12:02:21  LRGB colour stack (classify by image filter checked)
12:02:21  Stack method Average
12:02:21  Oversize 0 pixels
12:02:21  Analysing images.
12:02:39  Analysing group C/2022 E3 (ZTF)_B_270 for outliers.		 Average image quality (nr stars/hfd)=141, σ=0,0
12:02:39  Analysing group C/2022 E3 (ZTF)_G_270 for outliers.		 Average image quality (nr stars/hfd)=131, σ=0,0
12:02:39  Analysing group C/2022 E3 (ZTF)_R_270 for outliers.		 Average image quality (nr stars/hfd)=127, σ=0,0
12:02:39  Stacking (Average), HOLD ESC key to abort.
12:02:39  █ █ █  Abort! █ █ █  Reference object missing for one or more files. Double click on all file names and mark with the mouse the reference object. The file name will then turn green.
12:03:43  Switched to INTERNAL ASTROMETRIC alignment. Set in tab aligment the mosaic width and height high enough to have enough work space.
12:03:43  Astrometric image stitching mode. This will stitch astrometric tiles. Prior to this stack the images to tiles and check for clean edges. If not use the "Crop each image function". For flat background apply artificial flat in tab pixel math1 in advance if required.
12:05:20  Switched to INTERNAL ASTROMETRIC alignment. Set in tab aligment the mosaic width and height high enough to have enough work space.
12:05:20  Astrometric image stitching mode. This will stitch astrometric tiles. Prior to this stack the images to tiles and check for clean edges. If not use the "Crop each image function". For flat background apply artificial flat in tab pixel math1 in advance if required.
12:05:57  LRGB colour stack (classify by image filter checked)
12:05:57  Stack method Image stiching mode
12:05:57  Oversize 0 pixels
12:05:57  Analysing images.
12:05:57  Analysing group C/2022 E3 (ZTF)_B_270 for outliers.		 Average image quality (nr stars/hfd)=141, σ=0,0
12:05:57  Analysing group C/2022 E3 (ZTF)_G_270 for outliers.		 Average image quality (nr stars/hfd)=131, σ=0,0
12:05:57  Analysing group C/2022 E3 (ZTF)_R_270 for outliers.		 Average image quality (nr stars/hfd)=127, σ=0,0
12:05:57  Stacking (Image stiching mode), HOLD ESC key to abort.
12:05:57  █ █ █  Abort! █ █ █  Reference object missing for one or more files. Double click on all file names and mark with the mouse the reference object. The file name will then turn green.
12:09:50  Grayscale stack (classify by image filter unchecked)
12:09:50  Stack method Average
12:09:50  Oversize 0 pixels
12:09:50  Analysing images.
12:09:50  Analysing group C/2022 E3 (ZTF)_B_270 for outliers.		 Average image quality (nr stars/hfd)=141, σ=0,0
12:09:50  Analysing group C/2022 E3 (ZTF)_G_270 for outliers.		 Average image quality (nr stars/hfd)=131, σ=0,0
12:09:50  Analysing group C/2022 E3 (ZTF)_R_270 for outliers.		 Average image quality (nr stars/hfd)=127, σ=0,0
12:09:50  Stacking (Average), HOLD ESC key to abort.
12:09:50  █ █ █  Abort! █ █ █  Reference object missing for one or more files. Double click on all file names and mark with the mouse the reference object. The file name will then turn green.
12:19:19  Grayscale stack (classify by image filter unchecked)
12:19:19  Stack method Average
12:19:19  Oversize 0 pixels
12:19:19  Analysing images.
12:19:53  Analysing group C/2022 E3 (ZTF)_G_30 for outliers.		 Average image quality (nr stars/hfd)= 65, σ=5,7
12:19:53  Stacking (Average), HOLD ESC key to abort.
12:19:53  Analysing darks.
12:19:53  Master darks(s) ready.
12:19:53  Analysing flats.
12:19:53  ■■■■■■■■■■■■■ Hint, colour filters detected in the flat. For colour stacking set the check-mark classify by Flat Filter! ■■■■■■■■■■■■■
12:19:53  Master flat(s) ready.
12:19:54  Reference image selected based on quality (star_detections/hfd) is: C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0005.fits
12:19:54  Loading master dark file C:\Users\vega\Documents\N.I.N.A\M2023-02-13\DARK\master_dark_9x30s_at_-30C_2023-02-13.fit
12:19:56  Loading master flat file C:\Users\vega\Documents\N.I.N.A\M2023-02-13\FLAT\master_flat_corrected_with_flat_darks_B_7xF_9xFD_2023-02-13.fit
12:19:58  Adding file: 1-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0008.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:04  Adding file: 3-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0007.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:04  Solution x:=x+0.270000,  y:=y+-12.210000
12:20:10  Adding file: 4-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0005.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:10  Solution x:=x+-0.580000,  y:=y+-46.370000
12:20:16  Adding file: 5-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0009.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:16  Solution x:=x+0.900000,  y:=y+11.840000
12:20:21  Adding file: 6-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0010.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:21  Solution x:=x+-0.960000,  y:=y+-67.850000
12:20:27  Adding file: 7-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0011.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:27  Solution x:=x+0.120000,  y:=y+-55.030000
12:20:33  Adding file: 8-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0012.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:33  Solution x:=x+0.640000,  y:=y+-42.170000
12:20:39  Adding file: 9-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0013.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:39  Solution x:=x+1.320000,  y:=y+-29.520000
12:20:45  Adding file: 10-9 "C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C-2022 E3 (ZTF)_G_0014.fits"  to average. Using 9 darks, 7 flats, 9 flat-darks
12:20:45  Solution x:=x+1.710000,  y:=y+-17.270000
12:20:50  █ █ █  Saving result 9 as C:\Users\vega\Documents\N.I.N.A\M2023-02-13\VDELU\C2022 E3 (ZTF), 2023-02-13, 9x30L, SkyWatcher, (G), SBIG ST-8300 CCD Cam_stacked.fits
Finished in 93 sec. The FITS header contains a detailed history.