C/2016 R2 (PANSTARRS) 
   From 2261 observations 2016 Aug. 30-2018 Feb. 26. Kinoshita 
   Epoch = 2018 Apr. 12.0 TT = JDT 2458220.5 
       T = 2018 May 9.58558 TT              peri.=  33.19326 
       e = 0.9963630                        node =  80.56874 (2000.0) 
       q = 2.6023388 AU                     incl.=  58.22332 
  m1 = 3.5 + 5log(delta) + 12.5log(r) 
  A. Node = E:12/13.0 JST  O:2018/01/24.1 JST  2.833 AU 
  D. Node = E:06/12.2 JST  O:2033/01/29.9 JST  31.256 AU 

2018   JST     R.A. (2000) D.C.    Delta     r    Elong. Phase   dMo./P.A.   Tail/P.A. M-O Ag   m1     H/A
03/23 21:00   04 19.75  +35 30.1   2.869   2.650   67.4   20.3   18.4/ 43.6   0.7/ 74   20  6  11.1  +33/113
03/24 21:00   04 20.79  +35 43.5   2.880   2.648   66.7   20.2   18.5/ 44.2   0.7/ 74   28  7  11.1  +33/113
03/25 21:00   04 21.85  +35 56.7   2.890   2.646   66.0   20.1   18.7/ 44.8   0.7/ 74   40  8  11.1  +32/114
03/26 21:00   04 22.94  +36 10.0   2.901   2.644   65.3   20.0   18.8/ 45.4   0.7/ 74   52  9  11.1  +32/114
03/27 21:00   04 24.05  +36 23.2   2.911   2.642   64.6   19.9   18.9/ 46.0   0.7/ 73   65 10  11.1  +31/115
03/28 21:00   04 25.18  +36 36.3   2.922   2.641   64.0   19.9   19.1/ 46.6   0.6/ 73   78 12  11.1  +31/115
03/29 21:00   04 26.33  +36 49.4   2.932   2.639   63.3   19.8   19.2/ 47.1   0.6/ 73   91 13  11.1  +30/116
03/30 21:00   04 27.51  +37 02.4   2.942   2.637   62.6   19.7   19.3/ 47.7   0.6/ 73  104 14  11.1  +30/116
03/31 21:00   04 28.70  +37 15.4   2.953   2.635   62.0   19.6   19.4/ 48.2   0.6/ 72  117 15  11.1  +30/117
04/01 21:00   04 29.92  +37 28.4   2.963   2.634   61.3   19.4   19.6/ 48.7   0.6/ 72  129 16  11.1  +29/117
04/02 21:00   04 31.16  +37 41.2   2.973   2.632   60.7   19.3   19.7/ 49.2   0.6/ 72  140 17  11.1  +29/118
04/03 21:00   04 32.42  +37 54.1   2.983   2.631   60.1   19.2   19.8/ 49.7   0.6/ 72  150 18  11.1  +28/118
04/04 21:00   04 33.70  +38 06.9   2.992   2.629   59.4   19.1   20.0/ 50.2   0.6/ 72  157 19  11.1  +28/119
04/05 21:00   04 35.01  +38 19.6   3.002   2.627   58.8   19.0   20.1/ 50.7   0.6/ 71  159 20  11.1  +28/119
04/06 21:00   04 36.33  +38 32.3   3.012   2.626   58.2   18.9   20.2/ 51.2   0.6/ 71  156 20  11.1  +27/120
04/07 21:00   04 37.68  +38 45.0   3.021   2.625   57.6   18.8   20.3/ 51.6   0.6/ 71  148 21  11.1  +27/120
04/08 21:00   04 39.04  +38 57.6   3.031   2.623   57.0   18.7   20.5/ 52.1   0.6/ 71  139 22  11.1  +27/121
04/09 21:00   04 40.43  +39 10.1   3.040   2.622   56.4   18.5   20.6/ 52.5   0.6/ 70  129 23  11.1  +26/121
04/10 20:50   04 41.83  +39 22.5   3.049   2.621   55.8   18.4   20.7/ 53.0   0.6/ 70  119 24  11.2  +28/121
04/11 20:50   04 43.26  +39 35.0   3.059   2.619   55.2   18.3   20.8/ 53.4   0.6/ 70  108 25  11.2  +27/121
04/12 20:50   04 44.71  +39 47.4   3.068   2.618   54.6   18.2   21.0/ 53.8   0.6/ 69   96 26  11.2  +27/121
04/13 20:50   04 46.18  +39 59.7   3.077   2.617   54.1   18.1   21.1/ 54.2   0.6/ 69   85 27  11.2  +27/122
04/14 20:50   04 47.68  +40 12.0   3.086   2.616   53.5   17.9   21.2/ 54.6   0.6/ 69   73 28  11.2  +26/122
04/15 20:50   04 49.19  +40 24.2   3.094   2.615   52.9   17.8   21.3/ 55.0   0.5/ 69   61 29  11.2  +26/123
04/16 20:50   04 50.72  +40 36.4   3.103   2.614   52.4   17.7   21.4/ 55.4   0.5/ 68   50  1  11.2  +26/123
04/17 20:50   04 52.28  +40 48.5   3.112   2.613   51.8   17.6   21.6/ 55.8   0.5/ 68   38  2  11.2  +25/124
04/18 20:50   04 53.85  +41 00.6   3.120   2.612   51.3   17.5   21.7/ 56.2   0.5/ 68   29  3  11.2  +25/124
04/19 20:50   04 55.45  +41 12.6   3.128   2.611   50.7   17.3   21.8/ 56.6   0.5/ 67   23  4  11.2  +25/124
04/20 20:50   04 57.07  +41 24.6   3.137   2.610   50.2   17.2   21.9/ 57.0   0.5/ 67   25  5  11.2  +24/125
04/21 20:50   04 58.70  +41 36.5   3.145   2.609   49.7   17.1   22.0/ 57.3   0.5/ 67   32  6  11.2  +24/125
04/22 20:50   05 00.36  +41 48.3   3.153   2.609   49.2   16.9   22.1/ 57.7   0.5/ 66   43  7  11.2  +24/126
04/23 20:50   05 02.04  +42 00.1   3.161   2.608   48.6   16.8   22.2/ 58.0   0.5/ 66   55  8  11.2  +23/126
inserted by FC2 system