Here are several data sets that I try to maintain and improve always:
DEMs for testing geomorphometry algorithms:
http://geomorphometry.org/content/data-sets
The Baranja hill data set includes many rasters of different type:
http://geomorphometry.org/content/baranja-hill
We used in in our
Seth, I believe that response residuals are the residuals obtaind by
(measurement - prediction) on the measurement scale ([0,1], for logit);
working residuals are the residuals obtained in the last step of the
weighted minimization, i.e. on the transformed measurements. Note that
predictions
Dear all,
I wonder how to resize a figure in spatstat, as it currently appears with
large
Margins (useless for me). I would like to enlarge my figure at maximum in
the windows and
optionally add some legend...
Thank you very much for any tips!
Best regards,
Ervan
Some days ago Brian Ripley and Uwe Ligges announced an update to
MinGW-w64 builds for 64-bit Windows on r-de...@. This daily version
works really nice. But it is not fully applicable at this time because
of some missing packages.
I am in particular interested in a 64-bit version of rgdal,
I suspect you'll need to build GDAL for yourself and then build rgdal
on top of that, since rgdal depends upon a pre-installation of GDAL.
The gdal-dev list is the appropriate place for discussing the first
step.
Colleagues have succesfully built 64-bit Windows GDAL from the 1.6.0
release using
On Mon, 25 Jan 2010, Rainer Hurling wrote:
Some days ago Brian Ripley and Uwe Ligges announced an update to MinGW-w64
builds for 64-bit Windows on r-de...@. This daily version works really nice.
But it is not fully applicable at this time because of some missing packages.
I am in particular
It might be wise to collaborate with the OSGeo4W project.
http://trac.osgeo.org/osgeo4w/
Many of the developers who deal with proj,gdal etc are behind this
project and there's a lot of good knowledge about MSYS in the group.
A 64bit version of OSGeo4W binaries seems like a good goal to introduce
Hi,
Say i have two polygon shape files, A and B. Each one has many polygons.
If we overlay the two layers, we should get three parts generally, PART1
only from A, PART2 only from B, and PART3 from both A AND B.
In R, how can we get these three parts in shape format?
Just point me several key
