C/2015 VL62 (Lemmon-Yeung-PANSTARRS) 
   From 1107 observations 2015 Nov. 2-2017 July 6. Kinoshita 
   Epoch = 2018 Dec. 28.0 TT = JDT 2458480.5 
       T = 2017 Aug. 28.93769 TT            peri.= 128.79427 
       e = 1.0034686                        node =  95.00896 (2000.0) 
       q = 2.7173607 AU                     incl.= 165.79249 
  m1 = 10.0 + 5log(delta) + 5.0log(r) 
  A. Node = E:12/27.5 JST  O:2012/06/16.7 JST  14.662 AU 
  D. Node = E:06/27.3 JST  O:2018/03/07.5 JST  3.343 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 06:30   15 51.84  -27 29.9   6.199   5.257   15.5    2.9    5.2/116.3   0.0/255   23  1  17.6   +3/307
12/09 06:30   15 52.19  -27 32.2   6.202   5.264   16.3    3.0    5.2/116.6   0.0/257   34  2  17.6   +4/308
12/10 06:30   15 52.53  -27 34.5   6.204   5.271   17.2    3.2    5.1/117.0   0.1/258   46  2  17.6   +4/308
12/11 06:30   15 52.88  -27 36.8   6.206   5.279   18.0    3.3    5.1/117.3   0.1/259   57  3  17.6   +5/309
12/12 06:30   15 53.22  -27 39.2   6.208   5.286   18.9    3.5    5.0/117.6   0.1/260   69  4  17.6   +6/310
12/13 06:30   15 53.55  -27 41.5   6.210   5.294   19.8    3.6    5.0/118.0   0.1/261   80  5  17.6   +6/310
12/14 06:20   15 53.88  -27 43.8   6.211   5.301   20.7    3.8    4.9/118.3   0.1/262   92  6  17.6   +5/309
12/15 06:20   15 54.21  -27 46.1   6.212   5.308   21.5    3.9    4.9/118.7   0.1/263  103  7  17.6   +6/310
12/16 06:20   15 54.53  -27 48.5   6.212   5.316   22.4    4.1    4.8/119.1   0.1/264  115  8  17.6   +6/310
12/17 06:20   15 54.85  -27 50.8   6.213   5.323   23.3    4.2    4.8/119.5   0.1/265  127  9  17.6   +7/311
12/18 06:20   15 55.16  -27 53.2   6.213   5.331   24.2    4.3    4.7/120.0   0.1/265  139 10  17.6   +7/312
12/19 06:20   15 55.47  -27 55.5   6.212   5.338   25.1    4.5    4.6/120.4   0.1/266  151 11  17.6   +8/312
12/20 06:20   15 55.77  -27 57.9   6.212   5.345   26.0    4.6    4.6/120.9   0.1/266  162 12  17.6   +8/313
12/21 06:10   15 56.06  -28 00.2   6.211   5.353   26.9    4.8    4.5/121.4   0.1/267  168 13  17.6   +7/312
12/22 06:10   15 56.36  -28 02.6   6.210   5.360   27.9    4.9    4.5/121.9   0.1/268  161 14  17.6   +8/312
12/23 06:10   15 56.64  -28 04.9   6.209   5.368   28.8    5.1    4.4/122.5   0.1/268  149 15  17.6   +8/313
12/24 06:10   15 56.92  -28 07.3   6.207   5.375   29.7    5.2    4.3/123.0   0.1/268  135 16  17.6   +9/314
12/25 06:10   15 57.20  -28 09.6   6.205   5.382   30.6    5.3    4.3/123.6   0.1/269  120 17  17.6   +9/314
12/26 06:10   15 57.47  -28 12.0   6.203   5.390   31.5    5.5    4.2/124.3   0.1/269  106 18  17.6  +10/315
12/27 06:10   15 57.73  -28 14.4   6.201   5.397   32.5    5.6    4.1/125.0   0.1/270   91 19  17.6  +10/316
12/28 06:00   15 57.98  -28 16.7   6.198   5.404   33.4    5.7    4.1/125.7   0.1/270   78 20  17.6   +9/315
12/29 06:00   15 58.23  -28 19.1   6.195   5.412   34.3    5.9    4.0/126.4   0.1/270   64 22  17.6  +10/315
12/30 06:00   15 58.48  -28 21.4   6.192   5.419   35.3    6.0    3.9/127.2   0.1/271   51 23  17.6  +10/316
12/31 06:00   15 58.71  -28 23.8   6.189   5.427   36.2    6.1    3.8/128.1   0.1/271   38 24  17.6  +11/317
01/01 06:00   15 58.94  -28 26.2   6.185   5.434   37.1    6.3    3.8/129.0   0.1/271   26 25  17.6  +11/317
01/02 06:00   15 59.16  -28 28.5   6.181   5.441   38.1    6.4    3.7/130.0   0.1/272   16 26  17.6  +12/318
01/03 05:50   15 59.37  -28 30.9   6.177   5.449   39.0    6.5    3.6/131.0   0.1/272   12 26  17.6  +11/317
01/04 05:50   15 59.58  -28 33.2   6.173   5.456   40.0    6.6    3.5/132.1   0.1/272   19 27  17.6  +11/318
01/05 05:50   15 59.78  -28 35.6   6.168   5.464   40.9    6.8    3.4/133.2   0.1/272   29 28  17.6  +12/318
01/06 05:50   15 59.97  -28 38.0   6.164   5.471   41.9    6.9    3.4/134.5   0.1/273   40 29  17.6  +12/319
01/07 05:50   16 00.15  -28 40.3   6.158   5.478   42.8    7.0    3.3/135.8   0.1/273   52  1  17.6  +13/320
01/08 05:50   16 00.33  -28 42.7   6.153   5.486   43.8    7.1    3.2/137.2   0.1/273   63  2  17.6  +13/320
inserted by FC2 system