|
Size: 3874
Comment:
|
← Revision 19 as of 2016-07-23 08:44:21 ⇥
Size: 3904
Comment:
|
| Deletions are marked like this. | Additions are marked like this. |
| Line 42: | Line 42: |
| * '''Col 1''' - image name * '''Col 2''' - date image was taken, UTC(derived from GPS) |
* '''Column 1''' - image name * '''Column 2''' - date image was taken, UTC(derived from GPS) |
| Line 47: | Line 47: |
| * '''Col 3''' - resolution * '''Col 4''' - number of landmarks in image * '''Col 5''' - number of landmarks on image lit limb * '''Col 6''' - code: |
* '''Column 3''' - resolution * '''Column 4''' - number of landmarks in image * '''Column 5''' - number of landmarks on image lit limb * '''Column 6''' - code: |
| Line 56: | Line 56: |
| * '''Col 7''' - RMS 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 (SCOBJ) |
* '''Column 7''' - RMS pixel residual (RMS in pixels) * '''Column 8''' - the magnitude displacement of the SUMFILE solution from the NOMINALS * '''Column 9, 10, 11''' - The specific dx, dy, dz offset between the SUMFILE solution and the NOMINALS (SCOBJ) |
| Line 62: | Line 62: |
| * '''Col 12, 13, 14''' - The angular error in pointing between the SUMFILES and the NOMINALS | * '''Column 12, 13, 14''' - The angular error in pointing between the SUMFILES and the NOMINALS |
PICINFO.TXT
Description
This text file is a report generated by residuals that provides information about how well SPC performed for pictures included in PICTLISTS.TXT, if it exists, or PICTLIST.TXT.
PICINFO.TXT provides details about each map you have in the system and is used to identify problems.
Here is a sample PININFO.TXT file. Elements of the data in each of the three sections are explained below.
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
Section 1
The columns in the first set of output contain this information:
Column 1 - image name
Column 2 - date image was taken, UTC(derived from GPS)
A more recent version (Feb 2014) does not put the date in col 2 of the file. Column 3 - resolution
Column 4 - number of landmarks in image
Column 5 - number of landmarks on image lit limb
Column 6 - code:
c indicates body fixed SCOBJ sigmas
b indicates trajectory relative SCOBJ sigmas
* indicates 3 or fewer landmarks for the image
> indicates pixel residual greater than limit
# indicates image for topography solution only
Column 7 - RMS pixel residual (RMS in pixels)
Column 8 - the magnitude displacement of the SUMFILE solution from the NOMINALS
Column 9, 10, 11 - The specific dx, dy, dz offset between the SUMFILE solution and the NOMINALS (SCOBJ)
The units of measure for numbers in these columns are based on INIT_LITHOS.TXT and the parameters passed into residuals.
Column 12, 13, 14 - The angular error in pointing between the SUMFILES and the NOMINALS
Section 2
These lines report the standard deviations of the positions in the coordinate system listed.
Section 3
These lines give a histogram of the number of images in each resolution bin. This is defined by the units listed: you multiple the bin number by the bin size.
(Compiled by KD)