diff -Naur hexer-1.0.6/hexer.1 hexer-1.0.6.patched/hexer.1
--- hexer-1.0.6/hexer.1	2020-04-24 09:06:48.000000000 -0400
+++ hexer-1.0.6.patched/hexer.1	2020-11-19 15:51:44.118564837 -0500
@@ -339,7 +339,7 @@
 .BR "REGULAR EXPRESSIONS" ).
 .TP
 .B ?
-Search reverse using a regular expression.
+Reverse search using a regular expression.
 .TP
 .B .
 Repeat the last change to the buffer
@@ -427,7 +427,7 @@
 or
 .BR BackSpace
 key deletes the previously inserted byte.  If the hex column is active, the
-previously inserted nibble (hex digit) is deleted.  It is not possible
+previously inserted nybble (hex digit) is deleted.  It is not possible
 to delete more bytes than have been inserted in the current insert command.
 While in
 .BR "Insert Mode" ,
@@ -940,7 +940,7 @@
 .B maxmatch
 limit by doubling the `*' or `+' operator, e.g. "a.**b" or
 "foo\\(bar\\)\\+\\+".
-.br
+.PP
 Note that the context specifiers `^'/`$' (beginning/end of a line) and
 `\\<'/`\\>' (beginning/end of a word) are available and actually do
 what you expect.  If you don't want the atoms `.' and `[^...]' to match
@@ -948,13 +948,13 @@
 .B specialnl
 option using the
 .BR :set -command.
-.br
+.PP
 To enter a special character, you can use the standard C `\\'\(hyescape
 sequences.  To enter a character using its octal code, use a `\\o'\(hyprefix
 followed by up to three octal digits.
 (C-style octal escapes are not supported, because `\\0', ... `\\9' are
 interpreted as back-references to subexpressions of the RE.)
-To enter a character using it's hex code, type a `\\x'-prefix followed
+To enter a character using its hex code, type a `\\x'-prefix followed
 by up to two hex digits; decimal codes can be entered using a `\\d'\(hyprefix
 followed by up to three decimal digits.  It is possible to enter strings
 of codes by doubling the base specifier, e.g. "\\xxfe ff 5a 7e" or
@@ -963,7 +963,7 @@
 .BR maxmatch )
 of repetitions of
 .BR "ff fe" .
-.br
+.PP
 It is possible to use all kinds of character `\\'\(hyescapes (escapes
 representing a single character) within `[]'\(hyranges.  Within a range,
 the `o' selecting an octal base for the escape may be omitted, since
@@ -988,55 +988,80 @@
 .B %
 (percent) sign and an expression in infix notation.
 It is possible to use parentheses.
+.PP
 .B myc
 understands the following binary infix operators (from highest priority to
 lowest):
+.TP
 .B **
 (power),
+.TP
 .B *
 (multiply),
+.TP
 .B /
 (divide),
+.TP
 .B %
 (modulo),
+.TP
 .B +
 (add),
-.B -
+.TP
+.B \-
 (subtract),
+.TP
 .B <<
 (shift left),
+.TP
 .B >>
 (shift right),
+.TP
 .B <
 (less),
+.TP
 .B <=
 (less or equal),
+.TP
 .B >
 (greater),
+.TP
 .B >=
 (greater or equal),
+.TP
 .B ==
 (equal),
+.TP
 .B !=
 (not equal),
+.TP
 .B &
 (arithmetical and),
+.TP
 .B |
 (arithmetical or),
+.TP
 .B ^
 (arithmetical exclusive or),
+.TP
 .B &&
 (logical and),
+.TP
 .B ||
 (logical or),
+.TP
 .B =
 (assign);  and the following unary prefix operators:
-.B -
+.TP
+.B \-
 (negate, unary minus),
+.TP
 .B !
 (logical not),
+.TP
 .B ~
 (bitwise complement).
+.PP
 .B myc
 knows three data types:
 .BR boolean ,
@@ -1044,8 +1069,10 @@
 (32 bit),
 .B float
 (64 bit, equivalent to C double).
+.PP
 On some esoteric platforms the precision of integer and float may be
 different.
+.PP
 As in C the result of a division depends on the data types of the operands.
 An integer divided by an integer yields an integer.
 If you want the result to be a float, make sure one of the operands is a
@@ -1057,8 +1084,10 @@
 .I a/(b+0.)
 instead of
 .IR a/b .
+.PP
 The power operation returns a float if the result is too large to fit in an
 integer.
+.PP
 The result of a calculation is stored in the special variables
 .B $$
 and
diff -Naur hexer-1.0.6/myc.1 hexer-1.0.6.patched/myc.1
--- hexer-1.0.6/myc.1	2020-04-24 09:06:48.000000000 -0400
+++ hexer-1.0.6.patched/myc.1	2020-11-19 15:39:33.189631281 -0500
@@ -64,67 +64,98 @@
 is specified on the command-line, the result is echoed and
 .B myc
 exits immediately.
+.PP
 If invoked with no arguments,
 .B myc
 starts reading commands from standard-in.
+.SH OPERATORS
 .B myc
 understands the following binary infix operators (from highest priority to
 lowest):
+.TP
 .B **
 (power),
+.TP
 .B *
 (multiply),
+.TP
 .B /
 (divide),
+.TP
 .B %
 (modulo),
+.TP
 .B +
 (add),
-.B -
+.TP
+.B \-
 (subtract),
+.TP
 .B <<
 (shift left),
+.TP
 .B >>
 (shift right),
+.TP
 .B <
 (less),
+.TP
 .B <=
 (less or equal),
+.TP
 .B >
 (greater),
+.TP
 .B >=
 (greater or equal),
+.TP
 .B ==
 (equal),
+.TP
 .B !=
 (not equal),
+.TP
 .B &
 (arithmetical and),
+.TP
 .B |
 (arithmetical or),
+.TP
 .B ^
 (arithmetical exclusive or),
+.TP
 .B &&
 (logical and),
+.TP
 .B ||
 (logical or),
+.TP
 .B =
 (assign);  and the following unary prefix operators:
-.B -
+.TP
+.B \-
 (negate, unary minus),
+.TP
 .B !
 (logical not),
+.TP
 .B ~
 (bitwise complement).
+.SH DATA TYPES
 .B myc
 knows three data types:
+.TP
 .BR boolean ,
+.TP
 .B integer
 (32 bit),
+.TP
 .B float
 (64 bit, equivalent to C double).
+.SH NOTES
 On some esoteric platforms the precision of integer and float may be
 different.
+.PP
 As in C the result of a division depends on the data types of the operands.
 An integer divided by an integer yields an integer.
 If you want the result to be a float, make sure one of the operands is a
@@ -138,6 +169,7 @@
 .IR a/b .
 The power operation returns a float if the result is too large to fit in an
 integer.
+.PP
 The result of a calculation is stored in the special variables
 .B $$
 and