The observational sequence is simple and is aimed at obtaining light curves of the target listed below.
These observations are time-critical, so we provide the starting and ending times for each target.

All the observations have to be carried-out in the R-filter (or V if R shows fringing).

In the attached finding charts, it is shown a proposed window that would help reducing the overhead time per exposure. In the name of each finding chart we added the proposed window size (in pixels) for each target.
It is noteworthy that the targets with (CV) after the V-magnitude in the table below can show strong outburst that could increase the brightness in several magnitudes. These burst are not predictable, so in the case any of these two targets appear much brigher than the mentiones V-magnitude, the exposure time shuld be decreased accordingly.

Thank you very much!


#----- Night of 2016-01-25 -----
#        Target    Start     End
#===============================
OYCar           -> 00:35 - 01:45 UT  0:40.8 UT - zaciatok
SDSSJ0303+0054  -> 01:55 - 03:00 UT
RRCae           -> 03:10 - 05:25 UT
SDSSJ1329+1230  -> 05:35 - 06:25 UT
WD1333+005      -> 06:35 - 07:05 UT
QSVir           -> 07:15 - 09:30 UT  9:10.2 UT - koniec

Target information:
           Name     RA(J2000)  DEC(J2000)    Mag  CV?      ToT      RA(FoV)      DEC (FoV)     Size(FoV)
==========================================================================================================
OY Car          - 10:06:22.07 -70:14:04.6 V~15.5 (CV) Exp= 10s 10:06:03.00000 -70:14:09.0000  900x 500 pix   6.0 x 3.3 arcmin R
SDSS J0303+0054 - 03:03:08.36 +00:54:43.8 V=17.7      Exp= 20s 03:03:10.80000 +00:55:00.0000  500x1000 pix   3.3 x 6.7        M
RR Cae          - 04:21:05.56 -48:39:07.0 V=14.5      Exp=  5s 04:20:50.03000 -48:39:05.0000 1000x1000 pix   6.7 x 6.7        M
SDSSJ1329+1230    13:29:25.21 +12:30:25.4 V=17.2      Exp= 16s 13:29:28.50000 +12:31:40.7000  300x 900 pix   2.0 x 6.0        R (vychadza)
WD1333+005        13:36:16.05 +00:17:31.9 V=17.2      Exp= 16s 13:36:16.07000 +00:17:31.5000  900x 900 pix   6.0 x 6.0        R
QSVir             13:49:51.95 -13:13:37.5 V=15.4      Exp=  8s 13:49:54.00000 -13:14:10.0000 1000x1200 pix   6.7 x 8.0        R (aj M)