Title: R messaging using ActiveMQ and jms
Author: SMS Chauhan <smschauhan@gmail.com>, Zubin Dowlaty
Imports: rJava (>= 0.6-0), Rjmsjars (>= 0.0.1)
Description: This package uses rJava to publish messages to an activeMQ
queue or topic, implementing enterprise integration patterns.

Description: This package uses rJava to publish messages to an activeMQ queue or topic, implementing enterprise integration patterns.
Packaged: 2011-11-03 15:45:58 UTC; Sms.Chauhan

Packaged: 2012-05-22 15:59:50 UTC; Sms.Chauhan

Title: R messaging using Apache ActiveMQ and jms
Description: This package uses rJava to publish messages to an Apache
ActiveMQ queue or topic, implementing enterprise integration

Description: External jars required for package Rjms.

Title: R interface of the Gateway to Advanced and User-friendly
Description: R interface to statistical database organized by Japanese government (http://statdb.nstac.go.jp/)

Author: Titus K Rotich <rktitus@uoeld.ac.ke>
Maintainer: Titus K Rotich <rktitus@uoeld.ac.ke>
Description: Hybrid Mortality Modelling (HMM) provides a framework in which mortality around "the accident hump" and at very old ages can be modelled under a single model. The graphics' codes necessary for visualization of the models' output are included here.

Description: Hybrid Mortality Modelling (HMM) provides a framework in which mortality around "the accident hump" and at very old ages can be modelled under a single model. The graphics' codes necessary for visualization of the models' output are included here. Specifically, the graphics are based on the assumption that, the mortality rates can be expressed as a function of the area under the curve between the crude mortality rates plots and the tangential transform of the force of mortality.

Package: Rknots
Type: Package
Title: Rknots
Version: 1.0
Date: 2011-07-04
Depends: R (>= 2.12.0), rgl, rSymPy
Suggests: bio3d
Author: Federico Comoglio and Maurizio Rinaldi
Maintainer: Federico Comoglio <federico.comoglio@bsse.ethz.ch>
Description: The Rknots package contains functions for the topological
analysis of polymeric structures, either biological polymers or
synthetic structures, with a major focus on proteins. This
release provides a Protein Data Bank (PDB) entries import
function, two structure reduction algorithms (MSR, Minimal
Structure Reduction and Alexander-Briggs reduction),
polynomials (Alexander, Jones and HOMFLY polynomial via
Conway's skein triple) and linking number computation,
graphical functions and a set of utilities. Credits are due to
the bio3d package on which the PDB import function is based, to
the google code project SymPy that provides a Computer Algebra
System for Python and to the Rsympy package.
License: GPL-2
LazyLoad: yes
Packaged: 2011-07-04 09:52:22 UTC; comoglif
Repository: CRAN
Date/Publication: 2011-07-04 10:22:31