ctextemp_texpower.sty

幻灯片模板

          \egroup\egroup
          \begingroup
          \CT@setup
          \CT@column@color
          \CT@row@color
          \CT@do@color
          \endgroup
          \@tempdima\ht\z@
          \advance\@tempdima\minrowclearance
          \vrule\@height\@tempdima\@width\z@
          \unhbox\z@}%
        \prepnext@tok}%
    }
    {%
      \def\@classz{\@classx
        \@tempcnta \count@
        \prepnext@tok
        \@addtopreamble{\ifcase \@chnum
          \hfil
          \d@llarbegin
          \insert@column
          \d@llarend \hfil \or
          \hskip1sp\d@llarbegin \insert@column \d@llarend \hfil \or
          \hfil\hskip1sp\d@llarbegin \insert@column \d@llarend \or
          \@startvcenter
          \@startpbox{\@nextchar}\insert@column \@endpbox $\or        % $
          \vtop \@startpbox{\@nextchar}\insert@column \@endpbox \or
          \vbox \@startpbox{\@nextchar}\insert@column \@endpbox
          \fi}\prepnext@tok}%
    }
    \def\@startvcenter{\everymath{}$\everymath{\color{mathcolor}}\vcenter}% $
    \expandafter\def\expandafter\@mkpream\expandafter#\expandafter1%
    \expandafter{%
      \expandafter\let\expandafter\@startvbox\expandafter\relax
      \@mkpream{#1}}
  }
  {%
    \def\@tabular{\leavevmode \hbox \bgroup \everymath{}$\everymath{\color{mathcolor}}\let\@acol\@tabacol
      \let\@classz\@tabclassz
      \let\@classiv\@tabclassiv \let\\\@tabularcr\@tabarray% $
      }%
    }
  \long\def\@iiiparbox#1#2[#3]#4#5{%
    \leavevmode
    \@pboxswfalse
    \setlength\@tempdima{#4}%
    \@begin@tempboxa\vbox{\hsize\@tempdima\@parboxrestore#5\@@par}%
    \ifx\@empty#2\else\ifx\relax#2\else
      \setlength\@tempdimb{#2}%
      \def\@parboxto{to\@tempdimb}%
    \fi\fi
    \if#1b\vbox
      \else\if #1t\vtop
      \else\ifmmode\vcenter
      \else\@pboxswtrue \everymath{}$\everymath{\color{mathcolor}}\vcenter
    \fi\fi\fi
    \@parboxto{\let\hss\vss\let\unhbox\unvbox
      \csname bm@#3\endcsname}%
    \if@pboxsw \m@th$\fi
    \@end@tempboxa}
  \let\o@textsuperscript@TP=\textsuperscript
  \def\textsuperscript#1{{\everymath{}\o@textsuperscript@TP{\everymath{\color{mathcolor}}#1}}}%
  }% matches \ifthenelse{\boolean{colormath@TP}}{%  Yes.
{% No; keep original definition.
  \let\origmath=\ensuremath%      \origmath needs to have a sensible definition.
}

%-----------------------------------------------------------------------------------------------------------------------
% New highlighting and emphasis commands. Most of them have a sensible alternative definition if the colorhighlight
% option is not given.

% \code{<text>} will display <text> in a `code-like' style (for shell commands or macro names).
% \codeswitch switches to the style used by \code, for use e.g. in verbatim environments.
\ifthenelse{\boolean{colorhighlight@TP}}%                Color highlighting enabled?
{%  Yes; code is displayed typewriter-style, bold and in a special color.
  \DeclareRobustCommand{\code}[1]{\textcolor{codecolor}{\textbf{\texttt{#1}}}}%
  \DeclareRobustCommand{\codeswitch}{\color{codecolor}\bfseries\ttfamily}% 
  }
{%  No; code is displayed just in typewriter-style and bold.
  \DeclareRobustCommand{\code}[1]{\textbf{\texttt{#1}}}%
  \DeclareRobustCommand{\codeswitch}{\bfseries\ttfamily}%  
  }

% \macroname{<text>} acts like \code, but adds a backslash in front.
\newcommand{\macroname}[1]{\code{\textbackslash#1}}

% \commandapp[<opt>]{<name>}{<arg>} displays a macro with an argument. <name> is the macro name, <opt> is an optional
% argument, <arg> is the macro argument. Note that only one pair of braces is added for <arg>; for several arguments,
% \}\{ needs to be used inside <arg> to separate arguments.
\newcommand{\commandapp}[3][]{\code{\macroname{#2}\ifthenelse{\equal{#1}{}}{}{[#1]}\{#3\}}}

% \carg{<text>} displays a `symbolic argument', i.e. <text> in code style enclosed in pointy braces.
\newcommand{\carg}[1]{\code{\origmath{\left<\code{#1}\right>}}}


% \underline{<text>} emphasises <text> using a special color if the colorhighlight option is given and by boldfacing
% otherwise. 
\ifthenelse{\boolean{colorhighlight@TP}}%                  Color highlighting enabled?
{%  Yes;
  \DeclareRobustCommand{\underl}{\textcolor{underlcolor}}% Use color to highlight.
  }
{%  No;
  \DeclareRobustCommand{\underl}{\textbf}%                 Use bold face.
  }


% \concept{<text>} emphasises <text> using a special color if the colorhighlight option is given and by boldfacing
% otherwise. To be used for emphasizing names of (new) concepts.
\ifthenelse{\boolean{colorhighlight@TP}}%                  Color highlighting enabled?
{%  Yes;
  \DeclareRobustCommand{\concept}{\textcolor{conceptcolor}}% Use color to highlight.
  }
{%  No;
  \DeclareRobustCommand{\concept}{\textbf}%                  Use bold face.
  }


% \inactive{<text>} emphasises <text> using a special color if the colorhighlight option is given. Nothing is done if
% the option is not given. To be used for `de-emphasizing' things not currently of interest.
\ifthenelse{\boolean{colorhighlight@TP}}%                  Color highlighting enabled?
{%  Yes;
  \DeclareRobustCommand{\inactive}{\textcolor{inactivecolor}}% Use color to highlight.
  }
{%  No;
  \DeclareRobustCommand{\inactive}{\monochromeinactive}%       Use monochrome default.
  }

\providecommand{\monochromeinactive}{}% What should \inactive do if colors can't be used? We provide a hook for
                                      % user definitions.


% \present[<opt>]{<text>} puts its argument into an \fbox with coloured background.
% If <opt> is given, it is added to the left of the box without taking any space, i.e. it will overlap text to the left
% of the box. This addition is useful mainly for adding `constraints' to things presented in a description or center
% environment. 
\ifthenelse{\boolean{colorhighlight@TP}}%                  Color highlighting enabled?
{%  Yes; use a colored box.
  \newcommand{\present}[2][]{\leavevmode\llap{\textbf{\footnotesize#1}\,}\fcolorbox{textcolor}{presentcolor}{#2}}%
  \newcommand{\mkpbox@TP}[1]{\fcolorbox{presentcolor}{presentcolor}{#1}}% Internal macro for use by \presentbox.
  }
{%  No; use an \fbox.
  \newcommand{\present}[2][]{\leavevmode\llap{\textbf{\footnotesize#1}\,}\fbox{#2}}%
  \newcommand{\mkpbox@TP}[1]{\fbox{#1}}%
  }

% \begin{presentbox} <stuff> \end{presentbox}
% creates a coloured patch of width \linewidth with a minipage containing <stuff> inside. If the colorhighlight option
% is not given, an \fbox containing the minipage is created.
\newsavebox{\pbox@TP}%                                  Container for the minipage to be boxed.
\newenvironment{presentbox}%
{%
  \par\smallskip%                                       First a small space to separate the area from preceding text.
  \begin{lrbox}{\pbox@TP}%                              Save the contents in a minipage inside \pbox@TP.
    \noindent
    \begin{minipage}{\linewidth-2\fboxsep-2\fboxrule}%  Reduce the width of the minipage to leave space for the frame.
      \replacecolor{presentcolor}{pagecolor}%           If \present is used inside the colored area...
      }%
    {%
    \end{minipage}
  \end{lrbox}%
  \noindent\mkpbox@TP{\usebox{\pbox@TP}}%               This typesets the saved minipage inside the coloured area.
  \smallskip%                                           A small space to separate the area from succeding text.
  \par
  }


%=======================================================================================================================
% Structured rules, box and page backgrounds.

%-----------------------------------------------------------------------------------------------------------------------
% Structured rules.

% Some configurable defaults for rules and box backgrounds.

% Default number of stripes for gradient rules and box backgrounds.
\newcommand{\rulestripes}{10}

% Default stripe overlap for avoiding `gaps' in color gradients.
\newcommand{\stripeoverlap}{.15pt}

% Default gradient progression for rules and box backgrounds (single gradients or first part of double gradients).
\newcommand{\rulefirstgradprogression}{1}

% Default gradient progression for rules and box backgrounds (second part of double gradients).
\newcommand{\rulesecondgradprogression}{1}

% Default position of the `middle' color of a double gradient.
\newcommand{\rulegradmidpoint}{.5}


% The following are used internally when making color gradients.

\newcounter{stripe@TP}

\newcounter{stripes@TP}

\newcommand{\firstgradprogression@TP}{1}

\newcommand{\secondgradprogression@TP}{1}

\newcounter{gradprogression@TP}

\newcommand{\gradmidpoint@TP}{.5}


% Special versions of \mkfactor which apply gradient progressions.

\newcommand{\mkgradfirstfactor@TP}{\mkgradfactor@TP\firstgradprogression@TP}

\newcommand{\mkgradsecondfactor@TP}{\mkgradfactor@TP\secondgradprogression@TP}

\newcommand{\mkgradfactor@TP}[3]% Calculate a factor modified by a `progression' parameter.
{%
  \mkfactor{#2}{#3}%                               Calculate the unmodified factor.
  \setcounter{gradprogression@TP}{#1}%             Factor definition may contain a calc-expression.
  \ifthenelse{\value{gradprogression@TP}=1}{}%     Progression value 1 is neutral.
  {%
    \ifthenelse{\value{gradprogression@TP}<0}%     `Negative' progression?
    {% Yes.
      \@tempcnta-\value{gradprogression@TP}\relax% Complement progression wrt 0.
      \mkfactor{#2}{1-1pt*\real{#2}}%              Complement factor definition wrt 1pt.
      }
    {\@tempcnta\value{gradprogression@TP}\relax}%  No; Use progression as given.
    \whiledo{\the\@tempcnta>1}%                    Calculate (factor definition)^(progression).
    {\advance\@tempcnta by -1\relax\mkfactor{#2}{\real{#2}*\real{#2}}}%
    \ifthenelse{\value{gradprogression@TP}<0}%     `Negative' progression?
    {% Yes.
      \mkfactor{#2}{1-1pt*\real{#2}}%              Complement result wrt 1pt.
      }
    {}%
  }%
}


% \vgradrule[<stripes>][<startmodel>]{<startcolor>}[<endmodel>]{<endcolor>}[<raise>]{<width>}{<height>} creates a
% rule-like object consisting of a vertical color gradient composed of horizontal stripes.
%
% The topmost stripe has color {<startcolor>}, the bottommost stripe has color {<endcolor>}. Inbetween, color changes
% gradually from top to bottom.
% The colors are specified exactly as for the \color command: if the optional argument <startmodel> is given,
% <startcolor> contains an explicit definition of a color from model <startmodel>, otherwise <startcolor> is the name of
% a defined color. The same holds for <endmodel> and <endcolor>.
% 
% The arguments [<raise>]{<width>}{<height>} work exactly as for the \rule command.
% 
% The optional argument <stripes>, if given, should contain a (calc expression for a) number specifying the number of
% stripes. If <stripes> is not given, the default is the content of \rulestripes (default 10).
% 
% There is one more parameter which is not given as an argument. The control sequence \rulefirstgradprogression should
% expand to an (calc expression for an) integer. This value (default 1) controls the `order' of progression from
% <startcolor> to <endcolor>.
% The default value 1 means linear progression. 2 means quadratic progression, i.e. color values `nearer' to <endcolor>
% are reached `later' (the square of 0.5, for instance, is 0.25, i.e. in the geometric middle point of the rule
% produced, the color gradient will have traveled only to one quarter of the `distance' between <startcolor> and
% <endcolor>). 
% 3 means cubic progression and so on. 0 and -1 mean the same as 1. -2 means quadratic progression ``from bottom to
% top'', i.e. color values `nearer' to <endcolor> are reached `earlier', and analogously for -3, -4, ... 
% 
% If you wish to give the second optional argument but not the first, just write \vgradrule[][<startmodel>]...
% 
\newcommand{\vgradrule}[1][]% Pick up first optional argument: [<stripes>]
{%
  \let\firstgradprogression@TP=\rulefirstgradprogression%  Use progression parameter for rules.
  \ifthenelse{\equal{#1}{}}%                               First optional argument given?
  {\setcounter{stripes@TP}{\rulestripes}}%                 No; use default value.
  {\setcounter{stripes@TP}{#1}}%                           Yes.
  \vgradrule@TP%                                           Pick up [<startmodel>]{<startcolor>}.
}

\newcommand{\vgradrule@TP}[2][]% Pick up next pair of arguments: [<startmodel>]{<startcolor>}.
{%
  \ifthenelse{\equal{#1}{}}%               <startmodel> given?
  {\replacecolor{startcolor@TP}{#2}}%      No