Comments (12)
Some extra information just in case it is needed. I am attempting to install
this on a Scientific Linux SL release 5.4 (Boron) box running the kernel
2.6.18-194.11.1.el5xen.
Original comment by [email protected]
on 5 Jun 2013 at 4:32
from ledaps.
We are working up some wording to help you along with this...
Original comment by [email protected]
on 5 Jun 2013 at 5:10
- Changed state: Started
from ledaps.
Geordie - thanks for the questions. If the following information doesn't answer
your questions or solve your issues, just let us know.
The versions of the libraries which we used to build and test LEDAPS are as
follows:
hdf-4.2.5
hdfeos2.17.v1.00 (GCTP library is included in this software)
tiff-3.8.2
geotiff-1.2.5
zlib-1.2.7 (if not available as part of your current Linux install)
szip-2.1 (if desired)
HDF4 libraries obtained from http://www.hdfgroup.org/downloads
HDF-EOS libraries obtained from http://hdfeos.org/software/library.php
TIFF libraries obtained from http://download.osgeo.org/libtiff
GeoTIFF libraries obtained from http://download.osgeo.org/geotiff/libgeotiff
My notes indicated that jpeg v7+ is not supported by HDF4, so we had to pull
jpeg v6b from ftp://ftp.uu.net/graphics/jpeg/jpegsrc.v6b.tar.gz, just in case
you run into issues with this as well.
When building HDF, the following configure statement was used (pointing to the
location of my local zlib and jpeg libraries). If you have system jpeg and
zlib libraries, then the --with-{whatever_library} options won't be needed.
And, if you want your libraries to be written to /usr/lib, then you won't need
the --prefix option.
./configure --with-zlib=/home/gschmidt/zlib-1.2.7
--with-jpeg=/home/gschmidt/jpeg-6b --prefix=/home/gschmidt/hdf-4.2.5
When building HDF-EOS, the following configure statement was used.
./configure --prefix=/home/gschmidt/hdfeos2.17v1.00/hdfeos
--with-hdf4=/home/gschmidt/hdf-4.2.5 --with-jpeg=/home/gschmidt/jpeg-6b
--enable-install-include
Original comment by [email protected]
on 6 Jun 2013 at 2:30
from ledaps.
Thanks very much for your efforts.
Original comment by [email protected]
on 6 Jun 2013 at 3:26
from ledaps.
Hi
Thanks for the help. I was able to get ledaps up and running yesterday on my
Sci linux box.
I generated an SR image and compared it to one I ordered through
https://espa.cr.usgs.gov. The values were nearly identical but not exactly the
same. (off by one in some bands) I'm hoping this is machine specific issue due
different architectures. Do you have any thoughts on this?
I was also curious ... Is there any options and switches that I could use with
the leadaps programs that I could use to limit my outputs ( I only need SR). I
have not been successful in finding an useful documentation describing these
processes' options. With that in mind do I need to run all four programs (
lndcal,lndth, lndcsm, and lndsr ) to get surface reflectance?
On final question. My linux solution is network bound because it is not
possible for me to co-locate my executable and the data. Is it possible to
install and run ledaps on a Windows 7 64 bit machine? Is there any
documentation/manual for a windows install?
Thanks for all your help.
Geordie
Original comment by [email protected]
on 7 Jun 2013 at 8:11
from ledaps.
Thanks for the information/feedback on the install. I'm glad you have the
software built and running. The off by one could simply be the differences in
architectures.
Regarding the LEDAPS processing itself, there are script files in the
ledapsSrc/bin directory which run the LEDAPS apps. If you use that script, it
will handle running through all the LEDAPS applications for you. do_ledaps.py
--help will provide you with the necessary inputs required to run the Python
script. Mainly, you need to have the LEDAPS binaries in your PATH, then run
"do_ledaps.py --metafile metafile.mtl". This will call lndpm, lndcal, lndsr,
and finally lndsrbm. The output from this will include various header and text
files used for processing, the lndth.hdf file, and the lndsr.hdf file. The
lndth.hdf file can be thrown away if you don't want it, as the thermal band in
that file is copied to the lndsr.hdf file as part of the lndsrbm processing.
Original comment by [email protected]
on 11 Jun 2013 at 1:28
from ledaps.
Hi again.
Thanks for your response.
Do you know if anyone has successfully built leadaps as a windows executable?
If yes is there any documentation or hints that you can give me on how to
achieve this?
Best regards
Geordie
Original comment by [email protected]
on 11 Jun 2013 at 1:56
from ledaps.
If you have Cygwin installed then you should be able to build the software on
Windows in a similar manner as Linux. I have not built this software on
Windows other than using Cygwin.
Original comment by [email protected]
on 11 Jun 2013 at 1:58
from ledaps.
Going to close this issue at this point.
Original comment by [email protected]
on 23 Jul 2013 at 6:29
- Changed state: Verified
from ledaps.
Can you provide a links for all the dependent libraries and some detail about
the installation of LEDAPS 2.1.0 or 2.2.0? I still have some problems about the
installation about the newest version.
Original comment by [email protected]
on 9 Jan 2015 at 11:14
from ledaps.
Hi there.
Thanks fore the email.
I have not installed 2.0 as of yet so I can't answer your questions.
Gail and the dev team has been fantastic at responding to my queries but
they may not be monitoring this thread as it is quite dated.
If you do not receive a response from them in a couple of days I would
start a new issue.
Best of luck.
Geordie
Original comment by [email protected]
on 9 Jan 2015 at 1:27
from ledaps.
The installation and dependencies information has been updated on the Wikis for
versions 2.0.0 and 2.2.0.
Here is the link to LIBXML2 webpage: http://xmlsoft.org/. RPMs are usually
available for Linux systems.
Hopefully this helps move you forward...
Original comment by [email protected]
on 12 Jan 2015 at 5:51
from ledaps.
Related Issues (20)
- 1.3.0 SR changes in 039/037 HOT 2
- 1.3.0 L4 TM AtmOpacity HOT 3
- 1.3.0 L4 TM OOBs HOT 2
- 1.3.0 PS GCP Files? HOT 1
- space.c GCTPC prototypes conflict with GCTPC 2.0 HOT 2
- Top and bottom of scene is flagged as water
- 1.3.1 LEDAPS Bands 5/7 OOBs
- lndpm seems to only work if all HDF and Landsat files are in the same directory. HOT 3
- Can't get lndsrbm to compile HOT 4
- Missing file "espa_metadata.h" on Debian compile HOT 3
- No opacity values generated for LT50060221989206PAC00 and LT50060231989206PAC00
- Automated build system
- Add include options to do_ledaps.py HOT 5
- Change SDS name for fmask HOT 1
- Remove the NoData value from the QA bands HOT 4
- Temporary file errors - intermittent HOT 4
- Abrupt delineation between cloud and snow in highly cloudy scenes HOT 3
- NCEP Reanalysis update script fails HOT 6
- ncep_reanalysis_surface_repackage.c bug - year calculation
- QA Value Modification to include Fill in each band
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