Jose Gomez-Dans wrote:
Hi Klokan,
2009/4/1 Klokan Petr Přidal mailto:klo...@klokan.cz>>
gdal.RegenerateOverview() with 'average' and 'mode' algorithms.
and
gdal.ReprojectImage() with 'bilinear','cubic','cubicspline' and
'lanczos' algorithms.
That's quite cool, but does Regener
Hi Klokan,
2009/4/1 Klokan Petr Přidal
> gdal.RegenerateOverview() with 'average' and 'mode' algorithms.
> and
> gdal.ReprojectImage() with 'bilinear','cubic','cubicspline' and
> 'lanczos' algorithms.
That's quite cool, but does RegenerateOverview() take into account NODATA
values when doing t
That was the other method I was trying, reading the VRT file into memory
using the new (to me) xml.etree.ElementTree lib. I was missing the
tag, though, thanks.
2009/4/1 Klokan Petr Přidal
> Hi Chris,
>
> You have two options in GDAL API for resampling via Python:
>
> gdal.RegenerateOverview()
Hi,
On Wednesday 01 April 2009 00:47:50 Chris Somerlot wrote:
> Having trouble figuring out how to resample an image to a different cell
> size from python. I looked over the VRT driver page and have been trying to
> get this to work:
I do this by reading in the data, and using numpy/scipy to cal
Hi Chris,
You have two options in GDAL API for resampling via Python:
gdal.RegenerateOverview() with 'average' and 'mode' algorithms.
and
gdal.ReprojectImage() with 'bilinear','cubic','cubicspline' and
'lanczos' algorithms.
Example of such functionality is in gdal2tiles.py in function
GDAL2Tiles
Having trouble figuring out how to resample an image to a different cell
size from python. I looked over the VRT driver page and have been trying to
get this to work:
from osgeo import gdal
gdal.AllRegister()
src = gdal.Open('DOQ_test.TIF')
drv = gdal.GetDriverByName('VRT')
dst = drv.CreateCopy(
