dynamics

Compute a dynamic solution with the numerical algorithms from package
 <code>deSolve</code>.

Provides an R6 class and several utility methods to
facilitate the implementation of models based on ordinary
differential equations. The heart of the package is a code generator
that creates compiled 'Fortran' (or 'R') code which can be passed to
a numerical solver. There is direct support for solvers contained
in packages 'deSolve' and 'rootSolve'.

David Kneis

rodeo

A Code Generator for ODE-Based Models

dynamics function

<dl><dt>times</dt>
<dd>Times of interest (numeric vector).</dd>
<dt>fortran</dt>
<dd>Switch between compiled Fortran and R code (logical). Default
is <code>TRUE</code>.</dd>
<dt>proNames</dt>
<dd>Assign names to output columns holding the process rates?
Default is <code>TRUE</code>.</dd>
<dt>...</dt>
<dd>Auxiliary arguments passed to <code>ode</code>.
See notes below.</dd></dl>

Arguments

<a href="/link/david.kneis%40tu-dresden.de?package=rodeo&version=0.8.2" data-mini-rdoc="rodeo::david.kneis@tu-dresden.de">david.kneis@tu-dresden.de</a>

Author

Numerical Integration — dynamics

<dl>

<dt>times</dt>
<dd>Times of interest (numeric vector).</dd>


<dt>fortran</dt>
<dd>Switch between compiled Fortran and R code (logical). Default
is <code>TRUE</code>.</dd>


<dt>proNames</dt>
<dd>Assign names to output columns holding the process rates?
Default is <code>TRUE</code>.</dd>


<dt>...</dt>
<dd>Auxiliary arguments passed to <code>ode</code>.
See notes below.</dd>

</dl>

<a href='mailto:david.kneis@tu-dresden.de'>david.kneis@tu-dresden.de</a>

dynamics: Numerical Integration

Description

Value

Arguments

Author

See Also