Dear all,
many thanks to Pierre Goovaerts and Yetta Jager for answering my previous
question (see below)
I have another question (possibly pretty basic ...apologies in case it is a
RTFM question, but the manual is rather large :-)..
I notice that irregular interpolated grids are published
Dear list-members,
First of all, I am a Newbie to simulation.
I want to simulate cloud fields, described by the liquid water path - a
measure for the liquid water in the atmospheric column in g/m*m.
The variable, the liquid water path field, shall match a specific power law.
On the other hand the
geogis 123 wrote:
Alternatively, is there such an option in other software doing
simulations?
Yes, http://www.gstat.org
--
Edzer
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Hello, I'm a PhD student trying to use S-Plus (with the spatial stats
module) to create variogram clouds so that I can identify local outliers in
my data set (I'm looking for local outliers and not general population
outliers)..
I have previously only used genstat for my geostats and I'm not
Hello-
I am a graduate student studying the functional morphology of bones. Part of my thesis
entails characterizing the shape of a relatively complex 3D bone surface. I am testing
to see whether exercise affects the morphology of this surface, so am looking for a
way to test for differences
Ann Zumwalt writes:
I am especially interested in testing for differences in the rugosity (ie,
bumpiness)
of the surfaces, but am interested in *any* method that would help me analyze these
surfaces. I have 3D grid data (x,y,z) that represents the surfaces (I am scanning
the
bones with a
On 24-Jun-03 ANN ZUMWALT wrote:
I am a graduate student studying the functional morphology of bones.
Part of my thesis entails characterizing the shape of a relatively
complex 3D bone surface. I am testing to see whether exercise affects
the morphology of this surface, so am looking for a way
Ann,
Though our software was developed primarily for Earth Science applications,
Arizona State University is using our EVS-PRO software to animate fetal
mouse embryo development based on scanned photomicrographs of tissue
structures. One (of many) challenge they face is finding reference points
