How to place 2 aligned equations next to a single graph in a table?












1














I want to make a table with two columns:




  • on the left side, I want to put 2 aligned equations

  • on the right side, I want to put a graph.


In the following MCVE, the 2 equations are on the left side but with a huge unused space between them. I want to place those 2 equation just next to the graph



image



documentclass[a4paper, 12pt]{book}
usepackage{pgfplots, tikz}
begin{document}
begin{tabular}{cc}
$
frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2}$ \
$u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
$
&
begin{tikzpicture}
[scale = 0.7]
%[scale = 0.7, every node/.style={scale = 0.7}]
% Draw axes
draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
|- (5,0) node (xaxis) [right] {$x$};

coordinate (c) at (2,2);
fill[red] (c) circle (3pt);
draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
-| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

coordinate (d) at (3,2);
fill[red] (d) circle (3pt);
draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
-| (xaxis -| d) node[below] {$scriptstyle{j}$};

coordinate (d) at (3,3);
fill[red] (d) circle (3pt);
draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
-| (xaxis -| d) node[below] {$scriptstyle{j}$};

coordinate (d) at (4,2);
fill[red] (d) circle (3pt);
draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
-| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

draw [thin, gray] (0,0) grid (5,5);
end{tikzpicture}\
end{tabular}
end{document}









share|improve this question



























    1














    I want to make a table with two columns:




    • on the left side, I want to put 2 aligned equations

    • on the right side, I want to put a graph.


    In the following MCVE, the 2 equations are on the left side but with a huge unused space between them. I want to place those 2 equation just next to the graph



    image



    documentclass[a4paper, 12pt]{book}
    usepackage{pgfplots, tikz}
    begin{document}
    begin{tabular}{cc}
    $
    frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2}$ \
    $u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
    $
    &
    begin{tikzpicture}
    [scale = 0.7]
    %[scale = 0.7, every node/.style={scale = 0.7}]
    % Draw axes
    draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
    |- (5,0) node (xaxis) [right] {$x$};

    coordinate (c) at (2,2);
    fill[red] (c) circle (3pt);
    draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
    -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

    coordinate (d) at (3,2);
    fill[red] (d) circle (3pt);
    draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
    -| (xaxis -| d) node[below] {$scriptstyle{j}$};

    coordinate (d) at (3,3);
    fill[red] (d) circle (3pt);
    draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
    -| (xaxis -| d) node[below] {$scriptstyle{j}$};

    coordinate (d) at (4,2);
    fill[red] (d) circle (3pt);
    draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
    -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

    draw [thin, gray] (0,0) grid (5,5);
    end{tikzpicture}\
    end{tabular}
    end{document}









    share|improve this question

























      1












      1








      1







      I want to make a table with two columns:




      • on the left side, I want to put 2 aligned equations

      • on the right side, I want to put a graph.


      In the following MCVE, the 2 equations are on the left side but with a huge unused space between them. I want to place those 2 equation just next to the graph



      image



      documentclass[a4paper, 12pt]{book}
      usepackage{pgfplots, tikz}
      begin{document}
      begin{tabular}{cc}
      $
      frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2}$ \
      $u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
      $
      &
      begin{tikzpicture}
      [scale = 0.7]
      %[scale = 0.7, every node/.style={scale = 0.7}]
      % Draw axes
      draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
      |- (5,0) node (xaxis) [right] {$x$};

      coordinate (c) at (2,2);
      fill[red] (c) circle (3pt);
      draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
      -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

      coordinate (d) at (3,2);
      fill[red] (d) circle (3pt);
      draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
      -| (xaxis -| d) node[below] {$scriptstyle{j}$};

      coordinate (d) at (3,3);
      fill[red] (d) circle (3pt);
      draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
      -| (xaxis -| d) node[below] {$scriptstyle{j}$};

      coordinate (d) at (4,2);
      fill[red] (d) circle (3pt);
      draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
      -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

      draw [thin, gray] (0,0) grid (5,5);
      end{tikzpicture}\
      end{tabular}
      end{document}









      share|improve this question













      I want to make a table with two columns:




      • on the left side, I want to put 2 aligned equations

      • on the right side, I want to put a graph.


      In the following MCVE, the 2 equations are on the left side but with a huge unused space between them. I want to place those 2 equation just next to the graph



      image



      documentclass[a4paper, 12pt]{book}
      usepackage{pgfplots, tikz}
      begin{document}
      begin{tabular}{cc}
      $
      frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2}$ \
      $u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
      $
      &
      begin{tikzpicture}
      [scale = 0.7]
      %[scale = 0.7, every node/.style={scale = 0.7}]
      % Draw axes
      draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
      |- (5,0) node (xaxis) [right] {$x$};

      coordinate (c) at (2,2);
      fill[red] (c) circle (3pt);
      draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
      -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

      coordinate (d) at (3,2);
      fill[red] (d) circle (3pt);
      draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
      -| (xaxis -| d) node[below] {$scriptstyle{j}$};

      coordinate (d) at (3,3);
      fill[red] (d) circle (3pt);
      draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
      -| (xaxis -| d) node[below] {$scriptstyle{j}$};

      coordinate (d) at (4,2);
      fill[red] (d) circle (3pt);
      draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
      -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

      draw [thin, gray] (0,0) grid (5,5);
      end{tikzpicture}\
      end{tabular}
      end{document}






      tables horizontal-alignment pdftex






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      share|improve this question











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      share|improve this question










      asked 4 hours ago









      ecjb

      1736




      1736






















          1 Answer
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          4














          I propose this somution with the equations inserted in a gathered environment,, and a raisebox for the graph:



          documentclass[a4paper, 12pt]{book}
          usepackage{pgfplots, tikz}
          usepackage{mathtools }

          begin{document}

          begin{tabular}{cc}
          leavevmode $ begin{gathered}
          frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2} \
          u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
          end{gathered} $
          &
          raisebox{-0.5height}{begin{tikzpicture}
          [scale = 0.7]
          %[scale = 0.7, every node/.style={scale = 0.7}]
          % Draw axes
          draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
          |- (5,0) node (xaxis) [right] {$x$};

          coordinate (c) at (2,2);
          fill[red] (c) circle (3pt);
          draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
          -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

          coordinate (d) at (3,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (3,3);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (4,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

          draw [thin, gray] (0,0) grid (5,5);
          end{tikzpicture}}\
          end{tabular}

          end{document}


          enter image description here






          share|improve this answer





















          • Many thanks @Bernard. Is it possible to alignt the 2 equations?
            – ecjb
            2 hours ago










          • Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
            – Bernard
            2 hours ago












          • great! Many thanks
            – ecjb
            2 hours ago











          Your Answer








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          1 Answer
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          active

          oldest

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          1 Answer
          1






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes









          4














          I propose this somution with the equations inserted in a gathered environment,, and a raisebox for the graph:



          documentclass[a4paper, 12pt]{book}
          usepackage{pgfplots, tikz}
          usepackage{mathtools }

          begin{document}

          begin{tabular}{cc}
          leavevmode $ begin{gathered}
          frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2} \
          u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
          end{gathered} $
          &
          raisebox{-0.5height}{begin{tikzpicture}
          [scale = 0.7]
          %[scale = 0.7, every node/.style={scale = 0.7}]
          % Draw axes
          draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
          |- (5,0) node (xaxis) [right] {$x$};

          coordinate (c) at (2,2);
          fill[red] (c) circle (3pt);
          draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
          -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

          coordinate (d) at (3,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (3,3);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (4,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

          draw [thin, gray] (0,0) grid (5,5);
          end{tikzpicture}}\
          end{tabular}

          end{document}


          enter image description here






          share|improve this answer





















          • Many thanks @Bernard. Is it possible to alignt the 2 equations?
            – ecjb
            2 hours ago










          • Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
            – Bernard
            2 hours ago












          • great! Many thanks
            – ecjb
            2 hours ago
















          4














          I propose this somution with the equations inserted in a gathered environment,, and a raisebox for the graph:



          documentclass[a4paper, 12pt]{book}
          usepackage{pgfplots, tikz}
          usepackage{mathtools }

          begin{document}

          begin{tabular}{cc}
          leavevmode $ begin{gathered}
          frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2} \
          u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
          end{gathered} $
          &
          raisebox{-0.5height}{begin{tikzpicture}
          [scale = 0.7]
          %[scale = 0.7, every node/.style={scale = 0.7}]
          % Draw axes
          draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
          |- (5,0) node (xaxis) [right] {$x$};

          coordinate (c) at (2,2);
          fill[red] (c) circle (3pt);
          draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
          -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

          coordinate (d) at (3,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (3,3);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (4,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

          draw [thin, gray] (0,0) grid (5,5);
          end{tikzpicture}}\
          end{tabular}

          end{document}


          enter image description here






          share|improve this answer





















          • Many thanks @Bernard. Is it possible to alignt the 2 equations?
            – ecjb
            2 hours ago










          • Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
            – Bernard
            2 hours ago












          • great! Many thanks
            – ecjb
            2 hours ago














          4












          4








          4






          I propose this somution with the equations inserted in a gathered environment,, and a raisebox for the graph:



          documentclass[a4paper, 12pt]{book}
          usepackage{pgfplots, tikz}
          usepackage{mathtools }

          begin{document}

          begin{tabular}{cc}
          leavevmode $ begin{gathered}
          frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2} \
          u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
          end{gathered} $
          &
          raisebox{-0.5height}{begin{tikzpicture}
          [scale = 0.7]
          %[scale = 0.7, every node/.style={scale = 0.7}]
          % Draw axes
          draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
          |- (5,0) node (xaxis) [right] {$x$};

          coordinate (c) at (2,2);
          fill[red] (c) circle (3pt);
          draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
          -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

          coordinate (d) at (3,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (3,3);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (4,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

          draw [thin, gray] (0,0) grid (5,5);
          end{tikzpicture}}\
          end{tabular}

          end{document}


          enter image description here






          share|improve this answer












          I propose this somution with the equations inserted in a gathered environment,, and a raisebox for the graph:



          documentclass[a4paper, 12pt]{book}
          usepackage{pgfplots, tikz}
          usepackage{mathtools }

          begin{document}

          begin{tabular}{cc}
          leavevmode $ begin{gathered}
          frac{u_{i+1,j} - u_{i,j}}{Delta t} = kappa frac{u_{i,j-1} - 2u_{i,j} + u_{i,j+1}}{(Delta x)^2} \
          u_{i+1,j} = u_{i,j} + frac{kappa Delta t}{(Delta x)^2}(u_{i,j-1} - 2u_{i,j} + u_{i,j+1})
          end{gathered} $
          &
          raisebox{-0.5height}{begin{tikzpicture}
          [scale = 0.7]
          %[scale = 0.7, every node/.style={scale = 0.7}]
          % Draw axes
          draw [<->,thick] (0,5) node (yaxis) [above] {$y$}
          |- (5,0) node (xaxis) [right] {$x$};

          coordinate (c) at (2,2);
          fill[red] (c) circle (3pt);
          draw[dashed] (yaxis |- c) node[left] {$scriptstyle{i}$}
          -| (xaxis -| c) node[below] {$scriptstyle{j-1}$};

          coordinate (d) at (3,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (3,3);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i+1}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j}$};

          coordinate (d) at (4,2);
          fill[red] (d) circle (3pt);
          draw[dashed] (yaxis |- d) node[left] {$scriptstyle{i}$}
          -| (xaxis -| d) node[below] {$scriptstyle{j+1}$};

          draw [thin, gray] (0,0) grid (5,5);
          end{tikzpicture}}\
          end{tabular}

          end{document}


          enter image description here







          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered 3 hours ago









          Bernard

          166k769194




          166k769194












          • Many thanks @Bernard. Is it possible to alignt the 2 equations?
            – ecjb
            2 hours ago










          • Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
            – Bernard
            2 hours ago












          • great! Many thanks
            – ecjb
            2 hours ago


















          • Many thanks @Bernard. Is it possible to alignt the 2 equations?
            – ecjb
            2 hours ago










          • Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
            – Bernard
            2 hours ago












          • great! Many thanks
            – ecjb
            2 hours ago
















          Many thanks @Bernard. Is it possible to alignt the 2 equations?
          – ecjb
          2 hours ago




          Many thanks @Bernard. Is it possible to alignt the 2 equations?
          – ecjb
          2 hours ago












          Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
          – Bernard
          2 hours ago






          Yes: replace gathered with aligned and add the ampersands for the alignment points. Personally I find it better-looking with gathered. Or maybe aligned on the left?
          – Bernard
          2 hours ago














          great! Many thanks
          – ecjb
          2 hours ago




          great! Many thanks
          – ecjb
          2 hours ago


















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