jeanflop/post_ocr_correction2 huggingface dataset:
1 56 55,453 3,23573 6 56 54,75 10,7791 58 54,29 16 2,98 3 2 3 37,497 23149 7 29 0,06 10,6116 58 47,14 16 1,03 6 2 10 18,801 22750 8 o 34,51 10,4363 58 39,95 15 59,07 9 2 16 59,409 22376 8 31 36,71 10,2535 58 32,74 15 57,11 12 2 23 39,366 22025 9 2 5,36 10,0635 58 25,52 15 55,14 15 2 30 18,712 21697 9 31 5,20 9,8666 58 18,29 15 53,17 18 2 36 57,488 21391 10 1 17,00 9,6633 58 11,06 15 51,20 21 2 43 35,731 2105 10 29 57,64 9,4537 58 3,85 15 49,24 31 o 2 50 13,475 2,20837 10 58 0,01 9,2381 57 56,67 15 47,28 3 2 56 50,753 20587 11 25 23,07 9,0169 57 49,52 15 45,33 6 3 3 27,595 20352 11 52 5,82 8,1904 57 42,40 15 43,39 9 3 10 4,030 20132 12 18 7,32 8,5587 57 35,33 15 41,47 12 3 16 40,082 19926 12 43 26,69 8,3222 57 28,31 15 39,56 15 3 23 15,774 19732 13 8 3,07 8,0812 57 21,35 15 37,66 18 3 29 51,127 19549 13 31 55,67 7,8358 57 14,46 15 35,78 21 3 36 26,158 19374 13 55 3,74 7,5863 57 7,64 15 33,93 Sept. 1 o 3 43 0,881 2,19207 14 17 26,58 7,3331 57 0,90 15 32,09 3 3 49 35,308 19046 14 39 3,51 7,0764 56 54,25 15 30,27 6 3 56 9,450 1889° 14 59 53,92 6,8163 56 47,69 15 28,48 9 4 2 43,313 18737 15 19 57,23 6,5532 56 41,22 15 26,72 12 4 9 16,902 18585 15 57 4o,46 6,0184 56 28,59 23,28 18 4 22 23,259 18280 16 15 19,42 5,7473 56 22,43 15 21,60 21 4 28 56,023 18125 16 32 9,38 5,4740 56 16,39 15 19,96 2 o 4 35 28,505 2,17966 16 48 9,96 5,1987 56 10,46 15 18,35 3 4 42 0,697 17802 17 3 20,83 4,9216 56 4,65 15 16,77 6 4 48 32,587 17632 17 17 41,67 4,6429 55 58,96 15 15,22 9 4 55 4,165 17454 17 31 12,22 4,3628 -55
13 55 3,74 7,5863 57 7,64 15 33,93 Sept. 1 o 3 43 0,881 2,19207 14 17 26,58 7,3331 57 0,90 15 32,09 3 3 49 35,308 19046 14 39 3,51 7,0764 56 54,25 15 30,27 6 3 56 9,450 1889° 14 59 53,92 6,8163 56 47,69 15 28,48 9 4 2 43,313 18737 15 19 57,23 6,5532 56 41,22 15 26,72 12 4 9 16,902 18585 15 57 4o,46 6,0184 56 28,59 23,28 18 4 22 23,259 18280 16 15 19,42 5,7473 56 22,43 15 21,60 21 4 28 56,023 18125 16 32 9,38 5,4740 56 16,39 15 19,96 2 o 4 35 28,505 2,17966 16 48 9,96 5,1987 56 10,46 15 18,35 3 4 42 0,697 17802 17 3 20,83 4,9216 56 4,65 15 16,77 6 4 48 32,587 17632 17 17 41,67 4,6429 55 58,96 15 15,22 9 4 55 4,165 17454 17 31 12,22 4,3628 -55 53,40 15 13,70 12 5 1 35,415 17267 17 43 52,24 4,0815 55 47,96 15 12,22 5 8 6,320 17171 17 55 41,55 3,7993 55 42,65 15 10,78 5 14 36,863 16864 18 6 39,98 3,5163 55 37,47 15 9,37 21 5 21 7,025 16646 18 16 47,40 3,2327 55 32,42 15 7,99 3 O 5 27 36,782 2,16416 +1826 3,72 + 2,9486 55 27,51 15 6,65 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR. VAR. DEMIDES DROITE pour DECLINAISON pour PARALLAXE ÉPHÉMÉRIDE r.m lm r.m lm DIAMÈTRE Sept. h h m s s "tu n 1 n ta 3 o 5 27 36,782 2,16416 +18 26 3,72 -+2,9486 55 27,51 15 6,65 3 5 34 6, 113 16172 18 34 28,88 2,6643 55 22,73 15 5,35 6 5 40 34,993 15914 18 42 2,86 2,3799 55 18,09 15 4,08 9 5 47 3,397 15642 18 48 45,66 2,0957 55 13,59 15 2,85 12 5 53 31,298 " 15356 18 54 37,32 1,8118 55 9,23 15 1,66 15 5 59 58,669 15054 18 59 37,91 1,5283 55 5,00 15 0,51 18 6 6 25,482 14736 19 3 47,54 1,2455 55 0,91 15 59,40 21 6 12 51,709 ," Î44°2 19
32,42 15 7,99 3 O 5 27 36,782 2,16416 +1826 3,72 + 2,9486 55 27,51 15 6,65 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR. VAR. DEMIDES DROITE pour DECLINAISON pour PARALLAXE ÉPHÉMÉRIDE r.m lm r.m lm DIAMÈTRE Sept. h h m s s "tu n 1 n ta 3 o 5 27 36,782 2,16416 +18 26 3,72 -+2,9486 55 27,51 15 6,65 3 5 34 6, 113 16172 18 34 28,88 2,6643 55 22,73 15 5,35 6 5 40 34,993 15914 18 42 2,86 2,3799 55 18,09 15 4,08 9 5 47 3,397 15642 18 48 45,66 2,0957 55 13,59 15 2,85 12 5 53 31,298 " 15356 18 54 37,32 1,8118 55 9,23 15 1,66 15 5 59 58,669 15054 18 59 37,91 1,5283 55 5,00 15 0,51 18 6 6 25,482 14736 19 3 47,54 1,2455 55 0,91 15 59,40 21 6 12 51,709 ," Î44°2 19 7 6,32 0,9635 54 56,96 15 58,32 4 o 6 19 17,320 2,14052 19 9 34,44 0,6825 54 53, 15 15 57,28 3 6 25 42,287 13686 19 11 12,07 0,4027 54 49,48 15 56,28 6 6 32_ 6,580 13303 19 11 59,44 -0,1241 54 45,95 15 55,32 9 6 38 30,171 12905 19 11 56,81 0,1531 54 42,55 15 54,40 12 6 44 53,030 12491 19 11 4,44 0,4286 54 39,29 15 53,51 15 6 51 15,129 12061 19 '9 22,65 0,7022 54 36,17 15 52,66 18 6 57 36,440 11616 19 6 51,77 0,9739 54 33,19 15 51,85 21 7 3 56,936 11155 19 3 32,16 1,2435 54 30,34 15 51,07 5 o 7 10 16,590 2,10680 18 59 24,20 1,8110 54 27,62 15 50,33 3 7 16 35,378 10192 18 54 28,32 1,7761 54 25,04 15 49,06 7 22 '53,274 9690 18 48 44,94 2,0387 54 22,59 15 48,96 9 7 29 10,255 9166 18 42 14,53 2,2987 54 20,27 15 48,33 12 7 35 26,301 8065° 18 34 57,58 2,5559 54 18,08 15 47,73 15 7 41 41,390 8133 18 26 54,59 2,8102 54 16,02 15 47,17 18 7 47 55,503 07566 18 18 6,09 3,0615
38 30,171 12905 19 11 56,81 0,1531 54 42,55 15 54,40 12 6 44 53,030 12491 19 11 4,44 0,4286 54 39,29 15 53,51 15 6 51 15,129 12061 19 '9 22,65 0,7022 54 36,17 15 52,66 18 6 57 36,440 11616 19 6 51,77 0,9739 54 33,19 15 51,85 21 7 3 56,936 11155 19 3 32,16 1,2435 54 30,34 15 51,07 5 o 7 10 16,590 2,10680 18 59 24,20 1,8110 54 27,62 15 50,33 3 7 16 35,378 10192 18 54 28,32 1,7761 54 25,04 15 49,06 7 22 '53,274 9690 18 48 44,94 2,0387 54 22,59 15 48,96 9 7 29 10,255 9166 18 42 14,53 2,2987 54 20,27 15 48,33 12 7 35 26,301 8065° 18 34 57,58 2,5559 54 18,08 15 47,73 15 7 41 41,390 8133 18 26 54,59 2,8102 54 16,02 15 47,17 18 7 47 55,503 07566 18 18 6,09 3,0615 54 14,09 14 46,64 21 7 54 8,624 07010 18 8 32,64 3,3096 54 12,28 14 46,15 60 80 20,737 2,06447. 17 58 14,81 3,5545 54 10,59 14 45,69 3 8 6 31,828 05876 17 47 13,20 3,7961 54 9,03 14 45,26 6 8 12 41,886 05299 17 35 28,41 4,0342 54 7,59 14 44,87 9 8 18 50,001 04717 17 23 1,09 4,2687 54 6,27 14 44,51 12 8 24 58,864 04131 17 9 51,87 4,4996 54 5,06 14 44,18 15 8 31 5,771 03543 16 56 1,45 4,7267 54 3,97 14 43,88 18 8 37 11,617 02953 16 41 30,49 4,9499 54 3,00 14 43,61 21 8 43 16,401 02362 16 26 19,70 5,1692 54 2,14 14 43,38 7 8 49 20,124 2,01773 16 10 29,80 5,3845 54 1,38 14 43,183 8 55 22,788 0Y186 15 54 1,53 5,5956 54 0,74 14 43,01 6 9 1 24,399 00603 15 36 55,62 5,8025 54 0,20 14 42,86 9 9 7 24,963 2,00024 15 19 12,86 6,0252 53 59,76 14 42,74 12 9 13 24,489 1,99451 15 0 54,00 6,2035 53 59,43 14 42,65 15 9 19 22,989 98885 14 41 59,84 6,3974 53-59,21 14 42,59 18 9 25 20,477
4,0342 54 7,59 14 44,87 9 8 18 50,001 04717 17 23 1,09 4,2687 54 6,27 14 44,51 12 8 24 58,864 04131 17 9 51,87 4,4996 54 5,06 14 44,18 15 8 31 5,771 03543 16 56 1,45 4,7267 54 3,97 14 43,88 18 8 37 11,617 02953 16 41 30,49 4,9499 54 3,00 14 43,61 21 8 43 16,401 02362 16 26 19,70 5,1692 54 2,14 14 43,38 7 8 49 20,124 2,01773 16 10 29,80 5,3845 54 1,38 14 43,183 8 55 22,788 0Y186 15 54 1,53 5,5956 54 0,74 14 43,01 6 9 1 24,399 00603 15 36 55,62 5,8025 54 0,20 14 42,86 9 9 7 24,963 2,00024 15 19 12,86 6,0252 53 59,76 14 42,74 12 9 13 24,489 1,99451 15 0 54,00 6,2035 53 59,43 14 42,65 15 9 19 22,989 98885 14 41 59,84 6,3974 53-59,21 14 42,59 18 9 25 20,477 98327 14 22 31,18 6,5868 53 59,08 14 42,55 21 9 31 16,969 97778 14 2 28,84 6,7717 53 59,05 14 42,54 8 0 9 37 12,482 1,97239 13 41 53,63 6,9520 53 59,12 14 42,56 3 9 43 7,036 96712 13 20 46,39 7,1256 53 59,28 14 42,60 6 9 49 0,654 96198 12 59 7,96 7,2984 53 59,53 14 42,67 9 9 54 53,359 95698 12 36 59,21 7,645 53 59,88 14 42,77 12 10 0 45,178 95214 12 14 20,98 7,6258 54 0,32 14 42,89 15 10 6 36,139 94746 11 51 14,17 7,7822 54 0,85 14 43,04 18 10 12 26,272 94295 11 27 39,64 7,9337 54 1,46 14 43,21 21 10 18 15,610 93862 11 3 38,29 8,0802 54 2,16 14 43,40 9 10 24 4,185 1,93448 10 39 11,01 8,2217 54 2,94 14 43,61 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VARIATION pour DÉCLINAISON pour PARALLAXE ÉPHÉMÉRIDE DROITE DIAGONALE Sept. h h m s s f a h 111 • 11 " Q 10 24 4,185 1,93448 +10 39 11,01 — 8,2217 54 2,94 14 43,61 3 10 29 52,033 93054 10 14 18,72 8,3581 54 3,81 14 43,84 6 10 35 39,193 92682
9 49 0,654 96198 12 59 7,96 7,2984 53 59,53 14 42,67 9 9 54 53,359 95698 12 36 59,21 7,645 53 59,88 14 42,77 12 10 0 45,178 95214 12 14 20,98 7,6258 54 0,32 14 42,89 15 10 6 36,139 94746 11 51 14,17 7,7822 54 0,85 14 43,04 18 10 12 26,272 94295 11 27 39,64 7,9337 54 1,46 14 43,21 21 10 18 15,610 93862 11 3 38,29 8,0802 54 2,16 14 43,40 9 10 24 4,185 1,93448 10 39 11,01 8,2217 54 2,94 14 43,61 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VARIATION pour DÉCLINAISON pour PARALLAXE ÉPHÉMÉRIDE DROITE DIAGONALE Sept. h h m s s f a h 111 • 11 " Q 10 24 4,185 1,93448 +10 39 11,01 — 8,2217 54 2,94 14 43,61 3 10 29 52,033 93054 10 14 18,72 8,3581 54 3,81 14 43,84 6 10 35 39,193 92682 9 49 2,32 8,4895 54 4,76 14 44,10 9 10 41 25,702 92332 9 23 22,73 8,6258 54 5,79 14 44,38 12 10 47 11,602 92005 8 57 20,89 8,7369 54 6,90 14 44,68 15 10 52 56,936 91702 8 30 57,72 8,8528 54 8,09 14 45,00 18 10 58 41,746 91428 8 4 14,17 8,9634 54 9,35 14 45,34 21 11 4 -26,080 9" i73 7 37 11,18 9,0687 54 10,69 14 45,71 10 0 11 9,983 1,90947 7 9 49,71 9,1681 54 12,11 14 46,10 3 11 53,505 90748 6 42 10,72 9,2634 54 13,61 14 46,51 6 11 21 36,695 90578 6 14 15,18 9,3527 54 15,18 14 46,93 9 11 27 19,604 90437 5 46 4,05 9,4366 54-16,82 14 47,38 12 11 33 2,285 90225 5 17 38,32 9,5499 54 18,53 14 47,85 15 11 38 44,792 90243 4 48 58,96 9,5878 54 20,32 14 48,34 18 11 44 27,178 90192 4 20 6,98 9,6552 54 22,18 14 48,85 21. 11 50 9,502 90172 3 51 3,38 9,7171 54 24,11 14 49,38 11 0 11 55 51,819 1,90185 3 21 49, 14 9,7733 54 26,11 14 49,92 3 12 1 34,188 90231 2 52 25,30 9,8238
41,746 91428 8 4 14,17 8,9634 54 9,35 14 45,34 21 11 4 -26,080 9" i73 7 37 11,18 9,0687 54 10,69 14 45,71 10 0 11 9,983 1,90947 7 9 49,71 9,1681 54 12,11 14 46,10 3 11 53,505 90748 6 42 10,72 9,2634 54 13,61 14 46,51 6 11 21 36,695 90578 6 14 15,18 9,3527 54 15,18 14 46,93 9 11 27 19,604 90437 5 46 4,05 9,4366 54-16,82 14 47,38 12 11 33 2,285 90225 5 17 38,32 9,5499 54 18,53 14 47,85 15 11 38 44,792 90243 4 48 58,96 9,5878 54 20,32 14 48,34 18 11 44 27,178 90192 4 20 6,98 9,6552 54 22,18 14 48,85 21. 11 50 9,502 90172 3 51 3,38 9,7171 54 24,11 14 49,38 11 0 11 55 51,819 1,90185 3 21 49, 14 9,7733 54 26,11 14 49,92 3 12 1 34,188 90231 2 52 25,30 9,8238 54 28,18 14 50,48 6 12 7 16,668 90310 2 22 52,86 9,8687 54 30,32 14 51,07 9 12 12 59,319 90422 1 53 12,86 9,9079 54 32,54 14 51,67 12 12 18 42,202 90668 1 23 26,32 9,9473 54 34,82 14 52,29 15 12 24 25,379 90748 . 0 53 34,28 9,9690 54 37,18 14 52,93 18 12 30 8,913 90964 + 0 23 37,79, 9,9908 54 39,60 14 53,59 21 12 35 52,865 91275 — 06 22,09 10,0067 54 42,10 14 54,27 12 0 2 41 37,303 1,91502 0 36 24,31 10,0167 54 44,66 14 54,97 3 12 47 22,289 91824 1 6 27,78 10,0207" 54 47,30 14 55,69 6 12 53,789 92183 1 36 31,42 10,0187 54 50,01 14 57,42 9 12 58 54,168 92579 2 6 34,15 10,0105 54 52,79 14 55,18 12 13 4 41,192 93011 2 36 34,87 9,9962 54 55,64 14 57,96 15 13 10 29,028 93480 3 6 32,47 9,9758 54 58,56 14 58,76 18 13 16 17,743 93987 3 36 25,82 9,9481 55 1,55 14 59,58 21 13 22 7,403 94531 4 6 13,80 9,9161 55 4,62 14 0,42 13 0 13 27 58,075 1,95062 4 35 55,27 9,8767 55 7,76
53 34,28 9,9690 54 37,18 14 52,93 18 12 30 8,913 90964 + 0 23 37,79, 9,9908 54 39,60 14 53,59 21 12 35 52,865 91275 — 06 22,09 10,0067 54 42,10 14 54,27 12 0 2 41 37,303 1,91502 0 36 24,31 10,0167 54 44,66 14 54,97 3 12 47 22,289 91824 1 6 27,78 10,0207" 54 47,30 14 55,69 6 12 53,789 92183 1 36 31,42 10,0187 54 50,01 14 57,42 9 12 58 54,168 92579 2 6 34,15 10,0105 54 52,79 14 55,18 12 13 4 41,192 93011 2 36 34,87 9,9962 54 55,64 14 57,96 15 13 10 29,028 93480 3 6 32,47 9,9758 54 58,56 14 58,76 18 13 16 17,743 93987 3 36 25,82 9,9481 55 1,55 14 59,58 21 13 22 7,403 94531 4 6 13,80 9,9161 55 4,62 14 0,42 13 0 13 27 58,075 1,95062 4 35 55,27 9,8767 55 7,76 14 1,27 3 13 33 49,827 95736 1 5 5 29,07 9,8309 55 10,98 14 2,14 6 -13 39 42,724 96386 5 34 54,04 9,7786 55 14,26 14 3,03 9 13 45 36,835 97078 6 4 9,01 9,7197 55 17,62 14 3,95 12 13 51 32,224 97807 6 33 12,78 9,6542 55 21,06 14 4,89 15, 13 57 28,959 98572 7 2 4,16 9,5820 55 24,57 14 5,85 18 14 3 27,104 1,99374 7 30 41,93 9,5030 55 28,16 14 6,83 21 14 9 26,725 2,00211 7 59 4,86 9,4171 55 31,82 14 7,82 14 0 14 15 27,886 2,01084 8 27 11,72 9,3243 55 35,56 14 8,84 3 14 21 30,649 02992 8 55 1,25 9,2245 55 39,37 14 9,88 6 14 27 35,078 02935 9 22 32,19 9,177 55 43,26 14 10,94 9 14 33 41,232 03911 9 49 43,25 9,0037 55 47,23 14 12,02 12 14 39 48,172 04919 10 16 33,14, 8,8825 55 51,27 14 13,12 15 14 45 58,956 05959 10 43 0,54 8,7539 55 55,39 15 14,25 18 14 52 10,639 11 9 4,14 8,6179 55 59,59 15 15,40 21 14 58 24,277 11 34 42,60 8,4745 56 3,87 15 16,56 18 0 15
9,6542 55 21,06 14 4,89 15, 13 57 28,959 98572 7 2 4,16 9,5820 55 24,57 14 5,85 18 14 3 27,104 1,99374 7 30 41,93 9,5030 55 28,16 14 6,83 21 14 9 26,725 2,00211 7 59 4,86 9,4171 55 31,82 14 7,82 14 0 14 15 27,886 2,01084 8 27 11,72 9,3243 55 35,56 14 8,84 3 14 21 30,649 02992 8 55 1,25 9,2245 55 39,37 14 9,88 6 14 27 35,078 02935 9 22 32,19 9,177 55 43,26 14 10,94 9 14 33 41,232 03911 9 49 43,25 9,0037 55 47,23 14 12,02 12 14 39 48,172 04919 10 16 33,14, 8,8825 55 51,27 14 13,12 15 14 45 58,956 05959 10 43 0,54 8,7539 55 55,39 15 14,25 18 14 52 10,639 11 9 4,14 8,6179 55 59,59 15 15,40 21 14 58 24,277 11 34 42,60 8,4745 56 3,87 15 16,56 18 0 15 4 39,921 2,09258 —11 59 54,57 — 8,3236 56 8,22 15 17,74 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VAR. VAR. DEMIDES pour DECLINAISON pour PARALLAXE ÉPHÉMÉR. DROITE V 1» DIAMETRE Sept. h h 111 s s (J, fi h tu i ii 15 o 15 4 39,921 2,09258 —11 59 54,57 — 8,3236 56 8,22 15 17,74 3 15 10 57,623 10,414 12 24 38,69 8,1650 56 12,64 15 18,94 6 15 17 17,428 11,596 12 48 53,58 7,9988 56 17,14 15 20,16 9 15 23 39,382 12,802 13 12 37,86 7,8249 56 21,72 15 21,41 12 15 30 3,527 14,030 13 35 50,12 7,6432 56 26,37 15 22,68 15 15 36 29,902 15,279 13 58 28,97 7,4536 56 31,10 15 23,97 18 15 42 58,542 16,547 14 20 32,99 7,2561 56 35,90 15 25,27 21 15 49 29,479 17,831 14 42 0,75 ,;,0507 56 40,77 15 26,60 16 15 56 2,741 2,19129 15 2 50,82 6,8373 56 45,71 15 27,95 3 16 2 38,352 20,440 15 23 1,77 6,6160 56 50,72 15 29,32 6 16 9 16,331 21,761 15 42 32, 15 6,3867 56 55,79 15 30,70 9 16 15 56,694 23,080 16 1 20,54 6,1493 57 0,93
59 54,57 — 8,3236 56 8,22 15 17,74 3 15 10 57,623 10,414 12 24 38,69 8,1650 56 12,64 15 18,94 6 15 17 17,428 11,596 12 48 53,58 7,9988 56 17,14 15 20,16 9 15 23 39,382 12,802 13 12 37,86 7,8249 56 21,72 15 21,41 12 15 30 3,527 14,030 13 35 50,12 7,6432 56 26,37 15 22,68 15 15 36 29,902 15,279 13 58 28,97 7,4536 56 31,10 15 23,97 18 15 42 58,542 16,547 14 20 32,99 7,2561 56 35,90 15 25,27 21 15 49 29,479 17,831 14 42 0,75 ,;,0507 56 40,77 15 26,60 16 15 56 2,741 2,19129 15 2 50,82 6,8373 56 45,71 15 27,95 3 16 2 38,352 20,440 15 23 1,77 6,6160 56 50,72 15 29,32 6 16 9 16,331 21,761 15 42 32, 15 6,3867 56 55,79 15 30,70 9 16 15 56,694 23,080 16 1 20,54 6,1493 57 0,93 15 32,10 12 16 22 39,451 24,421 16 19 25,49 5,9040 57 6,13 15 33,52 15 16 29 24,609 25,755 16 36 45,57 5,6508 57 11,40 15 34,95 18 16 36 12,166 27,088 16 53 19,35 5,3896 57 16,72 15 36,40 21 16 43 2,120 28,416 17 9 5,41 5,1205 57 22,10 15 37,87 17 0 16 49 54,459 2,29737 17 24 2,34 4,8437 57 27,54 15 39,35 3 16 56 49,167 31,047 17 38 8,75 4,5592 57 33,02 15 40,84 6 17 3 46,223 32,544 17 51 23,26 4,2671 57 38,55 15 42,35 9 17 10 45,600 33,625 18 3 44,53 3,9676 57 44,13 15 43,87 12 17 17 47,264 34,885 18 15 11,21 3,6608 57 49,74 15 45,40 15 17 24 51,175 36,122 18 25 42,03 3,3468 57 55,39 15 46,94 18 17 31 57,290 37,332 18 35 15,71 3,0259 58 1,07 15 48,49 21 17 39 5,556 38,512 18 43 51,02 2,6984 58 6,77 15 50,04 18 0 17 46 15,916 2,39659 18 51 26,79 2,3644 58 12,50 15 51,60 3 17 53 28,307 40,769 18 58 1,87 2,0242 58 18,24 15 53,16 6 18 0 42,662 41,839 19 3 35,18 1,6781 58 24,00 15 54,73 9
57 22,10 15 37,87 17 0 16 49 54,459 2,29737 17 24 2,34 4,8437 57 27,54 15 39,35 3 16 56 49,167 31,047 17 38 8,75 4,5592 57 33,02 15 40,84 6 17 3 46,223 32,544 17 51 23,26 4,2671 57 38,55 15 42,35 9 17 10 45,600 33,625 18 3 44,53 3,9676 57 44,13 15 43,87 12 17 17 47,264 34,885 18 15 11,21 3,6608 57 49,74 15 45,40 15 17 24 51,175 36,122 18 25 42,03 3,3468 57 55,39 15 46,94 18 17 31 57,290 37,332 18 35 15,71 3,0259 58 1,07 15 48,49 21 17 39 5,556 38,512 18 43 51,02 2,6984 58 6,77 15 50,04 18 0 17 46 15,916 2,39659 18 51 26,79 2,3644 58 12,50 15 51,60 3 17 53 28,307 40,769 18 58 1,87 2,0242 58 18,24 15 53,16 6 18 0 42,662 41,839 19 3 35,18 1,6781 58 24,00 15 54,73 9 18 7 58,904 42,866 19 8 0,69 1,3264 58 29,76 15 56,30 12 18 15 16,956 43,848 19 11 32,43 0,9696 58 35,52 15 57,87 15 18 22 36,731 44,781 19 13 54,49 0,6079 58 41,27 15 59,44 18 18 29 58,141 45,663 19 15 11,04 — 0,2417 58 47,01 16 1,00 21 18 37 21,091 46,492 19 15 21,31 + 0,1284 58 52,73 16 2,56 19 0 18 44 45,484 2,47265 19 14 24,64 0,5021 58 58,42 16 4,11 3 18 52 11,216 47,981 19 12 20,41 0,8789 59 4,08 16 5,65 6 18 59 38,184 48,637 19 9 8,11 1,2583 59 9,69 16 7,18 9 19 7 6,279 49,233 19 4 47,32 1,6397 59 15,25 16 8,69 12 19 14 35,389 49,767 18 59 17,71 2,0227 59 20,76 16 10,19 15 19 22 5,403 50,237 52 39,06 2,4068 59 26,20 16 11,67 18 19 29 36,207 50,643 18 44 51,23 2,7913 59 31,57 16 13,13 21 19 37 7,685 50,986 18 35 54,20 3,1756 59 36,86 16 14,57 20 0 19 44 39,723 2,51265 18 25 48,04 3,5592 59 42,05 16 15,99 3 19 52 12,205 51,480 18 14 32,96 3,9424 59 47,14 16 17,38 6 19 59
16 1,00 21 18 37 21,091 46,492 19 15 21,31 + 0,1284 58 52,73 16 2,56 19 0 18 44 45,484 2,47265 19 14 24,64 0,5021 58 58,42 16 4,11 3 18 52 11,216 47,981 19 12 20,41 0,8789 59 4,08 16 5,65 6 18 59 38,184 48,637 19 9 8,11 1,2583 59 9,69 16 7,18 9 19 7 6,279 49,233 19 4 47,32 1,6397 59 15,25 16 8,69 12 19 14 35,389 49,767 18 59 17,71 2,0227 59 20,76 16 10,19 15 19 22 5,403 50,237 52 39,06 2,4068 59 26,20 16 11,67 18 19 29 36,207 50,643 18 44 51,23 2,7913 59 31,57 16 13,13 21 19 37 7,685 50,986 18 35 54,20 3,1756 59 36,86 16 14,57 20 0 19 44 39,723 2,51265 18 25 48,04 3,5592 59 42,05 16 15,99 3 19 52 12,205 51,480 18 14 32,96 3,9424 59 47,14 16 17,38 6 19 59 45,017 51,632 18 2 9,24 4,3217 59 52,13 16 18,74 9 20 7 18,046 51,722 17 48 37,30 4,6994 60 1,74 16 20,07 12 20 14 51,182 51,750 17 33 57,65 5,0738 60 6,35 16 21,36 15 20 22 24,314 51,718 17 18 10,93 5,4444 60 10,81 16 22,61 18 20 29 57,338 51,629 17 1 17,88 5,8106 60 14,81 16 23,83 21 20 37 30,149 51,483 16 43 18,37 6,1717 60 15,12 16 25,00 21 0 20 45 2,648 2,51283 16 24 16,36 + 6,5271 60 19,27 16 26,13 3 20 52 34,741 51,031 -16 4 9,92 6,8763 60 23,24 16 27,21 6 21 0 6,335 50,730 15 43 1,24 7,2186 60 27,03 16 28,25 9 21 7 37,346 50,383 15 20 51,62 7,5534 60 30,64 16 29,23 12 21 15 7,691 49,992 14 57 42,43 7,8802 60 34,05 16 30,16 15 21 22 37,295 49,560 14 33 35,19 8,1984 60 37,26 16 31,04 18 21 30 6,087 49,090 14 8 31,48 8,5076 60 42,25 16 31,86 21 21 37 34,001 48,586 13 42 32,97 8,8071 60 43,02 16 32,61 22 0 21 45 0,979 2,48050 13 15 41 ,46 9,0965 60 45,57 16 33,30 3 21 52 26,967
20 29 57,338 51,629 17 1 17,88 5,8106 60 14,81 16 23,83 21 20 37 30,149 51,483 16 43 18,37 6,1717 60 15,12 16 25,00 21 0 20 45 2,648 2,51283 16 24 16,36 + 6,5271 60 19,27 16 26,13 3 20 52 34,741 51,031 -16 4 9,92 6,8763 60 23,24 16 27,21 6 21 0 6,335 50,730 15 43 1,24 7,2186 60 27,03 16 28,25 9 21 7 37,346 50,383 15 20 51,62 7,5534 60 30,64 16 29,23 12 21 15 7,691 49,992 14 57 42,43 7,8802 60 34,05 16 30,16 15 21 22 37,295 49,560 14 33 35,19 8,1984 60 37,26 16 31,04 18 21 30 6,087 49,090 14 8 31,48 8,5076 60 42,25 16 31,86 21 21 37 34,001 48,586 13 42 32,97 8,8071 60 43,02 16 32,61 22 0 21 45 0,979 2,48050 13 15 41 ,46 9,0965 60 45,57 16 33,30 3 21 52 26,967 47,486 12 47 58,78 9,3754 60 47,88 16 33,93 6 21 59 51,917 46,897 12 19 26,89 9,6433 60 49,94 16 34,49 9 22 7 15,786 46,286 11 50 7,79 9,8998 60 51,76 16 34,98 12 22 14 38,539 45,657 11 20 3,59 10,1445 60 53,33 16 35,41 15 22 22 0,145 45,013 10 49 16,42 10,3771 60 54,64 16 35,77 18 22 29 20,578 43,456 10 17 48,50 10,5972 60 55,69 16 36,06 21 22 36 39,831 43,689 9 45 42,10 10,8046 60 56,47 16 36,27 23 0 22 43 57,853 2,43015 9 12 59,54 10,9989 60 56,98 16 36,41 3 22 51 14,672 42,338 8 39 43, 11,1800 60 57,21 16 36,47 6 22 58 30,270 41660 8 5 55,45 11,3477 60 57,17 16 36,46 9 , 23 5 44,648 40983 7 3i 38,76 11,5017 60 56,85 16 36,37 12 23 12 57,809 4030g 6 56 55,59 II,6419 60 56,25 16 36,24 i5 23 20 9,764 39642 6 21 48,43 11,7682 60 55,37 16 35,97 18 23 27 20,523 38982 5 46 19,79 Il,8806 60 54,21 16 35,66 21 23 34 3o,io3 3833a 5 io .h,18 11,9790 60 52,78 16 35,27 24 o 23 41 38,524 2,37693 4
22 0,145 45,013 10 49 16,42 10,3771 60 54,64 16 35,77 18 22 29 20,578 43,456 10 17 48,50 10,5972 60 55,69 16 36,06 21 22 36 39,831 43,689 9 45 42,10 10,8046 60 56,47 16 36,27 23 0 22 43 57,853 2,43015 9 12 59,54 10,9989 60 56,98 16 36,41 3 22 51 14,672 42,338 8 39 43, 11,1800 60 57,21 16 36,47 6 22 58 30,270 41660 8 5 55,45 11,3477 60 57,17 16 36,46 9 , 23 5 44,648 40983 7 3i 38,76 11,5017 60 56,85 16 36,37 12 23 12 57,809 4030g 6 56 55,59 II,6419 60 56,25 16 36,24 i5 23 20 9,764 39642 6 21 48,43 11,7682 60 55,37 16 35,97 18 23 27 20,523 38982 5 46 19,79 Il,8806 60 54,21 16 35,66 21 23 34 3o,io3 3833a 5 io .h,18 11,9790 60 52,78 16 35,27 24 o 23 41 38,524 2,37693 4 34 28, Ii 12,0632 60 51,07 16 34,80 3 23 48 45,8o8 37068 3 58 10,17 12,1334 60 49,08 16 34,26 6 23 55 5i ,98o 36458 3 21 40,83 12,1897 60 46,82 16 33,64 9 0 2 57,067 35864 2 45 2,61 12,2320 60 44,29 16 32,95 12 cr IO 1,099 35287 2 8 18,04 12,2605 60 41,50 16 32,19 15 o 17 4,107 34727 1 3i 29,58 12,2752 60 38,44 16 31,36 18 o 24 6,125 34186 o 54 39,71 12,2762 60 35,12 16 3o,46 21 o 3i 7,187 33664 — o 17 5o,86 12,2638 60 31,56 16 29,49 2o o o 38' 7,328 2,33162 + o 18 54,56 12,2381 60 27,75 16 28,45 3 o 45 6,584 32681 o 55 34,17 12,1994 60 23,71 16 27,35 6 . o 52 4,991 322'20 1 32 5,64 12,1477 60 19,44 16 26,18 9 o 5g 2,587 3^79 2 8 26,68 12,0834 60 14,94 16 24,95 12 1 5 59,407 31358 2 44 35,o3 12,0068 60 10,23 16 23,67 i5 1 12 55,489 30958 3 20 28,49 H,gr81 60 5,31 16 22,33 18 1 19 5o,868 30578 -3 56 4,91 11,8175 60 0,19 16 20,94 21 1 26 45,58o 30217
IO 1,099 35287 2 8 18,04 12,2605 60 41,50 16 32,19 15 o 17 4,107 34727 1 3i 29,58 12,2752 60 38,44 16 31,36 18 o 24 6,125 34186 o 54 39,71 12,2762 60 35,12 16 3o,46 21 o 3i 7,187 33664 — o 17 5o,86 12,2638 60 31,56 16 29,49 2o o o 38' 7,328 2,33162 + o 18 54,56 12,2381 60 27,75 16 28,45 3 o 45 6,584 32681 o 55 34,17 12,1994 60 23,71 16 27,35 6 . o 52 4,991 322'20 1 32 5,64 12,1477 60 19,44 16 26,18 9 o 5g 2,587 3^79 2 8 26,68 12,0834 60 14,94 16 24,95 12 1 5 59,407 31358 2 44 35,o3 12,0068 60 10,23 16 23,67 i5 1 12 55,489 30958 3 20 28,49 H,gr81 60 5,31 16 22,33 18 1 19 5o,868 30578 -3 56 4,91 11,8175 60 0,19 16 20,94 21 1 26 45,58o 30217 4 3i 22,17 11,7054 59 54,88 16 19,5o 26 o 1 33 39,658 2,29874 5 6 18,25 11,5821 59 49,40 16 18,00 3 1 4o 33,136 29549 5 40 51,13 11,4479 59 43,75 16 16^46 6 1 47 26,046 29242 6 14 58,89 II,3030 59 37,94 16 14,87 9 1 54 18,418 28952 6 48 3g,66 II,1479 59 31,97 16 i3,24 12 2 1 10,281 28677 7 21 51,62 10,9829 59 25,86 16 n,58 i5 2 8 1,662 28416 7 54 33,02 10,8084 59 19,63 16 9,89 18 '2 14 52,587 28169 8 26 42,17 10,6247 59 13,28 16 8,16 21 2 21 43,078 27934 8 58 17,46 10,4322 59 6,82 16 6,40 27 o % 28 33,157 2,27710 -+9 29 17,31 +10,2312 59 0,26 16 4,61 ASCENSION DROITE, DÉCLINAISON, PARALLAXE, DEMI-DIAMÈTRE. TEMPS ASCENSION VARIATION, VARIATION pour DECLINAISON pour PARALLAXE ÉPHÉMÉRIDE DROITE 11" DIAMÈTRE Sept. * H h M S S O , H N TU JU 27 o 2 28 33,157 2,27710 49 29 17,31 +10,2312 59 6,26 16 46 1 3 2 35 22,842 274969 59 40,24 10,0221 58 53,61 16 2,80 6 2 42 12,149 27291 10 29 24,82 9,8052 58 46,88 16 0,97 9 2 49