VerbatimInput : adjust a long line of a .dat file












3















In this document, VerbatimInput is calling test_2.dat.



test_2.dat contains a line too long, so that the compilation produces a pdf where that line is not entirely seen:



enter image description here



By using adjustbox, one can adjust the verbatim text:



 begin{adjustbox}{max width=linewidth}

 begin{BVerbatim}



 text



 end{BVerbatim}

 end{adjustbox}


However, this solution is only valid when the text is directly introduced as verbatim.



I have to use VerbatimInput because I need to call this tesst_2.dat file.



Is there a way to include adjustbox inside VerbatimInput ?



Or any solution to shrink this VerbatimInput text ?



These are the .tex and test_2.dat files:



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}









 begin{document}





 RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}%

 {fontsize=footnotesize,

  %

  frame=lines,  % top and bottom rule only

  framesep=2em, % separation between frame and text

  rulecolor=color{Gray},

  %

  label=fbox{color{Black}test.dat},

  labelposition=topline,

  %

  %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

  %commentchar=*        % comment character

 }



 VerbatimInput{./test_2.dat}



 end{document}


The test_2.dat file:



 #####l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



    14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804       68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





 #####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





      #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg


NEW Edit: Following @egreg's comment:



I am using BVerbatimInput, inside the begin{adjustbox}, like shown below, but this generates a pdf where there is no page break, and the rest of the content of the test_2.dat file does not appear:



Is there a way of making the test_2.dat file to be shown normally: - letting the test_2.dat file occupy as many pdf pages as it requires- ?



enter image description here



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{adjustbox}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}





 begin{document}



 begin{adjustbox}{max width=linewidth}

 RecustomVerbatimCommand{BVerbatimInput}{BVerbatimInput}%

 {fontsize=footnotesize,

 %

 frame=lines,  % top and bottom rule only

 framesep=2em, % separation between frame and text

 rulecolor=color{Gray},

 %

 label=fbox{color{Black}test.dat},

 labelposition=topline,

  %

 %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

 %commentchar=*        % comment character

 }



 BVerbatimInput{./test_2.dat}

 end{adjustbox}



 end{document}





verbatim input texinputs







share|improve this question




















  • 1





    You could use BVerbatimInput, but you need to add the frame yourself.

    – egreg
    Feb 2 '17 at 15:49











  • @egreg Thank you very much for your comment. I have used BVerbatimInput but I am afraid it does not work (forgive me if I got it wrong, see Edit ) Could you please help me? Thank you very much

    – DavidC.
    Feb 2 '17 at 17:09











  • @egreg OK, I finally managed to accomplish that part of the problem, but still is not solved (see the new edit) - Thanks –

    – DavidC.
    Feb 2 '17 at 20:05


















3















In this document, VerbatimInput is calling test_2.dat.



test_2.dat contains a line too long, so that the compilation produces a pdf where that line is not entirely seen:



enter image description here



By using adjustbox, one can adjust the verbatim text:



 begin{adjustbox}{max width=linewidth}

 begin{BVerbatim}



 text



 end{BVerbatim}

 end{adjustbox}


However, this solution is only valid when the text is directly introduced as verbatim.



I have to use VerbatimInput because I need to call this tesst_2.dat file.



Is there a way to include adjustbox inside VerbatimInput ?



Or any solution to shrink this VerbatimInput text ?



These are the .tex and test_2.dat files:



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}









 begin{document}





 RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}%

 {fontsize=footnotesize,

  %

  frame=lines,  % top and bottom rule only

  framesep=2em, % separation between frame and text

  rulecolor=color{Gray},

  %

  label=fbox{color{Black}test.dat},

  labelposition=topline,

  %

  %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

  %commentchar=*        % comment character

 }



 VerbatimInput{./test_2.dat}



 end{document}


The test_2.dat file:



 #####l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



    14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804       68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





 #####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





      #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg


NEW Edit: Following @egreg's comment:



I am using BVerbatimInput, inside the begin{adjustbox}, like shown below, but this generates a pdf where there is no page break, and the rest of the content of the test_2.dat file does not appear:



Is there a way of making the test_2.dat file to be shown normally: - letting the test_2.dat file occupy as many pdf pages as it requires- ?



enter image description here



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{adjustbox}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}





 begin{document}



 begin{adjustbox}{max width=linewidth}

 RecustomVerbatimCommand{BVerbatimInput}{BVerbatimInput}%

 {fontsize=footnotesize,

 %

 frame=lines,  % top and bottom rule only

 framesep=2em, % separation between frame and text

 rulecolor=color{Gray},

 %

 label=fbox{color{Black}test.dat},

 labelposition=topline,

  %

 %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

 %commentchar=*        % comment character

 }



 BVerbatimInput{./test_2.dat}

 end{adjustbox}



 end{document}





verbatim input texinputs







share|improve this question




















  • 1





    You could use BVerbatimInput, but you need to add the frame yourself.

    – egreg
    Feb 2 '17 at 15:49











  • @egreg Thank you very much for your comment. I have used BVerbatimInput but I am afraid it does not work (forgive me if I got it wrong, see Edit ) Could you please help me? Thank you very much

    – DavidC.
    Feb 2 '17 at 17:09











  • @egreg OK, I finally managed to accomplish that part of the problem, but still is not solved (see the new edit) - Thanks –

    – DavidC.
    Feb 2 '17 at 20:05
















3












3








3








In this document, VerbatimInput is calling test_2.dat.



test_2.dat contains a line too long, so that the compilation produces a pdf where that line is not entirely seen:



enter image description here



By using adjustbox, one can adjust the verbatim text:



 begin{adjustbox}{max width=linewidth}

 begin{BVerbatim}



 text



 end{BVerbatim}

 end{adjustbox}


However, this solution is only valid when the text is directly introduced as verbatim.



I have to use VerbatimInput because I need to call this tesst_2.dat file.



Is there a way to include adjustbox inside VerbatimInput ?



Or any solution to shrink this VerbatimInput text ?



These are the .tex and test_2.dat files:



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}









 begin{document}





 RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}%

 {fontsize=footnotesize,

  %

  frame=lines,  % top and bottom rule only

  framesep=2em, % separation between frame and text

  rulecolor=color{Gray},

  %

  label=fbox{color{Black}test.dat},

  labelposition=topline,

  %

  %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

  %commentchar=*        % comment character

 }



 VerbatimInput{./test_2.dat}



 end{document}


The test_2.dat file:



 #####l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



    14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804       68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





 #####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





      #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg


NEW Edit: Following @egreg's comment:



I am using BVerbatimInput, inside the begin{adjustbox}, like shown below, but this generates a pdf where there is no page break, and the rest of the content of the test_2.dat file does not appear:



Is there a way of making the test_2.dat file to be shown normally: - letting the test_2.dat file occupy as many pdf pages as it requires- ?



enter image description here



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{adjustbox}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}





 begin{document}



 begin{adjustbox}{max width=linewidth}

 RecustomVerbatimCommand{BVerbatimInput}{BVerbatimInput}%

 {fontsize=footnotesize,

 %

 frame=lines,  % top and bottom rule only

 framesep=2em, % separation between frame and text

 rulecolor=color{Gray},

 %

 label=fbox{color{Black}test.dat},

 labelposition=topline,

  %

 %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

 %commentchar=*        % comment character

 }



 BVerbatimInput{./test_2.dat}

 end{adjustbox}



 end{document}





verbatim input texinputs







share|improve this question
















In this document, VerbatimInput is calling test_2.dat.



test_2.dat contains a line too long, so that the compilation produces a pdf where that line is not entirely seen:



enter image description here



By using adjustbox, one can adjust the verbatim text:



 begin{adjustbox}{max width=linewidth}

 begin{BVerbatim}



 text



 end{BVerbatim}

 end{adjustbox}


However, this solution is only valid when the text is directly introduced as verbatim.



I have to use VerbatimInput because I need to call this tesst_2.dat file.



Is there a way to include adjustbox inside VerbatimInput ?



Or any solution to shrink this VerbatimInput text ?



These are the .tex and test_2.dat files:



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}









 begin{document}





 RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}%

 {fontsize=footnotesize,

  %

  frame=lines,  % top and bottom rule only

  framesep=2em, % separation between frame and text

  rulecolor=color{Gray},

  %

  label=fbox{color{Black}test.dat},

  labelposition=topline,

  %

  %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

  %commentchar=*        % comment character

 }



 VerbatimInput{./test_2.dat}



 end{document}


The test_2.dat file:



 #####l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



 14.756876   # -> reorientation volumregfddfg l.253:





        AL          BL         LC        AA       BB        CC           E





     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220     



    14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804       68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





 #####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 







 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 



 ####l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg 





      #l.253:

        AL          BL         LC        AA       BB        CC           E

     2.75319    2.75319    2.75319    60.67009  65.70804  68.04220          14.756876   # -> reorientation volumregfddfg


NEW Edit: Following @egreg's comment:



I am using BVerbatimInput, inside the begin{adjustbox}, like shown below, but this generates a pdf where there is no page break, and the rest of the content of the test_2.dat file does not appear:



Is there a way of making the test_2.dat file to be shown normally: - letting the test_2.dat file occupy as many pdf pages as it requires- ?



enter image description here



 documentclass[12pt]{article}



 usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

 usepackage[utf8]{inputenc}

 usepackage{enumitem}

 usepackage{adjustbox}

 usepackage{fancyvrb}

 usepackage{color,soul}

 usepackage[dvipsnames]{xcolor}





 begin{document}



 begin{adjustbox}{max width=linewidth}

 RecustomVerbatimCommand{BVerbatimInput}{BVerbatimInput}%

 {fontsize=footnotesize,

 %

 frame=lines,  % top and bottom rule only

 framesep=2em, % separation between frame and text

 rulecolor=color{Gray},

 %

 label=fbox{color{Black}test.dat},

 labelposition=topline,

  %

 %commandchars=|(), % escape character and argument delimiters for

                  % commands within the verbatim

 %commentchar=*        % comment character

 }



 BVerbatimInput{./test_2.dat}

 end{adjustbox}



 end{document}





verbatim input texinputs




verbatim input texinputs






share|improve this question















share|improve this question













share|improve this question




share|improve this question








edited Feb 2 '17 at 18:49







DavidC.

















asked Feb 2 '17 at 13:14









DavidC.DavidC.

4241411




4241411








  • 1





    You could use BVerbatimInput, but you need to add the frame yourself.

    – egreg
    Feb 2 '17 at 15:49











  • @egreg Thank you very much for your comment. I have used BVerbatimInput but I am afraid it does not work (forgive me if I got it wrong, see Edit ) Could you please help me? Thank you very much

    – DavidC.
    Feb 2 '17 at 17:09











  • @egreg OK, I finally managed to accomplish that part of the problem, but still is not solved (see the new edit) - Thanks –

    – DavidC.
    Feb 2 '17 at 20:05
















  • 1





    You could use BVerbatimInput, but you need to add the frame yourself.

    – egreg
    Feb 2 '17 at 15:49











  • @egreg Thank you very much for your comment. I have used BVerbatimInput but I am afraid it does not work (forgive me if I got it wrong, see Edit ) Could you please help me? Thank you very much

    – DavidC.
    Feb 2 '17 at 17:09











  • @egreg OK, I finally managed to accomplish that part of the problem, but still is not solved (see the new edit) - Thanks –

    – DavidC.
    Feb 2 '17 at 20:05










1




1





You could use BVerbatimInput, but you need to add the frame yourself.

– egreg
Feb 2 '17 at 15:49





You could use BVerbatimInput, but you need to add the frame yourself.

– egreg
Feb 2 '17 at 15:49













@egreg Thank you very much for your comment. I have used BVerbatimInput but I am afraid it does not work (forgive me if I got it wrong, see Edit ) Could you please help me? Thank you very much

– DavidC.
Feb 2 '17 at 17:09





@egreg Thank you very much for your comment. I have used BVerbatimInput but I am afraid it does not work (forgive me if I got it wrong, see Edit ) Could you please help me? Thank you very much

– DavidC.
Feb 2 '17 at 17:09













@egreg OK, I finally managed to accomplish that part of the problem, but still is not solved (see the new edit) - Thanks –

– DavidC.
Feb 2 '17 at 20:05







@egreg OK, I finally managed to accomplish that part of the problem, but still is not solved (see the new edit) - Thanks –

– DavidC.
Feb 2 '17 at 20:05












1 Answer
1






active

oldest

votes


















0














I see no “automatic” way to do it, but you can easily play with font sizes: in your setup,



fontsize{7}{9}selectfont


is good.



documentclass[12pt]{article}



usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}

usepackage[utf8]{inputenc}

usepackage{enumitem}

usepackage{fancyvrb}

usepackage{color,soul}

usepackage[dvipsnames]{xcolor}



RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}{

  fontsize=footnotesize % default

  %

  frame=lines,  % top and bottom rule only

  framesep=2em, % separation between frame and text

  rulecolor=color{Gray},

  %

  label=fbox{color{Black}test.dat},

  labelposition=topline,

  %

  %commandchars=|(), % escape character and argument delimiters for

                        % commands within the verbatim

  %commentchar=*        % comment character

 }



begin{document}



VerbatimInput[fontsize=fontsize{7}{9}selectfont]{jobname.dat}



end{document}


enter image description here



You may need to add



RequirePackage{fix-cm}


at the very top of the document, before documentclass, if you want to exercise finer control on the font size.






share|improve this answer
























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    1 Answer
    1






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    active

    oldest

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    active

    oldest

    votes









    0














    I see no “automatic” way to do it, but you can easily play with font sizes: in your setup,



    fontsize{7}{9}selectfont


    is good.



    documentclass[12pt]{article}
    

    
usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}
    
usepackage[utf8]{inputenc}
    
usepackage{enumitem}
    
usepackage{fancyvrb}
    
usepackage{color,soul}
    
usepackage[dvipsnames]{xcolor}
    

    
RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}{
    
  fontsize=footnotesize % default
    
  %
    
  frame=lines,  % top and bottom rule only
    
  framesep=2em, % separation between frame and text
    
  rulecolor=color{Gray},
    
  %
    
  label=fbox{color{Black}test.dat},
    
  labelposition=topline,
    
  %
    
  %commandchars=|(), % escape character and argument delimiters for
    
                        % commands within the verbatim
    
  %commentchar=*        % comment character
    
 }
    

    
begin{document}
    

    
VerbatimInput[fontsize=fontsize{7}{9}selectfont]{jobname.dat}
    

    
end{document}


    enter image description here



    You may need to add



    RequirePackage{fix-cm}


    at the very top of the document, before documentclass, if you want to exercise finer control on the font size.






    share|improve this answer




























      0














      I see no “automatic” way to do it, but you can easily play with font sizes: in your setup,



      fontsize{7}{9}selectfont


      is good.



      documentclass[12pt]{article}
      

      
usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}
      
usepackage[utf8]{inputenc}
      
usepackage{enumitem}
      
usepackage{fancyvrb}
      
usepackage{color,soul}
      
usepackage[dvipsnames]{xcolor}
      

      
RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}{
      
  fontsize=footnotesize % default
      
  %
      
  frame=lines,  % top and bottom rule only
      
  framesep=2em, % separation between frame and text
      
  rulecolor=color{Gray},
      
  %
      
  label=fbox{color{Black}test.dat},
      
  labelposition=topline,
      
  %
      
  %commandchars=|(), % escape character and argument delimiters for
      
                        % commands within the verbatim
      
  %commentchar=*        % comment character
      
 }
      

      
begin{document}
      

      
VerbatimInput[fontsize=fontsize{7}{9}selectfont]{jobname.dat}
      

      
end{document}


      enter image description here



      You may need to add



      RequirePackage{fix-cm}


      at the very top of the document, before documentclass, if you want to exercise finer control on the font size.






      share|improve this answer


























        0












        0








        0







        I see no “automatic” way to do it, but you can easily play with font sizes: in your setup,



        fontsize{7}{9}selectfont


        is good.



        documentclass[12pt]{article}
        

        
usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}
        
usepackage[utf8]{inputenc}
        
usepackage{enumitem}
        
usepackage{fancyvrb}
        
usepackage{color,soul}
        
usepackage[dvipsnames]{xcolor}
        

        
RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}{
        
  fontsize=footnotesize % default
        
  %
        
  frame=lines,  % top and bottom rule only
        
  framesep=2em, % separation between frame and text
        
  rulecolor=color{Gray},
        
  %
        
  label=fbox{color{Black}test.dat},
        
  labelposition=topline,
        
  %
        
  %commandchars=|(), % escape character and argument delimiters for
        
                        % commands within the verbatim
        
  %commentchar=*        % comment character
        
 }
        

        
begin{document}
        

        
VerbatimInput[fontsize=fontsize{7}{9}selectfont]{jobname.dat}
        

        
end{document}


        enter image description here



        You may need to add



        RequirePackage{fix-cm}


        at the very top of the document, before documentclass, if you want to exercise finer control on the font size.






        share|improve this answer













        I see no “automatic” way to do it, but you can easily play with font sizes: in your setup,



        fontsize{7}{9}selectfont


        is good.



        documentclass[12pt]{article}
        

        
usepackage[left=2.5cm,top=2.5cm,right=2.5cm,bottom=2.5cm]{geometry}
        
usepackage[utf8]{inputenc}
        
usepackage{enumitem}
        
usepackage{fancyvrb}
        
usepackage{color,soul}
        
usepackage[dvipsnames]{xcolor}
        

        
RecustomVerbatimCommand{VerbatimInput}{VerbatimInput}{
        
  fontsize=footnotesize % default
        
  %
        
  frame=lines,  % top and bottom rule only
        
  framesep=2em, % separation between frame and text
        
  rulecolor=color{Gray},
        
  %
        
  label=fbox{color{Black}test.dat},
        
  labelposition=topline,
        
  %
        
  %commandchars=|(), % escape character and argument delimiters for
        
                        % commands within the verbatim
        
  %commentchar=*        % comment character
        
 }
        

        
begin{document}
        

        
VerbatimInput[fontsize=fontsize{7}{9}selectfont]{jobname.dat}
        

        
end{document}


        enter image description here



        You may need to add



        RequirePackage{fix-cm}


        at the very top of the document, before documentclass, if you want to exercise finer control on the font size.







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered 11 hours ago









        egregegreg

        731k8919303250




        731k8919303250






























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