", "legend" and "xlab" calls do not have any effect on
the plot. Can someone help me out?
Thanks
--
Neba, Funwi-Gabga
Universitat Jaume I
Castellon, Spain.
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R-help@r-project.org
Hello,
Does the area-interaction process built in Spatstat actually work for data
in a polygonal windows? I try to run it but I get the error message that W
must be a rectangular object, but my window is a polygon of my study area.
Please any help?
neba
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Hello group,
Can someone please put me through how to estimate the nuisance parameters
(Saturation parameter and radius) for the Geyer saturation process?
It seems quite confusing to me how these parameters are achieved, but they
are very important in determining the interaction between points in a
ot'"
Could anyone help me on this? Is there something I am not doing right here?
--
Neba, Funwi-Gabga
Universitat Jaume I,
Castellon Spain.
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R-help@r-project.org mailing list
https://stat.et
Hello,
I have fitted a Poisson Process model in spatstat using
>fit1<-ppm(points, ~elevation, covariates=list(elevation=elevation.im))
This far, everything went well, but I try to simulate the fitted model using
the function:
>sim1<-rmh(fit1)
But I get the error message:
"Extracting model infor
Hello UseRs,
I need help on how to plot several raster images (such as those obtained
from a kernel-smoothed intensity function) in a layout
such as that obtained from the lattice package. I would like to obtain
something such as obtained from using the "levelplot" or "xyplot"
in lattice. I current
d elevation image is
different from the original elevation image (smaller). Is there anything I
am missing here?
Please any help will be appreciated.
--
Neba, Funwi-Gabga
Erasmus Mundus Masters
Geospatial technologies,
Superior School of Experimental Sciences and Technolog
d elevation image is
different from the original elevation image (smaller). Is there anything I
am missing here?
Please any help will be appreciated.
--
Neba, Funwi-Gabga
Universitat Jaume I
Castellon, Spain.
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lope.position=import.asc("slope_position.asc"),
+ water=import.asc("water_distance.asc"),
vegetation=import.asc("vegetation.asc")))
Please any help on this?
--
Neba, Funwi-Gabga
MSc student in Geosp. Tech.
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