\HeaderA{FCSRobj.currentmin}{Script using current version of 'rflowcyt' package to read in
FCS R OBJECTS corresponding to the binary FCS files}{FCSRobj.currentmin}
\aliasA{facscan256.FCSRobj.current}{FCSRobj.currentmin}{facscan256.FCSRobj.current}
\aliasA{SEB.NP22.FCSRobj.current}{FCSRobj.currentmin}{SEB.NP22.FCSRobj.current}
\keyword{datasets}{FCSRobj.currentmin}
\begin{Description}\relax
These two FCS R objects are read in as S4 FCS-class R objects using the
'read.FCS' function in the current version of \pkg{rflowcyt} package.
\end{Description}
\begin{Usage}
\begin{verbatim}

data(SEB.NP22.FCSRobj.currentmin)
data(facscan256.FCSRobj.currentmin)

\end{verbatim}
\end{Usage}
\begin{Format}\relax
Two FCS-class R objects.
\end{Format}
\begin{Source}\relax
Raw binary fcs files (in the "fcs" directory of 'rfcdmin' package)
read in by using 'read.FCS' in the current version of \pkg{rflowcyt}.

0. FCS R object name (Raw Binary FCS File): Source


1. facscan256.FCSRobj ("facscan256.fcs"): Australian National
University (ANU)


2. SEB.NP22.FCSRobj ("SEB-NP22.fcs"): Fred Hutchinson Cancer Research
Ceneter : (FHCRC)
\end{Source}
\begin{References}\relax
A.J. Rossini, J.Y. Wan

The FCS R objects correspond to the examples in the following
documentation of the raw fcs files : 
\code{\LinkA{SEB-NP22.fcs}{SEB.Rdash.NP22.fcs}},
\code{\LinkA{facscan256.fcs}{facscan256.fcs}},\code{\LinkA{FCSRobjmin}{FCSRobjmin}}
Function 'read.FCS' in \pkg{rflowcyt}

See documentation for 'FCSRobj.current' in \pkg{rfcdorig} package.
\end{References}
\begin{Examples}
\begin{ExampleCode}

data(SEB.NP22.FCSRobj.currentmin)
data(facscan256.FCSRobj.currentmin)

\end{ExampleCode}
\end{Examples}

