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How do I color the graph in datavisualization?


Color the faces of a graphHow to color vertices in a TikZ graph?How to change the following graph?How to color the area under a curve using tikz datavisualization?How to prevent rounded and duplicated tick labels in pgfplots with fixed precision?Tikz and exponential style tick labelMaking a complete graph with one edge in diffrent colorMatching the text background color in tikz with the background color of a presentation slideWrite under the graphTikZ fill using draw color













2















MWE;



documentclass[tikz,border=10pt]standalone
usepackagetikz
usetikzlibrarydatavisualization
usetikzlibraryarrows,calc
usetikzlibraryshapes,positioning
usetikzlibrarydecorations.markings
usetikzlibrarydatavisualization.formats.functions
defmytypesetter#1
pgfmathparse#1/pi
pgfkeys/pgf/number format/precision=2
pgfmathroundtozerofillpgfmathresult
pgfmathifisintpgfmathresult
pgfmathprintnumberpgfmathresult$pi$

pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$


begindocument


begintikzpicture[>=latex]
datavisualization [
school book axes, %scientific axes=clean,
all axes=,
x axis=
label=$omega t$,
ticks=
step=(pi/2),
tick typesetter/.code=mytypesetter##1,
,
y axis=
label=$v$,
ticks=none,
,
style sheet=strong colors,
style sheet=vary dashing,
visualize as smooth line/.list=gerilim,
gerilim=label in legend=text=$v$,
]
data [set=gerilim, format=function]
var x : interval [0:2*pi] samples 100;
func y = 2*sin(value x r);
;
endtikzpicture
enddocument


But that I want



enter image description here.



How do I get this graph from my source code without using beginaxis[... endaxis?










share|improve this question


























    2















    MWE;



    documentclass[tikz,border=10pt]standalone
    usepackagetikz
    usetikzlibrarydatavisualization
    usetikzlibraryarrows,calc
    usetikzlibraryshapes,positioning
    usetikzlibrarydecorations.markings
    usetikzlibrarydatavisualization.formats.functions
    defmytypesetter#1
    pgfmathparse#1/pi
    pgfkeys/pgf/number format/precision=2
    pgfmathroundtozerofillpgfmathresult
    pgfmathifisintpgfmathresult
    pgfmathprintnumberpgfmathresult$pi$

    pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$


    begindocument


    begintikzpicture[>=latex]
    datavisualization [
    school book axes, %scientific axes=clean,
    all axes=,
    x axis=
    label=$omega t$,
    ticks=
    step=(pi/2),
    tick typesetter/.code=mytypesetter##1,
    ,
    y axis=
    label=$v$,
    ticks=none,
    ,
    style sheet=strong colors,
    style sheet=vary dashing,
    visualize as smooth line/.list=gerilim,
    gerilim=label in legend=text=$v$,
    ]
    data [set=gerilim, format=function]
    var x : interval [0:2*pi] samples 100;
    func y = 2*sin(value x r);
    ;
    endtikzpicture
    enddocument


    But that I want



    enter image description here.



    How do I get this graph from my source code without using beginaxis[... endaxis?










    share|improve this question
























      2












      2








      2








      MWE;



      documentclass[tikz,border=10pt]standalone
      usepackagetikz
      usetikzlibrarydatavisualization
      usetikzlibraryarrows,calc
      usetikzlibraryshapes,positioning
      usetikzlibrarydecorations.markings
      usetikzlibrarydatavisualization.formats.functions
      defmytypesetter#1
      pgfmathparse#1/pi
      pgfkeys/pgf/number format/precision=2
      pgfmathroundtozerofillpgfmathresult
      pgfmathifisintpgfmathresult
      pgfmathprintnumberpgfmathresult$pi$

      pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$


      begindocument


      begintikzpicture[>=latex]
      datavisualization [
      school book axes, %scientific axes=clean,
      all axes=,
      x axis=
      label=$omega t$,
      ticks=
      step=(pi/2),
      tick typesetter/.code=mytypesetter##1,
      ,
      y axis=
      label=$v$,
      ticks=none,
      ,
      style sheet=strong colors,
      style sheet=vary dashing,
      visualize as smooth line/.list=gerilim,
      gerilim=label in legend=text=$v$,
      ]
      data [set=gerilim, format=function]
      var x : interval [0:2*pi] samples 100;
      func y = 2*sin(value x r);
      ;
      endtikzpicture
      enddocument


      But that I want



      enter image description here.



      How do I get this graph from my source code without using beginaxis[... endaxis?










      share|improve this question














      MWE;



      documentclass[tikz,border=10pt]standalone
      usepackagetikz
      usetikzlibrarydatavisualization
      usetikzlibraryarrows,calc
      usetikzlibraryshapes,positioning
      usetikzlibrarydecorations.markings
      usetikzlibrarydatavisualization.formats.functions
      defmytypesetter#1
      pgfmathparse#1/pi
      pgfkeys/pgf/number format/precision=2
      pgfmathroundtozerofillpgfmathresult
      pgfmathifisintpgfmathresult
      pgfmathprintnumberpgfmathresult$pi$

      pgfmathprintnumber[/pgf/number format/frac, frac denom=2, frac whole=false]pgfmathresult$pi$


      begindocument


      begintikzpicture[>=latex]
      datavisualization [
      school book axes, %scientific axes=clean,
      all axes=,
      x axis=
      label=$omega t$,
      ticks=
      step=(pi/2),
      tick typesetter/.code=mytypesetter##1,
      ,
      y axis=
      label=$v$,
      ticks=none,
      ,
      style sheet=strong colors,
      style sheet=vary dashing,
      visualize as smooth line/.list=gerilim,
      gerilim=label in legend=text=$v$,
      ]
      data [set=gerilim, format=function]
      var x : interval [0:2*pi] samples 100;
      func y = 2*sin(value x r);
      ;
      endtikzpicture
      enddocument


      But that I want



      enter image description here.



      How do I get this graph from my source code without using beginaxis[... endaxis?







      tikz-pgf graphics tikz-shape tikz-decorations






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked 2 hours ago









      ÖzgürÖzgür

      1,4421020




      1,4421020




















          1 Answer
          1






          active

          oldest

          votes


















          3














          A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.



          documentclass[tikz]standalone
          usetikzlibrarypatterns
          begindocument
          begintikzpicture[>=latex,y=2cm]
          draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
          draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
          draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
          draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
          draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
          draw (pi,-.05) node[below] $1pi$--(pi,.05);
          draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
          draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
          draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
          endtikzpicture
          enddocument


          enter image description here






          share|improve this answer






















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            1 Answer
            1






            active

            oldest

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            active

            oldest

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            active

            oldest

            votes









            3














            A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.



            documentclass[tikz]standalone
            usetikzlibrarypatterns
            begindocument
            begintikzpicture[>=latex,y=2cm]
            draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
            draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
            draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
            draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
            draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
            draw (pi,-.05) node[below] $1pi$--(pi,.05);
            draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
            draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
            draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
            endtikzpicture
            enddocument


            enter image description here






            share|improve this answer



























              3














              A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.



              documentclass[tikz]standalone
              usetikzlibrarypatterns
              begindocument
              begintikzpicture[>=latex,y=2cm]
              draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
              draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
              draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
              draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
              draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
              draw (pi,-.05) node[below] $1pi$--(pi,.05);
              draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
              draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
              draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
              endtikzpicture
              enddocument


              enter image description here






              share|improve this answer

























                3












                3








                3







                A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.



                documentclass[tikz]standalone
                usetikzlibrarypatterns
                begindocument
                begintikzpicture[>=latex,y=2cm]
                draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
                draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
                draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
                draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
                draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
                draw (pi,-.05) node[below] $1pi$--(pi,.05);
                draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
                draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
                draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
                endtikzpicture
                enddocument


                enter image description here






                share|improve this answer













                A pure TikZ solution for fun, which is much shorter. I have no idea why you have to use datavisualization for this.



                documentclass[tikz]standalone
                usetikzlibrarypatterns
                begindocument
                begintikzpicture[>=latex,y=2cm]
                draw[smooth,fill=red] plot[samples=100,domain=0:pi] (x,sin(deg(x)));
                draw[smooth,pattern=horizontal lines,pattern color=red] plot[samples=100,domain=pi:2*pi] (x,sin(deg(x)));
                draw[->] (0,-1.1)--(0,1.1) node[above] $v$;
                draw[->] (-.2,0)--(2*pi+0.5,0) node[right] $omega t$;
                draw (pi/2,-.05) node[below] $frac12pi$--(pi/2,.05);
                draw (pi,-.05) node[below] $1pi$--(pi,.05);
                draw (3*pi/2,-.05) node[below] $frac32pi$--(3*pi/2,.05);
                draw (2*pi,-.05) node[below] $2pi$--(2*pi,.05);
                draw (8.5,0) node tikzdraw[x=1pt,y=1pt] (0,0) to[out=30,in=-150] (20,0); $v$;
                endtikzpicture
                enddocument


                enter image description here







                share|improve this answer












                share|improve this answer



                share|improve this answer










                answered 1 hour ago









                JouleVJouleV

                7,36721952




                7,36721952



























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