PICINFO.TXT
- Detail about each map you have in the system. Used to identify problems.
Created by residuals.e
The scale for the numbers are based on INIT_LITHOS.TXT and the parameters pass into residuals.e.
- More recent version (as of Feb 2014), does not put the date in the file (Col 2)
PICINFO
- Col1 - Image name
- Col2 - Date image was taken, UTC(derived from GPS)
- Col3 - resolution
- Col4 - number of landmarks
- Col5 - number of limbs
- Col 6 -
- The number is greater than piclimit (the 2.5)
- c coordinate system, using the body fixed system
- b using body fixed system, but using crosstrack radial (in orbit)
- "*" 3 or fewer landmarks for the image
- Col 7 - Pixel residual (RMS in pixels)
- Col 8 - The magnitude displacement of the SUMFILE solution from the NOMINALS
- Col 9, 10, 11 - The specific dx, dy, dz offset between the SUMFILE solution and the NOMINALS
- Col 12, 13, 14 - The angular error in pointing between the SuMFILES and the NOMINALS
- Bottom of file, gives the resolution of the images (# of)
B2_01 2012 NOV 29 18:26:07.573 0.0015 11 0 >c 673.642 0.000 km 0.000 km 0.000 km 0.000 km -0.000 mr 0.000 mr -0.000 mr B2_03 2012 NOV 29 18:27:21.732 0.0013 20 0 >c 426.441 0.001 km 0.000 km 0.001 km 0.000 km -0.000 mr 0.000 mr -0.000 mr B2_04 2012 NOV 29 18:28:00.100 0.0013 21 0 >c 370.338 0.001 km -0.000 km 0.000 km 0.000 km -0.000 mr -0.000 mr 0.000 mr B2_05 2012 NOV 29 18:28:37.172 0.0014 15 0 >c 304.426 0.000 km 0.000 km -0.000 km -0.000 km 0.000 mr 0.000 mr -0.000 mr B3_01 2012 NOV 29 18:19:17.944 0.0014 5 0 >c 303.385 0.000 km 0.000 km -0.000 km -0.000 km 0.000 mr 0.000 mr 0.000 mr B3_03 2012 NOV 29 18:20:15.713 0.0013 14 0 >c 293.049 0.000 km 0.000 km -0.000 km 0.000 km 0.000 mr 0.000 mr 0.000 mr B3_05 2012 NOV 29 18:21:13.451 0.0013 9 0 >c 262.659 0.000 km -0.000 km -0.000 km 0.000 km 0.000 mr -0.000 mr -0.000 mr C3_05 C3_06 C3_07 SIGcx(mr) SIGcy(mr) SIGcz(mr) DLTpt(mr) DLTcz(mr) SIGV0(km) DLTV0(km) 0.1000E+03 0.1000E+03 0.1000E+03 0.6685E-04 0.2529E-04 0.1732E-03 0.4265E-03 0 1 2 3 4 5 6 7 8 9 10 x 0.10 m 20 20 20 20 20 20 20 20 20 20 20 0 0 0 0 0 0 0 0 0 0 .........