Hi Stefan,
Nice problem you have on hands... you are right that min(), max(), median()
are not supported in t.rast.algebra... a pity since since that would be the
optimum (we could open a feature request for this as to remember).
The only thing I can think of (though not elegant) is to use the
Dear all,
I would like to calculate a running univariate statistics over a Space Time
Raster Dataset: e.g. for each day the maximum temperature looking up to three
days back.
In t.rast.algebra, I can use temporal buffering (buff_t() function) or temporal
offset for that purpose, but functions
Greetings
I need to do some univariate statitstics that goes beyond the
max/min/median/average/standard deviation. I need to do some outliers
detection, distribution analysis and some more basic statistics.
Since GRASS doesn't perform this I would like to know what are people using?
Some
Luis Lisboa pisze:
Greetings
I need to do some univariate statitstics that goes beyond the
max/min/median/average/standard deviation. I need to do some outliers
detection, distribution analysis and some more basic statistics.
Since GRASS doesn't perform this I would like to know what are
You probably should consider R. Take a look at
http://grass.itc.it/statsgrass/grass_geostats.html
Jose
Luis Lisboa escribió:
Greetings
I need to do some univariate statitstics that goes beyond the
max/min/median/average/standard deviation. I need to do some outliers
detection, distribution
Thank you
I realized that there is a r.univar.zone and an r.univar. What is the main
difference between them? (they seems alike)
Luis
On Tue, Mar 2, 2010 at 9:33 AM, Jose A. Ruiz-Arias jarar...@ujaen.eswrote:
You probably should consider R. Take a look at
Luis Lisboa pisze:
Thank you
I realized that there is a r.univar.zone and an r.univar. What is the
main difference between them? (they seems alike)
Luis
On Tue, Mar 2, 2010 at 9:33 AM, Jose A. Ruiz-Arias jarar...@ujaen.es
mailto:jarar...@ujaen.es wrote:
You probably should consider R.
