Tidying
up
1.
Make appropriately named directories on
/nfs/pepper_timraid1/insar_archive
2.
Copy the interferogram files to this directory (see below for details
of which files to use)
1.
The location of the files should be as follows for ERS/Envisat
interferograms
This
is the format:
ERS:
/nfs/pepper_timraid1/insar_archive/ers/track_{#}/ers{11/22/12/21}_{date1}-{date2}/frame_{start
#}_{end #}/
e.g.
/nfs/pepper_timraid1/insar_archive/ers/track_35/ers12_930628-950831/frame_2801_2855/
Envisat:
/nfs/pepper_timraid1/insar_archive/envisat/track_{#}/{date1}-{date2}/
e.g.
/nfs/pepper_timraid1/insar_archive/envisat/track_35/030628-050831/
2.
Files to keep
The idea here is to keep any
files that may be of use in the future, but to free up most of the
disk space. All files can be recreated, so it is only necessary to
keep those that have involved a lot of human input (e.g. Unwrapping
files).
It is probably easiest
to make a directory called "keep", and move all of these
files to it. Then copy them all to cometraid1.
Where
an image file is listed (*int, *cor, *unw), also keep its
corresponding .rsc file.
processing
script
date1-date2.proc
log files from the int
directory
int*/log
int*/log1
slc
and raw resource flles
date1.slc.rsc,
date2.slc.rsc
date1.raw.rsc,
date2.raw.rsc
baseline
file
date1_date2_baseline.rsc
multilook
interferograms (with topo correction, filtered&unfiltered,
ORB={ODR/HDR/PRC/SIM}, wrapped&unwrapped),
correlation
date1-date2-sim_ORB_nrlks.int
[n=2,4,8,16 ??... number of
looks]
filt_date1-date2-sim_ORB_nrlks.int
filt_date1-date2-sim_ORB_nrlks_c10.unw
[10 = correlation threshold... might be
15,20...]
date1-date2-sim_SIM_nrlks.int
filt_date1-date2-sim_SIM_nrlks_c10.unw
date1-date2_nrlks.cor
Unwrapping
files – keep anything that you created when fixing
unwrapping (e.g. Bridge files, extra ermapper headers)
geocoding/geocoded
files (and files needed for redoing baseline
correction)
radar_nrlks.hgt
radar_ODR_nrlks.unw
date1-date2_cull.off
date1-date2_nrlks_SIM.aff
rect_lookup.in
[this is input for file for program does the
geocoding]
../GEO/geomap_nrlks.trans
[you need this lookup table to do the geocoding again. Note the file
in the int* directory is just a link. Do not copy this.]
geo_*
[keep all of the output geocoded interferograms, and any ermapper
headers *.ers]
hdr
orbit files
hdr_data_points*.rsc [in case you need to
use the header orbit information again]