Re: referencing the customized enumeration with framed title

[Hans Hagen <pragma@wxs.nl>]

On 1/12/2018 3:54 AM, Jeong Dal wrote:
> Hi,
> 
> Some time ago, I am able to use following code(the framed title for Theorems and etc.)
> Thank Wolfgang and Otared again.
> 
> Since it uses the customized style of numbering, there is a problem to reference them.
> As in the following code, \in{Definition}[] shows no number and \in{Theorem}[] shows ?? instead of numbers while \in{Exam}[] shows correctly.
> 
> Is there a way to show the numbers correctly?
> 
> Thank you for reading.
> 
> Best regards,
> 
> Dalyoung
> 
> %%%%%%%%%%%
> \setupcolors[state=start]
> \definecolor[dGreen] [r=0,g=.375,b=.0]
> %%% define the background of Theorems:
> \defineframed
>    [FunnyFramed]
>    [frame=off,
>     loffset=1ex,
>     roffset=1ex,
>     foregroundstyle=\ssbf]
> 
> \startuseMPgraphic{FunnyFrame}
>      picture p ; numeric o ; path a, b ; pair c ;
>      p := textext.rt("\FunnyFramed{\enumerationparameter{text} \convertedcounter[Theorem]}") ;

     p := textext.rt("\FunnyFramed{\currentconstructiontext}") ;

in a next version:
%     p := 
textext.rt("\wrappedconstruction{\FunnyFramed{\currentconstructiontext}}") ;
%     p := 
textext.rt("\FunnyFramed{\wrappedconstruction{\currentconstructiontext}}") ;
%     p := textext.rt("\FunnyFramed{\wrappedcurrentconstruction}") ;


>      o := BodyFontSize ;
>      a := unitsquare xyscaled (OverlayWidth,OverlayHeight) ;
>      p := p shifted (2o,OverlayHeight-ypart center p) ;
>      drawoptions (withpen pencircle scaled 1pt withcolor .625red) ;
>      b := a superellipsed .95 ;
>      draw b ;
>      b := (boundingbox p) superellipsed .95 ;
>      fill b withcolor .85white ;
>      draw b ;
>      draw p withcolor black ;
>      setbounds currentpicture to a ;
> \stopuseMPgraphic
> 
> \defineoverlay[FunnyFrame][\useMPgraphic{FunnyFrame}]
> 
> \defineframedtext
>    [FunnyText]
>    [frame=off,
>     background=FunnyFrame,
>     before={\blank[line,halfline]},
> %    before={\blank[line]},
>      after={\blank[line]},
>     offset=\bodyfontsize,
>     width=\textwidth]
> 
> \defineenumeration[Theorem]
>    [title=yes,
>    text={\translate[en=Theorem, kr=정리]},
>     prefix=yes,
>     prefixsegments=chapter,
>     way=bychapter,
>     alternative=command,
>     headcommand=\gobbleoneargument,

Don't do this ^^

>     before=\startFunnyText,
>     after=\stopFunnyText]
> 
> %%%% Definition style
> \definenumber[DefNumber][way=bychapter,sectionumber=yes]
> \setuptextrules[rulecolor=dBlue]
> 
> \define\DefCommand{\incrementnumber[DefNumber]
> 	\textrule[top]{\translate[en=Definition, kr=정 의] \getnumber[DefNumber]}
> 	}	
> \defineenumeration[Definition]
> 	[alternative=hanging,
> 	width=fit,
> 	alternative=serried,
> 	text={},
> 	number=no,
> 	before={\DefCommand},
> 	after=\vskip3pt\hrule\blank]
> 
> %%% Examples with or without solutions
> \defineenumeration[Exam]
>     [text={\white\translate[en=Example, kr=예제]},
>     numbercommand={\inframed[corner=round, framecolor=dYellow,toffset=-1pt,boffset=-1pt, loffset=1ex,roffset=1ex, background=color,backgroundcolor=dGreen]},	%height=1.3em,
> %    title=no,
>      prefix=yes,
>      prefixsegments=chapter,
>      way=bychapter,
>      before={\blank[big]},
>      after=\blank]
> 	
> \starttext
> 
> \chapter{Spaces}
>      
> \section{Space 1}
> 
> \startDefinition[def:first]
> Let $X$ be a uncountable set. Let $\infty$ is a fixed point of $X$. Let $\mathcal T$ be the family of subsets $G$ such that either (i) $\infty \notin G$ or (ii) $\infty \in G \text{ and } G^c$ is finite. The space $(X, {\mathcal T} )$ is called {\bf Fort's space}.
> \stopDefinition
> 
> \startTheorem[lem:first]
>      Fort's space is a compact and Hausdorff topological space.\par
> \stopTheorem
> 
> \startTheorem[thm:second]
>      Fort's space is a compact and Hausdorff topological space.
> \stopTheorem
> 
> \startExam[Ex:first]
> Example Example Example Example Example Example Example Example Example
> Example Example Example Example Example Example Example Example Example
> Example Example Example Example Example Example Example Example Example
> \stopExam
> 
> In this example, we defined \in{Definition}[def:first]. After that, we proved \in{Lemma}[lem:first] and \in{정리}[thm:second]. Finally, \in{Example}[Ex:first], we saw an example of it.
> 
> \stoptext
> ___________________________________________________________________________________
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> 
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> 


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If your question is of interest to others as well, please add an entry to the Wiki!

maillist : ntg-context@ntg.nl / http://www.ntg.nl/mailman/listinfo/ntg-context
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