\name{kinplot}
\Rdversion{1.1}
\alias{kinplot}
\title{
Creates a plot of the kinetic fits
}
\description{
Function to create a plot for a set of fitted models
}
\usage{
kinplot(kinobject, main = "",
xlab = "Time [days]", ylab = "Parent [\% of applied radioactivity]",
ylim = c("auto", "auto"), lpos = "topright")
}
\arguments{
\item{kinobject}{
A list containing the following elements:
The name of the parent compound to be output (\code{parent}),
the type of the test system (\code{type}),
the name of the specific test system used for generating this dataset
(\code{system}),
the input dataset (\code{data}),
the list of fitted kinetic models (\code{fits}), as returned by
\code{\link{kinfit}}, and the list of results (\code{results})
as returned by \code{\link{kinresults}}.
In contrast to the function \code{\link{kinreport}}, the data used
for the fitting also has to be in the kinobject list.
Optionally also
the label position of the test compound (\code{label}) and
the source of the data (\code{source}). }
\item{main}{ Title. }
\item{xlab}{ Label for the x axis. }
\item{ylab}{ Label for the y axis. }
\item{ylim}{ An array of length two holding the range for values on the y axis or "auto". }
\item{lpos}{ Where should the legend be placed? Will be passed on to
\code{\link{legend}}. }
}
\value{
The function is called for its side effect, namely creating a plot with
the fitted model.
}
\author{ Johannes Ranke }
\examples{
data(FOCUS_2006_C)
kinfits <- kinfit(FOCUS_2006_C, kinmodels = c("SFO", "FOMC", "DFOP"))
kinobject <- list(
parent = "Compound XY",
type = "Degradation in the environment",
system = "System 1",
source = "Synthetic example data from FOCUS kinetics",
data = FOCUS_2006_C,
fits = kinfits,
results = kinresults(kinfits))
\dontrun{kinplot(kinobject)}
}
\keyword{ hplot }
