[Depmix-commits] r176 - trunk/man

[noreply at r-forge.r-project.org]

Author: maarten
Date: 2008-06-18 10:30:32 +0200 (Wed, 18 Jun 2008)
New Revision: 176

Added:
   trunk/man/depmix.sim-class.Rd
Removed:
   trunk/man/depmix.sim-class.rd
Log:
Renamed remotely

Copied: trunk/man/depmix.sim-class.Rd (from rev 175, trunk/man/depmix.sim-class.rd)
===================================================================
--- trunk/man/depmix.sim-class.Rd	                        (rev 0)
+++ trunk/man/depmix.sim-class.Rd	2008-06-18 08:30:32 UTC (rev 176)
@@ -0,0 +1,74 @@
+\name{depmix.sim-class}
+
+\docType{class}
+
+\alias{depmix.sim}
+\alias{depmix.sim-class}
+
+\alias{nresp,depmix.sim-method}
+\alias{ntimes,depmix.sim-method}
+\alias{nstates,depmix.sim-method}
+
+
+\title{Class "depmix.sim"}
+
+\description{A \code{depmix.sim} model. The \code{depmix.sim} class directly
+extends the \code{\link{depmix}} class, and has an additional slot for the
+true states. A \code{depmix.sim} model can be generated by
+\code{simulate(mod,...)}, where \code{mod} is a \code{\link{depmix}} model.}
+
+\section{Slots}{
+
+	\describe{
+
+	\item{\code{response}:}{List of list of \code{response} objects.}
+
+	\item{\code{transition}}{List of \code{\link{transInit}} objects.}
+	
+	\item{\code{prior}:}{\code{\link{transInit}} object.}
+	
+	\item{\code{dens}:}{Array of dimension sum(ntimes)*nresp*nstates
+		providing the densities of the observed responses for each state.}
+	
+	\item{\code{trDens}:}{Array of dimension \code{sum(ntimes)}*nstates
+		providing the probability of a state transition depending on the
+		predictors.}
+	
+	\item{\code{init}:}{Array of dimension \code{length(ntimes)}*nstates with 
+		the current predictions for the initial state probabilities.}
+	
+	\item{\code{stationary}:}{Logical indicating whether the transitions are
+		time-dependent or not; for internal use.}
+	
+	\item{\code{ntimes}:}{A vector containing the lengths of independent time
+		series; if data is provided, sum(ntimes) must be equal to
+		nrow(data).}
+
+	\item{\code{nstates}:}{The number of states of the model.}
+
+	\item{\code{nresp}:}{The number of independent responses.}
+
+	\item{\code{npars}:}{The total number of parameters of the model. This is not
+		the degrees of freedom, ie there are redundancies in the
+		parameters, in particular in the multinomial models for the
+		transitions and prior.}
+		
+  \item{\code{states}:}{A matrix with the true states.}
+
+	}
+}
+
+\section{Accessor Functions}{
+	The following functions should be used for accessing the corresponding
+	slots:
+	\describe{
+		\item{\code{npar}:}{The number of parameters of the model.}
+		\item{\code{nresp}:}{The number of responses.}
+		\item{\code{nstates}:}{The number of states.}
+		\item{\code{ntimes}:}{The vector of independent time series lengths.}
+	}
+}
+
+\author{Maarten Speekenbrink}
+
+\keyword{classes}

Deleted: trunk/man/depmix.sim-class.rd
===================================================================
--- trunk/man/depmix.sim-class.rd	2008-06-18 07:51:47 UTC (rev 175)
+++ trunk/man/depmix.sim-class.rd	2008-06-18 08:30:32 UTC (rev 176)
@@ -1,74 +0,0 @@
-\name{depmix.sim-class}
-
-\docType{class}
-
-\alias{depmix.sim}
-\alias{depmix.sim-class}
-
-\alias{nresp,depmix.sim-method}
-\alias{ntimes,depmix.sim-method}
-\alias{nstates,depmix.sim-method}
-
-
-\title{Class "depmix.sim"}
-
-\description{A \code{depmix.sim} model. The \code{depmix.sim} class directly
-extends the \code{\link{depmix}} class, and has an additional slot for the
-true states. A \code{depmix.sim} model can be generated by
-\code{simulate(mod,...)}, where \code{mod} is a \code{\link{depmix}} model.}
-
-\section{Slots}{
-
-	\describe{
-
-	\item{\code{response}:}{List of list of \code{response} objects.}
-
-	\item{\code{transition}}{List of \code{\link{transInit}} objects.}
-	
-	\item{\code{prior}:}{\code{\link{transInit}} object.}
-	
-	\item{\code{dens}:}{Array of dimension sum(ntimes)*nresp*nstates
-		providing the densities of the observed responses for each state.}
-	
-	\item{\code{trDens}:}{Array of dimension \code{sum(ntimes)}*nstates
-		providing the probability of a state transition depending on the
-		predictors.}
-	
-	\item{\code{init}:}{Array of dimension \code{length(ntimes)}*nstates with 
-		the current predictions for the initial state probabilities.}
-	
-	\item{\code{stationary}:}{Logical indicating whether the transitions are
-		time-dependent or not; for internal use.}
-	
-	\item{\code{ntimes}:}{A vector containing the lengths of independent time
-		series; if data is provided, sum(ntimes) must be equal to
-		nrow(data).}
-
-	\item{\code{nstates}:}{The number of states of the model.}
-
-	\item{\code{nresp}:}{The number of independent responses.}
-
-	\item{\code{npars}:}{The total number of parameters of the model. This is not
-		the degrees of freedom, ie there are redundancies in the
-		parameters, in particular in the multinomial models for the
-		transitions and prior.}
-		
-  \item{\code{states}:}{A matrix with the true states.}
-
-	}
-}
-
-\section{Accessor Functions}{
-	The following functions should be used for accessing the corresponding
-	slots:
-	\describe{
-		\item{\code{npar}:}{The number of parameters of the model.}
-		\item{\code{nresp}:}{The number of responses.}
-		\item{\code{nstates}:}{The number of states.}
-		\item{\code{ntimes}:}{The vector of independent time series lengths.}
-	}
-}
-
-\author{Maarten Speekenbrink}
-
-\keyword{classes}