Hi Javier,
it is not a grid. So each raster pixel is assigned the geolocation. Yes - if I
was to extract it, that's what it could be considered.
Conrad
On Friday, October 18, 2024 at 11:37:28 AM GMT+1, Javier Jimenez Shaw
<[email protected]> wrote:
Is it an actual grid? in the meaning of having constant step size in X and
Y.In that case the geolocation is just the corner and the x and y sizes. You
can convert to a georeference raster, and warp it.
If it is not the case, you have something more like a 2D pointcloud, or a bunch
of poins in a strange vector format.
On Fri, 18 Oct 2024 at 12:20, Conrad Bielski via gdal-dev
<[email protected]> wrote:
Hello GDAL-experts,
normally when I use GDAL for reprojecting imagery, the projection information
that I use is the source spatial reference (SRS) associated with the imagery.
However, now I have imagery which is lat/lon geographic and I have two separate
bands which also carry the pixel geographic information. So the following
raster inputs all the same size:1. Band 1 = latitude2. Band 2 = longitude3.
Band 3 = imagery
The question I have is how best to integrate this information into a
reprojection workflow?
I presume that gdalwarp is the best option here, but how can I take advantage
of the individual pixel location information (rather than just the extents for
example)? I know that I can mosaic into an existing file that I have already
created in the target projection. Is this the best way to apply gdalwarp in
this context?
I'm just wondering what is the best way to integrate the lat/lon pixel
information into my warping using gdalwarp.
Thanks in advance for your help,Conrad
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