 8.7310 35.3604 1016 10160018 122 123.2 8.7330 35.3603 1016 10160018 123 124.2 8.7329 35.3605 1016 10160018 124 125.2 8.7324 35.3605 1016 10160018 125 126.2 8.7325 35.3603 1016 10160018 126 127.3 8.7327 35.3605 1016 10160018 127 128.3 8.7328 35.3605 1016 10160018 128 129.3 8.7319 35.3602 1016 10160018 129 130.3 8.7312 35.3597 1016 10160018 130 131.3 8.7315 35.3599 1016 10160018 131 132.3 8.7323 35.3598 1016 10160018 132 133.3 8.7308 35.3598 1016 10160018 133 134.3 8.7306 35.3598 1016 10160018 134 135.3 8.7306 35.3596 1016 10160018 135 136.4 8.7309 35.3596 1016 10160018 136 137.4 8.7310 35.3595 1016 10160018 137 138.4 8.7312 35.3595 1016 10160018 138 139.4 8.7322 35.3599 1016 10160018 139 140.4 8.7324 35.3596 1016 10160018 140 141.4 8.7324 35.3598 1016 10160018 141 142.4 8.7314 35.3596 1016 10160018 142 143.4 8.7311 35.3596 1016 10160018 143 144.4 8.7310 35.3597 1016 10160018 144 145.4 8.7312 35.3596 1016 10160018 145 146.5 8.7319 35.3597 1016 10160018 146 147.5 8.7322 35.3595 1016 10160018 147 148.5 8.7323 35.3595 1016 10160018 148 149.5 8.7322 35.3596 1016 10160018 149 150.5 8.7322 35.3595 1016 10160018 150 151.5 8.7321 35.3595 1016 10160018 151 152.5 8.7318 35.3596 1016 10160018 152 153.5 8.7321 35.3595 1016 10160018 153 154.5 8.7323 35.3595 1016 10160018 154 155.5 8.7328 35.3596 1016 10160018 155 156.6 8.7329 35.3595 1016 10160018 156 157.6 8.7312 35.3593 1016 10160018 157 158.6 8.7312 35.3593 1016 10160018 158 159.6 8.7296 35.3593 1016 10160018 159 160.6 8.7271 35.3592 1016 10160018 160 161.6 8.7279 35.3592 1016 10160018 161 162.6 8.7301 35.3594 1016 10160018 162 163.6 8.7223 35.3587 1016 10160018 163 164.6 8.7218 35.3587 1016 10160018 164 165.7 8.7219 35.3587 1016 10160018 165 166.7 8.7222 35.3588 1016 10160018 166 167.7 8.7224 35.3587 1016 10160018 167 168.7 8.7225 35.3586 1016 10160018 168 169.7 8.7206 35.3585 1016 10160018 169 170.7 8.7208 35.3586 1016 10160018 170 171.7 8.7208 35.3588 1016 10160019 4 4.0 8.8733 35.3363 1016 10160019 5 5.0 8.8722 35.3363 1016 10160019 6 6.1 8.8715 35.3363 1016 10160019 7 7.1 8.8714 35.3363 1016 10160019 8 8.1 8.8711 35.3364 1016 10160019 9 9.1 8.8747 35.3361 1016 10160019 10 10.1 8.8770 35.3361 1016 10160019 11 11.1 8.8769 35.3362 1016 10160019 12 12.1 8.8762 35.3363 1016 10160019 13 13.1 8.8701 35.3364 1016 10160019 14 14.1 8.8600 35.3359 1016 10160019 15 15.1 8.8586 35.3357 1016 10160019 16 16.2 8.8575 35.3356 1016 10160019 17 17.2 8.8554 35.3357 1016 10160019 18 18.2 8.8500 35.3360 1016 10160019 19 19.2 8.8493 35.3357 1016 10160019 20 20.2 8.8535 35.3356 1016 10160019 21 21.2 8.8549 35.3355 1016 10160019 22 22.2 8.8543 35.3357 1016 10160019 23 23.2 8.8534 35.3355 1016 10160019 24 24.2 8.8543 35.3358 1016 10160019 25 25.2 8.8552 35.3357 1016 10160019 26 26.3 8.8549 35.3357 1016 10160019 27 27.3 8.8529 35.3360 1016 10160019 28 28.3 8.8522 35.3361 1016 10160019 29 29.3 8.8535 35.3359 1016 10160019 30 30.3 8.8525 35.3360 1016 10160019 31 31.3 8.8451 35.3377 1016 10160019 32 32.3 8.8391 35.3389 1016 10160019 33 33.3 8.8353 35.3405 1016 10160019 34 34.3 8.8293 35.3424 1016 10160019 35 35.3 8.8270 35.3429 1016 10160019 36 36.4 8.8259 35.3429 1016 10160019 37 37.4 8.8257 35.3429 1016 10160019 38 38.4 8.8205 35.3438 1016 10160019 39 39.4 8.8188 35.3443 1016 10160019 40 40.4 8.8179 35.3446 1016 10160019 41 41.4 8.8157 35.3453 1016 10160019 42 42.4 8.8155 35.3453 1016 10160019 43 43.4 8.8149 35.3458 1016 10160019 44 44.4 8.8132 35.3467 1016 10160019 45 45.4 8.8123 35.3470 1016 10160019 46 46.5 8.8096 35.3482 1016 10160019 47 47.5 8.8082 35.3488 1016 10160019 48 48.5 8.8045 35.3498 1016 10160019 49 49.5 8.8039 35.3498 1016 10160019 50 50.5 8.8037 35.3497 1016 10160019 51 51.5 8.8039 35.3497 1016 10160019 52 52.5 8.8040 35.3497 1016 10160019 53 53.5 8.8039 35.3499 1016 10160019 54 54.5 8.8038 35.3500 1016 10160019 55 55.5 8.8030 35.3498 1016 10160019 56 56.6 8.7997 35.3495 1016 10160019 57 57.6 8.7964 35.3490 1016 10160019 58 58.6 8.7952 35.3488 1016 10160019 59 59.6 8.7953 35.3487 1016 10160019 60 60.6 8.7951 35.3486 1016 10160019 61 61.6 8.7952 35.3487 1016 10160019 62 62.6 8.7948 35.3488 1016 10160019 63 63.6 8.7947 35.3487 1016 10160019 64 64.6 8.7942 35.3486 1016 10160019 65 65.6 8.7935 35.3485 1016 10160019 66 66.6 8.7918 35.3483 1016 10160019 67 67.7 8.7916 35.3483 1016 10160019 68 68.7 8.7913 35.3484 1016 10160019 69 69.7 8.7909 35.3484 1016 10160019 70 70.7 8.7887 35.3482 1016 10160019 71 71.7 8.7878 35.3484 1016 10160019 72 72.7 8.7877 35.3482 1016 10160019 73 73.7 8.7857 35.3478 1016 10160019 74 74.7 8.7851 35.3479 1016 10160019 75 75.7 8.7841 35.3478 1016 10160019 76 76.8 8.7833 35.3477 1016 10160019 77 77.8 8.7818 35.3474 1016 10160019 78 78.8 8.7807 35.3474 1016 10160019 79 79.8 8.7801 35.3475 1016 10160019 80 80.8 8.7794 35.3474 1016 10160019 81 81.8 8.7795 35.3473 1016 10160019 82 82.8 8.7776 35.3469 1016 10160019 83 83.8 8.7756 35.3468 1016 10160019 84 84.8 8.7741 35.3466 1016 10160019 85 85.8 8.7714 35.3464 1016 10160019 86 86.9 8.7705 35.3462 1016 10160019 87 87.9 8.7686 35.3459 1016 10160019 88 88.9 8.7675 35.3458 1016 10160019 89 89.9 8.7672 35.3458 1016 10160019 90 90.9 8.7666 35.3457 1016 10160019 91 91.9 8.7668 35.3458 1016 10160019 92 92.9 8.7666 35.3458 1016 10160019 93 93.9 8.7654 35.3458 1016 10160019 94 94.9 8.7649 35.3458 1016 10160019 95 95.9 8.7645 35.3458 1016 10160019 96 97.0 8.7639 35.3457 1016 10160019 97 98.0 8.7639 35.3457 1016 10160019 98 99.0 8.7638 35.3454 1016 10160019 99 100.0 8.7635 35.3455 1016 10160019 100 101.0 8.7621 35.3455 1016 10160019 101 102.0 8.7611 35.3454 1016 10160019 102 103.0 8.7598 35.3452 1016 10160019 103 104.0 8.7598 35.3451 1016 10160019 104 105.0 8.7589 35.3449 1016 10160019 105 106.0 8.7579 35.3448 1016 10160019 106 107.1 8.7575 35.3447 1016 10160019 107 108.1 8.7561 35.3446 1016 10160019 108 109.1 8.7556 35.3447 1016 10160019 109 110.1 8.7548 35.3444 1016 10160019 110 111.1 8.7541 35.3443 1016 10160019 111 112.1 8.7520 35.3441 1016 10160019 112 113.1 8.7521 35.3440 1016 10160019 113 114.1 8.7503 35.3437 1016 10160019 114 115.1 8.7481 35.3437 1016 10160019 115 116.1 8.7464 35.3435 1016 10160019 116 117.2 8.7454 35.3432 1016 10160019 117 118.2 8.7438 35.3429 1016 10160019 118 119.2 8.7436 35.3430 1016 10160019 119 120.2 8.7438 35.3431 1016 10160019 120 121.2 8.7441 35.3431 1016 10160019 121 122.2 8.7444 35.3432 1016 10160019 122 123.2 8.7444 35.3431 1016 10160019 123 124.2 8.7433 35.3431 1016 10160019 124 125.2 8.7419 35.3428 1016 10160019 125 126.2 8.7413 35.3428 1016 10160019 126 127.3 8.7402 35.3428 1016 10160019 127 128.3 8.7383 35.3427 1016 10160019 128 129.3 8.7391 35.3425 1016 10160019 129 130.3 8.7378 35.3425 1016 10160019 130 131.3 8.7368 35.3422 1016 10160019 131 132.3 8.7367 35.3421 1016 10160019 132 133.3 8.7370 35.3423 1016 10160019 133 134.3 8.7370 35.3421 1016 10160019 134 135.3 8.7367 35.3421 1016 10160019 135 136.4 8.7370 35.3422 1016 10160019 136 137.4 8.7368 35.3421 1016 10160019 137 138.4 8.7370 35.3421 1016 10160019 138 139.4 8.7371 35.3423 1016 10160019 139 140.4 8.7357 35.3421 1016 10160019 140 141.4 8.7357 35.3419 1016 10160019 141 142.4 8.7341 35.3415 1016 10160019 142 143.4 8.7340 35.3416 1016 10160019 143 144.4 8.7341 35.3415 1016 10160019 144 145.4 8.7343 35.3416 1016 10160019 145 146.5 8.7343 35.3415 1016 10160019 146 147.5 8.7344 35.3417 1016 10160019 147 148.5 8.7347 35.3416 1016 10160019 148 149.5 8.7348 35.3415 1016 10160019 149 150.5 8.7348 35.3414 1016 10160019 150 151.5 8.7344 35.3414 1016 10160019 151 152.5 8.7328 35.3413 1016 10160019 152 153.5 8.7322 35.3412 1016 10160019 153 154.5 8.7294 35.3407 1016 10160019 154 155.5 8.7268 35.3403 1016 10160019 155 156.6 8.7248 35.3400 1016 10160019 156 157.6 8.7233 35.3397 1016 10160019 157 158.6 8.7219 35.3396 1016 10160019 158 159.6 8.7219 35.3395 1016 10160019 159 160.6 8.7222 35.3396 1016 10160019 160 161.6 8.7227 35.3397 1016 10160019 161 162.6 8.7229 35.3397 1016 10160019 162 163.6 8.7231 35.3397 1016 10160019 163 164.6 8.7231 35.3397 1016 10160019 164 165.7 8.7233 35.3396 1016 10160019 165 166.7 8.7234 35.3396 1016 10160019 166 167.7 8.7230 35.3396 1016 10160019 167 168.7 8.7228 35.3397 1016 10160019 168 169.7 8.7225 35.3396 1016 10160019 169 170.7 8.7225 35.3396 1016 10160019 170 171.7 8.7228 35.3397 1016 10160019 171 172.7 8.7230 35.3397 1016 10160019 172 173.7 8.7228 35.3397 1016 10160019 173 174.7 8.7228 35.3397 1016 10160019 174 175.8 8.7230 35.3395 1016 10160019 175 176.8 8.7232 35.3393 1016 10160019 176 177.8 8.7231 35.3396 1016 10160019 177 178.8 8.7233 35.3394 1016 10160019 178 179.8 8.7231 35.3394 1016 10160019 179 180.8 8.7231 35.3394 1016 10160019 180 181.8 8.7233 35.3395 1016 10160019 181 182.8 8.7235 35.3397 1016 10160019 182 183.8 8.7236 35.3398 1016 10160019 183 184.9 8.7237 35.3399 1016 10160019 184 185.9 8.7241 35.3399 1016 10160019 185 186.9 8.7243 35.3399 1016 10160019 186 187.9 8.7246 35.3398 1016 10160019 187 188.9 8.7248 35.3399 1016 10160019 188 189.9 8.7249 35.3399 1016 10160019 189 190.9 8.7249 35.3399 1016 10160019 190 191.9 8.7250 35.3399 1016 10160019 191 192.9 8.7252 35.3399 1016 10160019 192 193.9 8.7254 35.3398 1016 10160019 193 195.0 8.7256 35.3400 1016 10160019 194 196.0 8.7259 35.3400 1016 10160019 195 197.0 8.7259 35.3399 1016 10160019 196 198.0 8.7260 35.3401 1016 10160019 197 199.0 8.7262 35.3400 1016 10160019 198 200.0 8.7265 35.3400 1016 10160019 199 201.0 8.7266 35.3400 1016 10160019 200 202.0 8.7266 35.3403 1016 10160019 201 203.0 8.7265 35.3402 1016 10160019 202 204.1 8.7266 35.3401 1016 10160019 203 205.1 8.7269 35.3402 1016 10160019 204 206.1 8.7271 35.3401 1016 10160019 205 207.1 8.7271 35.3401 1016 10160019 206 208.1 8.7271 35.3401 1016 10160019 207 209.1 8.7274 35.3402 1016 10160019 208 210.1 8.7278 35.3400 1016 10160019 209 211.1 8.7281 35.3401 1016 10160019 210 212.1 8.7285 35.3401 1016 10160019 211 213.2 8.7289 35.3401 1016 10160019 212 214.2 8.7292 35.3406 1016 10160019 213 215.2 8.7293 35.3409 1016 10160019 214 216.2 8.7295 35.3409 1016 10160019 215 217.2 8.7297 35.3410 1016 10160019 216 218.2 8.7300 35.3412 1016 10160019 217 219.2 8.7303 35.3410 1016 10160019 218 220.2 8.7304 35.3411 1016 10160019 219 221.2 8.7308 35.3413 1016 10160019 220 222.2 8.7308 35.3413 1016 10160019 221 223.3 8.7308 35.3416 1016 10160019 222 224.3 8.7306 35.3418 1016 10160019 223 225.3 8.7304 35.3419 1016 10160019 224 226.3 8.7305 35.3420 1016 10160019 225 227.3 8.7307 35.3421 1016 10160019 226 228.3 8.7309 35.3423 1016 10160019 227 229.3 8.7308 35.3426 1016 10160019 228 230.3 8.7295 35.3432 1016 10160019 229 231.3 8.7290 35.3432 1016 10160019 230 232.4 8.7265 35.3432 1016 10160019 231 233.4 8.7205 35.3430 1016 10160019 232 234.4 8.7201 35.3431 1016 10160019 233 235.4 8.7203 35.3431 1016 10160019 234 236.4 8.7204 35.3432 1016 10160019 235 237.4 8.7203 35.3432 1016 10160019 236 238.4 8.7199 35.3434 1016 10160019 237 239.4 8.7193 35.3434 1016 10160019 238 240.4 8.7185 35.3435 1016 10160019 239 241.5 8.7183 35.3438 1016 10160019 240 242.5 8.7182 35.3440 1016 10160019 241 243.5 8.7182 35.3443 1016 10160019 242 244.5 8.7182 35.3447 1016 10160019 243 245.5 8.7176 35.3450 1016 10160019 244 246.5 8.7177 35.3449 1016 10160019 245 247.5 8.7178 35.3448 1016 10160019 246 248.5 8.7177 35.3448 1016 10160019 247 249.5 8.7171 35.3450 1016 10160019 248 250.6 8.7169 35.3450 1016 10160019 249 251.6 8.7157 35.3447 1016 10160019 250 252.6 8.7133 35.3446 1016 10160019 251 253.6 8.7102 35.3447 1016 10160019 252 254.6 8.7073 35.3446 1016 10160019 253 255.6 8.7059 35.3446 1016 10160019 254 256.6 8.7066 35.3451 1016 10160019 255 257.6 8.7129 35.3468 1016 10160019 256 258.6 8.7137 35.3469 1016 10160019 257 259.7 8.7130 35.3468 1016 10160019 258 260.7 8.7157 35.3477 1016 10160019 259 261.7 8.7177 35.3481 1016 10160019 260 262.7 8.7172 35.3481 1016 10160019 261 263.7 8.7182 35.3482 1016 10160019 262 264.7 8.7193 35.3483 1016 10160019 263 265.7 8.7196 35.3483 1016 10160019 264 266.7 8.7205 35.3484 1016 10160019 265 267.7 8.7200 35.3486 1016 10160019 266 268.7 8.7197 35.3486 1016 10160019 267 269.8 8.7196 35.3487 1016 10160019 268 270.8 8.7206 35.3488 1016 10160019 269 271.8 8.7209 35.3487 1016 10160019 270 272.8 8.7175 35.3486 1016 10160019 271 273.8 8.7130 35.3482 1016 10160019 272 274.8 8.7055 35.3470 1016 10160019 273 275.8 8.7026 35.3467 1016 10160019 274 276.8 8.6861 35.3447 1016 10160019 275 277.8 8.6637 35.3411 1016 10160019 276 278.9 8.6512 35.3390 1016 10160019 277 279.9 8.6453 35.3377 1016 10160019 278 280.9 8.6427 35.3374 1016 10160019 279 281.9 8.6394 35.3374 1016 10160019 280 282.9 8.6389 35.3374 1016 10160019 281 283.9 8.6364 35.3372 1016 10160019 282 284.9 8.6340 35.3371 1016 10160019 283 285.9 8.6316 35.3367 1016 10160019 284 286.9 8.6295 35.3365 1016 10160019 285 288.0 8.6267 35.3361 1016 10160019 286 289.0 8.6228 35.3357 1016 10160019 287 290.0 8.6080 35.3339 1016 10160019 288 291.0 8.5993 35.3329 1016 10160019 289 292.0 8.5953 35.3322 1016 10160019 290 293.0 8.5896 35.3313 1016 10160019 291 294.0 8.5778 35.3297 1016 10160019 292 295.0 8.5861 35.3321 1016 10160019 293 296.0 8.6021 35.3364 1016 10160019 294 297.1 8.6052 35.3376 1016 10160019 295 298.1 8.6068 35.3382 1016 10160019 296 299.1 8.6128 35.3402 1016 10160019 297 300.1 8.6153 35.3413 1016 10160019 298 301.1 8.6275 35.3457 1016 10160019 299 302.1 8.6277 35.3461 1016 10160019 300 303.1 8.6257 35.3460 1016 10160019 301 304.1 8.6248 35.3459 1016 10160019 302 305.1 8.6244 35.3459 1016 10160019 303 306.2 8.6237 35.3455 1016 10160019 304 307.2 8.6223 35.3458 1016 10160019 305 308.2 8.6217 35.3456 1016 10160019 306 309.2 8.6199 35.3457 1016 10160019 307 310.2 8.6188 35.3458 1016 10160019 308 311.2 8.6182 35.3457 1016 10160019 309 312.2 8.6168 35.3456 1016 10160019 310 313.2 8.6167 35.3456 1016 10160019 311 314.2 8.6171 35.3457 1016 10160019 312 315.3 8.6154 35.3456 1016 10160019 313 316.3 8.6145 35.3455 1016 10160019 314 317.3 8.6140 35.3456 1016 10160019 315 318.3 8.6136 35.3457 1016 10160019 316 319.3 8.6131 35.3458 1016 10160019 317 320.3 8.6131 35.3458 1016 10160019 318 321.3 8.6132 35.3461 1016 10160019 319 322.3 8.6106 35.3468 1016 10160019 320 323.3 8.6086 35.3470 1016 10160019 321 324.4 8.6084 35.3470 1016 10160019 322 325.4 8.6072 35.3473 1016 10160019 323 326.4 8.6072 35.3473 1016 10160019 324 327.4 8.6067 35.3474 1016 10160019 325 328.4 8.6061 35.3476 1016 10160019 326 329.4 8.6055 35.3476 1016 10160019 327 330.4 8.6057 35.3474 1016 10160019 328 331.4 8.6052 35.3476 1016 10160019 329 332.5 8.6051 35.3477 1016 10160019 330 333.5 8.6044 35.3476 1016 10160019 331 334.5 8.6045 35.3477 1016 10160019 332 335.5 8.6044 35.3477 1016 10160019 333 336.5 8.6039 35.3477 1016 10160019 334 337.5 8.6032 35.3476 1016 10160019 335 338.5 8.6008 35.3474 1016 10160019 336 339.5 8.5875 35.3464 1016 10160019 337 340.5 8.5753 35.3456 1016 10160019 338 341.6 8.5696 35.3452 1016 10160019 339 342.6 8.5643 35.3449 1016 10160019 340 343.6 8.5589 35.3443 1016 10160019 341 344.6 8.5546 35.3438 1016 10160019 342 345.6 8.5516 35.3436 1016 10160019 343 346.6 8.5471 35.3432 1016 10160019 344 347.6 8.5469 35.3432 1016 10160019 345 348.6 8.5472 35.3432 1016 10160019 346 349.6 8.5464 35.3430 1016 10160019 347 350.7 8.5421 35.3428 1016 10160019 348 351.7 8.5368 35.3425 1016 10160019 349 352.7 8.5354 35.3423 1016 10160019 350 353.7 8.5354 35.3424 1016 10160019 351 354.7 8.5357 35.3424 1016 10160019 352 355.7 8.5365 35.3424 1016 10160019 353 356.7 8.5357 35.3424 1016 10160019 354 357.7 8.5337 35.3421 1016 10160019 355 358.7 8.5313 35.3419 1016 10160019 356 359.8 8.5295 35.3418 1016 10160019 357 360.8 8.5289 35.3418 1016 10160019 358 361.8 8.5195 35.3407 1016 10160019 359 362.8 8.5137 35.3400 1016 10160020 2 2.0 8.7857 35.3198 1016 10160020 3 3.0 8.7867 35.3198 1016 10160020 4 4.0 8.7867 35.3197 1016 10160020 5 5.0 8.7858 35.3201 1016 10160020 6 6.1 8.7851 35.3205 1016 10160020 7 7.1 8.7813 35.3208 1016 10160020 8 8.1 8.7803 35.3209 1016 10160020 9 9.1 8.7793 35.3214 1016 10160020 10 10.1 8.7795 35.3208 1016 10160020 11 11.1 8.7795 35.3205 1016 10160020 12 12.1 8.7759 35.3226 1016 10160020 13 13.1 8.7763 35.3221 1016 10160020 14 14.1 8.7783 35.3209 1016 10160020 15 15.1 8.7794 35.3206 1016 10160020 16 16.2 8.7789 35.3212 1016 10160020 17 17.2 8.7768 35.3222 1016 10160020 18 18.2 8.7770 35.3222 1016 10160020 19 19.2 8.7764 35.3225 1016 10160020 20 20.2 8.7753 35.3230 1016 10160020 21 21.2 8.7713 35.3254 1016 10160020 22 22.2 8.7677 35.3270 1016 10160020 23 23.2 8.7673 35.3272 1016 10160020 24 24.2 8.7662 35.3274 1016 10160020 25 25.2 8.7644 35.3280 1016 10160020 26 26.3 8.7603 35.3295 1016 10160020 27 27.3 8.7555 35.3309 1016 10160020 28 28.3 8.7472 35.3331 1016 10160020 29 29.3 8.7472 35.3331 1016 10160020 30 30.3 8.7469 35.3332 1016 10160020 31 31.3 8.7465 35.3332 1016 10160020 32 32.3 8.7463 35.3331 1016 10160020 33 33.3 8.7459 35.3330 1016 10160020 34 34.3 8.7461 35.3331 1016 10160020 35 35.3 8.7464 35.3332 1016 10160020 36 36.4 8.7464 35.3333 1016 10160020 37 37.4 8.7464 35.3332 1016 10160020 38 38.4 8.7462 35.3331 1016 10160020 39 39.4 8.7460 35.3332 1016 10160020 40 40.4 8.7463 35.3331 1016 10160020 41 41.4 8.7471 35.3330 1016 10160020 42 42.4 8.7468 35.3332 1016 10160020 43 43.4 8.7455 35.3333 1016 10160020 44 44.4 8.7454 35.3333 1016 10160020 45 45.4 8.7453 35.3334 1016 10160020 46 46.5 8.7448 35.3335 1016 10160020 47 47.5 8.7448 35.3333 1016 10160020 48 48.5 8.7448 35.3332 1016 10160020 49 49.5 8.7447 35.3333 1016 10160020 50 50.5 8.7440 35.3334 1016 10160020 51 51.5 8.7441 35.3335 1016 10160020 52 52.5 8.7440 35.3334 1016 10160020 53 53.5 8.7438 35.3335 1016 10160020 54 54.5 8.7437 35.3335 1016 10160020 55 55.5 8.7438 35.3336 1016 10160020 56 56.6 8.7441 35.3336 1016 10160020 57 57.6 8.7444 35.3335 1016 10160020 58 58.6 8.7443 35.3336 1016 10160020 59 59.6 8.7444 35.3335 1016 10160020 60 60.6 8.7443 35.3336 1016 10160020 61 61.6 8.7444 35.3334 1016 10160020 62 62.6 8.7446 35.3335 1016 10160020 63 63.6 8.7448 35.3334 1016 10160020 64 64.6 8.7448 35.3335 1016 10160020 65 65.6 8.7450 35.3335 1016 10160020 66 66.6 8.7450 35.3336 1016 10160020 67 67.7 8.7451 35.3337 1016 10160020 68 68.7 8.7452 35.3337 1016 10160020 69 69.7 8.7455 35.3336 1016 10160020 70 70.7 8.7455 35.3335 1016 10160020 71 71.7 8.7453 35.3336 1016 10160020 72 72.7 8.7453 35.3335 1016 10160020 73 73.7 8.7452 35.3337 1016 10160020 74 74.7 8.7451 35.3336 1016 10160020 75 75.7 8.7451 35.3335 1016 10160020 76 76.8 8.7454 35.3334 1016 10160020 77 77.8 8.7455 35.3336 1016 10160020 78 78.8 8.7457 35.3336 1016 10160020 79 79.8 8.7456 35.3337 1016 10160020 80 80.8 8.7455 35.3336 1016 10160020 81 81.8 8.7455 35.3334 1016 10160020 82 82.8 8.7458 35.3337 1016 10160020 83 83.8 8.7459 35.3336 1016 10160020 84 84.8 8.7462 35.3335 1016 10160020 85 85.8 8.7463 35.3334 1016 10160020 86 86.9 8.7464 35.3336 1016 10160020 87 87.9 8.7463 35.3336 1016 10160020 88 88.9 8.7462 35.3336 1016 10160020 89 89.9 8.7463 35.3334 1016 10160020 90 90.9 8.7465 35.3336 1016 10160020 91 91.9 8.7466 35.3336 1016 10160020 92 92.9 8.7468 35.3336 1016 10160020 93 93.9 8.7470 35.3338 1016 10160020 94 94.9 8.7472 35.3336 1016 10160020 95 95.9 8.7472 35.3338 1016 10160020 96 97.0 8.7471 35.3337 1016 10160020 97 98.0 8.7469 35.3338 1016 10160020 98 99.0 8.7467 35.3337 1016 10160020 99 100.0 8.7470 35.3337 1016 10160020 100 101.0 8.7473 35.3337 1016 10160020 101 102.0 8.7474 35.3334 1016 10160020 102 103.0 8.7473 35.3334 1016 10160020 103 104.0 8.7474 35.3334 1016 10160020 104 105.0 8.7473 35.3335 1016 10160020 105 106.0 8.7471 35.3337 1016 10160020 106 107.1 8.7466 35.3336 1016 10160020 107 108.1 8.7461 35.3337 1016 10160020 108 109.1 8.7459 35.3341 1016 10160020 109 110.1 8.7459 35.3342 1016 10160020 110 111.1 8.7461 35.3344 1016 10160020 111 112.1 8.7461 35.3345 1016 10160020 112 113.1 8.7459 35.3345 1016 10160020 113 114.1 8.7453 35.3347 1016 10160020 114 115.1 8.7453 35.3348 1016 10160020 115 116.1 8.7457 35.3348 1016 10160020 116 117.2 8.7463 35.3346 1016 10160020 117 118.2 8.7464 35.3346 1016 10160020 118 119.2 8.7464 35.3347 1016 10160020 119 120.2 8.7463 35.3347 1016 10160020 120 121.2 8.7461 35.3347 1016 10160020 121 122.2 8.7456 35.3349 1016 10160020 122 123.2 8.7453 35.3350 1016 10160020 123 124.2 8.7449 35.3350 1016 10160020 124 125.2 8.7449 35.3351 1016 10160020 125 126.2 8.7449 35.3350 1016 10160020 126 127.3 8.7447 35.3351 1016 10160020 127 128.3 8.7447 35.3351 1016 10160020 128 129.3 8.7444 35.3353 1016 10160020 129 130.3 8.7437 35.3355 1016 10160020 130 131.3 8.7434 35.3353 1016 10160020 131 132.3 8.7434 35.3353 1016 10160020 132 133.3 8.7438 35.3354 1016 10160020 133 134.3 8.7437 35.3355 1016 10160020 134 135.3 8.7429 35.3356 1016 10160020 135 136.4 8.7427 35.3356 1016 10160020 136 137.4 8.7425 35.3356 1016 10160020 137 138.4 8.7423 35.3356 1016 10160020 138 139.4 8.7424 35.3357 1016 10160020 139 140.4 8.7422 35.3359 1016 10160020 140 141.4 8.7417 35.3358 1016 10160020 141 142.4 8.7422 35.3358 1016 10160020 142 143.4 8.7427 35.3357 1016 10160020 143 144.4 8.7427 35.3358 1016 10160020 144 145.4 8.7428 35.3359 1016 10160020 145 146.5 8.7429 35.3357 1016 10160020 146 147.5 8.7428 35.3358 1016 10160020 147 148.5 8.7423 35.3359 1016 10160020 148 149.5 8.7416 35.3360 1016 10160020 149 150.5 8.7415 35.3360 1016 10160020 150 151.5 8.7414 35.3360 1016 10160020 151 152.5 8.7415 35.3360 1016 10160020 152 153.5 8.7416 35.3362 1016 10160020 153 154.5 8.7419 35.3361 1016 10160020 154 155.5 8.7421 35.3360 1016 10160020 155 156.6 8.7423 35.3360 1016 10160020 156 157.6 8.7422 35.3361 1016 10160020 157 158.6 8.7421 35.3362 1016 10160020 158 159.6 8.7420 35.3360 1016 10160020 159 160.6 8.7419 35.3360 1016 10160020 160 161.6 8.7421 35.3361 1016 10160020 161 162.6 8.7423 35.3361 1016 10160020 162 163.6 8.7427 35.3360 1016 10160020 163 164.6 8.7426 35.3361 1016 10160020 164 165.7 8.7426 35.3361 1016 10160020 165 166.7 8.7423 35.3362 1016 10160020 166 167.7 8.7423 35.3362 1016 10160020 167 168.7 8.7424 35.3361 1016 10160020 168 169.7 8.7425 35.3363 1016 10160020 169 170.7 8.7427 35.3362 1016 10160020 170 171.7 8.7428 35.3363 1016 10160020 171 172.7 8.7427 35.3362 1016 10160020 172 173.7 8.7426 35.3362 1016 10160020 173 174.7 8.7427 35.3362 1016 10160020 174 175.8 8.7428 35.3362 1016 10160020 175 176.8 8.7433 35.3361 1016 10160020 176 177.8 8.7435 35.3362 1016 10160020 177 178.8 8.7435 35.3361 1016 10160020 178 179.8 8.7433 35.3362 1016 10160020 179 180.8 8.7432 35.3363 1016 10160020 180 181.8 8.7434 35.3361 1016 10160020 181 182.8 8.7435 35.3363 1016 10160020 182 183.8 8.7436 35.3364 1016 10160020 183 184.9 8.7438 35.3361 1016 10160020 184 185.9 8.7438 35.3363 1016 10160020 185 186.9 8.7439 35.3364 1016 10160020 186 187.9 8.7440 35.3362 1016 10160020 187 188.9 8.7439 35.3363 1016 10160020 188 189.9 8.7442 35.3363 1016 10160020 189 190.9 8.7444 35.3362 1016 10160020 190 191.9 8.7443 35.3364 1016 10160020 191 192.9 8.7441 35.3364 1016 10160020 192 193.9 8.7431 35.3362 1016 10160020 193 195.0 8.7426 35.3363 1016 10160020 194 196.0 8.7427 35.3363 1016 10160020 195 197.0 8.7428 35.3364 1016 10160020 196 198.0 8.7426 35.3364 1016 10160020 197 199.0 8.7428 35.3361 1016 10160020 198 200.0 8.7428 35.3361 1016 10160020 199 201.0 8.7423 35.3361 1016 10160020 200 202.0 8.7420 35.3361 1016 10160020 201 203.0 8.7414 35.3363 1016 10160020 202 204.1 8.7410 35.3362 1016 10160020 203 205.1 8.7408 35.3362 1016 10160020 204 206.1 8.7410 35.3364 1016 10160020 205 207.1 8.7413 35.3361 1016 10160020 206 208.1 8.7411 35.3361 1016 10160020 207 209.1 8.7402 35.3363 1016 10160020 208 210.1 8.7393 35.3363 1016 10160020 209 211.1 8.7391 35.3361 1016 10160020 210 212.1 8.7388 35.3361 1016 10160020 211 213.2 8.7387 35.3361 1016 10160020 212 214.2 8.7387 35.3362 1016 10160020 213 215.2 8.7388 35.3363 1016 10160020 214 216.2 8.7384 35.3364 1016 10160020 215 217.2 8.7375 35.3363 1016 10160020 216 218.2 8.7371 35.3362 1016 10160020 217 219.2 8.7367 35.3363 1016 10160020 218 220.2 8.7367 35.3362 1016 10160020 219 221.2 8.7354 35.3362 1016 10160020 220 222.2 8.7340 35.3361 1016 10160020 221 223.3 8.7332 35.3362 1016 10160020 222 224.3 8.7331 35.3362 1016 10160020 223 225.3 8.7329 35.3361 1016 10160020 224 226.3 8.7326 35.3362 1016 10160020 225 227.3 8.7323 35.3362 1016 10160020 226 228.3 8.7324 35.3361 1016 10160020 227 229.3 8.7325 35.3362 1016 10160020 228 230.3 8.7325 35.3361 1016 10160020 229 231.3 8.7324 35.3360 1016 10160020 230 232.4 8.7320 35.3362 1016 10160020 231 233.4 8.7320 35.3361 1016 10160020 232 234.4 8.7320 35.3361 1016 10160020 233 235.4 8.7320 35.3362 1016 10160020 234 236.4 8.7311 35.3361 1016 10160020 235 237.4 8.7273 35.3359 1016 10160020 236 238.4 8.7256 35.3358 1016 10160020 237 239.4 8.7246 35.3356 1016 10160020 238 240.4 8.7242 35.3356 1016 10160020 239 241.5 8.7239 35.3356 1016 10160020 240 242.5 8.7235 35.3358 1016 10160020 241 243.5 8.7225 35.3357 1016 10160020 242 244.5 8.7220 35.3357 1016 10160020 243 245.5 8.7219 35.3356 1016 10160020 244 246.5 8.7221 35.3356 1016 10160020 245 247.5 8.7216 35.3357 1016 10160020 246 248.5 8.7215 35.3357 1016 10160020 247 249.5 8.7212 35.3357 1016 10160020 248 250.6 8.7210 35.3358 1016 10160020 249 251.6 8.7204 35.3356 1016 10160020 250 252.6 8.7169 35.3355 1016 10160020 251 253.6 8.7171 35.3356 1016 10160020 252 254.6 8.7167 35.3354 1016 10160020 253 255.6 8.7169 35.3355 1016 10160020 254 256.6 8.7169 35.3354 1016 10160020 255 257.6 8.7160 35.3354 1016 10160020 256 258.6 8.7158 35.3354 1016 10160020 257 259.7 8.7158 35.3355 1016 10160020 258 260.7 8.7165 35.3353 1016 10160020 259 261.7 8.7168 35.3354 1016 10160020 260 262.7 8.7173 35.3354 1016 10160020 261 263.7 8.7172 35.3355 1016 10160020 262 264.7 8.7172 35.3355 1016 10160020 263 265.7 8.7174 35.3354 1016 10160020 264 266.7 8.7177 35.3353 1016 10160020 265 267.7 8.7176 35.3356 1016 10160020 266 268.7 8.7168 35.3356 1016 10160020 267 269.8 8.7135 35.3354 1016 10160020 268 270.8 8.7134 35.3352 1016 10160020 269 271.8 8.7139 35.3351 1016 10160020 270 272.8 8.7139 35.3352 1016 10160020 271 273.8 8.7139 35.3351 1016 10160020 272 274.8 8.7142 35.3352 1016 10160020 273 275.8 8.7138 35.3353 1016 10160020 274 276.8 8.7124 35.3352 1016 10160020 275 277.8 8.7117 35.3353 1016 10160020 276 278.9 8.7112 35.3351 1016 10160020 277 279.9 8.7114 35.3353 1016 10160020 278 280.9 8.7116 35.3352 1016 10160020 279 281.9 8.7115 35.3351 1016 10160020 280 282.9 8.7120 35.3352 1016 10160020 281 283.9 8.7122 35.3353 1016 10160020 282 284.9 8.7121 35.3352 1016 10160020 283 285.9 8.7117 35.3351 1016 10160020 284 286.9 8.7116 35.3352 1016 10160020 285 288.0 8.7118 35.3351 1016 10160020 286 289.0 8.7121 35.3351 1016 10160020 287 290.0 8.7123 35.3350 1016 10160020 288 291.0 8.7122 35.3350 1016 10160020 289 292.0 8.7122 35.3351 1016 10160020 290 293.0 8.7119 35.3351 1016 10160020 291 294.0 8.7116 35.3351 1016 10160020 292 295.0 8.7113 35.3351 1016 10160020 293 296.0 8.7112 35.3352 1016 10160020 294 297.1 8.7113 35.3352 1016 10160020 295 298.1 8.7114 35.3352 1016 10160020 296 299.1 8.7111 35.3352 1016 10160020 297 300.1 8.7110 35.3352 1016 10160020 298 301.1 8.7109 35.3353 1016 10160020 299 302.1 8.7107 35.3353 1016 10160020 300 303.1 8.7107 35.3352 1016 10160020 301 304.1 8.7107 35.3352 1016 10160020 302 305.1 8.7108 35.3353 1016 10160020 303 306.2 8.7109 35.3352 1016 10160020 304 307.2 8.7109 35.3352 1016 10160020 305 308.2 8.7109 35.3353 1016 10160020 306 309.2 8.7107 35.3352 1016 10160020 307 310.2 8.7106 35.3351 1016 10160020 308 311.2 8.7107 35.3351 1016 10160020 309 312.2 8.7109 35.3351 1016 10160020 310 313.2 8.7110 35.3352 1016 10160020 311 314.2 8.7110 35.3351 1016 10160020 312 315.3 8.7112 35.3352 1016 10160020 313 316.3 8.7112 35.3353 1016 10160020 314 317.3 8.7112 35.3352 1016 10160020 315 318.3 8.7111 35.3353 1016 10160020 316 319.3 8.7112 35.3353 1016 10160020 317 320.3 8.7113 35.3354 1016 10160020 318 321.3 8.7116 35.3354 1016 10160020 319 322.3 8.7116 35.3354 1016 10160020 320 323.3 8.7116 35.3354 1016 10160020 321 324.4 8.7111 35.3354 1016 10160020 322 325.4 8.7108 35.3355 1016 10160020 323 326.4 8.7107 35.3353 1016 10160020 324 327.4 8.7102 35.3354 1016 10160020 325 328.4 8.7102 35.3352 1016 10160020 326 329.4 8.7101 35.3354 1016 10160020 327 330.4 8.7100 35.3353 1016 10160020 328 331.4 8.7095 35.3353 1016 10160020 329 332.5 8.7096 35.3353 1016 10160020 330 333.5 8.7097 35.3352 1016 10160020 331 334.5 8.7093 35.3353 1016 10160020 332 335.5 8.7083 35.3354 1016 10160020 333 336.5 8.7081 35.3353 1016 10160020 334 337.5 8.7085 35.3353 1016 10160020 335 338.5 8.7089 35.3353 1016 10160020 336 339.5 8.7093 35.3354 1016 10160020 337 340.5 8.7092 35.3352 1016 10160020 338 341.6 8.7090 35.3353 1016 10160020 339 342.6 8.7079 35.3352 1016 10160020 340 343.6 8.7072 35.3352 1016 10160020 341 344.6 8.7072 35.3351 1016 10160020 342 345.6 8.7074 35.3351 1016 10160020 343 346.6 8.7075 35.3352 1016 10160020 344 347.6 8.7077 35.3354 1016 10160020 345 348.6 8.7071 35.3353 1016 10160020 346 349.6 8.7080 35.3352 1016 10160020 347 350.7 8.7085 35.3352 1016 10160020 348 351.7 8.7089 35.3354 1016 10160020 349 352.7 8.7090 35.3352 1016 10160020 350 353.7 8.7086 35.3353 1016 10160020 351 354.7 8.7086 35.3353 1016 10160020 352 355.7 8.7089 35.3355 1016 10160020 353 356.7 8.7088 35.3354 1016 10160020 354 357.7 8.7083 35.3354 1016 10160020 355 358.7 8.7071 35.3354 1016 10160020 356 359.8 8.7064 35.3352 1016 10160020 357 360.8 8.7066 35.3352 1016 10160020 358 361.8 8.7066 35.3354 1016 10160020 359 362.8 8.7071 35.3353 1016 10160020 360 363.8 8.7073 35.3352 1016 10160020 361 364.8 8.7074 35.3352 1016 10160020 362 365.8 8.7074 35.3352 1016 10160020 363 366.8 8.7074 35.3353 1016 10160020 364 367.8 8.7074 35.3352 1016 10160020 365 368.9 8.7072 35.3354 1016 10160020 366 369.9 8.7068 35.3353 1016 10160020 367 370.9 8.7074 35.3354 1016 10160020 368 371.9 8.7062 35.3355 1016 10160020 369 372.9 8.7049 35.3354 1016 10160020 370 373.9 8.7047 35.3351 1016 10160020 371 374.9 8.7049 35.3353 1016 10160020 372 375.9 8.7040 35.3352 1016 10160020 373 377.0 8.7037 35.3354 1016 10160020 374 378.0 8.7032 35.3353 1016 10160020 375 379.0 8.7031 35.3351 1016 10160020 376 380.0 8.7019 35.3350 1016 10160020 377 381.0 8.7004 35.3351 1016 10160020 378 382.0 8.6993 35.3350 1016 10160020 379 383.0 8.6989 35.3350 1016 10160020 380 384.0 8.6984 35.3350 1016 10160020 381 385.0 8.6981 35.3348 1016 10160020 382 386.1 8.6984 35.3350 1016 10160020 383 387.1 8.6983 35.3350 1016 10160020 384 388.1 8.6978 35.3353 1016 10160020 385 389.1 8.6980 35.3355 1016 10160020 386 390.1 8.6985 35.3355 1016 10160020 387 391.1 8.6989 35.3355 1016 10160020 388 392.1 8.6990 35.3356 1016 10160020 389 393.1 8.6984 35.3355 1016 10160020 390 394.1 8.6988 35.3359 1016 10160020 391 395.2 8.6983 35.3359 1016 10160020 392 396.2 8.6968 35.3355 1016 10160020 393 397.2 8.6969 35.3354 1016 10160020 394 398.2 8.6971 35.3354 1016 10160020 395 399.2 8.6970 35.3354 1016 10160020 396 400.2 8.6967 35.3356 1016 10160020 397 401.2 8.6966 35.3354 1016 10160020 398 402.2 8.6961 35.3354 1016 10160020 399 403.3 8.6968 35.3354 1016 10160020 400 404.3 8.6970 35.3354 1016 10160020 401 405.3 8.6960 35.3354 1016 10160020 402 406.3 8.6960 35.3354 1016 10160020 403 407.3 8.6964 35.3353 1016 10160020 404 408.3 8.6957 35.3352 1016 10160020 405 409.3 8.6945 35.3352 1016 10160020 406 410.3 8.6948 35.3352 1016 10160020 407 411.3 8.6951 35.3352 1016 10160020 408 412.4 8.6951 35.3353 1016 10160020 409 413.4 8.6951 35.3352 1016 10160020 410 414.4 8.6943 35.3353 1016 10160020 411 415.4 8.6940 35.3352 1016 10160020 412 416.4 8.6956 35.3353 1016 10160020 413 417.4 8.6945 35.3352 1016 10160020 414 418.4 8.6950 35.3352 1016 10160020 415 419.4 8.6930 35.3353 1016 10160020 416 420.5 8.6933 35.3352 1016 10160020 417 421.5 8.6931 35.3353 1016 10160020 418 422.5 8.6929 35.3353 1016 10160020 419 423.5 8.6935 35.3353 1016 10160020 420 424.5 8.6932 35.3353 1016 10160020 421 425.5 8.6926 35.3353 1016 10160020 422 426.5 8.6928 35.3354 1016 10160020 423 427.5 8.6920 35.3354 1016 10160020 424 428.5 8.6915 35.3355 1016 10160020 425 429.6 8.6915 35.3356 1016 10160020 426 430.6 8.6917 35.3355 1016 10160020 427 431.6 8.6918 35.3355 1016 10160020 428 432.6 8.6918 35.3356 1016 10160020 429 433.6 8.6914 35.3358 1016 10160020 430 434.6 8.6913 35.3358 1016 10160020 431 435.6 8.6916 35.3358 1016 10160020 432 436.6 8.6918 35.3359 1016 10160020 433 437.7 8.6922 35.3364 1016 10160020 434 438.7 8.6928 35.3368 1016 10160020 435 439.7 8.6931 35.3368 1016 10160020 436 440.7 8.6935 35.3371 1016 10160020 437 441.7 8.6938 35.3372 1016 10160020 438 442.7 8.6939 35.3375 1016 10160020 439 443.7 8.6939 35.3375 1016 10160020 440 444.7 8.6939 35.3376 1016 10160020 441 445.7 8.6936 35.3375 1016 10160020 442 446.8 8.6938 35.3378 1016 10160020 443 447.8 8.6939 35.3380 1016 10160020 444 448.8 8.6946 35.3379 1016 10160020 445 449.8 8.6949 35.3379 1016 10160020 446 450.8 8.6952 35.3381 1016 10160020 447 451.8 8.6956 35.3384 1016 10160020 448 452.8 8.6952 35.3383 1016 10160020 449 453.8 8.6957 35.3385 1016 10160020 450 454.9 8.6961 35.3388 1016 10160020 451 455.9 8.6965 35.3388 1016 10160020 452 456.9 8.6967 35.3389 1016 10160020 453 457.9 8.6968 35.3390 1016 10160020 454 458.9 8.6966 35.3390 1016 10160020 455 459.9 8.6966 35.3390 1016 10160020 456 460.9 8.6969 35.3390 1016 10160020 457 461.9 8.6973 35.3390 1016 10160020 458 462.9 8.6977 35.3391 1016 10160020 459 464.0 8.6978 35.3393 1016 10160020 460 465.0 8.6978 35.3392 1016 10160020 461 466.0 8.6978 35.3394 1016 10160020 462 467.0 8.6977 35.3394 1016 10160020 463 468.0 8.6979 35.3397 1016 10160020 464 469.0 8.6988 35.3400 1016 10160020 465 470.0 8.7003 35.3407 1016 10160020 466 471.0 8.7010 35.3411 1016 10160020 467 472.1 8.7013 35.3412 1016 10160020 468 473.1 8.7019 35.3416 1016 10160020 469 474.1 8.7025 35.3419 1016 10160020 470 475.1 8.7026 35.3420 1016 10160020 471 476.1 8.7040 35.3428 1016 10160020 472 477.1 8.7058 35.3438 1016 10160020 473 478.1 8.7073 35.3450 1016 10160020 474 479.1 8.7066 35.3448 1016 10160020 475 480.2 8.7062 35.3448 1016 10160020 476 481.2 8.7063 35.3447 1016 10160020 477 482.2 8.7071 35.3448 1016 10160020 478 483.2 8.7083 35.3456 1016 10160020 479 484.2 8.7092 35.3460 1016 10160020 480 485.2 8.7097 35.3471 1016 10160020 481 486.2 8.7097 35.3477 1016 10160020 482 487.2 8.7096 35.3480 1016 10160020 483 488.2 8.7099 35.3490 1016 10160020 484 489.3 8.7087 35.3501 1016 10160020 485 490.3 8.7041 35.3512 1016 10160020 486 491.3 8.7023 35.3514 1016 10160020 487 492.3 8.7020 35.3512 1016 10160020 488 493.3 8.7021 35.3513 1016 10160020 489 494.3 8.7011 35.3513 1016 10160020 490 495.3 8.7002 35.3512 1016 10160020 491 496.3 8.6950 35.3514 1016 10160020 492 497.4 8.6928 35.3513 1016 10160020 493 498.4 8.6905 35.3514 1016 10160020 494 499.4 8.6913 35.3515 1016 10160020 495 500.4 8.6913 35.3514 1016 10160020 496 501.4 8.6906 35.3515 1016 10160020 497 502.4 8.6869 35.3513 1016 10160020 498 503.4 8.6860 35.3512 1016 10160020 499 504.4 8.6863 35.3513 1016 10160020 500 505.5 8.6855 35.3514 1016 10160020 501 506.5 8.6854 35.3512 1016 10160020 502 507.5 8.6859 35.3512 1016 10160020 503 508.5 8.6852 35.3510 1016 10160020 504 509.5 8.6828 35.3512 1016 10160020 505 510.5 8.6809 35.3510 1016 10160020 506 511.5 8.6786 35.3509 1016 10160020 507 512.5 8.6795 35.3508 1016 10160020 508 513.6 8.6791 35.3506 1016 10160020 509 514.6 8.6769 35.3507 1016 10160020 510 515.6 8.6766 35.3505 1016 10160020 511 516.6 8.6757 35.3506 1016 10160020 512 517.6 8.6757 35.3507 1016 10160020 513 518.6 8.6749 35.3507 1016 10160020 514 519.6 8.6700 35.3504 1016 10160020 515 520.6 8.6679 35.3502 1016 10160020 516 521.7 8.6684 35.3503 1016 10160020 517 522.7 8.6681 35.3501 1016 10160020 518 523.7 8.6634 35.3498 1016 10160020 519 524.7 8.6527 35.3489 1016 10160020 520 525.7 8.6529 35.3490 1016 10160020 521 526.7 8.6512 35.3487 1016 10160020 522 527.7 8.6491 35.3484 1016 10160020 523 528.7 8.6535 35.3489 1016 10160020 524 529.7 8.6540 35.3490 1016 10160020 525 530.8 8.6445 35.3480 1016 10160020 526 531.8 8.6442 35.3479 1016 10160020 527 532.8 8.6438 35.3479 1016 10160020 528 533.8 8.6451 35.3479 1016 10160020 529 534.8 8.6436 35.3478 1016 10160020 530 535.8 8.6430 35.3477 1016 10160020 531 536.8 8.6431 35.3478 1016 10160020 532 537.8 8.6421 35.3477 1016 10160020 533 538.9 8.6421 35.3477 1016 10160020 534 539.9 8.6418 35.3476 1016 10160020 535 540.9 8.6408 35.3476 1016 10160020 536 541.9 8.6406 35.3475 1016 10160020 537 542.9 8.6407 35.3475 1016 10160020 538 543.9 8.6404 35.3474 1016 10160020 539 544.9 8.6402 35.3473 1016 10160020 540 545.9 8.6403 35.3473 1016 10160020 541 547.0 8.6417 35.3475 1016 10160020 542 548.0 8.6439 35.3479 1016 10160020 543 549.0 8.6437 35.3478 1016 10160020 544 550.0 8.6433 35.3478 1016 10160020 545 551.0 8.6439 35.3478 1016 10160020 546 552.0 8.6442 35.3478 1016 10160020 547 553.0 8.6443 35.3479 1016 10160020 548 554.0 8.6434 35.3477 1016 10160020 549 555.1 8.6432 35.3478 1016 10160020 550 556.1 8.6433 35.3479 1016 10160020 551 557.1 8.6408 35.3475 1016 10160020 552 558.1 8.6406 35.3474 1016 10160020 553 559.1 8.6411 35.3473 1016 10160020 554 560.1 8.6403 35.3472 1016 10160020 555 561.1 8.6353 35.3468 1016 10160020 556 562.1 8.6283 35.3460 1016 10160020 557 563.2 8.6286 35.3460 1016 10160020 558 564.2 8.6278 35.3458 1016 10160020 559 565.2 8.6254 35.3456 1016 10160020 560 566.2 8.6246 35.3456 1016 10160020 561 567.2 8.6235 35.3455 1016 10160020 562 568.2 8.6246 35.3456 1016 10160020 563 569.2 8.6257 35.3456 1016 10160020 564 570.2 8.6241 35.3454 1016 10160020 565 571.3 8.6246 35.3454 1016 10160020 566 572.3 8.6249 35.3455 1016 10160020 567 573.3 8.6249 35.3455 1016 10160020 568 574.3 8.6253 35.3456 1016 10160020 569 575.3 8.6254 35.3456 1016 10160020 570 576.3 8.6253 35.3455 1016 10160020 571 577.3 8.6255 35.3456 1016 10160020 572 578.3 8.6251 35.3456 1016 10160020 573 579.4 8.6244 35.3455 1016 10160020 574 580.4 8.6245 35.3453 1016 10160020 575 581.4 8.6244 35.3453 1016 10160020 576 582.4 8.6242 35.3453 1016 10160020 577 583.4 8.6239 35.3453 1016 10160020 578 584.4 8.6226 35.3452 1016 10160020 579 585.4 8.6218 35.3451 1016 10160020 580 586.4 8.6216 35.3450 1016 10160020 581 587.5 8.6199 35.3449 1016 10160020 582 588.5 8.6192 35.3448 1016 10160020 583 589.5 8.6172 35.3443 1016 10160020 584 590.5 8.6140 35.3439 1016 10160020 585 591.5 8.6114 35.3434 1016 10160020 586 592.5 8.6152 35.3438 1016 10160020 587 593.5 8.6077 35.3424 1016 10160020 588 594.5 8.5951 35.3402 1016 10160020 589 595.6 8.5588 35.3335 1016 10160020 590 596.6 8.5450 35.3313 1016 10160020 591 597.6 8.5383 35.3300 1016 10160020 592 598.6 8.5361 35.3294 1016 10160020 593 599.6 8.5268 35.3278 1016 10160020 594 600.6 8.5234 35.3273 1016 10160020 595 601.6 8.5221 35.3271 1016 10160020 596 602.6 8.5190 35.3267 1016 10160020 597 603.7 8.5142 35.3260 1016 10160020 598 604.7 8.5128 35.3259 1016 10160020 599 605.7 8.5134 35.3261 1016 10160020 600 606.7 8.5092 35.3253 1016 10160020 601 607.7 8.5038 35.3247 1016 10160020 602 608.7 8.4929 35.3232 1016 10160020 603 609.7 8.4888 35.3225 1016 10160020 604 610.7 8.4878 35.3225 1016 10160020 605 611.8 8.4758 35.3207 1016 10160020 606 612.8 8.4424 35.3165 1016 10160020 607 613.8 8.4057 35.3122 1016 10160020 608 614.8 8.3906 35.3119 1016 10160020 609 615.8 8.3879 35.3120 1016 10160020 610 616.8 8.3879 35.3120 1016 10160020 611 617.8 8.3797 35.3120 1016 10160020 612 618.8 8.3735 35.3117 1016 10160020 613 619.9 8.3674 35.3114 1016 10160020 614 620.9 8.3651 35.3114 1016 10160020 615 621.9 8.3643 35.3117 1016 10160020 616 622.9 8.3619 35.3121 1016 10160020 617 623.9 8.3600 35.3126 1016 10160020 618 624.9 8.3595 35.3123 1016 10160020 619 625.9 8.3593 35.3128 1016 10160020 620 626.9 8.3595 35.3130 1016 10160020 621 628.0 8.3588 35.3130 1016 10160020 622 629.0 8.3584 35.3133 1016 10160020 623 630.0 8.3583 35.3135 1016 10160020 624 631.0 8.3582 35.3137 1016 10160020 625 632.0 8.3578 35.3141 1016 10160020 626 633.0 8.3570 35.3145 1016 10160020 627 634.0 8.3574 35.3142 1016 10160020 628 635.0 8.3570 35.3144 1016 10160020 629 636.1 8.3568 35.3147 1016 10160020 630 637.1 8.3569 35.3149 1016 10160020 631 638.1 8.3571 35.3150 1016 10160020 632 639.1 8.3566 35.3155 1016 10160020 633 640.1 8.3563 35.3156 1016 10160020 634 641.1 8.3548 35.3161 1016 10160020 635 642.1 8.3510 35.3163 1016 10160020 636 643.2 8.3525 35.3162 1016 10160020 637 644.2 8.3526 35.3163 1016 10160020 638 645.2 8.3520 35.3164 1016 10160020 639 646.2 8.3514 35.3166 1016 10160020 640 647.2 8.3500 35.3165 1016 10160020 641 648.2 8.3500 35.3163 1016 10160020 642 649.2 8.3496 35.3160 1016 10160020 643 650.2 8.3481 35.3159 1016 10160020 644 651.3 8.3491 35.3160 1016 10160020 645 652.3 8.3495 35.3161 1016 10160020 646 653.3 8.3487 35.3160 1016 10160020 647 654.3 8.3493 35.3160 1016 10160020 648 655.3 8.3489 35.3162 1016 10160020 649 656.3 8.3484 35.3154 1016 10160020 650 657.3 8.3479 35.3151 1016 10160020 651 658.3 8.3483 35.3152 1016 10160020 652 659.4 8.3488 35.3151 1016 10160020 653 660.4 8.3492 35.3151 1016 10160020 654 661.4 8.3494 35.3151 1016 10160020 655 662.4 8.3485 35.3155 1016 10160020 656 663.4 8.3471 35.3159 1016 10160020 657 664.4 8.3463 35.3160 1016 10160020 658 665.4 8.3454 35.3170 1016 10160020 659 666.4 8.3440 35.3177 1016 10160020 660 667.5 8.3366 35.3211 1016 10160020 661 668.5 8.3369 35.3209 1016 10160020 662 669.5 8.3366 35.3210 1016 10160020 663 670.5 8.3388 35.3202 1016 10160020 664 671.5 8.3349 35.3215 1016 10160020 665 672.5 8.3350 35.3212 1016 10160020 666 673.5 8.3375 35.3207 1016 10160020 667 674.6 8.3336 35.3215 1016 10160020 668 675.6 8.3336 35.3216 1016 10160020 669 676.6 8.3255 35.3224 1016 10160020 670 677.6 8.3251 35.3226 1016 10160020 671 678.6 8.3296 35.3224 1016 10160020 672 679.6 8.3300 35.3221 1016 10160020 673 680.6 8.3328 35.3219 1016 10160020 674 681.6 8.3313 35.3222 1016 10160020 675 682.7 8.3248 35.3227 1016 10160020 676 683.7 8.3076 35.3225 1016 10160020 677 684.7 8.3015 35.3220 1016 10160020 678 685.7 8.3053 35.3217 1016 10160020 679 686.7 8.3035 35.3216 1016 10160020 680 687.7 8.2977 35.3216 1016 10160020 681 688.7 8.2967 35.3218 1016 10160020 682 689.7 8.2848 35.3210 1016 10160020 683 690.8 8.2806 35.3205 1016 10160020 684 691.8 8.2737 35.3200 1016 10160020 685 692.8 8.2694 35.3196 1016 10160020 686 693.8 8.2685 35.3194 1016 10160020 687 694.8 8.2670 35.3193 1016 10160020 688 695.8 8.2655 35.3192 1016 10160020 689 696.8 8.2653 35.3192 1016 10160020 690 697.9 8.2652 35.3192 1016 10160020 691 698.9 8.2615 35.3192 1016 10160020 692 699.9 8.2593 35.3189 1016 10160020 693 700.9 8.2556 35.3187 1016 10160020 694 701.9 8.2572 35.3189 1016 10160020 695 702.9 8.2573 35.3189 1016 10160020 696 703.9 8.2538 35.3187 1016 10160020 697 704.9 8.2502 35.3186 1016 10160020 698 706.0 8.2502 35.3187 1016 10160020 699 707.0 8.2488 35.3185 1016 10160020 700 708.0 8.2486 35.3185 1016 10160020 701 709.0 8.2481 35.3186 1016 10160020 702 710.0 8.2467 35.3184 1016 10160020 703 711.0 8.2464 35.3185 1016 10160020 704 712.0 8.2460 35.3186 1016 10160020 705 713.0 8.2468 35.3186 1016 10160020 706 714.1 8.2468 35.3185 1016 10160020 707 715.1 8.2467 35.3186 1016 10160020 708 716.1 8.2465 35.3186 1016 10160020 709 717.1 8.2462 35.3183 1016 10160020 710 718.1 8.2462 35.3183 1016 10160020 711 719.1 8.2464 35.3183 1016 10160021 1 1.0 8.8144 35.3229 1016 10160021 2 2.0 8.8128 35.3228 1016 10160021 3 3.0 8.8137 35.3231 1016 10160021 4 4.0 8.8145 35.3229 1016 10160021 5 5.0 8.8150 35.3231 1016 10160021 6 6.1 8.8150 35.3229 1016 10160021 7 7.1 8.8174 35.3230 1016 10160021 8 8.1 8.8162 35.3232 1016 10160021 9 9.1 8.8108 35.3233 1016 10160021 10 10.1 8.8093 35.3232 1016 10160021 11 11.1 8.8100 35.3230 1016 10160021 12 12.1 8.8102 35.3228 1016 10160021 13 13.1 8.8101 35.3228 1016 10160021 14 14.1 8.8097 35.3234 1016 10160021 15 15.1 8.8086 35.3237 1016 10160021 16 16.2 8.8081 35.3242 1016 10160021 17 17.2 8.8095 35.3237 1016 10160021 18 18.2 8.8095 35.3238 1016 10160021 19 19.2 8.8103 35.3234 1016 10160021 20 20.2 8.8110 35.3231 1016 10160021 21 21.2 8.8110 35.3236 1016 10160021 22 22.2 8.8107 35.3237 1016 10160021 23 23.2 8.8108 35.3236 1016 10160021 24 24.2 8.8102 35.3238 1016 10160021 25 25.2 8.8094 35.3243 1016 10160021 26 26.3 8.8094 35.3239 1016 10160021 27 27.3 8.8096 35.3246 1016 10160021 28 28.3 8.8094 35.3247 1016 10160021 29 29.3 8.8091 35.3246 1016 10160021 30 30.3 8.8087 35.3245 1016 10160021 31 31.3 8.8097 35.3237 1016 10160021 32 32.3 8.8101 35.3244 1016 10160021 33 33.3 8.8104 35.3247 1016 10160021 34 34.3 8.8104 35.3249 1016 10160021 35 35.3 8.8090 35.3254 1016 10160021 36 36.4 8.8083 35.3257 1016 10160021 37 37.4 8.8077 35.3258 1016 10160021 38 38.4 8.8073 35.3257 1016 10160021 39 39.4 8.8070 35.3259 1016 10160021 40 40.4 8.8077 35.3253 1016 10160021 41 41.4 8.8079 35.3255 1016 10160021 42 42.4 8.8056 35.3250 1016 10160021 43 43.4 8.8047 35.3243 1016 10160021 44 44.4 8.8040 35.3244 1016 10160021 45 45.4 8.8036 35.3248 1016 10160021 46 46.5 8.8010 35.3253 1016 10160021 47 47.5 8.8006 35.3254 1016 10160021 48 48.5 8.7899 35.3267 1016 10160021 49 49.5 8.7838 35.3277 1016 10160021 50 50.5 8.7622 35.3314 1016 10160021 51 51.5 8.7587 35.3320 1016 10160021 52 52.5 8.7590 35.3316 1016 10160021 53 53.5 8.7589 35.3318 1016 10160021 54 54.5 8.7581 35.3317 1016 10160021 55 55.5 8.7582 35.3318 1016 10160021 56 56.6 8.7583 35.3320 1016 10160021 57 57.6 8.7578 35.3320 1016 10160021 58 58.6 8.7578 35.3319 1016 10160021 59 59.6 8.7580 35.3320 1016 10160021 60 60.6 8.7581 35.3320 1016 10160021 61 61.6 8.7580 35.3320 1016 10160021 62 62.6 8.7580 35.3320 1016 10160021 63 63.6 8.7582 35.3321 1016 10160021 64 64.6 8.7589 35.3320 1016 10160021 65 65.6 8.7591 35.3322 1016 10160021 66 66.6 8.7592 35.3325 1016 10160021 67 67.7 8.7589 35.3323 1016 10160021 68 68.7 8.7582 35.3323 1016 10160021 69 69.7 8.7579 35.3323 1016 10160021 70 70.7 8.7579 35.3323 1016 10160021 71 71.7 8.7580 35.3324 1016 10160021 72 72.7 8.7582 35.3324 1016 10160021 73 73.7 8.7584 35.3324 1016 10160021 74 74.7 8.7586 35.3323 1016 10160021 75 75.7 8.7590 35.3323 1016 10160021 76 76.8 8.7592 35.3323 1016 10160021 77 77.8 8.7592 35.3323 1016 10160021 78 78.8 8.7592 35.3325 1016 10160021 79 79.8 8.7590 35.3326 1016 10160021 80 80.8 8.7589 35.3327 1016 10160021 81 81.8 8.7591 35.3326 1016 10160021 82 82.8 8.7594 35.3327 1016 10160021 83 83.8 8.7596 35.3327 1016 10160021 84 84.8 8.7598 35.3328 1016 10160021 85 85.8 8.7600 35.3329 1016 10160021 86 86.9 8.7602 35.3330 1016 10160021 87 87.9 8.7605 35.3331 1016 10160021 88 88.9 8.7606 35.3331 1016 10160021 89 89.9 8.7605 35.3331 1016 10160021 90 90.9 8.7603 35.3331 1016 10160021 91 91.9 8.7603 35.3334 1016 10160021 92 92.9 8.7608 35.3333 1016 10160021 93 93.9 8.7610 35.3333 1016 10160021 94 94.9 8.7612 35.3335 1016 10160021 95 95.9 8.7615 35.3332 1016 10160021 96 97.0 8.7616 35.3334 1016 10160021 97 98.0 8.7615 35.3334 1016 10160021 98 99.0 8.7615 35.3334 1016 10160021 99 100.0 8.7616 35.3334 1016 10160021 100 101.0 8.7617 35.3333 1016 10160021 101 102.0 8.7618 35.3335 1016 10160021 102 103.0 8.7620 35.3335 1016 10160021 103 104.0 8.7620 35.3335 1016 10160021 104 105.0 8.7621 35.3335 1016 10160021 105 106.0 8.7624 35.3335 1016 10160021 106 107.1 8.7626 35.3334 1016 10160021 107 108.1 8.7626 35.3335 1016 10160021 108 109.1 8.7625 35.3336 1016 10160021 109 110.1 8.7626 35.3335 1016 10160021 110 111.1 8.7628 35.3334 1016 10160021 111 112.1 8.7633 35.3334 1016 10160021 112 113.1 8.7635 35.3333 1016 10160021 113 114.1 8.7637 35.3334 1016 10160021 114 115.1 8.7636 35.3333 1016 10160021 115 116.1 8.7633 35.3334 1016 10160021 116 117.2 8.7632 35.3335 1016 10160021 117 118.2 8.7635 35.3335 1016 10160021 118 119.2 8.7637 35.3335 1016 10160021 119 120.2 8.7639 35.3335 1016 10160021 120 121.2 8.7640 35.3335 1016 10160021 121 122.2 8.7641 35.3334 1016 10160021 122 123.2 8.7642 35.3335 1016 10160021 123 124.2 8.7647 35.3334 1016 10160021 124 125.2 8.7649 35.3333 1016 10160021 125 126.2 8.7651 35.3333 1016 10160021 126 127.3 8.7651 35.3333 1016 10160021 127 128.3 8.7650 35.3335 1016 10160021 128 129.3 8.7648 35.3335 1016 10160021 129 130.3 8.7646 35.3335 1016 10160021 130 131.3 8.7647 35.3335 1016 10160021 131 132.3 8.7650 35.3335 1016 10160021 132 133.3 8.7651 35.3335 1016 10160021 133 134.3 8.7651 35.3335 1016 10160021 134 135.3 8.7652 35.3336 1016 10160021 135 136.4 8.7655 35.3335 1016 10160021 136 137.4 8.7660 35.3335 1016 10160021 137 138.4 8.7662 35.3333 1016 10160021 138 139.4 8.7663 35.3333 1016 10160021 139 140.4 8.7662 35.3335 1016 10160021 140 141.4 8.7662 35.3336 1016 10160021 141 142.4 8.7662 35.3338 1016 10160021 142 143.4 8.7662 35.3336 1016 10160021 143 144.4 8.7664 35.3336 1016 10160021 144 145.4 8.7665 35.3336 1016 10160021 145 146.5 8.7666 35.3337 1016 10160021 146 147.5 8.7668 35.3339 1016 10160021 147 148.5 8.7670 35.3340 1016 10160021 148 149.5 8.7679 35.3342 1016 10160021 149 150.5 8.7682 35.3343 1016 10160021 150 151.5 8.7685 35.3342 1016 10160021 151 152.5 8.7686 35.3340 1016 10160021 152 153.5 8.7688 35.3342 1016 10160021 153 154.5 8.7689 35.3342 1016 10160021 154 155.5 8.7688 35.3345 1016 10160021 155 156.6 8.7689 35.3346 1016 10160021 156 157.6 8.7692 35.3347 1016 10160021 157 158.6 8.7694 35.3348 1016 10160021 158 159.6 8.7695 35.3349 1016 10160021 159 160.6 8.7695 35.3350 1016 10160021 160 161.6 8.7693 35.3349 1016 10160021 161 162.6 8.7691 35.3349 1016 10160021 162 163.6 8.7685 35.3350 1016 10160021 163 164.6 8.7682 35.3350 1016 10160021 164 165.7 8.7682 35.3351 1016 10160021 165 166.7 8.7679 35.3350 1016 10160021 166 167.7 8.7668 35.3352 1016 10160021 167 168.7 8.7657 35.3350 1016 10160021 168 169.7 8.7635 35.3348 1016 10160021 169 170.7 8.7613 35.3345 1016 10160021 170 171.7 8.7594 35.3344 1016 10160021 171 172.7 8.7602 35.3344 1016 10160021 172 173.7 8.7606 35.3343 1016 10160021 173 174.7 8.7592 35.3344 1016 10160021 174 175.8 8.7579 35.3341 1016 10160021 175 176.8 8.7549 35.3341 1016 10160021 176 177.8 8.7534 35.3340 1016 10160021 177 178.8 8.7538 35.3341 1016 10160021 178 179.8 8.7543 35.3340 1016 10160021 179 180.8 8.7543 35.3340 1016 10160021 180 181.8 8.7538 35.3340 1016 10160021 181 182.8 8.7533 35.3341 1016 10160021 182 183.8 8.7535 35.3341 1016 10160021 183 184.9 8.7535 35.3341 1016 10160021 184 185.9 8.7536 35.3340 1016 10160021 185 186.9 8.7534 35.3340 1016 10160021 186 187.9 8.7530 35.3341 1016 10160021 187 188.9 8.7527 35.3341 1016 10160021 188 189.9 8.7520 35.3342 1016 10160021 189 190.9 8.7514 35.3342 1016 10160021 190 191.9 8.7508 35.3342 1016 10160021 191 192.9 8.7508 35.3342 1016 10160021 192 193.9 8.7506 35.3341 1016 10160021 193 195.0 8.7495 35.3340 1016 10160021 194 196.0 8.7469 35.3339 1016 10160021 195 197.0 8.7463 35.3338 1016 10160021 196 198.0 8.7462 35.3339 1016 10160021 197 199.0 8.7466 35.3339 1016 10160021 198 200.0 8.7468 35.3340 1016 10160021 199 201.0 8.7467 35.3338 1016 10160021 200 202.0 8.7470 35.3339 1016 10160021 201 203.0 8.7472 35.3339 1016 10160021 202 204.1 8.7471 35.3337 1016 10160021 203 205.1 8.7458 35.3338 1016 10160021 204 206.1 8.7446 35.3338 1016 10160021 205 207.1 8.7433 35.3338 1016 10160021 206 208.1 8.7416 35.3339 1016 10160021 207 209.1 8.7403 35.3338 1016 10160021 208 210.1 8.7393 35.3339 1016 10160021 209 211.1 8.7391 35.3340 1016 10160021 210 212.1 8.7388 35.3339 1016 10160021 211 213.2 8.7376 35.3340 1016 10160021 212 214.2 8.7367 35.3342 1016 10160021 213 215.2 8.7371 35.3340 1016 10160021 214 216.2 8.7372 35.3339 1016 10160021 215 217.2 8.7374 35.3340 1016 10160021 216 218.2 8.7358 35.3341 1016 10160021 217 219.2 8.7338 35.3342 1016 10160021 218 220.2 8.7328 35.3344 1016 10160021 219 221.2 8.7323 35.3344 1016 10160021 220 222.2 8.7317 35.3343 1016 10160021 221 223.3 8.7315 35.3344 1016 10160021 222 224.3 8.7311 35.3345 1016 10160021 223 225.3 8.7298 35.3343 1016 10160021 224 226.3 8.7291 35.3341 1016 10160021 225 227.3 8.7273 35.3341 1016 10160021 226 228.3 8.7259 35.3340 1016 10160021 227 229.3 8.7236 35.3341 1016 10160021 228 230.3 8.7234 35.3341 1016 10160021 229 231.3 8.7234 35.3341 1016 10160021 230 232.4 8.7229 35.3341 1016 10160021 231 233.4 8.7228 35.3342 1016 10160021 232 234.4 8.7229 35.3342 1016 10160021 233 235.4 8.7229 35.3343 1016 10160021 234 236.4 8.7225 35.3343 1016 10160021 235 237.4 8.7223 35.3342 1016 10160021 236 238.4 8.7220 35.3341 1016 10160021 237 239.4 8.7211 35.3342 1016 10160021 238 240.4 8.7206 35.3341 1016 10160021 239 241.5 8.7194 35.3340 1016 10160021 240 242.5 8.7191 35.3341 1016 10160021 241 243.5 8.7191 35.3340 1016 10160021 242 244.5 8.7179 35.3340 1016 10160021 243 245.5 8.7171 35.3340 1016 10160021 244 246.5 8.7158 35.3338 1016 10160021 245 247.5 8.7148 35.3338 1016 10160021 246 248.5 8.7144 35.3338 1016 10160021 247 249.5 8.7141 35.3337 1016 10160021 248 250.6 8.7139 35.3335 1016 10160021 249 251.6 8.7140 35.3334 1016 10160021 250 252.6 8.7141 35.3334 1016 10160021 251 253.6 8.7142 35.3335 1016 10160021 252 254.6 8.7140 35.3336 1016 10160021 253 255.6 8.7135 35.3336 1016 10160021 254 256.6 8.7138 35.3335 1016 10160021 255 257.6 8.7139 35.3336 1016 10160021 256 258.6 8.7143 35.3337 1016 10160021 257 259.7 8.7145 35.3336 1016 10160021 258 260.7 8.7147 35.3337 1016 10160021 259 261.7 8.7138 35.3337 1016 10160021 260 262.7 8.7134 35.3336 1016 10160021 261 263.7 8.7127 35.3336 1016 10160021 262 264.7 8.7116 35.3338 1016 10160021 263 265.7 8.7116 35.3340 1016 10160021 264 266.7 8.7119 35.3338 1016 10160021 265 267.7 8.7124 35.3336 1016 10160021 266 268.7 8.7125 35.3337 1016 10160021 267 269.8 8.7126 35.3340 1016 10160021 268 270.8 8.7126 35.3340 1016 10160021 269 271.8 8.7124 35.3340 1016 10160021 270 272.8 8.7124 35.3340 1016 10160021 271 273.8 8.7130 35.3343 1016 10160021 272 274.8 8.7135 35.3342 1016 10160021 273 275.8 8.7136 35.3343 1016 10160021 274 276.8 8.7134 35.3346 1016 10160021 275 277.8 8.7131 35.3347 1016 10160021 276 278.9 8.7128 35.3348 1016 10160021 277 279.9 8.7126 35.3347 1016 10160021 278 280.9 8.7123 35.3347 1016 10160021 279 281.9 8.7122 35.3347 1016 10160021 280 282.9 8.7124 35.3345 1016 10160021 281 283.9 8.7114 35.3347 1016 10160021 282 284.9 8.7113 35.3347 1016 10160021 283 285.9 8.7114 35.3348 1016 10160021 284 286.9 8.7118 35.3348 1016 10160021 285 288.0 8.7119 35.3349 1016 10160021 286 289.0 8.7118 35.3349 1016 10160021 287 290.0 8.7120 35.3350 1016 10160021 288 291.0 8.7119 35.3351 1016 10160021 289 292.0 8.7116 35.3353 1016 10160021 290 293.0 8.7113 35.3355 1016 10160021 291 294.0 8.7109 35.3355 1016 10160021 292 295.0 8.7112 35.3353 1016 10160021 293 296.0 8.7113 35.3353 1016 10160021 294 297.1 8.7117 35.3355 1016 10160021 295 298.1 8.7121 35.3354 1016 10160021 296 299.1 8.7124 35.3354 1016 10160021 297 300.1 8.7117 35.3354 1016 10160021 298 301.1 8.7113 35.3356 1016 10160021 299 302.1 8.7099 35.3354 1016 10160021 300 303.1 8.7097 35.3354 1016 10160021 301 304.1 8.7082 35.3353 1016 10160021 302 305.1 8.7103 35.3353 1016 10160021 303 306.2 8.7082 35.3353 1016 10160021 304 307.2 8.7056 35.3351 1016 10160021 305 308.2 8.7028 35.3348 1016 10160021 306 309.2 8.7018 35.3348 1016 10160021 307 310.2 8.7014 35.3349 1016 10160021 308 311.2 8.7008 35.3348 1016 10160021 309 312.2 8.7009 35.3347 1016 10160021 310 313.2 8.7009 35.3347 1016 10160021 311 314.2 8.7010 35.3348 1016 10160021 312 315.3 8.7011 35.3348 1016 10160021 313 316.3 8.7005 35.3348 1016 10160021 314 317.3 8.7004 35.3348 1016 10160021 315 318.3 8.7004 35.3347 1016 10160021 316 319.3 8.7007 35.3347 1016 10160021 317 320.3 8.7010 35.3346 1016 10160021 318 321.3 8.7011 35.3346 1016 10160021 319 322.3 8.7010 35.3346 1016 10160021 320 323.3 8.7005 35.3345 1016 10160021 321 324.4 8.7004 35.3346 1016 10160021 322 325.4 8.7003 35.3346 1016 10160021 323 326.4 8.6999 35.3347 1016 10160021 324 327.4 8.6992 35.3347 1016 10160021 325 328.4 8.6996 35.3346 1016 10160021 326 329.4 8.7000 35.3345 1016 10160021 327 330.4 8.7004 35.3347 1016 10160021 328 331.4 8.7003 35.3347 1016 10160021 329 332.5 8.7002 35.3347 1016 10160021 330 333.5 8.6993 35.3346 1016 10160021 331 334.5 8.6984 35.3343 1016 10160021 332 335.5 8.6981 35.3346 1016 10160021 333 336.5 8.6980 35.3345 1016 10160021 334 337.5 8.6978 35.3345 1016 10160021 335 338.5 8.6977 35.3346 1016 10160021 336 339.5 8.6983 35.3345 1016 10160021 337 340.5 8.6984 35.3345 1016 10160021 338 341.6 8.6984 35.3345 1016 10160021 339 342.6 8.6984 35.3346 1016 10160021 340 343.6 8.6976 35.3345 1016 10160021 341 344.6 8.6973 35.3345 1016 10160021 342 345.6 8.6974 35.3345 1016 10160021 343 346.6 8.6974 35.3344 1016 10160021 344 347.6 8.6978 35.3345 1016 10160021 345 348.6 8.6979 35.3344 1016 10160021 346 349.6 8.6981 35.3344 1016 10160021 347 350.7 8.6983 35.3344 1016 10160021 348 351.7 8.6978 35.3346 1016 10160021 349 352.7 8.6969 35.3348 1016 10160021 350 353.7 8.6963 35.3348 1016 10160021 351 354.7 8.6965 35.3348 1016 10160021 352 355.7 8.6957 35.3346 1016 10160021 353 356.7 8.6949 35.3346 1016 10160021 354 357.7 8.6948 35.3345 1016 10160021 355 358.7 8.6950 35.3345 1016 10160021 356 359.8 8.6952 35.3344 1016 10160021 357 360.8 8.6950 35.3344 1016 10160021 358 361.8 8.6945 35.3345 1016 10160021 359 362.8 8.6935 35.3345 1016 10160021 360 363.8 8.6930 35.3345 1016 10160021 361 364.8 8.6934 35.3345 1016 10160021 362 365.8 8.6932 35.3345 1016 10160021 363 366.8 8.6927 35.3346 1016 10160021 364 367.8 8.6927 35.3345 1016 10160021 365 368.9 8.6915 35.3344 1016 10160021 366 369.9 8.6913 35.3343 1016 10160021 367 370.9 8.6911 35.3343 1016 10160021 368 371.9 8.6909 35.3344 1016 10160021 369 372.9 8.6911 35.3342 1016 10160021 370 373.9 8.6911 35.3343 1016 10160021 371 374.9 8.6911 35.3343 1016 10160021 372 375.9 8.6908 35.3344 1016 10160021 373 377.0 8.6907 35.3344 1016 10160021 374 378.0 8.6903 35.3345 1016 10160021 375 379.0 8.6893 35.3344 1016 10160021 376 380.0 8.6892 35.3343 1016 10160021 377 381.0 8.6892 35.3343 1016 10160021 378 382.0 8.6891 35.3344 1016 10160021 379 383.0 8.6890 35.3345 1016 10160021 380 384.0 8.6890 35.3344 1016 10160021 381 385.0 8.6881 35.3344 1016 10160021 382 386.1 8.6877 35.3344 1016 10160021 383 387.1 8.6869 35.3345 1016 10160021 384 388.1 8.6868 35.3342 1016 10160021 385 389.1 8.6869 35.3343 1016 10160021 386 390.1 8.6873 35.3343 1016 10160021 387 391.1 8.6879 35.3342 1016 10160021 388 392.1 8.6880 35.3341 1016 10160021 389 393.1 8.6881 35.3342 1016 10160021 390 394.1 8.6877 35.3344 1016 10160021 391 395.2 8.6874 35.3344 1016 10160021 392 396.2 8.6874 35.3344 1016 10160021 393 397.2 8.6879 35.3342 1016 10160021 394 398.2 8.6882 35.3344 1016 10160021 395 399.2 8.6874 35.3341 1016 10160021 396 400.2 8.6866 35.3341 1016 10160021 397 401.2 8.6858 35.3343 1016 10160021 398 402.2 8.6852 35.3341 1016 10160021 399 403.3 8.6844 35.3341 1016 10160021 400 404.3 8.6840 35.3340 1016 10160021 401 405.3 8.6836 35.3340 1016 10160021 402 406.3 8.6830 35.3341 1016 10160021 403 407.3 8.6818 35.3341 1016 10160021 404 408.3 8.6819 35.3340 1016 10160021 405 409.3 8.6811 35.3340 1016 10160021 406 410.3 8.6810 35.3340 1016 10160021 407 411.3 8.6813 35.3340 1016 10160021 408 412.4 8.6814 35.3340 1016 10160021 409 413.4 8.6809 35.3339 1016 10160021 410 414.4 8.6812 35.3339 1016 10160021 411 415.4 8.6811 35.3339 1016 10160021 412 416.4 8.6811 35.3338 1016 10160021 413 417.4 8.6806 35.3340 1016 10160021 414 418.4 8.6804 35.3341 1016 10160021 415 419.4 8.6800 35.3339 1016 10160021 416 420.5 8.6794 35.3338 1016 10160021 417 421.5 8.6787 35.3338 1016 10160021 418 422.5 8.6788 35.3339 1016 10160021 419 423.5 8.6784 35.3340 1016 10160021 420 424.5 8.6785 35.3341 1016 10160021 421 425.5 8.6787 35.3340 1016 10160021 422 426.5 8.6790 35.3340 1016 10160021 423 427.5 8.6786 35.3338 1016 10160021 424 428.5 8.6783 35.3337 1016 10160021 425 429.6 8.6784 35.3337 1016 10160021 426 430.6 8.6782 35.3338 1016 10160021 427 431.6 8.6779 35.3339 1016 10160021 428 432.6 8.6774 35.3340 1016 10160021 429 433.6 8.6760 35.3339 1016 10160021 430 434.6 8.6755 35.3339 1016 10160021 431 435.6 8.6754 35.3337 1016 10160021 432 436.6 8.6755 35.3339 1016 10160021 433 437.7 8.6747 35.3337 1016 10160021 434 438.7 8.6746 35.3339 1016 10160021 435 439.7 8.6745 35.3339 1016 10160021 436 440.7 8.6742 35.3338 1016 10160021 437 441.7 8.6747 35.3337 1016 10160021 438 442.7 8.6744 35.3340 1016 10160021 439 443.7 8.6742 35.3338 1016 10160021 440 444.7 8.6737 35.3337 1016 10160021 441 445.7 8.6738 35.3337 1016 10160021 442 446.8 8.6736 35.3337 1016 10160021 443 447.8 8.6727 35.3335 1016 10160021 444 448.8 8.6694 35.3332 1016 10160021 445 449.8 8.6693 35.3332 1016 10160021 446 450.8 8.6690 35.3333 1016 10160021 447 451.8 8.6688 35.3332 1016 10160021 448 452.8 8.6689 35.3331 1016 10160021 449 453.8 8.6674 35.3330 1016 10160021 450 454.9 8.6661 35.3328 1016 10160021 451 455.9 8.6647 35.3327 1016 10160021 452 456.9 8.6646 35.3325 1016 10160021 453 457.9 8.6644 35.3327 1016 10160021 454 458.9 8.6645 35.3327 1016 10160021 455 459.9 8.6648 35.3326 1016 10160021 456 460.9 8.6641 35.3327 1016 10160021 457 461.9 8.6640 35.3325 1016 10160021 458 462.9 8.6642 35.3330 1016 10160021 459 464.0 8.6645 35.3333 1016 10160021 460 465.0 8.6645 35.3334 1016 10160021 461 466.0 8.6644 35.3334 1016 10160021 462 467.0 8.6645 35.3334 1016 10160021 463 468.0 8.6644 35.3335 1016 10160021 464 469.0 8.6644 35.3335 1016 10160021 465 470.0 8.6647 35.3334 1016 10160021 466 471.0 8.6645 35.3335 1016 10160021 467 472.1 8.6643 35.3337 1016 10160021 468 473.1 8.6640 35.3338 1016 10160021 469 474.1 8.6637 35.3338 1016 10160021 470 475.1 8.6626 35.3337 1016 10160021 471 476.1 8.6621 35.3337 1016 10160021 472 477.1 8.6614 35.3335 1016 10160021 473 478.1 8.6611 35.3334 1016 10160021 474 479.1 8.6603 35.3335 1016 10160021 475 480.2 8.6597 35.3331 1016 10160021 476 481.2 8.6596 35.3333 1016 10160021 477 482.2 8.6594 35.3332 1016 10160021 478 483.2 8.6577 35.3329 1016 10160021 479 484.2 8.6572 35.3330 1016 10160021 480 485.2 8.6577 35.3332 1016 10160021 481 486.2 8.6575 35.3330 1016 10160021 482 487.2 8.6570 35.3329 1016 10160021 483 488.2 8.6561 35.3328 1016 10160021 484 489.3 8.6552 35.3327 1016 10160021 485 490.3 8.6549 35.3328 1016 10160021 486 491.3 8.6549 35.3329 1016 10160021 487 492.3 8.6551 35.3327 1016 10160021 488 493.3 8.6549 35.3327 1016 10160021 489 494.3 8.6549 35.3327 1016 10160021 490 495.3 8.6547 35.3328 1016 10160021 491 496.3 8.6549 35.3327 1016 10160021 492 497.4 8.6549 35.3325 1016 10160021 493 498.4 8.6544 35.3326 1016 10160021 494 499.4 8.6536 35.3325 1016 10160021 495 500.4 8.6533 35.3324 1016 10160021 496 501.4 8.6525 35.3324 1016 10160021 497 502.4 8.6522 35.3325 1016 10160021 498 503.4 8.6519 35.3323 1016 10160021 499 504.4 8.6515 35.3321 1016 10160021 500 505.5 8.6519 35.3321 1016 10160021 501 506.5 8.6519 35.3322 1016 10160021 502 507.5 8.6518 35.3322 1016 10160021 503 508.5 8.6518 35.3323 1016 10160021 504 509.5 8.6521 35.3322 1016 10160021 505 510.5 8.6523 35.3323 1016 10160021 506 511.5 8.6522 35.3324 1016 10160021 507 512.5 8.6524 35.3324 1016 10160021 508 513.6 8.6527 35.3323 1016 10160021 509 514.6 8.6533 35.3323 1016 10160021 510 515.6 8.6535 35.3323 1016 10160021 511 516.6 8.6531 35.3323 1016 10160021 512 517.6 8.6529 35.3323 1016 10160021 513 518.6 8.6530 35.3323 1016 10160021 514 519.6 8.6531 35.3322 1016 10160021 515 520.6 8.6534 35.3324 1016 10160021 516 521.7 8.6526 35.3323 1016 10160021 517 522.7 8.6528 35.3323 1016 10160021 518 523.7 8.6533 35.3324 1016 10160021 519 524.7 8.6533 35.3323 1016 10160021 520 525.7 8.6526 35.3321 1016 10160021 521 526.7 8.6528 35.3323 1016 10160021 522 527.7 8.6522 35.3322 1016 10160021 523 528.7 8.6518 35.3320 1016 10160021 524 529.7 8.6517 35.3321 1016 10160021 525 530.8 8.6517 35.3320 1016 10160021 526 531.8 8.6518 35.3322 1016 10160021 527 532.8 8.6520 35.3321 1016 10160021 528 533.8 8.6500 35.3320 1016 10160021 529 534.8 8.6493 35.3320 1016 10160021 530 535.8 8.6489 35.3321 1016 10160021 531 536.8 8.6487 35.3321 1016 10160021 532 537.8 8.6484 35.3322 1016 10160021 533 538.9 8.6487 35.3322 1016 10160021 534 539.9 8.6487 35.3321 1016 10160021 535 540.9 8.6488 35.3322 1016 10160021 536 541.9 8.6486 35.3322 1016 10160021 537 542.9 8.6488 35.3321 1016 10160021 538 543.9 8.6488 35.3323 1016 10160021 539 544.9 8.6490 35.3322 1016 10160021 540 545.9 8.6491 35.3322 1016 10160021 541 547.0 8.6492 35.3322 1016 10160021 542 548.0 8.6493 35.3322 1016 10160021 543 549.0 8.6493 35.3322 1016 10160021 544 550.0 8.6495 35.3322 1016 10160021 545 551.0 8.6494 35.3323 1016 10160021 546 552.0 8.6495 35.3324 1016 10160021 547 553.0 8.6495 35.3325 1016 10160021 548 554.0 8.6491 35.3325 1016 10160021 549 555.1 8.6494 35.3324 1016 10160021 550 556.1 8.6499 35.3324 1016 10160021 551 557.1 8.6492 35.3325 1016 10160021 552 558.1 8.6479 35.3324 1016 10160021 553 559.1 8.6467 35.3322 1016 10160021 554 560.1 8.6462 35.3321 1016 10160021 555 561.1 8.6479 35.3324 1016 10160021 556 562.1 8.6455 35.3318 1016 10160021 557 563.2 8.6430 35.3314 1016 10160021 558 564.2 8.6410 35.3311 1016 10160021 559 565.2 8.6407 35.3311 1016 10160021 560 566.2 8.6411 35.3312 1016 10160021 561 567.2 8.6416 35.3312 1016 10160021 562 568.2 8.6416 35.3314 1016 10160021 563 569.2 8.6413 35.3315 1016 10160021 564 570.2 8.6409 35.3314 1016 10160021 565 571.3 8.6405 35.3313 1016 10160021 566 572.3 8.6406 35.3313 1016 10160021 567 573.3 8.6406 35.3315 1016 10160021 568 574.3 8.6408 35.3314 1016 10160021 569 575.3 8.6411 35.3312 1016 10160021 570 576.3 8.6413 35.3313 1016 10160021 571 577.3 8.6416 35.3313 1016 10160021 572 578.3 8.6417 35.3314 1016 10160021 573 579.4 8.6416 35.3315 1016 10160021 574 580.4 8.6413 35.3315 1016 10160021 575 581.4 8.6409 35.3315 1016 10160021 576 582.4 8.6407 35.3314 1016 10160021 577 583.4 8.6408 35.3314 1016 10160021 578 584.4 8.6405 35.3313 1016 10160021 579 585.4 8.6404 35.3313 1016 10160021 580 586.4 8.6403 35.3312 1016 10160021 581 587.5 8.6402 35.3312 1016 10160021 582 588.5 8.6394 35.3312 1016 10160021 583 589.5 8.6396 35.3312 1016 10160021 584 590.5 8.6393 35.3310 1016 10160021 585 591.5 8.6390 35.3312 1016 10160021 586 592.5 8.6385 35.3310 1016 10160021 587 593.5 8.6386 35.3310 1016 10160021 588 594.5 8.6358 35.3306 1016 10160021 589 595.6 8.6317 35.3302 1016 10160021 590 596.6 8.6306 35.3300 1016 10160021 591 597.6 8.6298 35.3300 1016 10160021 592 598.6 8.6276 35.3297 1016 10160021 593 599.6 8.6255 35.3296 1016 10160021 594 600.6 8.6251 35.3294 1016 10160021 595 601.6 8.6244 35.3294 1016 10160021 596 602.6 8.6243 35.3295 1016 10160021 597 603.7 8.6244 35.3294 1016 10160021 598 604.7 8.6245 35.3294 1016 10160021 599 605.7 8.6244 35.3294 1016 10160021 600 606.7 8.6231 35.3291 1016 10160021 601 607.7 8.6225 35.3290 1016 10160021 602 608.7 8.6221 35.3289 1016 10160021 603 609.7 8.6211 35.3289 1016 10160021 604 610.7 8.6200 35.3288 1016 10160021 605 611.8 8.6174 35.3287 1016 10160021 606 612.8 8.6166 35.3285 1016 10160021 607 613.8 8.6160 35.3285 1016 10160021 608 614.8 8.6155 35.3286 1016 10160021 609 615.8 8.6156 35.3286 1016 10160021 610 616.8 8.6159 35.3285 1016 10160021 611 617.8 8.6161 35.3283 1016 10160021 612 618.8 8.6161 35.3284 1016 10160021 613 619.9 8.6161 35.3284 1016 10160021 614 620.9 8.6162 35.3283 1016 10160021 615 621.9 8.6161 35.3285 1016 10160021 616 622.9 8.6155 35.3285 1016 10160021 617 623.9 8.6152 35.3285 1016 10160021 618 624.9 8.6153 35.3284 1016 10160021 619 625.9 8.6155 35.3284 1016 10160021 620 626.9 8.6158 35.3285 1016 10160021 621 628.0 8.6158 35.3283 1016 10160021 622 629.0 8.6155 35.3285 1016 10160021 623 630.0 8.6153 35.3284 1016 10160021 624 631.0 8.6149 35.3285 1016 10160021 625 632.0 8.6147 35.3283 1016 10160021 626 633.0 8.6146 35.3284 1016 10160021 627 634.0 8.6144 35.3283 1016 10160021 628 635.0 8.6140 35.3281 1016 10160021 629 636.1 8.6130 35.3280 1016 10160021 630 637.1 8.6114 35.3280 1016 10160021 631 638.1 8.6104 35.3279 1016 10160021 632 639.1 8.6096 35.3277 1016 10160021 633 640.1 8.6092 35.3275 1016 10160021 634 641.1 8.6084 35.3275 1016 10160021 635 642.1 8.6084 35.3276 1016 10160021 636 643.2 8.6080 35.3276 1016 10160021 637 644.2 8.6074 35.3274 1016 10160021 638 645.2 8.6070 35.3274 1016 10160021 639 646.2 8.6072 35.3274 1016 10160021 640 647.2 8.6078 35.3273 1016 10160021 641 648.2 8.6079 35.3273 1016 10160021 642 649.2 8.6072 35.3272 1016 10160021 643 650.2 8.6061 35.3272 1016 10160021 644 651.3 8.6051 35.3272 1016 10160021 645 652.3 8.6045 35.3272 1016 10160021 646 653.3 8.6051 35.3271 1016 10160021 647 654.3 8.6053 35.3273 1016 10160021 648 655.3 8.6049 35.3273 1016 10160021 649 656.3 8.6050 35.3272 1016 10160021 650 657.3 8.6035 35.3270 1016 10160021 651 658.3 8.6014 35.3268 1016 10160021 652 659.4 8.6015 35.3269 1016 10160021 653 660.4 8.6007 35.3268 1016 10160021 654 661.4 8.6007 35.3265 1016 10160021 655 662.4 8.6006 35.3265 1016 10160021 656 663.4 8.6006 35.3265 1016 10160021 657 664.4 8.6004 35.3265 1016 10160021 658 665.4 8.5996 35.3265 1016 10160021 659 666.4 8.5988 35.3264 1016 10160021 660 667.5 8.5979 35.3263 1016 10160021 661 668.5 8.5968 35.3263 1016 10160021 662 669.5 8.5963 35.3265 1016 10160021 663 670.5 8.5959 35.3263 1016 10160021 664 671.5 8.5956 35.3261 1016 10160021 665 672.5 8.5951 35.3261 1016 10160021 666 673.5 8.5944 35.3262 1016 10160021 667 674.6 8.5937 35.3264 1016 10160021 668 675.6 8.5933 35.3263 1016 10160021 669 676.6 8.5923 35.3261 1016 10160021 670 677.6 8.5917 35.3258 1016 10160021 671 678.6 8.5915 35.3259 1016 10160021 672 679.6 8.5908 35.3260 1016 10160021 673 680.6 8.5902 35.3261 1016 10160021 674 681.6 8.5897 35.3260 1016 10160021 675 682.7 8.5876 35.3258 1016 10160021 676 683.7 8.5863 35.3255 1016 10160021 677 684.7 8.5860 35.3255 1016 10160021 678 685.7 8.5859 35.3255 1016 10160021 679 686.7 8.5858 35.3255 1016 10160021 680 687.7 8.5855 35.3255 1016 10160021 681 688.7 8.5853 35.3257 1016 10160021 682 689.7 8.5856 35.3254 1016 10160021 683 690.8 8.5842 35.3254 1016 10160021 684 691.8 8.5811 35.3253 1016 10160021 685 692.8 8.5795 35.3252 1016 10160021 686 693.8 8.5793 35.3252 1016 10160021 687 694.8 8.5796 35.3250 1016 10160021 688 695.8 8.5800 35.3253 1016 10160021 689 696.8 8.5797 35.3254 1016 10160021 690 697.9 8.5791 35.3253 1016 10160021 691 698.9 8.5786 35.3253 1016 10160021 692 699.9 8.5787 35.3252 1016 10160021 693 700.9 8.5787 35.3252 1016 10160021 694 701.9 8.5790 35.3252 1016 10160021 695 702.9 8.5791 35.3251 1016 10160021 696 703.9 8.5791 35.3251 1016 10160021 697 704.9 8.5791 35.3252 1016 10160021 698 706.0 8.5792 35.3253 1016 10160021 699 707.0 8.5788 35.3254 1016 10160021 700 708.0 8.5786 35.3253 1016 10160021 701 709.0 8.5786 35.3252 1016 10160021 702 710.0 8.5788 35.3253 1016 10160021 703 711.0 8.5788 35.3252 1016 10160021 704 712.0 8.5788 35.3252 1016 10160021 705 713.0 8.5785 35.3253 1016 10160021 706 714.1 8.5780 35.3252 1016 10160021 707 715.1 8.5777 35.3252 1016 10160021 708 716.1 8.5764 35.3251 1016 10160021 709 717.1 8.5745 35.3252 1016 10160021 710 718.1 8.5729 35.3252 1016 10160021 711 719.1 8.5728 35.3251 1016 10160021 712 720.1 8.5729 35.3251 1016 10160021 713 721.2 8.5727 35.3252 1016 10160021 714 722.2 8.5725 35.3253 1016 10160021 715 723.2 8.5723 35.3251 1016 10160021 716 724.2 8.5724 35.3250 1016 10160021 717 725.2 8.5726 35.3251 1016 10160021 718 726.2 8.5729 35.3251 1016 10160021 719 727.2 8.5731 35.3250 1016 10160021 720 728.2 8.5734 35.3250 1016 10160021 721 729.3 8.5735 35.3251 1016 10160021 722 730.3 8.5737 35.3250 1016 10160021 723 731.3 8.5735 35.3250 1016 10160021 724 732.3 8.5732 35.3250 1016 10160021 725 733.3 8.5729 35.3252 1016 10160021 726 734.3 8.5725 35.3250 1016 10160021 727 735.3 8.5724 35.3250 1016 10160021 728 736.4 8.5726 35.3251 1016 10160021 729 737.4 8.5724 35.3250 1016 10160021 730 738.4 8.5724 35.3250 1016 10160021 731 739.4 8.5727 35.3251 1016 10160021 732 740.4 8.5731 35.3249 1016 10160021 733 741.4 8.5733 35.3249 1016 10160021 734 742.4 8.5733 35.3248 1016 10160021 735 743.4 8.5731 35.3251 1016 10160021 736 744.5 8.5728 35.3250 1016 10160021 737 745.5 8.5721 35.3251 1016 10160021 738 746.5 8.5715 35.3250 1016 10160021 739 747.5 8.5709 35.3248 1016 10160021 740 748.5 8.5705 35.3248 1016 10160021 741 749.5 8.5703 35.3248 1016 10160021 742 750.5 8.5698 35.3248 1016 10160021 743 751.6 8.5689 35.3247 1016 10160021 744 752.6 8.5671 35.3246 1016 10160021 745 753.6 8.5652 35.3243 1016 10160021 746 754.6 8.5634 35.3240 1016 10160021 747 755.6 8.5624 35.3241 1016 10160021 748 756.6 8.5624 35.3239 1016 10160021 749 757.6 8.5623 35.3240 1016 10160021 750 758.6 8.5620 35.3239 1016 10160021 751 759.7 8.5612 35.3240 1016 10160021 752 760.7 8.5611 35.3239 1016 10160021 753 761.7 8.5611 35.3238 1016 10160021 754 762.7 8.5609 35.3238 1016 10160021 755 763.7 8.5600 35.3237 1016 10160021 756 764.7 8.5592 35.3237 1016 10160021 757 765.7 8.5574 35.3235 1016 10160021 758 766.8 8.5561 35.3233 1016 10160021 759 767.8 8.5558 35.3232 1016 10160021 760 768.8 8.5552 35.3230 1016 10160021 761 769.8 8.5548 35.3231 1016 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35.3096 1016 10160021 788 797.2 8.4289 35.3091 1016 10160021 789 798.2 8.4142 35.3079 1016 10160021 790 799.2 8.4089 35.3075 1016 10160021 791 800.2 8.3835 35.3056 1016 10160021 792 801.2 8.3658 35.3047 1016 10160021 793 802.2 8.3500 35.3034 1016 10160021 794 803.2 8.3472 35.3030 1016 10160021 795 804.2 8.3463 35.3029 1016 10160021 796 805.3 8.3455 35.3027 1016 10160021 797 806.3 8.3456 35.3025 1016 10160021 798 807.3 8.3449 35.3025 1016 10160021 799 808.3 8.3445 35.3028 1016 10160021 800 809.3 8.3394 35.3027 1016 10160021 801 810.3 8.3358 35.3023 1016 10160021 802 811.3 8.3199 35.3012 1016 10160021 803 812.4 8.3123 35.3008 1016 10160021 804 813.4 8.3073 35.3004 1016 10160021 805 814.4 8.3029 35.3001 1016 10160021 806 815.4 8.2976 35.2998 1016 10160021 807 816.4 8.2977 35.2997 1016 10160021 808 817.4 8.2980 35.2998 1016 10160021 809 818.4 8.2983 35.2999 1016 10160021 810 819.5 8.2971 35.2998 1016 10160021 811 820.5 8.2963 35.2998 1016 10160021 812 821.5 8.2920 35.2996 1016 10160021 813 822.5 8.2901 35.2991 1016 10160021 814 823.5 8.2623 35.2969 1016 10160021 815 824.5 8.2297 35.2947 1016 10160021 816 825.5 8.2169 35.2936 1016 10160021 817 826.5 8.2028 35.2924 1016 10160021 818 827.6 8.1918 35.2917 1016 10160021 819 828.6 8.1825 35.2907 1016 10160021 820 829.6 8.1815 35.2905 1016 10160021 821 830.6 8.1794 35.2901 1016 10160021 822 831.6 8.1775 35.2900 1016 10160021 823 832.6 8.1745 35.2895 1016 10160021 824 833.6 8.1736 35.2896 1016 10160021 825 834.7 8.1738 35.2898 1016 10160021 826 835.7 8.1715 35.2897 1016 10160021 827 836.7 8.1753 35.2901 1016 10160021 828 837.7 8.1694 35.2895 1016 10160021 829 838.7 8.1652 35.2892 1016 10160021 830 839.7 8.1641 35.2889 1016 10160021 831 840.7 8.1632 35.2890 1016 10160021 832 841.8 8.1632 35.2889 1016 10160021 833 842.8 8.1630 35.2890 1016 10160021 834 843.8 8.1623 35.2889 1016 10160021 835 844.8 8.1614 35.2888 1016 10160021 836 845.8 8.1538 35.2882 1016 10160021 837 846.8 8.1461 35.2876 1016 10160021 838 847.8 8.1246 35.2860 1016 10160021 839 848.9 8.1164 35.2853 1016 10160021 840 849.9 8.1127 35.2850 1016 10160021 841 850.9 8.1098 35.2848 1016 10160021 842 851.9 8.1090 35.2847 1016 10160021 843 852.9 8.1082 35.2846 1016 10160021 844 853.9 8.1071 35.2844 1016 10160021 845 854.9 8.0969 35.2835 1016 10160021 846 855.9 8.0778 35.2818 1016 10160021 847 857.0 8.0769 35.2818 1016 10160021 848 858.0 8.0796 35.2820 1016 10160021 849 859.0 8.0772 35.2819 1016 10160021 850 860.0 8.0713 35.2811 1016 10160021 851 861.0 8.0611 35.2802 1016 10160021 852 862.0 8.0430 35.2783 1016 10160021 853 863.0 8.0353 35.2775 1016 10160021 854 864.1 8.0290 35.2768 1016 10160021 855 865.1 8.0210 35.2762 1016 10160021 856 866.1 8.0152 35.2756 1016 10160021 857 867.1 8.0076 35.2751 1016 10160021 858 868.1 7.9928 35.2744 1016 10160021 859 869.1 7.9864 35.2739 1016 10160021 860 870.1 7.9807 35.2732 1016 10160021 861 871.2 7.9790 35.2732 1016 10160021 862 872.2 7.9775 35.2729 1016 10160021 863 873.2 7.9734 35.2727 1016 10160021 864 874.2 7.9717 35.2727 1016 10160021 865 875.2 7.9695 35.2724 1016 10160021 866 876.2 7.9664 35.2721 1016 10160021 867 877.2 7.9674 35.2721 1016 10160021 868 878.3 7.9620 35.2716 1016 10160021 869 879.3 7.9617 35.2717 1016 10160021 870 880.3 7.9617 35.2716 1016 10160021 871 881.3 7.9613 35.2716 1016 10160021 872 882.3 7.9604 35.2715 1016 10160021 873 883.3 7.9583 35.2713 1016 10160021 874 884.3 7.9541 35.2707 1016 10160021 875 885.4 7.9369 35.2679 1016 10160021 876 886.4 7.9056 35.2653 1016 10160021 877 887.4 7.8797 35.2642 1016 10160021 878 888.4 7.8799 35.2644 1016 10160021 879 889.4 7.8868 35.2651 1016 10160021 880 890.4 7.8849 35.2652 1016 10160021 881 891.4 7.8791 35.2645 1016 10160021 882 892.5 7.8683 35.2634 1016 10160021 883 893.5 7.8544 35.2630 1016 10160021 884 894.5 7.8503 35.2624 1016 10160021 885 895.5 7.8611 35.2647 1016 10160021 886 896.5 7.8573 35.2664 1016 10160021 887 897.5 7.8253 35.2620 1016 10160021 888 898.5 7.7931 35.2567 1016 10160021 889 899.5 7.7839 35.2564 1016 10160021 890 900.6 7.7757 35.2563 1016 10160021 891 901.6 7.7723 35.2565 1016 10160021 892 902.6 7.7696 35.2573 1016 10160021 893 903.6 7.7699 35.2572 1016 10160021 894 904.6 7.7662 35.2569 1016 10160021 895 905.6 7.7587 35.2570 1016 10160021 896 906.6 7.7572 35.2577 1016 10160021 897 907.7 7.7586 35.2581 1016 10160021 898 908.7 7.7600 35.2587 1016 10160021 899 909.7 7.7598 35.2588 1016 10160021 900 910.7 7.7598 35.2587 1016 10160021 901 911.7 7.7601 35.2587 1016 10160021 902 912.7 7.7601 35.2595 1016 10160021 903 913.7 7.7609 35.2608 1016 10160021 904 914.8 7.7498 35.2601 1016 10160021 905 915.8 7.7244 35.2581 1016 10160021 906 916.8 7.6900 35.2560 1016 10160021 907 917.8 7.6726 35.2538 1016 10160021 908 918.8 7.6489 35.2512 1016 10160021 909 919.8 7.6379 35.2499 1016 10160021 910 920.8 7.6260 35.2484 1016 10160021 911 921.9 7.6134 35.2466 1016 10160021 912 922.9 7.5973 35.2448 1016 10160021 913 923.9 7.5943 35.2443 1016 10160021 914 924.9 7.5929 35.2441 1016 10160021 915 925.9 7.5924 35.2442 1016 10160021 916 926.9 7.5927 35.2444 1016 10160021 917 927.9 7.5914 35.2442 1016 10160021 918 929.0 7.5818 35.2426 1016 10160021 919 930.0 7.5705 35.2414 1016 10160021 920 931.0 7.5595 35.2407 1016 10160021 921 932.0 7.5576 35.2407 1016 10160021 922 933.0 7.5395 35.2393 1016 10160021 923 934.0 7.5313 35.2386 1016 10160021 924 935.0 7.5267 35.2380 1016 10160021 925 936.1 7.5140 35.2373 1016 10160021 926 937.1 7.5039 35.2363 1016 10160021 927 938.1 7.4900 35.2346 1016 10160021 928 939.1 7.4731 35.2330 1016 10160021 929 940.1 7.4566 35.2311 1016 10160021 930 941.1 7.4387 35.2292 1016 10160021 931 942.1 7.4144 35.2273 1016 10160021 932 943.2 7.4018 35.2263 1016 10160021 933 944.2 7.3891 35.2251 1016 10160021 934 945.2 7.3812 35.2246 1016 10160021 935 946.2 7.3712 35.2241 1016 10160021 936 947.2 7.3577 35.2235 1016 10160021 937 948.2 7.3432 35.2225 1016 10160021 938 949.2 7.3278 35.2217 1016 10160021 939 950.3 7.2897 35.2192 1016 10160021 940 951.3 7.2359 35.2154 1016 10160021 941 952.3 7.2137 35.2134 1016 10160021 942 953.3 7.1937 35.2118 1016 10160021 943 954.3 7.1621 35.2101 1016 10160021 944 955.3 7.1476 35.2094 1016 10160021 945 956.3 7.1447 35.2094 1016 10160021 946 957.4 7.1432 35.2095 1016 10160021 947 958.4 7.1417 35.2097 1016 10160021 948 959.4 7.1401 35.2096 1016 10160021 949 960.4 7.1343 35.2093 1016 10160021 950 961.4 7.1286 35.2091 1016 10160021 951 962.4 7.1192 35.2085 1016 10160021 952 963.4 7.1167 35.2083 1016 10160021 953 964.5 7.1121 35.2082 1016 10160021 954 965.5 7.1065 35.2079 1016 10160021 955 966.5 7.1033 35.2076 1016 10160021 956 967.5 7.1000 35.2075 1016 10160021 957 968.5 7.0987 35.2077 1016 10160021 958 969.5 7.0960 35.2076 1016 10160021 959 970.5 7.0928 35.2076 1016 10160021 960 971.6 7.0858 35.2074 1016 10160021 961 972.6 7.0764 35.2068 1016 10160021 962 973.6 7.0707 35.2064 1016 10160021 963 974.6 7.0664 35.2060 1016 10160021 964 975.6 7.0642 35.2058 1016 10160021 965 976.6 7.0606 35.2053 1016 10160021 966 977.6 7.0519 35.2048 1016 10160021 967 978.7 7.0496 35.2048 1016 10160021 968 979.7 7.0480 35.2045 1016 10160021 969 980.7 7.0352 35.2037 1016 10160021 970 981.7 7.0251 35.2025 1016 10160021 971 982.7 6.9853 35.1992 1016 10160021 972 983.7 6.9447 35.1967 1016 10160021 973 984.7 6.9210 35.1950 1016 10160021 974 985.8 6.9003 35.1935 1016 10160021 975 986.8 6.8932 35.1930 1016 10160021 976 987.8 6.8787 35.1920 1016 10160021 977 988.8 6.8642 35.1910 1016 10160021 978 989.8 6.8507 35.1895 1016 10160021 979 990.8 6.8313 35.1880 1016 10160021 980 991.8 6.8136 35.1870 1016 10160021 981 992.9 6.8086 35.1869 1016 10160021 982 993.9 6.7872 35.1850 1016 10160021 983 994.9 6.7331 35.1814 1016 10160021 984 995.9 6.6340 35.1747 1016 10160021 985 996.9 6.6015 35.1711 1016 10160021 986 997.9 6.5527 35.1664 1016 10160021 987 998.9 6.5197 35.1638 1016 10160021 988 1000.0 6.4889 35.1611 1016 10160021 989 1001.0 6.4169 35.1569 1016 10160021 990 1002.0 6.3696 35.1538 1016 10160021 991 1003.0 6.3457 35.1526 1016 10160021 992 1004.0 6.3312 35.1521 1016 10160021 993 1005.0 6.3132 35.1519 1016 10160021 994 1006.0 6.3071 35.1519 1016 10160021 995 1007.1 6.3058 35.1521 1016 10160021 996 1008.1 6.3009 35.1522 1016 10160021 997 1009.1 6.2967 35.1519 1016 10160021 998 1010.1 6.2901 35.1516 1016 10160021 999 1011.1 6.2843 35.1513 1016 10160021 1000 1012.1 6.2795 35.1515 1016 10160021 1001 1013.2 6.2761 35.1516 1016 10160021 1002 1014.2 6.2722 35.1519 1016 10160021 1003 1015.2 6.2687 35.1517 1016 10160021 1004 1016.2 6.2663 35.1515 1016 10160021 1005 1017.2 6.2649 35.1514 1016 10160021 1006 1018.2 6.2599 35.1515 1016 10160021 1007 1019.2 6.2571 35.1516 1016 10160021 1008 1020.3 6.2559 35.1518 1016 10160021 1009 1021.3 6.2532 35.1520 1016 10160021 1010 1022.3 6.2476 35.1518 1016 10160021 1011 1023.3 6.2441 35.1517 1016 10160021 1012 1024.3 6.2276 35.1508 1016 10160021 1013 1025.3 6.2136 35.1501 1016 10160021 1014 1026.3 6.2164 35.1502 1016 10160021 1015 1027.4 6.2296 35.1508 1016 10160021 1016 1028.4 6.2266 35.1509 1016 10160021 1017 1029.4 6.2315 35.1511 1016 10160021 1018 1030.4 6.2162 35.1507 1016 10160021 1019 1031.4 6.1969 35.1499 1016 10160021 1020 1032.4 6.1979 35.1500 1016 10160021 1021 1033.4 6.1928 35.1498 1016 10160021 1022 1034.5 6.1907 35.1497 1016 10160021 1023 1035.5 6.1912 35.1499 1016 10160021 1024 1036.5 6.1892 35.1493 1016 10160025 1 1.0 7.6708 1016 10160025 2 2.0 7.6709 1016 10160025 3 3.0 7.6711 1016 10160025 4 4.0 7.6711 35.3062 1016 10160025 5 5.0 7.6710 35.3066 1016 10160025 6 6.1 7.6710 35.3068 1016 10160025 7 7.1 7.6714 35.3069 1016 10160025 8 8.1 7.6712 35.3068 1016 10160025 9 9.1 7.6717 35.3068 1016 10160025 10 10.1 7.6725 35.3067 1016 10160025 11 11.1 7.6729 35.3068 1016 10160025 12 12.1 7.6734 35.3069 1016 10160025 13 13.1 7.6733 35.3068 1016 10160025 14 14.1 7.6734 35.3068 1016 10160025 15 15.1 7.6737 35.3066 1016 10160025 16 16.2 7.6737 35.3069 1016 10160025 17 17.2 7.6737 35.3068 1016 10160025 18 18.2 7.6738 35.3068 1016 10160025 19 19.2 7.6742 35.3068 1016 10160025 20 20.2 7.6746 35.3068 1016 10160025 21 21.2 7.6738 35.3070 1016 10160025 22 22.2 7.6740 35.3069 1016 10160025 23 23.2 7.6729 35.3068 1016 10160025 24 24.2 7.6721 35.3068 1016 10160025 25 25.2 7.6717 35.3065 1016 10160025 26 26.3 7.6720 35.3066 1016 10160025 27 27.3 7.6722 35.3063 1016 10160025 28 28.3 7.6719 35.3068 1016 10160025 29 29.3 7.6716 35.3068 1016 10160025 30 30.3 7.6718 35.3067 1016 10160025 31 31.3 7.6721 35.3065 1016 10160025 32 32.3 7.6725 35.3064 1016 10160025 33 33.3 7.6730 35.3064 1016 10160025 34 34.3 7.6731 35.3067 1016 10160025 35 35.3 7.6732 35.3068 1016 10160025 36 36.4 7.6730 35.3066 1016 10160025 37 37.4 7.6731 35.3068 1016 10160025 38 38.4 7.6736 35.3069 1016 10160025 39 39.4 7.6737 35.3066 1016 10160025 40 40.4 7.6742 35.3067 1016 10160025 41 41.4 7.6748 35.3065 1016 10160025 42 42.4 7.6749 35.3064 1016 10160025 43 43.4 7.6745 35.3063 1016 10160025 44 44.4 7.6746 35.3067 1016 10160025 45 45.4 7.6746 35.3069 1016 10160025 46 46.5 7.6748 35.3068 1016 10160025 47 47.5 7.6748 35.3065 1016 10160025 48 48.5 7.6753 35.3065 1016 10160025 49 49.5 7.6753 35.3067 1016 10160025 50 50.5 7.6755 35.3068 1016 10160025 51 51.5 7.6757 35.3067 1016 10160025 52 52.5 7.6759 35.3068 1016 10160025 53 53.5 7.6756 35.3067 1016 10160025 54 54.5 7.6753 35.3065 1016 10160025 55 55.5 7.6757 35.3067 1016 10160025 56 56.6 7.6757 35.3067 1016 10160025 57 57.6 7.6752 35.3066 1016 10160025 58 58.6 7.6754 35.3066 1016 10160025 59 59.6 7.6749 35.3064 1016 10160025 60 60.6 7.6747 35.3063 1016 10160025 61 61.6 7.6751 35.3065 1016 10160025 62 62.6 7.6767 35.3067 1016 10160025 63 63.6 7.6754 35.3066 1016 10160025 64 64.6 7.6775 35.3067 1016 10160025 65 65.6 7.6776 35.3070 1016 10160025 66 66.6 7.6778 35.3071 1016 10160025 67 67.7 7.6778 35.3071 1016 10160025 68 68.7 7.6781 35.3071 1016 10160025 69 69.7 7.6787 35.3071 1016 10160025 70 70.7 7.6799 35.3073 1016 10160025 71 71.7 7.6829 35.3081 1016 10160025 72 72.7 7.6832 35.3087 1016 10160025 73 73.7 7.6833 35.3088 1016 10160025 74 74.7 7.6825 35.3092 1016 10160025 75 75.7 7.6814 35.3097 1016 10160025 76 76.8 7.6812 35.3098 1016 10160025 77 77.8 7.6801 35.3100 1016 10160025 78 78.8 7.6771 35.3103 1016 10160025 79 79.8 7.6754 35.3108 1016 10160025 80 80.8 7.6756 35.3108 1016 10160025 81 81.8 7.6755 35.3108 1016 10160025 82 82.8 7.6758 35.3107 1016 10160025 83 83.8 7.6761 35.3108 1016 10160025 84 84.8 7.6755 35.3107 1016 10160025 85 85.8 7.6739 35.3108 1016 10160025 86 86.9 7.6738 35.3110 1016 10160025 87 87.9 7.6746 35.3109 1016 10160025 88 88.9 7.6752 35.3108 1016 10160025 89 89.9 7.6668 35.3102 1016 10160025 90 90.9 7.6651 35.3103 1016 10160025 91 91.9 7.6671 35.3106 1016 10160025 92 92.9 7.6687 35.3107 1016 10160025 93 93.9 7.6575 35.3090 1016 10160025 94 94.9 7.6520 35.3084 1016 10160025 95 95.9 7.6559 35.3089 1016 10160025 96 97.0 7.6577 35.3091 1016 10160025 97 98.0 7.6563 35.3089 1016 10160025 98 99.0 7.6549 35.3086 1016 10160025 99 100.0 7.6548 35.3088 1016 10160025 100 101.0 7.6565 35.3090 1016 10160025 101 102.0 7.6542 35.3086 1016 10160025 102 103.0 7.6533 35.3083 1016 10160025 103 104.0 7.6542 35.3085 1016 10160025 104 105.0 7.6500 35.3079 1016 10160025 105 106.0 7.6479 35.3074 1016 10160025 106 107.1 7.6483 35.3074 1016 10160025 107 108.1 7.6470 35.3074 1016 10160025 108 109.1 7.6478 35.3075 1016 10160025 109 110.1 7.6479 35.3074 1016 10160025 110 111.1 7.6483 35.3075 1016 10160025 111 112.1 7.6488 35.3075 1016 10160025 112 113.1 7.6495 35.3074 1016 10160025 113 114.1 7.6496 35.3076 1016 10160025 114 115.1 7.6495 35.3077 1016 10160025 115 116.1 7.6490 35.3076 1016 10160026 1 1.0 7.7699 35.2994 1016 10160026 2 2.0 7.7685 35.2995 1016 10160026 3 3.0 7.7675 35.2994 1016 10160026 4 4.0 7.7641 35.2993 1016 10160026 5 5.0 7.7606 35.2993 1016 10160026 6 6.1 7.7599 35.2994 1016 10160026 7 7.1 7.7596 35.2994 1016 10160026 8 8.1 7.7590 35.2994 1016 10160026 9 9.1 7.7582 35.2995 1016 10160026 10 10.1 7.7583 35.2994 1016 10160026 11 11.1 7.7581 35.2995 1016 10160026 12 12.1 7.7589 35.2996 1016 10160026 13 13.1 7.7564 35.2998 1016 10160026 14 14.1 7.7529 35.3000 1016 10160026 15 15.1 7.7541 35.2999 1016 10160026 16 16.2 7.7554 35.2996 1016 10160026 17 17.2 7.7567 35.2996 1016 10160026 18 18.2 7.7549 35.2997 1016 10160026 19 19.2 7.7508 35.3003 1016 10160026 20 20.2 7.7524 35.3002 1016 10160026 21 21.2 7.7507 35.3003 1016 10160026 22 22.2 7.7479 35.3005 1016 10160026 23 23.2 7.7483 35.3004 1016 10160026 24 24.2 7.7482 35.3004 1016 10160026 25 25.2 7.7464 35.3006 1016 10160026 26 26.3 7.7454 35.3010 1016 10160026 27 27.3 7.7454 35.3010 1016 10160026 28 28.3 7.7453 35.3010 1016 10160026 29 29.3 7.7451 35.3010 1016 10160026 30 30.3 7.7457 35.3010 1016 10160026 31 31.3 7.7468 35.3007 1016 10160026 32 32.3 7.7423 35.3012 1016 10160026 33 33.3 7.7342 35.3021 1016 10160026 34 34.3 7.7383 35.3016 1016 10160026 35 35.3 7.7394 35.3015 1016 10160026 36 36.4 7.7222 35.3034 1016 10160026 37 37.4 7.7144 35.3039 1016 10160026 38 38.4 7.7154 35.3038 1016 10160026 39 39.4 7.6991 35.3054 1016 10160026 40 40.4 7.7002 35.3050 1016 10160026 41 41.4 7.7014 35.3049 1016 10160026 42 42.4 7.7027 35.3048 1016 10160026 43 43.4 7.7030 35.3050 1016 10160026 44 44.4 7.7077 35.3045 1016 10160026 45 45.4 7.7097 35.3043 1016 10160026 46 46.5 7.7038 35.3051 1016 10160026 47 47.5 7.6928 35.3060 1016 10160026 48 48.5 7.6867 35.3065 1016 10160026 49 49.5 7.6861 35.3063 1016 10160026 50 50.5 7.6862 35.3061 1016 10160026 51 51.5 7.6863 35.3064 1016 10160026 52 52.5 7.6862 35.3063 1016 10160026 53 53.5 7.6862 35.3064 1016 10160026 54 54.5 7.6862 35.3065 1016 10160026 55 55.5 7.6863 35.3064 1016 10160026 56 56.6 7.6864 35.3066 1016 10160026 57 57.6 7.6862 35.3067 1016 10160026 58 58.6 7.6861 35.3066 1016 10160026 59 59.6 7.6854 35.3065 1016 10160026 60 60.6 7.6850 35.3066 1016 10160026 61 61.6 7.6848 35.3065 1016 10160026 62 62.6 7.6849 35.3065 1016 10160026 63 63.6 7.6849 35.3064 1016 10160026 64 64.6 7.6844 35.3067 1016 10160026 65 65.6 7.6841 35.3068 1016 10160026 66 66.6 7.6826 35.3068 1016 10160026 67 67.7 7.6820 35.3068 1016 10160026 68 68.7 7.6823 35.3067 1016 10160026 69 69.7 7.6824 35.3068 1016 10160026 70 70.7 7.6821 35.3066 1016 10160026 71 71.7 7.6821 35.3067 1016 10160026 72 72.7 7.6822 35.3067 1016 10160026 73 73.7 7.6820 35.3069 1016 10160026 74 74.7 7.6815 35.3068 1016 10160026 75 75.7 7.6815 35.3069 1016 10160026 76 76.8 7.6808 35.3067 1016 10160026 77 77.8 7.6797 35.3068 1016 10160026 78 78.8 7.6770 35.3069 1016 10160026 79 79.8 7.6749 35.3068 1016 10160026 80 80.8 7.6719 35.3068 1016 10160026 81 81.8 7.6707 35.3068 1016 10160026 82 82.8 7.6689 35.3068 1016 10160026 83 83.8 7.6664 35.3067 1016 10160026 84 84.8 7.6622 35.3066 1016 10160026 85 85.8 7.6603 35.3063 1016 10160026 86 86.9 7.6589 35.3066 1016 10160026 87 87.9 7.6581 35.3066 1016 10160026 88 88.9 7.6575 35.3063 1016 10160026 89 89.9 7.6562 35.3064 1016 10160026 90 90.9 7.6565 35.3063 1016 10160026 91 91.9 7.6563 35.3063 1016 10160026 92 92.9 7.6561 35.3064 1016 10160026 93 93.9 7.6560 35.3066 1016 10160026 94 94.9 7.6545 35.3065 1016 10160026 95 95.9 7.6527 35.3064 1016 10160026 96 97.0 7.6514 35.3064 1016 10160026 97 98.0 7.6480 35.3063 1016 10160026 98 99.0 7.6448 35.3061 1016 10160026 99 100.0 7.6427 35.3061 1016 10160026 100 101.0 7.6409 35.3061 1016 10160026 101 102.0 7.6386 35.3060 1016 10160026 102 103.0 7.6383 35.3059 1016 10160026 103 104.0 7.6378 35.3059 1016 10160026 104 105.0 7.6371 35.3060 1016 10160026 105 106.0 7.6358 35.3059 1016 10160026 106 107.1 7.6330 35.3057 1016 10160026 107 108.1 7.6268 35.3053 1016 10160026 108 109.1 7.6239 35.3053 1016 10160026 109 110.1 7.6226 35.3052 1016 10160026 110 111.1 7.6180 35.3052 1016 10160026 111 112.1 7.6172 35.3052 1016 10160026 112 113.1 7.6164 35.3054 1016 10160026 113 114.1 7.6154 35.3053 1016 10160026 114 115.1 7.6142 35.3054 1016 10160026 115 116.1 7.6131 35.3053 1016 10160026 116 117.2 7.6127 35.3052 1016 10160026 117 118.2 7.6115 35.3053 1016 10160026 118 119.2 7.6094 35.3052 1016 10160026 119 120.2 7.6071 35.3053 1016 10160026 120 121.2 7.6045 35.3053 1016 10160026 121 122.2 7.6030 35.3053 1016 10160026 122 123.2 7.6001 35.3052 1016 10160026 123 124.2 7.5920 35.3051 1016 10160026 124 125.2 7.5864 35.3051 1016 10160026 125 126.2 7.5791 35.3048 1016 10160026 126 127.3 7.5766 35.3048 1016 10160026 127 128.3 7.5757 35.3046 1016 10160026 128 129.3 7.5744 35.3047 1016 10160026 129 130.3 7.5718 35.3044 1016 10160026 130 131.3 7.5689 35.3045 1016 10160026 131 132.3 7.5650 35.3044 1016 10160026 132 133.3 7.5600 35.3042 1016 10160026 133 134.3 7.5557 35.3042 1016 10160026 134 135.3 7.5447 35.3039 1016 10160026 135 136.4 7.5281 35.3037 1016 10160026 136 137.4 7.5225 35.3034 1016 10160026 137 138.4 7.5208 35.3034 1016 10160026 138 139.4 7.5180 35.3032 1016 10160026 139 140.4 7.5156 35.3030 1016 10160026 140 141.4 7.5147 35.3030 1016 10160026 141 142.4 7.5132 35.3028 1016 10160026 142 143.4 7.5101 35.3028 1016 10160026 143 144.4 7.5058 35.3029 1016 10160026 144 145.4 7.5031 35.3029 1016 10160026 145 146.5 7.5019 35.3026 1016 10160026 146 147.5 7.5018 35.3028 1016 10160026 147 148.5 7.5019 35.3027 1016 10160026 148 149.5 7.5006 35.3027 1016 10160026 149 150.5 7.4957 35.3026 1016 10160026 150 151.5 7.4881 35.3022 1016 10160026 151 152.5 7.4855 35.3023 1016 10160026 152 153.5 7.4845 35.3022 1016 10160026 153 154.5 7.4842 35.3022 1016 10160026 154 155.5 7.4849 35.3024 1016 10160026 155 156.6 7.4850 35.3023 1016 10160026 156 157.6 7.4843 35.3023 1016 10160026 157 158.6 7.4783 35.3021 1016 10160026 158 159.6 7.4670 35.3020 1016 10160026 159 160.6 7.4631 35.3018 1016 10160026 160 161.6 7.4572 35.3016 1016 10160026 161 162.6 7.4526 35.3014 1016 10160026 162 163.6 7.4511 35.3013 1016 10160026 163 164.6 7.4455 35.3010 1016 10160026 164 165.7 7.4423 35.3012 1016 10160026 165 166.7 7.4394 35.3011 1016 10160026 166 167.7 7.4356 35.3009 1016 10160026 167 168.7 7.4317 35.3008 1016 10160026 168 169.7 7.4254 35.3007 1016 10160026 169 170.7 7.4175 35.3002 1016 10160026 170 171.7 7.4156 35.3001 1016 10160026 171 172.7 7.4138 35.2998 1016 10160026 172 173.7 7.4130 35.2997 1016 10160026 173 174.7 7.4096 35.2994 1016 10160026 174 175.8 7.4092 35.2995 1016 10160026 175 176.8 7.4087 35.2995 1016 10160026 176 177.8 7.4075 35.2995 1016 10160026 177 178.8 7.4081 35.2999 1016 10160026 178 179.8 7.4082 35.2998 1016 10160026 179 180.8 7.4081 35.2999 1016 10160026 180 181.8 7.4085 35.3000 1016 10160026 181 182.8 7.4074 35.2998 1016 10160026 182 183.8 7.4074 35.2999 1016 10160026 183 184.9 7.4050 35.2994 1016 10160026 184 185.9 7.4053 35.2996 1016 10160026 185 186.9 7.4053 35.2996 1016 10160026 186 187.9 7.4049 35.2995 1016 10160026 187 188.9 7.4048 35.2994 1016 10160026 188 189.9 7.4046 35.2995 1016 10160026 189 190.9 7.4044 35.2994 1016 10160026 190 191.9 7.4049 35.2993 1016 10160026 191 192.9 7.4026 35.2995 1016 10160026 192 193.9 7.4000 35.2993 1016 10160026 193 195.0 7.3982 35.2991 1016 10160026 194 196.0 7.3975 35.2993 1016 10160026 195 197.0 7.3964 35.2990 1016 10160026 196 198.0 7.3963 35.2991 1016 10160026 197 199.0 7.3955 35.2990 1016 10160026 198 200.0 7.3924 35.2990 1016 10160026 199 201.0 7.3917 35.2987 1016 10160026 200 202.0 7.3908 35.2987 1016 10160026 201 203.0 7.3906 35.2987 1016 10160026 202 204.1 7.3905 35.2987 1016 10160026 203 205.1 7.3900 35.2987 1016 10160026 204 206.1 7.3890 35.2985 1016 10160026 205 207.1 7.3860 35.2985 1016 10160026 206 208.1 7.3822 35.2981 1016 10160026 207 209.1 7.3790 35.2979 1016 10160026 208 210.1 7.3800 35.2980 1016 10160026 209 211.1 7.3799 35.2980 1016 10160026 210 212.1 7.3792 35.2979 1016 10160026 211 213.2 7.3769 35.2979 1016 10160026 212 214.2 7.3768 35.2980 1016 10160026 213 215.2 7.3777 35.2978 1016 10160026 214 216.2 7.3791 35.2979 1016 10160026 215 217.2 7.3769 35.2980 1016 10160026 216 218.2 7.3735 35.2980 1016 10160026 217 219.2 7.3721 35.2979 1016 10160026 218 220.2 7.3722 35.2979 1016 10160026 219 221.2 7.3728 35.2980 1016 10160026 220 222.2 7.3728 35.2979 1016 10160026 221 223.3 7.3711 35.2978 1016 10160026 222 224.3 7.3704 35.2978 1016 10160026 223 225.3 7.3704 35.2976 1016 10160026 224 226.3 7.3704 35.2979 1016 10160026 225 227.3 7.3701 35.2978 1016 10160026 226 228.3 7.3690 35.2979 1016 10160026 227 229.3 7.3674 35.2978 1016 10160026 228 230.3 7.3671 35.2978 1016 10160026 229 231.3 7.3665 35.2977 1016 10160026 230 232.4 7.3660 35.2978 1016 10160026 231 233.4 7.3645 35.2977 1016 10160026 232 234.4 7.3642 35.2979 1016 10160026 233 235.4 7.3640 35.2979 1016 10160026 234 236.4 7.3628 35.2978 1016 10160026 235 237.4 7.3623 35.2979 1016 10160026 236 238.4 7.3618 35.2979 1016 10160026 237 239.4 7.3617 35.2978 1016 10160026 238 240.4 7.3618 35.2979 1016 10160026 239 241.5 7.3610 35.2978 1016 10160026 240 242.5 7.3604 35.2978 1016 10160026 241 243.5 7.3588 35.2977 1016 10160026 242 244.5 7.3582 35.2977 1016 10160026 243 245.5 7.3582 35.2978 1016 10160026 244 246.5 7.3591 35.2977 1016 10160026 245 247.5 7.3609 35.2977 1016 10160026 246 248.5 7.3618 35.2977 1016 10160026 247 249.5 7.3596 35.2979 1016 10160026 248 250.6 7.3602 35.2978 1016 10160026 249 251.6 7.3581 35.2977 1016 10160026 250 252.6 7.3561 35.2979 1016 10160026 251 253.6 7.3559 35.2977 1016 10160026 252 254.6 7.3558 35.2979 1016 10160026 253 255.6 7.3559 35.2977 1016 10160026 254 256.6 7.3563 35.2979 1016 10160026 255 257.6 7.3557 35.2977 1016 10160026 256 258.6 7.3562 35.2979 1016 10160026 257 259.7 7.3565 35.2977 1016 10160026 258 260.7 7.3564 35.2977 1016 10160026 259 261.7 7.3568 35.2978 1016 10160026 260 262.7 7.3560 35.2979 1016 10160026 261 263.7 7.3557 35.2979 1016 10160026 262 264.7 7.3558 35.2979 1016 10160026 263 265.7 7.3559 35.2977 1016 10160026 264 266.7 7.3568 35.2979 1016 10160026 265 267.7 7.3569 35.2980 1016 10160026 266 268.7 7.3567 35.2979 1016 10160026 267 269.8 7.3569 35.2977 1016 10160026 268 270.8 7.3577 35.2977 1016 10160026 269 271.8 7.3596 35.2978 1016 10160026 270 272.8 7.3592 35.2979 1016 10160026 271 273.8 7.3589 35.2980 1016 10160026 272 274.8 7.3601 35.2980 1016 10160026 273 275.8 7.3607 35.2981 1016 10160026 274 276.8 7.3596 35.2977 1016 10160026 275 277.8 7.3602 35.2979 1016 10160026 276 278.9 7.3592 35.2983 1016 10160029 3 3.0 7.9582 35.2983 1016 10160029 4 4.0 7.9588 35.2982 1016 10160029 5 5.0 7.9589 35.2983 1016 10160029 6 6.1 7.9588 35.2984 1016 10160029 7 7.1 7.9593 35.2983 1016 10160029 8 8.1 7.9529 35.2982 1016 10160029 9 9.1 7.9545 35.2984 1016 10160029 10 10.1 7.9565 35.2982 1016 10160029 11 11.1 7.9536 35.2982 1016 10160029 12 12.1 7.9533 35.2983 1016 10160029 13 13.1 7.9532 35.2984 1016 10160029 14 14.1 7.9519 35.2983 1016 10160029 15 15.1 7.9510 35.2983 1016 10160029 16 16.2 7.9459 35.2983 1016 10160029 17 17.2 7.9437 35.2985 1016 10160029 18 18.2 7.9468 35.2984 1016 10160029 19 19.2 7.9471 35.2982 1016 10160029 20 20.2 7.9482 35.2982 1016 10160029 21 21.2 7.9488 35.2983 1016 10160029 22 22.2 7.9485 35.2983 1016 10160029 23 23.2 7.9264 35.2985 1016 10160029 24 24.2 7.9222 35.2985 1016 10160029 25 25.2 7.9260 35.2983 1016 10160029 26 26.3 7.9263 35.2984 1016 10160029 27 27.3 7.9265 35.2985 1016 10160029 28 28.3 7.9184 35.2987 1016 10160029 29 29.3 7.9133 35.2988 1016 10160029 30 30.3 7.9053 35.2990 1016 10160029 31 31.3 7.9015 35.2991 1016 10160029 32 32.3 7.8960 35.2993 1016 10160029 33 33.3 7.8831 35.2994 1016 10160029 34 34.3 7.8657 35.2999 1016 10160029 35 35.3 7.8562 35.3001 1016 10160029 36 36.4 7.8394 35.3006 1016 10160029 37 37.4 7.8272 35.3015 1016 10160029 38 38.4 7.8086 35.3014 1016 10160029 39 39.4 7.7458 35.3051 1016 10160029 40 40.4 7.6973 35.3071 1016 10160029 41 41.4 7.6846 35.3063 1016 10160029 42 42.4 7.6736 35.3060 1016 10160029 43 43.4 7.6675 35.3058 1016 10160029 44 44.4 7.6631 35.3055 1016 10160029 45 45.4 7.6612 35.3054 1016 10160029 46 46.5 7.6580 35.3053 1016 10160029 47 47.5 7.6536 35.3050 1016 10160029 48 48.5 7.6518 35.3051 1016 10160029 49 49.5 7.6493 35.3051 1016 10160029 50 50.5 7.6466 35.3052 1016 10160029 51 51.5 7.6465 35.3053 1016 10160029 52 52.5 7.6464 35.3053 1016 10160029 53 53.5 7.6464 35.3053 1016 10160029 54 54.5 7.6449 35.3056 1016 10160029 55 55.5 7.6430 35.3057 1016 10160029 56 56.6 7.6425 35.3057 1016 10160029 57 57.6 7.6420 35.3058 1016 10160029 58 58.6 7.6413 35.3059 1016 10160029 59 59.6 7.6403 35.3059 1016 10160029 60 60.6 7.6397 35.3061 1016 10160029 61 61.6 7.6400 35.3059 1016 10160029 62 62.6 7.6400 35.3061 1016 10160029 63 63.6 7.6392 35.3062 1016 10160029 64 64.6 7.6385 35.3060 1016 10160029 65 65.6 7.6384 35.3062 1016 10160029 66 66.6 7.6380 35.3063 1016 10160029 67 67.7 7.6379 35.3063 1016 10160029 68 68.7 7.6376 35.3063 1016 10160029 69 69.7 7.6377 35.3061 1016 10160029 70 70.7 7.6378 35.3062 1016 10160029 71 71.7 7.6378 35.3065 1016 10160029 72 72.7 7.6365 35.3064 1016 10160029 73 73.7 7.6356 35.3062 1016 10160029 74 74.7 7.6316 35.3063 1016 10160029 75 75.7 7.6264 35.3064 1016 10160029 76 76.8 7.6240 35.3063 1016 10160029 77 77.8 7.6212 35.3062 1016 10160029 78 78.8 7.6216 35.3062 1016 10160029 79 79.8 7.6196 35.3063 1016 10160029 80 80.8 7.6201 35.3062 1016 10160029 81 81.8 7.6199 35.3063 1016 10160029 82 82.8 7.6190 35.3064 1016 10160029 83 83.8 7.6168 35.3063 1016 10160029 84 84.8 7.6157 35.3062 1016 10160029 85 85.8 7.6150 35.3062 1016 10160029 86 86.9 7.6147 35.3061 1016 10160029 87 87.9 7.6132 35.3062 1016 10160029 88 88.9 7.6078 35.3063 1016 10160029 89 89.9 7.5979 35.3062 1016 10160029 90 90.9 7.5933 35.3062 1016 10160029 91 91.9 7.5874 35.3060 1016 10160029 92 92.9 7.5787 35.3059 1016 10160029 93 93.9 7.5729 35.3056 1016 10160029 94 94.9 7.5655 35.3054 1016 10160029 95 95.9 7.5487 35.3052 1016 10160029 96 97.0 7.5315 35.3051 1016 10160029 97 98.0 7.5283 35.3051 1016 10160029 98 99.0 7.5276 35.3050 1016 10160029 99 100.0 7.5246 35.3048 1016 10160029 100 101.0 7.5206 35.3048 1016 10160029 101 102.0 7.5186 35.3046 1016 10160029 102 103.0 7.5159 35.3046 1016 10160029 103 104.0 7.5148 35.3047 1016 10160029 104 105.0 7.5121 35.3048 1016 10160029 105 106.0 7.5129 35.3047 1016 10160029 106 107.1 7.5113 35.3047 1016 10160029 107 108.1 7.5104 35.3048 1016 10160029 108 109.1 7.5080 35.3048 1016 10160029 109 110.1 7.4990 35.3046 1016 10160029 110 111.1 7.4922 35.3046 1016 10160029 111 112.1 7.4913 35.3046 1016 10160029 112 113.1 7.4915 35.3044 1016 10160029 113 114.1 7.4914 35.3046 1016 10160029 114 115.1 7.4930 35.3047 1016 10160029 115 116.1 7.4937 35.3048 1016 10160029 116 117.2 7.4930 35.3047 1016 10160029 117 118.2 7.4942 35.3048 1016 10160029 118 119.2 7.4932 35.3048 1016 10160029 119 120.2 7.4909 35.3048 1016 10160029 120 121.2 7.4905 35.3048 1016 10160029 121 122.2 7.4927 35.3047 1016 10160029 122 123.2 7.4942 35.3047 1016 10160029 123 124.2 7.4937 35.3048 1016 10160029 124 125.2 7.4911 35.3050 1016 10160029 125 126.2 7.4910 35.3049 1016 10160029 126 127.3 7.4920 35.3048 1016 10160029 127 128.3 7.4909 35.3048 1016 10160029 128 129.3 7.4894 35.3048 1016 10160029 129 130.3 7.4890 35.3050 1016 10160029 130 131.3 7.4889 35.3050 1016 10160029 131 132.3 7.4885 35.3050 1016 10160029 132 133.3 7.4885 35.3049 1016 10160029 133 134.3 7.4889 35.3048 1016 10160029 134 135.3 7.4892 35.3049 1016 10160029 135 136.4 7.4898 35.3049 1016 10160029 136 137.4 7.4901 35.3050 1016 10160029 137 138.4 7.4898 35.3050 1016 10160029 138 139.4 7.4888 35.3050 1016 10160029 139 140.4 7.4886 35.3048 1016 10160029 140 141.4 7.4883 35.3048 1016 10160029 141 142.4 7.4884 35.3050 1016 10160029 142 143.4 7.4888 35.3049 1016 10160029 143 144.4 7.4890 35.3049 1016 10160029 144 145.4 7.4894 35.3048 1016 10160029 145 146.5 7.4888 35.3047 1016 10160029 146 147.5 7.4887 35.3049 1016 10160029 147 148.5 7.4888 35.3049 1016 10160029 148 149.5 7.4887 35.3047 1016 10160029 149 150.5 7.4889 35.3049 1016 10160029 150 151.5 7.4889 35.3051 1016 10160029 151 152.5 7.4890 35.3051 1016 10160029 152 153.5 7.4889 35.3051 1016 10160029 153 154.5 7.4888 35.3049 1016 10160029 154 155.5 7.4887 35.3050 1016 10160029 155 156.6 7.4886 35.3050 1016 10160029 156 157.6 7.4890 35.3049 1016 10160029 157 158.6 7.4893 35.3048 1016 10160029 158 159.6 7.4893 35.3050 1016 10160029 159 160.6 7.4891 35.3050 1016 10160029 160 161.6 7.4890 35.3049 1016 10160029 161 162.6 7.4893 35.3047 1016 10160030 2 2.0 8.1739 35.3135 1016 10160030 3 3.0 8.1767 35.3135 1016 10160030 4 4.0 8.1788 35.3138 1016 10160030 5 5.0 8.1806 35.3137 1016 10160030 6 6.1 8.1841 35.3136 1016 10160030 7 7.1 8.1727 35.3138 1016 10160030 8 8.1 8.1670 35.3138 1016 10160030 9 9.1 8.1575 35.3137 1016 10160030 10 10.1 8.1586 35.3136 1016 10160030 11 11.1 8.1608 35.3136 1016 10160030 12 12.1 8.1604 35.3136 1016 10160030 13 13.1 8.1555 35.3137 1016 10160030 14 14.1 8.1477 35.3133 1016 10160030 15 15.1 8.1326 35.3132 1016 10160030 16 16.2 8.1131 35.3132 1016 10160030 17 17.2 8.1100 35.3130 1016 10160030 18 18.2 8.1115 35.3128 1016 10160030 19 19.2 8.1071 35.3129 1016 10160030 20 20.2 8.1059 35.3131 1016 10160030 21 21.2 8.1063 35.3129 1016 10160030 22 22.2 8.1073 35.3130 1016 10160030 23 23.2 8.1084 35.3130 1016 10160030 24 24.2 8.1104 35.3130 1016 10160030 25 25.2 8.1162 35.3133 1016 10160030 26 26.3 8.1156 35.3134 1016 10160030 27 27.3 8.0978 35.3130 1016 10160030 28 28.3 8.0826 35.3127 1016 10160030 29 29.3 8.0799 35.3123 1016 10160030 30 30.3 8.0763 35.3124 1016 10160030 31 31.3 8.0739 35.3121 1016 10160030 32 32.3 8.0749 35.3121 1016 10160030 33 33.3 8.0739 35.3123 1016 10160030 34 34.3 8.0719 35.3123 1016 10160030 35 35.3 8.0704 35.3123 1016 10160030 36 36.4 8.0700 35.3123 1016 10160030 37 37.4 8.0678 35.3123 1016 10160030 38 38.4 8.0655 35.3122 1016 10160030 39 39.4 8.0585 35.3123 1016 10160030 40 40.4 8.0569 35.3125 1016 10160030 41 41.4 8.0569 35.3123 1016 10160030 42 42.4 8.0556 35.3124 1016 10160030 43 43.4 8.0539 35.3124 1016 10160030 44 44.4 8.0533 35.3125 1016 10160030 45 45.4 8.0536 35.3125 1016 10160030 46 46.5 8.0537 35.3126 1016 10160030 47 47.5 8.0537 35.3126 1016 10160030 48 48.5 8.0539 35.3127 1016 10160030 49 49.5 8.0543 35.3128 1016 10160030 50 50.5 8.0531 35.3127 1016 10160030 51 51.5 8.0529 35.3127 1016 10160030 52 52.5 8.0527 35.3128 1016 10160030 53 53.5 8.0508 35.3129 1016 10160030 54 54.5 8.0496 35.3130 1016 10160030 55 55.5 8.0490 35.3130 1016 10160030 56 56.6 8.0483 35.3130 1016 10160030 57 57.6 8.0441 35.3133 1016 10160030 58 58.6 8.0402 35.3138 1016 10160030 59 59.6 8.0310 35.3155 1016 10160030 60 60.6 8.0229 35.3170 1016 10160030 61 61.6 8.0198 35.3176 1016 10160030 62 62.6 8.0189 35.3178 1016 10160030 63 63.6 8.0168 35.3180 1016 10160030 64 64.6 8.0110 35.3192 1016 10160030 65 65.6 8.0015 35.3209 1016 10160030 66 66.6 8.0012 35.3211 1016 10160030 67 67.7 8.0012 35.3211 1016 10160030 68 68.7 8.0012 35.3211 1016 10160030 69 69.7 8.0009 35.3211 1016 10160030 70 70.7 8.0010 35.3211 1016 10160030 71 71.7 8.0004 35.3219 1016 10160030 72 72.7 7.9987 35.3224 1016 10160030 73 73.7 7.9986 35.3226 1016 10160030 74 74.7 7.9984 35.3230 1016 10160030 75 75.7 7.9968 35.3230 1016 10160030 76 76.8 7.9963 35.3229 1016 10160030 77 77.8 7.9946 35.3229 1016 10160030 78 78.8 7.9923 35.3229 1016 10160030 79 79.8 7.9816 35.3219 1016 10160030 80 80.8 7.9794 35.3218 1016 10160030 81 81.8 7.9806 35.3219 1016 10160030 82 82.8 7.9807 35.3219 1016 10160030 83 83.8 7.9779 35.3219 1016 10160030 84 84.8 7.9763 35.3219 1016 10160030 85 85.8 7.9786 35.3219 1016 10160030 86 86.9 7.9773 35.3218 1016 10160030 87 87.9 7.9637 35.3212 1016 10160030 88 88.9 7.9586 35.3213 1016 10160030 89 89.9 7.9583 35.3212 1016 10160030 90 90.9 7.9565 35.3213 1016 10160030 91 91.9 7.9542 35.3216 1016 10160030 92 92.9 7.9530 35.3216 1016 10160030 93 93.9 7.9523 35.3215 1016 10160030 94 94.9 7.9514 35.3214 1016 10160030 95 95.9 7.9512 35.3217 1016 10160030 96 97.0 7.9510 35.3217 1016 10160030 97 98.0 7.9502 35.3215 1016 10160030 98 99.0 7.9471 35.3216 1016 10160030 99 100.0 7.9461 35.3215 1016 10160030 100 101.0 7.9443 35.3214 1016 10160030 101 102.0 7.9431 35.3216 1016 10160030 102 103.0 7.9421 35.3215 1016 10160030 103 104.0 7.9385 35.3213 1016 10160030 104 105.0 7.9337 35.3209 1016 10160030 105 106.0 7.9308 35.3207 1016 10160030 106 107.1 7.9254 35.3200 1016 10160030 107 108.1 7.9200 35.3197 1016 10160030 108 109.1 7.9187 35.3196 1016 10160030 109 110.1 7.9177 35.3196 1016 10160030 110 111.1 7.9168 35.3197 1016 10160030 111 112.1 7.9143 35.3194 1016 10160030 112 113.1 7.9099 35.3196 1016 10160030 113 114.1 7.9021 35.3196 1016 10160030 114 115.1 7.9003 35.3195 1016 10160030 115 116.1 7.9002 35.3193 1016 10160030 116 117.2 7.8999 35.3193 1016 10160030 117 118.2 7.8990 35.3193 1016 10160030 118 119.2 7.8979 35.3194 1016 10160030 119 120.2 7.8932 35.3191 1016 10160030 120 121.2 7.8824 35.3185 1016 10160030 121 122.2 7.8736 35.3182 1016 10160030 122 123.2 7.8682 35.3180 1016 10160030 123 124.2 7.8495 35.3168 1016 10160030 124 125.2 7.8299 35.3155 1016 10160030 125 126.2 7.8164 35.3147 1016 10160030 126 127.3 7.7956 35.3132 1016 10160030 127 128.3 7.7855 35.3128 1016 10160030 128 129.3 7.7808 35.3126 1016 10160030 129 130.3 7.7707 35.3120 1016 10160030 130 131.3 7.7583 35.3115 1016 10160030 131 132.3 7.7415 35.3105 1016 10160030 132 133.3 7.7201 35.3092 1016 10160030 133 134.3 7.7017 35.3081 1016 10160030 134 135.3 7.6844 35.3075 1016 10160030 135 136.4 7.6787 35.3073 1016 10160030 136 137.4 7.6741 35.3070 1016 10160030 137 138.4 7.6619 35.3065 1016 10160030 138 139.4 7.6497 35.3060 1016 10160030 139 140.4 7.6358 35.3051 1016 10160030 140 141.4 7.6321 35.3046 1016 10160030 141 142.4 7.6222 35.3038 1016 10160030 142 143.4 7.5928 35.3022 1016 10160030 143 144.4 7.5726 35.3013 1016 10160030 144 145.4 7.5712 35.3014 1016 10160030 145 146.5 7.5634 35.3011 1016 10160030 146 147.5 7.5595 35.3009 1016 10160030 147 148.5 7.5569 35.3007 1016 10160030 148 149.5 7.5565 35.3005 1016 10160030 149 150.5 7.5543 35.3002 1016 10160030 150 151.5 7.5511 35.3002 1016 10160030 151 152.5 7.5506 35.3003 1016 10160030 152 153.5 7.5500 35.3004 1016 10160030 153 154.5 7.5469 35.3001 1016 10160030 154 155.5 7.5442 35.3000 1016 10160030 155 156.6 7.5430 35.3000 1016 10160030 156 157.6 7.5420 35.3001 1016 10160030 157 158.6 7.5403 35.2998 1016 10160030 158 159.6 7.5361 35.2996 1016 10160030 159 160.6 7.5339 35.2995 1016 10160030 160 161.6 7.5342 35.2994 1016 10160030 161 162.6 7.5331 35.2994 1016 10160030 162 163.6 7.5326 35.2995 1016 10160030 163 164.6 7.5318 35.2996 1016 10160030 164 165.7 7.5278 35.2992 1016 10160030 165 166.7 7.5298 35.2994 1016 10160030 166 167.7 7.5281 35.2992 1016 10160030 167 168.7 7.5256 35.2991 1016 10160030 168 169.7 7.5254 35.2989 1016 10160030 169 170.7 7.5244 35.2988 1016 10160030 170 171.7 7.5228 35.2988 1016 10160030 171 172.7 7.5176 35.2985 1016 10160030 172 173.7 7.5137 35.2982 1016 10160030 173 174.7 7.5150 35.2984 1016 10160030 174 175.8 7.5147 35.2983 1016 10160030 175 176.8 7.5143 35.2983 1016 10160030 176 177.8 7.5090 35.2977 1016 10160030 177 178.8 7.5059 35.2976 1016 10160030 178 179.8 7.5016 35.2973 1016 10160030 179 180.8 7.4989 35.2972 1016 10160030 180 181.8 7.4984 35.2970 1016 10160030 181 182.8 7.4975 35.2969 1016 10160030 182 183.8 7.4963 35.2969 1016 10160030 183 184.9 7.4953 35.2967 1016 10160030 184 185.9 7.4954 35.2967 1016 10160030 185 186.9 7.4934 35.2966 1016 10160030 186 187.9 7.4945 35.2967 1016 10160030 187 188.9 7.4874 35.2962 1016 10160030 188 189.9 7.4826 35.2958 1016 10160030 189 190.9 7.4836 35.2958 1016 10160030 190 191.9 7.4851 35.2960 1016 10160030 191 192.9 7.4809 35.2958 1016 10160030 192 193.9 7.4835 35.2962 1016 10160030 193 195.0 7.4816 35.2959 1016 10160030 194 196.0 7.4807 35.2960 1016 10160030 195 197.0 7.4793 35.2958 1016 10160030 196 198.0 7.4796 35.2957 1016 10160030 197 199.0 7.4795 35.2958 1016 10160030 198 200.0 7.4795 35.2956 1016 10160030 199 201.0 7.4796 35.2957 1016 10160030 200 202.0 7.4798 35.2957 1016 10160030 201 203.0 7.4777 35.2956 1016 10160030 202 204.1 7.4784 35.2957 1016 10160030 203 205.1 7.4779 35.2956 1016 10160030 204 206.1 7.4762 35.2954 1016 10160030 205 207.1 7.4772 35.2954 1016 10160030 206 208.1 7.4761 35.2954 1016 10160030 207 209.1 7.4755 35.2953 1016 10160030 208 210.1 7.4731 35.2952 1016 10160030 209 211.1 7.4585 35.2940 1016 10160030 210 212.1 7.4584 35.2940 1016 10160030 211 213.2 7.4588 35.2940 1016 10160030 212 214.2 7.4392 35.2925 1016 10160030 213 215.2 7.4203 35.2911 1016 10160030 214 216.2 7.4105 35.2904 1016 10160030 215 217.2 7.4115 35.2904 1016 10160030 216 218.2 7.4134 35.2904 1016 10160030 217 219.2 7.4089 35.2901 1016 10160030 218 220.2 7.4010 35.2896 1016 10160030 219 221.2 7.4002 35.2895 1016 10160030 220 222.2 7.4024 35.2896 1016 10160030 221 223.3 7.3964 35.2893 1016 10160030 222 224.3 7.3982 35.2894 1016 10160031 2 2.0 8.2363 35.3162 1016 10160031 3 3.0 8.2372 35.3168 1016 10160031 4 4.0 8.2372 35.3166 1016 10160031 5 5.0 8.2416 35.3169 1016 10160031 6 6.1 8.2444 35.3172 1016 10160031 7 7.1 8.2444 35.3174 1016 10160031 8 8.1 8.2421 35.3174 1016 10160031 9 9.1 8.2326 35.3175 1016 10160031 10 10.1 8.2275 35.3176 1016 10160031 11 11.1 8.2253 35.3174 1016 10160031 12 12.1 8.2216 35.3173 1016 10160031 13 13.1 8.2199 35.3176 1016 10160031 14 14.1 8.1999 35.3173 1016 10160031 15 15.1 8.1704 35.3175 1016 10160031 16 16.2 8.1616 35.3174 1016 10160031 17 17.2 8.1618 35.3172 1016 10160031 18 18.2 8.1561 35.3172 1016 10160031 19 19.2 8.1525 35.3171 1016 10160031 20 20.2 8.1441 35.3172 1016 10160031 21 21.2 8.1434 35.3170 1016 10160031 22 22.2 8.1362 35.3171 1016 10160031 23 23.2 8.1284 35.3171 1016 10160031 24 24.2 8.1240 35.3174 1016 10160031 25 25.2 8.1198 35.3174 1016 10160031 26 26.3 8.1144 35.3174 1016 10160031 27 27.3 8.1101 35.3175 1016 10160031 28 28.3 8.1061 35.3176 1016 10160031 29 29.3 8.1029 35.3176 1016 10160031 30 30.3 8.0985 35.3179 1016 10160031 31 31.3 8.0951 35.3180 1016 10160031 32 32.3 8.0910 35.3180 1016 10160031 33 33.3 8.0840 35.3180 1016 10160031 34 34.3 8.0825 35.3183 1016 10160031 35 35.3 8.0812 35.3182 1016 10160031 36 36.4 8.0793 35.3182 1016 10160031 37 37.4 8.0789 35.3184 1016 10160031 38 38.4 8.0784 35.3184 1016 10160031 39 39.4 8.0778 35.3182 1016 10160031 40 40.4 8.0773 35.3182 1016 10160031 41 41.4 8.0773 35.3184 1016 10160031 42 42.4 8.0759 35.3185 1016 10160031 43 43.4 8.0754 35.3184 1016 10160031 44 44.4 8.0748 35.3185 1016 10160031 45 45.4 8.0740 35.3185 1016 10160031 46 46.5 8.0714 35.3187 1016 10160031 47 47.5 8.0701 35.3189 1016 10160031 48 48.5 8.0699 35.3188 1016 10160031 49 49.5 8.0664 35.3190 1016 10160031 50 50.5 8.0606 35.3193 1016 10160031 51 51.5 8.0583 35.3197 1016 10160031 52 52.5 8.0574 35.3196 1016 10160031 53 53.5 8.0558 35.3197 1016 10160031 54 54.5 8.0520 35.3201 1016 10160031 55 55.5 8.0459 35.3207 1016 10160031 56 56.6 8.0419 35.3208 1016 10160031 57 57.6 8.0360 35.3210 1016 10160031 58 58.6 8.0265 35.3214 1016 10160031 59 59.6 8.0185 35.3218 1016 10160031 60 60.6 8.0097 35.3221 1016 10160031 61 61.6 7.9950 35.3226 1016 10160031 62 62.6 7.9842 35.3233 1016 10160031 63 63.6 7.9721 35.3236 1016 10160031 64 64.6 7.9637 35.3236 1016 10160031 65 65.6 7.9605 35.3234 1016 10160031 66 66.6 7.9598 35.3232 1016 10160031 67 67.7 7.9593 35.3233 1016 10160031 68 68.7 7.9594 35.3235 1016 10160031 69 69.7 7.9592 35.3234 1016 10160031 70 70.7 7.9579 35.3237 1016 10160031 71 71.7 7.9570 35.3236 1016 10160031 72 72.7 7.9565 35.3238 1016 10160031 73 73.7 7.9554 35.3237 1016 10160031 74 74.7 7.9546 35.3237 1016 10160031 75 75.7 7.9531 35.3237 1016 10160031 76 76.8 7.9524 35.3236 1016 10160031 77 77.8 7.9516 35.3237 1016 10160031 78 78.8 7.9510 35.3238 1016 10160031 79 79.8 7.9508 35.3238 1016 10160031 80 80.8 7.9504 35.3239 1016 10160031 81 81.8 7.9502 35.3239 1016 10160031 82 82.8 7.9494 35.3238 1016 10160031 83 83.8 7.9482 35.3237 1016 10160031 84 84.8 7.9476 35.3239 1016 10160031 85 85.8 7.9471 35.3237 1016 10160031 86 86.9 7.9465 35.3239 1016 10160031 87 87.9 7.9454 35.3238 1016 10160031 88 88.9 7.9448 35.3239 1016 10160031 89 89.9 7.9445 35.3239 1016 10160031 90 90.9 7.9435 35.3239 1016 10160031 91 91.9 7.9423 35.3238 1016 10160031 92 92.9 7.9394 35.3239 1016 10160031 93 93.9 7.9385 35.3239 1016 10160031 94 94.9 7.9370 35.3237 1016 10160031 95 95.9 7.9364 35.3237 1016 10160031 96 97.0 7.9356 35.3240 1016 10160031 97 98.0 7.9347 35.3237 1016 10160031 98 99.0 7.9328 35.3238 1016 10160031 99 100.0 7.9328 35.3239 1016 10160031 100 101.0 7.9326 35.3238 1016 10160031 101 102.0 7.9321 35.3238 1016 10160031 102 103.0 7.9319 35.3237 1016 10160031 103 104.0 7.9310 35.3238 1016 10160031 104 105.0 7.9296 35.3237 1016 10160031 105 106.0 7.9290 35.3237 1016 10160031 106 107.1 7.9289 35.3237 1016 10160031 107 108.1 7.9278 35.3236 1016 10160031 108 109.1 7.9269 35.3236 1016 10160031 109 110.1 7.9268 35.3235 1016 10160031 110 111.1 7.9259 35.3236 1016 10160031 111 112.1 7.9254 35.3234 1016 10160031 112 113.1 7.9249 35.3233 1016 10160031 113 114.1 7.9237 35.3234 1016 10160031 114 115.1 7.9233 35.3234 1016 10160031 115 116.1 7.9232 35.3232 1016 10160031 116 117.2 7.9235 35.3234 1016 10160031 117 118.2 7.9236 35.3234 1016 10160031 118 119.2 7.9237 35.3234 1016 10160031 119 120.2 7.9235 35.3234 1016 10160031 120 121.2 7.9233 35.3234 1016 10160031 121 122.2 7.9221 35.3232 1016 10160031 122 123.2 7.9212 35.3234 1016 10160031 123 124.2 7.9212 35.3232 1016 10160031 124 125.2 7.9193 35.3230 1016 10160031 125 126.2 7.9171 35.3225 1016 10160031 126 127.3 7.9163 35.3225 1016 10160031 127 128.3 7.9128 35.3222 1016 10160031 128 129.3 7.9086 35.3216 1016 10160031 129 130.3 7.9072 35.3214 1016 10160031 130 131.3 7.9058 35.3212 1016 10160031 131 132.3 7.9049 35.3212 1016 10160031 132 133.3 7.9052 35.3211 1016 10160031 133 134.3 7.9026 35.3208 1016 10160031 134 135.3 7.8958 35.3205 1016 10160031 135 136.4 7.8905 35.3202 1016 10160031 136 137.4 7.8881 35.3201 1016 10160031 137 138.4 7.8875 35.3201 1016 10160031 138 139.4 7.8873 35.3201 1016 10160031 139 140.4 7.8872 35.3200 1016 10160031 140 141.4 7.8874 35.3201 1016 10160031 141 142.4 7.8899 35.3203 1016 10160031 142 143.4 7.8901 35.3203 1016 10160031 143 144.4 7.8900 35.3202 1016 10160031 144 145.4 7.8899 35.3202 1016 10160031 145 146.5 7.8898 35.3203 1016 10160031 146 147.5 7.8886 35.3206 1016 10160031 147 148.5 7.8882 35.3205 1016 10160031 148 149.5 7.8882 35.3205 1016 10160031 149 150.5 7.8845 35.3204 1016 10160031 150 151.5 7.8810 35.3201 1016 10160031 151 152.5 7.8786 35.3199 1016 10160031 152 153.5 7.8746 35.3194 1016 10160031 153 154.5 7.8626 35.3181 1016 10160031 154 155.5 7.8545 35.3175 1016 10160031 155 156.6 7.8527 35.3171 1016 10160031 156 157.6 7.8514 35.3171 1016 10160031 157 158.6 7.8421 35.3163 1016 10160031 158 159.6 7.8208 35.3148 1016 10160031 159 160.6 7.8203 35.3145 1016 10160031 160 161.6 7.8201 35.3143 1016 10160031 161 162.6 7.8071 35.3137 1016 10160031 162 163.6 7.7934 35.3127 1016 10160031 163 164.6 7.7889 35.3123 1016 10160031 164 165.7 7.7865 35.3121 1016 10160031 165 166.7 7.7835 35.3119 1016 10160031 166 167.7 7.7818 35.3120 1016 10160031 167 168.7 7.7807 35.3119 1016 10160031 168 169.7 7.7800 35.3119 1016 10160031 169 170.7 7.7780 35.3119 1016 10160031 170 171.7 7.7701 35.3113 1016 10160031 171 172.7 7.7703 35.3112 1016 10160031 172 173.7 7.7693 35.3112 1016 10160031 173 174.7 7.7680 35.3113 1016 10160031 174 175.8 7.7675 35.3110 1016 10160031 175 176.8 7.7661 35.3110 1016 10160031 176 177.8 7.7608 35.3107 1016 10160031 177 178.8 7.7561 35.3106 1016 10160031 178 179.8 7.7477 35.3100 1016 10160031 179 180.8 7.7464 35.3097 1016 10160031 180 181.8 7.7433 35.3096 1016 10160031 181 182.8 7.7359 35.3090 1016 10160031 182 183.8 7.7320 35.3086 1016 10160031 183 184.9 7.7250 35.3083 1016 10160031 184 185.9 7.7205 35.3082 1016 10160031 185 186.9 7.7122 35.3078 1016 10160031 186 187.9 7.7058 35.3079 1016 10160031 187 188.9 7.7011 35.3079 1016 10160031 188 189.9 7.6997 35.3078 1016 10160031 189 190.9 7.6991 35.3078 1016 10160031 190 191.9 7.6987 35.3078 1016 10160031 191 192.9 7.6986 35.3078 1016 10160031 192 193.9 7.6974 35.3078 1016 10160031 193 195.0 7.6957 35.3078 1016 10160031 194 196.0 7.6947 35.3077 1016 10160031 195 197.0 7.6913 35.3076 1016 10160031 196 198.0 7.6872 35.3076 1016 10160031 197 199.0 7.6841 35.3074 1016 10160031 198 200.0 7.6796 35.3070 1016 10160031 199 201.0 7.6683 35.3062 1016 10160031 200 202.0 7.6617 35.3061 1016 10160031 201 203.0 7.6569 35.3057 1016 10160031 202 204.1 7.6558 35.3055 1016 10160031 203 205.1 7.6509 35.3053 1016 10160031 204 206.1 7.6443 35.3054 1016 10160031 205 207.1 7.6369 35.3051 1016 10160031 206 208.1 7.6357 35.3049 1016 10160031 207 209.1 7.6355 35.3049 1016 10160031 208 210.1 7.6350 35.3050 1016 10160031 209 211.1 7.6297 35.3054 1016 10160031 210 212.1 7.6264 35.3053 1016 10160031 211 213.2 7.6218 35.3049 1016 10160031 212 214.2 7.6084 35.3035 1016 10160031 213 215.2 7.5919 35.3017 1016 10160031 214 216.2 7.5815 35.3007 1016 10160031 215 217.2 7.5781 35.3004 1016 10160031 216 218.2 7.5762 35.3003 1016 10160031 217 219.2 7.5737 35.3001 1016 10160031 218 220.2 7.5706 35.3001 1016 10160031 219 221.2 7.5702 35.3000 1016 10160031 220 222.2 7.5672 35.3000 1016 10160031 221 223.3 7.5639 35.3002 1016 10160031 222 224.3 7.5638 35.3002 1016 10160031 223 225.3 7.5636 35.3005 1016 10160031 224 226.3 7.5638 35.3007 1016 10160031 225 227.3 7.5633 35.3007 1016 10160031 226 228.3 7.5626 35.3007 1016 10160031 227 229.3 7.5569 35.3001 1016 10160031 228 230.3 7.5517 35.2999 1016 10160031 229 231.3 7.5495 35.2998 1016 10160031 230 232.4 7.5485 35.3001 1016 10160031 231 233.4 7.5467 35.3002 1016 10160031 232 234.4 7.5448 35.3003 1016 10160031 233 235.4 7.5435 35.3003 1016 10160031 234 236.4 7.5363 35.2993 1016 10160031 235 237.4 7.5331 35.2989 1016 10160031 236 238.4 7.5299 35.2985 1016 10160031 237 239.4 7.5219 35.2979 1016 10160031 238 240.4 7.5107 35.2968 1016 10160031 239 241.5 7.4945 35.2947 1016 10160031 240 242.5 7.4769 35.2932 1016 10160031 241 243.5 7.4581 35.2917 1016 10160031 242 244.5 7.4498 35.2908 1016 10160031 243 245.5 7.4354 35.2902 1016 10160031 244 246.5 7.4293 35.2898 1016 10160031 245 247.5 7.4278 35.2896 1016 10160031 246 248.5 7.4257 35.2894 1016 10160031 247 249.5 7.4226 35.2894 1016 10160031 248 250.6 7.4210 35.2892 1016 10160031 249 251.6 7.4213 35.2892 1016 10160031 250 252.6 7.4213 35.2892 1016 10160031 251 253.6 7.4189 35.2890 1016 10160031 252 254.6 7.4112 35.2886 1016 10160031 253 255.6 7.3973 35.2876 1016 10160031 254 256.6 7.3862 35.2868 1016 10160031 255 257.6 7.3820 35.2866 1016 10160031 256 258.6 7.3504 35.2845 1016 10160031 257 259.7 7.3382 35.2833 1016 10160031 258 260.7 7.3373 35.2832 1016 10160031 259 261.7 7.3381 35.2832 1016 10160031 260 262.7 7.3367 35.2832 1016 10160031 261 263.7 7.3366 35.2831 1016 10160031 262 264.7 7.3356 35.2829 1016 10160031 263 265.7 7.3291 35.2824 1016 10160031 264 266.7 7.3212 35.2819 1016 10160031 265 267.7 7.2979 35.2800 1016 10160031 266 268.7 7.2647 35.2779 1016 10160031 267 269.8 7.2573 35.2775 1016 10160031 268 270.8 7.2457 35.2767 1016 10160031 269 271.8 7.2336 35.2758 1016 10160031 270 272.8 7.2253 35.2753 1016 10160031 271 273.8 7.2216 35.2749 1016 10160031 272 274.8 7.2186 35.2746 1016 10160031 273 275.8 7.2163 35.2746 1016 10160031 274 276.8 7.2147 35.2743 1016 10160031 275 277.8 7.2129 35.2742 1016 10160031 276 278.9 7.2103 35.2740 1016 10160031 277 279.9 7.2094 35.2740 1016 10160031 278 280.9 7.2067 35.2740 1016 10160031 279 281.9 7.2042 35.2739 1016 10160031 280 282.9 7.1997 35.2736 1016 10160031 281 283.9 7.1961 35.2733 1016 10160031 282 284.9 7.1862 35.2726 1016 10160031 283 285.9 7.1758 35.2717 1016 10160031 284 286.9 7.1593 35.2706 1016 10160031 285 288.0 7.1476 35.2698 1016 10160031 286 289.0 7.1366 35.2692 1016 10160031 287 290.0 7.1276 35.2689 1016 10160031 288 291.0 7.1148 35.2684 1016 10160031 289 292.0 7.1078 35.2682 1016 10160031 290 293.0 7.0972 35.2677 1016 10160031 291 294.0 7.0859 35.2668 1016 10160031 292 295.0 7.0664 35.2652 1016 10160031 293 296.0 7.0482 35.2640 1016 10160031 294 297.1 7.0303 35.2628 1016 10160031 295 298.1 7.0178 35.2622 1016 10160031 296 299.1 7.0071 35.2615 1016 10160031 297 300.1 6.9955 35.2606 1016 10160031 298 301.1 6.9825 35.2596 1016 10160031 299 302.1 6.9730 35.2590 1016 10160031 300 303.1 6.9634 35.2583 1016 10160031 301 304.1 6.9492 35.2575 1016 10160031 302 305.1 6.9340 35.2567 1016 10160031 303 306.2 6.9194 35.2559 1016 10160031 304 307.2 6.8721 35.2524 1016 10160031 305 308.2 6.8420 35.2496 1016 10160031 306 309.2 6.8058 35.2463 1016 10160031 307 310.2 6.7537 35.2426 1016 10160031 308 311.2 6.6828 35.2375 1016 10160031 309 312.2 6.6212 35.2333 1016 10160031 310 313.2 6.5785 35.2299 1016 10160031 311 314.2 6.5618 35.2282 1016 10160031 312 315.3 6.5505 35.2271 1016 10160031 313 316.3 6.5469 35.2267 1016 10160031 314 317.3 6.5376 35.2258 1016 10160031 315 318.3 6.5245 35.2248 1016 10160031 316 319.3 6.5180 35.2241 1016 10160031 317 320.3 6.5118 35.2238 1016 10160031 318 321.3 6.5039 35.2234 1016 10160031 319 322.3 6.4613 35.2204 1016 10160031 320 323.3 6.4372 35.2189 1016 10160031 321 324.4 6.4261 35.2181 1016 10160031 322 325.4 6.4108 35.2174 1016 10160031 323 326.4 6.3925 35.2165 1016 10160031 324 327.4 6.3763 35.2154 1016 10160031 325 328.4 6.3697 35.2151 1016 10160031 326 329.4 6.3627 35.2147 1016 10160031 327 330.4 6.3517 35.2138 1016 10160031 328 331.4 6.3493 35.2138 1016 10160031 329 332.5 6.3473 35.2138 1016 10160031 330 333.5 6.3433 35.2136 1016 10160031 331 334.5 6.3413 35.2136 1016 10160031 332 335.5 6.3406 35.2136 1016 10160031 333 336.5 6.3321 35.2131 1016 10160031 334 337.5 6.3142 35.2121 1016 10160031 335 338.5 6.3078 35.2117 1016 10160031 336 339.5 6.3033 35.2113 1016 10160031 337 340.5 6.2976 35.2107 1016 10160031 338 341.6 6.2915 35.2103 1016 10160031 339 342.6 6.2854 35.2095 1016 10160031 340 343.6 6.2774 35.2088 1016 10160031 341 344.6 6.2713 35.2083 1016 10160031 342 345.6 6.2650 35.2077 1016 10160031 343 346.6 6.2516 35.2067 1016 10160031 344 347.6 6.2373 35.2057 1016 10160031 345 348.6 6.2251 35.2045 1016 10160031 346 349.6 6.1846 35.2014 1016 10160031 347 350.7 6.1466 35.1971 1016 10160031 348 351.7 6.1164 35.1928 1016 10160031 349 352.7 6.1066 35.1908 1016 10160031 350 353.7 6.0936 35.1889 1016 10160031 351 354.7 6.0453 35.1855 1016 10160031 352 355.7 6.0232 35.1843 1016 10160031 353 356.7 6.0094 35.1836 1016 10160031 354 357.7 5.9704 35.1813 1016 10160031 355 358.7 5.9173 35.1775 1016 10160031 356 359.8 5.9019 35.1756 1016 10160031 357 360.8 5.8896 35.1744 1016 10160031 358 361.8 5.8813 35.1733 1016 10160031 359 362.8 5.8717 35.1725 1016 10160031 360 363.8 5.8612 35.1717 1016 10160031 361 364.8 5.8017 35.1675 1016 10160031 362 365.8 5.6914 35.1603 1016 10160031 363 366.8 5.5918 35.1513 1016 10160031 364 367.8 5.4393 35.1403 1016 10160031 365 368.9 5.3981 35.1364 1016 10160031 366 369.9 5.3719 35.1339 1016 10160031 367 370.9 5.3621 35.1332 1016 10160031 368 371.9 5.3362 35.1308 1016 10160031 369 372.9 5.3088 35.1297 1016 10160031 370 373.9 5.2980 35.1291 1016 10160031 371 374.9 5.2910 35.1290 1016 10160031 372 375.9 5.2820 35.1283 1016 10160031 373 377.0 5.2668 35.1275 1016 10160031 374 378.0 5.2576 35.1269 1016 10160031 375 379.0 5.2531 35.1270 1016 10160031 376 380.0 5.2407 35.1262 1016 10160031 377 381.0 5.2054 35.1234 1016 10160031 378 382.0 5.1587 35.1205 1016 10160031 379 383.0 5.1408 35.1196 1016 10160031 380 384.0 5.1314 35.1185 1016 10160031 381 385.0 5.0532 35.1130 1016 10160031 382 386.1 5.0171 35.1102 1016 10160031 383 387.1 4.9741 35.1066 1016 10160031 384 388.1 4.9103 35.1013 1016 10160031 385 389.1 4.8554 35.0963 1016 10160031 386 390.1 4.8053 35.0915 1016 10160031 387 391.1 4.7920 35.0905 1016 10160031 388 392.1 4.7471 35.0869 1016 10160031 389 393.1 4.7213 35.0855 1016 10160031 390 394.1 4.6872 35.0833 1016 10160031 391 395.2 4.6258 35.0793 1016 10160031 392 396.2 4.5952 35.0766 1016 10160031 393 397.2 4.5725 35.0752 1016 10160031 394 398.2 4.5510 35.0739 1016 10160031 395 399.2 4.5520 35.0732 1016 10160031 396 400.2 4.5495 35.0724 1016 10160031 397 401.2 4.5495 35.0736 1016 10160031 398 402.2 4.5491 35.0753 1016 10160031 399 403.3 4.5470 35.0759 1016 10160031 400 404.3 4.5411 35.0762 1016 10160031 401 405.3 4.5339 35.0767 1016 10160031 402 406.3 4.5170 35.0761 1016 10160031 403 407.3 4.4971 35.0755 1016 10160031 404 408.3 4.4792 35.0746 1016 10160031 405 409.3 4.4537 35.0735 1016 10160031 406 410.3 4.4355 35.0734 1016 10160031 407 411.3 4.3858 35.0704 1016 10160031 408 412.4 4.3390 35.0679 1016 10160031 409 413.4 4.3134 35.0662 1016 10160031 410 414.4 4.2710 35.0633 1016 10160031 411 415.4 4.1338 35.0504 1016 10160031 412 416.4 4.0758 35.0459 1016 10160031 413 417.4 4.0225 35.0430 1016 10160031 414 418.4 4.0018 35.0449 1016 10160031 415 419.4 4.0068 35.0460 1016 10160031 416 420.5 4.0059 35.0465 1016 10160031 417 421.5 3.9762 35.0462 1016 10160031 418 422.5 3.9114 35.0441 1016 10160031 419 423.5 3.8952 35.0433 1016 10160031 420 424.5 3.8794 35.0425 1016 10160031 421 425.5 3.8535 35.0417 1016 10160031 422 426.5 3.8460 35.0411 1016 10160031 423 427.5 3.8358 35.0403 1016 10160031 424 428.5 3.8393 35.0400 1016 10160031 425 429.6 3.8361 35.0405 1016 10160031 426 430.6 3.8176 35.0407 1016 10160031 427 431.6 3.7847 35.0413 1016 10160031 428 432.6 3.7312 35.0406 1016 10160031 429 433.6 3.7002 35.0392 1016 10160031 430 434.6 3.6571 35.0368 1016 10160031 431 435.6 3.6490 35.0354 1016 10160031 432 436.6 3.6448 35.0345 1016 10160031 433 437.7 3.6416 35.0341 1016 10160031 434 438.7 3.6362 35.0339 1016 10160031 435 439.7 3.6220 35.0331 1016 10160031 436 440.7 3.5994 35.0320 1016 10160031 437 441.7 3.5789 35.0311 1016 10160031 438 442.7 3.5544 35.0302 1016 10160031 439 443.7 3.5409 35.0297 1016 10160031 440 444.7 3.5236 35.0289 1016 10160031 441 445.7 3.4947 35.0277 1016 10160031 442 446.8 3.4546 35.0258 1016 10160031 443 447.8 3.3869 35.0238 1016 10160031 444 448.8 3.3503 35.0210 1016 10160031 445 449.8 3.3347 35.0190 1016 10160031 446 450.8 3.2766 35.0159 1016 10160031 447 451.8 3.1325 35.0079 1016 10160031 448 452.8 3.0402 35.0007 1016 10160031 449 453.8 2.9696 34.9958 1016 10160031 450 454.9 2.8230 34.9859 1016 10160031 451 455.9 2.7326 34.9788 1016 10160031 452 456.9 2.7103 34.9766 1016 10160031 453 457.9 2.6908 34.9751 1016 10160031 454 458.9 2.6604 34.9726 1016 10160031 455 459.9 2.6296 34.9704 1016 10160031 456 460.9 2.5681 34.9668 1016 10160031 457 461.9 2.5295 34.9636 1016 10160031 458 462.9 2.4815 34.9601 1016 10160031 459 464.0 2.4407 34.9598 1016 10160031 460 465.0 2.4171 34.9604 1016 10160031 461 466.0 2.3797 34.9603 1016 10160031 462 467.0 2.3632 34.9603 1016 10160031 463 468.0 2.2865 34.9586 1016 10160031 464 469.0 2.2513 34.9551 1016 10160031 465 470.0 2.1984 34.9514 1016 10160031 466 471.0 2.1431 34.9483 1016 10160031 467 472.1 2.1049 34.9464 1016 10160031 468 473.1 2.0647 34.9454 1016 10160031 469 474.1 2.0774 34.9455 1016 10160031 470 475.1 2.0786 34.9459 1016 10160031 471 476.1 2.0640 34.9447 1016 10160031 472 477.1 2.0597 34.9442 1016 10160031 473 478.1 2.0567 34.9451 1016 10160031 474 479.1 2.0553 34.9456 1016 10160031 475 480.2 2.0360 34.9457 1016 10160031 476 481.2 2.0233 34.9455 1016 10160031 477 482.2 2.0199 34.9455 1016 10160031 478 483.2 2.0051 34.9448 1016 10160031 479 484.2 1.9902 34.9442 1016 10160031 480 485.2 1.9860 34.9439 1016 10160031 481 486.2 1.9799 34.9435 1016 10160031 482 487.2 1.9795 34.9433 1016 10160031 483 488.2 1.9781 34.9435 1016 10160031 484 489.3 1.9752 34.9437 1016 10160031 485 490.3 1.9720 34.9436 1016 10160031 486 491.3 1.9649 34.9432 1016 10160031 487 492.3 1.9629 34.9431 1016 10160031 488 493.3 1.9545 34.9426 1016 10160031 489 494.3 1.9129 34.9408 1016 10160031 490 495.3 1.8826 34.9389 1016 10160031 491 496.3 1.8444 34.9371 1016 10160031 492 497.4 1.8290 34.9364 1016 10160031 493 498.4 1.8234 34.9361 1016 10160031 494 499.4 1.8151 34.9359 1016 10160031 495 500.4 1.8032 34.9353 1016 10160031 496 501.4 1.7706 34.9347 1016 10160031 497 502.4 1.7522 34.9346 1016 10160031 498 503.4 1.7454 34.9342 1016 10160031 499 504.4 1.7414 34.9341 1016 10160031 500 505.5 1.7344 34.9345 1016 10160031 501 506.5 1.7286 34.9347 1016 10160031 502 507.5 1.7124 34.9344 1016 10160031 503 508.5 1.6916 34.9334 1016 10160031 504 509.5 1.6546 34.9321 1016 10160031 505 510.5 1.6478 34.9317 1016 10160031 506 511.5 1.5814 34.9312 1016 10160031 507 512.5 1.5644 34.9310 1016 10160031 508 513.6 1.5560 34.9304 1016 10160031 509 514.6 1.5479 34.9306 1016 10160031 510 515.6 1.5446 34.9308 1016 10160031 511 516.6 1.5404 34.9311 1016 10160031 512 517.6 1.5318 34.9314 1016 10160031 513 518.6 1.4933 34.9324 1016 10160031 514 519.6 1.4768 34.9321 1016 10160031 515 520.6 1.4261 34.9315 1016 10160031 516 521.7 1.2590 34.9306 1016 10160031 517 522.7 1.2208 34.9301 1016 10160031 518 523.7 1.2167 34.9288 1016 10160031 519 524.7 1.2133 34.9288 1016 10160031 520 525.7 1.2048 34.9289 1016 10160031 521 526.7 1.0843 34.9273 1016 10160031 522 527.7 0.9346 34.9257 1016 10160031 523 528.7 0.9087 34.9239 1016 10160031 524 529.7 0.8875 34.9233 1016 10160031 525 530.8 0.8732 34.9224 1016 10160031 526 531.8 0.8668 34.9222 1016 10160031 527 532.8 0.8610 34.9222 1016 10160031 528 533.8 0.8520 34.9221 1016 10160031 529 534.8 0.8445 34.9220 1016 10160032 1 1.0 8.3274 35.3233 1016 10160032 2 2.0 8.3282 35.3225 1016 10160032 3 3.0 8.3271 35.3227 1016 10160032 4 4.0 8.3236 35.3231 1016 10160032 5 5.0 8.3226 35.3233 1016 10160032 6 6.1 8.3126 35.3233 1016 10160032 7 7.1 8.3014 35.3231 1016 10160032 8 8.1 8.2793 35.3232 1016 10160032 9 9.1 8.2521 35.3239 1016 10160032 10 10.1 8.2365 35.3248 1016 10160032 11 11.1 8.2336 35.3256 1016 10160032 12 12.1 8.2462 35.3298 1016 10160032 13 13.1 8.2653 35.3364 1016 10160032 14 14.1 8.2534 35.3368 1016 10160032 15 15.1 8.2119 35.3314 1016 10160032 16 16.2 8.1899 35.3299 1016 10160032 17 17.2 8.1973 35.3323 1016 10160032 18 18.2 8.2068 35.3346 1016 10160032 19 19.2 8.2155 35.3361 1016 10160032 20 20.2 8.2245 35.3386 1016 10160032 21 21.2 8.2334 35.3406 1016 10160032 22 22.2 8.2403 35.3422 1016 10160032 23 23.2 8.2378 35.3423 1016 10160032 24 24.2 8.2380 35.3430 1016 10160032 25 25.2 8.2370 35.3432 1016 10160032 26 26.3 8.2337 35.3430 1016 10160032 27 27.3 8.2184 35.3415 1016 10160032 28 28.3 8.2077 35.3403 1016 10160032 29 29.3 8.2050 35.3396 1016 10160032 30 30.3 8.1818 35.3357 1016 10160032 31 31.3 8.1826 35.3368 1016 10160032 32 32.3 8.1876 35.3380 1016 10160032 33 33.3 8.1927 35.3394 1016 10160032 34 34.3 8.1997 35.3407 1016 10160032 35 35.3 8.1985 35.3409 1016 10160032 36 36.4 8.1978 35.3409 1016 10160032 37 37.4 8.1972 35.3407 1016 10160032 38 38.4 8.1971 35.3406 1016 10160032 39 39.4 8.1852 35.3392 1016 10160032 40 40.4 8.1801 35.3386 1016 10160032 41 41.4 8.1776 35.3384 1016 10160032 42 42.4 8.1778 35.3382 1016 10160032 43 43.4 8.1775 35.3384 1016 10160032 44 44.4 8.1783 35.3384 1016 10160032 45 45.4 8.1804 35.3385 1016 10160032 46 46.5 8.1807 35.3385 1016 10160032 47 47.5 8.1798 35.3390 1016 10160032 48 48.5 8.1792 35.3393 1016 10160032 49 49.5 8.1777 35.3399 1016 10160032 50 50.5 8.1769 35.3402 1016 10160032 51 51.5 8.1786 35.3406 1016 10160032 52 52.5 8.1812 35.3417 1016 10160032 53 53.5 8.1823 35.3422 1016 10160032 54 54.5 8.1808 35.3428 1016 10160032 55 55.5 8.1857 35.3441 1016 10160032 56 56.6 8.1833 35.3439 1016 10160032 57 57.6 8.1911 35.3462 1016 10160032 58 58.6 8.2014 35.3486 1016 10160032 59 59.6 8.1998 35.3484 1016 10160032 60 60.6 8.1911 35.3474 1016 10160032 61 61.6 8.1855 35.3465 1016 10160032 62 62.6 8.1916 35.3485 1016 10160032 63 63.6 8.1835 35.3479 1016 10160032 64 64.6 8.1735 35.3468 1016 10160032 65 65.6 8.1683 35.3467 1016 10160032 66 66.6 8.1603 35.3461 1016 10160032 67 67.7 8.1473 35.3464 1016 10160032 68 68.7 8.1320 35.3461 1016 10160032 69 69.7 8.1228 35.3454 1016 10160032 70 70.7 8.1162 35.3449 1016 10160032 71 71.7 8.1117 35.3446 1016 10160032 72 72.7 8.1080 35.3445 1016 10160032 73 73.7 8.1061 35.3443 1016 10160032 74 74.7 8.1053 35.3442 1016 10160032 75 75.7 8.1052 35.3443 1016 10160032 76 76.8 8.1048 35.3443 1016 10160032 77 77.8 8.0996 35.3440 1016 10160032 78 78.8 8.0933 35.3431 1016 10160032 79 79.8 8.0867 35.3428 1016 10160032 80 80.8 8.0732 35.3422 1016 10160032 81 81.8 8.0677 35.3419 1016 10160032 82 82.8 8.0663 35.3419 1016 10160032 83 83.8 8.0639 35.3416 1016 10160032 84 84.8 8.0494 35.3402 1016 10160032 85 85.8 8.0391 35.3393 1016 10160032 86 86.9 8.0359 35.3391 1016 10160032 87 87.9 8.0341 35.3390 1016 10160032 88 88.9 8.0345 35.3390 1016 10160032 89 89.9 8.0312 35.3387 1016 10160032 90 90.9 8.0230 35.3382 1016 10160032 91 91.9 8.0063 35.3369 1016 10160032 92 92.9 8.0019 35.3365 1016 10160032 93 93.9 7.9992 35.3363 1016 10160032 94 94.9 7.9959 35.3360 1016 10160032 95 95.9 7.9940 35.3358 1016 10160032 96 97.0 7.9871 35.3353 1016 10160032 97 98.0 7.9731 35.3340 1016 10160032 98 99.0 7.9534 35.3325 1016 10160032 99 100.0 7.9470 35.3320 1016 10160032 100 101.0 7.9422 35.3315 1016 10160032 101 102.0 7.9221 35.3302 1016 10160032 102 103.0 7.9164 35.3296 1016 10160032 103 104.0 7.9080 35.3285 1016 10160032 104 105.0 7.9010 35.3278 1016 10160032 105 106.0 7.8943 35.3273 1016 10160032 106 107.1 7.8894 35.3268 1016 10160032 107 108.1 7.8796 35.3256 1016 10160032 108 109.1 7.8731 35.3252 1016 10160032 109 110.1 7.8701 35.3252 1016 10160032 110 111.1 7.8670 35.3248 1016 10160032 111 112.1 7.8675 35.3250 1016 10160032 112 113.1 7.8643 35.3248 1016 10160032 113 114.1 7.8540 35.3235 1016 10160032 114 115.1 7.8363 35.3211 1016 10160032 115 116.1 7.8159 35.3185 1016 10160032 116 117.2 7.8121 35.3181 1016 10160032 117 118.2 7.8097 35.3180 1016 10160032 118 119.2 7.8048 35.3175 1016 10160032 119 120.2 7.7981 35.3169 1016 10160032 120 121.2 7.7960 35.3167 1016 10160032 121 122.2 7.7946 35.3165 1016 10160032 122 123.2 7.7947 35.3166 1016 10160032 123 124.2 7.7944 35.3166 1016 10160032 124 125.2 7.7948 35.3166 1016 10160032 125 126.2 7.7944 35.3167 1016 10160032 126 127.3 7.7937 35.3168 1016 10160032 127 128.3 7.7928 35.3167 1016 10160032 128 129.3 7.7923 35.3168 1016 10160032 129 130.3 7.7907 35.3166 1016 10160032 130 131.3 7.7829 35.3160 1016 10160032 131 132.3 7.7775 35.3159 1016 10160032 132 133.3 7.7753 35.3157 1016 10160032 133 134.3 7.7712 35.3156 1016 10160032 134 135.3 7.7687 35.3157 1016 10160032 135 136.4 7.7646 35.3154 1016 10160032 136 137.4 7.7609 35.3153 1016 10160032 137 138.4 7.7570 35.3150 1016 10160032 138 139.4 7.7436 35.3140 1016 10160032 139 140.4 7.7399 35.3142 1016 10160032 140 141.4 7.7389 35.3143 1016 10160032 141 142.4 7.7381 35.3145 1016 10160032 142 143.4 7.7305 35.3143 1016 10160032 143 144.4 7.7229 35.3133 1016 10160032 144 145.4 7.6995 35.3107 1016 10160032 145 146.5 7.6847 35.3093 1016 10160032 146 147.5 7.6829 35.3090 1016 10160032 147 148.5 7.6802 35.3088 1016 10160032 148 149.5 7.6759 35.3087 1016 10160032 149 150.5 7.6696 35.3081 1016 10160032 150 151.5 7.6631 35.3076 1016 10160032 151 152.5 7.6478 35.3062 1016 10160032 152 153.5 7.6363 35.3048 1016 10160032 153 154.5 7.6302 35.3041 1016 10160032 154 155.5 7.6293 35.3040 1016 10160032 155 156.6 7.6268 35.3036 1016 10160032 156 157.6 7.6117 35.3021 1016 10160032 157 158.6 7.6095 35.3019 1016 10160032 158 159.6 7.6061 35.3015 1016 10160032 159 160.6 7.6005 35.3009 1016 10160032 160 161.6 7.5887 35.3003 1016 10160032 161 162.6 7.5875 35.3003 1016 10160032 162 163.6 7.5875 35.3006 1016 10160032 163 164.6 7.5875 35.3005 1016 10160032 164 165.7 7.5853 35.3004 1016 10160032 165 166.7 7.5827 35.3004 1016 10160032 166 167.7 7.5816 35.3004 1016 10160032 167 168.7 7.5789 35.3003 1016 10160032 168 169.7 7.5705 35.2998 1016 10160032 169 170.7 7.5608 35.2994 1016 10160032 170 171.7 7.5583 35.2988 1016 10160032 171 172.7 7.5563 35.2987 1016 10160032 172 173.7 7.5517 35.2983 1016 10160032 173 174.7 7.5399 35.2975 1016 10160032 174 175.8 7.5321 35.2969 1016 10160032 175 176.8 7.5246 35.2967 1016 10160032 176 177.8 7.5203 35.2965 1016 10160032 177 178.8 7.5160 35.2961 1016 10160032 178 179.8 7.5126 35.2960 1016 10160032 179 180.8 7.5119 35.2959 1016 10160032 180 181.8 7.5085 35.2958 1016 10160032 181 182.8 7.4989 35.2955 1016 10160032 182 183.8 7.4929 35.2951 1016 10160032 183 184.9 7.4875 35.2949 1016 10160032 184 185.9 7.4806 35.2942 1016 10160032 185 186.9 7.4716 35.2935 1016 10160032 186 187.9 7.4654 35.2930 1016 10160032 187 188.9 7.4620 35.2927 1016 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35.2828 1016 10160032 214 216.2 7.3014 35.2828 1016 10160032 215 217.2 7.2873 35.2818 1016 10160032 216 218.2 7.2795 35.2812 1016 10160032 217 219.2 7.2628 35.2796 1016 10160032 218 220.2 7.2524 35.2787 1016 10160032 219 221.2 7.2447 35.2786 1016 10160032 220 222.2 7.2286 35.2780 1016 10160032 221 223.3 7.2198 35.2772 1016 10160032 222 224.3 7.2111 35.2765 1016 10160032 223 225.3 7.2025 35.2759 1016 10160032 224 226.3 7.2007 35.2757 1016 10160032 225 227.3 7.1979 35.2754 1016 10160032 226 228.3 7.1934 35.2755 1016 10160032 227 229.3 7.1813 35.2755 1016 10160032 228 230.3 7.1780 35.2758 1016 10160032 229 231.3 7.1793 35.2763 1016 10160032 230 232.4 7.1816 35.2774 1016 10160032 231 233.4 7.1851 35.2800 1016 10160032 232 234.4 7.1804 35.2811 1016 10160032 233 235.4 7.1737 35.2812 1016 10160032 234 236.4 7.1657 35.2805 1016 10160032 235 237.4 7.1603 35.2802 1016 10160032 236 238.4 7.1561 35.2796 1016 10160032 237 239.4 7.1547 35.2799 1016 10160032 238 240.4 7.1528 35.2796 1016 10160032 239 241.5 7.1453 35.2785 1016 10160032 240 242.5 7.1263 35.2768 1016 10160032 241 243.5 7.1219 35.2769 1016 10160032 242 244.5 7.1208 35.2770 1016 10160032 243 245.5 7.1194 35.2769 1016 10160032 244 246.5 7.1192 35.2769 1016 10160032 245 247.5 7.1191 35.2767 1016 10160032 246 248.5 7.1195 35.2770 1016 10160032 247 249.5 7.1180 35.2772 1016 10160032 248 250.6 7.1168 35.2770 1016 10160032 249 251.6 7.1165 35.2769 1016 10160032 250 252.6 7.0962 35.2752 1016 10160032 251 253.6 7.0844 35.2740 1016 10160032 252 254.6 7.0768 35.2731 1016 10160032 253 255.6 7.0737 35.2734 1016 10160032 254 256.6 7.0608 35.2721 1016 10160032 255 257.6 7.0476 35.2708 1016 10160032 256 258.6 7.0342 35.2699 1016 10160032 257 259.7 7.0320 35.2694 1016 10160032 258 260.7 7.0243 35.2686 1016 10160032 259 261.7 7.0203 35.2683 1016 10160032 260 262.7 7.0171 35.2678 1016 10160032 261 263.7 7.0135 35.2673 1016 10160032 262 264.7 7.0102 35.2670 1016 10160032 263 265.7 6.9946 35.2650 1016 10160032 264 266.7 6.9597 35.2620 1016 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35.2340 1016 10160032 291 294.0 6.6557 35.2338 1016 10160032 292 295.0 6.6333 35.2319 1016 10160032 293 296.0 6.6161 35.2303 1016 10160032 294 297.1 6.6083 35.2294 1016 10160032 295 298.1 6.5902 35.2280 1016 10160032 296 299.1 6.5888 35.2278 1016 10160032 297 300.1 6.5833 35.2278 1016 10160032 298 301.1 6.5611 35.2266 1016 10160032 299 302.1 6.5383 35.2248 1016 10160032 300 303.1 6.5135 35.2222 1016 10160032 301 304.1 6.4949 35.2208 1016 10160032 302 305.1 6.4762 35.2193 1016 10160032 303 306.2 6.4623 35.2176 1016 10160032 304 307.2 6.4633 35.2178 1016 10160032 305 308.2 6.4663 35.2182 1016 10160032 306 309.2 6.4603 35.2178 1016 10160032 307 310.2 6.4514 35.2170 1016 10160032 308 311.2 6.4492 35.2170 1016 10160032 309 312.2 6.4423 35.2166 1016 10160032 310 313.2 6.4387 35.2162 1016 10160032 311 314.2 6.4324 35.2156 1016 10160032 312 315.3 6.4238 35.2151 1016 10160032 313 316.3 6.4231 35.2148 1016 10160032 314 317.3 6.4073 35.2131 1016 10160032 315 318.3 6.4026 35.2128 1016 10160032 316 319.3 6.3903 35.2113 1016 10160032 317 320.3 6.3417 35.2067 1016 10160032 318 321.3 6.3114 35.2042 1016 10160032 319 322.3 6.2783 35.2015 1016 10160032 320 323.3 6.2599 35.2006 1016 10160032 321 324.4 6.2460 35.1997 1016 10160032 322 325.4 6.1831 35.1963 1016 10160032 323 326.4 6.1475 35.1937 1016 10160032 324 327.4 6.1293 35.1914 1016 10160032 325 328.4 6.1279 35.1906 1016 10160032 326 329.4 6.1255 35.1900 1016 10160032 327 330.4 6.1183 35.1894 1016 10160032 328 331.4 6.0898 35.1873 1016 10160032 329 332.5 6.0407 35.1838 1016 10160032 330 333.5 5.9820 35.1799 1016 10160032 331 334.5 5.9540 35.1770 1016 10160032 332 335.5 5.9340 35.1751 1016 10160032 333 336.5 5.8838 35.1704 1016 10160032 334 337.5 5.8464 35.1670 1016 10160032 335 338.5 5.8426 35.1661 1016 10160032 336 339.5 5.8341 35.1653 1016 10160032 337 340.5 5.8280 35.1647 1016 10160032 338 341.6 5.7927 35.1612 1016 10160032 339 342.6 5.7354 35.1564 1016 10160032 340 343.6 5.6970 35.1531 1016 10160032 341 344.6 5.6783 35.1518 1016 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35.3098 1016 10160034 159 160.6 7.6249 35.3084 1016 10160034 160 161.6 7.6010 35.3066 1016 10160034 161 162.6 7.5916 35.3058 1016 10160034 162 163.6 7.5888 35.3054 1016 10160034 163 164.6 7.5804 35.3047 1016 10160034 164 165.7 7.5688 35.3041 1016 10160034 165 166.7 7.5558 35.3039 1016 10160034 166 167.7 7.5498 35.3035 1016 10160034 167 168.7 7.5449 35.3033 1016 10160034 168 169.7 7.5407 35.3028 1016 10160034 169 170.7 7.5312 35.3020 1016 10160034 170 171.7 7.5245 35.3019 1016 10160034 171 172.7 7.5098 35.3010 1016 10160034 172 173.7 7.4877 35.3009 1016 10160034 173 174.7 7.4719 35.3006 1016 10160034 174 175.8 7.4537 35.2999 1016 10160034 175 176.8 7.4346 35.2979 1016 10160034 176 177.8 7.4038 35.2949 1016 10160034 177 178.8 7.3937 35.2935 1016 10160034 178 179.8 7.3806 35.2916 1016 10160034 179 180.8 7.3701 35.2905 1016 10160034 180 181.8 7.3661 35.2902 1016 10160034 181 182.8 7.3572 35.2899 1016 10160034 182 183.8 7.3369 35.2886 1016 10160034 183 184.9 7.3235 35.2878 1016 10160034 184 185.9 7.3187 35.2874 1016 10160034 185 186.9 7.3148 35.2873 1016 10160034 186 187.9 7.3130 35.2872 1016 10160034 187 188.9 7.3114 35.2873 1016 10160034 188 189.9 7.3077 35.2871 1016 10160034 189 190.9 7.3060 35.2873 1016 10160034 190 191.9 7.3050 35.2873 1016 10160034 191 192.9 7.2984 35.2870 1016 10160034 192 193.9 7.2915 35.2870 1016 10160034 193 195.0 7.2856 35.2870 1016 10160034 194 196.0 7.2629 35.2857 1016 10160034 195 197.0 7.2472 35.2850 1016 10160034 196 198.0 7.2275 35.2831 1016 10160034 197 199.0 7.2065 35.2816 1016 10160034 198 200.0 7.1913 35.2800 1016 10160034 199 201.0 7.1763 35.2788 1016 10160034 200 202.0 7.1678 35.2779 1016 10160034 201 203.0 7.1615 35.2772 1016 10160034 202 204.1 7.1550 35.2765 1016 10160034 203 205.1 7.1494 35.2758 1016 10160034 204 206.1 7.1445 35.2752 1016 10160034 205 207.1 7.1378 35.2745 1016 10160034 206 208.1 7.1229 35.2731 1016 10160034 207 209.1 7.1098 35.2717 1016 10160034 208 210.1 7.0926 35.2706 1016 10160034 209 211.1 7.0885 35.2704 1016 10160034 210 212.1 7.0838 35.2701 1016 10160034 211 213.2 7.0784 35.2696 1016 10160034 212 214.2 7.0724 35.2692 1016 10160034 213 215.2 7.0615 35.2682 1016 10160034 214 216.2 7.0259 35.2653 1016 10160034 215 217.2 6.9934 35.2622 1016 10160034 216 218.2 6.9826 35.2609 1016 10160034 217 219.2 6.9726 35.2597 1016 10160034 218 220.2 6.9646 35.2591 1016 10160034 219 221.2 6.9623 35.2588 1016 10160034 220 222.2 6.9560 35.2582 1016 10160034 221 223.3 6.9428 35.2571 1016 10160034 222 224.3 6.9185 35.2554 1016 10160034 223 225.3 6.9064 35.2545 1016 10160034 224 226.3 6.9039 35.2541 1016 10160034 225 227.3 6.8943 35.2537 1016 10160034 226 228.3 6.8829 35.2526 1016 10160034 227 229.3 6.8699 35.2512 1016 10160034 228 230.3 6.8574 35.2499 1016 10160034 229 231.3 6.8356 35.2479 1016 10160034 230 232.4 6.8051 35.2455 1016 10160034 231 233.4 6.7855 35.2441 1016 10160034 232 234.4 6.7645 35.2426 1016 10160034 233 235.4 6.7478 35.2411 1016 10160034 234 236.4 6.7444 35.2406 1016 10160034 235 237.4 6.7446 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35.4081 1016 10160035 179 180.8 9.4354 35.4082 1016 10160035 180 181.8 9.4331 35.4080 1016 10160035 181 182.8 9.4300 35.4075 1016 10160035 182 183.8 9.4275 35.4071 1016 10160035 183 184.9 9.4252 35.4067 1016 10160035 184 185.9 9.4234 35.4066 1016 10160035 185 186.9 9.4219 35.4062 1016 10160035 186 187.9 9.4203 35.4059 1016 10160035 187 188.9 9.4175 35.4055 1016 10160035 188 189.9 9.4100 35.4047 1016 10160035 189 190.9 9.4130 35.4046 1016 10160035 190 191.9 9.4102 35.4043 1016 10160035 191 192.9 9.4023 35.4034 1016 10160035 192 193.9 9.4005 35.4034 1016 10160035 193 195.0 9.4016 35.4035 1016 10160035 194 196.0 9.3938 35.4032 1016 10160035 195 197.0 9.3892 35.4027 1016 10160035 196 198.0 9.3870 35.4025 1016 10160035 197 199.0 9.3865 35.4025 1016 10160035 198 200.0 9.3862 35.4025 1016 10160035 199 201.0 9.3866 35.4027 1016 10160035 200 202.0 9.3860 35.4027 1016 10160035 201 203.0 9.3839 35.4030 1016 10160035 202 204.1 9.3811 35.4029 1016 10160035 203 205.1 9.3795 35.4028 1016 10160035 204 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35.4004 1016 10160035 256 258.6 9.3335 35.4004 1016 10160035 257 259.7 9.3342 35.4004 1016 10160035 258 260.7 9.3345 35.4005 1016 10160035 259 261.7 9.3325 35.4004 1016 10160035 260 262.7 9.3321 35.4002 1016 10160035 261 263.7 9.3319 35.3999 1016 10160035 262 264.7 9.3330 35.4001 1016 10160035 263 265.7 9.3338 35.4004 1016 10160035 264 266.7 9.3336 35.4004 1016 10160035 265 267.7 9.3335 35.4004 1016 10160035 266 268.7 9.3327 35.4002 1016 10160035 267 269.8 9.3306 35.4001 1016 10160035 268 270.8 9.3278 35.3997 1016 10160035 269 271.8 9.3265 35.3996 1016 10160035 270 272.8 9.3241 35.3996 1016 10160035 271 273.8 9.3217 35.3996 1016 10160035 272 274.8 9.3206 35.3996 1016 10160035 273 275.8 9.3176 35.3996 1016 10160035 274 276.8 9.3129 35.3994 1016 10160035 275 277.8 9.3111 35.3994 1016 10160035 276 278.9 9.3058 35.3991 1016 10160035 277 279.9 9.3057 35.3993 1016 10160035 278 280.9 9.3063 35.3993 1016 10160035 279 281.9 9.3062 35.3993 1016 10160035 280 282.9 9.3058 35.3995 1016 10160035 281 283.9 9.3043 35.3995 1016 10160035 282 284.9 9.3038 35.3997 1016 10160035 283 285.9 9.3032 35.3997 1016 10160035 284 286.9 9.3026 35.3998 1016 10160035 285 288.0 9.3033 35.3998 1016 10160035 286 289.0 9.3026 35.3998 1016 10160035 287 290.0 9.3025 35.3998 1016 10160035 288 291.0 9.2988 35.3995 1016 10160035 289 292.0 9.2895 35.3984 1016 10160035 290 293.0 9.2864 35.3983 1016 10160035 291 294.0 9.2867 35.3983 1016 10160035 292 295.0 9.2870 35.3981 1016 10160035 293 296.0 9.2872 35.3984 1016 10160035 294 297.1 9.2865 35.3983 1016 10160035 295 298.1 9.2859 35.3983 1016 10160035 296 299.1 9.2858 35.3982 1016 10160035 297 300.1 9.2864 35.3981 1016 10160035 298 301.1 9.2864 35.3983 1016 10160035 299 302.1 9.2865 35.3984 1016 10160035 300 303.1 9.2865 35.3984 1016 10160035 301 304.1 9.2845 35.3980 1016 10160035 302 305.1 9.2843 35.3982 1016 10160035 303 306.2 9.2852 35.3981 1016 10160035 304 307.2 9.2843 35.3979 1016 10160035 305 308.2 9.2844 35.3979 1016 10160035 306 309.2 9.2841 35.3979 1016 10160035 307 310.2 9.2836 35.3979 1016 10160035 308 311.2 9.2834 35.3977 1016 10160035 309 312.2 9.2829 35.3975 1016 10160035 310 313.2 9.2804 35.3975 1016 10160035 311 314.2 9.2660 35.3964 1016 10160035 312 315.3 9.2601 35.3958 1016 10160035 313 316.3 9.2549 35.3953 1016 10160035 314 317.3 9.2502 35.3950 1016 10160035 315 318.3 9.2491 35.3950 1016 10160035 316 319.3 9.2432 35.3945 1016 10160035 317 320.3 9.2352 35.3943 1016 10160035 318 321.3 9.2345 35.3942 1016 10160035 319 322.3 9.2341 35.3943 1016 10160035 320 323.3 9.2348 35.3943 1016 10160035 321 324.4 9.2345 35.3942 1016 10160035 322 325.4 9.2329 35.3942 1016 10160035 323 326.4 9.2316 35.3943 1016 10160035 324 327.4 9.2303 35.3941 1016 10160035 325 328.4 9.2268 35.3943 1016 10160035 326 329.4 9.2270 35.3943 1016 10160035 327 330.4 9.2282 35.3941 1016 10160035 328 331.4 9.2282 35.3941 1016 10160035 329 332.5 9.2277 35.3941 1016 10160035 330 333.5 9.2236 35.3940 1016 10160035 331 334.5 9.2190 35.3938 1016 10160035 332 335.5 9.2162 35.3938 1016 10160035 333 336.5 9.2071 35.3933 1016 10160035 334 337.5 9.2040 35.3932 1016 10160035 335 338.5 9.2016 35.3928 1016 10160035 336 339.5 9.1923 35.3921 1016 10160035 337 340.5 9.1887 35.3919 1016 10160035 338 341.6 9.1823 35.3914 1016 10160035 339 342.6 9.1777 35.3910 1016 10160035 340 343.6 9.1736 35.3905 1016 10160035 341 344.6 9.1693 35.3904 1016 10160035 342 345.6 9.1624 35.3897 1016 10160035 343 346.6 9.1589 35.3895 1016 10160035 344 347.6 9.1573 35.3894 1016 10160035 345 348.6 9.1517 35.3888 1016 10160035 346 349.6 9.1518 35.3888 1016 10160035 347 350.7 9.1470 35.3886 1016 10160035 348 351.7 9.1414 35.3881 1016 10160035 349 352.7 9.1396 35.3881 1016 10160035 350 353.7 9.1307 35.3874 1016 10160035 351 354.7 9.1182 35.3867 1016 10160035 352 355.7 9.1136 35.3863 1016 10160035 353 356.7 9.1078 35.3858 1016 10160035 354 357.7 9.1021 35.3856 1016 10160035 355 358.7 9.0961 35.3852 1016 10160035 356 359.8 9.0889 35.3847 1016 10160035 357 360.8 9.0808 35.3842 1016 10160035 358 361.8 9.0632 35.3830 1016 10160035 359 362.8 9.0404 35.3815 1016 10160035 360 363.8 9.0176 35.3800 1016 10160035 361 364.8 9.0098 35.3797 1016 10160035 362 365.8 9.0045 35.3793 1016 10160035 363 366.8 9.0000 35.3791 1016 10160035 364 367.8 8.9976 35.3786 1016 10160035 365 368.9 8.9951 35.3787 1016 10160035 366 369.9 8.9911 35.3782 1016 10160035 367 370.9 8.9815 35.3777 1016 10160035 368 371.9 8.9792 35.3775 1016 10160035 369 372.9 8.9768 35.3775 1016 10160035 370 373.9 8.9730 35.3772 1016 10160035 371 374.9 8.9572 35.3758 1016 10160035 372 375.9 8.9464 35.3752 1016 10160035 373 377.0 8.9403 35.3750 1016 10160035 374 378.0 8.9352 35.3746 1016 10160035 375 379.0 8.9140 35.3733 1016 10160035 376 380.0 8.8954 35.3721 1016 10160035 377 381.0 8.8767 35.3708 1016 10160035 378 382.0 8.8443 35.3687 1016 10160035 379 383.0 8.7987 35.3658 1016 10160035 380 384.0 8.7898 35.3648 1016 10160035 381 385.0 8.7746 35.3634 1016 10160035 382 386.1 8.7412 35.3613 1016 10160035 383 387.1 8.7186 35.3598 1016 10160035 384 388.1 8.7124 35.3596 1016 10160035 385 389.1 8.7065 35.3594 1016 10160035 386 390.1 8.7024 35.3594 1016 10160035 387 391.1 8.6991 35.3597 1016 10160035 388 392.1 8.6965 35.3596 1016 10160035 389 393.1 8.6933 35.3596 1016 10160035 390 394.1 8.6900 35.3595 1016 10160035 391 395.2 8.6861 35.3595 1016 10160035 392 396.2 8.6792 35.3589 1016 10160035 393 397.2 8.6656 35.3577 1016 10160035 394 398.2 8.6544 35.3567 1016 10160035 395 399.2 8.6459 35.3560 1016 10160035 396 400.2 8.6386 35.3559 1016 10160035 397 401.2 8.6117 35.3549 1016 10160035 398 402.2 8.5711 35.3536 1016 10160035 399 403.3 8.5654 35.3527 1016 10160035 400 404.3 8.5718 35.3528 1016 10160035 401 405.3 8.5303 35.3503 1016 10160035 402 406.3 8.4717 35.3472 1016 10160035 403 407.3 8.4550 35.3455 1016 10160035 404 408.3 8.3867 35.3425 1016 10160035 405 409.3 8.3747 35.3417 1016 10160035 406 410.3 8.3698 35.3412 1016 10160035 407 411.3 8.3765 35.3415 1016 10160035 408 412.4 8.3772 35.3418 1016 10160035 409 413.4 8.3791 35.3421 1016 10160035 410 414.4 8.3673 35.3412 1016 10160035 411 415.4 8.3285 35.3396 1016 10160035 412 416.4 8.3253 35.3396 1016 10160035 413 417.4 8.3213 35.3393 1016 10160035 414 418.4 8.3162 35.3390 1016 10160035 415 419.4 8.3145 35.3390 1016 10160035 416 420.5 8.3089 35.3388 1016 10160035 417 421.5 8.3055 35.3388 1016 10160035 418 422.5 8.3008 35.3385 1016 10160035 419 423.5 8.2943 35.3383 1016 10160035 420 424.5 8.2898 35.3380 1016 10160035 421 425.5 8.2879 35.3382 1016 10160035 422 426.5 8.2871 35.3383 1016 10160035 423 427.5 8.2866 35.3382 1016 10160035 424 428.5 8.2821 35.3380 1016 10160035 425 429.6 8.2771 35.3377 1016 10160035 426 430.6 8.2540 35.3367 1016 10160035 427 431.6 8.2361 35.3355 1016 10160035 428 432.6 8.2180 35.3347 1016 10160035 429 433.6 8.1993 35.3336 1016 10160035 430 434.6 8.1497 35.3311 1016 10160035 431 435.6 8.0922 35.3282 1016 10160035 432 436.6 8.0477 35.3255 1016 10160035 433 437.7 8.0106 35.3229 1016 10160035 434 438.7 7.9646 35.3208 1016 10160035 435 439.7 7.9374 35.3196 1016 10160035 436 440.7 7.9008 35.3183 1016 10160035 437 441.7 7.8670 35.3169 1016 10160035 438 442.7 7.8519 35.3159 1016 10160035 439 443.7 7.8485 35.3151 1016 10160035 440 444.7 7.8322 35.3141 1016 10160035 441 445.7 7.8189 35.3134 1016 10160035 442 446.8 7.8077 35.3131 1016 10160035 443 447.8 7.7705 35.3118 1016 10160035 444 448.8 7.7336 35.3102 1016 10160035 445 449.8 7.7165 35.3095 1016 10160035 446 450.8 7.7187 35.3099 1016 10160035 447 451.8 7.7327 35.3103 1016 10160035 448 452.8 7.7327 35.3104 1016 10160035 449 453.8 7.7036 35.3093 1016 10160035 450 454.9 7.6907 35.3088 1016 10160035 451 455.9 7.6807 35.3081 1016 10160035 452 456.9 7.6650 35.3077 1016 10160035 453 457.9 7.6712 35.3083 1016 10160035 454 458.9 7.6707 35.3084 1016 10160035 455 459.9 7.6383 35.3064 1016 10160035 456 460.9 7.6305 35.3063 1016 10160035 457 461.9 7.6166 35.3056 1016 10160035 458 462.9 7.6073 35.3051 1016 10160035 459 464.0 7.6040 35.3049 1016 10160035 460 465.0 7.6092 35.3054 1016 10160035 461 466.0 7.6101 35.3054 1016 10160035 462 467.0 7.6127 35.3057 1016 10160035 463 468.0 7.5972 35.3047 1016 10160035 464 469.0 7.5748 35.3034 1016 10160035 465 470.0 7.4465 35.2949 1016 10160035 466 471.0 7.4037 35.2905 1016 10160035 467 472.1 7.2904 35.2819 1016 10160035 468 473.1 7.2494 35.2780 1016 10160035 469 474.1 7.2202 35.2750 1016 10160035 470 475.1 7.1949 35.2730 1016 10160035 471 476.1 7.1755 35.2716 1016 10160035 472 477.1 7.1674 35.2709 1016 10160035 473 478.1 7.1499 35.2698 1016 10160035 474 479.1 7.1133 35.2672 1016 10160035 475 480.2 7.0908 35.2657 1016 10160035 476 481.2 7.0669 35.2636 1016 10160035 477 482.2 7.0573 35.2631 1016 10160035 478 483.2 7.0504 35.2627 1016 10160035 479 484.2 7.0323 35.2618 1016 10160035 480 485.2 7.0232 35.2613 1016 10160035 481 486.2 7.0199 35.2614 1016 10160035 482 487.2 7.0134 35.2609 1016 10160035 483 488.2 6.9957 35.2597 1016 10160035 484 489.3 6.9862 35.2591 1016 10160035 485 490.3 6.9785 35.2586 1016 10160035 486 491.3 6.9657 35.2576 1016 10160035 487 492.3 6.9544 35.2566 1016 10160035 488 493.3 6.9274 35.2547 1016 10160035 489 494.3 6.9090 35.2533 1016 10160035 490 495.3 6.8912 35.2516 1016 10160035 491 496.3 6.8364 35.2471 1016 10160035 492 497.4 6.8061 35.2442 1016 10160035 493 498.4 6.7728 35.2412 1016 10160035 494 499.4 6.7508 35.2394 1016 10160035 495 500.4 6.7410 35.2387 1016 10160035 496 501.4 6.7297 35.2377 1016 10160035 497 502.4 6.7155 35.2367 1016 10160035 498 503.4 6.7069 35.2359 1016 10160035 499 504.4 6.6859 35.2341 1016 10160035 500 505.5 6.6505 35.2310 1016 10160035 501 506.5 6.6301 35.2297 1016 10160035 502 507.5 6.6100 35.2283 1016 10160035 503 508.5 6.5838 35.2261 1016 10160035 504 509.5 6.5745 35.2250 1016 10160035 505 510.5 6.5176 35.2197 1016 10160035 506 511.5 6.4729 35.2150 1016 10160035 507 512.5 6.4329 35.2121 1016 10160035 508 513.6 6.4252 35.2120 1016 10160035 509 514.6 6.4178 35.2118 1016 10160035 510 515.6 6.4086 35.2114 1016 10160035 511 516.6 6.4021 35.2109 1016 10160035 512 517.6 6.3962 35.2102 1016 10160035 513 518.6 6.3878 35.2095 1016 10160035 514 519.6 6.3712 35.2080 1016 10160035 515 520.6 6.3563 35.2071 1016 10160035 516 521.7 6.3486 35.2070 1016 10160035 517 522.7 6.3454 35.2069 1016 10160035 518 523.7 6.3431 35.2067 1016 10160035 519 524.7 6.3418 35.2067 1016 10160035 520 525.7 6.3390 35.2063 1016 10160035 521 526.7 6.3332 35.2058 1016 10160035 522 527.7 6.3273 35.2054 1016 10160035 523 528.7 6.3234 35.2053 1016 10160035 524 529.7 6.3213 35.2054 1016 10160035 525 530.8 6.3186 35.2053 1016 10160035 526 531.8 6.3124 35.2046 1016 10160035 527 532.8 6.3003 35.2040 1016 10160035 528 533.8 6.2919 35.2030 1016 10160035 529 534.8 6.2854 35.2022 1016 10160035 530 535.8 6.2793 35.2016 1016 10160035 531 536.8 6.2714 35.2009 1016 10160035 532 537.8 6.2559 35.1997 1016 10160035 533 538.9 6.2515 35.1993 1016 10160035 534 539.9 6.2472 35.1989 1016 10160035 535 540.9 6.2350 35.1978 1016 10160035 536 541.9 6.2147 35.1963 1016 10160035 537 542.9 6.1882 35.1943 1016 10160035 538 543.9 6.1815 35.1937 1016 10160035 539 544.9 6.1642 35.1925 1016 10160035 540 545.9 6.1410 35.1903 1016 10160035 541 547.0 6.1056 35.1867 1016 10160035 542 548.0 6.0560 35.1823 1016 10160035 543 549.0 6.0418 35.1806 1016 10160035 544 550.0 6.0109 35.1775 1016 10160035 545 551.0 5.9904 35.1765 1016 10160035 546 552.0 5.9906 35.1765 1016 10160035 547 553.0 5.9859 35.1765 1016 10160035 548 554.0 5.9773 35.1760 1016 10160035 549 555.1 5.9767 35.1760 1016 10160035 550 556.1 5.9543 35.1743 1016 10160035 551 557.1 5.9461 35.1734 1016 10160035 552 558.1 5.9484 35.1735 1016 10160035 553 559.1 5.9563 35.1744 1016 10160035 554 560.1 5.8684 35.1665 1016 10160035 555 561.1 5.8566 35.1662 1016 10160035 556 562.1 5.8392 35.1647 1016 10160035 557 563.2 5.7954 35.1618 1016 10160035 558 564.2 5.7682 35.1592 1016 10160035 559 565.2 5.7232 35.1553 1016 10160035 560 566.2 5.7074 35.1537 1016 10160035 561 567.2 5.7021 35.1533 1016 10160035 562 568.2 5.6745 35.1525 1016 10160035 563 569.2 5.6550 35.1524 1016 10160035 564 570.2 5.6469 35.1526 1016 10160035 565 571.3 5.6425 35.1533 1016 10160035 566 572.3 5.6382 35.1546 1016 10160035 567 573.3 5.6080 35.1544 1016 10160035 568 574.3 5.5692 35.1517 1016 10160035 569 575.3 5.5330 35.1491 1016 10160035 570 576.3 5.4919 35.1449 1016 10160035 571 577.3 5.3794 35.1347 1016 10160035 572 578.3 5.3803 35.1343 1016 10160035 573 579.4 5.3396 35.1300 1016 10160035 574 580.4 5.3139 35.1274 1016 10160035 575 581.4 5.2768 35.1224 1016 10160035 576 582.4 5.2224 35.1176 1016 10160035 577 583.4 5.1418 35.1077 1016 10160035 578 584.4 5.0600 35.1031 1016 10160035 579 585.4 4.9795 35.0960 1016 10160035 580 586.4 4.9359 35.0939 1016 10160035 581 587.5 4.9015 35.0912 1016 10160035 582 588.5 4.8333 35.0867 1016 10160035 583 589.5 4.7981 35.0839 1016 10160035 584 590.5 4.7767 35.0817 1016 10160035 585 591.5 4.7652 35.0812 1016 10160035 586 592.5 4.7275 35.0791 1016 10160035 587 593.5 4.6969 35.0779 1016 10160035 588 594.5 4.6918 35.0778 1016 10160035 589 595.6 4.6868 35.0775 1016 10160035 590 596.6 4.6681 35.0769 1016 10160035 591 597.6 4.6286 35.0749 1016 10160035 592 598.6 4.6080 35.0735 1016 10160035 593 599.6 4.5659 35.0701 1016 10160035 594 600.6 4.5015 35.0683 1016 10160035 595 601.6 4.4956 35.0687 1016 10160035 596 602.6 4.4622 35.0663 1016 10160035 597 603.7 4.4721 35.0675 1016 10160035 598 604.7 4.4471 35.0660 1016 10160035 599 605.7 4.4329 35.0650 1016 10160035 600 606.7 4.4241 35.0641 1016 10160035 601 607.7 4.4133 35.0630 1016 10160035 602 608.7 4.3920 35.0613 1016 10160035 603 609.7 4.3950 35.0604 1016 10160035 604 610.7 4.3429 35.0565 1016 10160035 605 611.8 4.3177 35.0553 1016 10160035 606 612.8 4.3285 35.0560 1016 10160035 607 613.8 4.3170 35.0555 1016 10160035 608 614.8 4.3159 35.0560 1016 10160035 609 615.8 4.3221 35.0565 1016 10160035 610 616.8 4.3107 35.0560 1016 10160035 611 617.8 4.2321 35.0498 1016 10160035 612 618.8 4.2172 35.0480 1016 10160035 613 619.9 4.2193 35.0478 1016 10160035 614 620.9 4.2177 35.0479 1016 10160035 615 621.9 4.2082 35.0477 1016 10160035 616 622.9 4.2089 35.0475 1016 10160035 617 623.9 4.2027 35.0473 1016 10160035 618 624.9 4.2007 35.0474 1016 10160035 619 625.9 4.1902 35.0468 1016 10160035 620 626.9 4.1842 35.0465 1016 10160035 621 628.0 4.1840 35.0464 1016 10160035 622 629.0 4.1856 35.0467 1016 10160035 623 630.0 4.1857 35.0468 1016 10160035 624 631.0 4.1871 35.0469 1016 10160035 625 632.0 4.1798 35.0464 1016 10160035 626 633.0 4.1673 35.0457 1016 10160035 627 634.0 4.1642 35.0457 1016 10160035 628 635.0 4.1512 35.0445 1016 10160035 629 636.1 4.1233 35.0433 1016 10160036 2 2.0 9.4103 35.3915 1016 10160036 3 3.0 9.4085 35.3917 1016 10160036 4 4.0 9.4076 35.3915 1016 10160036 5 5.0 9.4074 35.3915 1016 10160036 6 6.1 9.4073 35.3915 1016 10160036 7 7.1 9.4069 35.3915 1016 10160036 8 8.1 9.4068 35.3916 1016 10160036 9 9.1 9.4082 35.3912 1016 10160036 10 10.1 9.4101 35.3914 1016 10160036 11 11.1 9.4096 35.3915 1016 10160036 12 12.1 9.4101 35.3913 1016 10160036 13 13.1 9.4094 35.3913 1016 10160036 14 14.1 9.4104 35.3915 1016 10160036 15 15.1 9.4059 35.3912 1016 10160036 16 16.2 9.3894 35.3914 1016 10160036 17 17.2 9.3922 35.3912 1016 10160036 18 18.2 9.3913 35.3912 1016 10160036 19 19.2 9.3836 35.3913 1016 10160036 20 20.2 9.3756 35.3913 1016 10160036 21 21.2 9.3748 35.3915 1016 10160036 22 22.2 9.3760 35.3912 1016 10160036 23 23.2 9.3766 35.3912 1016 10160036 24 24.2 9.3748 35.3913 1016 10160036 25 25.2 9.3678 35.3914 1016 10160036 26 26.3 9.3661 35.3914 1016 10160036 27 27.3 9.3602 35.3916 1016 10160036 28 28.3 9.3576 35.3917 1016 10160036 29 29.3 9.3619 35.3912 1016 10160036 30 30.3 9.3703 35.3915 1016 10160036 31 31.3 9.3682 35.3915 1016 10160036 32 32.3 9.3671 35.3918 1016 10160036 33 33.3 9.3688 35.3915 1016 10160036 34 34.3 9.3521 35.3917 1016 10160036 35 35.3 9.3552 35.3916 1016 10160036 36 36.4 9.3510 35.3913 1016 10160036 37 37.4 9.3468 35.3921 1016 10160036 38 38.4 9.3465 35.3919 1016 10160036 39 39.4 9.3488 35.3917 1016 10160036 40 40.4 9.3437 35.3919 1016 10160036 41 41.4 9.3393 35.3922 1016 10160036 42 42.4 9.3389 35.3923 1016 10160036 43 43.4 9.3397 35.3925 1016 10160036 44 44.4 9.3401 35.3923 1016 10160036 45 45.4 9.3399 35.3923 1016 10160036 46 46.5 9.3387 35.3926 1016 10160036 47 47.5 9.3375 35.3927 1016 10160036 48 48.5 9.3361 35.3931 1016 10160036 49 49.5 9.3353 35.3932 1016 10160036 50 50.5 9.3348 35.3932 1016 10160036 51 51.5 9.3342 35.3932 1016 10160036 52 52.5 9.3342 35.3933 1016 10160036 53 53.5 9.3344 35.3933 1016 10160036 54 54.5 9.3346 35.3933 1016 10160036 55 55.5 9.3344 35.3933 1016 10160036 56 56.6 9.3353 35.3935 1016 10160036 57 57.6 9.3354 35.3935 1016 10160036 58 58.6 9.3357 35.3936 1016 10160036 59 59.6 9.3354 35.3935 1016 10160036 60 60.6 9.3358 35.3935 1016 10160036 61 61.6 9.3364 35.3937 1016 10160036 62 62.6 9.3362 35.3939 1016 10160036 63 63.6 9.3362 35.3942 1016 10160036 64 64.6 9.3374 35.3945 1016 10160036 65 65.6 9.3377 35.3947 1016 10160036 66 66.6 9.3390 35.3950 1016 10160036 67 67.7 9.3379 35.3944 1016 10160036 68 68.7 9.3397 35.3950 1016 10160036 69 69.7 9.3402 35.3953 1016 10160036 70 70.7 9.3389 35.3947 1016 10160036 71 71.7 9.3379 35.3946 1016 10160036 72 72.7 9.3393 35.3950 1016 10160036 73 73.7 9.3395 35.3949 1016 10160036 74 74.7 9.3407 35.3954 1016 10160036 75 75.7 9.3420 35.3959 1016 10160036 76 76.8 9.3419 35.3960 1016 10160036 77 77.8 9.3415 35.3960 1016 10160036 78 78.8 9.3456 35.3981 1016 10160036 79 79.8 9.3484 35.3993 1016 10160036 80 80.8 9.3503 35.3999 1016 10160036 81 81.8 9.3510 35.4002 1016 10160036 82 82.8 9.3515 35.4006 1016 10160036 83 83.8 9.3518 35.4012 1016 10160036 84 84.8 9.3507 35.4012 1016 10160036 85 85.8 9.3514 35.4018 1016 10160036 86 86.9 9.3568 35.4040 1016 10160036 87 87.9 9.3614 35.4059 1016 10160036 88 88.9 9.3618 35.4068 1016 10160036 89 89.9 9.3616 35.4072 1016 10160036 90 90.9 9.3622 35.4074 1016 10160036 91 91.9 9.3625 35.4076 1016 10160036 92 92.9 9.3579 35.4070 1016 10160036 93 93.9 9.3544 35.4063 1016 10160036 94 94.9 9.3469 35.4052 1016 10160036 95 95.9 9.3435 35.4048 1016 10160036 96 97.0 9.3417 35.4047 1016 10160036 97 98.0 9.3398 35.4045 1016 10160036 98 99.0 9.3367 35.4048 1016 10160036 99 100.0 9.3361 35.4047 1016 10160036 100 101.0 9.3357 35.4048 1016 10160036 101 102.0 9.3241 35.4033 1016 10160036 102 103.0 9.3149 35.4016 1016 10160036 103 104.0 9.3113 35.4008 1016 10160036 104 105.0 9.3048 35.3999 1016 10160036 105 106.0 9.2906 35.3984 1016 10160036 106 107.1 9.2852 35.3981 1016 10160036 107 108.1 9.2884 35.3984 1016 10160036 108 109.1 9.2916 35.3988 1016 10160036 109 110.1 9.2889 35.3986 1016 10160036 110 111.1 9.2892 35.3985 1016 10160036 111 112.1 9.2938 35.3992 1016 10160036 112 113.1 9.2968 35.3996 1016 10160036 113 114.1 9.2968 35.3996 1016 10160036 114 115.1 9.2968 35.3997 1016 10160036 115 116.1 9.2971 35.3999 1016 10160036 116 117.2 9.2989 35.4002 1016 10160036 117 118.2 9.2993 35.4002 1016 10160036 118 119.2 9.2985 35.4000 1016 10160036 119 120.2 9.2969 35.3999 1016 10160036 120 121.2 9.2933 35.3994 1016 10160036 121 122.2 9.2902 35.3987 1016 10160036 122 123.2 9.2896 35.3988 1016 10160036 123 124.2 9.2881 35.3987 1016 10160036 124 125.2 9.2853 35.3983 1016 10160036 125 126.2 9.2816 35.3979 1016 10160036 126 127.3 9.2812 35.3980 1016 10160036 127 128.3 9.2794 35.3979 1016 10160036 128 129.3 9.2758 35.3972 1016 10160036 129 130.3 9.2739 35.3971 1016 10160036 130 131.3 9.2730 35.3972 1016 10160036 131 132.3 9.2689 35.3971 1016 10160036 132 133.3 9.2671 35.3969 1016 10160036 133 134.3 9.2652 35.3968 1016 10160036 134 135.3 9.2642 35.3968 1016 10160036 135 136.4 9.2630 35.3968 1016 10160036 136 137.4 9.2554 35.3962 1016 10160036 137 138.4 9.2482 35.3954 1016 10160036 138 139.4 9.2451 35.3951 1016 10160036 139 140.4 9.2400 35.3943 1016 10160036 140 141.4 9.2252 35.3924 1016 10160036 141 142.4 9.2159 35.3913 1016 10160036 142 143.4 9.2144 35.3912 1016 10160036 143 144.4 9.2142 35.3912 1016 10160036 144 145.4 9.2129 35.3910 1016 10160036 145 146.5 9.2086 35.3909 1016 10160036 146 147.5 9.2081 35.3909 1016 10160036 147 148.5 9.2082 35.3908 1016 10160036 148 149.5 9.2084 35.3910 1016 10160036 149 150.5 9.2073 35.3907 1016 10160036 150 151.5 9.2050 35.3907 1016 10160036 151 152.5 9.2021 35.3904 1016 10160036 152 153.5 9.1968 35.3898 1016 10160036 153 154.5 9.1960 35.3896 1016 10160036 154 155.5 9.1904 35.3890 1016 10160036 155 156.6 9.1824 35.3882 1016 10160036 156 157.6 9.1780 35.3875 1016 10160036 157 158.6 9.1744 35.3874 1016 10160036 158 159.6 9.1757 35.3877 1016 10160036 159 160.6 9.1729 35.3871 1016 10160036 160 161.6 9.1724 35.3873 1016 10160036 161 162.6 9.1740 35.3877 1016 10160036 162 163.6 9.1777 35.3879 1016 10160036 163 164.6 9.1795 35.3883 1016 10160036 164 165.7 9.1800 35.3886 1016 10160036 165 166.7 9.1788 35.3884 1016 10160036 166 167.7 9.1759 35.3881 1016 10160036 167 168.7 9.1758 35.3879 1016 10160036 168 169.7 9.1751 35.3879 1016 10160036 169 170.7 9.1745 35.3877 1016 10160036 170 171.7 9.1759 35.3879 1016 10160036 171 172.7 9.1702 35.3874 1016 10160036 172 173.7 9.1691 35.3874 1016 10160036 173 174.7 9.1699 35.3872 1016 10160036 174 175.8 9.1599 35.3863 1016 10160036 175 176.8 9.1485 35.3853 1016 10160036 176 177.8 9.1411 35.3848 1016 10160036 177 178.8 9.1375 35.3842 1016 10160036 178 179.8 9.1322 35.3836 1016 10160036 179 180.8 9.1189 35.3831 1016 10160036 180 181.8 9.1073 35.3823 1016 10160036 181 182.8 9.0922 35.3810 1016 10160036 182 183.8 9.0725 35.3792 1016 10160036 183 184.9 9.0374 35.3758 1016 10160036 184 185.9 9.0161 35.3746 1016 10160036 185 186.9 9.0156 35.3746 1016 10160036 186 187.9 9.0132 35.3746 1016 10160036 187 188.9 9.0073 35.3744 1016 10160036 188 189.9 8.9957 35.3744 1016 10160036 189 190.9 8.9939 35.3743 1016 10160036 190 191.9 8.9827 35.3741 1016 10160036 191 192.9 8.9568 35.3733 1016 10160036 192 193.9 8.9464 35.3724 1016 10160036 193 195.0 8.9391 35.3717 1016 10160036 194 196.0 8.9117 35.3705 1016 10160036 195 197.0 8.9051 35.3699 1016 10160036 196 198.0 8.9014 35.3696 1016 10160036 197 199.0 8.8972 35.3696 1016 10160036 198 200.0 8.8885 35.3692 1016 10160036 199 201.0 8.8873 35.3693 1016 10160036 200 202.0 8.8858 35.3695 1016 10160036 201 203.0 8.8784 35.3693 1016 10160036 202 204.1 8.8709 35.3691 1016 10160036 203 205.1 8.8687 35.3690 1016 10160036 204 206.1 8.8659 35.3690 1016 10160036 205 207.1 8.8630 35.3686 1016 10160036 206 208.1 8.8540 35.3683 1016 10160036 207 209.1 8.8470 35.3680 1016 10160036 208 210.1 8.8454 35.3677 1016 10160036 209 211.1 8.8303 35.3670 1016 10160036 210 212.1 8.8174 35.3663 1016 10160036 211 213.2 8.8104 35.3662 1016 10160036 212 214.2 8.8076 35.3660 1016 10160036 213 215.2 8.7869 35.3649 1016 10160036 214 216.2 8.7459 35.3633 1016 10160036 215 217.2 8.6817 35.3609 1016 10160036 216 218.2 8.6626 35.3594 1016 10160036 217 219.2 8.6434 35.3582 1016 10160036 218 220.2 8.6251 35.3571 1016 10160036 219 221.2 8.6177 35.3563 1016 10160036 220 222.2 8.6049 35.3560 1016 10160036 221 223.3 8.6021 35.3560 1016 10160036 222 224.3 8.5913 35.3558 1016 10160036 223 225.3 8.5894 35.3560 1016 10160036 224 226.3 8.5892 35.3561 1016 10160036 225 227.3 8.5827 35.3557 1016 10160036 226 228.3 8.5681 35.3551 1016 10160036 227 229.3 8.5417 35.3538 1016 10160036 228 230.3 8.5274 35.3530 1016 10160036 229 231.3 8.5092 35.3520 1016 10160036 230 232.4 8.4914 35.3513 1016 10160036 231 233.4 8.4804 35.3516 1016 10160036 232 234.4 8.4739 35.3528 1016 10160036 233 235.4 8.4663 35.3544 1016 10160036 234 236.4 8.4599 35.3552 1016 10160036 235 237.4 8.4534 35.3551 1016 10160036 236 238.4 8.4460 35.3550 1016 10160036 237 239.4 8.4168 35.3525 1016 10160036 238 240.4 8.3859 35.3500 1016 10160036 239 241.5 8.3796 35.3497 1016 10160036 240 242.5 8.3729 35.3492 1016 10160036 241 243.5 8.3419 35.3466 1016 10160036 242 244.5 8.2868 35.3409 1016 10160036 243 245.5 8.2603 35.3390 1016 10160036 244 246.5 8.2475 35.3391 1016 10160036 245 247.5 8.2352 35.3398 1016 10160036 246 248.5 8.2287 35.3401 1016 10160036 247 249.5 8.2249 35.3403 1016 10160036 248 250.6 8.2215 35.3405 1016 10160036 249 251.6 8.2135 35.3411 1016 10160036 250 252.6 8.1951 35.3417 1016 10160036 251 253.6 8.1767 35.3425 1016 10160036 252 254.6 8.1678 35.3424 1016 10160036 253 255.6 8.1637 35.3426 1016 10160036 254 256.6 8.1622 35.3426 1016 10160036 255 257.6 8.1616 35.3426 1016 10160036 256 258.6 8.1563 35.3425 1016 10160036 257 259.7 8.1532 35.3427 1016 10160036 258 260.7 8.1526 35.3427 1016 10160036 259 261.7 8.1523 35.3427 1016 10160036 260 262.7 8.1521 35.3428 1016 10160036 261 263.7 8.1521 35.3429 1016 10160036 262 264.7 8.1521 35.3433 1016 10160036 263 265.7 8.1518 35.3434 1016 10160036 264 266.7 8.1519 35.3434 1016 10160036 265 267.7 8.1517 35.3434 1016 10160036 266 268.7 8.1511 35.3434 1016 10160036 267 269.8 8.1506 35.3435 1016 10160036 268 270.8 8.1504 35.3435 1016 10160036 269 271.8 8.1507 35.3437 1016 10160036 270 272.8 8.1508 35.3438 1016 10160036 271 273.8 8.1506 35.3437 1016 10160036 272 274.8 8.1504 35.3439 1016 10160036 273 275.8 8.1503 35.3439 1016 10160036 274 276.8 8.1492 35.3438 1016 10160036 275 277.8 8.1474 35.3437 1016 10160036 276 278.9 8.1457 35.3435 1016 10160036 277 279.9 8.1453 35.3433 1016 10160036 278 280.9 8.1444 35.3433 1016 10160036 279 281.9 8.1437 35.3432 1016 10160036 280 282.9 8.1430 35.3433 1016 10160036 281 283.9 8.1429 35.3432 1016 10160036 282 284.9 8.1423 35.3432 1016 10160036 283 285.9 8.1408 35.3432 1016 10160036 284 286.9 8.1374 35.3430 1016 10160036 285 288.0 8.1351 35.3426 1016 10160036 286 289.0 8.1337 35.3424 1016 10160036 287 290.0 8.1326 35.3424 1016 10160036 288 291.0 8.1303 35.3424 1016 10160036 289 292.0 8.1285 35.3423 1016 10160036 290 293.0 8.1274 35.3420 1016 10160036 291 294.0 8.1244 35.3417 1016 10160036 292 295.0 8.1213 35.3414 1016 10160036 293 296.0 8.1177 35.3413 1016 10160036 294 297.1 8.1073 35.3402 1016 10160036 295 298.1 8.0907 35.3393 1016 10160036 296 299.1 8.0845 35.3388 1016 10160036 297 300.1 8.0783 35.3382 1016 10160036 298 301.1 8.0666 35.3376 1016 10160036 299 302.1 8.0600 35.3374 1016 10160036 300 303.1 8.0595 35.3374 1016 10160036 301 304.1 8.0596 35.3376 1016 10160036 302 305.1 8.0581 35.3376 1016 10160036 303 306.2 8.0558 35.3374 1016 10160036 304 307.2 8.0427 35.3368 1016 10160036 305 308.2 7.9812 35.3337 1016 10160036 306 309.2 7.9753 35.3328 1016 10160036 307 310.2 7.9750 35.3328 1016 10160036 308 311.2 7.9748 35.3327 1016 10160036 309 312.2 7.9705 35.3325 1016 10160036 310 313.2 7.9594 35.3317 1016 10160036 311 314.2 7.9310 35.3299 1016 10160036 312 315.3 7.9072 35.3283 1016 10160036 313 316.3 7.8969 35.3277 1016 10160036 314 317.3 7.8933 35.3273 1016 10160036 315 318.3 7.8898 35.3270 1016 10160036 316 319.3 7.8770 35.3263 1016 10160036 317 320.3 7.8716 35.3261 1016 10160036 318 321.3 7.8709 35.3262 1016 10160036 319 322.3 7.8645 35.3258 1016 10160036 320 323.3 7.8586 35.3258 1016 10160036 321 324.4 7.8520 35.3253 1016 10160036 322 325.4 7.8332 35.3237 1016 10160036 323 326.4 7.8153 35.3227 1016 10160036 324 327.4 7.8044 35.3219 1016 10160036 325 328.4 7.7871 35.3203 1016 10160036 326 329.4 7.7457 35.3167 1016 10160036 327 330.4 7.7166 35.3137 1016 10160036 328 331.4 7.6872 35.3104 1016 10160036 329 332.5 7.6757 35.3092 1016 10160036 330 333.5 7.6732 35.3089 1016 10160036 331 334.5 7.6704 35.3088 1016 10160036 332 335.5 7.6681 35.3085 1016 10160036 333 336.5 7.6671 35.3088 1016 10160036 334 337.5 7.6674 35.3091 1016 10160036 335 338.5 7.6656 35.3089 1016 10160036 336 339.5 7.6635 35.3087 1016 10160036 337 340.5 7.6475 35.3068 1016 10160036 338 341.6 7.6299 35.3052 1016 10160036 339 342.6 7.6252 35.3047 1016 10160036 340 343.6 7.6230 35.3043 1016 10160036 341 344.6 7.6147 35.3032 1016 10160036 342 345.6 7.6086 35.3026 1016 10160036 343 346.6 7.6036 35.3023 1016 10160036 344 347.6 7.5863 35.3015 1016 10160036 345 348.6 7.5640 35.2998 1016 10160036 346 349.6 7.5574 35.2996 1016 10160036 347 350.7 7.5523 35.2995 1016 10160036 348 351.7 7.5434 35.2991 1016 10160036 349 352.7 7.5387 35.2991 1016 10160036 350 353.7 7.5284 35.2990 1016 10160036 351 354.7 7.5283 35.2990 1016 10160036 352 355.7 7.5291 35.2994 1016 10160036 353 356.7 7.5306 35.2997 1016 10160036 354 357.7 7.5301 35.2999 1016 10160036 355 358.7 7.5272 35.3001 1016 10160036 356 359.8 7.5257 35.3004 1016 10160036 357 360.8 7.5248 35.3004 1016 10160036 358 361.8 7.5195 35.3000 1016 10160036 359 362.8 7.5003 35.2988 1016 10160036 360 363.8 7.4927 35.2985 1016 10160036 361 364.8 7.4892 35.2982 1016 10160036 362 365.8 7.4841 35.2978 1016 10160036 363 366.8 7.4788 35.2974 1016 10160036 364 367.8 7.4575 35.2958 1016 10160036 365 368.9 7.4147 35.2925 1016 10160036 366 369.9 7.3797 35.2902 1016 10160036 367 370.9 7.3678 35.2893 1016 10160036 368 371.9 7.3513 35.2878 1016 10160036 369 372.9 7.3371 35.2865 1016 10160036 370 373.9 7.3273 35.2859 1016 10160036 371 374.9 7.3205 35.2854 1016 10160036 372 375.9 7.3032 35.2844 1016 10160036 373 377.0 7.2985 35.2843 1016 10160036 374 378.0 7.2978 35.2844 1016 10160036 375 379.0 7.2972 35.2845 1016 10160036 376 380.0 7.2853 35.2834 1016 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35.3278 1016 10160037 238 240.4 8.0986 35.3279 1016 10160037 239 241.5 8.0971 35.3282 1016 10160037 240 242.5 8.0898 35.3281 1016 10160037 241 243.5 8.0826 35.3280 1016 10160037 242 244.5 8.0745 35.3274 1016 10160037 243 245.5 8.0662 35.3270 1016 10160037 244 246.5 8.0530 35.3265 1016 10160037 245 247.5 8.0504 35.3265 1016 10160037 246 248.5 8.0489 35.3267 1016 10160037 247 249.5 8.0477 35.3267 1016 10160037 248 250.6 8.0463 35.3267 1016 10160037 249 251.6 8.0461 35.3268 1016 10160037 250 252.6 8.0434 35.3267 1016 10160037 251 253.6 8.0394 35.3266 1016 10160037 252 254.6 8.0382 35.3267 1016 10160037 253 255.6 8.0336 35.3262 1016 10160037 254 256.6 8.0203 35.3258 1016 10160037 255 257.6 7.9990 35.3245 1016 10160037 256 258.6 7.9939 35.3244 1016 10160037 257 259.7 7.9863 35.3241 1016 10160037 258 260.7 7.9845 35.3241 1016 10160037 259 261.7 7.9790 35.3240 1016 10160037 260 262.7 7.9624 35.3230 1016 10160037 261 263.7 7.9430 35.3222 1016 10160037 262 264.7 7.9354 35.3221 1016 10160037 263 265.7 7.9347 35.3220 1016 10160037 264 266.7 7.9302 35.3222 1016 10160037 265 267.7 7.9287 35.3222 1016 10160037 266 268.7 7.9272 35.3223 1016 10160037 267 269.8 7.9265 35.3224 1016 10160037 268 270.8 7.9249 35.3224 1016 10160037 269 271.8 7.9239 35.3225 1016 10160037 270 272.8 7.9221 35.3226 1016 10160037 271 273.8 7.9212 35.3227 1016 10160037 272 274.8 7.9190 35.3227 1016 10160037 273 275.8 7.9171 35.3232 1016 10160037 274 276.8 7.9163 35.3234 1016 10160037 275 277.8 7.9145 35.3239 1016 10160037 276 278.9 7.9132 35.3245 1016 10160037 277 279.9 7.9071 35.3246 1016 10160037 278 280.9 7.8997 35.3240 1016 10160037 279 281.9 7.8910 35.3237 1016 10160037 280 282.9 7.8798 35.3234 1016 10160037 281 283.9 7.8654 35.3223 1016 10160037 282 284.9 7.8577 35.3217 1016 10160037 283 285.9 7.8499 35.3212 1016 10160037 284 286.9 7.8428 35.3209 1016 10160037 285 288.0 7.8342 35.3208 1016 10160037 286 289.0 7.8280 35.3208 1016 10160037 287 290.0 7.8235 35.3210 1016 10160037 288 291.0 7.8215 35.3212 1016 10160037 289 292.0 7.8216 35.3213 1016 10160037 290 293.0 7.8212 35.3214 1016 10160037 291 294.0 7.8208 35.3215 1016 10160037 292 295.0 7.8198 35.3215 1016 10160037 293 296.0 7.8174 35.3218 1016 10160037 294 297.1 7.8140 35.3220 1016 10160037 295 298.1 7.8094 35.3219 1016 10160037 296 299.1 7.8004 35.3218 1016 10160037 297 300.1 7.7866 35.3210 1016 10160037 298 301.1 7.7576 35.3183 1016 10160037 299 302.1 7.7118 35.3159 1016 10160037 300 303.1 7.7055 35.3151 1016 10160037 301 304.1 7.6942 35.3134 1016 10160037 302 305.1 7.6474 35.3106 1016 10160037 303 306.2 7.6328 35.3099 1016 10160037 304 307.2 7.6071 35.3084 1016 10160037 305 308.2 7.5874 35.3071 1016 10160037 306 309.2 7.5753 35.3059 1016 10160037 307 310.2 7.5675 35.3051 1016 10160037 308 311.2 7.5575 35.3045 1016 10160037 309 312.2 7.5540 35.3045 1016 10160037 310 313.2 7.5538 35.3046 1016 10160037 311 314.2 7.5530 35.3046 1016 10160037 312 315.3 7.5524 35.3049 1016 10160037 313 316.3 7.5518 35.3049 1016 10160037 314 317.3 7.5506 35.3049 1016 10160037 315 318.3 7.5508 35.3050 1016 10160037 316 319.3 7.5361 35.3044 1016 10160037 317 320.3 7.5212 35.3034 1016 10160037 318 321.3 7.5108 35.3027 1016 10160037 319 322.3 7.5034 35.3022 1016 10160037 320 323.3 7.5007 35.3022 1016 10160037 321 324.4 7.4989 35.3022 1016 10160037 322 325.4 7.4963 35.3021 1016 10160037 323 326.4 7.4925 35.3018 1016 10160037 324 327.4 7.4840 35.3016 1016 10160037 325 328.4 7.4635 35.3005 1016 10160037 326 329.4 7.4547 35.3000 1016 10160037 327 330.4 7.4486 35.2995 1016 10160037 328 331.4 7.4384 35.2989 1016 10160037 329 332.5 7.4159 35.2974 1016 10160037 330 333.5 7.3939 35.2957 1016 10160037 331 334.5 7.3760 35.2941 1016 10160037 332 335.5 7.3519 35.2920 1016 10160037 333 336.5 7.3416 35.2910 1016 10160037 334 337.5 7.3254 35.2896 1016 10160037 335 338.5 7.3160 35.2889 1016 10160037 336 339.5 7.3108 35.2887 1016 10160037 337 340.5 7.3079 35.2885 1016 10160037 338 341.6 7.3041 35.2885 1016 10160037 339 342.6 7.2916 35.2878 1016 10160037 340 343.6 7.2744 35.2867 1016 10160037 341 344.6 7.2506 35.2842 1016 10160037 342 345.6 7.2220 35.2812 1016 10160037 343 346.6 7.1704 35.2761 1016 10160037 344 347.6 7.1511 35.2746 1016 10160037 345 348.6 7.1355 35.2731 1016 10160037 346 349.6 7.0840 35.2687 1016 10160037 347 350.7 7.0434 35.2650 1016 10160037 348 351.7 7.0269 35.2634 1016 10160037 349 352.7 7.0124 35.2621 1016 10160037 350 353.7 6.9929 35.2605 1016 10160037 351 354.7 6.9876 35.2596 1016 10160037 352 355.7 6.9586 35.2572 1016 10160037 353 356.7 6.9466 35.2563 1016 10160037 354 357.7 6.9388 35.2560 1016 10160037 355 358.7 6.9283 35.2556 1016 10160037 356 359.8 6.9185 35.2552 1016 10160037 357 360.8 6.8941 35.2542 1016 10160037 358 361.8 6.8637 35.2519 1016 10160037 359 362.8 6.8493 35.2505 1016 10160037 360 363.8 6.8278 35.2485 1016 10160037 361 364.8 6.8172 35.2473 1016 10160037 362 365.8 6.8134 35.2466 1016 10160037 363 366.8 6.7764 35.2434 1016 10160037 364 367.8 6.7283 35.2397 1016 10160037 365 368.9 6.7119 35.2383 1016 10160037 366 369.9 6.7049 35.2378 1016 10160037 367 370.9 6.6995 35.2374 1016 10160037 368 371.9 6.6928 35.2370 1016 10160037 369 372.9 6.6902 35.2369 1016 10160037 370 373.9 6.6704 35.2356 1016 10160037 371 374.9 6.6394 35.2336 1016 10160037 372 375.9 6.6148 35.2317 1016 10160037 373 377.0 6.6036 35.2302 1016 10160037 374 378.0 6.5838 35.2281 1016 10160037 375 379.0 6.5600 35.2256 1016 10160037 376 380.0 6.5252 35.2230 1016 10160037 377 381.0 6.5226 35.2227 1016 10160037 378 382.0 6.5022 35.2213 1016 10160037 379 383.0 6.4817 35.2200 1016 10160037 380 384.0 6.4755 35.2195 1016 10160037 381 385.0 6.4658 35.2188 1016 10160037 382 386.1 6.4517 35.2173 1016 10160037 383 387.1 6.4209 35.2142 1016 10160037 384 388.1 6.3974 35.2127 1016 10160037 385 389.1 6.3734 35.2109 1016 10160037 386 390.1 6.3600 35.2105 1016 10160037 387 391.1 6.3505 35.2100 1016 10160037 388 392.1 6.3429 35.2095 1016 10160037 389 393.1 6.3373 35.2092 1016 10160037 390 394.1 6.3329 35.2088 1016 10160037 391 395.2 6.3283 35.2085 1016 10160037 392 396.2 6.3173 35.2077 1016 10160037 393 397.2 6.2994 35.2066 1016 10160037 394 398.2 6.2870 35.2058 1016 10160037 395 399.2 6.2720 35.2052 1016 10160037 396 400.2 6.2775 35.2053 1016 10160037 397 401.2 6.2810 35.2052 1016 10160037 398 402.2 6.2734 35.2047 1016 10160037 399 403.3 6.2594 35.2040 1016 10160037 400 404.3 6.2568 35.2039 1016 10160037 401 405.3 6.2543 35.2038 1016 10160037 402 406.3 6.2463 35.2033 1016 10160037 403 407.3 6.2401 35.2031 1016 10160037 404 408.3 6.2266 35.2023 1016 10160037 405 409.3 6.2110 35.2013 1016 10160037 406 410.3 6.1994 35.2002 1016 10160037 407 411.3 6.1841 35.1993 1016 10160037 408 412.4 6.1737 35.1987 1016 10160037 409 413.4 6.1636 35.1980 1016 10160037 410 414.4 6.1402 35.1969 1016 10160037 411 415.4 6.1238 35.1958 1016 10160037 412 416.4 6.1100 35.1947 1016 10160037 413 417.4 6.0998 35.1935 1016 10160037 414 418.4 6.0797 35.1918 1016 10160037 415 419.4 6.0715 35.1910 1016 10160037 416 420.5 6.0695 35.1910 1016 10160037 417 421.5 6.0674 35.1909 1016 10160037 418 422.5 6.0645 35.1907 1016 10160037 419 423.5 6.0612 35.1906 1016 10160037 420 424.5 6.0573 35.1903 1016 10160037 421 425.5 6.0517 35.1899 1016 10160037 422 426.5 6.0475 35.1894 1016 10160037 423 427.5 6.0423 35.1889 1016 10160037 424 428.5 6.0268 35.1874 1016 10160037 425 429.6 6.0167 35.1867 1016 10160037 426 430.6 6.0141 35.1866 1016 10160037 427 431.6 6.0129 35.1865 1016 10160037 428 432.6 6.0124 35.1865 1016 10160037 429 433.6 6.0121 35.1865 1016 10160037 430 434.6 6.0110 35.1864 1016 10160037 431 435.6 6.0090 35.1864 1016 10160037 432 436.6 5.9906 35.1833 1016 10160037 433 437.7 5.8865 35.1726 1016 10160037 434 438.7 5.8306 35.1657 1016 10160037 435 439.7 5.7653 35.1591 1016 10160037 436 440.7 5.7367 35.1560 1016 10160037 437 441.7 5.7089 35.1530 1016 10160037 438 442.7 5.6883 35.1514 1016 10160037 439 443.7 5.6818 35.1507 1016 10160037 440 444.7 5.6684 35.1497 1016 10160037 441 445.7 5.6586 35.1490 1016 10160037 442 446.8 5.6449 35.1478 1016 10160037 443 447.8 5.6227 35.1464 1016 10160037 444 448.8 5.6153 35.1460 1016 10160037 445 449.8 5.5998 35.1446 1016 10160037 446 450.8 5.5812 35.1434 1016 10160037 447 451.8 5.5618 35.1417 1016 10160037 448 452.8 5.5555 35.1411 1016 10160037 449 453.8 5.5133 35.1374 1016 10160037 450 454.9 5.4829 35.1349 1016 10160037 451 455.9 5.4631 35.1332 1016 10160037 452 456.9 5.4447 35.1318 1016 10160037 453 457.9 5.4274 35.1305 1016 10160037 454 458.9 5.3632 35.1244 1016 10160037 455 459.9 5.2994 35.1201 1016 10160037 456 460.9 5.2809 35.1182 1016 10160037 457 461.9 5.2599 35.1165 1016 10160037 458 462.9 5.2301 35.1152 1016 10160037 459 464.0 5.2177 35.1149 1016 10160037 460 465.0 5.2082 35.1144 1016 10160037 461 466.0 5.1716 35.1123 1016 10160037 462 467.0 5.1267 35.1114 1016 10160037 463 468.0 5.1047 35.1114 1016 10160037 464 469.0 5.0904 35.1109 1016 10160037 465 470.0 5.0693 35.1098 1016 10160037 466 471.0 5.0497 35.1093 1016 10160037 467 472.1 5.0395 35.1093 1016 10160037 468 473.1 5.0410 35.1098 1016 10160037 469 474.1 5.0400 35.1094 1016 10160037 470 475.1 4.9428 35.1004 1016 10160037 471 476.1 4.7910 35.0876 1016 10160037 472 477.1 4.5832 35.0699 1016 10160037 473 478.1 4.4654 35.0588 1016 10160037 474 479.1 4.4220 35.0539 1016 10160037 475 480.2 4.3895 35.0497 1016 10160037 476 481.2 4.3519 35.0462 1016 10160037 477 482.2 4.3137 35.0431 1016 10160037 478 483.2 4.2863 35.0406 1016 10160037 479 484.2 4.2550 35.0376 1016 10160037 480 485.2 4.2123 35.0340 1016 10160037 481 486.2 4.1426 35.0284 1016 10160037 482 487.2 4.1103 35.0278 1016 10160037 483 488.2 4.0778 35.0256 1016 10160037 484 489.3 4.0515 35.0237 1016 10160037 485 490.3 4.0397 35.0229 1016 10160037 486 491.3 4.0364 35.0224 1016 10160037 487 492.3 4.0287 35.0217 1016 10160037 488 493.3 4.0290 35.0227 1016 10160037 489 494.3 4.0071 35.0218 1016 10160037 490 495.3 3.9947 35.0215 1016 10160037 491 496.3 3.9864 35.0222 1016 10160037 492 497.4 3.9799 35.0229 1016 10160037 493 498.4 3.9691 35.0241 1016 10160037 494 499.4 3.9653 35.0247 1016 10160037 495 500.4 3.9634 35.0250 1016 10160037 496 501.4 3.9621 35.0266 1016 10160037 497 502.4 3.9636 35.0281 1016 10160037 498 503.4 3.9667 35.0300 1016 10160037 499 504.4 3.9768 35.0348 1016 10160037 500 505.5 3.9835 35.0380 1016 10160037 501 506.5 3.9839 35.0408 1016 10160037 502 507.5 3.9610 35.0400 1016 10160037 503 508.5 3.8979 35.0368 1016 10160037 504 509.5 3.8584 35.0332 1016 10160037 505 510.5 3.8432 35.0316 1016 10160037 506 511.5 3.8341 35.0312 1016 10160037 507 512.5 3.8270 35.0304 1016 10160037 508 513.6 3.8227 35.0299 1016 10160037 509 514.6 3.8148 35.0292 1016 10160037 510 515.6 3.8079 35.0291 1016 10160037 511 516.6 3.8075 35.0301 1016 10160037 512 517.6 3.8120 35.0321 1016 10160037 513 518.6 3.8086 35.0332 1016 10160037 514 519.6 3.8027 35.0345 1016 10160037 515 520.6 3.7916 35.0344 1016 10160037 516 521.7 3.7601 35.0330 1016 10160037 517 522.7 3.7416 35.0322 1016 10160037 518 523.7 3.7415 35.0366 1016 10160037 519 524.7 3.7142 35.0394 1016 10160037 520 525.7 3.6809 35.0368 1016 10160037 521 526.7 3.6474 35.0357 1016 10160037 522 527.7 3.5993 35.0358 1016 10160037 523 528.7 3.5500 35.0371 1016 10160037 524 529.7 3.5215 35.0375 1016 10160037 525 530.8 3.4902 35.0356 1016 10160037 526 531.8 3.4890 35.0357 1016 10160037 527 532.8 3.4559 35.0346 1016 10160037 528 533.8 3.4102 35.0307 1016 10160037 529 534.8 3.3127 35.0263 1016 10160037 530 535.8 3.2839 35.0243 1016 10160037 531 536.8 3.2528 35.0228 1016 10160037 532 537.8 3.2322 35.0223 1016 10160037 533 538.9 3.1921 35.0210 1016 10160037 534 539.9 3.1578 35.0196 1016 10160037 535 540.9 3.0860 35.0176 1016 10160037 536 541.9 2.9343 35.0113 1016 10160037 537 542.9 2.8610 35.0059 1016 10160037 538 543.9 2.7890 35.0020 1016 10160037 539 544.9 2.7454 35.0000 1016 10160037 540 545.9 2.7320 35.0002 1016 10160037 541 547.0 2.7144 35.0000 1016 10160037 542 548.0 2.7003 34.9997 1016 10160037 543 549.0 2.6789 34.9989 1016 10160037 544 550.0 2.6205 34.9965 1016 10160037 545 551.0 2.5353 34.9919 1016 10160037 546 552.0 2.4663 34.9882 1016 10160037 547 553.0 2.4142 34.9848 1016 10160037 548 554.0 2.2952 34.9773 1016 10160037 549 555.1 2.1512 34.9671 1016 10160037 550 556.1 2.0326 34.9590 1016 10160037 551 557.1 2.0283 34.9568 1016 10160037 552 558.1 2.0238 34.9568 1016 10160037 553 559.1 2.0306 34.9586 1016 10160037 554 560.1 2.0373 34.9599 1016 10160037 555 561.1 2.0276 34.9598 1016 10160037 556 562.1 2.0288 34.9607 1016 10160037 557 563.2 2.0563 34.9625 1016 10160037 558 564.2 2.0497 34.9624 1016 10160037 559 565.2 2.0433 34.9626 1016 10160037 560 566.2 1.9858 34.9583 1016 10160037 561 567.2 1.9249 34.9544 1016 10160037 562 568.2 1.8851 34.9502 1016 10160037 563 569.2 1.7440 34.9412 1016 10160037 564 570.2 1.7061 34.9388 1016 10160037 565 571.3 1.7014 34.9392 1016 10160037 566 572.3 1.6925 34.9393 1016 10160037 567 573.3 1.6682 34.9389 1016 10160037 568 574.3 1.6133 34.9375 1016 10160037 569 575.3 1.5758 34.9363 1016 10160037 570 576.3 1.5413 34.9345 1016 10160037 571 577.3 1.5029 34.9336 1016 10160037 572 578.3 1.4895 34.9331 1016 10160037 573 579.4 1.4775 34.9335 1016 10160037 574 580.4 1.4531 34.9327 1016 10160037 575 581.4 1.4212 34.9321 1016 10160037 576 582.4 1.4079 34.9319 1016 10160037 577 583.4 1.4029 34.9319 1016 10160037 578 584.4 1.3904 34.9316 1016 10160037 579 585.4 1.3759 34.9315 1016 10160037 580 586.4 1.3334 34.9301 1016 10160037 581 587.5 1.2762 34.9287 1016 10160037 582 588.5 1.2638 34.9288 1016 10160037 583 589.5 1.2275 34.9289 1016 10160037 584 590.5 1.1884 34.9280 1016 10160037 585 591.5 1.1655 34.9258 1016 10160037 586 592.5 1.1213 34.9248 1016 10160037 587 593.5 1.0893 34.9247 1016 10160037 588 594.5 1.0841 34.9251 1016 10160037 589 595.6 1.0722 34.9250 1016 10160037 590 596.6 1.0492 34.9238 1016 10160037 591 597.6 0.9778 34.9218 1016 10160037 592 598.6 0.9349 34.9214 1016 10160037 593 599.6 0.9246 34.9215 1016 10160037 594 600.6 0.9086 34.9215 1016 10160037 595 601.6 0.9004 34.9212 1016 10160037 596 602.6 0.8937 34.9211 1016 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35.3976 1016 10160041 90 90.9 9.3391 35.3975 1016 10160041 91 91.9 9.3351 35.3973 1016 10160041 92 92.9 9.3339 35.3974 1016 10160041 93 93.9 9.3317 35.3971 1016 10160041 94 94.9 9.3287 35.3970 1016 10160041 95 95.9 9.3253 35.3965 1016 10160041 96 97.0 9.3236 35.3964 1016 10160041 97 98.0 9.3218 35.3963 1016 10160041 98 99.0 9.3207 35.3962 1016 10160041 99 100.0 9.3203 35.3962 1016 10160041 100 101.0 9.3097 35.3953 1016 10160041 101 102.0 9.3003 35.3946 1016 10160041 102 103.0 9.2962 35.3943 1016 10160041 103 104.0 9.2935 35.3940 1016 10160041 104 105.0 9.2906 35.3937 1016 10160041 105 106.0 9.2840 35.3931 1016 10160041 106 107.1 9.2734 35.3919 1016 10160041 107 108.1 9.2527 35.3903 1016 10160041 108 109.1 9.2485 35.3900 1016 10160041 109 110.1 9.2459 35.3897 1016 10160041 110 111.1 9.2422 35.3890 1016 10160041 111 112.1 9.2412 35.3892 1016 10160041 112 113.1 9.2406 35.3895 1016 10160041 113 114.1 9.2380 35.3892 1016 10160041 114 115.1 9.2351 35.3890 1016 10160041 115 116.1 9.2285 35.3886 1016 10160041 116 117.2 9.2247 35.3881 1016 10160041 117 118.2 9.2218 35.3878 1016 10160041 118 119.2 9.2163 35.3872 1016 10160041 119 120.2 9.2132 35.3869 1016 10160041 120 121.2 9.2080 35.3867 1016 10160041 121 122.2 9.2061 35.3867 1016 10160041 122 123.2 9.2050 35.3867 1016 10160041 123 124.2 9.2061 35.3869 1016 10160041 124 125.2 9.1990 35.3859 1016 10160041 125 126.2 9.1896 35.3852 1016 10160041 126 127.3 9.1863 35.3846 1016 10160041 127 128.3 9.1833 35.3841 1016 10160041 128 129.3 9.1776 35.3834 1016 10160041 129 130.3 9.1694 35.3829 1016 10160041 130 131.3 9.1633 35.3825 1016 10160041 131 132.3 9.1599 35.3821 1016 10160041 132 133.3 9.1579 35.3820 1016 10160041 133 134.3 9.1559 35.3818 1016 10160041 134 135.3 9.1519 35.3815 1016 10160041 135 136.4 9.1493 35.3815 1016 10160041 136 137.4 9.1433 35.3811 1016 10160041 137 138.4 9.1374 35.3809 1016 10160041 138 139.4 9.1304 35.3806 1016 10160041 139 140.4 9.1241 35.3801 1016 10160041 140 141.4 9.1164 35.3793 1016 10160041 141 142.4 9.1091 35.3788 1016 10160041 142 143.4 9.0996 35.3782 1016 10160041 143 144.4 9.0911 35.3774 1016 10160041 144 145.4 9.0810 35.3765 1016 10160041 145 146.5 9.0687 35.3757 1016 10160041 146 147.5 9.0636 35.3753 1016 10160041 147 148.5 9.0526 35.3742 1016 10160041 148 149.5 9.0410 35.3730 1016 10160041 149 150.5 9.0346 35.3724 1016 10160041 150 151.5 9.0322 35.3723 1016 10160041 151 152.5 9.0299 35.3722 1016 10160041 152 153.5 9.0269 35.3719 1016 10160041 153 154.5 9.0207 35.3713 1016 10160041 154 155.5 9.0098 35.3705 1016 10160041 155 156.6 9.0031 35.3701 1016 10160041 156 157.6 8.9974 35.3698 1016 10160041 157 158.6 8.9871 35.3690 1016 10160041 158 159.6 8.9757 35.3680 1016 10160041 159 160.6 8.9441 35.3654 1016 10160041 160 161.6 8.9372 35.3648 1016 10160041 161 162.6 8.9245 35.3637 1016 10160041 162 163.6 8.9033 35.3617 1016 10160041 163 164.6 8.8766 35.3603 1016 10160041 164 165.7 8.8721 35.3600 1016 10160041 165 166.7 8.8587 35.3593 1016 10160041 166 167.7 8.8517 35.3588 1016 10160041 167 168.7 8.8510 35.3587 1016 10160041 168 169.7 8.8539 35.3589 1016 10160041 169 170.7 8.8541 35.3590 1016 10160041 170 171.7 8.8537 35.3590 1016 10160041 171 172.7 8.8554 35.3592 1016 10160041 172 173.7 8.8517 35.3591 1016 10160041 173 174.7 8.8459 35.3590 1016 10160041 174 175.8 8.8426 35.3590 1016 10160041 175 176.8 8.7965 35.3569 1016 10160041 176 177.8 8.7119 35.3523 1016 10160041 177 178.8 8.6827 35.3504 1016 10160041 178 179.8 8.6620 35.3489 1016 10160041 179 180.8 8.6500 35.3481 1016 10160041 180 181.8 8.6107 35.3457 1016 10160041 181 182.8 8.5413 35.3437 1016 10160041 182 183.8 8.5378 35.3432 1016 10160041 183 184.9 8.5528 35.3438 1016 10160041 184 185.9 8.5503 35.3439 1016 10160041 185 186.9 8.5489 35.3440 1016 10160041 186 187.9 8.5473 35.3441 1016 10160041 187 188.9 8.5254 35.3432 1016 10160041 188 189.9 8.5048 35.3427 1016 10160041 189 190.9 8.4866 35.3425 1016 10160041 190 191.9 8.4672 35.3418 1016 10160041 191 192.9 8.4627 35.3414 1016 10160041 192 193.9 8.4594 35.3410 1016 10160041 193 195.0 8.4558 35.3409 1016 10160041 194 196.0 8.4552 35.3407 1016 10160041 195 197.0 8.4545 35.3407 1016 10160041 196 198.0 8.4484 35.3409 1016 10160041 197 199.0 8.4393 35.3408 1016 10160041 198 200.0 8.4360 35.3406 1016 10160041 199 201.0 8.4313 35.3406 1016 10160041 200 202.0 8.4258 35.3406 1016 10160041 201 203.0 8.4211 35.3405 1016 10160041 202 204.1 8.4050 35.3398 1016 10160041 203 205.1 8.3842 35.3384 1016 10160041 204 206.1 8.3827 35.3382 1016 10160041 205 207.1 8.3809 35.3378 1016 10160041 206 208.1 8.3753 35.3371 1016 10160041 207 209.1 8.3484 35.3351 1016 10160041 208 210.1 8.3277 35.3342 1016 10160041 209 211.1 8.3123 35.3331 1016 10160041 210 212.1 8.2981 35.3328 1016 10160041 211 213.2 8.2883 35.3323 1016 10160041 212 214.2 8.2836 35.3323 1016 10160041 213 215.2 8.2813 35.3321 1016 10160041 214 216.2 8.2769 35.3322 1016 10160041 215 217.2 8.2643 35.3315 1016 10160041 216 218.2 8.2588 35.3309 1016 10160041 217 219.2 8.2579 35.3309 1016 10160041 218 220.2 8.2530 35.3306 1016 10160041 219 221.2 8.2479 35.3306 1016 10160041 220 222.2 8.2396 35.3301 1016 10160041 221 223.3 8.2375 35.3301 1016 10160041 222 224.3 8.2347 35.3301 1016 10160041 223 225.3 8.2319 35.3301 1016 10160041 224 226.3 8.2295 35.3299 1016 10160041 225 227.3 8.2291 35.3299 1016 10160041 226 228.3 8.2252 35.3298 1016 10160041 227 229.3 8.2157 35.3293 1016 10160041 228 230.3 8.2152 35.3292 1016 10160041 229 231.3 8.2148 35.3293 1016 10160041 230 232.4 8.2138 35.3292 1016 10160041 231 233.4 8.2079 35.3290 1016 10160041 232 234.4 8.2040 35.3285 1016 10160041 233 235.4 8.1945 35.3282 1016 10160041 234 236.4 8.1910 35.3281 1016 10160041 235 237.4 8.1893 35.3280 1016 10160041 236 238.4 8.1907 35.3280 1016 10160041 237 239.4 8.1889 35.3280 1016 10160041 238 240.4 8.1886 35.3280 1016 10160041 239 241.5 8.1808 35.3278 1016 10160041 240 242.5 8.1674 35.3275 1016 10160041 241 243.5 8.1487 35.3276 1016 10160041 242 244.5 8.1367 35.3275 1016 10160041 243 245.5 8.1285 35.3275 1016 10160041 244 246.5 8.1285 35.3278 1016 10160041 245 247.5 8.1204 35.3280 1016 10160041 246 248.5 8.0669 35.3281 1016 10160041 247 249.5 8.0251 35.3270 1016 10160041 248 250.6 8.0086 35.3260 1016 10160041 249 251.6 7.9971 35.3251 1016 10160041 250 252.6 7.9827 35.3243 1016 10160041 251 253.6 7.9588 35.3230 1016 10160041 252 254.6 7.9493 35.3225 1016 10160041 253 255.6 7.9411 35.3220 1016 10160041 254 256.6 7.9349 35.3218 1016 10160041 255 257.6 7.9255 35.3212 1016 10160041 256 258.6 7.9056 35.3203 1016 10160041 257 259.7 7.8897 35.3198 1016 10160041 258 260.7 7.8628 35.3187 1016 10160041 259 261.7 7.8483 35.3180 1016 10160041 260 262.7 7.8408 35.3174 1016 10160041 261 263.7 7.8170 35.3156 1016 10160041 262 264.7 7.7947 35.3145 1016 10160041 263 265.7 7.7724 35.3131 1016 10160041 264 266.7 7.7441 35.3117 1016 10160041 265 267.7 7.7094 35.3096 1016 10160041 266 268.7 7.6064 35.3041 1016 10160041 267 269.8 7.5227 35.2976 1016 10160041 268 270.8 7.4947 35.2957 1016 10160041 269 271.8 7.4827 35.2949 1016 10160041 270 272.8 7.4750 35.2949 1016 10160041 271 273.8 7.4520 35.2936 1016 10160041 272 274.8 7.4034 35.2901 1016 10160041 273 275.8 7.3888 35.2883 1016 10160041 274 276.8 7.3725 35.2863 1016 10160041 275 277.8 7.3595 35.2852 1016 10160041 276 278.9 7.3344 35.2823 1016 10160041 277 279.9 7.3094 35.2807 1016 10160041 278 280.9 7.2955 35.2796 1016 10160041 279 281.9 7.2848 35.2791 1016 10160041 280 282.9 7.2810 35.2788 1016 10160041 281 283.9 7.2688 35.2780 1016 10160041 282 284.9 7.2356 35.2754 1016 10160041 283 285.9 7.0538 35.2627 1016 10160041 284 286.9 6.9826 35.2569 1016 10160041 285 288.0 6.9684 35.2546 1016 10160041 286 289.0 6.9532 35.2533 1016 10160041 287 290.0 6.9302 35.2521 1016 10160041 288 291.0 6.9266 35.2524 1016 10160041 289 292.0 6.9244 35.2527 1016 10160041 290 293.0 6.9169 35.2533 1016 10160041 291 294.0 6.9162 35.2538 1016 10160041 292 295.0 6.9051 35.2536 1016 10160041 293 296.0 6.8510 35.2513 1016 10160041 294 297.1 6.8213 35.2491 1016 10160041 295 298.1 6.8049 35.2483 1016 10160041 296 299.1 6.7945 35.2475 1016 10160041 297 300.1 6.7635 35.2448 1016 10160041 298 301.1 6.7507 35.2437 1016 10160041 299 302.1 6.7415 35.2429 1016 10160041 300 303.1 6.7378 35.2424 1016 10160041 301 304.1 6.7171 35.2404 1016 10160041 302 305.1 6.6807 35.2362 1016 10160041 303 306.2 6.6353 35.2321 1016 10160041 304 307.2 6.6066 35.2297 1016 10160041 305 308.2 6.5833 35.2277 1016 10160041 306 309.2 6.5720 35.2263 1016 10160041 307 310.2 6.5597 35.2251 1016 10160041 308 311.2 6.5495 35.2243 1016 10160041 309 312.2 6.5381 35.2234 1016 10160041 310 313.2 6.5214 35.2222 1016 10160041 311 314.2 6.5113 35.2216 1016 10160041 312 315.3 6.4987 35.2202 1016 10160041 313 316.3 6.4418 35.2159 1016 10160041 314 317.3 6.4207 35.2139 1016 10160041 315 318.3 6.3799 35.2106 1016 10160041 316 319.3 6.3735 35.2099 1016 10160041 317 320.3 6.3687 35.2094 1016 10160041 318 321.3 6.3616 35.2089 1016 10160041 319 322.3 6.3417 35.2070 1016 10160041 320 323.3 6.3061 35.2040 1016 10160041 321 324.4 6.2386 35.1985 1016 10160041 322 325.4 6.0979 35.1884 1016 10160041 323 326.4 6.0432 35.1831 1016 10160041 324 327.4 6.0291 35.1811 1016 10160041 325 328.4 6.0191 35.1800 1016 10160041 326 329.4 6.0159 35.1799 1016 10160041 327 330.4 6.0111 35.1796 1016 10160041 328 331.4 6.0035 35.1790 1016 10160041 329 332.5 6.0002 35.1791 1016 10160041 330 333.5 5.9955 35.1790 1016 10160041 331 334.5 5.9782 35.1779 1016 10160041 332 335.5 5.9740 35.1780 1016 10160041 333 336.5 5.9693 35.1777 1016 10160041 334 337.5 5.9665 35.1773 1016 10160041 335 338.5 5.9640 35.1772 1016 10160041 336 339.5 5.9411 35.1751 1016 10160041 337 340.5 5.9335 35.1747 1016 10160041 338 341.6 5.9279 35.1744 1016 10160041 339 342.6 5.9231 35.1742 1016 10160041 340 343.6 5.9213 35.1741 1016 10160041 341 344.6 5.9188 35.1742 1016 10160041 342 345.6 5.9201 35.1744 1016 10160041 343 346.6 5.9187 35.1743 1016 10160041 344 347.6 5.9272 35.1755 1016 10160041 345 348.6 5.9289 35.1758 1016 10160041 346 349.6 5.9229 35.1754 1016 10160041 347 350.7 5.9168 35.1749 1016 10160041 348 351.7 5.9117 35.1744 1016 10160041 349 352.7 5.9055 35.1736 1016 10160041 350 353.7 5.8928 35.1727 1016 10160041 351 354.7 5.8861 35.1718 1016 10160041 352 355.7 5.8674 35.1698 1016 10160041 353 356.7 5.8619 35.1693 1016 10160041 354 357.7 5.8444 35.1677 1016 10160041 355 358.7 5.8330 35.1664 1016 10160041 356 359.8 5.8283 35.1659 1016 10160041 357 360.8 5.8254 35.1657 1016 10160041 358 361.8 5.8245 35.1655 1016 10160041 359 362.8 5.8240 35.1656 1016 10160041 360 363.8 5.8240 35.1659 1016 10160041 361 364.8 5.8169 35.1651 1016 10160041 362 365.8 5.8116 35.1646 1016 10160041 363 366.8 5.8019 35.1638 1016 10160041 364 367.8 5.7782 35.1616 1016 10160041 365 368.9 5.7605 35.1602 1016 10160041 366 369.9 5.7462 35.1590 1016 10160041 367 370.9 5.6851 35.1540 1016 10160041 368 371.9 5.6367 35.1508 1016 10160041 369 372.9 5.6298 35.1499 1016 10160041 370 373.9 5.6212 35.1492 1016 10160041 371 374.9 5.6185 35.1491 1016 10160041 372 375.9 5.6166 35.1489 1016 10160041 373 377.0 5.6082 35.1483 1016 10160041 374 378.0 5.6048 35.1481 1016 10160041 375 379.0 5.6039 35.1482 1016 10160041 376 380.0 5.6049 35.1485 1016 10160041 377 381.0 5.6038 35.1485 1016 10160041 378 382.0 5.5644 35.1455 1016 10160041 379 383.0 5.5349 35.1426 1016 10160041 380 384.0 5.5173 35.1403 1016 10160041 381 385.0 5.4932 35.1373 1016 10160041 382 386.1 5.4435 35.1327 1016 10160041 383 387.1 5.3875 35.1289 1016 10160041 384 388.1 5.3531 35.1263 1016 10160041 385 389.1 5.3284 35.1240 1016 10160041 386 390.1 5.2648 35.1175 1016 10160041 387 391.1 5.2306 35.1157 1016 10160041 388 392.1 5.1982 35.1136 1016 10160041 389 393.1 5.1678 35.1117 1016 10160041 390 394.1 5.1249 35.1084 1016 10160041 391 395.2 5.0579 35.1025 1016 10160041 392 396.2 4.9783 35.0956 1016 10160041 393 397.2 4.9425 35.0917 1016 10160041 394 398.2 4.8958 35.0876 1016 10160041 395 399.2 4.8378 35.0827 1016 10160041 396 400.2 4.8063 35.0808 1016 10160041 397 401.2 4.7703 35.0788 1016 10160041 398 402.2 4.7440 35.0773 1016 10160041 399 403.3 4.7271 35.0764 1016 10160041 400 404.3 4.7131 35.0750 1016 10160041 401 405.3 4.6998 35.0736 1016 10160041 402 406.3 4.6821 35.0719 1016 10160041 403 407.3 4.6435 35.0691 1016 10160041 404 408.3 4.6168 35.0687 1016 10160041 405 409.3 4.5915 35.0701 1016 10160041 406 410.3 4.5532 35.0689 1016 10160041 407 411.3 4.5136 35.0653 1016 10160041 408 412.4 4.4727 35.0602 1016 10160041 409 413.4 4.3917 35.0555 1016 10160041 410 414.4 4.3811 35.0550 1016 10160041 411 415.4 4.3721 35.0547 1016 10160041 412 416.4 4.3581 35.0542 1016 10160041 413 417.4 4.3479 35.0537 1016 10160041 414 418.4 4.3262 35.0523 1016 10160041 415 419.4 4.1782 35.0418 1016 10160041 416 420.5 4.1219 35.0368 1016 10160041 417 421.5 4.0964 35.0349 1016 10160041 418 422.5 4.0815 35.0342 1016 10160041 419 423.5 4.0677 35.0336 1016 10160041 420 424.5 4.0696 35.0341 1016 10160041 421 425.5 4.0621 35.0339 1016 10160041 422 426.5 4.0623 35.0344 1016 10160041 423 427.5 4.0621 35.0346 1016 10160041 424 428.5 4.0577 35.0346 1016 10160041 425 429.6 4.0546 35.0344 1016 10160041 426 430.6 4.0534 35.0346 1016 10160041 427 431.6 4.0518 35.0346 1016 10160041 428 432.6 4.0513 35.0349 1016 10160041 429 433.6 4.0520 35.0351 1016 10160041 430 434.6 4.0541 35.0355 1016 10160041 431 435.6 4.0611 35.0360 1016 10160041 432 436.6 4.0596 35.0362 1016 10160041 433 437.7 4.0460 35.0355 1016 10160041 434 438.7 4.0207 35.0338 1016 10160041 435 439.7 3.9781 35.0309 1016 10160041 436 440.7 3.9560 35.0294 1016 10160041 437 441.7 3.9533 35.0292 1016 10160041 438 442.7 3.9118 35.0263 1016 10160041 439 443.7 3.8625 35.0228 1016 10160041 440 444.7 3.8309 35.0203 1016 10160041 441 445.7 3.7530 35.0154 1016 10160041 442 446.8 3.6815 35.0114 1016 10160041 443 447.8 3.6445 35.0088 1016 10160041 444 448.8 3.5800 35.0049 1016 10160041 445 449.8 3.5196 35.0006 1016 10160041 446 450.8 3.4753 34.9971 1016 10160041 447 451.8 3.4308 34.9935 1016 10160041 448 452.8 3.3638 34.9902 1016 10160041 449 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35.1663 1016 10160042 264 266.7 5.7521 35.1655 1016 10160042 265 267.7 5.7512 35.1659 1016 10160042 266 268.7 5.7474 35.1659 1016 10160042 267 269.8 5.7522 35.1666 1016 10160042 268 270.8 5.7524 35.1666 1016 10160042 269 271.8 5.7511 35.1666 1016 10160042 270 272.8 5.7477 35.1663 1016 10160042 271 273.8 5.7422 35.1658 1016 10160042 272 274.8 5.7061 35.1630 1016 10160042 273 275.8 5.6426 35.1587 1016 10160042 274 276.8 5.6199 35.1566 1016 10160042 275 277.8 5.6099 35.1558 1016 10160042 276 278.9 5.5894 35.1542 1016 10160042 277 279.9 5.5644 35.1522 1016 10160042 278 280.9 5.5285 35.1493 1016 10160042 279 281.9 5.5005 35.1472 1016 10160042 280 282.9 5.4594 35.1443 1016 10160042 281 283.9 5.4318 35.1427 1016 10160042 282 284.9 5.4149 35.1415 1016 10160042 283 285.9 5.4100 35.1408 1016 10160042 284 286.9 5.3953 35.1396 1016 10160042 285 288.0 5.3922 35.1392 1016 10160042 286 289.0 5.3790 35.1380 1016 10160042 287 290.0 5.3336 35.1346 1016 10160042 288 291.0 5.2560 35.1275 1016 10160042 289 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35.0462 1016 10160042 341 344.6 4.2770 35.0458 1016 10160042 342 345.6 4.2765 35.0458 1016 10160042 343 346.6 4.2729 35.0453 1016 10160042 344 347.6 4.2752 35.0453 1016 10160042 345 348.6 4.2801 35.0457 1016 10160042 346 349.6 4.2638 35.0443 1016 10160042 347 350.7 4.2275 35.0421 1016 10160042 348 351.7 4.2258 35.0419 1016 10160042 349 352.7 4.2215 35.0418 1016 10160042 350 353.7 4.2143 35.0413 1016 10160042 351 354.7 4.2128 35.0414 1016 10160042 352 355.7 4.2129 35.0417 1016 10160042 353 356.7 4.2155 35.0416 1016 10160042 354 357.7 4.2131 35.0417 1016 10160042 355 358.7 4.2094 35.0416 1016 10160042 356 359.8 4.2076 35.0416 1016 10160042 357 360.8 4.2057 35.0414 1016 10160042 358 361.8 4.2061 35.0414 1016 10160042 359 362.8 4.2091 35.0416 1016 10160042 360 363.8 4.2106 35.0418 1016 10160042 361 364.8 4.2117 35.0420 1016 10160042 362 365.8 4.2127 35.0421 1016 10160042 363 366.8 4.2125 35.0422 1016 10160042 364 367.8 4.2115 35.0419 1016 10160042 365 368.9 4.2094 35.0419 1016 10160042 366 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35.0996 1016 10160043 341 344.6 4.9182 35.0999 1016 10160043 342 345.6 4.9066 35.0996 1016 10160043 343 346.6 4.9005 35.0999 1016 10160043 344 347.6 4.8852 35.0986 1016 10160043 345 348.6 4.8499 35.0964 1016 10160043 346 349.6 4.8218 35.0944 1016 10160043 347 350.7 4.7493 35.0925 1016 10160043 348 351.7 4.7093 35.0909 1016 10160043 349 352.7 4.6686 35.0890 1016 10160043 350 353.7 4.6441 35.0883 1016 10160043 351 354.7 4.6317 35.0872 1016 10160043 352 355.7 4.6217 35.0868 1016 10160043 353 356.7 4.6000 35.0852 1016 10160043 354 357.7 4.5607 35.0815 1016 10160043 355 358.7 4.5073 35.0784 1016 10160043 356 359.8 4.4689 35.0752 1016 10160043 357 360.8 4.4398 35.0722 1016 10160043 358 361.8 4.4225 35.0700 1016 10160043 359 362.8 4.3583 35.0645 1016 10160043 360 363.8 4.3179 35.0591 1016 10160043 361 364.8 4.2186 35.0503 1016 10160043 362 365.8 4.1585 35.0451 1016 10160043 363 366.8 4.0739 35.0374 1016 10160043 364 367.8 4.0246 35.0347 1016 10160043 365 368.9 3.9956 35.0323 1016 10160043 366 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10160043 392 396.2 2.8018 34.9725 1016 10160043 393 397.2 2.7849 34.9728 1016 10160043 394 398.2 2.7753 34.9719 1016 10160043 395 399.2 2.7625 34.9712 1016 10160043 396 400.2 2.7539 34.9702 1016 10160043 397 401.2 2.7133 34.9683 1016 10160043 398 402.2 2.7175 34.9688 1016 10160043 399 403.3 2.7023 34.9691 1016 10160043 400 404.3 2.6912 34.9686 1016 10160043 401 405.3 2.6796 34.9677 1016 10160043 402 406.3 2.6476 34.9640 1016 10160043 403 407.3 2.5772 34.9608 1016 10160043 404 408.3 2.5466 34.9593 1016 10160043 405 409.3 2.5271 34.9584 1016 10160043 406 410.3 2.5012 34.9577 1016 10160043 407 411.3 2.4754 34.9560 1016 10160043 408 412.4 2.3937 34.9520 1016 10160043 409 413.4 2.3316 34.9482 1016 10160043 410 414.4 2.3239 34.9464 1016 10160043 411 415.4 2.3087 34.9454 1016 10160043 412 416.4 2.2801 34.9445 1016 10160043 413 417.4 2.2598 34.9435 1016 10160043 414 418.4 2.1807 34.9408 1016 10160043 415 419.4 2.1537 34.9391 1016 10160043 416 420.5 2.1228 34.9376 1016 10160043 417 421.5 2.0229 34.9349 1016 10160043 418 422.5 1.9951 34.9345 1016 10160043 419 423.5 1.9786 34.9343 1016 10160043 420 424.5 1.9569 34.9344 1016 10160043 421 425.5 1.9538 34.9343 1016 10160043 422 426.5 1.9423 34.9340 1016 10160043 423 427.5 1.9330 34.9340 1016 10160043 424 428.5 1.9279 34.9341 1016 10160043 425 429.6 1.9248 34.9344 1016 10160043 426 430.6 1.9141 34.9348 1016 10160043 427 431.6 1.9103 34.9349 1016 10160043 428 432.6 1.9031 34.9350 1016 10160043 429 433.6 1.8927 34.9348 1016 10160043 430 434.6 1.8603 34.9334 1016 10160043 431 435.6 1.8069 34.9324 1016 10160043 432 436.6 1.7887 34.9320 1016 10160043 433 437.7 1.7834 34.9319 1016 10160043 434 438.7 1.7383 34.9317 1016 10160043 435 439.7 1.7108 34.9309 1016 10160043 436 440.7 1.7015 34.9296 1016 10160043 437 441.7 1.6940 34.9289 1016 10160043 438 442.7 1.6887 34.9292 1016 10160043 439 443.7 1.6820 34.9296 1016 10160043 440 444.7 1.6769 34.9297 1016 10160043 441 445.7 1.6771 34.9297 1016 10160043 442 446.8 1.6676 34.9294 1016 10160043 443 447.8 1.6562 34.9291 1016 10160043 444 448.8 1.6586 34.9293 1016 10160043 445 449.8 1.6489 34.9292 1016 10160043 446 450.8 1.6391 34.9290 1016 10160043 447 451.8 1.6110 34.9288 1016 10160043 448 452.8 1.6153 34.9286 1016 10160043 449 453.8 1.5813 34.9271 1016 10160043 450 454.9 1.5427 34.9272 1016 10160043 451 455.9 1.5438 34.9270 1016 10160043 452 456.9 1.5443 34.9270 1016 10160043 453 457.9 1.5414 34.9270 1016 10160043 454 458.9 1.5351 34.9267 1016 10160043 455 459.9 1.5285 34.9260 1016 10160043 456 460.9 1.5081 34.9256 1016 10160043 457 461.9 1.5070 34.9263 1016 10160043 458 462.9 1.4927 34.9261 1016 10160043 459 464.0 1.4917 34.9261 1016 10160043 460 465.0 1.4993 34.9264 1016 10160043 461 466.0 1.4971 34.9263 1016 10160043 462 467.0 1.4963 34.9260 1016 10160043 463 468.0 1.4874 34.9260 1016 10160043 464 469.0 1.4806 34.9259 1016 10160043 465 470.0 1.4769 34.9260 1016 10160043 466 471.0 1.4667 34.9257 1016 10160043 467 472.1 1.4521 34.9251 1016 10160043 468 473.1 1.4475 34.9251 1016 10160043 469 474.1 1.4517 34.9253 1016 10160043 470 475.1 1.4434 34.9251 1016 10160043 471 476.1 1.4447 34.9251 1016 10160043 472 477.1 1.4460 34.9250 1016 10160043 473 478.1 1.4436 34.9249 1016 10160043 474 479.1 1.4422 34.9249 1016 10160043 475 480.2 1.4437 34.9250 1016 10160043 476 481.2 1.4431 34.9249 1016 10160043 477 482.2 1.4418 34.9250 1016 10160043 478 483.2 1.4417 34.9251 1016 10160043 479 484.2 1.4434 34.9250 1016 10160043 480 485.2 1.4454 34.9251 1016 10160043 481 486.2 1.4451 34.9250 1016 10160043 482 487.2 1.4470 34.9250 1016 10160043 483 488.2 1.4485 34.9251 1016 10160043 484 489.3 1.4514 34.9250 1016 10160043 485 490.3 1.4521 34.9250 1016 10160043 486 491.3 1.4504 34.9249 1016 10160043 487 492.3 1.4398 34.9254 1016 10160043 488 493.3 1.3958 34.9242 1016 10160043 489 494.3 1.3847 34.9241 1016 10160043 490 495.3 1.3883 34.9239 1016 10160043 491 496.3 1.3978 34.9239 1016 10160043 492 497.4 1.3725 34.9235 1016 10160043 493 498.4 1.3621 34.9234 1016 10160043 494 499.4 1.3420 34.9228 1016 10160043 495 500.4 1.3216 34.9227 1016 10160043 496 501.4 1.3175 34.9224 1016 10160043 497 502.4 1.3060 34.9223 1016 10160043 498 503.4 1.3014 34.9224 1016 10160043 499 504.4 1.2917 34.9218 1016 10160043 500 505.5 1.2776 34.9213 1016 10160043 501 506.5 1.2645 34.9208 1016 10160043 502 507.5 1.2620 34.9207 1016 10160043 503 508.5 1.2507 34.9202 1016 10160043 504 509.5 1.2420 34.9199 1016 10160043 505 510.5 1.2390 34.9199 1016 10160043 506 511.5 1.2351 34.9200 1016 10160043 507 512.5 1.2264 34.9203 1016 10160043 508 513.6 1.2232 34.9201 1016 10160043 509 514.6 1.2199 34.9201 1016 10160043 510 515.6 1.2151 34.9198 1016 10160043 511 516.6 1.2064 34.9195 1016 10160043 512 517.6 1.1793 34.9190 1016 10160043 513 518.6 1.1485 34.9193 1016 10160043 514 519.6 1.1495 34.9191 1016 10160043 515 520.6 1.1313 34.9193 1016 10160043 516 521.6 1.1229 34.9191 1016 10160043 517 522.7 1.1047 34.9188 1016 10160043 518 523.7 1.0938 34.9184 1016 10160043 519 524.7 1.0890 34.9179 1016 10160043 520 525.7 1.0859 34.9178 1016 10160043 521 526.7 1.0884 34.9178 1016 10160043 522 527.7 1.0829 34.9178 1016 10160043 523 528.7 1.0722 34.9176 1016 10160043 524 529.7 1.0272 34.9173 1016 10160043 525 530.8 1.0038 34.9175 1016 10160043 526 531.8 0.9943 34.9172 1016 10160043 527 532.8 0.9850 34.9169 1016 10160043 528 533.8 0.9834 34.9167 1016 10160043 529 534.8 0.9781 34.9164 1016 10160043 530 535.8 0.9693 34.9163 1016 10160043 531 536.8 0.9687 34.9164 1016 10160043 532 537.8 0.9651 34.9166 1016 10160043 533 538.9 0.9515 34.9169 1016 10160043 534 539.9 0.9249 34.9168 1016 10160043 535 540.9 0.9123 34.9162 1016 10160043 536 541.9 0.8984 34.9158 1016 10160043 537 542.9 0.8947 34.9154 1016 10160043 538 543.9 0.8939 34.9153 1016 10160043 539 544.9 0.8894 34.9154 1016 10160043 540 545.9 0.8818 34.9154 1016 10160043 541 547.0 0.8731 34.9158 1016 10160043 542 548.0 0.8564 34.9157 1016 10160043 543 549.0 0.8447 34.9156 1016 10160043 544 550.0 0.8391 34.9150 1016 10160043 545 551.0 0.8325 34.9149 1016 10160043 546 552.0 0.8320 34.9147 1016 10160043 547 553.0 0.8279 34.9147 1016 10160043 548 554.0 0.8251 34.9148 1016 10160043 549 555.1 0.8233 34.9147 1016 10160043 550 556.1 0.8195 34.9149 1016 10160043 551 557.1 0.8178 34.9148 1016 10160043 552 558.1 0.8175 34.9149 1016 10160043 553 559.1 0.8145 34.9151 1016 10160043 554 560.1 0.8086 34.9151 1016 10160043 555 561.1 0.8048 34.9151 1016 10160043 556 562.1 0.8027 34.9151 1016 10160043 557 563.2 0.7988 34.9149 1016 10160043 558 564.2 0.7946 34.9147 1016 10160043 559 565.2 0.7931 34.9146 1016 10160043 560 566.2 0.7828 34.9145 1016 10160043 561 567.2 0.7809 34.9145 1016 10160043 562 568.2 0.7812 34.9148 1016 10160043 563 569.2 0.7803 34.9149 1016 10160043 564 570.2 0.7794 34.9149 1016 10160043 565 571.3 0.7789 34.9148 1016 10160043 566 572.3 0.7784 34.9147 1016 10160043 567 573.3 0.7775 34.9149 1016 10160043 568 574.3 0.7685 34.9146 1016 10160043 569 575.3 0.7634 34.9143 1016 10160045 1 1.0 9.2517 35.3780 1016 10160045 2 2.0 9.2569 35.3779 1016 10160045 3 3.0 9.2485 35.3782 1016 10160045 4 4.0 9.2486 35.3780 1016 10160045 5 5.0 9.2514 35.3781 1016 10160045 6 6.1 9.2432 35.3780 1016 10160045 7 7.1 9.2416 35.3777 1016 10160045 8 8.1 9.2405 35.3775 1016 10160045 9 9.1 9.2216 35.3774 1016 10160045 10 10.1 9.2188 35.3777 1016 10160045 11 11.1 9.2195 35.3776 1016 10160045 12 12.1 9.2158 35.3776 1016 10160045 13 13.1 9.2153 35.3774 1016 10160045 14 14.1 9.2122 35.3772 1016 10160045 15 15.1 9.2107 35.3775 1016 10160045 16 16.2 9.2152 35.3775 1016 10160045 17 17.2 9.2099 35.3775 1016 10160045 18 18.2 9.2045 35.3775 1016 10160045 19 19.2 9.1906 35.3772 1016 10160045 20 20.2 9.1830 35.3770 1016 10160045 21 21.2 9.1730 35.3769 1016 10160045 22 22.2 9.1705 35.3771 1016 10160045 23 23.2 9.1703 35.3769 1016 10160045 24 24.2 9.1654 35.3770 1016 10160045 25 25.2 9.1545 35.3768 1016 10160045 26 26.3 9.1397 35.3764 1016 10160045 27 27.3 9.1356 35.3763 1016 10160045 28 28.3 9.1348 35.3763 1016 10160045 29 29.3 9.1329 35.3762 1016 10160045 30 30.3 9.1280 35.3762 1016 10160045 31 31.3 9.1209 35.3762 1016 10160045 32 32.3 9.1197 35.3761 1016 10160045 33 33.3 9.1179 35.3761 1016 10160045 34 34.3 9.1116 35.3760 1016 10160045 35 35.3 9.1059 35.3760 1016 10160045 36 36.4 9.1061 35.3760 1016 10160045 37 37.4 9.1042 35.3760 1016 10160045 38 38.4 9.1012 35.3760 1016 10160045 39 39.4 9.0987 35.3759 1016 10160045 40 40.4 9.0963 35.3757 1016 10160045 41 41.4 9.0944 35.3757 1016 10160045 42 42.4 9.0686 35.3753 1016 10160045 43 43.4 9.0488 35.3748 1016 10160045 44 44.4 9.0349 35.3739 1016 10160045 45 45.4 9.0170 35.3736 1016 10160045 46 46.5 9.0002 35.3732 1016 10160045 47 47.5 8.9598 35.3731 1016 10160045 48 48.5 8.9514 35.3728 1016 10160045 49 49.5 8.9492 35.3727 1016 10160045 50 50.5 8.9434 35.3722 1016 10160045 51 51.5 8.9332 35.3714 1016 10160045 52 52.5 8.9200 35.3709 1016 10160045 53 53.5 8.9086 35.3705 1016 10160045 54 54.5 8.9047 35.3703 1016 10160045 55 55.5 8.9021 35.3703 1016 10160045 56 56.6 8.9008 35.3703 1016 10160045 57 57.6 8.9011 35.3703 1016 10160045 58 58.6 8.8994 35.3703 1016 10160045 59 59.6 8.8990 35.3704 1016 10160045 60 60.6 8.8986 35.3705 1016 10160045 61 61.6 8.9004 35.3707 1016 10160045 62 62.6 8.8994 35.3709 1016 10160045 63 63.6 8.8982 35.3707 1016 10160045 64 64.6 8.8566 35.3675 1016 10160045 65 65.6 8.8025 35.3649 1016 10160045 66 66.6 8.8152 35.3654 1016 10160045 67 67.7 8.8249 35.3661 1016 10160045 68 68.7 8.8168 35.3658 1016 10160045 69 69.7 8.8173 35.3660 1016 10160045 70 70.7 8.8333 35.3670 1016 10160045 71 71.7 8.8362 35.3673 1016 10160045 72 72.7 8.8392 35.3677 1016 10160045 73 73.7 8.8419 35.3677 1016 10160045 74 74.7 8.8472 35.3673 1016 10160045 75 75.7 8.7739 35.3627 1016 10160045 76 76.8 8.7072 35.3576 1016 10160045 77 77.8 8.6303 35.3528 1016 10160045 78 78.8 8.5945 35.3496 1016 10160045 79 79.8 8.5647 35.3478 1016 10160045 80 80.8 8.4758 35.3452 1016 10160045 81 81.8 8.4497 35.3450 1016 10160045 82 82.8 8.4438 35.3450 1016 10160045 83 83.8 8.4411 35.3453 1016 10160045 84 84.8 8.4390 35.3456 1016 10160045 85 85.8 8.4335 35.3457 1016 10160045 86 86.9 8.4303 35.3459 1016 10160045 87 87.9 8.4289 35.3461 1016 10160045 88 88.9 8.4190 35.3458 1016 10160045 89 89.9 8.3813 35.3450 1016 10160045 90 90.9 8.3528 35.3446 1016 10160045 91 91.9 8.3436 35.3447 1016 10160045 92 92.9 8.3392 35.3449 1016 10160045 93 93.9 8.3302 35.3449 1016 10160045 94 94.9 8.3264 35.3449 1016 10160045 95 95.9 8.3214 35.3446 1016 10160045 96 97.0 8.3126 35.3441 1016 10160045 97 98.0 8.2359 35.3398 1016 10160045 98 99.0 8.1811 35.3375 1016 10160045 99 100.0 8.1693 35.3363 1016 10160045 100 101.0 8.1364 35.3334 1016 10160045 101 102.0 8.1043 35.3302 1016 10160045 102 103.0 8.0941 35.3293 1016 10160045 103 104.0 8.0892 35.3292 1016 10160045 104 105.0 8.0829 35.3290 1016 10160045 105 106.0 8.0586 35.3282 1016 10160045 106 107.1 8.0442 35.3278 1016 10160045 107 108.1 8.0316 35.3279 1016 10160045 108 109.1 8.0189 35.3280 1016 10160045 109 110.1 8.0142 35.3278 1016 10160045 110 111.1 8.0095 35.3276 1016 10160045 111 112.1 7.9998 35.3271 1016 10160045 112 113.1 7.9803 35.3259 1016 10160045 113 114.1 7.9694 35.3251 1016 10160045 114 115.1 7.9544 35.3245 1016 10160045 115 116.1 7.9305 35.3230 1016 10160045 116 117.2 7.9132 35.3215 1016 10160045 117 118.2 7.9110 35.3212 1016 10160045 118 119.2 7.9073 35.3212 1016 10160045 119 120.2 7.8941 35.3204 1016 10160045 120 121.2 7.8828 35.3198 1016 10160045 121 122.2 7.8691 35.3188 1016 10160045 122 123.2 7.8664 35.3186 1016 10160045 123 124.2 7.8637 35.3181 1016 10160045 124 125.2 7.8621 35.3180 1016 10160045 125 126.2 7.8602 35.3178 1016 10160045 126 127.3 7.8571 35.3177 1016 10160045 127 128.3 7.8502 35.3173 1016 10160045 128 129.3 7.8450 35.3169 1016 10160045 129 130.3 7.8238 35.3159 1016 10160045 130 131.3 7.8005 35.3168 1016 10160045 131 132.3 7.7884 35.3211 1016 10160045 132 133.3 7.7782 35.3210 1016 10160045 133 134.3 7.7686 35.3201 1016 10160045 134 135.3 7.7364 35.3172 1016 10160045 135 136.4 7.7094 35.3147 1016 10160045 136 137.4 7.6829 35.3142 1016 10160045 137 138.4 7.6416 35.3114 1016 10160045 138 139.4 7.6228 35.3095 1016 10160045 139 140.4 7.6132 35.3086 1016 10160045 140 141.4 7.5991 35.3067 1016 10160045 141 142.4 7.5977 35.3064 1016 10160045 142 143.4 7.5954 35.3067 1016 10160045 143 144.4 7.5827 35.3053 1016 10160045 144 145.4 7.5648 35.3033 1016 10160045 145 146.5 7.5496 35.3020 1016 10160045 146 147.5 7.5341 35.3008 1016 10160045 147 148.5 7.5231 35.3007 1016 10160045 148 149.5 7.5201 35.3011 1016 10160045 149 150.5 7.5144 35.3009 1016 10160045 150 151.5 7.5092 35.3010 1016 10160045 151 152.5 7.5040 35.3007 1016 10160045 152 153.5 7.4983 35.3001 1016 10160045 153 154.5 7.4946 35.2998 1016 10160045 154 155.5 7.4911 35.2998 1016 10160045 155 156.6 7.4867 35.2998 1016 10160045 156 157.6 7.4773 35.3001 1016 10160045 157 158.6 7.4685 35.3001 1016 10160045 158 159.6 7.4569 35.2992 1016 10160045 159 160.6 7.4456 35.2976 1016 10160045 160 161.6 7.4342 35.2971 1016 10160045 161 162.6 7.4340 35.2979 1016 10160045 162 163.6 7.4168 35.2972 1016 10160045 163 164.6 7.3842 35.2947 1016 10160045 164 165.7 7.3541 35.2922 1016 10160045 165 166.7 7.3322 35.2899 1016 10160045 166 167.7 7.2693 35.2848 1016 10160045 167 168.7 7.1942 35.2775 1016 10160045 168 169.7 7.1664 35.2750 1016 10160045 169 170.7 7.1515 35.2735 1016 10160045 170 171.7 7.1394 35.2726 1016 10160045 171 172.7 7.1376 35.2724 1016 10160045 172 173.7 7.1269 35.2715 1016 10160045 173 174.7 7.1184 35.2709 1016 10160045 174 175.8 7.1102 35.2706 1016 10160045 175 176.8 7.1076 35.2708 1016 10160045 176 177.8 7.1028 35.2708 1016 10160045 177 178.8 7.0725 35.2688 1016 10160045 178 179.8 7.0216 35.2645 1016 10160045 179 180.8 6.9911 35.2608 1016 10160045 180 181.8 6.9760 35.2592 1016 10160045 181 182.8 6.9715 35.2587 1016 10160045 182 183.8 6.9665 35.2583 1016 10160045 183 184.9 6.9599 35.2579 1016 10160045 184 185.9 6.9579 35.2580 1016 10160045 185 186.9 6.9596 35.2582 1016 10160045 186 187.9 6.9474 35.2573 1016 10160045 187 188.9 6.9098 35.2545 1016 10160045 188 189.9 6.8823 35.2526 1016 10160045 189 190.9 6.8670 35.2515 1016 10160045 190 191.9 6.8573 35.2502 1016 10160045 191 192.9 6.8529 35.2497 1016 10160045 192 193.9 6.8486 35.2491 1016 10160045 193 195.0 6.8457 35.2491 1016 10160045 194 196.0 6.8462 35.2494 1016 10160045 195 197.0 6.8434 35.2495 1016 10160045 196 198.0 6.8390 35.2494 1016 10160045 197 199.0 6.8339 35.2490 1016 10160045 198 200.0 6.8047 35.2468 1016 10160045 199 201.0 6.7578 35.2419 1016 10160045 200 202.0 6.7140 35.2378 1016 10160045 201 203.0 6.6982 35.2371 1016 10160045 202 204.1 6.6687 35.2359 1016 10160045 203 205.1 6.6580 35.2350 1016 10160045 204 206.1 6.6420 35.2334 1016 10160045 205 207.1 6.6278 35.2329 1016 10160045 206 208.1 6.5760 35.2275 1016 10160045 207 209.1 6.5070 35.2212 1016 10160045 208 210.1 6.4704 35.2171 1016 10160045 209 211.1 6.4320 35.2143 1016 10160045 210 212.1 6.4208 35.2138 1016 10160045 211 213.2 6.4206 35.2139 1016 10160045 212 214.2 6.4188 35.2142 1016 10160045 213 215.2 6.4341 35.2153 1016 10160045 214 216.2 6.4564 35.2173 1016 10160045 215 217.2 6.4956 35.2207 1016 10160045 216 218.2 6.5133 35.2225 1016 10160045 217 219.2 6.5063 35.2220 1016 10160045 218 220.2 6.4856 35.2208 1016 10160045 219 221.2 6.4500 35.2173 1016 10160045 220 222.2 6.4123 35.2149 1016 10160045 221 223.3 6.4100 35.2147 1016 10160045 222 224.3 6.3961 35.2136 1016 10160045 223 225.3 6.3507 35.2099 1016 10160045 224 226.3 6.3252 35.2072 1016 10160045 225 227.3 6.3233 35.2066 1016 10160045 226 228.3 6.3208 35.2061 1016 10160045 227 229.3 6.3096 35.2049 1016 10160045 228 230.3 6.2849 35.2027 1016 10160045 229 231.3 6.2346 35.1989 1016 10160045 230 232.4 6.2261 35.1984 1016 10160045 231 233.4 6.1906 35.1960 1016 10160045 232 234.4 6.1534 35.1925 1016 10160045 233 235.4 6.1400 35.1906 1016 10160045 234 236.4 6.1211 35.1885 1016 10160045 235 237.4 6.1166 35.1877 1016 10160045 236 238.4 6.1099 35.1869 1016 10160045 237 239.4 6.0734 35.1843 1016 10160045 238 240.4 6.0580 35.1833 1016 10160045 239 241.5 6.0436 35.1822 1016 10160045 240 242.5 6.0076 35.1798 1016 10160045 241 243.5 5.9613 35.1761 1016 10160045 242 244.5 5.9126 35.1721 1016 10160045 243 245.5 5.8509 35.1668 1016 10160045 244 246.5 5.8517 35.1662 1016 10160045 245 247.5 5.8489 35.1655 1016 10160045 246 248.5 5.7956 35.1611 1016 10160045 247 249.5 5.7574 35.1582 1016 10160045 248 250.6 5.7829 35.1595 1016 10160045 249 251.6 5.7218 35.1555 1016 10160045 250 252.6 5.6915 35.1531 1016 10160045 251 253.6 5.6743 35.1515 1016 10160045 252 254.6 5.6627 35.1513 1016 10160045 253 255.6 5.6446 35.1500 1016 10160045 254 256.6 5.6308 35.1490 1016 10160045 255 257.6 5.6343 35.1491 1016 10160045 256 258.6 5.6456 35.1498 1016 10160045 257 259.7 5.6489 35.1504 1016 10160045 258 260.7 5.6636 35.1515 1016 10160045 259 261.7 5.6566 35.1512 1016 10160045 260 262.7 5.6394 35.1502 1016 10160045 261 263.7 5.6401 35.1503 1016 10160045 262 264.7 5.6382 35.1506 1016 10160045 263 265.7 5.6388 35.1508 1016 10160045 264 266.7 5.6415 35.1512 1016 10160045 265 267.7 5.6450 35.1514 1016 10160045 266 268.7 5.6383 35.1505 1016 10160045 267 269.8 5.6324 35.1502 1016 10160045 268 270.8 5.6305 35.1501 1016 10160045 269 271.8 5.6259 35.1498 1016 10160045 270 272.8 5.6285 35.1499 1016 10160045 271 273.8 5.6328 35.1504 1016 10160045 272 274.8 5.6290 35.1502 1016 10160045 273 275.8 5.6162 35.1494 1016 10160045 274 276.8 5.6194 35.1495 1016 10160045 275 277.8 5.6190 35.1495 1016 10160045 276 278.9 5.6180 35.1493 1016 10160045 277 279.9 5.6183 35.1491 1016 10160045 278 280.9 5.6188 35.1494 1016 10160045 279 281.9 5.6178 35.1492 1016 10160045 280 282.9 5.6220 35.1496 1016 10160045 281 283.9 5.6171 35.1492 1016 10160045 282 284.9 5.6146 35.1490 1016 10160045 283 285.9 5.6262 35.1499 1016 10160045 284 286.9 5.5964 35.1481 1016 10160045 285 288.0 5.6073 35.1484 1016 10160045 286 289.0 5.6286 35.1501 1016 10160045 287 290.0 5.6245 35.1497 1016 10160045 288 291.0 5.6079 35.1482 1016 10160045 289 292.0 5.6026 35.1480 1016 10160045 290 293.0 5.6082 35.1484 1016 10160045 291 294.0 5.6129 35.1488 1016 10160045 292 295.0 5.6325 35.1504 1016 10160045 293 296.0 5.6393 35.1509 1016 10160045 294 297.1 5.6258 35.1496 1016 10160045 295 298.1 5.5736 35.1468 1016 10160045 296 299.1 5.5330 35.1425 1016 10160045 297 300.1 5.5247 35.1413 1016 10160045 298 301.1 5.5324 35.1414 1016 10160045 299 302.1 5.5466 35.1426 1016 10160045 300 303.1 5.5495 35.1428 1016 10160045 301 304.1 5.5463 35.1427 1016 10160045 302 305.1 5.5388 35.1423 1016 10160045 303 306.2 5.5392 35.1422 1016 10160045 304 307.2 5.4969 35.1385 1016 10160045 305 308.2 5.4590 35.1354 1016 10160045 306 309.2 5.4429 35.1338 1016 10160045 307 310.2 5.4508 35.1345 1016 10160045 308 311.2 5.4544 35.1348 1016 10160045 309 312.2 5.4612 35.1353 1016 10160045 310 313.2 5.4659 35.1360 1016 10160045 311 314.2 5.4732 35.1365 1016 10160045 312 315.3 5.4695 35.1366 1016 10160045 313 316.3 5.4782 35.1372 1016 10160045 314 317.3 5.4481 35.1348 1016 10160045 315 318.3 5.4159 35.1319 1016 10160045 316 319.3 5.4024 35.1306 1016 10160045 317 320.3 5.3993 35.1307 1016 10160045 318 321.3 5.3952 35.1302 1016 10160045 319 322.3 5.3659 35.1280 1016 10160045 320 323.3 5.3260 35.1246 1016 10160045 321 324.4 5.3262 35.1240 1016 10160045 322 325.4 5.3183 35.1234 1016 10160045 323 326.4 5.3423 35.1257 1016 10160045 324 327.4 5.3510 35.1271 1016 10160045 325 328.4 5.2046 35.1153 1016 10160045 326 329.4 5.0810 35.1025 1016 10160046 1 1.0 8.5187 35.3296 1016 10160046 2 2.0 8.5172 35.3288 1016 10160046 3 3.0 8.5131 35.3289 1016 10160046 4 4.0 8.5106 35.3291 1016 10160046 5 5.0 8.5108 35.3293 1016 10160046 6 6.1 8.5117 35.3291 1016 10160046 7 7.1 8.5092 35.3295 1016 10160046 8 8.1 8.5056 35.3293 1016 10160046 9 9.1 8.4867 35.3294 1016 10160046 10 10.1 8.4680 35.3292 1016 10160046 11 11.1 8.4581 35.3292 1016 10160046 12 12.1 8.4518 35.3292 1016 10160046 13 13.1 8.4467 35.3294 1016 10160046 14 14.1 8.4403 35.3293 1016 10160046 15 15.1 8.4347 35.3293 1016 10160046 16 16.2 8.4283 35.3293 1016 10160046 17 17.2 8.4260 35.3295 1016 10160046 18 18.2 8.4196 35.3298 1016 10160046 19 19.2 8.4137 35.3300 1016 10160046 20 20.2 8.4056 35.3301 1016 10160046 21 21.2 8.4035 35.3302 1016 10160046 22 22.2 8.4010 35.3303 1016 10160046 23 23.2 8.3983 35.3304 1016 10160046 24 24.2 8.3944 35.3304 1016 10160046 25 25.2 8.3930 35.3303 1016 10160046 26 26.3 8.3930 35.3303 1016 10160046 27 27.3 8.3867 35.3306 1016 10160046 28 28.3 8.3803 35.3308 1016 10160046 29 29.3 8.3762 35.3310 1016 10160046 30 30.3 8.3734 35.3310 1016 10160046 31 31.3 8.3705 35.3312 1016 10160046 32 32.3 8.3663 35.3314 1016 10160046 33 33.3 8.3643 35.3314 1016 10160046 34 34.3 8.3614 35.3314 1016 10160046 35 35.3 8.3589 35.3315 1016 10160046 36 36.4 8.3579 35.3315 1016 10160046 37 37.4 8.3548 35.3315 1016 10160046 38 38.4 8.3503 35.3317 1016 10160046 39 39.4 8.3476 35.3318 1016 10160046 40 40.4 8.3430 35.3318 1016 10160046 41 41.4 8.3342 35.3316 1016 10160046 42 42.4 8.3253 35.3317 1016 10160046 43 43.4 8.3083 35.3316 1016 10160046 44 44.4 8.2937 35.3312 1016 10160046 45 45.4 8.2823 35.3308 1016 10160046 46 46.5 8.2722 35.3305 1016 10160046 47 47.5 8.2671 35.3305 1016 10160046 48 48.5 8.2636 35.3307 1016 10160046 49 49.5 8.2630 35.3308 1016 10160046 50 50.5 8.2607 35.3307 1016 10160046 51 51.5 8.2584 35.3309 1016 10160046 52 52.5 8.2550 35.3309 1016 10160046 53 53.5 8.2532 35.3312 1016 10160046 54 54.5 8.2520 35.3312 1016 10160046 55 55.5 8.2515 35.3313 1016 10160046 56 56.6 8.2507 35.3313 1016 10160046 57 57.6 8.2484 35.3315 1016 10160046 58 58.6 8.2474 35.3316 1016 10160046 59 59.6 8.2449 35.3317 1016 10160046 60 60.6 8.2403 35.3318 1016 10160046 61 61.6 8.2271 35.3319 1016 10160046 62 62.6 8.1981 35.3319 1016 10160046 63 63.6 8.1852 35.3317 1016 10160046 64 64.6 8.1684 35.3318 1016 10160046 65 65.6 8.1636 35.3318 1016 10160046 66 66.6 8.1573 35.3321 1016 10160046 67 67.7 8.1472 35.3320 1016 10160046 68 68.7 8.1281 35.3322 1016 10160046 69 69.7 8.1148 35.3324 1016 10160046 70 70.7 8.1042 35.3324 1016 10160046 71 71.7 8.0975 35.3322 1016 10160046 72 72.7 8.0851 35.3320 1016 10160046 73 73.7 8.0740 35.3314 1016 10160046 74 74.7 8.0585 35.3304 1016 10160046 75 75.7 8.0501 35.3298 1016 10160046 76 76.8 8.0458 35.3294 1016 10160046 77 77.8 8.0342 35.3286 1016 10160046 78 78.8 8.0269 35.3281 1016 10160046 79 79.8 8.0220 35.3279 1016 10160046 80 80.8 8.0165 35.3274 1016 10160046 81 81.8 8.0068 35.3267 1016 10160046 82 82.8 8.0029 35.3263 1016 10160046 83 83.8 7.9966 35.3257 1016 10160046 84 84.8 7.9913 35.3254 1016 10160046 85 85.8 7.9764 35.3242 1016 10160046 86 86.9 7.9619 35.3231 1016 10160046 87 87.9 7.9507 35.3221 1016 10160046 88 88.9 7.9264 35.3200 1016 10160046 89 89.9 7.9173 35.3191 1016 10160046 90 90.9 7.9053 35.3179 1016 10160046 91 91.9 7.8964 35.3171 1016 10160046 92 92.9 7.8876 35.3165 1016 10160046 93 93.9 7.8627 35.3148 1016 10160046 94 94.9 7.8422 35.3142 1016 10160046 95 95.9 7.8257 35.3141 1016 10160046 96 97.0 7.8031 35.3136 1016 10160046 97 98.0 7.7840 35.3130 1016 10160046 98 99.0 7.7733 35.3123 1016 10160046 99 100.0 7.7632 35.3119 1016 10160046 100 101.0 7.7559 35.3116 1016 10160046 101 102.0 7.7469 35.3115 1016 10160046 102 103.0 7.7377 35.3113 1016 10160046 103 104.0 7.7337 35.3118 1016 10160046 104 105.0 7.7254 35.3119 1016 10160046 105 106.0 7.7138 35.3116 1016 10160046 106 107.1 7.7058 35.3113 1016 10160046 107 108.1 7.6833 35.3099 1016 10160046 108 109.1 7.6634 35.3074 1016 10160046 109 110.1 7.6564 35.3066 1016 10160046 110 111.1 7.6531 35.3064 1016 10160046 111 112.1 7.6451 35.3061 1016 10160046 112 113.1 7.6420 35.3060 1016 10160046 113 114.1 7.6406 35.3061 1016 10160046 114 115.1 7.6384 35.3060 1016 10160046 115 116.1 7.6360 35.3059 1016 10160046 116 117.2 7.6302 35.3054 1016 10160046 117 118.2 7.6281 35.3054 1016 10160046 118 119.2 7.6252 35.3052 1016 10160046 119 120.2 7.6191 35.3048 1016 10160046 120 121.2 7.6129 35.3044 1016 10160046 121 122.2 7.6044 35.3039 1016 10160046 122 123.2 7.5924 35.3034 1016 10160046 123 124.2 7.5806 35.3029 1016 10160046 124 125.2 7.5725 35.3024 1016 10160046 125 126.2 7.5626 35.3020 1016 10160046 126 127.3 7.5530 35.3015 1016 10160046 127 128.3 7.5369 35.3000 1016 10160046 128 129.3 7.5347 35.2996 1016 10160046 129 130.3 7.5272 35.2984 1016 10160046 130 131.3 7.5228 35.2979 1016 10160046 131 132.3 7.5186 35.2974 1016 10160046 132 133.3 7.5173 35.2973 1016 10160046 133 134.3 7.4955 35.2951 1016 10160046 134 135.3 7.4913 35.2947 1016 10160046 135 136.4 7.4909 35.2948 1016 10160046 136 137.4 7.4917 35.2951 1016 10160046 137 138.4 7.4920 35.2951 1016 10160046 138 139.4 7.4916 35.2951 1016 10160046 139 140.4 7.4929 35.2956 1016 10160046 140 141.4 7.4913 35.2956 1016 10160046 141 142.4 7.4839 35.2949 1016 10160046 142 143.4 7.4778 35.2943 1016 10160046 143 144.4 7.4619 35.2930 1016 10160046 144 145.4 7.4476 35.2921 1016 10160046 145 146.5 7.4408 35.2914 1016 10160046 146 147.5 7.4377 35.2912 1016 10160046 147 148.5 7.4354 35.2910 1016 10160046 148 149.5 7.4277 35.2908 1016 10160046 149 150.5 7.4031 35.2898 1016 10160046 150 151.5 7.3838 35.2889 1016 10160046 151 152.5 7.3818 35.2887 1016 10160046 152 153.5 7.3800 35.2885 1016 10160046 153 154.5 7.3750 35.2883 1016 10160046 154 155.5 7.3676 35.2881 1016 10160046 155 156.6 7.3671 35.2881 1016 10160046 156 157.6 7.3669 35.2880 1016 10160046 157 158.6 7.3668 35.2880 1016 10160046 158 159.6 7.3664 35.2880 1016 10160046 159 160.6 7.3659 35.2883 1016 10160046 160 161.6 7.3656 35.2882 1016 10160046 161 162.6 7.3660 35.2884 1016 10160046 162 163.6 7.3663 35.2884 1016 10160046 163 164.6 7.3661 35.2885 1016 10160046 164 165.7 7.3658 35.2886 1016 10160046 165 166.7 7.3580 35.2883 1016 10160046 166 167.7 7.3436 35.2875 1016 10160046 167 168.7 7.3335 35.2869 1016 10160046 168 169.7 7.3154 35.2857 1016 10160046 169 170.7 7.3076 35.2853 1016 10160046 170 171.7 7.3065 35.2853 1016 10160046 171 172.7 7.3011 35.2851 1016 10160046 172 173.7 7.2986 35.2849 1016 10160046 173 174.7 7.2852 35.2840 1016 10160046 174 175.8 7.2808 35.2834 1016 10160046 175 176.8 7.2801 35.2834 1016 10160046 176 177.8 7.2785 35.2833 1016 10160046 177 178.8 7.2768 35.2831 1016 10160046 178 179.8 7.2696 35.2827 1016 10160046 179 180.8 7.2454 35.2813 1016 10160046 180 181.8 7.2384 35.2806 1016 10160046 181 182.8 7.2369 35.2807 1016 10160046 182 183.8 7.2331 35.2804 1016 10160046 183 184.9 7.2323 35.2803 1016 10160046 184 185.9 7.2307 35.2802 1016 10160046 185 186.9 7.2278 35.2800 1016 10160046 186 187.9 7.2145 35.2791 1016 10160046 187 188.9 7.2094 35.2787 1016 10160046 188 189.9 7.1944 35.2779 1016 10160046 189 190.9 7.1811 35.2770 1016 10160046 190 191.9 7.1730 35.2765 1016 10160046 191 192.9 7.1656 35.2758 1016 10160046 192 193.9 7.1532 35.2746 1016 10160046 193 195.0 7.1475 35.2739 1016 10160046 194 196.0 7.1394 35.2734 1016 10160046 195 197.0 7.1337 35.2729 1016 10160046 196 198.0 7.1212 35.2713 1016 10160046 197 199.0 7.0934 35.2692 1016 10160046 198 200.0 7.0873 35.2688 1016 10160046 199 201.0 7.0725 35.2673 1016 10160046 200 202.0 7.0572 35.2659 1016 10160046 201 203.0 7.0489 35.2652 1016 10160046 202 204.1 7.0365 35.2643 1016 10160046 203 205.1 7.0124 35.2627 1016 10160046 204 206.1 6.9965 35.2614 1016 10160046 205 207.1 6.9930 35.2612 1016 10160046 206 208.1 6.9926 35.2610 1016 10160046 207 209.1 6.9847 35.2607 1016 10160046 208 210.1 6.9835 35.2605 1016 10160046 209 211.1 6.9819 35.2605 1016 10160046 210 212.1 6.9804 35.2607 1016 10160046 211 213.2 6.9789 35.2608 1016 10160046 212 214.2 6.9733 35.2603 1016 10160046 213 215.2 6.9637 35.2597 1016 10160046 214 216.2 6.9386 35.2574 1016 10160046 215 217.2 6.9187 35.2559 1016 10160046 216 218.2 6.8942 35.2537 1016 10160046 217 219.2 6.8708 35.2519 1016 10160046 218 220.2 6.8627 35.2512 1016 10160046 219 221.2 6.8599 35.2509 1016 10160046 220 222.2 6.8498 35.2501 1016 10160046 221 223.3 6.8371 35.2493 1016 10160046 222 224.3 6.8277 35.2484 1016 10160046 223 225.3 6.8217 35.2480 1016 10160046 224 226.3 6.8159 35.2477 1016 10160046 225 227.3 6.8104 35.2473 1016 10160046 226 228.3 6.7872 35.2455 1016 10160046 227 229.3 6.7755 35.2447 1016 10160046 228 230.3 6.7610 35.2434 1016 10160046 229 231.3 6.7429 35.2417 1016 10160046 230 232.4 6.7165 35.2391 1016 10160046 231 233.4 6.6982 35.2378 1016 10160046 232 234.4 6.6870 35.2369 1016 10160046 233 235.4 6.6784 35.2359 1016 10160046 234 236.4 6.6516 35.2338 1016 10160046 235 237.4 6.6423 35.2331 1016 10160046 236 238.4 6.6342 35.2325 1016 10160046 237 239.4 6.6274 35.2321 1016 10160046 238 240.4 6.6159 35.2313 1016 10160046 239 241.5 6.6072 35.2307 1016 10160046 240 242.5 6.5979 35.2298 1016 10160046 241 243.5 6.5806 35.2286 1016 10160046 242 244.5 6.5650 35.2272 1016 10160046 243 245.5 6.5600 35.2269 1016 10160046 244 246.5 6.5460 35.2258 1016 10160046 245 247.5 6.5177 35.2233 1016 10160046 246 248.5 6.4627 35.2188 1016 10160046 247 249.5 6.4434 35.2170 1016 10160046 248 250.6 6.4341 35.2161 1016 10160046 249 251.6 6.4242 35.2152 1016 10160046 250 252.6 6.4055 35.2138 1016 10160046 251 253.6 6.3587 35.2102 1016 10160046 252 254.6 6.3303 35.2082 1016 10160046 253 255.6 6.3101 35.2066 1016 10160046 254 256.6 6.2318 35.2003 1016 10160046 255 257.6 6.1718 35.1941 1016 10160046 256 258.6 6.1147 35.1891 1016 10160046 257 259.7 6.1066 35.1868 1016 10160046 258 260.7 5.9829 35.1770 1016 10160046 259 261.7 5.9525 35.1755 1016 10160046 260 262.7 5.8908 35.1713 1016 10160046 261 263.7 5.8691 35.1683 1016 10160047 2 2.0 8.4766 35.3176 1016 10160047 3 3.0 8.4828 35.3179 1016 10160047 4 4.0 8.4869 35.3182 1016 10160047 5 5.0 8.4900 35.3179 1016 10160047 6 6.1 8.4876 35.3181 1016 10160047 7 7.1 8.4544 35.3179 1016 10160047 8 8.1 8.4146 35.3170 1016 10160047 9 9.1 8.3709 35.3173 1016 10160047 10 10.1 8.3524 35.3168 1016 10160047 11 11.1 8.3391 35.3160 1016 10160047 12 12.1 8.3232 35.3151 1016 10160047 13 13.1 8.3140 35.3149 1016 10160047 14 14.1 8.3050 35.3146 1016 10160047 15 15.1 8.2842 35.3145 1016 10160047 16 16.2 8.2675 35.3145 1016 10160047 17 17.2 8.2576 35.3144 1016 10160047 18 18.2 8.2482 35.3143 1016 10160047 19 19.2 8.2348 35.3142 1016 10160047 20 20.2 8.2246 35.3142 1016 10160047 21 21.2 8.2091 35.3139 1016 10160047 22 22.2 8.1799 35.3138 1016 10160047 23 23.2 8.1633 35.3140 1016 10160047 24 24.2 8.1540 35.3141 1016 10160047 25 25.2 8.1457 35.3141 1016 10160047 26 26.3 8.1385 35.3144 1016 10160047 27 27.3 8.1211 35.3148 1016 10160047 28 28.3 8.1124 35.3150 1016 10160047 29 29.3 8.0999 35.3150 1016 10160047 30 30.3 8.0828 35.3151 1016 10160047 31 31.3 8.0651 35.3153 1016 10160047 32 32.3 8.0574 35.3153 1016 10160047 33 33.3 8.0510 35.3154 1016 10160047 34 34.3 8.0477 35.3154 1016 10160047 35 35.3 8.0449 35.3155 1016 10160047 36 36.4 8.0445 35.3156 1016 10160047 37 37.4 8.0436 35.3158 1016 10160047 38 38.4 8.0426 35.3158 1016 10160047 39 39.4 8.0416 35.3160 1016 10160047 40 40.4 8.0409 35.3161 1016 10160047 41 41.4 8.0400 35.3161 1016 10160047 42 42.4 8.0387 35.3165 1016 10160047 43 43.4 8.0353 35.3168 1016 10160047 44 44.4 8.0283 35.3176 1016 10160047 45 45.4 8.0204 35.3188 1016 10160047 46 46.5 8.0183 35.3190 1016 10160047 47 47.5 8.0165 35.3195 1016 10160047 48 48.5 8.0153 35.3197 1016 10160047 49 49.5 8.0143 35.3203 1016 10160047 50 50.5 8.0146 35.3204 1016 10160047 51 51.5 8.0154 35.3204 1016 10160047 52 52.5 8.0128 35.3211 1016 10160047 53 53.5 8.0049 35.3230 1016 10160047 54 54.5 8.0021 35.3236 1016 10160047 55 55.5 7.9990 35.3240 1016 10160047 56 56.6 7.9958 35.3242 1016 10160047 57 57.6 7.9902 35.3243 1016 10160047 58 58.6 7.9819 35.3246 1016 10160047 59 59.6 7.9796 35.3246 1016 10160047 60 60.6 7.9754 35.3246 1016 10160047 61 61.6 7.9653 35.3239 1016 10160047 62 62.6 7.9595 35.3235 1016 10160047 63 63.6 7.9550 35.3230 1016 10160047 64 64.6 7.9450 35.3224 1016 10160047 65 65.6 7.9352 35.3216 1016 10160047 66 66.6 7.9256 35.3207 1016 10160047 67 67.7 7.9141 35.3202 1016 10160047 68 68.7 7.9070 35.3198 1016 10160047 69 69.7 7.9048 35.3199 1016 10160047 70 70.7 7.9040 35.3199 1016 10160047 71 71.7 7.9029 35.3198 1016 10160047 72 72.7 7.9017 35.3196 1016 10160047 73 73.7 7.8934 35.3188 1016 10160047 74 74.7 7.8673 35.3171 1016 10160047 75 75.7 7.8633 35.3167 1016 10160047 76 76.8 7.8481 35.3160 1016 10160047 77 77.8 7.8452 35.3157 1016 10160047 78 78.8 7.8444 35.3156 1016 10160047 79 79.8 7.8410 35.3152 1016 10160047 80 80.8 7.8366 35.3151 1016 10160047 81 81.8 7.8253 35.3141 1016 10160047 82 82.8 7.8065 35.3131 1016 10160047 83 83.8 7.7917 35.3123 1016 10160047 84 84.8 7.7851 35.3118 1016 10160047 85 85.8 7.7800 35.3119 1016 10160047 86 86.9 7.7774 35.3118 1016 10160047 87 87.9 7.7759 35.3115 1016 10160047 88 88.9 7.7725 35.3114 1016 10160047 89 89.9 7.7689 35.3113 1016 10160047 90 90.9 7.7624 35.3109 1016 10160047 91 91.9 7.7577 35.3109 1016 10160047 92 92.9 7.7531 35.3109 1016 10160047 93 93.9 7.7493 35.3109 1016 10160047 94 94.9 7.7464 35.3109 1016 10160047 95 95.9 7.7403 35.3118 1016 10160047 96 97.0 7.7369 35.3122 1016 10160047 97 98.0 7.7340 35.3124 1016 10160047 98 99.0 7.7332 35.3123 1016 10160047 99 100.0 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8.1 7.7683 35.2979 1016 10160049 9 9.1 7.7696 35.2980 1016 10160049 10 10.1 7.7697 35.2981 1016 10160049 11 11.1 7.7684 35.2981 1016 10160049 12 12.1 7.7676 35.2982 1016 10160049 13 13.1 7.7681 35.2983 1016 10160049 14 14.1 7.7689 35.2981 1016 10160049 15 15.1 7.7687 35.2982 1016 10160049 16 16.2 7.7683 35.2983 1016 10160049 17 17.2 7.7680 35.2982 1016 10160049 18 18.2 7.7681 35.2982 1016 10160049 19 19.2 7.7684 35.2982 1016 10160049 20 20.2 7.7684 35.2982 1016 10160049 21 21.2 7.7687 35.2982 1016 10160049 22 22.2 7.7690 35.2983 1016 10160049 23 23.2 7.7692 35.2983 1016 10160049 24 24.2 7.7689 35.2983 1016 10160049 25 25.2 7.7695 35.2982 1016 10160049 26 26.3 7.7697 35.2983 1016 10160049 27 27.3 7.7730 35.2982 1016 10160049 28 28.3 7.7738 35.2981 1016 10160049 29 29.3 7.7734 35.2984 1016 10160049 30 30.3 7.7732 35.2983 1016 10160049 31 31.3 7.7730 35.2983 1016 10160049 32 32.3 7.7728 35.2982 1016 10160049 33 33.3 7.7723 35.2982 1016 10160049 34 34.3 7.7730 35.2983 1016 10160049 35 35.3 7.7731 35.2983 1016 10160049 36 36.4 7.7733 35.2983 1016 10160049 37 37.4 7.7731 35.2983 1016 10160049 38 38.4 7.7731 35.2984 1016 10160049 39 39.4 7.7729 35.2983 1016 10160049 40 40.4 7.7731 35.2983 1016 10160049 41 41.4 7.7736 35.2983 1016 10160049 42 42.4 7.7735 35.2982 1016 10160049 43 43.4 7.7732 35.2983 1016 10160049 44 44.4 7.7728 35.2984 1016 10160049 45 45.4 7.7730 35.2984 1016 10160049 46 46.5 7.7739 35.2983 1016 10160049 47 47.5 7.7742 35.2985 1016 10160049 48 48.5 7.7742 35.2985 1016 10160049 49 49.5 7.7750 35.2983 1016 10160049 50 50.5 7.7752 35.2983 1016 10160049 51 51.5 7.7752 35.2983 1016 10160049 52 52.5 7.7748 35.2983 1016 10160049 53 53.5 7.7746 35.2983 1016 10160049 54 54.5 7.7744 35.2983 1016 10160049 55 55.5 7.7743 35.2984 1016 10160049 56 56.6 7.7744 35.2983 1016 10160049 57 57.6 7.7751 35.2984 1016 10160049 58 58.6 7.7756 35.2983 1016 10160049 59 59.6 7.7759 35.2984 1016 10160049 60 60.6 7.7762 35.2983 1016 10160049 61 61.6 7.7765 35.2983 1016 10160049 62 62.6 7.7761 35.2984 1016 10160049 63 63.6 7.7757 35.2985 1016 10160049 64 64.6 7.7761 35.2983 1016 10160049 65 65.6 7.7760 35.2982 1016 10160049 66 66.6 7.7751 35.2985 1016 10160049 67 67.7 7.7765 35.2983 1016 10160049 68 68.7 7.7771 35.2984 1016 10160049 69 69.7 7.7770 35.2983 1016 10160049 70 70.7 7.7769 35.2986 1016 10160049 71 71.7 7.7764 35.2985 1016 10160049 72 72.7 7.7764 35.2984 1016 10160049 73 73.7 7.7765 35.2985 1016 10160049 74 74.7 7.7766 35.2984 1016 10160049 75 75.7 7.7769 35.2984 1016 10160049 76 76.8 7.7771 35.2984 1016 10160049 77 77.8 7.7768 35.2984 1016 10160049 78 78.8 7.7763 35.2984 1016 10160049 79 79.8 7.7757 35.2986 1016 10160049 80 80.8 7.7756 35.2985 1016 10160049 81 81.8 7.7756 35.2984 1016 10160049 82 82.8 7.7770 35.2986 1016 10160049 83 83.8 7.7778 35.2985 1016 10160049 84 84.8 7.7766 35.2985 1016 10160049 85 85.8 7.7771 35.2986 1016 10160049 86 86.9 7.7779 35.2985 1016 10160049 87 87.9 7.7773 35.2985 1016 10160049 88 88.9 7.7772 35.2986 1016 10160049 89 89.9 7.7777 35.2985 1016 10160049 90 90.9 7.7776 35.2983