On 01/06/17 16:41, Moritz Lennert wrote:
Currently, the best way I see is to create a correspondance table
between the pieces and the original cat values. You can get that by running
v.category buffers op=add layer=2 out=buffers_2_layers
[...]
Then just run v.rast.stats once per class (each
On 01/06/17 13:07, Johannes Radinger wrote:
Hi,
I have a vector map of 50 km buffers surrounding 4000 points in entire
Europe. The single buffers where calculated using v.buffer with the -t
flag. Thus, many of my buffers overlap (i.e. geometries of buffers are
not merged but split up). Now, I
Hi,
I have a vector map of 50 km buffers surrounding 4000 points in entire
Europe. The single buffers where calculated using v.buffer with the -t
flag. Thus, many of my buffers overlap (i.e. geometries of buffers are not
merged but split up). Now, I want to obtain for each 50 km buffer the
On 01/06/17 10:49, Giuseppe Amatulli wrote:
Thanks all for the inputs.
In the end I implemented a scripting procedure outside grass using
pktools (pkfilter).
I first tiled the image with some overlap area, than run pkfilter -f
stdev , than crop the overlap area and then merge back the full
Thanks all for the inputs.
In the end I implemented a scripting procedure outside grass using pktools
(pkfilter).
I first tiled the image with some overlap area, than run pkfilter -f stdev
, than crop the overlap area and then merge back the full image.
Best Regards
Giuseppe
On 28 May 2017 at
Thanks,
I implemented accordingly and seams to work fine.
Thank you.
Best
Giuseppe
On 28 May 2017 at 17:18, Markus Metz wrote:
>
>
> On Thu, May 25, 2017 at 5:24 PM, Giuseppe Amatulli <
> giuseppe.amatu...@gmail.com> wrote:
> >
> > Hi Markus,
> > in reality the