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old style “caution” boxes



Announcing the arrival of Valued Associate #679: Cesar Manara
Planned maintenance scheduled April 17/18, 2019 at 00:00UTC (8:00pm US/Eastern)Nicer wavy line with TikZTabular border styleTikZ draw-Putting old calendar style date in left marginUsing a pgfplots-style legend in a plain-old tikzpictureLong Division with BoxesArranging connected boxesFormatting answer boxesHow to enumerate with borders (boxes)?Rounded boxes around textFlowchart of Nested BoxesOverlay multiple boxes in tikz










2















Technical manuals from the 60s and 70s sometimes had eye-catching CAUTION boxes surrounded by wavy or curly lines.



CAUTIONCAUTION



My best attempt at re-creating this is not ideal as I can't get the snake to line up on all corners:



begintikzpicture
draw[very thick,decorate,
decoration=snake,segment length=9.5pt]
(0,0) rectangle (140pt,40pt)
node[pos=0.5] textbfCAUTION;
endtikzpicture


CAUTION bad



I would also be willing to use any other package which can produce fancy boxes with borders.










share|improve this question


























    2















    Technical manuals from the 60s and 70s sometimes had eye-catching CAUTION boxes surrounded by wavy or curly lines.



    CAUTIONCAUTION



    My best attempt at re-creating this is not ideal as I can't get the snake to line up on all corners:



    begintikzpicture
    draw[very thick,decorate,
    decoration=snake,segment length=9.5pt]
    (0,0) rectangle (140pt,40pt)
    node[pos=0.5] textbfCAUTION;
    endtikzpicture


    CAUTION bad



    I would also be willing to use any other package which can produce fancy boxes with borders.










    share|improve this question
























      2












      2








      2








      Technical manuals from the 60s and 70s sometimes had eye-catching CAUTION boxes surrounded by wavy or curly lines.



      CAUTIONCAUTION



      My best attempt at re-creating this is not ideal as I can't get the snake to line up on all corners:



      begintikzpicture
      draw[very thick,decorate,
      decoration=snake,segment length=9.5pt]
      (0,0) rectangle (140pt,40pt)
      node[pos=0.5] textbfCAUTION;
      endtikzpicture


      CAUTION bad



      I would also be willing to use any other package which can produce fancy boxes with borders.










      share|improve this question














      Technical manuals from the 60s and 70s sometimes had eye-catching CAUTION boxes surrounded by wavy or curly lines.



      CAUTIONCAUTION



      My best attempt at re-creating this is not ideal as I can't get the snake to line up on all corners:



      begintikzpicture
      draw[very thick,decorate,
      decoration=snake,segment length=9.5pt]
      (0,0) rectangle (140pt,40pt)
      node[pos=0.5] textbfCAUTION;
      endtikzpicture


      CAUTION bad



      I would also be willing to use any other package which can produce fancy boxes with borders.







      tikz-pgf border






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked 2 hours ago









      MassMass

      30317




      30317




















          1 Answer
          1






          active

          oldest

          votes


















          3














          To very first approximation I would employ Jake's complete sines here to modify your proposal to



          documentclass[a4paper,12pt]article
          usepackagetikz
          usetikzlibrarydecorations
          begindocument

          pgfdeclaredecorationcomplete sinesinitial

          stateinitial[
          width=+0pt,
          next state=sine,
          persistent precomputation=pgfmathsetmacromatchinglength
          pgfdecoratedinputsegmentlength / int(pgfdecoratedinputsegmentlength/pgfdecorationsegmentlength)
          setlengthpgfdecorationsegmentlengthmatchinglength pt
          ]
          statesine[width=pgfdecorationsegmentlength]
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude

          statefinal


          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          endtikzpicture

          enddocument


          enter image description here



          There are many conceivable ways to modify this, e.g.



          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (1pt,0.4pt) rectangle (141pt,40.4pt) ;
          endtikzpicture


          enter image description here



          along with more fancy options.






          share|improve this answer























          • ... will be offline for a while...

            – marmot
            2 hours ago











          Your Answer








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          1 Answer
          1






          active

          oldest

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          1 Answer
          1






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes









          3














          To very first approximation I would employ Jake's complete sines here to modify your proposal to



          documentclass[a4paper,12pt]article
          usepackagetikz
          usetikzlibrarydecorations
          begindocument

          pgfdeclaredecorationcomplete sinesinitial

          stateinitial[
          width=+0pt,
          next state=sine,
          persistent precomputation=pgfmathsetmacromatchinglength
          pgfdecoratedinputsegmentlength / int(pgfdecoratedinputsegmentlength/pgfdecorationsegmentlength)
          setlengthpgfdecorationsegmentlengthmatchinglength pt
          ]
          statesine[width=pgfdecorationsegmentlength]
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude

          statefinal


          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          endtikzpicture

          enddocument


          enter image description here



          There are many conceivable ways to modify this, e.g.



          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (1pt,0.4pt) rectangle (141pt,40.4pt) ;
          endtikzpicture


          enter image description here



          along with more fancy options.






          share|improve this answer























          • ... will be offline for a while...

            – marmot
            2 hours ago















          3














          To very first approximation I would employ Jake's complete sines here to modify your proposal to



          documentclass[a4paper,12pt]article
          usepackagetikz
          usetikzlibrarydecorations
          begindocument

          pgfdeclaredecorationcomplete sinesinitial

          stateinitial[
          width=+0pt,
          next state=sine,
          persistent precomputation=pgfmathsetmacromatchinglength
          pgfdecoratedinputsegmentlength / int(pgfdecoratedinputsegmentlength/pgfdecorationsegmentlength)
          setlengthpgfdecorationsegmentlengthmatchinglength pt
          ]
          statesine[width=pgfdecorationsegmentlength]
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude

          statefinal


          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          endtikzpicture

          enddocument


          enter image description here



          There are many conceivable ways to modify this, e.g.



          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (1pt,0.4pt) rectangle (141pt,40.4pt) ;
          endtikzpicture


          enter image description here



          along with more fancy options.






          share|improve this answer























          • ... will be offline for a while...

            – marmot
            2 hours ago













          3












          3








          3







          To very first approximation I would employ Jake's complete sines here to modify your proposal to



          documentclass[a4paper,12pt]article
          usepackagetikz
          usetikzlibrarydecorations
          begindocument

          pgfdeclaredecorationcomplete sinesinitial

          stateinitial[
          width=+0pt,
          next state=sine,
          persistent precomputation=pgfmathsetmacromatchinglength
          pgfdecoratedinputsegmentlength / int(pgfdecoratedinputsegmentlength/pgfdecorationsegmentlength)
          setlengthpgfdecorationsegmentlengthmatchinglength pt
          ]
          statesine[width=pgfdecorationsegmentlength]
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude

          statefinal


          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          endtikzpicture

          enddocument


          enter image description here



          There are many conceivable ways to modify this, e.g.



          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (1pt,0.4pt) rectangle (141pt,40.4pt) ;
          endtikzpicture


          enter image description here



          along with more fancy options.






          share|improve this answer













          To very first approximation I would employ Jake's complete sines here to modify your proposal to



          documentclass[a4paper,12pt]article
          usepackagetikz
          usetikzlibrarydecorations
          begindocument

          pgfdeclaredecorationcomplete sinesinitial

          stateinitial[
          width=+0pt,
          next state=sine,
          persistent precomputation=pgfmathsetmacromatchinglength
          pgfdecoratedinputsegmentlength / int(pgfdecoratedinputsegmentlength/pgfdecorationsegmentlength)
          setlengthpgfdecorationsegmentlengthmatchinglength pt
          ]
          statesine[width=pgfdecorationsegmentlength]
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathsinepgfpoint0.25pgfdecorationsegmentlength-0.5pgfdecorationsegmentamplitude
          pgfpathcosinepgfpoint0.25pgfdecorationsegmentlength0.5pgfdecorationsegmentamplitude

          statefinal


          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          endtikzpicture

          enddocument


          enter image description here



          There are many conceivable ways to modify this, e.g.



          begintikzpicture
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (0,0) rectangle (140pt,40pt)
          node[pos=0.5] textbfCAUTION;
          draw[very thick,decorate,
          decoration=complete sines,segment length=9.5pt]
          (1pt,0.4pt) rectangle (141pt,40.4pt) ;
          endtikzpicture


          enter image description here



          along with more fancy options.







          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered 2 hours ago









          marmotmarmot

          119k6154288




          119k6154288












          • ... will be offline for a while...

            – marmot
            2 hours ago

















          • ... will be offline for a while...

            – marmot
            2 hours ago
















          ... will be offline for a while...

          – marmot
          2 hours ago





          ... will be offline for a while...

          – marmot
          2 hours ago

















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