Estimation of Soil Hydraulic Parameters from Experimental Data
This package estimates the parameters in infiltration and
water retention models by curve-fitting method. The models
considered are those that are commonly used in soil science.

Estimating Water Retention and Infiltration Model Parameters
using Experimental Data
Christian Thine Omuto [aut, cre], Martin Maechler [ctb], Vitalis Too [ctb]
This version 2 of the HydroMe v.1 package estimates the parameters
in infiltration and water retention models by curve-fitting methods <doi:10.1016/j.cageo.2008.08.011>. The
models considered are those commonly used in soil science.  It has new models
for water retention and characteristic curves.

R codes for estimating water retention and infiltration model
parameters using experimental data
This package is version 2 of HydroMe v.1 package. It
estimates the parameters in infiltration and water retention
models by curve-fitting method. The models considered are those
that are commonly used in soil science. It has new models for
water retention characteristic curve and debugging of errors in
HydroMe v.1

Implements various tools for storing and analyzing hypergraphs.
Handles basic undirected, unweighted hypergraphs, and various ways of
creating hypergraphs from a number of representations, and
converting between graphs and hypergraphs.
proxy, RSpectra, gtools, grDevices, Matrix, stats, graphics

This package includes the basic functions for the hyperbolic
distribution: probability density function, distribution function,
quantile function, a routine for generating observations from the
hyperbolic, and a function for fitting the hyperbolic distribution to
data.

This package provides functions for the hyperbolic and related
distributions. Density, distribution and quantile functions and
random number generation are provided for the hyperbolic distribution,
the generalized hyperbolic distribution, the generalized inverse
Gaussian distribution and the skew-Laplace distribution. Additional
functionality is provided for the hyperbolic distribution, including
fitting of the hyperbolic to data.