Attached is a patch with minor suggestions for the R-ints manual at
r64048. The most substantial change is the following:
The top layer comprises the graphics subsystems. Although there is
-provision for 24 subsystems, after 6 years only two exist, `base' and
+provision for 24 subsystems, since 2001 only two exist, `base' and
`grid'.
Is the year 2001 correct? I base it on the date of the commit that
introduced the "6 years" string and on the date of grid 0.1.
Scott
--
Scott Kostyshak
Economics PhD Candidate
Princeton University
Index: trunk/doc/manual/R-ints.texi
===================================================================
--- trunk/doc/manual/R-ints.texi (revision 64048)
+++ trunk/doc/manual/R-ints.texi (working copy)
@@ -462,7 +462,7 @@
(which are 32 bits on all @R{} platforms).
@item REALSXP
-@code{length}, @code{truelength} followed by a block of C @code{double}s
+@code{length}, @code{truelength} followed by a block of C @code{double}s.
@item CPLXSXP
@code{length}, @code{truelength} followed by a block of C99 @code{double
@@ -1330,7 +1330,7 @@
The relationship between the pairs is similar: @code{warning} tries to
fathom out a suitable call, and then calls @code{warningcall} with that
call as the first argument if it succeeds, and with @code{call =
-R_NilValue} it is does not. When @code{warningcall} is called, it
+R_NilValue} if it does not. When @code{warningcall} is called, it
includes the deparsed call in its printout unless @code{call =
R_NilValue}.
@@ -2289,12 +2289,12 @@
@file{src/main/names.c}: primitives have @samp{Y = 0} in the @samp{eval}
field.
-There needs to an a @samp{\alias} entry in a help file in the @pkg{base}
+There needs to be a @samp{\alias} entry in a help file in the @pkg{base}
package, and the primitive needs to be added to one of the lists at the
start of this section.
Some primitives are regarded as language elements (the current ones are
-listed above). These need to be in added to two lists of exceptions,
+listed above). These need to be added to two lists of exceptions,
@code{langElts} in @code{undoc()} (in file
@file{src/library/tools/R/QC.R}) and @code{lang_elements} in
@file{tests/primitives.R}.
@@ -2778,7 +2778,7 @@
The top layer comprises the graphics subsystems. Although there is
-provision for 24 subsystems, after 6 years only two exist, `base' and
+provision for 24 subsystems, since 2001 only two exist, `base' and
`grid'. The base subsystem is registered with the engine when @R{} is
initialized, and unregistered (via @code{KillAllDevices}) when an @R{}
session is shut down. The grid subsystem is registered in its
@@ -3797,7 +3797,7 @@
interactively.
Default: true.
@item _R_CHECK_VIGNETTES_NLINES_
-Maximum number of lines to show of the bottom of the output when reporting
+Maximum number of lines to show at the bottom of the output when reporting
errors in running vignettes.
Default: 10.
@item _R_CHECK_CODOC_S4_METHODS_
@@ -4258,7 +4258,7 @@
@file{Renviron} file. This used to record @samp{false} if no command
was found, but it nowadays records the name for looking up on the path
at run time. The latter can be important for binary distributions: one
-does not want to be tied to, for example, TeXLive 2007.
+does not want to be tied to, for example, TeX Live 2007.
@node Current and future directions, Function and variable index, Use of TeX
dialects, Top
@@ -4408,7 +4408,7 @@
are supported provided that each of the dimensions is no more than
2^31-1. However, not all applications can be supported.
-The main problem is linear algebra, on done by FORTRAN code compiled
+The main problem is linear algebra done by FORTRAN code compiled
with 32-bit @code{INTEGER}. Although not guaranteed, it seems that all
the compilers currently used with @R{} on a 64-bit platform allow
matrices each of whose dimensions is less than 2^31 but with more than
@@ -4416,7 +4416,7 @@
support software (such as @acronym{BLAS} and @acronym{LAPACK}) also
work.
-There are exceptions: for example some complex @acronym{LAPACK})
+There are exceptions: for example some complex @acronym{LAPACK}
auxiliary routines do use a single @code{INTEGER} index and hence
overflow silently and segfault or give incorrect results. One example
is @code{svd()} on a complex matrix.
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