Hi,
Back end-repo is from here:
https://download.postgresql.org/pub/repos/yum/9.6/redhat/rhel-7-x86_64/pgdg-centos96-9.6-3.noarch.rpm
The front end is windows:
QGIS-OSGeo4W-2.18.6-1-Setup-x86_64.exe
Output from ver is:
Microsoft Windows [Version 6.1.7601]
On Tue, Apr 11, 2017 at 9:59 AM,
> Date: Tue, 11 Apr 2017 04:41:32 -0700 (MST)
> From: Tom Chadwin
>
> Yes, I mean that all models are made up of discrete algorithms, and those
> algorithms will only really work as intended if chained together as in the
> model. Nevertheless, the algorithms will appear
Hi Robert
Just a little of topic question. Your centos install for Postgres etc, is
that only using Postgres Yum repo?
Your QGIS frontend, is that also Centos?
Pieter
On Tue, Apr 11, 2017 at 6:27 PM, Robert Hewlett wrote:
> Hi,
>
> Quick test results. Attached are the
Hi Rob,
Thanks for testing. Good to know that pyramids now work fine with
postgis raster. It was a while back since I last tested.
If you can log the SQL queries on the server by increasing the logging
level, than it you can prove which tables QGIS is querying.
Andreas
On 2017-04-11 15:29,
Hi,
I am using 2.18.5. and the performance seems okay to good.
The ortho data in the DB are tiled and have overviews built.
When working with the data within QGIS it seems that the overviews are 'in
play'.
I will see if I can write some SQL to prove one way or the other.
The test vm on the
11.04.2017, 14:41, Tom Chadwin kirjoitti:
Yes, I mean that all models are made up of discrete algorithms, and those
algorithms will only really work as intended if chained together as in the
model. Nevertheless, the algorithms will appear in the Processing toolbox,
so users could try to use them
Hi Alexandre
this is indeed great!
Is the gdoc as it is now helpful enough for you to design a possible
implementation? Or, if not, what other inputs / comments would be necessary?
Cheers
Stéphane
Le lundi 10 avril 2017, Alexandre Neto a écrit :
> Hello all,
>
> At
Yes, I mean that all models are made up of discrete algorithms, and those
algorithms will only really work as intended if chained together as in the
model. Nevertheless, the algorithms will appear in the Processing toolbox,
so users could try to use them in isolation, and have difficulty forming
Hi Andreas,
The QGIS performance reading rasters from Postgis is not so bad, if
pyramids are available on the database. QGIS takes advantage of the
pyramids, if they exist. Check [1].
Regards,
Jorge
[1]
11.04.2017, 11:50, Tom Chadwin kirjoitti:
Hi Ari
What a great idea. Thank you. I guess the one downside is that it means the
main algorithm will not function on its own, so you have to rely on
documentation to inform the user not to try to use it without your
preprocessor?
By main algorithm
Hi Ari
What a great idea. Thank you. I guess the one downside is that it means the
main algorithm will not function on its own, so you have to rely on
documentation to inform the user not to try to use it without your
preprocessor?
Thanks again
Tom
-
Buy Pie Spy: Adventures in British
I have a small processing model where one of the algorithms is Rasterize
from GDAL. I needed to set the target resolution to be the same as the
one in one of the input rasters to the model.
The problem was thus the same as yours. My solution was to write a very
simple processor, which takes
12 matches
Mail list logo