R/R-2.15.2-makeinfov5.patch

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diff -up R-2.15.2/configure.makeinfo-fix R-2.15.2/configure
--- R-2.15.2/configure.makeinfo-fix 2012-10-18 18:05:56.000000000 -0400
+++ R-2.15.2/configure 2013-02-28 10:41:14.644967025 -0500
@@ -5196,6 +5196,8 @@ makeinfo_version_min=`echo ${makeinfo_ve
if test -z "${makeinfo_version_maj}" \
|| test -z "${makeinfo_version_min}"; then
r_cv_prog_makeinfo_v4=no
+elif test ${makeinfo_version_maj} -ge 5; then
+ r_cv_prog_makeinfo_v4=yes
elif test ${makeinfo_version_maj} -lt 4 \
|| test ${makeinfo_version_min} -lt 7; then
r_cv_prog_makeinfo_v4=no
diff -up R-2.15.2/m4/R.m4.makeinfo-fix R-2.15.2/m4/R.m4
--- R-2.15.2/m4/R.m4.makeinfo-fix 2012-10-13 18:05:05.000000000 -0400
+++ R-2.15.2/m4/R.m4 2013-02-28 10:39:53.083965801 -0500
@@ -210,6 +210,8 @@ makeinfo_version_min=`echo ${makeinfo_ve
if test -z "${makeinfo_version_maj}" \
|| test -z "${makeinfo_version_min}"; then
r_cv_prog_makeinfo_v4=no
+elif test ${makeinfo_version_maj} -ge 5; then
+ r_cv_prog_makeinfo_v4=yes
elif test ${makeinfo_version_maj} -lt 4 \
|| test ${makeinfo_version_min} -lt 7; then
r_cv_prog_makeinfo_v4=no
2013-02-28 19:32:55 +00:00
diff -up R-2.15.2/doc/manual/R-defs.texi.fixeqn R-2.15.2/doc/manual/R-defs.texi
--- R-2.15.2/doc/manual/R-defs.texi.fixeqn 2013-02-28 13:33:51.858006222 -0500
+++ R-2.15.2/doc/manual/R-defs.texi 2013-02-28 13:34:03.042006581 -0500
@@ -17,16 +17,18 @@ S
@acronym{HTML}
@end macro
-@macro eqn {t, a}
@iftex
+@macro eqn {t, a}
@tex
$\t\$%
@end tex
+@end macro
@end iftex
@ifnottex
+@macro eqn {t, a}
\a\@c
-@end ifnottex
@end macro
+@end ifnottex
@macro pkg {p}
@strong{\p\}
diff -up R-2.15.2/doc/manual/R-intro.texi.fixeqn R-2.15.2/doc/manual/R-intro.texi
--- R-2.15.2/doc/manual/R-intro.texi.fixeqn 2013-02-28 13:35:57.380030603 -0500
+++ R-2.15.2/doc/manual/R-intro.texi 2013-02-28 13:40:16.093042240 -0500
@@ -2045,13 +2045,17 @@ is the matrix product. If @code{x} is a
@noindent
is a quadratic form.@footnote{Note that @code{x %*% x} is ambiguous, as
-it could mean either @xTx{} or @xxT{}, where @eqn{@strong{x},x} is the
-column form. In such cases the smaller matrix seems implicitly to be
-the interpretation adopted, so the scalar @xTx{} is in this case the
-result. The matrix @xxT{} may be calculated either by @code{cbind(x)
-%*% x} or @code{x %*% rbind(x)} since the result of @code{rbind()} or
+it could mean either @xTx{}
+ or @xxT{},
+ where @eqn{@strong{x},x}
+ is the column form. In such cases the smaller matrix seems implicitly to be
+the interpretation adopted, so the scalar @xTx{}
+ is in this case the result. The matrix @xxT{}
+ may be calculated either by @code{cbind(x)%*% x} or @code{x %*% rbind(x)} since the result of @code{rbind()} or
@code{cbind()} is always a matrix. However, the best way to compute
-@xTx{} or @xxT{} is @code{crossprod(x)} or @code{x %o% x}
+@xTx{}
+ or @xxT{}
+ is @code{crossprod(x)} or @code{x %o% x}
respectively.}
@findex crossprod
@@ -2107,12 +2111,16 @@ but rarely is needed. Numerically, it i
potentially unstable to compute @code{x <- solve(A) %*% b} instead of
@code{solve(A,b)}.
-The quadratic form @eqn{@strong{x^T A^{-1} x},@ @code{x %*% A^@{-1@} %*%
-x} @ } which is used in multivariate computations, should be computed by
+The quadratic form @eqn{@strong{x^T A^{-1} x},@ @code{x %*% A^@{-1@} %*%x} @ }
+, which is used in multivariate computations, should be computed by
something like@footnote{Even better would be to form a matrix square
-root @eqn{B, B} with @eqn{A = BB^T, A = BB'} and find the squared length of the
-solution of @eqn{By = x, By = x}, perhaps using the Cholesky or
-eigendecomposition of @eqn{A, A}.} @code{x %*% solve(A,x)}, rather than
+root @eqn{B, B}
+ with @eqn{A = BB^T, A = BB'}
+ and find the squared length of the
+solution of @eqn{By = x, By = x},
+perhaps using the Cholesky or
+eigendecomposition of @eqn{A, A}.
+} @code{x %*% solve(A,x)}, rather than
computing the inverse of @code{A}.
@node Eigenvalues and eigenvectors, Singular value decomposition and determinants, Linear equations and inversion, Matrix facilities
@@ -6549,8 +6557,7 @@ disappear.
@c need to adapt the discussion slightly.
@table @code
-@item
-Start @R{} appropriately for your platform (@pxref{Invoking R}).
+@item Start @R{} appropriately for your platform (@pxref{Invoking R}).
The @R{} program begins, with a banner.
@@ -6753,15 +6760,13 @@ parts @dots{}
@item plot(w, xlim=c(-1,1), ylim=c(-1,1), pch="+",xlab="x", ylab="y")
@itemx lines(z)
-@itemx
-All points are inside the unit circle, but the distribution is not
+@itemx All points are inside the unit circle, but the distribution is not
uniform.
@item w <- sqrt(runif(100))*exp(2*pi*runif(100)*1i)
@itemx plot(w, xlim=c(-1,1), ylim=c(-1,1), pch="+", xlab="x", ylab="y")
@itemx lines(z)
-@itemx
-The second method uses the uniform distribution. The points should now
+@itemx The second method uses the uniform distribution. The points should now
look more evenly spaced over the disc.
@item rm(th, w, z)
@@ -7066,7 +7071,7 @@ Post-process @R{} profiling files.
Convert Rd format to various other formats, including @HTML{}, @LaTeX{},
plain text, and extracting the examples. @code{Rd2txt} can be used as
shorthand for @code{Rd2conv -t txt}.
-@itemx Rd2pdf
+@item Rd2pdf
Convert Rd format to PDF.
@item Stangle
Extract S/R code from Sweave documentation
diff -up R-2.15.2/doc/manual/R-lang.texi.fixeqn R-2.15.2/doc/manual/R-lang.texi
--- R-2.15.2/doc/manual/R-lang.texi.fixeqn 2013-02-28 13:41:17.454055194 -0500
+++ R-2.15.2/doc/manual/R-lang.texi 2013-02-28 13:43:05.114064174 -0500
@@ -3795,13 +3795,20 @@ Information from the operating system
environment can be accessed and manipulated with
@quotation
@multitable @columnfractions 0.3 0.7
-@item @code{Sys.getenv} @tab OS environment variables @findex Sys.getenv
-@item @code{Sys.putenv} @findex Sys.putenv
-@item @code{Sys.getlocale} @tab System locale @findex Sys.getlocale
-@item @code{Sys.putlocale} @findex Sys.putlocale
-@item @code{Sys.localeconv} @findex Sys.localeconv
-@item @code{Sys.time} @tab Current time @findex Sys.time
-@item @code{Sys.timezone} @tab Time zone @findex Sys.timezone
+@item @code{Sys.getenv} @tab OS environment variables
+@findex Sys.getenv
+@item @code{Sys.putenv}
+@findex Sys.putenv
+@item @code{Sys.getlocale} @tab System locale
+@findex Sys.getlocale
+@item @code{Sys.putlocale}
+@findex Sys.putlocale
+@item @code{Sys.localeconv}
+@findex Sys.localeconv
+@item @code{Sys.time} @tab Current time
+@findex Sys.time
+@item @code{Sys.timezone} @tab Time zone
+@findex Sys.timezone
@end multitable
@end quotation
@@ -3809,17 +3816,28 @@ environment can be accessed and manipula
A uniform set of file access functions is provided on all platforms:
@quotation
@multitable @columnfractions 0.3 0.7
-@item @code{file.access} @tab Ascertain File Accessibility @findex file.access
-@item @code{file.append} @tab Concatenate files @findex file.append
-@item @code{file.choose} @tab Prompt user for file name @findex file.choose
-@item @code{file.copy} @tab Copy files @findex file.copy
-@item @code{file.create} @tab Create or truncate a files @findex file.create
-@item @code{file.exists} @tab Test for existence @findex file.exists
-@item @code{file.info} @tab Miscellaneous file information @findex file.info
-@item @code{file.remove} @tab remove files @findex file.remove
-@item @code{file.rename} @tab rename files @findex file.rename
-@item @code{file.show} @tab Display a text file @findex file.show
-@item @code{unlink} @tab Remove files or directories. @findex unlink
+@item @code{file.access} @tab Ascertain File Accessibility
+@findex file.access
+@item @code{file.append} @tab Concatenate files
+@findex file.append
+@item @code{file.choose} @tab Prompt user for file name
+@findex file.choose
+@item @code{file.copy} @tab Copy files
+@findex file.copy
+@item @code{file.create} @tab Create or truncate a files
+@findex file.create
+@item @code{file.exists} @tab Test for existence
+@findex file.exists
+@item @code{file.info} @tab Miscellaneous file information
+@findex file.info
+@item @code{file.remove} @tab remove files
+@findex file.remove
+@item @code{file.rename} @tab rename files
+@findex file.rename
+@item @code{file.show} @tab Display a text file
+@findex file.show
+@item @code{unlink} @tab Remove files or directories.
+@findex unlink
@end multitable
@end quotation
@@ -3827,10 +3845,14 @@ There are also functions for manipulatin
platform-independent way.
@quotation
@multitable @columnfractions 0.3 0.7
-@item @code{basename} @tab File name without directory @findex basename
-@item @code{dirname} @tab Directory name @findex dirname
-@item @code{file.path} @tab Construct path to file @findex file.path
-@item @code{path.expand} @tab Expand @code{~} in Unix path @findex path.expand
+@item @code{basename} @tab File name without directory
+@findex basename
+@item @code{dirname} @tab Directory name
+@findex dirname
+@item @code{file.path} @tab Construct path to file
+@findex file.path
+@item @code{path.expand} @tab Expand @code{~} in Unix path
+@findex path.expand
@end multitable
@end quotation
@@ -4471,7 +4493,8 @@ Newlines have a function which is a comb
expression terminator. If an expression can terminate at the end of
the line the parser will assume it does so, otherwise the newline is
treated as whitespace. Semicolons (@samp{;}) may be used to separate
-elementary @cindex expression
+elementary
+@cindex expression
expressions on the same line.