% Because makeinfo.c exists, we can't just define new commands.
% So instead, we take over little-used existing commands.
%
+% Suggested by Karl Berry <karl@@freefriends.org>
+\gdef\!{\mskip-\thinmuskip}
% Redefine @cite{text} to act like $text$ in regular TeX.
% Info will typeset this same as @samp{text}.
\gdef\goodtex{\tex \let\rm\goodrm \let\t\ttfont \turnoffactive}
@c [begin]
@ifinfo
-@node Top, Getting Started,, (dir)
-@ichapter The GNU Emacs Calculator
+@node Top, , (dir), (dir)
+@chapter The GNU Emacs Calculator
@noindent
@dfn{Calc 2.02} is an advanced desk calculator and mathematical tool
* Copying:: How you can copy and share Calc.
* Getting Started:: General description and overview.
+* Interactive Tutorial::
* Tutorial:: A step-by-step introduction for beginners.
* Introduction:: Introduction to the Calc reference manual.
ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.
@end enumerate
-@node Getting Started, Tutorial, Top, Top
+@node Getting Started, Tutorial, Copying, Top
@chapter Getting Started
-
@noindent
This chapter provides a general overview of Calc, the GNU Emacs
Calculator: What it is, how to start it and how to exit from it,
The @kbd{I} prefix has another effect on the display modes. The mode
is set only temporarily; the top stack entry is reformatted according
to that mode, then the original mode setting is restored. In other
-words, @kbd{I d s} is equivalent to @kbd{H d s d RET H d @var{(old mode)}}.
+words, @kbd{I d s} is equivalent to @kbd{H d s d RET H d (@var{old mode})}.
@menu
* Radix Modes::
Accent codes (@samp{@var{x} dot}) are handled by treating them as
function calls (@samp{dot(@var{x})}) internally. @xref{TeX Language
-Mode} for a table of these accent functions. The @code{prime} accent
+Mode}, for a table of these accent functions. The @code{prime} accent
is treated specially if it occurs on a variable or function name:
@samp{f prime prime @w{( x prime )}} is stored internally as
@samp{f'@w{'}(x')}. For example, taking the derivative of @samp{f(2 x)}
a vector of the actual parameter values, written as equations:
@cite{[a = 3, b = 2]}, in case you'd rather read them in a list
than pick them out of the formula. (You can type @kbd{t y}
-to move this vector to the stack; @pxref{Trail Commands}.)
+to move this vector to the stack; see @ref{Trail Commands}.
Specifying a different independent variable name will affect the
resulting formula: @kbd{a F 1 k RET} produces @kbd{3 + 2 k}.
@end iftex
@table @cite
@item -1
-@var{(2)} Rectangular complex number.
+(@var{2}) Rectangular complex number.
@item -2
-@var{(2)} Polar complex number.
+(@var{2}) Polar complex number.
@item -3
-@var{(3)} HMS form.
+(@var{3}) HMS form.
@item -4
-@var{(2)} Error form.
+(@var{2}) Error form.
@item -5
-@var{(2)} Modulo form.
+(@var{2}) Modulo form.
@item -6
-@var{(2)} Closed interval.
+(@var{2}) Closed interval.
@item -7
-@var{(2)} Closed .. open interval.
+(@var{2}) Closed .. open interval.
@item -8
-@var{(2)} Open .. closed interval.
+(@var{2}) Open .. closed interval.
@item -9
-@var{(2)} Open interval.
+(@var{2}) Open interval.
@item -10
-@var{(2)} Fraction.
+(@var{2}) Fraction.
@item -11
-@var{(2)} Float with integer mantissa.
+(@var{2}) Float with integer mantissa.
@item -12
-@var{(2)} Float with mantissa in @cite{[1 .. 10)}.
+(@var{2}) Float with mantissa in @cite{[1 .. 10)}.
@item -13
-@var{(1)} Date form (using date numbers).
+(@var{1}) Date form (using date numbers).
@item -14
-@var{(3)} Date form (using year, month, day).
+(@var{3}) Date form (using year, month, day).
@item -15
-@var{(6)} Date form (using year, month, day, hour, minute, second).
+(@var{6}) Date form (using year, month, day, hour, minute, second).
@end table
@iftex
}