Nikos Alexandris wrote:
Nikos Alexandris wrote:
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
Is python's int() truncating or rounding up values? The question came to
me
while thinking of r.mapcalc's respective functions ( i.e. int() != round()
Nikos Alexandris wrote:
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
Is python's int() truncating or rounding up values? The question came
to me while thinking of r.mapcalc's respective functions ( i.e. int()
!= round() )
Glynn Clements
Nikos Alexandris wrote:
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
Glynn:
In 7.0, these fields are already integers; r40555 should be
backported.
Markus:
AFAIK it has been backported some time ago.
Nikos Alexandris wrote:
# faster/ easier way: use of the grass.region() function
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
In 7.0, these fields are already integers; r40555 should be
backported.
AFAIK it has been backported
Nikos Alexandris wrote:
# faster/ easier way: use of the grass.region() function
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
In 7.0, these fields are already integers; r40555 should be
backported.
AFAIK it has been
On Mon, May 31, 2010 at 3:50 AM, Glynn Clements
gl...@gclements.plus.com wrote:
[CC to grass-dev]
Nikos Alexandris wrote:
# faster/ easier way: use of the grass.region() function
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
In 7.0, these fields are
Markus Neteler wrote:
# faster/ easier way: use of the grass.region() function
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
In 7.0, these fields are already integers; r40555 should be
backported.
AFAIK it has been backported some time ago.
[...]
Nikos Alexandris:
Just for the records, a thread not _directly_ about it but close
(enough?):
http://osgeo-org.1803224.n2.nabble.com/Getting-rows-cols-of-a-region-i
n -a- script-tc2787474.html#a2788062
[...]
1. http://www.mail-archive.com/grass-user@lists.osgeo.org/msg08280.html
Thanks. Quite helpful.
Michael
C. Michael Barton
Director, Center for Social Dynamics Complexity
Professor of Anthropology, School of Human Evolution Social Change
Arizona State University
voice: 480-965-6262 (SHESC), 480-727-9746 (CSDC)
fax: 480-965-7671
[CC to grass-dev]
Nikos Alexandris wrote:
# faster/ easier way: use of the grass.region() function
rows = int(grass.region()['rows'])
cols = int(grass.region()['cols'])
In 7.0, these fields are already integers; r40555 should be
backported.
--
Glynn Clements
On May 25, 2010, at 11:14 AM, Nikos Alexandris wrote:
Kim Besson:
I'm building a GRASS Python Script to automatically import a set of
data to my location. At GRASS book (chapter 3.3.3) it uses g.proj -wf
to to check current location projection. Can I use the same command in
Python to
Greetings
I'm building a GRASS Python Script to automatically import a set of data to
my location. At GRASS book (chapter 3.3.3) it uses g.proj -wf to to check
current location projection. Can I use the same command in Python to
retrieve the same?
And how about calling gdalwarp in a
On May 25, 2010, at 1:29 AM, grass-user-requ...@lists.osgeo.org wrote:
Date: Tue, 25 May 2010 08:50:10 +0100
From: Kim Besson kimbesson1...@gmail.com
Subject: [GRASS-user] Get current location projection in a Python
Script
To: grass-user@lists.osgeo.org
Message-ID
Kim Besson:
I'm building a GRASS Python Script to automatically import a set of data
to my location. At GRASS book (chapter 3.3.3) it uses g.proj -wf to to
check current location projection. Can I use the same command in Python
to retrieve the same?
And how about calling gdalwarp
On May 25, 2010, at 8:25 AM, Nikos Alexandris wrote:
Kim Besson:
I'm building a GRASS Python Script to automatically import a set of data
to my location. At GRASS book (chapter 3.3.3) it uses g.proj -wf to to
check current location projection. Can I use the same command in Python
to
Kim Besson:
I'm building a GRASS Python Script to automatically import a set of
data to my location. At GRASS book (chapter 3.3.3) it uses g.proj -wf
to to check current location projection. Can I use the same command in
Python to retrieve the same?
And how about calling gdalwarp in a
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