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git-svn-id: https://svn.r-project.org/R/trunk@87897 00db46b3-68df-0310-9c12-caf00c1e9a41

Author: hornik

doc/NEWS.Rd

@@ -211,7 +211,7 @@
   \subsection{BLAS and LAPACK}{
     \itemize{
       \item The bundled BLAS and LAPACK sources have been updated to
-      those shipped as part of january 2025's LAPACK 3.12.1.
+      those shipped as part of January 2025's LAPACK 3.12.1.
       
       \item It is intended that this will be the last update to BLAS and
       LAPACK in the \R sources.  Those building \R from source are
@@ -231,7 +231,7 @@
       LAPACK, not built if an external LAPACK is used).
 
       This option allows the continuation of swapping the BLAS in use by
-      symlinking \file{lib/libRblas.*}.  It has the disadvantage of
+      \I{symlinking} \file{lib/libRblas.*}.  It has the disadvantage of
       using the reference BLAS version of the 2025 routines whereas an
       enhanced BLAS might have an optimized version (\I{OpenBLAS} does as
       from version 0.3.29).

doc/manual/R-admin.texi

@@ -3627,7 +3627,7 @@ results or segfaults.
 There is a tendency for re-distributors of @R{} to use `enhanced' linear
 algebra libraries without explaining their downsides.
 
-@R{} is moving away from bundling the reference (`netlib')
+@R{} is moving away from bundling the reference (@I{Netlib})
 implementations of LAPACK and BLAS (which is nowadays distributed as
 part of LAPACK): it has been announced that version 3.12.1 included in
 @R{}@tie{}4.5.0 is expected to be the last update.
@@ -3638,13 +3638,13 @@ part of LAPACK): it has been announced that version 3.12.1 included in
 An external BLAS library has to be explicitly requested at configure
 time.
 
-@strong{NB:} For decades@footnote{The level 3 rroutines were added in
+@strong{NB:} For decades@footnote{The level 3 routines were added in
 1988.  A 2001 `standard' is available at
 @uref{https://www.netlib.org/blas/blast-forum/blas-report.pdf}.} the set
 of BLAS routines was unchanged: this changed in Jan 2025 when routines
 such as @code{dgemmtr} were added as part of LAPACK 3.12.1 and used in
 some low-level LAPACK routines.  This complicates the idea of swapping
-external BLASes.
+external @acronym{BLAS}es.
 
 You can specify a particular @acronym{BLAS} library @emph{via} a value
 for the configuration option @option{--with-blas}.  If this is given
@@ -3694,7 +3694,7 @@ in use: Build @R{} with @option{--with-blas} to select the OS version of
 the reference BLAS, and then use @command{update-alternatives} to switch
 between the available BLAS libraries.  See
 @uref{https://wiki.debian.org/DebianScience/LinearAlgebraLibraries}.
-(ATLAS, MKL and OpenBLAS alternatives are currently available.)
+(ATLAS, @I{MKL} and @I{OpenBLAS} alternatives are currently available.)
 
 Fedora 33 and later offer `@I{FlexiBLAS}', a similar mechanism for
 switching the BLAS in use
@@ -3994,7 +3994,7 @@ Note though that any dynamic libraries the replacement links to will
 need to be found by the linker: this may need the library path to be
 changed in @file{@var{R_HOME}/etc/ldpaths}.
 
-This becasme less easy in 2025: swapping the BLAS is only possible to
+This because less easy in 2025: swapping the BLAS is only possible to
 one compatible with the LAPACK in use.  For the LAPACK shipped with @R{}
 4.5.0 that means one containing @code{dgemmtr} and @code{zgemmtr}, or
 configuring @R{} with @option{--with-2025blas}.
@@ -4124,14 +4124,14 @@ target, but file @file{build/install_manifest.txt} lists the files
 installed, so you can remove them @emph{via} shell commands or from
 @R{}.
 
-The originql release of LAPCK 3.12.1 identifies itself as 3.12.0 (a
+The original release of LAPACK 3.12.1 identifies itself as 3.12.0 (a
 bug).
 
 If using @option{--with-lapack} to get a reference (`generic') LAPACK
 (or allowing the default to select one), consider also using
 @option{--with-blas} (with a path if an enhanced BLAS is installed).
 
-There is also `RecursiveLAPACK'
+There is also `@I{RecursiveLAPACK}'
 (@uref{https://github.com/HPAC/ReLAPACK?tab=readme-ov-file}) which
 replaces some LAPACK routines.  (This is optionally used by @I{OpenBLAS}.)