C/2016 A1 (PANSTARRS) 
   From 1576 observations 2016 Jan. 1-2018 Apr. 20. Kinoshita 
   Epoch = 2018 Dec. 28.0 TT = JDT 2458480.5 
       T = 2017 Nov. 23.36414 TT            peri.=  10.32213 
       e = 1.0023169                        node = 128.18349 (2000.0) 
       q = 5.3276077 AU                     incl.= 121.19802 
  m1 = 5.0 + 5log(delta) + 10.0log(r) 
  A. Node = E:01/29.0 JST  O:2017/08/24.1 JST  5.371 AU 
  D. Node = E:08/01.1 JST  O:3555/10/10.4 JST  767.188 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
12/09 00:00   07 35.27  +69 44.9   5.369   6.021  127.7    7.4   16.1/312.6   0.1/227  130  1  16.4  +50*199
12/10 00:00   07 32.96  +69 55.7   5.367   6.025  128.1    7.4   16.2/311.5   0.1/225  131  2  16.4  +50*198
12/10 23:50   07 30.61  +70 06.3   5.367   6.028  128.4    7.4   16.2/310.4   0.1/223  131  3  16.5  +50*198
12/11 23:50   07 28.18  +70 16.7   5.366   6.032  128.8    7.3   16.2/309.3   0.1/221  128  4  16.5  +50*197
12/12 23:50   07 25.69  +70 26.9   5.366   6.035  129.1    7.3   16.2/308.2   0.1/219  123  5  16.5  +51*196
12/13 23:40   07 23.15  +70 36.8   5.366   6.038  129.4    7.2   16.2/307.1   0.1/217  117  6  16.5  +50*197
12/14 23:40   07 20.54  +70 46.5   5.366   6.042  129.6    7.2   16.2/305.9   0.1/215  111  7  16.5  +50*196
12/15 23:40   07 17.87  +70 55.9   5.367   6.045  129.9    7.2   16.1/304.8   0.1/213  103  7  16.5  +51*195
12/16 23:30   07 15.16  +71 04.9   5.367   6.049  130.1    7.1   16.1/303.6   0.1/210   95  8  16.5  +50*195
12/17 23:30   07 12.38  +71 13.8   5.369   6.052  130.3    7.1   16.1/302.4   0.1/208   87  9  16.5  +51*194
12/18 23:30   07 09.54  +71 22.4   5.370   6.055  130.5    7.1   16.1/301.2   0.1/206   78 10  16.5  +51*193
12/19 23:20   07 06.67  +71 30.6   5.372   6.059  130.6    7.1   16.1/300.0   0.1/204   70 11  16.5  +51*194
12/20 23:20   07 03.73  +71 38.5   5.374   6.062  130.7    7.1   16.0/298.8   0.1/202   62 12  16.5  +51*193
12/21 23:20   07 00.74  +71 46.2   5.377   6.066  130.8    7.0   16.0/297.6   0.1/199   56 13  16.5  +51*192
12/22 23:10   06 57.72  +71 53.4   5.379   6.069  130.9    7.0   15.9/296.4   0.1/197   52 14  16.5  +51*192
12/23 23:10   06 54.63  +72 00.4   5.382   6.073  130.9    7.0   15.9/295.1   0.1/195   50 16  16.5  +51*191
12/24 23:10   06 51.51  +72 07.1   5.386   6.076  131.0    7.0   15.8/293.9   0.1/192   52 17  16.5  +51*191
12/25 23:00   06 48.37  +72 13.3   5.389   6.080  130.9    7.0   15.8/292.6   0.1/190   57 18  16.5  +51*191
12/26 23:00   06 45.16  +72 19.3   5.393   6.083  130.9    7.0   15.7/291.3   0.1/188   64 19  16.5  +51*190
12/27 23:00   06 41.93  +72 24.9   5.398   6.086  130.8    7.0   15.7/290.0   0.1/185   73 20  16.5  +51*189
12/28 22:50   06 38.69  +72 30.2   5.402   6.090  130.8    7.0   15.6/288.7   0.1/183   81 21  16.5  +51*189
12/29 22:50   06 35.39  +72 35.1   5.407   6.093  130.6    7.0   15.5/287.4   0.1/181   90 22  16.5  +51*189
12/30 22:50   06 32.08  +72 39.6   5.412   6.097  130.5    7.0   15.5/286.1   0.1/178   99 23  16.5  +51*188
12/31 01:10   06 31.75  +72 40.0   5.413   6.097  130.5    7.0   15.5/286.0   0.1/178  100 23  16.5  +51*171
01/01 01:10   06 28.41  +72 44.2   5.418   6.101  130.3    7.1   15.4/284.7   0.1/176  108 24  16.5  +51*170
01/02 01:10   06 25.06  +72 48.0   5.424   6.104  130.1    7.1   15.3/283.4   0.1/174  115 25  16.5  +51*170
01/03 01:00   06 21.72  +72 51.4   5.430   6.108  129.9    7.1   15.2/282.0   0.1/171  121 26  16.5  +51*170
01/04 01:00   06 18.35  +72 54.5   5.437   6.111  129.7    7.1   15.1/280.7   0.1/169  125 27  16.5  +50*169
01/05 01:00   06 14.97  +72 57.2   5.443   6.115  129.4    7.1   15.0/279.4   0.1/167  128 28  16.5  +50*169
01/06 00:50   06 11.62  +72 59.5   5.450   6.118  129.1    7.2   14.9/278.1   0.1/164  128 29  16.5  +50*169
01/07 00:50   06 08.24  +73 01.5   5.458   6.122  128.8    7.2   14.8/276.7   0.1/162  127  1  16.6  +50*168
01/08 00:50   06 04.88  +73 03.1   5.465   6.125  128.5    7.2   14.7/275.4   0.1/160  123  1  16.6  +49*168
inserted by FC2 system