jeanflop/post_ocr_correction2 huggingface dataset:
28821 3 45 0,29 11,8966 59 46,99 16 17,134 6 1 23 32,721 28766 4 33,81 11,8069 59 43,88 16 16,49 9 1 30 24,465 28730 4 51 50,13 11,7055 59 40,58 16 -15,59 12 1 37 16,159 28711 5 26 47, 6 11,5926 59 37,08 16 14,64 15 1 44 7,833 28707 6 1 22,84 11,4683 59 33,40 16 13,64 18 1 50 59,513 28718 6 35 35,15 11,3329 59 29,54 16 12,59 21 1 57 51,224 28742 7 9 22,11 11,1866 59 25,51 16 11,49 24 0 24 42,989 2,28777 7 42 41,78 11,0297 59 21,30 16 10,34 3 2 11 34,824 28821 8 15 32,26 10,8625 59 16,93 16 8,15 6 2 18 26,748 28873 8 47 51,73 10,6851 59 12,40 16 7,92 9 2 25 18,771 28932 9 18 38,37 10,4978 59 7,72 16 6,64 12 2 32 10,903 28995 9 50 50,45 10,300 59 2,89 16 5,32 15 2 39 3,151 29060 10 21 26,28 10,0952 58 57,92 16 3,97 18 2 45 55,518 29126 10 51 24,23 9,8803 58 52,82 16 2,58 21 2 52 48,002 29190 11 20 42,73 9,6568 58 47,59 16 1,15 25 0 2 59 40,600 2,29251 11 49 20,26 9,4252 58 42,25 16 59,70 3 3 6 33,303 29307 12 17 15,37 9,1857 58 36,80 16 -58,-22 6 3 13 26,101 29356 12 44 26,69 8,9386 58 31,25 16 56,71 9 3 20 18,979 29395 13 10 52,88 8,6844 58 25,61 16 55,17 12 3 27 11,918 29423 13 36 32,70 8,4233 58 19,88 16 53,61 15 3 34 4,997 29439 14 1 24,96 8,1559 58 14,07 16 52,02 18 3 40 57,891 29440 14 25 28,54 7,8825 58 8,19 16 50,42 21 3 47 50,871 29424 14 48 42,39 7,6035 58 2,25 16 48,80 26 0 3 54 43,806 2,29389 15 11 5,53 7,3192 57 56,26 16 47,17 3 4 1 36,661 29334 15 32 37,06 7,0301 57 50,23 16 45,53 6 4 8 29,398 29258 15 53 16, i3 6,7365 57 44,16 16 43,88 9 4 21,978 29159 16 13 1,99 6,4389 38,06 16 42,22 12 4
9,4252 58 42,25 16 59,70 3 3 6 33,303 29307 12 17 15,37 9,1857 58 36,80 16 -58,-22 6 3 13 26,101 29356 12 44 26,69 8,9386 58 31,25 16 56,71 9 3 20 18,979 29395 13 10 52,88 8,6844 58 25,61 16 55,17 12 3 27 11,918 29423 13 36 32,70 8,4233 58 19,88 16 53,61 15 3 34 4,997 29439 14 1 24,96 8,1559 58 14,07 16 52,02 18 3 40 57,891 29440 14 25 28,54 7,8825 58 8,19 16 50,42 21 3 47 50,871 29424 14 48 42,39 7,6035 58 2,25 16 48,80 26 0 3 54 43,806 2,29389 15 11 5,53 7,3192 57 56,26 16 47,17 3 4 1 36,661 29334 15 32 37,06 7,0301 57 50,23 16 45,53 6 4 8 29,398 29258 15 53 16, i3 6,7365 57 44,16 16 43,88 9 4 21,978 29159 16 13 1,99 6,4389 38,06 16 42,22 12 4 22 14,357 29035 16 31 53,93 6,1376 31,94 16 40,55 16 4 26 6,490 28885 16 49 51,34 5,8330 25,81 16 38,88 18 4 35 58,329 28708 17 6 53,65 5,5255 57 17,67 16 37,21 21 4 42 49,825 28503 17 23 0,38 5,2155 57 13,54 16 35,54 27 0 4 49 40,927 2,28270 +17 38 11,11 -+4,90,33 57 7,43 16 33,87 2,96 15 16,30 12 6 11 3,433 23076 19 26 29,16 1,1205 55 57,53 15 14,82 15 6 17 44,410 22449 19 29 23,01 0,8117 55 52,19 15 13,37 18 6 24 24,234 21796 19 31 21,50 0,5052 55 46,96 15 11,95 21 6 30 2,860 21117 19 32 25,04 -0,2013 55 41,83 15 10,55 29 6 37 40,243 2,20414 19 32 34,11 — 0,0999 55 36,81 15 9,18 3 6 44 16,341 19689 19 31 49,23 0,3982 55 31,91 15 7,84 6 6 50 51,113 18943 19 30 10,93 0,6933 55 27,13 15 6,54 9 6-57 24,525 18177 19 27 39,79 0,9852 55 22,48 15 5,27 12 7 3 56,541 17393 19 24 16,41 1,2737 55 17,95 15 4,04 15 7 10 27,132 16593 19 20 14,45 1,5586 55 13,56 15 2,84 18 7 16 56,268 15778
4 49 40,927 2,28270 +17 38 11,11 -+4,90,33 57 7,43 16 33,87 2,96 15 16,30 12 6 11 3,433 23076 19 26 29,16 1,1205 55 57,53 15 14,82 15 6 17 44,410 22449 19 29 23,01 0,8117 55 52,19 15 13,37 18 6 24 24,234 21796 19 31 21,50 0,5052 55 46,96 15 11,95 21 6 30 2,860 21117 19 32 25,04 -0,2013 55 41,83 15 10,55 29 6 37 40,243 2,20414 19 32 34,11 — 0,0999 55 36,81 15 9,18 3 6 44 16,341 19689 19 31 49,23 0,3982 55 31,91 15 7,84 6 6 50 51,113 18943 19 30 10,93 0,6933 55 27,13 15 6,54 9 6-57 24,525 18177 19 27 39,79 0,9852 55 22,48 15 5,27 12 7 3 56,541 17393 19 24 16,41 1,2737 55 17,95 15 4,04 15 7 10 27,132 16593 19 20 14,45 1,5586 55 13,56 15 2,84 18 7 16 56,268 15778 19 14 55,54 1,8397 55 9,30 15 1,68 21 7 23 23,926 14950 19 8 59,36 2,1196 55 5,18 15 0,56 30 7 29 50,084 214112 19 2 13,69 2,3901 55 1,20 14 59,48 3 7 36 14,724 13264 18 54 39,18 2,6592 54 57,37 14 58,43 6 7 42 37,832 12030 18 46 16,59 2,9242 54 53,68 14 57,42 9 7 48 59,394 12448 18 37 6,69 3,1849 54 50,14 14 56,46 12 7 55 18,405 10684 18 27 10,24 3,4413 54 46,75 14 55,54 15 8 1 37,858 109819 18 16 28,04 3,6933 54 43,52 14 54,66 18 8 7 54,753 109853 18 5 0,87 3,9409 54 40,44 14 53,82 21 8 14 10,092 108090 17 52 49,54 4,1840 54 37,52 14 53,02 31 8 20 23,880 207231 17 39 54,86 4,4226 54 34,76 14 52,27 3 8 26 36,126 63077 17 26 17,65 4,6566 54 32,16 14 51,56 6 8 32 46,842 55030 17 11 58,73 4,8861 54 29,71 14 50,90 9 8 38 56,041 4693 16 56 58,92 5,1109 54 27,43 14 50,28 12 8 45 3,743 3867 16 41 19,06 5,3310 54 25,31 14 49,70 15 8 51 9,969 3053 16 24 59,97 5,5467 54
37,832 12030 18 46 16,59 2,9242 54 53,68 14 57,42 9 7 48 59,394 12448 18 37 6,69 3,1849 54 50,14 14 56,46 12 7 55 18,405 10684 18 27 10,24 3,4413 54 46,75 14 55,54 15 8 1 37,858 109819 18 16 28,04 3,6933 54 43,52 14 54,66 18 8 7 54,753 109853 18 5 0,87 3,9409 54 40,44 14 53,82 21 8 14 10,092 108090 17 52 49,54 4,1840 54 37,52 14 53,02 31 8 20 23,880 207231 17 39 54,86 4,4226 54 34,76 14 52,27 3 8 26 36,126 63077 17 26 17,65 4,6566 54 32,16 14 51,56 6 8 32 46,842 55030 17 11 58,73 4,8861 54 29,71 14 50,90 9 8 38 56,041 4693 16 56 58,92 5,1109 54 27,43 14 50,28 12 8 45 3,743 3867 16 41 19,06 5,3310 54 25,31 14 49,70 15 8 51 9,969 3053 16 24 59,97 5,5467 54 23,36 14 48,17 18 8 57 14,741 2253 16 8 2,49 5,7577 54 21,57 14 48,68 21 9 3 18,088 1468 15 50 27,44 5,9641 54 19,94 14 48,24 Nov. 1 9 9 20,037 2,00701 15 32 15,67 6,1659 54 18,48 14 47,84 3 9 15 20,622 1,99952 15 13 27,99 6,3630 54 17,18 14 47,49 6 9 21 18,877 99223 14 54 5,25 6,5555 54 16,04 14 47,18. 9 9 27 17,839 98516 14 34 8,26 6,7434 54 15,07 14 46,91 12 9 33 14,547 97831 14 13 37,87 6,9267 54 14,26 14 46,69 15 9 39 10,043 97169 13 52 34,89 7,1054 54 13,61 14 46,51 18 9 45 4,372 96533 13 31 0,15 7,2796 54 13,12 14 46,37 21 9 50 57,578 95923 13 8 54,48 7,4492 54 12,79 14 46,28 2 10 9 56-49,711 1,95341 +12 46 18,70 — 7,6142 54 12,63 14 46,24 3 10 2 40,818 94286 12 23 13,62 7,74747 54 12,62 14 46,24 6 10 8 30,953 94260 11 59 40,08 7,9305 54 12,76 14 46,28 9 10 14 20,169 93164 11 35 38,89 5,0818 54 13,06 14 46,36 12 10 20 8,521 93299 11 11 10,88 8,2286 54 13,52 14 46,49
27,99 6,3630 54 17,18 14 47,49 6 9 21 18,877 99223 14 54 5,25 6,5555 54 16,04 14 47,18. 9 9 27 17,839 98516 14 34 8,26 6,7434 54 15,07 14 46,91 12 9 33 14,547 97831 14 13 37,87 6,9267 54 14,26 14 46,69 15 9 39 10,043 97169 13 52 34,89 7,1054 54 13,61 14 46,51 18 9 45 4,372 96533 13 31 0,15 7,2796 54 13,12 14 46,37 21 9 50 57,578 95923 13 8 54,48 7,4492 54 12,79 14 46,28 2 10 9 56-49,711 1,95341 +12 46 18,70 — 7,6142 54 12,63 14 46,24 3 10 2 40,818 94286 12 23 13,62 7,74747 54 12,62 14 46,24 6 10 8 30,953 94260 11 59 40,08 7,9305 54 12,76 14 46,28 9 10 14 20,169 93164 11 35 38,89 5,0818 54 13,06 14 46,36 12 10 20 8,521 93299 11 11 10,88 8,2286 54 13,52 14 46,49 15 10 25 56,064 92866 10 46 16,86 8,3707 54 11,13 14 46,66 18 10 31 42,858 92466 10 20 57,68 8,5082 54 14,89 14 46,86 21 10 37 28,961 92099 9 55 11, 14 8,6412 54 15,79 14 47,10 3 10 43 14,434 1,91766 9 29 7,08 8,7696 54 16,84 14 47,30 3 10 48 59,338 91468 9 2 37,33 8,8933 54 18,03 14 47,72 6 10 54 43,738 91205 8 35 45,73 9,0124 54 19,37 14 48,08 9 11 0 27,696 90978 8 8 33,12 9,1268 54 20,84 14 48,48 12 11 6 11,278 90787 7 41 0,35 9,2364 54 22,45 14 48,92 15 11 n 54,550 90633 7 13 8,27 9,3413 54 24,20 14 49,39 18 11 17 37,579 90517 6 44 57,76 9,4414 54 26,08 14 49,90 21 11 23 20,433 90439 6 16 29,66 9,5365 54 28,08 14 50,45 4 11 29 3,179 1,90399 5 47 44,88 9,6267 54 30,21 14 51,03 3 11 34 45,887 90397 5 18 44,29 9,7120 54 32,46 14 51,64 6 11 40 28,627 90434 4 49 28,80 9,7923 54 34,83 14 52,29 9 11 46 11,469 90510 4 19 59,32 9,8674 54 37,31 14 52,97 12 11 51 54,484
16,84 14 47,30 3 10 48 59,338 91468 9 2 37,33 8,8933 54 18,03 14 47,72 6 10 54 43,738 91205 8 35 45,73 9,0124 54 19,37 14 48,08 9 11 0 27,696 90978 8 8 33,12 9,1268 54 20,84 14 48,48 12 11 6 11,278 90787 7 41 0,35 9,2364 54 22,45 14 48,92 15 11 n 54,550 90633 7 13 8,27 9,3413 54 24,20 14 49,39 18 11 17 37,579 90517 6 44 57,76 9,4414 54 26,08 14 49,90 21 11 23 20,433 90439 6 16 29,66 9,5365 54 28,08 14 50,45 4 11 29 3,179 1,90399 5 47 44,88 9,6267 54 30,21 14 51,03 3 11 34 45,887 90397 5 18 44,29 9,7120 54 32,46 14 51,64 6 11 40 28,627 90434 4 49 28,80 9,7923 54 34,83 14 52,29 9 11 46 11,469 90510 4 19 59,32 9,8674 54 37,31 14 52,97 12 11 51 54,484 90626 3 50 16,79 9,9374 54 39,91 14 53,68 15 11 57 37,742 90781 3 20 22,14 10,0021 54 42,61 14 54,42 18 12 3 21,316 90976 2 50 16,33 10,0614 54 45,42 14 55,18 21 12 9 5,277 91211 2 20 0,33 10,11152 54 48,34 14 55,97 5 12 14 49,697 1,91486 1 49 35,14 10,1635 54 51,35 14 56,79 3 12 20 34,648 91801 1 19 1,76 10,2062 54 54,45 14 57,61 6 12 26 20,203 92157 0 48 21,21 10,2431 54 57,64 14 58,51 9 12 32 6,434 92552 10 17 34,56 10,2741 55 0,92 14 59,40 12 12 37 53,413 92988 10 13 17,15 10,2992 55 4,29 15 0,32 15 12 43 41,211 93463 10 44 12,81 10,3181 55 7,73 15 1,26 18 12 49 29,902 93970 11 15 11,32 10,3370 55 11,83 15 3,20 21 12 55 19,556 94534 11 46 1,55 10,3371 55 11,83 15 3,20 60 13 1 10,244 1,95128 12 17 12,34 10,3370 55 18,48 15 4,19 3 13 7 2,037 95761 12 48 12,52 10,3302 55 22,20 15 5,20 6 13 12 55,004 96433 13 19 10,86 10,3166 55 25,97 15 6,23 9 13 18 49,215 97143 13 50 6,16 10,2962
14 49,697 1,91486 1 49 35,14 10,1635 54 51,35 14 56,79 3 12 20 34,648 91801 1 19 1,76 10,2062 54 54,45 14 57,61 6 12 26 20,203 92157 0 48 21,21 10,2431 54 57,64 14 58,51 9 12 32 6,434 92552 10 17 34,56 10,2741 55 0,92 14 59,40 12 12 37 53,413 92988 10 13 17,15 10,2992 55 4,29 15 0,32 15 12 43 41,211 93463 10 44 12,81 10,3181 55 7,73 15 1,26 18 12 49 29,902 93970 11 15 11,32 10,3370 55 11,83 15 3,20 21 12 55 19,556 94534 11 46 1,55 10,3371 55 11,83 15 3,20 60 13 1 10,244 1,95128 12 17 12,34 10,3370 55 18,48 15 4,19 3 13 7 2,037 95761 12 48 12,52 10,3302 55 22,20 15 5,20 6 13 12 55,004 96433 13 19 10,86 10,3166 55 25,97 15 6,23 9 13 18 49,215 97143 13 50 6,16 10,2962 55 29,80 15 11,95 7,27 12 13 24 44,737 97890 4 20 57,16 10,2688 55 33,67 15 8,33 15 13 30 41,639 98654 4 5i 42,57 10,2342 55 37,59 15 9, 10 18 13 36 39,98b 1,99^96 5 22 21,09 10,1923 55 41,56 15 10, '17 21 13 42 39,842 2,00352 5 52 51,39 10,1429 55 45,56 15 11,56 7 0 13 48 41,271 2,01243 6 23 12,13 10,0869 55 49,59 15 12,66 3 13 54 44,335 02168 6 53 21,91 10,0212 55 53,65 15 13,77 6 14 0 49,094 0,3126 7 23 19,34 9,9486 55 57,73 15 14,88 9 14 6 55,606 0,4116 7 53 2,98 9,8680 56 1,84 15 16,00 12 14 13 3,928 05136 8 22 31,38 9,7792 56 5,96 15 17,12 15 14 19 14,112 06685 8 51 43,07 9,6822 56 10,09 15 18,24 18 14 25 26,210 07262 9 20 36,55 9,5768 56 14,23 15 19,37 21 14 31 40,271 08365 9 49 10,29 9,4630 56 18,37 15 20,50 8 0 14 37 56,340 2,09493 -10 17 22,77 — 9,3406 56 22,52 15 21,63 3 14 44 14,461 10644 10 45 12,41 9,2093 56 26,66 15 22,76 6 14 50 34,671 11816 11 12 37,66
2,00352 5 52 51,39 10,1429 55 45,56 15 11,56 7 0 13 48 41,271 2,01243 6 23 12,13 10,0869 55 49,59 15 12,66 3 13 54 44,335 02168 6 53 21,91 10,0212 55 53,65 15 13,77 6 14 0 49,094 0,3126 7 23 19,34 9,9486 55 57,73 15 14,88 9 14 6 55,606 0,4116 7 53 2,98 9,8680 56 1,84 15 16,00 12 14 13 3,928 05136 8 22 31,38 9,7792 56 5,96 15 17,12 15 14 19 14,112 06685 8 51 43,07 9,6822 56 10,09 15 18,24 18 14 25 26,210 07262 9 20 36,55 9,5768 56 14,23 15 19,37 21 14 31 40,271 08365 9 49 10,29 9,4630 56 18,37 15 20,50 8 0 14 37 56,340 2,09493 -10 17 22,77 — 9,3406 56 22,52 15 21,63 3 14 44 14,461 10644 10 45 12,41 9,2093 56 26,66 15 22,76 6 14 50 34,671 11816 11 12 37,66 9,0693 56 30,80 15 23,89 9 14 56 57,008 13006 11 39 36,91 8,9205 56 34,92 25,01 12 15 3 21,503 14513 12 6 8,56 8,7627 56 39,03 15 26, i3 15 15 9 48,185 15435 12 32 11,01 8,5959 56 43,12 15 27,24 18 15 16 17,077 16669 12 57 42,62 8,4201 56 47,19 15 28,35 21 15 22 48,199 17913 13 22 41,77 8,2352 56 51,24 15 29,45 9 0 15 29 21,566 2,1963 13 47 6,82 8,0412 56 55,26 15 30,55 3 15 35 57,189 20417 14 10 56,13 7,8382 56 59,25 15 31,64 6 15 42 35,071 21674 14 34 8,08 7,6261 57 3,21 15 32,72 9 15 49 15,214 22929 14 56 41,04 7,4048 57 7,13 15 33,79 12 15 55 57,612 24179 15 18 33,38 7,1748 57 11,02 15 34,85 15 16 2 42,254 25421 15 39 43,50 6,9358 57 14,86 15 35,90 18 16 9 29,122 26653 16 0 9,81 6,6880 57 18,66 15 36,93 21 16 16 18,196 27870 16 19 50,73 6,4316 57 22,42 15 37,95 10 0 -16 23 9,446 28270 16 38 44,73 6,1666 57 26, 13 15 38,96 3 16 30 2,838 30250 16 56 50,26 5,8932 57
57 42,62 8,4201 56 47,19 15 28,35 21 15 22 48,199 17913 13 22 41,77 8,2352 56 51,24 15 29,45 9 0 15 29 21,566 2,1963 13 47 6,82 8,0412 56 55,26 15 30,55 3 15 35 57,189 20417 14 10 56,13 7,8382 56 59,25 15 31,64 6 15 42 35,071 21674 14 34 8,08 7,6261 57 3,21 15 32,72 9 15 49 15,214 22929 14 56 41,04 7,4048 57 7,13 15 33,79 12 15 55 57,612 24179 15 18 33,38 7,1748 57 11,02 15 34,85 15 16 2 42,254 25421 15 39 43,50 6,9358 57 14,86 15 35,90 18 16 9 29,122 26653 16 0 9,81 6,6880 57 18,66 15 36,93 21 16 16 18,196 27870 16 19 50,73 6,4316 57 22,42 15 37,95 10 0 -16 23 9,446 28270 16 38 44,73 6,1666 57 26, 13 15 38,96 3 16 30 2,838 30250 16 56 50,26 5,8932 57 29,79 15 39,96 6 16 36 '58,332 31405 17 14 5,86 5,6117 57 33,40 15 40,95 9 16 43 55,811 32531 17 30 30,05 5,3222 57 36,96 15 41,92 12 16 50-ô5,434 33630 17 46 1,44 5,0250 57 40,46 15 42,#7 15 16 57 56,931 34693 18 0 38,65 -4,7202 57 43,91 15 43,81 18 17 5 0,309 35719 18 14 20,35 4,4803 57 47,30 15 44,73 21 17 12 5,498 36704 18 27 5,29 4,0896 57 50,64 15 45,64 30 17 19 12,421 2,37646 18 38 52,25 3,7643 57 53,92 15 46,53 3 17 26 21,000 38542 18 49 40,08 3,4327 57 57, 14 15 47,41 6 17 33 31, 146 39388 18 59 27,70 ' 3,0952 58 0,30 15 48,27 9 17 40 42,770 40183 19 8 14,09 2,7524 58 3,40 15 49,12 12 17 47 55,776 40924 19 15 58,30 2,4046 58 6,44 15 49,95 15 17 55 10,066 4609 19 22 39,47 2,0521 58 9,42 15 50,76 18 18 2 25,535 42235 19 28 16,81 1,6954 58 12,34 15 51,55 21 18 9 42,078 42801 19 32 49,60 1,3356 58 15,20 15 52,33 0 18 16 59,585 2,43305 19 36 17,23 0,9714 58 17,99 15 53,09
57 43,91 15 43,81 18 17 5 0,309 35719 18 14 20,35 4,4803 57 47,30 15 44,73 21 17 12 5,498 36704 18 27 5,29 4,0896 57 50,64 15 45,64 30 17 19 12,421 2,37646 18 38 52,25 3,7643 57 53,92 15 46,53 3 17 26 21,000 38542 18 49 40,08 3,4327 57 57, 14 15 47,41 6 17 33 31, 146 39388 18 59 27,70 ' 3,0952 58 0,30 15 48,27 9 17 40 42,770 40183 19 8 14,09 2,7524 58 3,40 15 49,12 12 17 47 55,776 40924 19 15 58,30 2,4046 58 6,44 15 49,95 15 17 55 10,066 4609 19 22 39,47 2,0521 58 9,42 15 50,76 18 18 2 25,535 42235 19 28 16,81 1,6954 58 12,34 15 51,55 21 18 9 42,078 42801 19 32 49,60 1,3356 58 15,20 15 52,33 0 18 16 59,585 2,43305 19 36 17,23 0,9714 58 17,99 15 53,09 3 18 24 17,944 43747 19 38 39, i5 0, 605 1 58 20,72 15 53,83 6 18 31 37,041 44126 19 39 54,92 — 0,2364 58 23,40 15 54,56 9 18 38 56,763 44441 19 40 4,17 -+0,1340 58 26,01 15 55,27 v 12 18 46 16,993 44691 ig 39 6,64 0,55055 58 28,56 15 55,97i, 15 18 53 37,615 44877 19 37 2, i5 0,8778 58 31,05 15 56,65 18 18 0 58,514 44998 ig 33 50,62 1,2503 58 33,47 57,31 21 18 8 58,575 45056 ig 29 32,05 1,6225 58 35,84 15 57,g6 13 o . 19 15 40,685 2,45052 19 24 6,54 1,9939 58 38, 15 15 58,59 3 19 23 1,732 44987 19 17 34,29 2,3640 58 40,40 15 59,20 | 6 ig 30 22,607 44862 19 9 55,59 2,7323 58 42,58 15 59,80 9 19 37 43,205 44679 19 1 10,80 3,0982 58 44,71 16 0,38 ; 12 19 45 3,422 44440 18 51 20,39 3,4653 58 46,78 16 0,94 ? 19 q2 23,160 44447 18 40 24,91 3,8211 58 48,79 16 1,48 I 18 19 59 42,324 43803 18 28 24,99 4,1772 58 50,74 16 2,01 ? 21 20 7 0,825 43410 18
39 6,64 0,55055 58 28,56 15 55,97i, 15 18 53 37,615 44877 19 37 2, i5 0,8778 58 31,05 15 56,65 18 18 0 58,514 44998 ig 33 50,62 1,2503 58 33,47 57,31 21 18 8 58,575 45056 ig 29 32,05 1,6225 58 35,84 15 57,g6 13 o . 19 15 40,685 2,45052 19 24 6,54 1,9939 58 38, 15 15 58,59 3 19 23 1,732 44987 19 17 34,29 2,3640 58 40,40 15 59,20 | 6 ig 30 22,607 44862 19 9 55,59 2,7323 58 42,58 15 59,80 9 19 37 43,205 44679 19 1 10,80 3,0982 58 44,71 16 0,38 ; 12 19 45 3,422 44440 18 51 20,39 3,4653 58 46,78 16 0,94 ? 19 q2 23,160 44447 18 40 24,91 3,8211 58 48,79 16 1,48 I 18 19 59 42,324 43803 18 28 24,99 4,1772 58 50,74 16 2,01 ? 21 20 7 0,825 43410 18 15 21,35 4,5291 58 52,63 16 2,53 14 0 20 14 18,577 2,42972 -18 1 14,78 + 4,8763 58 54,47 16 3,03 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR. VAR-: DEMIDES pour DECLINAISON pour PARALLAXE ÉPHÉMÉR. DROITE im 1" DIAMETRE NOV. h , h. m s s o tu n t h tu 14 o 20 14 18,577 2,42972 -18 1 14,78 + 4,8763 58 54,47 16 3,03 3 20 2 1 35,501 42491 17 46 6,16 .5,2185 58 56,24 16 3,51 6 20 28 51,524 41971 17 29 56,42 5,5552 58 57,95 16 3,98 9 20 36 6,5876 41414 17 12 46,59 5,8861 58 59,61 16 4,43 12 20 43 20,595 40824 16 54 37,76 6,2107 , 59 1,21 16 4,87 15 20 50 33,526 40205 16 35 31,07 6,5288 59 2,74 16 5,29 18 20 57 45,318 39560 16 15 27,74 6,8401 59 4,21 16 5,60 21 21 4 55,628 38892 15 54 29,04 7,1441 59 5,63 16 6,07 15 21 12 5,318, 1,38205 15 32 36,29 7,4405 59 6,98 16 6,44 3 21 19 13,457 37502 15 9 50,87 797292 59 8,27 16 -6,79 6 21 26 20,320 36787 14 46 14,21 8,0098 59 9,50 16
n t h tu 14 o 20 14 18,577 2,42972 -18 1 14,78 + 4,8763 58 54,47 16 3,03 3 20 2 1 35,501 42491 17 46 6,16 .5,2185 58 56,24 16 3,51 6 20 28 51,524 41971 17 29 56,42 5,5552 58 57,95 16 3,98 9 20 36 6,5876 41414 17 12 46,59 5,8861 58 59,61 16 4,43 12 20 43 20,595 40824 16 54 37,76 6,2107 , 59 1,21 16 4,87 15 20 50 33,526 40205 16 35 31,07 6,5288 59 2,74 16 5,29 18 20 57 45,318 39560 16 15 27,74 6,8401 59 4,21 16 5,60 21 21 4 55,628 38892 15 54 29,04 7,1441 59 5,63 16 6,07 15 21 12 5,318, 1,38205 15 32 36,29 7,4405 59 6,98 16 6,44 3 21 19 13,457 37502 15 9 50,87 797292 59 8,27 16 -6,79 6 21 26 20,320 36787 14 46 14,21 8,0098 59 9,50 16 7,12 9 2 1 33 25,888 36064 14 21 47,79 8,2821 59 10,66 7,44 12 21 40 30,149 35336 13 56 33, 11 8,5458 59 11,76 16 7,74 15 21 47 33,096 34605 13 30 31,75 8,8008 59 12,79 16 -8 ;02 18 '21 54 34,728 33875 13 3 45,28 9,0469 39 13,76 16 8,28 21 22 1 35,o4g 33149 12 36 15,35 9,2838 59 14,66 l6 8,53 16 22 8 34,069 2,32430 12 8 3,61 9,5n4 59 15,49 16 -8,76 3 22 15 31,8o4 31721 11 39 11,75 9,7295 59 16,24 16 8,97 6 22 22 28,273 31024 11 9 41,50 9,9380 59 16,92 16 9,16 9 22 29 23,5oi 3o34a 10 39 34,60 10,1367 59 17,52 16' 9,32 12 22 36 17,517 29678 10 8 52,82 10,3255 59 18,o5 16 '9,-46 15 22 43 10,354 29034 9 37 37,95 10,5o43 59 18,50 "16 9,58 18 22 5o 2,050 2841, 9 5 5i,8o 10,6730 59 18,87 16 -9,68 21 22 56 52,646 27811 8 33 36,19 10,8315 59 19,16 16 9,76 17 53 3 42,186 2,27237 8 o 52,98 10,9797 59 19,36 16 9,81 3 23 10 30,716 26691 7 27 44,o3 11,1176 59 9,48 16 9,83 6 23
9,0469 39 13,76 16 8,28 21 22 1 35,o4g 33149 12 36 15,35 9,2838 59 14,66 l6 8,53 16 22 8 34,069 2,32430 12 8 3,61 9,5n4 59 15,49 16 -8,76 3 22 15 31,8o4 31721 11 39 11,75 9,7295 59 16,24 16 8,97 6 22 22 28,273 31024 11 9 41,50 9,9380 59 16,92 16 9,16 9 22 29 23,5oi 3o34a 10 39 34,60 10,1367 59 17,52 16' 9,32 12 22 36 17,517 29678 10 8 52,82 10,3255 59 18,o5 16 '9,-46 15 22 43 10,354 29034 9 37 37,95 10,5o43 59 18,50 "16 9,58 18 22 5o 2,050 2841, 9 5 5i,8o 10,6730 59 18,87 16 -9,68 21 22 56 52,646 27811 8 33 36,19 10,8315 59 19,16 16 9,76 17 53 3 42,186 2,27237 8 o 52,98 10,9797 59 19,36 16 9,81 3 23 10 30,716 26691 7 27 44,o3 11,1176 59 9,48 16 9,83 6 23 17 18,289 26173 6 54 11,21 11,2450 59 19,51 16 9,83 9 23 24 4,955 25684 6 20 16,41 n,36i8 59 19,45 16 9,82 12 23 30 50,769 25227 5 46 1,53 11,4681 59 19,29 16 9,79 15. 23 37 35,789 24802 5 11 28,47 II,563, 59 19,04 16 9,73 18 23 44 20,073 24410 4 36 3g, 16 11,6487 59 18,69 16 9,63 21 23 5i 3,682 24051 4 1 35,53 11,722g 59 18^24 9,51 18 o 23 57 46,675 2,23727 3 26 1 g,51 11,9863 59 17,69 16 9,36 3 0 4 29,116 23437 2 5o 53,o4 11,8389 59 17,04 16 9,18 6 0 II II ,066 23182 2 i5 18,06 II,8807 59 16,28 16 8,97 9 o 17 52,590 22962 1 39 36,53 11,9117 59 15,41 16 8^73 12 o 24 33,749 227ï7 1 3 50,40 Il,,9319 59 14,44 16 8,47 i5 o 3i 14,606 22627 — 0 28 1,62 11,9412 59, 13,35 16 8,18 18 o 37 55,225 22512 -+0 7 47,85 11,9396 59 12,i5 16 7,85 21 o 44 35,667 2213l 0 43 36,06 11,9272 59 10,83 16 7,49 19 o o 5i 15,993 2,22383 1 19 21,05 Il,9039 59 9,4o 16 7,10 3 o
18 23 44 20,073 24410 4 36 3g, 16 11,6487 59 18,69 16 9,63 21 23 5i 3,682 24051 4 1 35,53 11,722g 59 18^24 9,51 18 o 23 57 46,675 2,23727 3 26 1 g,51 11,9863 59 17,69 16 9,36 3 0 4 29,116 23437 2 5o 53,o4 11,8389 59 17,04 16 9,18 6 0 II II ,066 23182 2 i5 18,06 II,8807 59 16,28 16 8,97 9 o 17 52,590 22962 1 39 36,53 11,9117 59 15,41 16 8^73 12 o 24 33,749 227ï7 1 3 50,40 Il,,9319 59 14,44 16 8,47 i5 o 3i 14,606 22627 — 0 28 1,62 11,9412 59, 13,35 16 8,18 18 o 37 55,225 22512 -+0 7 47,85 11,9396 59 12,i5 16 7,85 21 o 44 35,667 2213l 0 43 36,06 11,9272 59 10,83 16 7,49 19 o o 5i 15,993 2,22383 1 19 21,05 Il,9039 59 9,4o 16 7,10 3 o 57 56,263 22368 1 55 0,89 11,8698 59 7,85 16 6,68 6 1 4 36,536 22385 2 3o 33,61 11,824g 59 6,18 16 6,23 9 1 11 16,867 22434 3 5 57,28 Il,769259 4,4o 16 5,74 12 1 17 57,313 2251~2 3 41 9,98 Il,7029 59 2,50 16 5,22 i5 1 24 37,926 22619 4 16 9,77 11,6260 59 0,47 16 4,67 18 1 3i 18,756 22753 4 5o 54,75 n,5384 58 58,32 16 4,08 21 1 37 59,852 22914 5 25 23,02 II,4402 58 56,o5 16 3^46 20 o 1 44 41,260 2,23099 + 5 59 32,69 -4-11,3317 58 53,66 16 2,81 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR*, VAR. DÉCAMIDES pour DÉCLINAISON pour PARALLAXE 11»' DIAMÈTRE NOV. h h m s s 0 , H H i n i 20 o 1 44 4, ,260 2,23099 -+5 59 32,69 -4-11,3317 58 53,66 16 2,81 3 1 5i 23,021 23307 6 33 21,8g 11,2129 58 51,15 16 2,13 6 1 58 5,176 23536 7 6 48,77 n,o838 58 48,52 16 1,41 9,2 4 47J760 23784 7 39 5i,5o 10,9446 58 45',77 16 0,66 12 2 11 3o,8o6 24049 8 12 28,28 10,7954 58 42,90 i5 59,88 i5 2
1 24 37,926 22619 4 16 9,77 11,6260 59 0,47 16 4,67 18 1 3i 18,756 22753 4 5o 54,75 n,5384 58 58,32 16 4,08 21 1 37 59,852 22914 5 25 23,02 II,4402 58 56,o5 16 3^46 20 o 1 44 41,260 2,23099 + 5 59 32,69 -4-11,3317 58 53,66 16 2,81 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR*, VAR. DÉCAMIDES pour DÉCLINAISON pour PARALLAXE 11»' DIAMÈTRE NOV. h h m s s 0 , H H i n i 20 o 1 44 4, ,260 2,23099 -+5 59 32,69 -4-11,3317 58 53,66 16 2,81 3 1 5i 23,021 23307 6 33 21,8g 11,2129 58 51,15 16 2,13 6 1 58 5,176 23536 7 6 48,77 n,o838 58 48,52 16 1,41 9,2 4 47J760 23784 7 39 5i,5o 10,9446 58 45',77 16 0,66 12 2 11 3o,8o6 24049 8 12 28,28 10,7954 58 42,90 i5 59,88 i5 2 18 14,343 24328 8 44 37,32 1.0;6364 58 39,91 i5 59,07 18 2 24 58,396 24621 9 16 16,87 10,4678 58 36,80 i5 58,22 21 2 3i 42.,986 24925 9 47 25 21 10,2897 58 33,58 i5 57,34 21 o 2 38 28,131 2,25237 10 18 o,63 10,1022 58 30,25 i5 56,43 3 2 45 i3,842 25555 1 o 48 1,49 9,9056 58 26,81 i5 55,49 6 2 52 0,129 25876 11 17 26, 15 9,7001 58 23,25 i5 54,52 .9 2 58 46,995 26197 11 46 i3,o5 9,485g 58 19',59 i5 53,52 12 3 -5 34,44, 26517 12 14 20,63. 9,2633 58 15,83 i5 52,5o i5 3 12 22,459 26834 12 4i 47 40 9,0325 58 11,97 ^ i5 51,45 18 3 19 11,041 27144 i3 8 31,92 8,7938 58 8,01 i5 5o,37 .j 21 3 26 0,173 27444 i3 34 32,^8 8,5475 58 3,96 15 49,27 22 o 3 32 49,834 2,27732 13 59 48,64 8,2939 57 59,82 i5 48,14 3 3 39 40,002 28006 14 24 18,20 8,0332 57 55,59 i5 46,99 6 3 46'3o,647 28262 14 48 0,24 7,7658 57 51,28 i5 45,81 9 3 53 21,73628499 i5 10 53,56 7,4921 57-46,89 i5 44,61 12 .