Seb wrote:
> If one were to calculate an average of several rasters, one could simply
> do:
>
> r.mapcalc "ave = (A + B + C) / 3"
>
> But how can we get around the problem of null values in any of the
> rasters, which would propagate it to the result? What is an efficient
> way to calculate bo
Seb wrote:
> If one were to calculate an average of several rasters, one
> could simply
> do:
>
> r.mapcalc "ave = (A + B + C) / 3"
>
> But how can we get around the problem of null values in any of the
> rasters, which would propagate it to the result? What is an efficient
> way to calculate b
Hi,
If one were to calculate an average of several rasters, one could simply
do:
r.mapcalc "ave = (A + B + C) / 3"
But how can we get around the problem of null values in any of the
rasters, which would propagate it to the result? What is an efficient
way to calculate both the numerator and den
