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Spelling fixes.

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Paul Eggert 2011-11-13 22:27:12 -08:00
parent 56632ce4cd
commit 09e80d9fb9
60 changed files with 116 additions and 123 deletions
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47
doc/lispintro/emacs-lisp-intro.texi
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@ -357,7 +357,7 @@ every node in every chapter.
* Conclusion:: Now you have the basics.
* the-the:: An appendix: how to find reduplicated words.
* Kill Ring:: An appendix: how the kill ring works.
* Full Graph:: How to create a graph with labelled axes.
* Full Graph:: How to create a graph with labeled axes.
* Free Software and Free Manuals::
* GNU Free Documentation License::
* Index::
@ -793,9 +793,9 @@ The @code{current-kill} Function
* Digression concerning error:: How to mislead humans, but not computers.
* Determining the Element::
A Graph with Labelled Axes
A Graph with Labeled Axes
* Labelled Example::
* Labeled Example::
* print-graph Varlist:: @code{let} expression in @code{print-graph}.
* print-Y-axis:: Print a label for the vertical axis.
* print-X-axis:: Print a horizontal label.
@ -1023,7 +1023,7 @@ the command in parentheses, like this: @kbd{M-C-\}
invoke the command; this is called @dfn{rebinding}. @xref{Keymaps, ,
Keymaps}.) The abbreviation @kbd{M-C-\} means that you type your
@key{META} key, @key{CTRL} key and @key{\} key all at the same time.
(On many modern keyboards the @key{META} key is labelled
(On many modern keyboards the @key{META} key is labeled
@key{ALT}.)
Sometimes a combination like this is called a keychord, since it is
similar to the way you play a chord on a piano. If your keyboard does
@ -1031,7 +1031,7 @@ not have a @key{META} key, the @key{ESC} key prefix is used in place
of it. In this case, @kbd{M-C-\} means that you press and release your
@key{ESC} key and then type the @key{CTRL} key and the @key{\} key at
the same time. But usually @kbd{M-C-\} means press the @key{CTRL} key
along with the key that is labelled @key{ALT} and, at the same time,
along with the key that is labeled @key{ALT} and, at the same time,
press the @key{\} key.
In addition to typing a lone keychord, you can prefix what you type
@ -4749,7 +4749,7 @@ type in the name of the function whose source code you want to see,
such as @code{mark-whole-buffer}, and then type @key{RET}. Emacs will
switch buffers and display the source code for the function on your
screen. To switch back to your current buffer, type @kbd{C-x b
@key{RET}}. (On some keyboards, the @key{META} key is labelled
@key{RET}}. (On some keyboards, the @key{META} key is labeled
@key{ALT}.)
@c !!! 22.1.1 tags table location in this paragraph
@ -16962,7 +16962,7 @@ For this reason, I have written enhancements to the basic
@code{print-graph-body} function that automatically print labels for
the horizontal and vertical axes. Since the label printing functions
do not contain much new material, I have placed their description in
an appendix. @xref{Full Graph, , A Graph with Labelled Axes}.
an appendix. @xref{Full Graph, , A Graph with Labeled Axes}.
@node Line Graph Exercise, , Printed Axes, Readying a Graph
@section Exercise
@ -19447,7 +19447,7 @@ whether the kill ring is full or empty. This is an act of
exploration.
From the human point of view, the act of exploration and discovery is
not necessarily an error, and therefore should not be labelled as one,
not necessarily an error, and therefore should not be labeled as one,
even in the bowels of a computer. As it is, the code in Emacs implies
that a human who is acting virtuously, by exploring his or her
environment, is making an error. This is bad. Even though the computer
@ -19760,25 +19760,25 @@ as @code{kill-ring-yank-pointer} do not use this library, possibly
because they were written earlier.
@node Full Graph, Free Software and Free Manuals, Kill Ring, Top
@appendix A Graph with Labelled Axes
@appendix A Graph with Labeled Axes
Printed axes help you understand a graph. They convey scale. In an
earlier chapter (@pxref{Readying a Graph, , Readying a Graph}), we
wrote the code to print the body of a graph. Here we write the code
for printing and labelling vertical and horizontal axes, along with the
for printing and labeling vertical and horizontal axes, along with the
body itself.
@menu
* Labelled Example::
* Labeled Example::
* print-graph Varlist:: @code{let} expression in @code{print-graph}.
* print-Y-axis:: Print a label for the vertical axis.
* print-X-axis:: Print a horizontal label.
* Print Whole Graph:: The function to print a complete graph.
@end menu
@node Labelled Example, print-graph Varlist, Full Graph, Full Graph
@node Labeled Example, print-graph Varlist, Full Graph, Full Graph
@ifnottex
@unnumberedsec Labelled Example Graph
@unnumberedsec Labeled Example Graph
@end ifnottex
Since insertions fill a buffer to the right and below point, the new
@ -19821,9 +19821,9 @@ Here is an example of how a finished graph should look:
@end smallexample
@noindent
In this graph, both the vertical and the horizontal axes are labelled
In this graph, both the vertical and the horizontal axes are labeled
with numbers. However, in some graphs, the horizontal axis is time
and would be better labelled with months, like this:
and would be better labeled with months, like this:
@smallexample
@group
@ -19838,9 +19838,9 @@ and would be better labelled with months, like this:
@end smallexample
Indeed, with a little thought, we can easily come up with a variety of
vertical and horizontal labelling schemes. Our task could become
vertical and horizontal labeling schemes. Our task could become
complicated. But complications breed confusion. Rather than permit
this, it is better choose a simple labelling scheme for our first
this, it is better choose a simple labeling scheme for our first
effort, and to modify or replace it later.
@need 1200
@ -19864,7 +19864,7 @@ These considerations suggest the following outline for the
We can work on each part of the @code{print-graph} function definition
in turn.
@node print-graph Varlist, print-Y-axis, Labelled Example, Full Graph
@node print-graph Varlist, print-Y-axis, Labeled Example, Full Graph
@comment node-name, next, previous, up
@appendixsec The @code{print-graph} Varlist
@cindex @code{print-graph} varlist
@ -20391,7 +20391,7 @@ blank spaces and also separated according to the value of the variable
The value of the variable @code{X-axis-label-spacing} should itself be
measured in units of @code{symbol-width}, since you may want to change
the width of the symbols that you are using to print the body of the
graph without changing the ways the graph is labelled.
graph without changing the ways the graph is labeled.
@menu
* Similarities differences:: Much like @code{print-Y-axis}, but not exactly.
@ -20722,7 +20722,7 @@ Emacs will print the horizontal axis like this:
Now we are nearly ready to print the whole graph.
The function to print the graph with the proper labels follows the
outline we created earlier (@pxref{Full Graph, , A Graph with Labelled
outline we created earlier (@pxref{Full Graph, , A Graph with Labeled
Axes}), but with additions.
@need 1250
@ -20857,7 +20857,7 @@ Finally, the code for the @code{print-graph} function:
;;; @r{Final version.}
(defun print-graph
(numbers-list &optional vertical-step)
"Print labelled bar graph of the NUMBERS-LIST.
"Print labeled bar graph of the NUMBERS-LIST.
The numbers-list consists of the Y-axis values.
@end group
@ -21478,7 +21478,7 @@ each column."
@group
(defun print-graph
(numbers-list &optional vertical-step horizontal-step)
"Print labelled bar graph of the NUMBERS-LIST.
"Print labeled bar graph of the NUMBERS-LIST.
The numbers-list consists of the Y-axis values.
@end group
@ -21979,7 +21979,7 @@ each column."
@group
(defun print-graph
(numbers-list &optional vertical-step horizontal-step)
"Print labelled bar graph of the NUMBERS-LIST.
"Print labeled bar graph of the NUMBERS-LIST.
The numbers-list consists of the Y-axis values.
@end group
@ -22275,4 +22275,3 @@ airplane.
@c @end iftex
@bye