Strikethrough a cref-generated cross-reference












3














I'm looking to strikethrough a cross-reference generated with cref. I thought a basic example like the following would work:



documentclass{article}
usepackage{cleveref}
usepackage{soul}

begin{document}

Consider
begin{equation}label{eq:int}
int_a^bf(t)dt=0
end{equation}

Then st{Ignore cref{eq:int}.}

end{document}


However, I get an error message about one-too-many } symbols. To clarify, I would like the cross-reference to still be present (and blue, but I don't think that's important to this example), but have the strikethrough on top of it.



Any help would be appreciated.










share|improve this question




















  • 4




    Similar problems have already showed up; the simplest workaround is st{Ignore mbox{cref{eq:int}}.}
    – egreg
    Oct 19 at 9:26
















3














I'm looking to strikethrough a cross-reference generated with cref. I thought a basic example like the following would work:



documentclass{article}
usepackage{cleveref}
usepackage{soul}

begin{document}

Consider
begin{equation}label{eq:int}
int_a^bf(t)dt=0
end{equation}

Then st{Ignore cref{eq:int}.}

end{document}


However, I get an error message about one-too-many } symbols. To clarify, I would like the cross-reference to still be present (and blue, but I don't think that's important to this example), but have the strikethrough on top of it.



Any help would be appreciated.










share|improve this question




















  • 4




    Similar problems have already showed up; the simplest workaround is st{Ignore mbox{cref{eq:int}}.}
    – egreg
    Oct 19 at 9:26














3












3








3


0





I'm looking to strikethrough a cross-reference generated with cref. I thought a basic example like the following would work:



documentclass{article}
usepackage{cleveref}
usepackage{soul}

begin{document}

Consider
begin{equation}label{eq:int}
int_a^bf(t)dt=0
end{equation}

Then st{Ignore cref{eq:int}.}

end{document}


However, I get an error message about one-too-many } symbols. To clarify, I would like the cross-reference to still be present (and blue, but I don't think that's important to this example), but have the strikethrough on top of it.



Any help would be appreciated.










share|improve this question















I'm looking to strikethrough a cross-reference generated with cref. I thought a basic example like the following would work:



documentclass{article}
usepackage{cleveref}
usepackage{soul}

begin{document}

Consider
begin{equation}label{eq:int}
int_a^bf(t)dt=0
end{equation}

Then st{Ignore cref{eq:int}.}

end{document}


However, I get an error message about one-too-many } symbols. To clarify, I would like the cross-reference to still be present (and blue, but I don't think that's important to this example), but have the strikethrough on top of it.



Any help would be appreciated.







cross-referencing cleveref strikeout






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edited Oct 19 at 9:42









Mico

273k30369756




273k30369756










asked Oct 19 at 8:19









Matt

1211




1211








  • 4




    Similar problems have already showed up; the simplest workaround is st{Ignore mbox{cref{eq:int}}.}
    – egreg
    Oct 19 at 9:26














  • 4




    Similar problems have already showed up; the simplest workaround is st{Ignore mbox{cref{eq:int}}.}
    – egreg
    Oct 19 at 9:26








4




4




Similar problems have already showed up; the simplest workaround is st{Ignore mbox{cref{eq:int}}.}
– egreg
Oct 19 at 9:26




Similar problems have already showed up; the simplest workaround is st{Ignore mbox{cref{eq:int}}.}
– egreg
Oct 19 at 9:26










1 Answer
1






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oldest

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0














This is a by-pass solution with TikZ, striking out the text by overprinting with a line, using a node aligned to the baseline and applying the west and east node anchors as drawing start and end points.



documentclass{article}
usepackage{cleveref}

usepackage{tikz}


newcommand{tikzst}[2][line width=1pt,blue,opacity=0.4]{%
tikz[baseline]{ node[anchor=text,outer sep=0pt,inner sep=0pt] (A) {#2}; draw[#1] ([xshift=-0.1ex]A.west) -- ([xshift=0.1ex]A.east);}%
}

begin{document}

Consider
begin{equation}label{eq:int}
int_a^bf(t)dt=0
end{equation}

begin{equation}
c^2 = a^{2} + b^{2} label{eq:pythagoras}
end{equation}

Then tikzst{Ignore cref{eq:int}}, but think of tikzst[red]{cref{eq:pythagoras}}!

end{document}


enter image description here






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    1 Answer
    1






    active

    oldest

    votes








    1 Answer
    1






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes









    0














    This is a by-pass solution with TikZ, striking out the text by overprinting with a line, using a node aligned to the baseline and applying the west and east node anchors as drawing start and end points.



    documentclass{article}
    usepackage{cleveref}

    usepackage{tikz}


    newcommand{tikzst}[2][line width=1pt,blue,opacity=0.4]{%
    tikz[baseline]{ node[anchor=text,outer sep=0pt,inner sep=0pt] (A) {#2}; draw[#1] ([xshift=-0.1ex]A.west) -- ([xshift=0.1ex]A.east);}%
    }

    begin{document}

    Consider
    begin{equation}label{eq:int}
    int_a^bf(t)dt=0
    end{equation}

    begin{equation}
    c^2 = a^{2} + b^{2} label{eq:pythagoras}
    end{equation}

    Then tikzst{Ignore cref{eq:int}}, but think of tikzst[red]{cref{eq:pythagoras}}!

    end{document}


    enter image description here






    share|improve this answer


























      0














      This is a by-pass solution with TikZ, striking out the text by overprinting with a line, using a node aligned to the baseline and applying the west and east node anchors as drawing start and end points.



      documentclass{article}
      usepackage{cleveref}

      usepackage{tikz}


      newcommand{tikzst}[2][line width=1pt,blue,opacity=0.4]{%
      tikz[baseline]{ node[anchor=text,outer sep=0pt,inner sep=0pt] (A) {#2}; draw[#1] ([xshift=-0.1ex]A.west) -- ([xshift=0.1ex]A.east);}%
      }

      begin{document}

      Consider
      begin{equation}label{eq:int}
      int_a^bf(t)dt=0
      end{equation}

      begin{equation}
      c^2 = a^{2} + b^{2} label{eq:pythagoras}
      end{equation}

      Then tikzst{Ignore cref{eq:int}}, but think of tikzst[red]{cref{eq:pythagoras}}!

      end{document}


      enter image description here






      share|improve this answer
























        0












        0








        0






        This is a by-pass solution with TikZ, striking out the text by overprinting with a line, using a node aligned to the baseline and applying the west and east node anchors as drawing start and end points.



        documentclass{article}
        usepackage{cleveref}

        usepackage{tikz}


        newcommand{tikzst}[2][line width=1pt,blue,opacity=0.4]{%
        tikz[baseline]{ node[anchor=text,outer sep=0pt,inner sep=0pt] (A) {#2}; draw[#1] ([xshift=-0.1ex]A.west) -- ([xshift=0.1ex]A.east);}%
        }

        begin{document}

        Consider
        begin{equation}label{eq:int}
        int_a^bf(t)dt=0
        end{equation}

        begin{equation}
        c^2 = a^{2} + b^{2} label{eq:pythagoras}
        end{equation}

        Then tikzst{Ignore cref{eq:int}}, but think of tikzst[red]{cref{eq:pythagoras}}!

        end{document}


        enter image description here






        share|improve this answer












        This is a by-pass solution with TikZ, striking out the text by overprinting with a line, using a node aligned to the baseline and applying the west and east node anchors as drawing start and end points.



        documentclass{article}
        usepackage{cleveref}

        usepackage{tikz}


        newcommand{tikzst}[2][line width=1pt,blue,opacity=0.4]{%
        tikz[baseline]{ node[anchor=text,outer sep=0pt,inner sep=0pt] (A) {#2}; draw[#1] ([xshift=-0.1ex]A.west) -- ([xshift=0.1ex]A.east);}%
        }

        begin{document}

        Consider
        begin{equation}label{eq:int}
        int_a^bf(t)dt=0
        end{equation}

        begin{equation}
        c^2 = a^{2} + b^{2} label{eq:pythagoras}
        end{equation}

        Then tikzst{Ignore cref{eq:int}}, but think of tikzst[red]{cref{eq:pythagoras}}!

        end{document}


        enter image description here







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered 10 mins ago









        Christian Hupfer

        147k14192384




        147k14192384






























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