Alex Couture-Beil <alex_rproject@mofo.ca>, Jon Schnute
<schnutej-dfo@shaw.ca>, Rowan Haigh <Rowan.Haigh@dfo-mpo.gc.ca>
This package solves systems of delay differential
equations.  by interfacing numerical routines written by Simon
N. Wood <s.wood _at_ bath.ac.uk>, with contributions by
Benjamin J. Cairns <ben.cairns@bristol.ac.uk>. These numerical
routines first appeared in Simon Wood's solv95 program.  This
package includes a vignette and a complete user's guide.
'PBSddesolve' originally appeared on CRAN under the name
'ddesolve'.  That version is no longer supported. The current
name emphasizes a close association with other PBS packages,
particularly 'PBSmodelling'.

Alex Couture-Beil <alex@mofo.ca>, Jon T. Schnute
<schnutej-dfo@shaw.ca>, Rowan Haigh
<rowan.haigh@dfo-mpo.gc.ca>, Nicholas Boers
<boersn@macewan.ca>, Simon N. Wood, Ben Cairns
This package solves systems of delay differential
equations.  by interfacing numerical routines written by Simon
N. Wood , with contributions by Benjamin J. Cairns. These
numerical routines first appeared in Simon Wood's solv95
program.  This package includes a vignette and a complete
user's guide.  'PBSddesolve' originally appeared on CRAN under
the name 'ddesolve'.  That version is no longer supported. The
current name emphasizes a close association with other PBS
packages, particularly 'PBSmodelling'.

Alex Couture-Beil <alex@mofo.ca>,
Jon T. Schnute <schnutej-dfo@shaw.ca>,
Rowan Haigh <rowan.haigh@dfo-mpo.gc.ca>,
Nicholas Boers <boersn@macewan.ca>,
Simon N. Wood, Ben J. Cairns
This package solves systems of delay differential equations.
by interfacing numerical routines written by Simon N. Wood , with
contributions by Benjamin J. Cairns. These numerical routines first
appeared in Simon Wood's solv95 program.
This package includes a vignette and a complete user's guide.
'PBSddesolve' originally appeared on CRAN under the name 'ddesolve'.
That version is no longer supported. The current name emphasizes a close
association with other PBS packages, particularly 'PBSmodelling'.