Imports: broom (>= 0.3.7), DiagrammeR (>= 0.7), plyr, dplyr, graph,

Authors@R: person(given = "Thorsten", family = "Pohlert",
are decoded for upstream or downstream queries.
Author: Thorsten Pohlert [aut, cre] (<https://orcid.org/0000-0003-3855-3025>)

Title: Estimation of Soil Hydraulic Parameters from Experimental Data
Author: Christian Thine Omuto <thineomuto@yahoo.com>
Maintainer: Christian Thine Omuto <thineomuto@yahoo.com>
Description: 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.

Title: Estimating Water Retention and Infiltration Model Parameters
Author: Christian Thine Omuto [aut, cre], Martin Maechler [ctb], Vitalis Too [ctb]
Description: 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.

Title: R codes for estimating water retention and infiltration model
Description: 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

Maintainer: David J. Marchette <dmarchette@gmail.com>
Description: 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.
Imports: proxy, RSpectra, gtools, grDevices, Matrix, stats, graphics
Packaged: 2021-03-02 19:30:44 UTC; dmarchette

Description: 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