Commit f9f013d3 authored by Philip Rinn's avatar Philip Rinn
Browse files

Fix spelling errors

parent 09e05a6d
......@@ -21,22 +21,22 @@
#' @return \item{eD1}{a vector of the error of the Drift coefficient for each
#' \code{bin}.}
#' @return \item{D2}{a vector of the Diffusion coefficient for each \code{bin}.}
#' @return \item{eD2}{a vector of the error of the Driffusion coefficient for
#' @return \item{eD2}{a vector of the error of the Diffusion coefficient for
#' each \code{bin}.}
#' @return \item{D4}{a vector of the fourth Kramers-Moyal coefficient for each
#' \code{bin}.}
#' @return \item{mean_bin}{a vector of the mean value per \code{bin}.}
#' @return \item{density}{a vector of the number of events per \code{bin}.}
#' @return \item{M1}{a matrix of the first conditional moment for each
#' \eqn{\tau}. Rows corespond to \code{bin}, columns to \eqn{\tau}.}
#' \eqn{\tau}. Rows correspond to \code{bin}, columns to \eqn{\tau}.}
#' @return \item{eM1}{a matrix of the error of the first conditional moment
#' for each \eqn{\tau}. Rows corespond to \code{bin}, columns to \eqn{\tau}.}
#' for each \eqn{\tau}. Rows correspond to \code{bin}, columns to \eqn{\tau}.}
#' @return \item{M2}{a matrix of the second conditional moment for each
#' \eqn{\tau}. Rows corespond to \code{bin}, columns to \eqn{\tau}.}
#' \eqn{\tau}. Rows correspond to \code{bin}, columns to \eqn{\tau}.}
#' @return \item{eM2}{a matrix of the error of the second conditional moment
#' for each \eqn{\tau}. Rows corespond to \code{bin}, columns to \eqn{\tau}.}
#' for each \eqn{\tau}. Rows correspond to \code{bin}, columns to \eqn{\tau}.}
#' @return \item{M4}{a matrix of the fourth conditional moment for each
#' \eqn{\tau}. Rows corespond to \code{bin}, columns to \eqn{\tau}.}
#' \eqn{\tau}. Rows correspond to \code{bin}, columns to \eqn{\tau}.}
#' @return \item{U}{a vector of the \code{bin} borders.}
#'
#' @author Philip Rinn
......
......@@ -8,7 +8,7 @@
#' ignored in this function.
#' @param digits integer, used for number formatting with \code{\link{signif}()}.
#'
#' @return The function \code{summary.Langevin()} returns a sumamry of the
#' @return The function \code{summary.Langevin()} returns a summary of the
#' estimated drift and diffusion coefficients
#'
#' @author Philip Rinn
......
......@@ -2,7 +2,7 @@
#'
#' \code{timeseries1D} generates a one-dimensional Langevin process using a
#' simple Euler integration. The drift function is a cubic polynomial, the
#' diffusion funcation a quadratic.
#' diffusion function a quadratic.
#'
#'
#' @param N a scalar denoting the length of the time-series to generate.
......
......@@ -45,7 +45,7 @@
#' \code{dt=0} yields \code{dt=1/sf}.
#'
#' @return \code{timeseries2D} returns a time-series object with the generated
#' time-series as colums.
#' time-series as columns.
#'
#' @author Philip Rinn
#' @seealso \code{\link{timeseries1D}}
......
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