update.

[chise/xemacs-chise.git-] / man / xemacs / keystrokes.texi

diff --git a/man/xemacs/keystrokes.texi b/man/xemacs/keystrokes.texi
index 6be81fc..f5f43cd 100644 (file)
--- a/man/xemacs/keystrokes.texi
+++ b/man/xemacs/keystrokes.texi
@@ -143,7 +143,7 @@ Pressing the @key{BREAK} key.
 Release the middle mouse button, while pressing @key{CTRL} and
 @key{META}. 
 @end table
 Release the middle mouse button, while pressing @key{CTRL} and
 @key{META}. 
 @end table

-@cindex shift modifer
+@cindex shift modifier

   Note: As you define keystrokes, you can use the @kbd{shift} key only
 as a modifier with characters that do not have a second keysym on the
 same key, such as @kbd{backspace} and @kbd{tab}.  It is an error to
   Note: As you define keystrokes, you can use the @kbd{shift} key only
 as a modifier with characters that do not have a second keysym on the
 same key, such as @kbd{backspace} and @kbd{tab}.  It is an error to

@@ -163,15 +163,15 @@ sequence must make up a @dfn{prefix key sequence}.
 schematic representation of a complete key sequence is as follows:
 
 @example
 schematic representation of a complete key sequence is as follows:
 
 @example

-  [(modifier .. modifer keysym) ... (modifier .. modifier keysym)]
+  [(modifier .. modifier keysym) ... (modifier .. modifier keysym)]

 @end example
 
   Here are some examples of complete key sequences:
 
 @table @kbd
 @end example
 
   Here are some examples of complete key sequences:
 
 @table @kbd

-@item [(control c) (control a)]        
+@item [(control c) (control a)]

 Typing @kbd{C-c} followed by @kbd{C-a}
 Typing @kbd{C-c} followed by @kbd{C-a}

-@item [(control c) (control 65)]       
+@item [(control c) (control 65)]

 Typing @kbd{C-c} followed by @kbd{C-a}. (Using the ASCII code
 for the character `a')@refill
 @item [(control c) (break)]
 Typing @kbd{C-c} followed by @kbd{C-a}. (Using the ASCII code
 for the character `a')@refill
 @item [(control c) (break)]

@@ -299,9 +299,9 @@ do the following:
   Create a file called @code{~/.xmodmap}.  In this file, place the lines
 
 @example
   Create a file called @code{~/.xmodmap}.  In this file, place the lines
 
 @example

-       remove Lock = Caps_Lock
-       keysym Caps_Lock = Super_L
-       add Mod2 = Super_L
+        remove Lock = Caps_Lock
+        keysym Caps_Lock = Super_L
+        add Mod2 = Super_L

 @end example
 
 The first line says that the key that is currently called @code{Caps_Lock}
 @end example
 
 The first line says that the key that is currently called @code{Caps_Lock}

@@ -440,7 +440,7 @@ and some previously-unassigned modifier bit.
 @section Representation of Characters
 
 This section briefly discusses how characters are represented in Emacs
 @section Representation of Characters
 
 This section briefly discusses how characters are represented in Emacs

-buffers.  @xref{Key Sequences} for information on representing key
+buffers.  @xref{Key Sequences}, for information on representing key

 sequences to create key bindings. 
 
   ASCII graphic characters in Emacs buffers are displayed with their
 sequences to create key bindings. 
 
   ASCII graphic characters in Emacs buffers are displayed with their

@@ -481,8 +481,8 @@ names}.  More information on this subject will appear in the @i{XEmacs
 Lisp Reference Manual}.
 
   The bindings between keys and functions are recorded in various tables
 Lisp Reference Manual}.
 
   The bindings between keys and functions are recorded in various tables

-called @dfn{keymaps}.  @xref{Key Bindings} for more information on key
-sequences you can bind commands to.  @xref{Keymaps} for information on
+called @dfn{keymaps}.  @xref{Key Bindings}, for more information on key
+sequences you can bind commands to.  @xref{Keymaps}, for information on

 creating keymaps.
 
   When we say  ``@kbd{C-n} moves down vertically one line'' we are
 creating keymaps.
 
   When we say  ``@kbd{C-n} moves down vertically one line'' we are