more.units ->unit.col.vec

man/atime.Rd

@@ -3,9 +3,11 @@
 \title{Asymptotic timing}
 \description{Computation time and memory for several R expressions of
   several different data sizes.}
+
 \usage{atime(
 N, setup, expr.list=NULL, times=10, seconds.limit=0.01, verbose=FALSE,
 result=FALSE, ...)}
+
 \arguments{
   \item{N}{numeric vector of at least two data sizes, default is \code{2^seq(2,20)}.}
   \item{setup}{expression to evaluate for every data size, before timings.}
@@ -16,16 +18,17 @@ result=FALSE, ...)}
   \item{verbose}{logical, print messages after every data size?}
   \item{result}{logical, save each result? If \code{TRUE}, and result is
   a data frame with one row, then the numeric column names will be
-  saved, for use as the default \code{more.units} argument to
-  \code{\link{references_best}}.}
+  saved as more units to analyze (in addition to kilobytes and seconds).}
   \item{\dots}{named expressions to time.}
 }
+
 \details{Each iteration involves first computing the setup expression,
   and then computing several times the \dots expressions. For
   convenience, expressions may be specified either via code (\dots) or
   data (\code{expr.list} arg).}
-\value{list of class atime with elements \code{more.units} (character
-  vector of unit column names), \code{seconds.limit} (numeric
+
+\value{list of class atime with elements \code{unit.col.vec} (character
+  vector of column names to analyze), \code{seconds.limit} (numeric
   input param), \code{measurements} (data table of results).}
 
 \author{Toby Dylan Hocking}