@@ -1,61 +1,61 @@
-\section{Symbolic Mode}
-
-\begin{Operator}{EQ}
-\begin{Syntax}
-\meta{expression} \name{eq} \meta{expression}
-\end{Syntax}
-
-\name{eq} is an infix binary comparison operator that returns {\em true\/}
-if the first expression points to the same object as the second.  Users
-should be completely familiar with the concept of Lisp pointers and their
-comparison before using this operator.
-
-\begin{Comments}
-\name{eq} is {\em not\/}
-a reliable comparison between numeric arguments.
-\end{Comments}
-
-\end{Operator}
-
-\begin{Switch}{FASTFOR}
-The switch \name{fastfor} causes \nameref{for} loops to use so-called
-``inum'' arithmetic in which simple arithmetic operations, such as
-updating operations on the looping variable, are replaced by machine
-operations.
-
-\begin{Comments}
-This switch should be used with care.  Only code that is compiled should
-utilize its effect, since some of the operations used are not supported
-in interpreted mode.  It is also the user's responsibility to ensure that
-the arithmetic operations are within the appropriate range, since no
-overflow is checked.
-\end{Comments}
-
-\end{Switch}
-
-
-\begin{Operator}{MEMQ}
-
-\begin{Syntax}
-\meta{expression} \name{memq} \meta{list}
-\end{Syntax}
-
-\name{member} is an infix binary comparison operator that evaluates to
-{\em true\/} if \meta{expression} is a \nameref{eq} to any member of
-\meta{list}.
-
-\begin{Examples}
-if 'a memq {'a,'b} then 1 else 0; & 1 \\
-if '(a) memq {'(a),'(b)} then 1 else 0; & 0
-\end{Examples}
-
-\begin{Comments}
-Since \name{eq} is not a reliable comparison between numeric arguments,
-one can't be sure that 1 for example is \name{memq} the list
-\name{\{1,2\}}.
-\end{Comments}
-
-
-\end{Operator}
-
-
+\section{Symbolic Mode}
+
+\begin{Operator}{EQ}
+\begin{Syntax}
+\meta{expression} \name{eq} \meta{expression}
+\end{Syntax}
+
+\name{eq} is an infix binary comparison operator that returns {\em true\/}
+if the first expression points to the same object as the second.  Users
+should be completely familiar with the concept of Lisp pointers and their
+comparison before using this operator.
+
+\begin{Comments}
+\name{eq} is {\em not\/}
+a reliable comparison between numeric arguments.
+\end{Comments}
+
+\end{Operator}
+
+\begin{Switch}{FASTFOR}
+The switch \name{fastfor} causes \nameref{for} loops to use so-called
+``inum'' arithmetic in which simple arithmetic operations, such as
+updating operations on the looping variable, are replaced by machine
+operations.
+
+\begin{Comments}
+This switch should be used with care.  Only code that is compiled should
+utilize its effect, since some of the operations used are not supported
+in interpreted mode.  It is also the user's responsibility to ensure that
+the arithmetic operations are within the appropriate range, since no
+overflow is checked.
+\end{Comments}
+
+\end{Switch}
+
+
+\begin{Operator}{MEMQ}
+
+\begin{Syntax}
+\meta{expression} \name{memq} \meta{list}
+\end{Syntax}
+
+\name{member} is an infix binary comparison operator that evaluates to
+{\em true\/} if \meta{expression} is a \nameref{eq} to any member of
+\meta{list}.
+
+\begin{Examples}
+if 'a memq {'a,'b} then 1 else 0; & 1 \\
+if '(a) memq {'(a),'(b)} then 1 else 0; & 0
+\end{Examples}
+
+\begin{Comments}
+Since \name{eq} is not a reliable comparison between numeric arguments,
+one can't be sure that 1 for example is \name{memq} the list
+\name{\{1,2\}}.
+\end{Comments}
+
+
+\end{Operator}
+
+