Clipping shaded areas to a curve boundary












2















I am trying to draw the following graph, but I failed to achieve it.



enter image description here



What is wrong with this code



documentclass{beamer}
beamertemplatenavigationsymbolsempty
usepackage{verbatim}
usepackage{tikz}
usepackage{pgfplots}
usetikzlibrary{calc, backgrounds}
begin{document}
begin{frame}[t]
frametitle{}
begin{tikzpicture}[scale=.9, transform shape]
pgfmathsetmacro{incrmnty}{.86}
pgfmathsetmacro{incrmntx}{.86}
draw [thick](0,0) -- (incrmntx*10,0);
draw [thick](0,0) -- (0,incrmnty*10);
foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
begin{scope}[on background layer]
draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
end{scope}
end{tikzpicture}
end{frame}
end{document}


It generated the following drawing



enter image description here



The following comments should be fulfilled




  1. the shaded areas should be confined below the blue curve, to the
    x-axis.


  2. there should be no line connecting the nodes on the blue curve with
    position (0,0).


  3. the relations to y60 and y20 are not correct.











share|improve this question





























    2















    I am trying to draw the following graph, but I failed to achieve it.



    enter image description here



    What is wrong with this code



    documentclass{beamer}
    beamertemplatenavigationsymbolsempty
    usepackage{verbatim}
    usepackage{tikz}
    usepackage{pgfplots}
    usetikzlibrary{calc, backgrounds}
    begin{document}
    begin{frame}[t]
    frametitle{}
    begin{tikzpicture}[scale=.9, transform shape]
    pgfmathsetmacro{incrmnty}{.86}
    pgfmathsetmacro{incrmntx}{.86}
    draw [thick](0,0) -- (incrmntx*10,0);
    draw [thick](0,0) -- (0,incrmnty*10);
    foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
    foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
    draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
    draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
    path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
    begin{scope}[on background layer]
    draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
    draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
    draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
    draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
    draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
    draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
    draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
    draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
    draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
    draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
    draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
    end{scope}
    end{tikzpicture}
    end{frame}
    end{document}


    It generated the following drawing



    enter image description here



    The following comments should be fulfilled




    1. the shaded areas should be confined below the blue curve, to the
      x-axis.


    2. there should be no line connecting the nodes on the blue curve with
      position (0,0).


    3. the relations to y60 and y20 are not correct.











    share|improve this question



























      2












      2








      2








      I am trying to draw the following graph, but I failed to achieve it.



      enter image description here



      What is wrong with this code



      documentclass{beamer}
      beamertemplatenavigationsymbolsempty
      usepackage{verbatim}
      usepackage{tikz}
      usepackage{pgfplots}
      usetikzlibrary{calc, backgrounds}
      begin{document}
      begin{frame}[t]
      frametitle{}
      begin{tikzpicture}[scale=.9, transform shape]
      pgfmathsetmacro{incrmnty}{.86}
      pgfmathsetmacro{incrmntx}{.86}
      draw [thick](0,0) -- (incrmntx*10,0);
      draw [thick](0,0) -- (0,incrmnty*10);
      foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
      foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
      draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
      draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
      path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
      begin{scope}[on background layer]
      draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
      draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
      draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
      draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
      draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
      draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
      draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
      draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
      draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
      draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
      draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
      end{scope}
      end{tikzpicture}
      end{frame}
      end{document}


      It generated the following drawing



      enter image description here



      The following comments should be fulfilled




      1. the shaded areas should be confined below the blue curve, to the
        x-axis.


      2. there should be no line connecting the nodes on the blue curve with
        position (0,0).


      3. the relations to y60 and y20 are not correct.











      share|improve this question
















      I am trying to draw the following graph, but I failed to achieve it.



      enter image description here



      What is wrong with this code



      documentclass{beamer}
      beamertemplatenavigationsymbolsempty
      usepackage{verbatim}
      usepackage{tikz}
      usepackage{pgfplots}
      usetikzlibrary{calc, backgrounds}
      begin{document}
      begin{frame}[t]
      frametitle{}
      begin{tikzpicture}[scale=.9, transform shape]
      pgfmathsetmacro{incrmnty}{.86}
      pgfmathsetmacro{incrmntx}{.86}
      draw [thick](0,0) -- (incrmntx*10,0);
      draw [thick](0,0) -- (0,incrmnty*10);
      foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
      foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{ draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
      draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
      draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
      path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
      begin{scope}[on background layer]
      draw [thick, black!80!white, fill=black!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
      draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
      draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
      draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
      draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
      draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
      draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
      draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
      draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
      draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
      draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
      end{scope}
      end{tikzpicture}
      end{frame}
      end{document}


      It generated the following drawing



      enter image description here



      The following comments should be fulfilled




      1. the shaded areas should be confined below the blue curve, to the
        x-axis.


      2. there should be no line connecting the nodes on the blue curve with
        position (0,0).


      3. the relations to y60 and y20 are not correct.








      tikz-pgf path-clipping






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited 48 mins ago









      Martin Scharrer

      201k45638819




      201k45638819










      asked 1 hour ago









      HanyHany

      1,156416




      1,156416






















          3 Answers
          3






          active

          oldest

          votes


















          2














          You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.



          This solves points 1 and 2 of your list. I don't understand what you mean with point 3.



          I also fixed your A_10 which needs to be written as A_{10}.



          documentclass{beamer}
          beamertemplatenavigationsymbolsempty
          usepackage{verbatim}
          usepackage{tikz}
          usepackage{pgfplots}
          usetikzlibrary{calc, backgrounds}
          begin{document}
          begin{frame}[t]
          frametitle{}
          begin{tikzpicture}[scale=.9, transform shape]
          pgfmathsetmacro{incrmnty}{.86}
          pgfmathsetmacro{incrmntx}{.86}

          draw [thick](0,0) -- (incrmntx*10,0);
          draw [thick](0,0) -- (0,incrmnty*10);

          foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
          draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
          }

          foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
          draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
          }

          draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
          node [pos=.0] (ao) {}
          node [pos=.08] (aw){}
          node [pos=.146] (ah) {}
          node [pos=.24] (af) {}
          node [pos=.306] (av) {}
          node [pos=.4] (ax) {}
          node [pos=.484] (as) {}
          node [pos=.58] (ag) {}
          node [pos=.704] (an) {}
          node [pos=.8] (at) {}
          node [pos=1.] (aa) {}
          (incrmntx*10,incrmnty*10);

          draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
          begin{scope}[on background layer]
          path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
          draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
          draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
          draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
          draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
          draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
          draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
          draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
          draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
          draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
          draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
          draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
          end{scope}
          end{tikzpicture}
          end{frame}
          end{document}


          enter image description here






          share|improve this answer































            1














            Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)



            documentclass{beamer}
            beamertemplatenavigationsymbolsempty
            usepackage{verbatim}
            usepackage{tikz}
            usetikzlibrary{backgrounds}
            begin{document}
            begin{frame}[t]
            frametitle{}
            begin{tikzpicture}[scale=.9, transform shape]
            pgfmathsetmacro{incrmnty}{.86}
            pgfmathsetmacro{incrmntx}{.86}
            draw [thick](0,0) -- (incrmntx*10,0);
            draw [thick](0,0) -- (0,incrmnty*10);
            foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
            { draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
            foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
            { draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
            draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
            coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
            coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
            coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
            coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
            draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
            begin{scope}[on background layer]
            path[clip,postaction={draw,green,line width=1mm}] (0,0)
            to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
            foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
            {pgfmathtruncatemacro{fullness}{70-5*Y}
            draw [thick, black!80!white, fill=black!fullness!white]
            (0,0) -- (X.center) |- cycle ;}
            end{scope}
            foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
            draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
            end{tikzpicture}
            end{frame}
            end{document}


            enter image description here






            share|improve this answer

































              0














              I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.



              documentclass{beamer}
              beamertemplatenavigationsymbolsempty
              usepackage{verbatim}
              usepackage{tikz}
              usepackage{pgfplots}
              usetikzlibrary{calc, backgrounds}
              begin{document}
              begin{frame}[t]
              frametitle{}
              begin{tikzpicture}[scale=.9, transform shape]
              pgfmathsetmacro{incrmnty}{.86}
              pgfmathsetmacro{incrmntx}{.86}
              draw [thick](0,0) -- (incrmntx*10,0);
              draw [thick](0,0) -- (0,incrmnty*10);
              foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
              foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
              draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
              }
              draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
              draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
              path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
              begin{scope}[on background layer]
              draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
              draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
              draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
              draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
              draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
              draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
              draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
              draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
              draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
              draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
              %draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
              end{scope}
              end{tikzpicture}
              end{frame}
              end{document}


              screenshot






              share|improve this answer























                Your Answer








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                3 Answers
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                3 Answers
                3






                active

                oldest

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                active

                oldest

                votes









                2














                You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.



                This solves points 1 and 2 of your list. I don't understand what you mean with point 3.



                I also fixed your A_10 which needs to be written as A_{10}.



                documentclass{beamer}
                beamertemplatenavigationsymbolsempty
                usepackage{verbatim}
                usepackage{tikz}
                usepackage{pgfplots}
                usetikzlibrary{calc, backgrounds}
                begin{document}
                begin{frame}[t]
                frametitle{}
                begin{tikzpicture}[scale=.9, transform shape]
                pgfmathsetmacro{incrmnty}{.86}
                pgfmathsetmacro{incrmntx}{.86}

                draw [thick](0,0) -- (incrmntx*10,0);
                draw [thick](0,0) -- (0,incrmnty*10);

                foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
                draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
                }

                foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
                draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                }

                draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
                node [pos=.0] (ao) {}
                node [pos=.08] (aw){}
                node [pos=.146] (ah) {}
                node [pos=.24] (af) {}
                node [pos=.306] (av) {}
                node [pos=.4] (ax) {}
                node [pos=.484] (as) {}
                node [pos=.58] (ag) {}
                node [pos=.704] (an) {}
                node [pos=.8] (at) {}
                node [pos=1.] (aa) {}
                (incrmntx*10,incrmnty*10);

                draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                begin{scope}[on background layer]
                path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
                draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
                draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
                draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
                draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
                draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
                draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
                draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
                draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
                draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
                draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
                draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                end{scope}
                end{tikzpicture}
                end{frame}
                end{document}


                enter image description here






                share|improve this answer




























                  2














                  You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.



                  This solves points 1 and 2 of your list. I don't understand what you mean with point 3.



                  I also fixed your A_10 which needs to be written as A_{10}.



                  documentclass{beamer}
                  beamertemplatenavigationsymbolsempty
                  usepackage{verbatim}
                  usepackage{tikz}
                  usepackage{pgfplots}
                  usetikzlibrary{calc, backgrounds}
                  begin{document}
                  begin{frame}[t]
                  frametitle{}
                  begin{tikzpicture}[scale=.9, transform shape]
                  pgfmathsetmacro{incrmnty}{.86}
                  pgfmathsetmacro{incrmntx}{.86}

                  draw [thick](0,0) -- (incrmntx*10,0);
                  draw [thick](0,0) -- (0,incrmnty*10);

                  foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
                  draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
                  }

                  foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
                  draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                  }

                  draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
                  node [pos=.0] (ao) {}
                  node [pos=.08] (aw){}
                  node [pos=.146] (ah) {}
                  node [pos=.24] (af) {}
                  node [pos=.306] (av) {}
                  node [pos=.4] (ax) {}
                  node [pos=.484] (as) {}
                  node [pos=.58] (ag) {}
                  node [pos=.704] (an) {}
                  node [pos=.8] (at) {}
                  node [pos=1.] (aa) {}
                  (incrmntx*10,incrmnty*10);

                  draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                  begin{scope}[on background layer]
                  path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
                  draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
                  draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
                  draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
                  draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
                  draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
                  draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
                  draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
                  draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
                  draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
                  draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
                  draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                  end{scope}
                  end{tikzpicture}
                  end{frame}
                  end{document}


                  enter image description here






                  share|improve this answer


























                    2












                    2








                    2







                    You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.



                    This solves points 1 and 2 of your list. I don't understand what you mean with point 3.



                    I also fixed your A_10 which needs to be written as A_{10}.



                    documentclass{beamer}
                    beamertemplatenavigationsymbolsempty
                    usepackage{verbatim}
                    usepackage{tikz}
                    usepackage{pgfplots}
                    usetikzlibrary{calc, backgrounds}
                    begin{document}
                    begin{frame}[t]
                    frametitle{}
                    begin{tikzpicture}[scale=.9, transform shape]
                    pgfmathsetmacro{incrmnty}{.86}
                    pgfmathsetmacro{incrmntx}{.86}

                    draw [thick](0,0) -- (incrmntx*10,0);
                    draw [thick](0,0) -- (0,incrmnty*10);

                    foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
                    draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
                    }

                    foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
                    draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                    }

                    draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
                    node [pos=.0] (ao) {}
                    node [pos=.08] (aw){}
                    node [pos=.146] (ah) {}
                    node [pos=.24] (af) {}
                    node [pos=.306] (av) {}
                    node [pos=.4] (ax) {}
                    node [pos=.484] (as) {}
                    node [pos=.58] (ag) {}
                    node [pos=.704] (an) {}
                    node [pos=.8] (at) {}
                    node [pos=1.] (aa) {}
                    (incrmntx*10,incrmnty*10);

                    draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                    begin{scope}[on background layer]
                    path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
                    draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
                    draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
                    draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
                    draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
                    draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
                    draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
                    draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
                    draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
                    draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
                    draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
                    draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                    end{scope}
                    end{tikzpicture}
                    end{frame}
                    end{document}


                    enter image description here






                    share|improve this answer













                    You need to place the clipping path into the scope, not before it, and close the clipping path with e.g. |- cycle or similar. Also you should need the same parameters as with the actual line. The looseness value was missing.



                    This solves points 1 and 2 of your list. I don't understand what you mean with point 3.



                    I also fixed your A_10 which needs to be written as A_{10}.



                    documentclass{beamer}
                    beamertemplatenavigationsymbolsempty
                    usepackage{verbatim}
                    usepackage{tikz}
                    usepackage{pgfplots}
                    usetikzlibrary{calc, backgrounds}
                    begin{document}
                    begin{frame}[t]
                    frametitle{}
                    begin{tikzpicture}[scale=.9, transform shape]
                    pgfmathsetmacro{incrmnty}{.86}
                    pgfmathsetmacro{incrmntx}{.86}

                    draw [thick](0,0) -- (incrmntx*10,0);
                    draw [thick](0,0) -- (0,incrmnty*10);

                    foreach y [evaluate=y as aff using int(y*10)] in {0,2,4,...,10}{
                    draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);
                    }

                    foreach x [evaluate=x as aff using int(x*10)] in {0,2,4,...,10}{
                    draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                    }

                    draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110]
                    node [pos=.0] (ao) {}
                    node [pos=.08] (aw){}
                    node [pos=.146] (ah) {}
                    node [pos=.24] (af) {}
                    node [pos=.306] (av) {}
                    node [pos=.4] (ax) {}
                    node [pos=.484] (as) {}
                    node [pos=.58] (ag) {}
                    node [pos=.704] (an) {}
                    node [pos=.8] (at) {}
                    node [pos=1.] (aa) {}
                    (incrmntx*10,incrmnty*10);

                    draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                    begin{scope}[on background layer]
                    path [clip, looseness=.9] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10) |- (0, -1) -- cycle;
                    draw [thick, black!80!white, fill=green!65!white] (aa.center) node [black, xshift=.36cm, yshift=-3.cm] {X} |- (aa.center|-0,0) -- (0,0) -- (aa.center);
                    draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_{10}$} |- (at.center|-0,0) -- (0,0) -- (at.center) -| (at.center-|0,0);
                    draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} |- (an.center|-0,0) -- (0,0) -- (an.center) -| (an.center-|0,0);
                    draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} |- (ag.center|-0,0) -- (0,0) -- (ag.center) -| (ag.center-|0,0);
                    draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} |- (as.center|-0,0) -- (0,0) -- (as.center) -| (as.center-|0,0);
                    draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} |- (ax.center|-0,0)-- (0,0) -- (ax.center) -| (ax.center-|0,0);
                    draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} |- (av.center|-0,0) -- (0,0) -- (av.center) -| (av.center-|0,0);
                    draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} |- (af.center|-0,0)-- (0,0) -- (af.center) -| (af.center-|0,0);
                    draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} |- (ah.center|-0,0) -- (0,0) -- (ah.center) -| (ah.center-|0,0);
                    draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} |- (aw.center|-0,0) -- (0,0) -- (aw.center) -| (aw.center-|0,0);
                    draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                    end{scope}
                    end{tikzpicture}
                    end{frame}
                    end{document}


                    enter image description here







                    share|improve this answer












                    share|improve this answer



                    share|improve this answer










                    answered 43 mins ago









                    Martin ScharrerMartin Scharrer

                    201k45638819




                    201k45638819























                        1














                        Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)



                        documentclass{beamer}
                        beamertemplatenavigationsymbolsempty
                        usepackage{verbatim}
                        usepackage{tikz}
                        usetikzlibrary{backgrounds}
                        begin{document}
                        begin{frame}[t]
                        frametitle{}
                        begin{tikzpicture}[scale=.9, transform shape]
                        pgfmathsetmacro{incrmnty}{.86}
                        pgfmathsetmacro{incrmntx}{.86}
                        draw [thick](0,0) -- (incrmntx*10,0);
                        draw [thick](0,0) -- (0,incrmnty*10);
                        foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
                        { draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                        foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
                        { draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
                        draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
                        coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
                        coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
                        coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
                        coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
                        draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                        begin{scope}[on background layer]
                        path[clip,postaction={draw,green,line width=1mm}] (0,0)
                        to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
                        foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
                        {pgfmathtruncatemacro{fullness}{70-5*Y}
                        draw [thick, black!80!white, fill=black!fullness!white]
                        (0,0) -- (X.center) |- cycle ;}
                        end{scope}
                        foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
                        draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
                        end{tikzpicture}
                        end{frame}
                        end{document}


                        enter image description here






                        share|improve this answer






























                          1














                          Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)



                          documentclass{beamer}
                          beamertemplatenavigationsymbolsempty
                          usepackage{verbatim}
                          usepackage{tikz}
                          usetikzlibrary{backgrounds}
                          begin{document}
                          begin{frame}[t]
                          frametitle{}
                          begin{tikzpicture}[scale=.9, transform shape]
                          pgfmathsetmacro{incrmnty}{.86}
                          pgfmathsetmacro{incrmntx}{.86}
                          draw [thick](0,0) -- (incrmntx*10,0);
                          draw [thick](0,0) -- (0,incrmnty*10);
                          foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
                          { draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                          foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
                          { draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
                          draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
                          coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
                          coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
                          coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
                          coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
                          draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                          begin{scope}[on background layer]
                          path[clip,postaction={draw,green,line width=1mm}] (0,0)
                          to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
                          foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
                          {pgfmathtruncatemacro{fullness}{70-5*Y}
                          draw [thick, black!80!white, fill=black!fullness!white]
                          (0,0) -- (X.center) |- cycle ;}
                          end{scope}
                          foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
                          draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
                          end{tikzpicture}
                          end{frame}
                          end{document}


                          enter image description here






                          share|improve this answer




























                            1












                            1








                            1







                            Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)



                            documentclass{beamer}
                            beamertemplatenavigationsymbolsempty
                            usepackage{verbatim}
                            usepackage{tikz}
                            usetikzlibrary{backgrounds}
                            begin{document}
                            begin{frame}[t]
                            frametitle{}
                            begin{tikzpicture}[scale=.9, transform shape]
                            pgfmathsetmacro{incrmnty}{.86}
                            pgfmathsetmacro{incrmntx}{.86}
                            draw [thick](0,0) -- (incrmntx*10,0);
                            draw [thick](0,0) -- (0,incrmnty*10);
                            foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
                            { draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                            foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
                            { draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
                            draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
                            coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
                            coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
                            coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
                            coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
                            draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                            begin{scope}[on background layer]
                            path[clip,postaction={draw,green,line width=1mm}] (0,0)
                            to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
                            foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
                            {pgfmathtruncatemacro{fullness}{70-5*Y}
                            draw [thick, black!80!white, fill=black!fullness!white]
                            (0,0) -- (X.center) |- cycle ;}
                            end{scope}
                            foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
                            draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
                            end{tikzpicture}
                            end{frame}
                            end{document}


                            enter image description here






                            share|improve this answer















                            Similar to Martin Scharrer's nice answer but with loops to make the code shorter. (And yes, the looseness was missing in the clip path.)



                            documentclass{beamer}
                            beamertemplatenavigationsymbolsempty
                            usepackage{verbatim}
                            usepackage{tikz}
                            usetikzlibrary{backgrounds}
                            begin{document}
                            begin{frame}[t]
                            frametitle{}
                            begin{tikzpicture}[scale=.9, transform shape]
                            pgfmathsetmacro{incrmnty}{.86}
                            pgfmathsetmacro{incrmntx}{.86}
                            draw [thick](0,0) -- (incrmntx*10,0);
                            draw [thick](0,0) -- (0,incrmnty*10);
                            foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}
                            { draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                            foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}
                            { draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);}
                            draw [very thick, blue] (0,0) to [out=15, in=-110, looseness=.9]
                            coordinate [pos=.0] (ao) coordinate [pos=.08] (aw) coordinate [pos=.146] (ah)
                            coordinate [pos=.24] (af) coordinate [pos=.306] (av) coordinate [pos=.4] (ax)
                            coordinate [pos=.484] (as) coordinate [pos=.58] (ag) coordinate [pos=.704] (an)
                            coordinate [pos=.8] (at) coordinate [pos=1.] (aa) (incrmntx*10,incrmnty*10);
                            draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                            begin{scope}[on background layer]
                            path[clip,postaction={draw,green,line width=1mm}] (0,0)
                            to [out=15, in=-110, looseness=.9] (incrmntx*10,incrmnty*10) |- cycle;
                            foreach X [count=Y,evaluate=Y as Z using {int(12-Y)}] in {aa,at,an,ag,as,ax,av,af,ah,aw,ao}
                            {pgfmathtruncatemacro{fullness}{70-5*Y}
                            draw [thick, black!80!white, fill=black!fullness!white]
                            (0,0) -- (X.center) |- cycle ;}
                            end{scope}
                            foreach X [count=Y,evaluate=Y as Z using {int(11-Y)}] in {at,an,ag,as,ax,av,af,ah,aw,ao}
                            draw [thick] (X.center|-0,0) |- (X.center-| (0,0)node[pos=0.25,right]{$boldsymbol{A_{Z}}$};
                            end{tikzpicture}
                            end{frame}
                            end{document}


                            enter image description here







                            share|improve this answer














                            share|improve this answer



                            share|improve this answer








                            edited 36 mins ago

























                            answered 41 mins ago









                            marmotmarmot

                            97.9k4113217




                            97.9k4113217























                                0














                                I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.



                                documentclass{beamer}
                                beamertemplatenavigationsymbolsempty
                                usepackage{verbatim}
                                usepackage{tikz}
                                usepackage{pgfplots}
                                usetikzlibrary{calc, backgrounds}
                                begin{document}
                                begin{frame}[t]
                                frametitle{}
                                begin{tikzpicture}[scale=.9, transform shape]
                                pgfmathsetmacro{incrmnty}{.86}
                                pgfmathsetmacro{incrmntx}{.86}
                                draw [thick](0,0) -- (incrmntx*10,0);
                                draw [thick](0,0) -- (0,incrmnty*10);
                                foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                                foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
                                draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                                }
                                draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
                                draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                                path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
                                begin{scope}[on background layer]
                                draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
                                draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
                                draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
                                draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
                                draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
                                draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
                                draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
                                draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
                                draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
                                draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
                                %draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                                end{scope}
                                end{tikzpicture}
                                end{frame}
                                end{document}


                                screenshot






                                share|improve this answer




























                                  0














                                  I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.



                                  documentclass{beamer}
                                  beamertemplatenavigationsymbolsempty
                                  usepackage{verbatim}
                                  usepackage{tikz}
                                  usepackage{pgfplots}
                                  usetikzlibrary{calc, backgrounds}
                                  begin{document}
                                  begin{frame}[t]
                                  frametitle{}
                                  begin{tikzpicture}[scale=.9, transform shape]
                                  pgfmathsetmacro{incrmnty}{.86}
                                  pgfmathsetmacro{incrmntx}{.86}
                                  draw [thick](0,0) -- (incrmntx*10,0);
                                  draw [thick](0,0) -- (0,incrmnty*10);
                                  foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                                  foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
                                  draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                                  }
                                  draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
                                  draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                                  path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
                                  begin{scope}[on background layer]
                                  draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
                                  draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
                                  draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
                                  draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
                                  draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
                                  draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
                                  draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
                                  draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
                                  draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
                                  draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
                                  %draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                                  end{scope}
                                  end{tikzpicture}
                                  end{frame}
                                  end{document}


                                  screenshot






                                  share|improve this answer


























                                    0












                                    0








                                    0







                                    I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.



                                    documentclass{beamer}
                                    beamertemplatenavigationsymbolsempty
                                    usepackage{verbatim}
                                    usepackage{tikz}
                                    usepackage{pgfplots}
                                    usetikzlibrary{calc, backgrounds}
                                    begin{document}
                                    begin{frame}[t]
                                    frametitle{}
                                    begin{tikzpicture}[scale=.9, transform shape]
                                    pgfmathsetmacro{incrmnty}{.86}
                                    pgfmathsetmacro{incrmntx}{.86}
                                    draw [thick](0,0) -- (incrmntx*10,0);
                                    draw [thick](0,0) -- (0,incrmnty*10);
                                    foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                                    foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
                                    draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                                    }
                                    draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
                                    draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                                    path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
                                    begin{scope}[on background layer]
                                    draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
                                    draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
                                    draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
                                    draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
                                    %draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                                    end{scope}
                                    end{tikzpicture}
                                    end{frame}
                                    end{document}


                                    screenshot






                                    share|improve this answer













                                    I have to go to work, I will come back this afternoon to explain the code if you need it. Sorry.



                                    documentclass{beamer}
                                    beamertemplatenavigationsymbolsempty
                                    usepackage{verbatim}
                                    usepackage{tikz}
                                    usepackage{pgfplots}
                                    usetikzlibrary{calc, backgrounds}
                                    begin{document}
                                    begin{frame}[t]
                                    frametitle{}
                                    begin{tikzpicture}[scale=.9, transform shape]
                                    pgfmathsetmacro{incrmnty}{.86}
                                    pgfmathsetmacro{incrmntx}{.86}
                                    draw [thick](0,0) -- (incrmntx*10,0);
                                    draw [thick](0,0) -- (0,incrmnty*10);
                                    foreach y [evaluate=y as aff using int(y*10)]in {0,2,4,...,10}{ draw [black] (0,incrmnty*y) node [left, xshift=-.1cm] {aff} -- +(180:.12);}
                                    foreach x [evaluate=x as aff using int(x*10)]in {0,2,4,...,10}{
                                    draw [black] (incrmnty*x,0) node [below, yshift=-.25cm] {aff} -- +(-90:incrmntx*.2);
                                    }
                                    draw [very thick, blue, looseness=.9] (0,0) to [out=15, in=-110] node [pos=.0] (ao) {} node [pos=.08] (aw){} node [pos=.146] (ah) {} node [pos=.24] (af) {} node [pos=.306] (av) {} node [pos=.4] (ax) {} node [pos=.484] (as) {} node [pos=.58] (ag) {} node [pos=.704] (an) {} node [pos=.8] (at) {at} node [pos=1.] (aa) {} (incrmntx*10,incrmnty*10);
                                    draw [very thick, red!70!black, looseness=1] (0,0) -- (incrmntx*10,incrmnty*10);
                                    path[clip] (0,0) to [out=15, in=-110] (incrmntx*10,incrmnty*10);
                                    begin{scope}[on background layer]
                                    draw [thick, black!80!white, fill=black!65!white] (aa.center |- 0,0)--(aa.center) --(at.center) |- (at.center |- 0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!60!white] (at.center) node [black, xshift=.36cm, yshift=-3.cm] {$bf A_10$} --(an.center) |-(at.center |- 0,0) --cycle;
                                    draw [thick, black!80!white, fill=black!55!white] (an.center) node [black, xshift=.28cm, yshift=-2.4cm] {$bf A_9$} -- (ag.center)|- (an.center|- 0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!50!white] (ag.center) node [black, xshift=.28cm, yshift=-2.cm] {$bf A_8$} --(as.center) |- (ag.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!45!white] (as.center) node [black, xshift=.28cm, yshift=-1.46cm] {$bf A_7$} --(ax.center)|- (as.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!40!white] (ax.center) node [black, xshift=.28cm, yshift=-1.2cm] {$bf A_6$} -- (av.center)|- (ax.center|-0,0)-- cycle;
                                    draw [thick, black!80!white, fill=black!35!white] (av.center) node [black, xshift=.28cm, yshift=-.9cm] {$bf A_5$} --(af.center)|- (av.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!30!white] (af.center) node [black, xshift=.28cm, yshift=-.68cm] {$bf A_4$} --(ah.center)|- (af.center|-0,0)-- cycle;
                                    draw [thick, black!80!white, fill=black!25!white] (ah.center) node [black, xshift=.28cm, yshift=-.4cm] {$bf A_3$} --(aw.center)|- (ah.center|-0,0) -- cycle;
                                    draw [thick, black!80!white, fill=black!20!white] (aw.center) node [black, xshift=.28cm, yshift=-.16cm] {$bf A_2$} --(ao.center)|- (aw.center|-0,0) -- cycle;
                                    %draw [thick, black!80!white, fill=black!20!white] (ao.center) node [black, xshift=.8cm, yshift=0cm] {$bf A_1$} |- (ao.center|-0,0) -- (0,0) -- (ao.center) -| (ao.center-|0,0);
                                    end{scope}
                                    end{tikzpicture}
                                    end{frame}
                                    end{document}


                                    screenshot







                                    share|improve this answer












                                    share|improve this answer



                                    share|improve this answer










                                    answered 45 mins ago









                                    AndréCAndréC

                                    8,82911447




                                    8,82911447






























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