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Custom “human” shape for tikz


“The duck pond”: showcase of TikZ-drawn animals/ducksSomething between frownie and smileyMan running icon with TikZRemoving part of a symbol or imageI am trying to draw this picture with latexNode below icon in tikzIs there a simple way to use stick figures into PGF/Tikz drawings?How to draw a pic of a person with tikz?Typesetting figure in LaTeXLaTeX CartooningHow can I make labels (or other elements) rotate with a node using TikZ?Tikz: custom, rounded node shapeCustom T shape in TikZCircuit Node with Text near Input and OutputTikz/PGF - Accessing custom anchors in backgroundpath of custom shapeCustom Shape with tcolorbox/tikzCustom TikZ teardrop/infinity shape?pgf/tikz node custom shapeCustom shape in Tikz nodeFilling custom shape in Tikz diagram













37















A question with a large mea culpa. I've tried thinking about how I would add this shape and I've come up completely empty. Not strong enough with Tex to even give it a shot.



I'm trying to put together a visual aid of people numbers in a particular area, so I imagine using something like



begin{tikzpicture}[every node/.style={human,draw,fill=black}]
node (sci) {scientist};
node [right=1mm of sci] (sol) {gurus};
node [right=1mm of sol] (joe) {workers};
end{tikzpicture}


My question is: Is there simple shape that already exists (its not in the shapes library) that does something similar. or is this easily coded as a new shape in which case could some kind soul post it as an example or is there a simple way to combine two existing shapes into a new one (A basic version I'd be happy with would be a long-ish down ward pointing isoceles triangle with a circle on top).



Image of what I'm sort of after below. Thanks



enter image description here



As a worst case I could use lots of includegraphics commands in nodes but that is likely to be the most manual approach and would prefer something else if a solution exists.





Update: Really tough to pick the answer for this one. I picked the one I went with in a hurry but there is a lot of material there for alternative ways to make this work.



I'd really like to thank all three responders for their help. Now if only I could get a shape definition too ... :-)










share|improve this question





























    37















    A question with a large mea culpa. I've tried thinking about how I would add this shape and I've come up completely empty. Not strong enough with Tex to even give it a shot.



    I'm trying to put together a visual aid of people numbers in a particular area, so I imagine using something like



    begin{tikzpicture}[every node/.style={human,draw,fill=black}]
    node (sci) {scientist};
    node [right=1mm of sci] (sol) {gurus};
    node [right=1mm of sol] (joe) {workers};
    end{tikzpicture}


    My question is: Is there simple shape that already exists (its not in the shapes library) that does something similar. or is this easily coded as a new shape in which case could some kind soul post it as an example or is there a simple way to combine two existing shapes into a new one (A basic version I'd be happy with would be a long-ish down ward pointing isoceles triangle with a circle on top).



    Image of what I'm sort of after below. Thanks



    enter image description here



    As a worst case I could use lots of includegraphics commands in nodes but that is likely to be the most manual approach and would prefer something else if a solution exists.





    Update: Really tough to pick the answer for this one. I picked the one I went with in a hurry but there is a lot of material there for alternative ways to make this work.



    I'd really like to thank all three responders for their help. Now if only I could get a shape definition too ... :-)










    share|improve this question



























      37












      37








      37


      13






      A question with a large mea culpa. I've tried thinking about how I would add this shape and I've come up completely empty. Not strong enough with Tex to even give it a shot.



      I'm trying to put together a visual aid of people numbers in a particular area, so I imagine using something like



      begin{tikzpicture}[every node/.style={human,draw,fill=black}]
      node (sci) {scientist};
      node [right=1mm of sci] (sol) {gurus};
      node [right=1mm of sol] (joe) {workers};
      end{tikzpicture}


      My question is: Is there simple shape that already exists (its not in the shapes library) that does something similar. or is this easily coded as a new shape in which case could some kind soul post it as an example or is there a simple way to combine two existing shapes into a new one (A basic version I'd be happy with would be a long-ish down ward pointing isoceles triangle with a circle on top).



      Image of what I'm sort of after below. Thanks



      enter image description here



      As a worst case I could use lots of includegraphics commands in nodes but that is likely to be the most manual approach and would prefer something else if a solution exists.





      Update: Really tough to pick the answer for this one. I picked the one I went with in a hurry but there is a lot of material there for alternative ways to make this work.



      I'd really like to thank all three responders for their help. Now if only I could get a shape definition too ... :-)










      share|improve this question
















      A question with a large mea culpa. I've tried thinking about how I would add this shape and I've come up completely empty. Not strong enough with Tex to even give it a shot.



      I'm trying to put together a visual aid of people numbers in a particular area, so I imagine using something like



      begin{tikzpicture}[every node/.style={human,draw,fill=black}]
      node (sci) {scientist};
      node [right=1mm of sci] (sol) {gurus};
      node [right=1mm of sol] (joe) {workers};
      end{tikzpicture}


      My question is: Is there simple shape that already exists (its not in the shapes library) that does something similar. or is this easily coded as a new shape in which case could some kind soul post it as an example or is there a simple way to combine two existing shapes into a new one (A basic version I'd be happy with would be a long-ish down ward pointing isoceles triangle with a circle on top).



      Image of what I'm sort of after below. Thanks



      enter image description here



      As a worst case I could use lots of includegraphics commands in nodes but that is likely to be the most manual approach and would prefer something else if a solution exists.





      Update: Really tough to pick the answer for this one. I picked the one I went with in a hurry but there is a lot of material there for alternative ways to make this work.



      I'd really like to thank all three responders for their help. Now if only I could get a shape definition too ... :-)







      tikz-pgf graphics






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited Nov 26 '12 at 11:49







      Tahnoon Pasha

















      asked Nov 26 '12 at 7:43









      Tahnoon PashaTahnoon Pasha

      1,46511734




      1,46511734






















          6 Answers
          6






          active

          oldest

          votes


















          31














          Do you really need tikz?



          The marvosym package provides the commands Gentsroom and Ladiesroom :



          enter image description here



          A good place to look for such common-use symbols is the comprehensive LaTeX symbol list.






          share|improve this answer


























          • Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

            – Tahnoon Pasha
            Nov 26 '12 at 8:50






          • 1





            @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

            – T. Verron
            Nov 26 '12 at 9:03













          • That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

            – Tahnoon Pasha
            Nov 26 '12 at 9:30











          • @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

            – T. Verron
            Nov 26 '12 at 10:38






          • 1





            The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

            – JLDiaz
            Nov 27 '12 at 8:29





















          41














          Well since you are using TikZ environment anyhow, then loading marvosym becomes redundant (though nothing wrong with that by the way)



          documentclass{standalone}
          usepackage{tikz}
          usetikzlibrary{positioning,arrows}
          begin{document}
          begin{tikzpicture}
          node[circle,fill,minimum size=5mm] (head) {};
          node[rounded corners=2pt,minimum height=1.3cm,minimum width=0.4cm,fill,below = 1pt of head] (body) {};
          draw[line width=1mm,round cap-round cap] ([shift={(2pt,-1pt)}]body.north east) --++(-90:6mm);
          draw[line width=1mm,round cap-round cap] ([shift={(-2pt,-1pt)}]body.north west)--++(-90:6mm);
          draw[thick,white,-round cap] (body.south) --++(90:5.5mm);
          end{tikzpicture}
          end{document}


          enter image description here



          then a little digression



          documentclass{standalone}
          usepackage{tikz}
          usetikzlibrary{shapes.callouts}
          begin{document}
          begin{tikzpicture}[manstyle/.style={line width=4pt,line cap=round,line join=round}]
          node[fill,circle,inner sep=2.5pt,outer sep=1pt] (head) at (-0.2mm,7.1mm) {};
          node[above left,anchor=pointer,scale=0.4,cloud callout, cloud puffs=10, aspect=2, cloud puff arc=120,
          fill,text=white,callout relative pointer={(-4mm,-4mm)}] at (2mm,8mm){$displaystyleint_pi l(d,t)mathrm{d}t$};
          draw[manstyle] (0,0.5) -- ++(0,-1.2cm);
          draw[manstyle] (-1.5pt,-1pt) -- ++(0,0.535cm) (1.2pt,1pt) --(0,5mm)--++(-80:5mm) coordinate (g);
          draw[-latex] (g) -| (-25:8mm);
          draw[|-|,ultra thin] ([shift={(1mm,2mm)}]g) --++ (5.15mm,0) node [midway,above,scale=0.5] {$l$};
          node[fill,minimum height=7mm,rounded corners=2pt,outer xsep=1pt,outer ysep=0] (syphon) at (1.1cm,-0.45cm) {};
          fill[rounded corners=1pt] (syphon.south west) |-++(140:7mm) coordinate (d) arc (180:230:4mm) |- (syphon.south west) --cycle;
          draw[|-|,ultra thin] (d)++(-0.1mm,0) --++ (-3.1mm,0) node[midway,above,scale=0.5] {$d$};
          node[font=scshape, align=center] (motto) at (5mm,-1.5cm) {Gents \ Do It With \ Precision};
          end{tikzpicture}
          end{document}


          enter image description here






          share|improve this answer



















          • 11





            The restrooms in my university need one of these :)

            – henrique
            Nov 27 '12 at 23:43



















          19














          Here is a basic version as per your description, and added an option to control the smiley:



          enter image description here



          References:




          • Something between frownie and smiley


          Code:



          documentclass{article}
          usepackage{tikz}

          % https://tex.stackexchange.com/questions/58901/something-between-frownie-and-smiley
          newcommand{Simley}[3][]{%
          % #1 = draw options
          % #2 = smile factor
          % #3 = location
          %begin{tikzpicture}[scale=0.4]
          begin{scope}[shift={(#3)}, scale=0.4]
          newcommand*{SmileyRadius}{1.0}%
          draw [thick, fill=brown!10, #1] (0,0) circle (SmileyRadius);% outside circle

          pgfmathsetmacro{eyeX}{0.5*SmileyRadius*cos(30)}
          pgfmathsetmacro{eyeY}{0.5*SmileyRadius*sin(30)}
          draw [fill=cyan,draw=none] (eyeX,eyeY) circle (0.15cm);
          draw [fill=cyan,draw=none] (-eyeX,eyeY) circle (0.15cm);

          pgfmathsetmacro{xScale}{2*eyeX/180}
          pgfmathsetmacro{yScale}{1.0*eyeY}
          draw[color=brown, thick, domain=-eyeX:eyeX]
          plot ({x},{
          -0.1+#2*0.15 % shift the smiley as smile decreases
          -#2*1.75*yScale*(sin((x+eyeX)/xScale))-eyeY});
          end{scope}
          %end{tikzpicture}%
          }%

          newcommand*{Symbol}[3][]{%
          % #1 = draw options
          % #2 = smile factor
          % #3 = location
          %
          begin{scope}[shift={(#3)}]
          %draw [thick, fill=brown!25, #1] (0,0) circle (0.30cm);% Use this for no-smiley version
          Simley[#1]{#2}{0,0.1}% Comment this out if you don't want smiley
          draw [thick, fill=brown!10, #1]
          (-0.4, -0.40) -- (0.4, -0.40) -- (0,-2.5) -- cycle;
          end{scope}%
          }%


          begin{document}
          begin{tikzpicture}
          Symbol{1}{0,0}
          Symbol[draw=black, fill=red!25, ultra thick]{0.25}{1,0}
          Symbol[draw=blue, fill=green!20, ultra thick]{-1}{2,0}
          end{tikzpicture}
          end{document}





          share|improve this answer


























          • thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

            – Tahnoon Pasha
            Nov 26 '12 at 8:48











          • Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

            – Peter Grill
            Nov 27 '12 at 1:17



















          16














          An option if you're willing to includegraphics is to go to openclipart.org (or any other clip art site, download an icon in svg, convert it to pdf and simply include it. That's what I do for globes and such in my figures.



          Update: To re-use the icon, you can define a new command:



          newcommand{usericon}[1]{includegraphics[width=#1textwidth]{usericon}}


          Then, wherever you want to put it, simply put it in a node like so:



          node (user) {usericon{0.2}}; 





          share|improve this answer


























          • Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

            – Tahnoon Pasha
            Nov 26 '12 at 9:25











          • Updated the answer :)

            – recluze
            Nov 26 '12 at 11:31



















          16














          These produce rather different effects than the one envisaged in the question. I'm posting them because I couldn't find anything similar when I searched and I hope that they may be useful to somebody sometime. (Basically the answers here were the closest I got to what I was looking for.)



          In terms of questions, LaTeX Cartooning asks for something of the kind I hoped to find. But that question requests a much more comprehensive package far beyond anything I was searching for.



          So, for what it is worth, this code defines pics which can be used a little like new node shapes but are much less flexible and powerful. I would love to have node shapes but have no idea how to make one.



          People Pic I



          I needed to be able to fill my people with spheres.So I wanted an outline rather than a filled picture. Moreover, I needed to be able to specify paths around the people in order to draw arrows, clip the background spheres etc. So, I needed nodes within the pic which I could refer to later.



          The pic below let me do that. Perhaps it will help somebody else who wants to do something equally bizarre sometime.



          Use pgfkeyssetvalue{/cfr/soul base dimension}{} to specify the size of the pic but note that this size does not specify the final dimensions. Rather, it is the base unit used by the pic code to calculate those dimensions. I used 10pt for code designed for use in a beamer presentation.



          The pic defines various nodes. If you give your pic a name, you can refer to these nodes later. For example, if you write



          pic (harry) {person};


          Then



          harry-head
          harry-right arm
          harry-right leg
          harry-torso
          harry-left leg
          harry-left arm


          refer to Harry's head, arms, legs and torso respectively.



          documentclass[tikz]{standalone}
          usetikzlibrary{calc,positioning}

          begin{document}
          pgfkeyssetvalue{/cfr/soul base dimension}{10pt}
          begin{tikzpicture}
          [
          font=sffamilybfseries,
          line width=0.1*pgfkeysvalueof{/cfr/soul base dimension},
          outer sep=0pt,
          inner sep=0pt,
          person/.pic={%
          node (-head) [circle, minimum size=4*pgfkeysvalueof{/cfr/soul base dimension}] {};
          node (-torso) [below=0pt of -head, rectangle, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}, minimum width=3.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}] {};
          node (-right arm) [right=0pt of -torso.north east, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
          node (-left arm) [left=0pt of -torso.north west, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
          node (-left leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north east] {};
          node (-right leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north west] {};
          draw [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] (-right leg.south) -- (-right leg.south west) -- (-left leg.south east) -- (-left leg.south west) -- (-torso.south west) [rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] -- (-left arm.south east) -- (-left arm.south west) -- (-left arm.north west) -- (-torso.north west) -- ($(-head.south) - (.5*pgfkeysvalueof{/cfr/soul base dimension},0)$) arc [start angle=255.5, end angle=-74.5, radius=2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.north east) -- (-right arm.north east) -- (-right arm.south east) -- (-right arm.south west) [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.south east) -- (-right leg.south east) -- (-right leg.south west);
          }
          ]
          pic (human being) {person};
          pic (got the blues) [right=of human being-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, blue] {person};
          pic (in the pink) [right=of got the blues-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, magenta] {person};
          pic (half gone) [right=of in the pink-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension},opacity=.5] {person};
          pgfkeyssetvalue{/cfr/soul base dimension}{5pt}
          pic (feeling small) [right=of half gone-right arm.east, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, fill=red] {person};
          end{tikzpicture}
          end{document}


          People



          People Pic II



          This is a similar idea to the first but also draws on the solutions others have posted for filled person shapes. It creates a person in the colour of your choice, rotated at the angle of your choice and labelled with the text of your choice. It could be adapted for various other permutations.



          documentclass[tikz]{standalone}
          usetikzlibrary{positioning,fit}
          begin{document}

          tikzset{
          pobl/.style={
          inner sep=0pt, outer sep=0pt, fill=#1,
          },
          pobl gron/.style n args={2}{
          pobl=#1, rounded corners=#2,
          },
          pics/person/.style n args={3}{
          code={
          node (-corff) [pobl=#1, minimum width=.25*#2, minimum height=.375*#2, rotate=#3, pic actions] {};
          node (-pen) [minimum width=.3*#2, circle, pobl=#1, outer sep=.01*#2, anchor=south, rotate=#3, pic actions] at (-corff.north) {};
          node (-coes dde) [pobl gron={#1}{1pt}, anchor=north west, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south west) {};
          node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes dde.north) {};
          node (-coes chwith) [pobl gron={#1}{1pt}, anchor=north east, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south east) {};
          node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes chwith.north) {};
          node (-braich dde) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
          node [pobl=#1, minimum width=.05*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
          node (-braich chwith) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
          node [pobl=#1, minimum width=.0375*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
          node (-fit person) [fit={(-pen.north) (-braich dde.east) (-coes chwith.south) (-braich chwith.west)}] {};
          node (-pwy) [below=25pt of -fit person, every pin] {tikzpictext};
          draw [every pin edge] (-fit person) -- (-pwy);
          },
          },
          }

          begin{tikzpicture}
          [
          every pin edge/.append style={latex-, shorten <=-2.5pt},
          ]
          draw pic (person) [pic text={A Person}] {person={blue}{25pt}{0}};
          draw pic (sleepy) [right=35pt of person-braich dde.east, pic text={Sleepy Person}] {person={green}{25pt}{90}};
          draw pic (gymnast) [right=70pt of person-braich dde.east, pic text={Gymnast}] {person={orange}{25pt}{180}};
          draw pic (giant) [right=50pt of gymnast-braich dde.south east, pic text={Sleepy Giant}] {person={pink}{75pt}{-90}};
          end{tikzpicture}

          end{document}


          people pics






          share|improve this answer

































            0














            This is my simple stickman, which is easy to modify.



            documentclass{standalone}

            usepackage{tikz}
            usetikzlibrary{math}

            begin{document}

            newcommand{stickman}[3]{% stickman ==== V
            draw[
            evaluate={
            x = (#1); % center x
            y = (#2); % center y
            r = (#3); % radius
            xl = x-r; % x left
            xr = x+r; % x right
            ya = y-r; % body upper
            yb = ya-r; % arms
            yc = yb-r; % legs
            ybd = yb-0.5*r; % arms lower
            ycd = yc-0.5*r; % legs lower
            },thick, orange
            ]
            (x, y) circle (r) % head
            (x, ya) -- (x,yc) % body
            (xl, ybd) -- (x, yb) -- (xr, ybd) %arms
            (xl, ycd) -- (x, yc) -- (xr, ycd) %arms
            ; %
            } % stickman ==== A

            begin{tikzpicture}
            stickman{3}{3}{1}
            stickman{6}{3}{1}
            stickman{9}{4}{1}
            end{tikzpicture}

            end{document}


            Note that using the same code, it is possible to generate many stickman at any location.
            It produces this.






            share|improve this answer
























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              6 Answers
              6






              active

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              6






              active

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              31














              Do you really need tikz?



              The marvosym package provides the commands Gentsroom and Ladiesroom :



              enter image description here



              A good place to look for such common-use symbols is the comprehensive LaTeX symbol list.






              share|improve this answer


























              • Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

                – Tahnoon Pasha
                Nov 26 '12 at 8:50






              • 1





                @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

                – T. Verron
                Nov 26 '12 at 9:03













              • That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

                – Tahnoon Pasha
                Nov 26 '12 at 9:30











              • @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

                – T. Verron
                Nov 26 '12 at 10:38






              • 1





                The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

                – JLDiaz
                Nov 27 '12 at 8:29


















              31














              Do you really need tikz?



              The marvosym package provides the commands Gentsroom and Ladiesroom :



              enter image description here



              A good place to look for such common-use symbols is the comprehensive LaTeX symbol list.






              share|improve this answer


























              • Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

                – Tahnoon Pasha
                Nov 26 '12 at 8:50






              • 1





                @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

                – T. Verron
                Nov 26 '12 at 9:03













              • That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

                – Tahnoon Pasha
                Nov 26 '12 at 9:30











              • @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

                – T. Verron
                Nov 26 '12 at 10:38






              • 1





                The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

                – JLDiaz
                Nov 27 '12 at 8:29
















              31












              31








              31







              Do you really need tikz?



              The marvosym package provides the commands Gentsroom and Ladiesroom :



              enter image description here



              A good place to look for such common-use symbols is the comprehensive LaTeX symbol list.






              share|improve this answer















              Do you really need tikz?



              The marvosym package provides the commands Gentsroom and Ladiesroom :



              enter image description here



              A good place to look for such common-use symbols is the comprehensive LaTeX symbol list.







              share|improve this answer














              share|improve this answer



              share|improve this answer








              edited Nov 7 '16 at 16:38









              Michael Mior

              1134




              1134










              answered Nov 26 '12 at 8:35









              T. VerronT. Verron

              10.4k14172




              10.4k14172













              • Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

                – Tahnoon Pasha
                Nov 26 '12 at 8:50






              • 1





                @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

                – T. Verron
                Nov 26 '12 at 9:03













              • That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

                – Tahnoon Pasha
                Nov 26 '12 at 9:30











              • @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

                – T. Verron
                Nov 26 '12 at 10:38






              • 1





                The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

                – JLDiaz
                Nov 27 '12 at 8:29





















              • Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

                – Tahnoon Pasha
                Nov 26 '12 at 8:50






              • 1





                @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

                – T. Verron
                Nov 26 '12 at 9:03













              • That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

                – Tahnoon Pasha
                Nov 26 '12 at 9:30











              • @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

                – T. Verron
                Nov 26 '12 at 10:38






              • 1





                The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

                – JLDiaz
                Nov 27 '12 at 8:29



















              Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

              – Tahnoon Pasha
              Nov 26 '12 at 8:50





              Thanks @TVerron unfortunately I need to put several of them side by side and color them according to each category so that it shows numbers of people in groups. I'm not sure how I'd do that outside tikz, ... perhaps a table structure... will try it and revert

              – Tahnoon Pasha
              Nov 26 '12 at 8:50




              1




              1





              @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

              – T. Verron
              Nov 26 '12 at 9:03







              @TahnoonPasha These commands are usable in text mode, so you can definitely use them in nodes of a tikz picture, and use the standards commands you would use to control the size or color of the text of a node.

              – T. Verron
              Nov 26 '12 at 9:03















              That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

              – Tahnoon Pasha
              Nov 26 '12 at 9:30





              That is extremely useful @TVerron. It may be a new question but is there an easy way to shade out half the image that you're aware of? e.g. If I'm using each figure to represent four people and I want to indicate 2 by using half a figure?

              – Tahnoon Pasha
              Nov 26 '12 at 9:30













              @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

              – T. Verron
              Nov 26 '12 at 10:38





              @TahnoonPasha : That would indeed make a new question. I must confess I have no idea how to do that, except maybe some low-level hacks if your symbol is tikz-defined and parametrized by its height.

              – T. Verron
              Nov 26 '12 at 10:38




              1




              1





              The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

              – JLDiaz
              Nov 27 '12 at 8:29







              The author created a new question for the partial filling of the shape problem: tex.stackexchange.com/questions/84420/…

              – JLDiaz
              Nov 27 '12 at 8:29













              41














              Well since you are using TikZ environment anyhow, then loading marvosym becomes redundant (though nothing wrong with that by the way)



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{positioning,arrows}
              begin{document}
              begin{tikzpicture}
              node[circle,fill,minimum size=5mm] (head) {};
              node[rounded corners=2pt,minimum height=1.3cm,minimum width=0.4cm,fill,below = 1pt of head] (body) {};
              draw[line width=1mm,round cap-round cap] ([shift={(2pt,-1pt)}]body.north east) --++(-90:6mm);
              draw[line width=1mm,round cap-round cap] ([shift={(-2pt,-1pt)}]body.north west)--++(-90:6mm);
              draw[thick,white,-round cap] (body.south) --++(90:5.5mm);
              end{tikzpicture}
              end{document}


              enter image description here



              then a little digression



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{shapes.callouts}
              begin{document}
              begin{tikzpicture}[manstyle/.style={line width=4pt,line cap=round,line join=round}]
              node[fill,circle,inner sep=2.5pt,outer sep=1pt] (head) at (-0.2mm,7.1mm) {};
              node[above left,anchor=pointer,scale=0.4,cloud callout, cloud puffs=10, aspect=2, cloud puff arc=120,
              fill,text=white,callout relative pointer={(-4mm,-4mm)}] at (2mm,8mm){$displaystyleint_pi l(d,t)mathrm{d}t$};
              draw[manstyle] (0,0.5) -- ++(0,-1.2cm);
              draw[manstyle] (-1.5pt,-1pt) -- ++(0,0.535cm) (1.2pt,1pt) --(0,5mm)--++(-80:5mm) coordinate (g);
              draw[-latex] (g) -| (-25:8mm);
              draw[|-|,ultra thin] ([shift={(1mm,2mm)}]g) --++ (5.15mm,0) node [midway,above,scale=0.5] {$l$};
              node[fill,minimum height=7mm,rounded corners=2pt,outer xsep=1pt,outer ysep=0] (syphon) at (1.1cm,-0.45cm) {};
              fill[rounded corners=1pt] (syphon.south west) |-++(140:7mm) coordinate (d) arc (180:230:4mm) |- (syphon.south west) --cycle;
              draw[|-|,ultra thin] (d)++(-0.1mm,0) --++ (-3.1mm,0) node[midway,above,scale=0.5] {$d$};
              node[font=scshape, align=center] (motto) at (5mm,-1.5cm) {Gents \ Do It With \ Precision};
              end{tikzpicture}
              end{document}


              enter image description here






              share|improve this answer



















              • 11





                The restrooms in my university need one of these :)

                – henrique
                Nov 27 '12 at 23:43
















              41














              Well since you are using TikZ environment anyhow, then loading marvosym becomes redundant (though nothing wrong with that by the way)



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{positioning,arrows}
              begin{document}
              begin{tikzpicture}
              node[circle,fill,minimum size=5mm] (head) {};
              node[rounded corners=2pt,minimum height=1.3cm,minimum width=0.4cm,fill,below = 1pt of head] (body) {};
              draw[line width=1mm,round cap-round cap] ([shift={(2pt,-1pt)}]body.north east) --++(-90:6mm);
              draw[line width=1mm,round cap-round cap] ([shift={(-2pt,-1pt)}]body.north west)--++(-90:6mm);
              draw[thick,white,-round cap] (body.south) --++(90:5.5mm);
              end{tikzpicture}
              end{document}


              enter image description here



              then a little digression



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{shapes.callouts}
              begin{document}
              begin{tikzpicture}[manstyle/.style={line width=4pt,line cap=round,line join=round}]
              node[fill,circle,inner sep=2.5pt,outer sep=1pt] (head) at (-0.2mm,7.1mm) {};
              node[above left,anchor=pointer,scale=0.4,cloud callout, cloud puffs=10, aspect=2, cloud puff arc=120,
              fill,text=white,callout relative pointer={(-4mm,-4mm)}] at (2mm,8mm){$displaystyleint_pi l(d,t)mathrm{d}t$};
              draw[manstyle] (0,0.5) -- ++(0,-1.2cm);
              draw[manstyle] (-1.5pt,-1pt) -- ++(0,0.535cm) (1.2pt,1pt) --(0,5mm)--++(-80:5mm) coordinate (g);
              draw[-latex] (g) -| (-25:8mm);
              draw[|-|,ultra thin] ([shift={(1mm,2mm)}]g) --++ (5.15mm,0) node [midway,above,scale=0.5] {$l$};
              node[fill,minimum height=7mm,rounded corners=2pt,outer xsep=1pt,outer ysep=0] (syphon) at (1.1cm,-0.45cm) {};
              fill[rounded corners=1pt] (syphon.south west) |-++(140:7mm) coordinate (d) arc (180:230:4mm) |- (syphon.south west) --cycle;
              draw[|-|,ultra thin] (d)++(-0.1mm,0) --++ (-3.1mm,0) node[midway,above,scale=0.5] {$d$};
              node[font=scshape, align=center] (motto) at (5mm,-1.5cm) {Gents \ Do It With \ Precision};
              end{tikzpicture}
              end{document}


              enter image description here






              share|improve this answer



















              • 11





                The restrooms in my university need one of these :)

                – henrique
                Nov 27 '12 at 23:43














              41












              41








              41







              Well since you are using TikZ environment anyhow, then loading marvosym becomes redundant (though nothing wrong with that by the way)



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{positioning,arrows}
              begin{document}
              begin{tikzpicture}
              node[circle,fill,minimum size=5mm] (head) {};
              node[rounded corners=2pt,minimum height=1.3cm,minimum width=0.4cm,fill,below = 1pt of head] (body) {};
              draw[line width=1mm,round cap-round cap] ([shift={(2pt,-1pt)}]body.north east) --++(-90:6mm);
              draw[line width=1mm,round cap-round cap] ([shift={(-2pt,-1pt)}]body.north west)--++(-90:6mm);
              draw[thick,white,-round cap] (body.south) --++(90:5.5mm);
              end{tikzpicture}
              end{document}


              enter image description here



              then a little digression



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{shapes.callouts}
              begin{document}
              begin{tikzpicture}[manstyle/.style={line width=4pt,line cap=round,line join=round}]
              node[fill,circle,inner sep=2.5pt,outer sep=1pt] (head) at (-0.2mm,7.1mm) {};
              node[above left,anchor=pointer,scale=0.4,cloud callout, cloud puffs=10, aspect=2, cloud puff arc=120,
              fill,text=white,callout relative pointer={(-4mm,-4mm)}] at (2mm,8mm){$displaystyleint_pi l(d,t)mathrm{d}t$};
              draw[manstyle] (0,0.5) -- ++(0,-1.2cm);
              draw[manstyle] (-1.5pt,-1pt) -- ++(0,0.535cm) (1.2pt,1pt) --(0,5mm)--++(-80:5mm) coordinate (g);
              draw[-latex] (g) -| (-25:8mm);
              draw[|-|,ultra thin] ([shift={(1mm,2mm)}]g) --++ (5.15mm,0) node [midway,above,scale=0.5] {$l$};
              node[fill,minimum height=7mm,rounded corners=2pt,outer xsep=1pt,outer ysep=0] (syphon) at (1.1cm,-0.45cm) {};
              fill[rounded corners=1pt] (syphon.south west) |-++(140:7mm) coordinate (d) arc (180:230:4mm) |- (syphon.south west) --cycle;
              draw[|-|,ultra thin] (d)++(-0.1mm,0) --++ (-3.1mm,0) node[midway,above,scale=0.5] {$d$};
              node[font=scshape, align=center] (motto) at (5mm,-1.5cm) {Gents \ Do It With \ Precision};
              end{tikzpicture}
              end{document}


              enter image description here






              share|improve this answer













              Well since you are using TikZ environment anyhow, then loading marvosym becomes redundant (though nothing wrong with that by the way)



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{positioning,arrows}
              begin{document}
              begin{tikzpicture}
              node[circle,fill,minimum size=5mm] (head) {};
              node[rounded corners=2pt,minimum height=1.3cm,minimum width=0.4cm,fill,below = 1pt of head] (body) {};
              draw[line width=1mm,round cap-round cap] ([shift={(2pt,-1pt)}]body.north east) --++(-90:6mm);
              draw[line width=1mm,round cap-round cap] ([shift={(-2pt,-1pt)}]body.north west)--++(-90:6mm);
              draw[thick,white,-round cap] (body.south) --++(90:5.5mm);
              end{tikzpicture}
              end{document}


              enter image description here



              then a little digression



              documentclass{standalone}
              usepackage{tikz}
              usetikzlibrary{shapes.callouts}
              begin{document}
              begin{tikzpicture}[manstyle/.style={line width=4pt,line cap=round,line join=round}]
              node[fill,circle,inner sep=2.5pt,outer sep=1pt] (head) at (-0.2mm,7.1mm) {};
              node[above left,anchor=pointer,scale=0.4,cloud callout, cloud puffs=10, aspect=2, cloud puff arc=120,
              fill,text=white,callout relative pointer={(-4mm,-4mm)}] at (2mm,8mm){$displaystyleint_pi l(d,t)mathrm{d}t$};
              draw[manstyle] (0,0.5) -- ++(0,-1.2cm);
              draw[manstyle] (-1.5pt,-1pt) -- ++(0,0.535cm) (1.2pt,1pt) --(0,5mm)--++(-80:5mm) coordinate (g);
              draw[-latex] (g) -| (-25:8mm);
              draw[|-|,ultra thin] ([shift={(1mm,2mm)}]g) --++ (5.15mm,0) node [midway,above,scale=0.5] {$l$};
              node[fill,minimum height=7mm,rounded corners=2pt,outer xsep=1pt,outer ysep=0] (syphon) at (1.1cm,-0.45cm) {};
              fill[rounded corners=1pt] (syphon.south west) |-++(140:7mm) coordinate (d) arc (180:230:4mm) |- (syphon.south west) --cycle;
              draw[|-|,ultra thin] (d)++(-0.1mm,0) --++ (-3.1mm,0) node[midway,above,scale=0.5] {$d$};
              node[font=scshape, align=center] (motto) at (5mm,-1.5cm) {Gents \ Do It With \ Precision};
              end{tikzpicture}
              end{document}


              enter image description here







              share|improve this answer












              share|improve this answer



              share|improve this answer










              answered Nov 27 '12 at 23:12









              percussepercusse

              138k14260497




              138k14260497








              • 11





                The restrooms in my university need one of these :)

                – henrique
                Nov 27 '12 at 23:43














              • 11





                The restrooms in my university need one of these :)

                – henrique
                Nov 27 '12 at 23:43








              11




              11





              The restrooms in my university need one of these :)

              – henrique
              Nov 27 '12 at 23:43





              The restrooms in my university need one of these :)

              – henrique
              Nov 27 '12 at 23:43











              19














              Here is a basic version as per your description, and added an option to control the smiley:



              enter image description here



              References:




              • Something between frownie and smiley


              Code:



              documentclass{article}
              usepackage{tikz}

              % https://tex.stackexchange.com/questions/58901/something-between-frownie-and-smiley
              newcommand{Simley}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %begin{tikzpicture}[scale=0.4]
              begin{scope}[shift={(#3)}, scale=0.4]
              newcommand*{SmileyRadius}{1.0}%
              draw [thick, fill=brown!10, #1] (0,0) circle (SmileyRadius);% outside circle

              pgfmathsetmacro{eyeX}{0.5*SmileyRadius*cos(30)}
              pgfmathsetmacro{eyeY}{0.5*SmileyRadius*sin(30)}
              draw [fill=cyan,draw=none] (eyeX,eyeY) circle (0.15cm);
              draw [fill=cyan,draw=none] (-eyeX,eyeY) circle (0.15cm);

              pgfmathsetmacro{xScale}{2*eyeX/180}
              pgfmathsetmacro{yScale}{1.0*eyeY}
              draw[color=brown, thick, domain=-eyeX:eyeX]
              plot ({x},{
              -0.1+#2*0.15 % shift the smiley as smile decreases
              -#2*1.75*yScale*(sin((x+eyeX)/xScale))-eyeY});
              end{scope}
              %end{tikzpicture}%
              }%

              newcommand*{Symbol}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %
              begin{scope}[shift={(#3)}]
              %draw [thick, fill=brown!25, #1] (0,0) circle (0.30cm);% Use this for no-smiley version
              Simley[#1]{#2}{0,0.1}% Comment this out if you don't want smiley
              draw [thick, fill=brown!10, #1]
              (-0.4, -0.40) -- (0.4, -0.40) -- (0,-2.5) -- cycle;
              end{scope}%
              }%


              begin{document}
              begin{tikzpicture}
              Symbol{1}{0,0}
              Symbol[draw=black, fill=red!25, ultra thick]{0.25}{1,0}
              Symbol[draw=blue, fill=green!20, ultra thick]{-1}{2,0}
              end{tikzpicture}
              end{document}





              share|improve this answer


























              • thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

                – Tahnoon Pasha
                Nov 26 '12 at 8:48











              • Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

                – Peter Grill
                Nov 27 '12 at 1:17
















              19














              Here is a basic version as per your description, and added an option to control the smiley:



              enter image description here



              References:




              • Something between frownie and smiley


              Code:



              documentclass{article}
              usepackage{tikz}

              % https://tex.stackexchange.com/questions/58901/something-between-frownie-and-smiley
              newcommand{Simley}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %begin{tikzpicture}[scale=0.4]
              begin{scope}[shift={(#3)}, scale=0.4]
              newcommand*{SmileyRadius}{1.0}%
              draw [thick, fill=brown!10, #1] (0,0) circle (SmileyRadius);% outside circle

              pgfmathsetmacro{eyeX}{0.5*SmileyRadius*cos(30)}
              pgfmathsetmacro{eyeY}{0.5*SmileyRadius*sin(30)}
              draw [fill=cyan,draw=none] (eyeX,eyeY) circle (0.15cm);
              draw [fill=cyan,draw=none] (-eyeX,eyeY) circle (0.15cm);

              pgfmathsetmacro{xScale}{2*eyeX/180}
              pgfmathsetmacro{yScale}{1.0*eyeY}
              draw[color=brown, thick, domain=-eyeX:eyeX]
              plot ({x},{
              -0.1+#2*0.15 % shift the smiley as smile decreases
              -#2*1.75*yScale*(sin((x+eyeX)/xScale))-eyeY});
              end{scope}
              %end{tikzpicture}%
              }%

              newcommand*{Symbol}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %
              begin{scope}[shift={(#3)}]
              %draw [thick, fill=brown!25, #1] (0,0) circle (0.30cm);% Use this for no-smiley version
              Simley[#1]{#2}{0,0.1}% Comment this out if you don't want smiley
              draw [thick, fill=brown!10, #1]
              (-0.4, -0.40) -- (0.4, -0.40) -- (0,-2.5) -- cycle;
              end{scope}%
              }%


              begin{document}
              begin{tikzpicture}
              Symbol{1}{0,0}
              Symbol[draw=black, fill=red!25, ultra thick]{0.25}{1,0}
              Symbol[draw=blue, fill=green!20, ultra thick]{-1}{2,0}
              end{tikzpicture}
              end{document}





              share|improve this answer


























              • thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

                – Tahnoon Pasha
                Nov 26 '12 at 8:48











              • Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

                – Peter Grill
                Nov 27 '12 at 1:17














              19












              19








              19







              Here is a basic version as per your description, and added an option to control the smiley:



              enter image description here



              References:




              • Something between frownie and smiley


              Code:



              documentclass{article}
              usepackage{tikz}

              % https://tex.stackexchange.com/questions/58901/something-between-frownie-and-smiley
              newcommand{Simley}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %begin{tikzpicture}[scale=0.4]
              begin{scope}[shift={(#3)}, scale=0.4]
              newcommand*{SmileyRadius}{1.0}%
              draw [thick, fill=brown!10, #1] (0,0) circle (SmileyRadius);% outside circle

              pgfmathsetmacro{eyeX}{0.5*SmileyRadius*cos(30)}
              pgfmathsetmacro{eyeY}{0.5*SmileyRadius*sin(30)}
              draw [fill=cyan,draw=none] (eyeX,eyeY) circle (0.15cm);
              draw [fill=cyan,draw=none] (-eyeX,eyeY) circle (0.15cm);

              pgfmathsetmacro{xScale}{2*eyeX/180}
              pgfmathsetmacro{yScale}{1.0*eyeY}
              draw[color=brown, thick, domain=-eyeX:eyeX]
              plot ({x},{
              -0.1+#2*0.15 % shift the smiley as smile decreases
              -#2*1.75*yScale*(sin((x+eyeX)/xScale))-eyeY});
              end{scope}
              %end{tikzpicture}%
              }%

              newcommand*{Symbol}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %
              begin{scope}[shift={(#3)}]
              %draw [thick, fill=brown!25, #1] (0,0) circle (0.30cm);% Use this for no-smiley version
              Simley[#1]{#2}{0,0.1}% Comment this out if you don't want smiley
              draw [thick, fill=brown!10, #1]
              (-0.4, -0.40) -- (0.4, -0.40) -- (0,-2.5) -- cycle;
              end{scope}%
              }%


              begin{document}
              begin{tikzpicture}
              Symbol{1}{0,0}
              Symbol[draw=black, fill=red!25, ultra thick]{0.25}{1,0}
              Symbol[draw=blue, fill=green!20, ultra thick]{-1}{2,0}
              end{tikzpicture}
              end{document}





              share|improve this answer















              Here is a basic version as per your description, and added an option to control the smiley:



              enter image description here



              References:




              • Something between frownie and smiley


              Code:



              documentclass{article}
              usepackage{tikz}

              % https://tex.stackexchange.com/questions/58901/something-between-frownie-and-smiley
              newcommand{Simley}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %begin{tikzpicture}[scale=0.4]
              begin{scope}[shift={(#3)}, scale=0.4]
              newcommand*{SmileyRadius}{1.0}%
              draw [thick, fill=brown!10, #1] (0,0) circle (SmileyRadius);% outside circle

              pgfmathsetmacro{eyeX}{0.5*SmileyRadius*cos(30)}
              pgfmathsetmacro{eyeY}{0.5*SmileyRadius*sin(30)}
              draw [fill=cyan,draw=none] (eyeX,eyeY) circle (0.15cm);
              draw [fill=cyan,draw=none] (-eyeX,eyeY) circle (0.15cm);

              pgfmathsetmacro{xScale}{2*eyeX/180}
              pgfmathsetmacro{yScale}{1.0*eyeY}
              draw[color=brown, thick, domain=-eyeX:eyeX]
              plot ({x},{
              -0.1+#2*0.15 % shift the smiley as smile decreases
              -#2*1.75*yScale*(sin((x+eyeX)/xScale))-eyeY});
              end{scope}
              %end{tikzpicture}%
              }%

              newcommand*{Symbol}[3][]{%
              % #1 = draw options
              % #2 = smile factor
              % #3 = location
              %
              begin{scope}[shift={(#3)}]
              %draw [thick, fill=brown!25, #1] (0,0) circle (0.30cm);% Use this for no-smiley version
              Simley[#1]{#2}{0,0.1}% Comment this out if you don't want smiley
              draw [thick, fill=brown!10, #1]
              (-0.4, -0.40) -- (0.4, -0.40) -- (0,-2.5) -- cycle;
              end{scope}%
              }%


              begin{document}
              begin{tikzpicture}
              Symbol{1}{0,0}
              Symbol[draw=black, fill=red!25, ultra thick]{0.25}{1,0}
              Symbol[draw=blue, fill=green!20, ultra thick]{-1}{2,0}
              end{tikzpicture}
              end{document}






              share|improve this answer














              share|improve this answer



              share|improve this answer








              edited Apr 13 '17 at 12:35









              Community

              1




              1










              answered Nov 26 '12 at 8:21









              Peter GrillPeter Grill

              168k25448765




              168k25448765













              • thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

                – Tahnoon Pasha
                Nov 26 '12 at 8:48











              • Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

                – Peter Grill
                Nov 27 '12 at 1:17



















              • thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

                – Tahnoon Pasha
                Nov 26 '12 at 8:48











              • Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

                – Peter Grill
                Nov 27 '12 at 1:17

















              thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

              – Tahnoon Pasha
              Nov 26 '12 at 8:48





              thanks @PeterGrill. If I want to put several Symbol in a row or postion them above each other what would the correct coding be?

              – Tahnoon Pasha
              Nov 26 '12 at 8:48













              Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

              – Peter Grill
              Nov 27 '12 at 1:17





              Have updated solution to show how to position them in a row. You can adjust the coordinate where they are placed to get them in a row.

              – Peter Grill
              Nov 27 '12 at 1:17











              16














              An option if you're willing to includegraphics is to go to openclipart.org (or any other clip art site, download an icon in svg, convert it to pdf and simply include it. That's what I do for globes and such in my figures.



              Update: To re-use the icon, you can define a new command:



              newcommand{usericon}[1]{includegraphics[width=#1textwidth]{usericon}}


              Then, wherever you want to put it, simply put it in a node like so:



              node (user) {usericon{0.2}}; 





              share|improve this answer


























              • Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

                – Tahnoon Pasha
                Nov 26 '12 at 9:25











              • Updated the answer :)

                – recluze
                Nov 26 '12 at 11:31
















              16














              An option if you're willing to includegraphics is to go to openclipart.org (or any other clip art site, download an icon in svg, convert it to pdf and simply include it. That's what I do for globes and such in my figures.



              Update: To re-use the icon, you can define a new command:



              newcommand{usericon}[1]{includegraphics[width=#1textwidth]{usericon}}


              Then, wherever you want to put it, simply put it in a node like so:



              node (user) {usericon{0.2}}; 





              share|improve this answer


























              • Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

                – Tahnoon Pasha
                Nov 26 '12 at 9:25











              • Updated the answer :)

                – recluze
                Nov 26 '12 at 11:31














              16












              16








              16







              An option if you're willing to includegraphics is to go to openclipart.org (or any other clip art site, download an icon in svg, convert it to pdf and simply include it. That's what I do for globes and such in my figures.



              Update: To re-use the icon, you can define a new command:



              newcommand{usericon}[1]{includegraphics[width=#1textwidth]{usericon}}


              Then, wherever you want to put it, simply put it in a node like so:



              node (user) {usericon{0.2}}; 





              share|improve this answer















              An option if you're willing to includegraphics is to go to openclipart.org (or any other clip art site, download an icon in svg, convert it to pdf and simply include it. That's what I do for globes and such in my figures.



              Update: To re-use the icon, you can define a new command:



              newcommand{usericon}[1]{includegraphics[width=#1textwidth]{usericon}}


              Then, wherever you want to put it, simply put it in a node like so:



              node (user) {usericon{0.2}}; 






              share|improve this answer














              share|improve this answer



              share|improve this answer








              edited Nov 26 '12 at 11:31

























              answered Nov 26 '12 at 7:53









              recluzerecluze

              2,41641635




              2,41641635













              • Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

                – Tahnoon Pasha
                Nov 26 '12 at 9:25











              • Updated the answer :)

                – recluze
                Nov 26 '12 at 11:31



















              • Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

                – Tahnoon Pasha
                Nov 26 '12 at 9:25











              • Updated the answer :)

                – recluze
                Nov 26 '12 at 11:31

















              Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

              – Tahnoon Pasha
              Nov 26 '12 at 9:25





              Thanks @recluze. Do you know if there is some way to put the includegraphics into a tikzset enivronment and then just call it in the style for each node?

              – Tahnoon Pasha
              Nov 26 '12 at 9:25













              Updated the answer :)

              – recluze
              Nov 26 '12 at 11:31





              Updated the answer :)

              – recluze
              Nov 26 '12 at 11:31











              16














              These produce rather different effects than the one envisaged in the question. I'm posting them because I couldn't find anything similar when I searched and I hope that they may be useful to somebody sometime. (Basically the answers here were the closest I got to what I was looking for.)



              In terms of questions, LaTeX Cartooning asks for something of the kind I hoped to find. But that question requests a much more comprehensive package far beyond anything I was searching for.



              So, for what it is worth, this code defines pics which can be used a little like new node shapes but are much less flexible and powerful. I would love to have node shapes but have no idea how to make one.



              People Pic I



              I needed to be able to fill my people with spheres.So I wanted an outline rather than a filled picture. Moreover, I needed to be able to specify paths around the people in order to draw arrows, clip the background spheres etc. So, I needed nodes within the pic which I could refer to later.



              The pic below let me do that. Perhaps it will help somebody else who wants to do something equally bizarre sometime.



              Use pgfkeyssetvalue{/cfr/soul base dimension}{} to specify the size of the pic but note that this size does not specify the final dimensions. Rather, it is the base unit used by the pic code to calculate those dimensions. I used 10pt for code designed for use in a beamer presentation.



              The pic defines various nodes. If you give your pic a name, you can refer to these nodes later. For example, if you write



              pic (harry) {person};


              Then



              harry-head
              harry-right arm
              harry-right leg
              harry-torso
              harry-left leg
              harry-left arm


              refer to Harry's head, arms, legs and torso respectively.



              documentclass[tikz]{standalone}
              usetikzlibrary{calc,positioning}

              begin{document}
              pgfkeyssetvalue{/cfr/soul base dimension}{10pt}
              begin{tikzpicture}
              [
              font=sffamilybfseries,
              line width=0.1*pgfkeysvalueof{/cfr/soul base dimension},
              outer sep=0pt,
              inner sep=0pt,
              person/.pic={%
              node (-head) [circle, minimum size=4*pgfkeysvalueof{/cfr/soul base dimension}] {};
              node (-torso) [below=0pt of -head, rectangle, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}, minimum width=3.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}] {};
              node (-right arm) [right=0pt of -torso.north east, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
              node (-left arm) [left=0pt of -torso.north west, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
              node (-left leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north east] {};
              node (-right leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north west] {};
              draw [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] (-right leg.south) -- (-right leg.south west) -- (-left leg.south east) -- (-left leg.south west) -- (-torso.south west) [rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] -- (-left arm.south east) -- (-left arm.south west) -- (-left arm.north west) -- (-torso.north west) -- ($(-head.south) - (.5*pgfkeysvalueof{/cfr/soul base dimension},0)$) arc [start angle=255.5, end angle=-74.5, radius=2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.north east) -- (-right arm.north east) -- (-right arm.south east) -- (-right arm.south west) [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.south east) -- (-right leg.south east) -- (-right leg.south west);
              }
              ]
              pic (human being) {person};
              pic (got the blues) [right=of human being-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, blue] {person};
              pic (in the pink) [right=of got the blues-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, magenta] {person};
              pic (half gone) [right=of in the pink-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension},opacity=.5] {person};
              pgfkeyssetvalue{/cfr/soul base dimension}{5pt}
              pic (feeling small) [right=of half gone-right arm.east, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, fill=red] {person};
              end{tikzpicture}
              end{document}


              People



              People Pic II



              This is a similar idea to the first but also draws on the solutions others have posted for filled person shapes. It creates a person in the colour of your choice, rotated at the angle of your choice and labelled with the text of your choice. It could be adapted for various other permutations.



              documentclass[tikz]{standalone}
              usetikzlibrary{positioning,fit}
              begin{document}

              tikzset{
              pobl/.style={
              inner sep=0pt, outer sep=0pt, fill=#1,
              },
              pobl gron/.style n args={2}{
              pobl=#1, rounded corners=#2,
              },
              pics/person/.style n args={3}{
              code={
              node (-corff) [pobl=#1, minimum width=.25*#2, minimum height=.375*#2, rotate=#3, pic actions] {};
              node (-pen) [minimum width=.3*#2, circle, pobl=#1, outer sep=.01*#2, anchor=south, rotate=#3, pic actions] at (-corff.north) {};
              node (-coes dde) [pobl gron={#1}{1pt}, anchor=north west, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south west) {};
              node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes dde.north) {};
              node (-coes chwith) [pobl gron={#1}{1pt}, anchor=north east, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south east) {};
              node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes chwith.north) {};
              node (-braich dde) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
              node [pobl=#1, minimum width=.05*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
              node (-braich chwith) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
              node [pobl=#1, minimum width=.0375*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
              node (-fit person) [fit={(-pen.north) (-braich dde.east) (-coes chwith.south) (-braich chwith.west)}] {};
              node (-pwy) [below=25pt of -fit person, every pin] {tikzpictext};
              draw [every pin edge] (-fit person) -- (-pwy);
              },
              },
              }

              begin{tikzpicture}
              [
              every pin edge/.append style={latex-, shorten <=-2.5pt},
              ]
              draw pic (person) [pic text={A Person}] {person={blue}{25pt}{0}};
              draw pic (sleepy) [right=35pt of person-braich dde.east, pic text={Sleepy Person}] {person={green}{25pt}{90}};
              draw pic (gymnast) [right=70pt of person-braich dde.east, pic text={Gymnast}] {person={orange}{25pt}{180}};
              draw pic (giant) [right=50pt of gymnast-braich dde.south east, pic text={Sleepy Giant}] {person={pink}{75pt}{-90}};
              end{tikzpicture}

              end{document}


              people pics






              share|improve this answer






























                16














                These produce rather different effects than the one envisaged in the question. I'm posting them because I couldn't find anything similar when I searched and I hope that they may be useful to somebody sometime. (Basically the answers here were the closest I got to what I was looking for.)



                In terms of questions, LaTeX Cartooning asks for something of the kind I hoped to find. But that question requests a much more comprehensive package far beyond anything I was searching for.



                So, for what it is worth, this code defines pics which can be used a little like new node shapes but are much less flexible and powerful. I would love to have node shapes but have no idea how to make one.



                People Pic I



                I needed to be able to fill my people with spheres.So I wanted an outline rather than a filled picture. Moreover, I needed to be able to specify paths around the people in order to draw arrows, clip the background spheres etc. So, I needed nodes within the pic which I could refer to later.



                The pic below let me do that. Perhaps it will help somebody else who wants to do something equally bizarre sometime.



                Use pgfkeyssetvalue{/cfr/soul base dimension}{} to specify the size of the pic but note that this size does not specify the final dimensions. Rather, it is the base unit used by the pic code to calculate those dimensions. I used 10pt for code designed for use in a beamer presentation.



                The pic defines various nodes. If you give your pic a name, you can refer to these nodes later. For example, if you write



                pic (harry) {person};


                Then



                harry-head
                harry-right arm
                harry-right leg
                harry-torso
                harry-left leg
                harry-left arm


                refer to Harry's head, arms, legs and torso respectively.



                documentclass[tikz]{standalone}
                usetikzlibrary{calc,positioning}

                begin{document}
                pgfkeyssetvalue{/cfr/soul base dimension}{10pt}
                begin{tikzpicture}
                [
                font=sffamilybfseries,
                line width=0.1*pgfkeysvalueof{/cfr/soul base dimension},
                outer sep=0pt,
                inner sep=0pt,
                person/.pic={%
                node (-head) [circle, minimum size=4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                node (-torso) [below=0pt of -head, rectangle, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}, minimum width=3.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}] {};
                node (-right arm) [right=0pt of -torso.north east, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                node (-left arm) [left=0pt of -torso.north west, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                node (-left leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north east] {};
                node (-right leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north west] {};
                draw [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] (-right leg.south) -- (-right leg.south west) -- (-left leg.south east) -- (-left leg.south west) -- (-torso.south west) [rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] -- (-left arm.south east) -- (-left arm.south west) -- (-left arm.north west) -- (-torso.north west) -- ($(-head.south) - (.5*pgfkeysvalueof{/cfr/soul base dimension},0)$) arc [start angle=255.5, end angle=-74.5, radius=2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.north east) -- (-right arm.north east) -- (-right arm.south east) -- (-right arm.south west) [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.south east) -- (-right leg.south east) -- (-right leg.south west);
                }
                ]
                pic (human being) {person};
                pic (got the blues) [right=of human being-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, blue] {person};
                pic (in the pink) [right=of got the blues-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, magenta] {person};
                pic (half gone) [right=of in the pink-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension},opacity=.5] {person};
                pgfkeyssetvalue{/cfr/soul base dimension}{5pt}
                pic (feeling small) [right=of half gone-right arm.east, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, fill=red] {person};
                end{tikzpicture}
                end{document}


                People



                People Pic II



                This is a similar idea to the first but also draws on the solutions others have posted for filled person shapes. It creates a person in the colour of your choice, rotated at the angle of your choice and labelled with the text of your choice. It could be adapted for various other permutations.



                documentclass[tikz]{standalone}
                usetikzlibrary{positioning,fit}
                begin{document}

                tikzset{
                pobl/.style={
                inner sep=0pt, outer sep=0pt, fill=#1,
                },
                pobl gron/.style n args={2}{
                pobl=#1, rounded corners=#2,
                },
                pics/person/.style n args={3}{
                code={
                node (-corff) [pobl=#1, minimum width=.25*#2, minimum height=.375*#2, rotate=#3, pic actions] {};
                node (-pen) [minimum width=.3*#2, circle, pobl=#1, outer sep=.01*#2, anchor=south, rotate=#3, pic actions] at (-corff.north) {};
                node (-coes dde) [pobl gron={#1}{1pt}, anchor=north west, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south west) {};
                node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes dde.north) {};
                node (-coes chwith) [pobl gron={#1}{1pt}, anchor=north east, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south east) {};
                node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes chwith.north) {};
                node (-braich dde) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
                node [pobl=#1, minimum width=.05*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
                node (-braich chwith) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
                node [pobl=#1, minimum width=.0375*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
                node (-fit person) [fit={(-pen.north) (-braich dde.east) (-coes chwith.south) (-braich chwith.west)}] {};
                node (-pwy) [below=25pt of -fit person, every pin] {tikzpictext};
                draw [every pin edge] (-fit person) -- (-pwy);
                },
                },
                }

                begin{tikzpicture}
                [
                every pin edge/.append style={latex-, shorten <=-2.5pt},
                ]
                draw pic (person) [pic text={A Person}] {person={blue}{25pt}{0}};
                draw pic (sleepy) [right=35pt of person-braich dde.east, pic text={Sleepy Person}] {person={green}{25pt}{90}};
                draw pic (gymnast) [right=70pt of person-braich dde.east, pic text={Gymnast}] {person={orange}{25pt}{180}};
                draw pic (giant) [right=50pt of gymnast-braich dde.south east, pic text={Sleepy Giant}] {person={pink}{75pt}{-90}};
                end{tikzpicture}

                end{document}


                people pics






                share|improve this answer




























                  16












                  16








                  16







                  These produce rather different effects than the one envisaged in the question. I'm posting them because I couldn't find anything similar when I searched and I hope that they may be useful to somebody sometime. (Basically the answers here were the closest I got to what I was looking for.)



                  In terms of questions, LaTeX Cartooning asks for something of the kind I hoped to find. But that question requests a much more comprehensive package far beyond anything I was searching for.



                  So, for what it is worth, this code defines pics which can be used a little like new node shapes but are much less flexible and powerful. I would love to have node shapes but have no idea how to make one.



                  People Pic I



                  I needed to be able to fill my people with spheres.So I wanted an outline rather than a filled picture. Moreover, I needed to be able to specify paths around the people in order to draw arrows, clip the background spheres etc. So, I needed nodes within the pic which I could refer to later.



                  The pic below let me do that. Perhaps it will help somebody else who wants to do something equally bizarre sometime.



                  Use pgfkeyssetvalue{/cfr/soul base dimension}{} to specify the size of the pic but note that this size does not specify the final dimensions. Rather, it is the base unit used by the pic code to calculate those dimensions. I used 10pt for code designed for use in a beamer presentation.



                  The pic defines various nodes. If you give your pic a name, you can refer to these nodes later. For example, if you write



                  pic (harry) {person};


                  Then



                  harry-head
                  harry-right arm
                  harry-right leg
                  harry-torso
                  harry-left leg
                  harry-left arm


                  refer to Harry's head, arms, legs and torso respectively.



                  documentclass[tikz]{standalone}
                  usetikzlibrary{calc,positioning}

                  begin{document}
                  pgfkeyssetvalue{/cfr/soul base dimension}{10pt}
                  begin{tikzpicture}
                  [
                  font=sffamilybfseries,
                  line width=0.1*pgfkeysvalueof{/cfr/soul base dimension},
                  outer sep=0pt,
                  inner sep=0pt,
                  person/.pic={%
                  node (-head) [circle, minimum size=4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-torso) [below=0pt of -head, rectangle, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}, minimum width=3.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-right arm) [right=0pt of -torso.north east, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-left arm) [left=0pt of -torso.north west, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-left leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north east] {};
                  node (-right leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north west] {};
                  draw [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] (-right leg.south) -- (-right leg.south west) -- (-left leg.south east) -- (-left leg.south west) -- (-torso.south west) [rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] -- (-left arm.south east) -- (-left arm.south west) -- (-left arm.north west) -- (-torso.north west) -- ($(-head.south) - (.5*pgfkeysvalueof{/cfr/soul base dimension},0)$) arc [start angle=255.5, end angle=-74.5, radius=2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.north east) -- (-right arm.north east) -- (-right arm.south east) -- (-right arm.south west) [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.south east) -- (-right leg.south east) -- (-right leg.south west);
                  }
                  ]
                  pic (human being) {person};
                  pic (got the blues) [right=of human being-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, blue] {person};
                  pic (in the pink) [right=of got the blues-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, magenta] {person};
                  pic (half gone) [right=of in the pink-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension},opacity=.5] {person};
                  pgfkeyssetvalue{/cfr/soul base dimension}{5pt}
                  pic (feeling small) [right=of half gone-right arm.east, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, fill=red] {person};
                  end{tikzpicture}
                  end{document}


                  People



                  People Pic II



                  This is a similar idea to the first but also draws on the solutions others have posted for filled person shapes. It creates a person in the colour of your choice, rotated at the angle of your choice and labelled with the text of your choice. It could be adapted for various other permutations.



                  documentclass[tikz]{standalone}
                  usetikzlibrary{positioning,fit}
                  begin{document}

                  tikzset{
                  pobl/.style={
                  inner sep=0pt, outer sep=0pt, fill=#1,
                  },
                  pobl gron/.style n args={2}{
                  pobl=#1, rounded corners=#2,
                  },
                  pics/person/.style n args={3}{
                  code={
                  node (-corff) [pobl=#1, minimum width=.25*#2, minimum height=.375*#2, rotate=#3, pic actions] {};
                  node (-pen) [minimum width=.3*#2, circle, pobl=#1, outer sep=.01*#2, anchor=south, rotate=#3, pic actions] at (-corff.north) {};
                  node (-coes dde) [pobl gron={#1}{1pt}, anchor=north west, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south west) {};
                  node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes dde.north) {};
                  node (-coes chwith) [pobl gron={#1}{1pt}, anchor=north east, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south east) {};
                  node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes chwith.north) {};
                  node (-braich dde) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
                  node [pobl=#1, minimum width=.05*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
                  node (-braich chwith) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
                  node [pobl=#1, minimum width=.0375*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
                  node (-fit person) [fit={(-pen.north) (-braich dde.east) (-coes chwith.south) (-braich chwith.west)}] {};
                  node (-pwy) [below=25pt of -fit person, every pin] {tikzpictext};
                  draw [every pin edge] (-fit person) -- (-pwy);
                  },
                  },
                  }

                  begin{tikzpicture}
                  [
                  every pin edge/.append style={latex-, shorten <=-2.5pt},
                  ]
                  draw pic (person) [pic text={A Person}] {person={blue}{25pt}{0}};
                  draw pic (sleepy) [right=35pt of person-braich dde.east, pic text={Sleepy Person}] {person={green}{25pt}{90}};
                  draw pic (gymnast) [right=70pt of person-braich dde.east, pic text={Gymnast}] {person={orange}{25pt}{180}};
                  draw pic (giant) [right=50pt of gymnast-braich dde.south east, pic text={Sleepy Giant}] {person={pink}{75pt}{-90}};
                  end{tikzpicture}

                  end{document}


                  people pics






                  share|improve this answer















                  These produce rather different effects than the one envisaged in the question. I'm posting them because I couldn't find anything similar when I searched and I hope that they may be useful to somebody sometime. (Basically the answers here were the closest I got to what I was looking for.)



                  In terms of questions, LaTeX Cartooning asks for something of the kind I hoped to find. But that question requests a much more comprehensive package far beyond anything I was searching for.



                  So, for what it is worth, this code defines pics which can be used a little like new node shapes but are much less flexible and powerful. I would love to have node shapes but have no idea how to make one.



                  People Pic I



                  I needed to be able to fill my people with spheres.So I wanted an outline rather than a filled picture. Moreover, I needed to be able to specify paths around the people in order to draw arrows, clip the background spheres etc. So, I needed nodes within the pic which I could refer to later.



                  The pic below let me do that. Perhaps it will help somebody else who wants to do something equally bizarre sometime.



                  Use pgfkeyssetvalue{/cfr/soul base dimension}{} to specify the size of the pic but note that this size does not specify the final dimensions. Rather, it is the base unit used by the pic code to calculate those dimensions. I used 10pt for code designed for use in a beamer presentation.



                  The pic defines various nodes. If you give your pic a name, you can refer to these nodes later. For example, if you write



                  pic (harry) {person};


                  Then



                  harry-head
                  harry-right arm
                  harry-right leg
                  harry-torso
                  harry-left leg
                  harry-left arm


                  refer to Harry's head, arms, legs and torso respectively.



                  documentclass[tikz]{standalone}
                  usetikzlibrary{calc,positioning}

                  begin{document}
                  pgfkeyssetvalue{/cfr/soul base dimension}{10pt}
                  begin{tikzpicture}
                  [
                  font=sffamilybfseries,
                  line width=0.1*pgfkeysvalueof{/cfr/soul base dimension},
                  outer sep=0pt,
                  inner sep=0pt,
                  person/.pic={%
                  node (-head) [circle, minimum size=4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-torso) [below=0pt of -head, rectangle, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}, minimum width=3.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-right arm) [right=0pt of -torso.north east, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-left arm) [left=0pt of -torso.north west, yshift=-3.1*pgfkeysvalueof{/cfr/soul base dimension}, rectangle, minimum width=pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] {};
                  node (-left leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north east] {};
                  node (-right leg) [below=0pt of -torso.south, rectangle, minimum width=1.5*pgfkeysvalueof{/cfr/soul base dimension}, minimum height=6*pgfkeysvalueof{/cfr/soul base dimension}, rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}, anchor=north west] {};
                  draw [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] (-right leg.south) -- (-right leg.south west) -- (-left leg.south east) -- (-left leg.south west) -- (-torso.south west) [rounded corners=.4*pgfkeysvalueof{/cfr/soul base dimension}] -- (-left arm.south east) -- (-left arm.south west) -- (-left arm.north west) -- (-torso.north west) -- ($(-head.south) - (.5*pgfkeysvalueof{/cfr/soul base dimension},0)$) arc [start angle=255.5, end angle=-74.5, radius=2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.north east) -- (-right arm.north east) -- (-right arm.south east) -- (-right arm.south west) [rounded corners=.2*pgfkeysvalueof{/cfr/soul base dimension}] -- (-torso.south east) -- (-right leg.south east) -- (-right leg.south west);
                  }
                  ]
                  pic (human being) {person};
                  pic (got the blues) [right=of human being-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, blue] {person};
                  pic (in the pink) [right=of got the blues-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, magenta] {person};
                  pic (half gone) [right=of in the pink-head, xshift=4*pgfkeysvalueof{/cfr/soul base dimension},opacity=.5] {person};
                  pgfkeyssetvalue{/cfr/soul base dimension}{5pt}
                  pic (feeling small) [right=of half gone-right arm.east, xshift=4*pgfkeysvalueof{/cfr/soul base dimension}, fill=red] {person};
                  end{tikzpicture}
                  end{document}


                  People



                  People Pic II



                  This is a similar idea to the first but also draws on the solutions others have posted for filled person shapes. It creates a person in the colour of your choice, rotated at the angle of your choice and labelled with the text of your choice. It could be adapted for various other permutations.



                  documentclass[tikz]{standalone}
                  usetikzlibrary{positioning,fit}
                  begin{document}

                  tikzset{
                  pobl/.style={
                  inner sep=0pt, outer sep=0pt, fill=#1,
                  },
                  pobl gron/.style n args={2}{
                  pobl=#1, rounded corners=#2,
                  },
                  pics/person/.style n args={3}{
                  code={
                  node (-corff) [pobl=#1, minimum width=.25*#2, minimum height=.375*#2, rotate=#3, pic actions] {};
                  node (-pen) [minimum width=.3*#2, circle, pobl=#1, outer sep=.01*#2, anchor=south, rotate=#3, pic actions] at (-corff.north) {};
                  node (-coes dde) [pobl gron={#1}{1pt}, anchor=north west, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south west) {};
                  node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes dde.north) {};
                  node (-coes chwith) [pobl gron={#1}{1pt}, anchor=north east, minimum width=.12125*#2, minimum height=.25*#2, rotate=#3, pic actions] at (-corff.south east) {};
                  node [pobl=#1, anchor=north, minimum width=.12125*#2, minimum height=.15*#2, rotate=#3, pic actions] at (-coes chwith.north) {};
                  node (-braich dde) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
                  node [pobl=#1, minimum width=.05*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north west, rotate=#3, pic actions] at (-corff.north east) {};
                  node (-braich chwith) [pobl gron={#1}{.75pt}, minimum width=.075*#2, minimum height=.325*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
                  node [pobl=#1, minimum width=.0375*#2, minimum height=.2*#2, outer sep=.0064*#2, anchor=north east, rotate=#3, pic actions] at (-corff.north west) {};
                  node (-fit person) [fit={(-pen.north) (-braich dde.east) (-coes chwith.south) (-braich chwith.west)}] {};
                  node (-pwy) [below=25pt of -fit person, every pin] {tikzpictext};
                  draw [every pin edge] (-fit person) -- (-pwy);
                  },
                  },
                  }

                  begin{tikzpicture}
                  [
                  every pin edge/.append style={latex-, shorten <=-2.5pt},
                  ]
                  draw pic (person) [pic text={A Person}] {person={blue}{25pt}{0}};
                  draw pic (sleepy) [right=35pt of person-braich dde.east, pic text={Sleepy Person}] {person={green}{25pt}{90}};
                  draw pic (gymnast) [right=70pt of person-braich dde.east, pic text={Gymnast}] {person={orange}{25pt}{180}};
                  draw pic (giant) [right=50pt of gymnast-braich dde.south east, pic text={Sleepy Giant}] {person={pink}{75pt}{-90}};
                  end{tikzpicture}

                  end{document}


                  people pics







                  share|improve this answer














                  share|improve this answer



                  share|improve this answer








                  edited Apr 13 '17 at 12:35









                  Community

                  1




                  1










                  answered Jun 24 '14 at 23:37









                  cfrcfr

                  159k8191397




                  159k8191397























                      0














                      This is my simple stickman, which is easy to modify.



                      documentclass{standalone}

                      usepackage{tikz}
                      usetikzlibrary{math}

                      begin{document}

                      newcommand{stickman}[3]{% stickman ==== V
                      draw[
                      evaluate={
                      x = (#1); % center x
                      y = (#2); % center y
                      r = (#3); % radius
                      xl = x-r; % x left
                      xr = x+r; % x right
                      ya = y-r; % body upper
                      yb = ya-r; % arms
                      yc = yb-r; % legs
                      ybd = yb-0.5*r; % arms lower
                      ycd = yc-0.5*r; % legs lower
                      },thick, orange
                      ]
                      (x, y) circle (r) % head
                      (x, ya) -- (x,yc) % body
                      (xl, ybd) -- (x, yb) -- (xr, ybd) %arms
                      (xl, ycd) -- (x, yc) -- (xr, ycd) %arms
                      ; %
                      } % stickman ==== A

                      begin{tikzpicture}
                      stickman{3}{3}{1}
                      stickman{6}{3}{1}
                      stickman{9}{4}{1}
                      end{tikzpicture}

                      end{document}


                      Note that using the same code, it is possible to generate many stickman at any location.
                      It produces this.






                      share|improve this answer




























                        0














                        This is my simple stickman, which is easy to modify.



                        documentclass{standalone}

                        usepackage{tikz}
                        usetikzlibrary{math}

                        begin{document}

                        newcommand{stickman}[3]{% stickman ==== V
                        draw[
                        evaluate={
                        x = (#1); % center x
                        y = (#2); % center y
                        r = (#3); % radius
                        xl = x-r; % x left
                        xr = x+r; % x right
                        ya = y-r; % body upper
                        yb = ya-r; % arms
                        yc = yb-r; % legs
                        ybd = yb-0.5*r; % arms lower
                        ycd = yc-0.5*r; % legs lower
                        },thick, orange
                        ]
                        (x, y) circle (r) % head
                        (x, ya) -- (x,yc) % body
                        (xl, ybd) -- (x, yb) -- (xr, ybd) %arms
                        (xl, ycd) -- (x, yc) -- (xr, ycd) %arms
                        ; %
                        } % stickman ==== A

                        begin{tikzpicture}
                        stickman{3}{3}{1}
                        stickman{6}{3}{1}
                        stickman{9}{4}{1}
                        end{tikzpicture}

                        end{document}


                        Note that using the same code, it is possible to generate many stickman at any location.
                        It produces this.






                        share|improve this answer


























                          0












                          0








                          0







                          This is my simple stickman, which is easy to modify.



                          documentclass{standalone}

                          usepackage{tikz}
                          usetikzlibrary{math}

                          begin{document}

                          newcommand{stickman}[3]{% stickman ==== V
                          draw[
                          evaluate={
                          x = (#1); % center x
                          y = (#2); % center y
                          r = (#3); % radius
                          xl = x-r; % x left
                          xr = x+r; % x right
                          ya = y-r; % body upper
                          yb = ya-r; % arms
                          yc = yb-r; % legs
                          ybd = yb-0.5*r; % arms lower
                          ycd = yc-0.5*r; % legs lower
                          },thick, orange
                          ]
                          (x, y) circle (r) % head
                          (x, ya) -- (x,yc) % body
                          (xl, ybd) -- (x, yb) -- (xr, ybd) %arms
                          (xl, ycd) -- (x, yc) -- (xr, ycd) %arms
                          ; %
                          } % stickman ==== A

                          begin{tikzpicture}
                          stickman{3}{3}{1}
                          stickman{6}{3}{1}
                          stickman{9}{4}{1}
                          end{tikzpicture}

                          end{document}


                          Note that using the same code, it is possible to generate many stickman at any location.
                          It produces this.






                          share|improve this answer













                          This is my simple stickman, which is easy to modify.



                          documentclass{standalone}

                          usepackage{tikz}
                          usetikzlibrary{math}

                          begin{document}

                          newcommand{stickman}[3]{% stickman ==== V
                          draw[
                          evaluate={
                          x = (#1); % center x
                          y = (#2); % center y
                          r = (#3); % radius
                          xl = x-r; % x left
                          xr = x+r; % x right
                          ya = y-r; % body upper
                          yb = ya-r; % arms
                          yc = yb-r; % legs
                          ybd = yb-0.5*r; % arms lower
                          ycd = yc-0.5*r; % legs lower
                          },thick, orange
                          ]
                          (x, y) circle (r) % head
                          (x, ya) -- (x,yc) % body
                          (xl, ybd) -- (x, yb) -- (xr, ybd) %arms
                          (xl, ycd) -- (x, yc) -- (xr, ycd) %arms
                          ; %
                          } % stickman ==== A

                          begin{tikzpicture}
                          stickman{3}{3}{1}
                          stickman{6}{3}{1}
                          stickman{9}{4}{1}
                          end{tikzpicture}

                          end{document}


                          Note that using the same code, it is possible to generate many stickman at any location.
                          It produces this.







                          share|improve this answer












                          share|improve this answer



                          share|improve this answer










                          answered 25 mins ago









                          01pi01pi

                          393




                          393






























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