Programmatically creating a notebook containing plots for PDF export












7












$begingroup$


In order to save computation results, I want to programmatically create some MMA notebooks and export them as PDF files.



It works fine for text:



MakeNotebook := 
Module[{nb, nbobj}, nb = NotebookCreate;
NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];
NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
nbobj = NotebookGet[nb];
NotebookClose[nb];
nbobj]

nb = MakeNotebook;
Export["~/Temp/test.pdf", nb]


But I had some problems for graphics:



MakeNotebook := 
Module[{nb, nbobj}, nb = NotebookCreate;
NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

NotebookWrite[nb, Plot[Sin[x], {x, -2, 2}]]; (* <- not OK *)

NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
nbobj = NotebookGet[nb];
NotebookClose[nb];
nbobj]


does not work as you get Graphics[{{{{}, {}, Annotation[{... in your PDF instead of your plot.



So my question is: how to include graphics?










share|improve this question











$endgroup$

















    7












    $begingroup$


    In order to save computation results, I want to programmatically create some MMA notebooks and export them as PDF files.



    It works fine for text:



    MakeNotebook := 
    Module[{nb, nbobj}, nb = NotebookCreate;
    NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];
    NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
    nbobj = NotebookGet[nb];
    NotebookClose[nb];
    nbobj]

    nb = MakeNotebook;
    Export["~/Temp/test.pdf", nb]


    But I had some problems for graphics:



    MakeNotebook := 
    Module[{nb, nbobj}, nb = NotebookCreate;
    NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

    NotebookWrite[nb, Plot[Sin[x], {x, -2, 2}]]; (* <- not OK *)

    NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
    nbobj = NotebookGet[nb];
    NotebookClose[nb];
    nbobj]


    does not work as you get Graphics[{{{{}, {}, Annotation[{... in your PDF instead of your plot.



    So my question is: how to include graphics?










    share|improve this question











    $endgroup$















      7












      7








      7





      $begingroup$


      In order to save computation results, I want to programmatically create some MMA notebooks and export them as PDF files.



      It works fine for text:



      MakeNotebook := 
      Module[{nb, nbobj}, nb = NotebookCreate;
      NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];
      NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
      nbobj = NotebookGet[nb];
      NotebookClose[nb];
      nbobj]

      nb = MakeNotebook;
      Export["~/Temp/test.pdf", nb]


      But I had some problems for graphics:



      MakeNotebook := 
      Module[{nb, nbobj}, nb = NotebookCreate;
      NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

      NotebookWrite[nb, Plot[Sin[x], {x, -2, 2}]]; (* <- not OK *)

      NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
      nbobj = NotebookGet[nb];
      NotebookClose[nb];
      nbobj]


      does not work as you get Graphics[{{{{}, {}, Annotation[{... in your PDF instead of your plot.



      So my question is: how to include graphics?










      share|improve this question











      $endgroup$




      In order to save computation results, I want to programmatically create some MMA notebooks and export them as PDF files.



      It works fine for text:



      MakeNotebook := 
      Module[{nb, nbobj}, nb = NotebookCreate;
      NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];
      NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
      nbobj = NotebookGet[nb];
      NotebookClose[nb];
      nbobj]

      nb = MakeNotebook;
      Export["~/Temp/test.pdf", nb]


      But I had some problems for graphics:



      MakeNotebook := 
      Module[{nb, nbobj}, nb = NotebookCreate;
      NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

      NotebookWrite[nb, Plot[Sin[x], {x, -2, 2}]]; (* <- not OK *)

      NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
      nbobj = NotebookGet[nb];
      NotebookClose[nb];
      nbobj]


      does not work as you get Graphics[{{{{}, {}, Annotation[{... in your PDF instead of your plot.



      So my question is: how to include graphics?







      export notebooks pdf-format






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited 8 hours ago









      Cœur

      1032




      1032










      asked 12 hours ago









      Picaud VincentPicaud Vincent

      1,227518




      1,227518






















          1 Answer
          1






          active

          oldest

          votes


















          6












          $begingroup$

          It took me some time to find a working solution:



          MakeNotebook := 
          Module[{nb, nbobj}, nb = NotebookCreate;
          NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]]; (*<-OK*)

          NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
          nbobj = NotebookGet[nb];
          NotebookClose[nb];
          nbobj]

          nb = MakeNotebook;
          Export["~/Temp/test.pdf", nb]


          The right line was:



          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]];





          The result is:



          enter image description here






          share|improve this answer











          $endgroup$









          • 4




            $begingroup$
            You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
            $endgroup$
            – Carl Woll
            9 hours ago










          • $begingroup$
            @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
            $endgroup$
            – Picaud Vincent
            9 hours ago













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          1 Answer
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          active

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          1 Answer
          1






          active

          oldest

          votes









          active

          oldest

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          active

          oldest

          votes









          6












          $begingroup$

          It took me some time to find a working solution:



          MakeNotebook := 
          Module[{nb, nbobj}, nb = NotebookCreate;
          NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]]; (*<-OK*)

          NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
          nbobj = NotebookGet[nb];
          NotebookClose[nb];
          nbobj]

          nb = MakeNotebook;
          Export["~/Temp/test.pdf", nb]


          The right line was:



          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]];





          The result is:



          enter image description here






          share|improve this answer











          $endgroup$









          • 4




            $begingroup$
            You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
            $endgroup$
            – Carl Woll
            9 hours ago










          • $begingroup$
            @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
            $endgroup$
            – Picaud Vincent
            9 hours ago


















          6












          $begingroup$

          It took me some time to find a working solution:



          MakeNotebook := 
          Module[{nb, nbobj}, nb = NotebookCreate;
          NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]]; (*<-OK*)

          NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
          nbobj = NotebookGet[nb];
          NotebookClose[nb];
          nbobj]

          nb = MakeNotebook;
          Export["~/Temp/test.pdf", nb]


          The right line was:



          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]];





          The result is:



          enter image description here






          share|improve this answer











          $endgroup$









          • 4




            $begingroup$
            You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
            $endgroup$
            – Carl Woll
            9 hours ago










          • $begingroup$
            @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
            $endgroup$
            – Picaud Vincent
            9 hours ago
















          6












          6








          6





          $begingroup$

          It took me some time to find a working solution:



          MakeNotebook := 
          Module[{nb, nbobj}, nb = NotebookCreate;
          NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]]; (*<-OK*)

          NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
          nbobj = NotebookGet[nb];
          NotebookClose[nb];
          nbobj]

          nb = MakeNotebook;
          Export["~/Temp/test.pdf", nb]


          The right line was:



          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]];





          The result is:



          enter image description here






          share|improve this answer











          $endgroup$



          It took me some time to find a working solution:



          MakeNotebook := 
          Module[{nb, nbobj}, nb = NotebookCreate;
          NotebookWrite[nb,Cell["A Dynamically Created Notebook", "Title"]];

          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]]; (*<-OK*)

          NotebookWrite[nb, Cell["The date is " <> DateString, "Text"]];
          nbobj = NotebookGet[nb];
          NotebookClose[nb];
          nbobj]

          nb = MakeNotebook;
          Export["~/Temp/test.pdf", nb]


          The right line was:



          NotebookWrite[nb,Cell[BoxData[ToBoxes[Plot[Sin[x],{x,-2,2}]]],"Print"]];





          The result is:



          enter image description here







          share|improve this answer














          share|improve this answer



          share|improve this answer








          edited 10 hours ago

























          answered 12 hours ago









          Picaud VincentPicaud Vincent

          1,227518




          1,227518








          • 4




            $begingroup$
            You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
            $endgroup$
            – Carl Woll
            9 hours ago










          • $begingroup$
            @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
            $endgroup$
            – Picaud Vincent
            9 hours ago
















          • 4




            $begingroup$
            You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
            $endgroup$
            – Carl Woll
            9 hours ago










          • $begingroup$
            @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
            $endgroup$
            – Picaud Vincent
            9 hours ago










          4




          4




          $begingroup$
          You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
          $endgroup$
          – Carl Woll
          9 hours ago




          $begingroup$
          You could also use Paste[nb, Plot[Sin[x],{x,-2,2}]].
          $endgroup$
          – Carl Woll
          9 hours ago












          $begingroup$
          @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
          $endgroup$
          – Picaud Vincent
          9 hours ago






          $begingroup$
          @CarlWoll Thanks! That seems simpler effectively. Maybe you can write an answer I will be happy to accept it.
          $endgroup$
          – Picaud Vincent
          9 hours ago




















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