[ATfL] Try to get rid of an extra line rendered in PDF

The extra line is added for some reason in PDF in case of all the
items that span into more than one line.

Author: pawosm-arm

arm-software/linux/docs/GettingStarted.md

@@ -334,14 +334,9 @@ generates a portable output suitable for any Armv8-A-based target.
 
 ### Note
 
-* The optimizations that are performed due to setting the `-mcpu` option, are
-  independent of the optimizations that are performed due to setting the
-  `-O<level>` option.
+* The optimizations that are performed due to setting the `-mcpu` option, are independent of the optimizations that are performed due to setting the `-O<level>` option.
 
-* If you run the compiler on one target, but plan to run the application you are
-  compiling on a different target, do not use `-mcpu=native`. Instead, use
-  `-mcpu=<target>` where `<target>` is the target processor that you run
-  the application on.
+* If you run the compiler on one target, but plan to run the application you are compiling on a different target, do not use `-mcpu=native`. Instead, use `-mcpu=<target>` where `<target>` is the target processor that you run the application on.
 
 ## Standards support
 
@@ -355,20 +350,17 @@ For details on OpenMP support in Arm Toolchain for Linux, see the
 
 ### When to use Arm Toolchain for Linux?
 
-* To compile a code with the modern Fortran features (except
-  coarrays/teams/collectives).
+* To compile a code with the modern Fortran features (except coarrays/teams/collectives).
 
 * To compile Applications that are standards compliant.
 
 * To compile large scale applications like CP2K.
 
-* To compile applications requiring quadruple precision real/complex type
-  support.
+* To compile applications requiring quadruple precision real/complex type support.
 
 ### When not to use Arm Toolchain for Linux?
 
-* Performance is not guaranteed. For the users seeking highest performance,
-  Arm Toolchain for Linux is not recommended.
+* Performance is not guaranteed. For the users seeking highest performance, Arm Toolchain for Linux is not recommended.
 
 * OpenMP support is experimental.
 

arm-software/linux/docs/UsingArmPL.md

@@ -11,13 +11,11 @@ optimized standard core math libraries for high-performance computing
 applications on Arm processors. Through a C interface, the following types of
 routines are available:
 
-* BLAS: Basic Linear Algebra Subprograms, including XBLAS, the extended
-  precision BLAS
+* BLAS: Basic Linear Algebra Subprograms, including XBLAS, the extended precision BLAS
 
 * LAPACK: A comprehensive package of higher level linear algebra routines
 
-* FFT functions: A set of Fast Fourier Transform routines for real and complex
-  data using the FFTW interface
+* FFT functions: A set of Fast Fourier Transform routines for real and complex data using the FFTW interface
 
 * Sparse linear algebra