Title: Sweave processing of OpenDocument format files
Description: Sweave processing of Open Document Format (ODF) files
Packaged: Wed Jul  5 15:46:52 2006; kuhna03

Packaged: Thu Jul 13 15:13:05 2006; kuhna03

Title: Sweave processing of Open Document format files
Packaged: Wed Jul 26 13:03:15 2006; kuhna03

Title: Sweave processing of Open Document Format (ODF) files
Packaged: Tue Sep  5 18:12:00 2006; hornik

Packaged: Wed Jan  3 11:08:17 2007; kuhna03

Packaged: Fri Jan 12 09:27:40 2007; kuhna03

Packaged: Wed Apr 11 14:16:59 2007; kuhna03

Packaged: Wed Jun 20 14:50:19 2007; kuhna03

Packaged: Tue Aug  7 19:34:30 2007; kuhna03

Packaged: Sun Jan 25 20:26:09 2009; kuhna03

Author: Max Kuhn, Steve Weaston, Nathan Coulter

Author: Max Kuhn. Contributions from Steve Weston, Nathan Coulter,

Packaged: Wed Feb 13 21:06:20 2008; hornik

Packaged: Fri May  2 16:47:50 2008; kuhna03

Packaged: Tue May  6 19:55:39 2008; kuhna03

Packaged: Wed Aug  6 13:07:38 2008; kuhna03

Packaged: Sun Aug 24 13:49:14 2008; kuhna03

Packaged: Tue Aug 26 20:26:24 2008; kuhna03

Packaged: Thu Aug 28 09:53:21 2008; kuhna03

Author: Max Kuhn. Contributions from Steve Weston, Nathan Coulter, Patrick Lenon, Zekai Otles and the R Core Team
X-CRAN-Comment: Orphaned on 2016-09-25 as requested by the maintainer.

Title: Support for odfWeave on the survey package
Description: Provides methods for odfTable() for objects in the survey

person("Thibaut", "Jombart", role = "ctb"),
Description: Generate systems of ordinary differential equations
(ODE) and integrate them, using a domain specific language
(DSL).  The DSL uses R's syntax, but compiles to C in order to
efficiently solve the system.  A solver is not provided, but
instead interfaces to the packages 'deSolve' and 'dde' are
generated.  With these, while solving the differential equations,
no allocations are done and the calculations remain entirely in
compiled code.  Alternatively, a model can be transpiled to R for
use in contexts where a C compiler is not present.  After
compilation, models can be inspected to return information about
parameters and outputs, or intermediate values after calculations.
'odin' is not targeted at any particular domain and is suitable
for any system that can be expressed primarily as mathematical
expressions.  Additional support is provided for working with
delays (delay differential equations, DDE), using interpolated
functions during interpolation, and for integrating quantities
Imports: R6, cinterpolate (>= 1.0.0), crayon, deSolve, digest,
Suggests: dde (>= 1.0.0), jsonvalidate (>= 1.1.0), knitr, rmarkdown,