Hi Even,
Looks great, thanks.
Cheers,
Simon
On Wed, Jan 23, 2013 at 10:18 PM, Even Rouault wrote:
> Le mercredi 23 janvier 2013 20:59:09, Simon Lyngby Kokkendorff a écrit :
> > Hello List,
> >
> >I'm using OGR to read a FileGDB database, perform some transformations
> > and then wri
Le mercredi 23 janvier 2013 07:56:39, Dmitriy Baryshnikov a écrit :
> Hi Cristian,
>
> I don't understand what really you want to do. There is a normal way to
> improve GDAL - make changes in local SVN snapshot and provide patches.
> If you need any help feel free to ask.
Dmitriy,
I think that t
Le mercredi 23 janvier 2013 20:59:09, Simon Lyngby Kokkendorff a écrit :
> Hello List,
>
>I'm using OGR to read a FileGDB database, perform some transformations
> and then write an output FileGDB database. In that process I would like to
> preserve the structure of the original FileGDB, i.e. p
I got it:
http://nsidc.org/data/atlas/epsg_3410.html
On Wed, Jan 23, 2013 at 11:46 AM, Nikolaos Hatzopoulos wrote:
> thanks for the respond,
>
> Yes you are right it is +proj=cea
> I got confused with the GCTP codes
> about the datum=WGS84 I am not quite sure the specs that I find from
> HDFvi
Hello List,
I'm using OGR to read a FileGDB database, perform some transformations
and then write an output FileGDB database. In that process I would like to
preserve the structure of the original FileGDB, i.e. put "Feature Classes"
into the right "Feature Datasets" etc.
Hence, my question i
thanks for the respond,
Yes you are right it is +proj=cea
I got confused with the GCTP codes
about the datum=WGS84 I am not quite sure the specs that I find from
HDFview are:
Projection=GCTP_CEA
ProjParams=(6371228,0,0,0,0,3000,0,0,0,0,0,0,0)
SphereCode=-1
--Nikos
On Wed, Jan 23, 2013 at 1
Nikos,
I see that GCTP Projection 97 is Cylindrical Equal Area. This can
have a standard parallel and a central meridian (from
http://www.remotesensing.org/geotiff/proj_list/cylindrical_equal_area.html).
Without knowing what these are it is hard to do much, but you might
try it assuming they are
Ah sorry about that. I thought OGR formats and GDAL Raster Formats were
the same thing. Thank you.
On 1/23/13 12:12 PM, Etienne Tourigny wrote:
gdal_grid takes a vector file (e.g. shapefile) as input, it cannot
take a raster (gtiff) as input
please read the documentation before asking other
Le mercredi 23 janvier 2013 01:05:19, Smith, Michael ERDC-CRREL-NH a écrit :
> The EXIF metadata is data from Digital Cameras (see
> http://en.wikipedia.org/wiki/Exchangeable_image_file_format). This changes
> just puts the metadata in a specific domain.
Yes and no, this is not a "change". This is
I have this projection for my nasa hdf file:
Coordinate System is:
LOCAL_CS["GCTP projection number 97",
UNIT["Meter",1]]
Origin = (-17334194.000,7344784.82500186265)
Pixel Size = (25067.525334417932754,-25067.525298634809587)
I tried to reporject my image using gdalwrap and
Le mercredi 23 janvier 2013 17:57:37, David Hoese a écrit :
> Hi Norman,
>
> Yes this sounds like it should work. I'll try it when I get a chance.
> If I made a geotiff with no navigation(WKT) and had X,Y,Z as individual
> bands would that work? How do I tell gdal_grid which dimension or band
>
gdal_grid takes a vector file (e.g. shapefile) as input, it cannot
take a raster (gtiff) as input
please read the documentation before asking other questions
http://www.gdal.org/gdal_grid.html
Etienne
On Wed, Jan 23, 2013 at 2:57 PM, David Hoese wrote:
> Hi Norman,
>
> Yes this sounds like it
Hi Norman,
Yes this sounds like it should work. I'll try it when I get a chance.
If I made a geotiff with no navigation(WKT) and had X,Y,Z as individual
bands would that work? How do I tell gdal_grid which dimension or band
is X, which is Y, and which is Z? Thanks.
Could you please CC me
Dave
Seems to me this is a point not a raster process you are looking for
e.g. How do I make a surface from a bunch of discrete points ?
So instead of having 3 bands of raster you want a stream of XYZ triplets
you can then submit these to gdal_grid or other tools that work with discrete
data
Frank,
The reason I asked is because very few cameras with GPS save photo images as
Tiff. There are very few that also save it as proprietary RAW.
If the idea is to read the GPS EXIF Tags and output a GeoTiff, a Tiff reader
will not reach most users of cameras with GPS. It should be a JPEG read
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