Difference between revisions of "Topmodel"
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For a fully documented example, see the [[Running Topmodel]] page. | For a fully documented example, see the [[Running Topmodel]] page. | ||
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==Installation== | ==Installation== | ||
| − | + | Topmodel is available from the [http://cran.r-project.org/mirrors.html Comprehensive R Archive Network]. It can be installed directly from within R with: | |
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| − | + | install.packages("topmodel") | |
==Loading== | ==Loading== | ||
Revision as of 16:25, 14 August 2008
Introduction
The TOPMODEL package contains an implementation of the venerable TOPMODEL, along with some other useful functions. Although the package has been tested extensively, it may be contain bugs. All feedback is welcome (see the feedback page).
Thanks go to Keith Beven, who wrote the original TOPMODEL in Fortran, and Huidae Cho, for the C code base (originally implemented in GRASS GIS)
For a fully documented example, see the Running Topmodel page.
Installation
Topmodel is available from the Comprehensive R Archive Network. It can be installed directly from within R with:
install.packages("topmodel")
Loading
Once in R you need to load the package before you can use it:
library(topmodel)
Function overview
Full documentation is provided in the package, and can be opened with:
help.start()
The current version contains the following functions:
- infiltration() gives direct access to the Green-Ampt infiltration routine used by topmodel
- make.classes() makes topographic index classes from a topographic index map
- NSeff() calculates the Nash-Sutcliffe efficiency
- topidx() calculates the topographic index from a raster DEM
- topmodel() implements the original model