C/2016 M1 (PANSTARRS) 
   From 2810 observations 2016 June 22-2018 Sept. 7. Kinoshita 
   Epoch = 2018 Dec. 28.0 TT = JDT 2458480.5 
       T = 2018 Aug. 10.17404 TT            peri.= 209.82766 
       e = 0.9989646                        node =  92.20455 (2000.0) 
       q = 2.2104986 AU                     incl.=  91.00052 
  m1 = 6.5 + 5log(delta) + 10.0log(r) 
  A. Node = E:12/24.7 JST  O:2034/04/22.5 JST  33.131 AU 
  D. Node = E:06/24.4 JST  O:2018/05/28.9 JST  2.367 AU 

18/19  JST     R.A. (2000) D.C.    Delta     r    Elong. Phase   dMo./P.A.   Tail/P.A. M-O Ag   m1     H/A
12/08 09:20   16 05.41  -79 25.9   2.999   2.598   57.1   18.6   23.2/153.2   0.6/194   60  1  13.0  -25/355
12/09 09:20   16 09.35  -79 46.6   3.001   2.604   57.3   18.6   23.4/152.7   0.6/194   60  2  13.0  -26/355
12/10 09:30   16 13.55  -80 07.4   3.003   2.610   57.5   18.6   23.6/152.1   0.6/194   62  3  13.1  -26/356
12/11 09:30   16 17.99  -80 28.1   3.004   2.616   57.8   18.6   23.7/151.5   0.6/194   65  3  13.1  -26/356
12/12 09:40   16 22.76  -80 49.0   3.006   2.622   58.0   18.6   23.9/150.8   0.6/194   69  4  13.1  -26/357
12/13 09:40   16 27.82  -81 09.7   3.008   2.628   58.3   18.6   24.1/150.0   0.6/194   73  5  13.1  -27/357
12/14 09:40   16 33.26  -81 30.4   3.010   2.634   58.6   18.6   24.2/149.1   0.6/194   78  6  13.1  -27/357
12/15 09:50   16 39.16  -81 51.2   3.012   2.640   58.8   18.6   24.4/148.1   0.6/193   83  7  13.1  -27/357
12/16 09:50   16 45.49  -82 11.7   3.013   2.646   59.1   18.6   24.6/147.0   0.6/193   88  8  13.1  -28/357
12/17 10:00   16 52.41  -82 32.3   3.015   2.652   59.4   18.6   24.8/145.8   0.6/192   94  9  13.1  -28/358
12/18 10:00   16 59.89  -82 52.6   3.016   2.658   59.6   18.6   24.9/144.4   0.6/191   99 10  13.1  -28/357
12/19 10:10   17 08.13  -83 12.7   3.018   2.664   59.9   18.6   25.1/142.9   0.6/190  105 11  13.2  -28/358
12/20 10:20   17 17.17  -83 32.6   3.019   2.670   60.2   18.6   25.3/141.1   0.6/189  109 12  13.2  -29/358
12/21 10:20   17 27.07  -83 51.9   3.021   2.677   60.5   18.7   25.4/139.1   0.6/187  113 13  13.2  -29/358
12/22 10:30   17 38.09  -84 10.9   3.022   2.683   60.8   18.7   25.6/136.9   0.6/186  116 14  13.2  -29/358
12/23 10:40   17 50.32  -84 29.2   3.024   2.689   61.1   18.7   25.8/134.3   0.6/184  117 15  13.2  -30/358
12/24 10:50   18 03.92  -84 46.8   3.025   2.695   61.4   18.7   25.9/131.4   0.6/181  116 16  13.2  -30/358
12/25 12:50   18 20.29  -85 04.7   3.026   2.702   61.7   18.7   26.1/127.9   0.6/178  113 17  13.2  -30/  1
12/26 12:50   18 37.18  -85 20.0   3.028   2.709   62.0   18.7   26.3/124.2   0.6/175  110 19  13.2  -30/  1
12/27 13:00   18 56.06  -85 33.9   3.029   2.715   62.3   18.7   26.4/120.0   0.6/171  105 20  13.2  -31/  1
12/28 13:00   19 16.76  -85 46.1   3.031   2.721   62.6   18.7   26.6/115.3   0.6/167  100 21  13.3  -31/  0
12/29 13:10   19 39.57  -85 56.3   3.032   2.728   62.9   18.7   26.7/110.1   0.6/162   94 22  13.3  -31/  0
12/30 13:20   20 04.22  -86 04.2   3.033   2.734   63.2   18.7   26.9/104.5   0.6/157   88 23  13.3  -31/360
12/31 13:20   20 30.18  -86 09.5   3.035   2.741   63.5   18.7   27.0/ 98.5   0.6/152   83 24  13.3  -31/359
01/01 13:40   20 57.52  -86 11.9   3.036   2.747   63.8   18.7   27.2/ 92.2   0.6/146   79 25  13.3  -31/359
01/02 13:50   21 25.05  -86 11.4   3.037   2.754   64.1   18.7   27.4/ 85.9   0.6/140   74 26  13.3  -31/359
01/03 14:00   21 52.24  -86 07.7   3.039   2.760   64.4   18.7   27.5/ 79.6   0.6/134   71 27  13.3  -31/359
01/04 14:20   22 18.63  -86 01.1   3.040   2.767   64.7   18.7   27.7/ 73.5   0.6/128   68 28  13.3  -31/359
01/05 14:40   22 43.52  -85 51.7   3.042   2.774   65.0   18.7   27.8/ 67.8   0.6/123   67 29  13.3  -31/359
01/06 14:50   23 06.42  -85 39.9   3.043   2.780   65.3   18.7   27.9/ 62.6   0.6/118   66  0  13.4  -31/358
01/07 15:00   23 27.35  -85 25.8   3.045   2.787   65.6   18.7   28.1/ 57.9   0.6/114   67  1  13.4  -31/358
01/08 15:20   23 46.45  -85 09.7   3.046   2.794   65.9   18.7   28.2/ 53.7   0.6/110   68  2  13.4  -30/358
inserted by FC2 system