Bill,
here you upsample from a 3x3 to a 5x5 array. Consequently each target
pixel averages 5/3 x 5/3 contributing source pixels , not 2 x 2. This
way the total sum of the values of the target array is preserved
compared to to the sum of the values of the source array, if you
multiply the sum
Averaging rasters is a common task. Often I see developers write many
lines of python to do simple tasks like this. The following GDAL command
should give you the results you're looking for:
gdal_calc.py -A input1.tif -B input2.tif --outfile=result.tif
--calc="(A+B)/2"
The above command was
Hi,
I am new to working with GDAL. We are trying to spatially interpolate
Numerical Weather Prediction (NWP) model data to an arbitrary location,
i.e. lat/lon. We have been using gdal_translate but have been getting
unexpected results.
We have used the resampling method called "average". In this to
