X-Git-Url: https://git.stderr.nl/gitweb?p=matthijs%2Fmaster-project%2Freport.git;a=blobdiff_plain;f=Chapters%2FNormalization.tex;h=3a7196d44c26ab92338c2e71a29e56097cc5223a;hp=ca84ed171760e6af2a40cf3f418025a4d13c15bc;hb=9314a7202be9b207a4f8cfe4e1524a85d4bbd2dd;hpb=a117295a33890774410292246ae8d21bd2505cf8

diff --git a/Chapters/Normalization.tex b/Chapters/Normalization.tex
index ca84ed1..3a7196d 100644
--- a/Chapters/Normalization.tex
+++ b/Chapters/Normalization.tex
@@ -957,15 +957,17 @@
         arguments used here are described in
         \in{Section}[section:prototype:polymorphism].
 
-        Without this transformation, there would be a (+) entity in the
-        architecture which would just add its inputs. This generates a lot of
-        overhead in the VHDL, which is particularly annoying when browsing the
-        generated RTL schematic (especially since + is not allowed in VHDL
-        architecture names\footnote{Technically, it is allowed to use
-        non-alphanumerics when using extended identifiers, but it seems that
-        none of the tooling likes extended identifiers in filenames, so it
-        effectively doesn't work}, so the entity would be called
-        \quote{w7aA7f} or something similarly unreadable and autogenerated).
+        Without this transformation, there would be a \lam{(+)} entity
+        in the \VHDL which would just add its inputs. This generates a
+        lot of overhead in the \VHDL, which is particularly annoying
+        when browsing the generated RTL schematic (especially since most
+        non-alphanumerics, like all characters in \lam{(+)}, are not
+        allowed in \VHDL architecture names\footnote{Technically, it is
+        allowed to use non-alphanumerics when using extended
+        identifiers, but it seems that none of the tooling likes
+        extended identifiers in filenames, so it effectively doesn't
+        work.}, so the entity would be called \quote{w7aA7f} or
+        something similarly unreadable and autogenerated).
 
     \subsection{Program structure}
       These transformations are aimed at normalizing the overall structure