How to produce a more sophisticated pie chart?How would you produce the following exact hexagon?How can I produce a Hasse (or lattice) diagram?polar chart heat mapModify Pie Charts (delete the labels)Pie Chart with datatoolAdding an implication to a chartLine up nested tikz enviroments or how to get rid of themHow to start with this difficult chartTikZ: How to modify pie chart with individually adjustable colors and point number percentages?Customizing Half Pie Chart Labels with tikz

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How to produce a more sophisticated pie chart?


How would you produce the following exact hexagon?How can I produce a Hasse (or lattice) diagram?polar chart heat mapModify Pie Charts (delete the labels)Pie Chart with datatoolAdding an implication to a chartLine up nested tikz enviroments or how to get rid of themHow to start with this difficult chartTikZ: How to modify pie chart with individually adjustable colors and point number percentages?Customizing Half Pie Chart Labels with tikz













3















I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?



enter image description here



documentclassarticle
usepackagepgf-pie

newcommandQR[1][n]mathcalQR_#1
newcommandQNR[1][n]mathcalQNR_#1
newcommandQNRPmathcalQNR_n^+1
newcommandJNPmathcalJ_n^+1
newcommandJNMmathcalJ_n^-1

begindocument

begintikzpicture[scale=1.25]

pie [rotate = 90, text=inside, color = yellow!50, green!50, scale font]
75/$QR[n]$,
25/$QNR[n]$

endtikzpicture

enddocument









share|improve this question




























    3















    I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?



    enter image description here



    documentclassarticle
    usepackagepgf-pie

    newcommandQR[1][n]mathcalQR_#1
    newcommandQNR[1][n]mathcalQNR_#1
    newcommandQNRPmathcalQNR_n^+1
    newcommandJNPmathcalJ_n^+1
    newcommandJNMmathcalJ_n^-1

    begindocument

    begintikzpicture[scale=1.25]

    pie [rotate = 90, text=inside, color = yellow!50, green!50, scale font]
    75/$QR[n]$,
    25/$QNR[n]$

    endtikzpicture

    enddocument









    share|improve this question


























      3












      3








      3








      I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?



      enter image description here



      documentclassarticle
      usepackagepgf-pie

      newcommandQR[1][n]mathcalQR_#1
      newcommandQNR[1][n]mathcalQNR_#1
      newcommandQNRPmathcalQNR_n^+1
      newcommandJNPmathcalJ_n^+1
      newcommandJNMmathcalJ_n^-1

      begindocument

      begintikzpicture[scale=1.25]

      pie [rotate = 90, text=inside, color = yellow!50, green!50, scale font]
      75/$QR[n]$,
      25/$QNR[n]$

      endtikzpicture

      enddocument









      share|improve this question
















      I do not know how to make a pie-chart as the one pictured below, which I drew by hand. I tried using "pgf-pie" for that, but it does not really work as I intend. Could you help me?



      enter image description here



      documentclassarticle
      usepackagepgf-pie

      newcommandQR[1][n]mathcalQR_#1
      newcommandQNR[1][n]mathcalQNR_#1
      newcommandQNRPmathcalQNR_n^+1
      newcommandJNPmathcalJ_n^+1
      newcommandJNMmathcalJ_n^-1

      begindocument

      begintikzpicture[scale=1.25]

      pie [rotate = 90, text=inside, color = yellow!50, green!50, scale font]
      75/$QR[n]$,
      25/$QNR[n]$

      endtikzpicture

      enddocument






      diagrams






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited 8 hours ago









      AboAmmar

      35.6k32985




      35.6k32985










      asked 8 hours ago









      3nondatur3nondatur

      1255




      1255




















          3 Answers
          3






          active

          oldest

          votes


















          6














          With plain TikZ you could do



          documentclass[tikz,border=3.14mm]standalone
          usepackageamssymb
          newcommandQNR[1][n]mathcalQNR_#1
          newcommandQNRPmathcalQNR_n^+1
          begindocument
          begintikzpicture[declare function=R=2;]
          fill[blue!30] (0,R) arc(90:270:R);
          fill[yellow] (0,R) arc(90:-90:R);
          draw (0,0) circle[radius=R] (-R,0) node[left] $+1$ -| (0,R) node[above] $mathbbZ/nmathbbZ$;
          path (135:R/2) node $QNR$ (-90:R/2) node $QNRP$ (0:R) node[right] $-1$ ;
          endtikzpicture
          enddocument


          enter image description here






          share|improve this answer

























          • +1 for declare function! I have not been aware for this possibilitiy.

            – Zarko
            7 hours ago











          • @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

            – marmot
            7 hours ago











          • thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

            – Zarko
            6 hours ago











          • @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

            – marmot
            6 hours ago


















          2














          a small variation of @marmot answer:



          documentclass[tikz, margin=3mm]standalone
          usepackagenewtxtext,newtxmath
          newcommandQNR[1][n]mathcalQNR_#1
          newcommandQNRPmathcalQNR_n^+1

          begindocument

          begintikzpicture[declare function=R=16mm;]
          node[circle, draw, fill=yellow!30, minimum size=2*R,
          label=left: $+1$,
          label=right:$-1$,
          label=$mathbbZ/nmathbbZ$] (C) ;
          draw[fill=green!30] (C.south) arc (270:90:R);
          draw (C.west) arc (180:90:R) |- cycle;
          node[below=R/2mm] $QNRP$;
          node[above left=R/2mm] $QNR$;
          endtikzpicture

          enddocument


          enter image description here






          share|improve this answer






























            1














            A pstricks solution:



            documentclass[border=5pt, svgnames]standalone
            usepackageamsfonts
            usepackagepst-node, pstricks-add
            usepackageauto-pst-pdf

            newcommandQR[1][n]ensuremathmathcalQR_#1
            newcommandQNR[1][n]ensuremathmathcalQNR_#1
            newcommandQNRPensuremathmathcalQNR_n^+1
            newcommandJNPensuremathmathcalJ_n^+1
            newcommandJNMensuremathmathcalJ_n^-1

            begindocument

            beginpspicture(-2.5,-2)(2.5,2.5)
            psChart[userColor=Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,]1,1,1,12
            pscircle(0,0)2
            psline(2;90)(0,0)(2;180)
            rput[B](1.1;140)QR rput[B](1.1;-90)QNR
            uput[r](2;0)$-1$uput[l](2;180)$+1$
            uput[u](2;90)$mathbbZ/ nmathbbZ$
            endpspicture

            enddocument


            enter image description here






            share|improve this answer























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              3 Answers
              3






              active

              oldest

              votes








              3 Answers
              3






              active

              oldest

              votes









              active

              oldest

              votes






              active

              oldest

              votes









              6














              With plain TikZ you could do



              documentclass[tikz,border=3.14mm]standalone
              usepackageamssymb
              newcommandQNR[1][n]mathcalQNR_#1
              newcommandQNRPmathcalQNR_n^+1
              begindocument
              begintikzpicture[declare function=R=2;]
              fill[blue!30] (0,R) arc(90:270:R);
              fill[yellow] (0,R) arc(90:-90:R);
              draw (0,0) circle[radius=R] (-R,0) node[left] $+1$ -| (0,R) node[above] $mathbbZ/nmathbbZ$;
              path (135:R/2) node $QNR$ (-90:R/2) node $QNRP$ (0:R) node[right] $-1$ ;
              endtikzpicture
              enddocument


              enter image description here






              share|improve this answer

























              • +1 for declare function! I have not been aware for this possibilitiy.

                – Zarko
                7 hours ago











              • @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

                – marmot
                7 hours ago











              • thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

                – Zarko
                6 hours ago











              • @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

                – marmot
                6 hours ago















              6














              With plain TikZ you could do



              documentclass[tikz,border=3.14mm]standalone
              usepackageamssymb
              newcommandQNR[1][n]mathcalQNR_#1
              newcommandQNRPmathcalQNR_n^+1
              begindocument
              begintikzpicture[declare function=R=2;]
              fill[blue!30] (0,R) arc(90:270:R);
              fill[yellow] (0,R) arc(90:-90:R);
              draw (0,0) circle[radius=R] (-R,0) node[left] $+1$ -| (0,R) node[above] $mathbbZ/nmathbbZ$;
              path (135:R/2) node $QNR$ (-90:R/2) node $QNRP$ (0:R) node[right] $-1$ ;
              endtikzpicture
              enddocument


              enter image description here






              share|improve this answer

























              • +1 for declare function! I have not been aware for this possibilitiy.

                – Zarko
                7 hours ago











              • @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

                – marmot
                7 hours ago











              • thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

                – Zarko
                6 hours ago











              • @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

                – marmot
                6 hours ago













              6












              6








              6







              With plain TikZ you could do



              documentclass[tikz,border=3.14mm]standalone
              usepackageamssymb
              newcommandQNR[1][n]mathcalQNR_#1
              newcommandQNRPmathcalQNR_n^+1
              begindocument
              begintikzpicture[declare function=R=2;]
              fill[blue!30] (0,R) arc(90:270:R);
              fill[yellow] (0,R) arc(90:-90:R);
              draw (0,0) circle[radius=R] (-R,0) node[left] $+1$ -| (0,R) node[above] $mathbbZ/nmathbbZ$;
              path (135:R/2) node $QNR$ (-90:R/2) node $QNRP$ (0:R) node[right] $-1$ ;
              endtikzpicture
              enddocument


              enter image description here






              share|improve this answer















              With plain TikZ you could do



              documentclass[tikz,border=3.14mm]standalone
              usepackageamssymb
              newcommandQNR[1][n]mathcalQNR_#1
              newcommandQNRPmathcalQNR_n^+1
              begindocument
              begintikzpicture[declare function=R=2;]
              fill[blue!30] (0,R) arc(90:270:R);
              fill[yellow] (0,R) arc(90:-90:R);
              draw (0,0) circle[radius=R] (-R,0) node[left] $+1$ -| (0,R) node[above] $mathbbZ/nmathbbZ$;
              path (135:R/2) node $QNR$ (-90:R/2) node $QNRP$ (0:R) node[right] $-1$ ;
              endtikzpicture
              enddocument


              enter image description here







              share|improve this answer














              share|improve this answer



              share|improve this answer








              edited 8 hours ago

























              answered 8 hours ago









              marmotmarmot

              133k6171320




              133k6171320












              • +1 for declare function! I have not been aware for this possibilitiy.

                – Zarko
                7 hours ago











              • @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

                – marmot
                7 hours ago











              • thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

                – Zarko
                6 hours ago











              • @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

                – marmot
                6 hours ago

















              • +1 for declare function! I have not been aware for this possibilitiy.

                – Zarko
                7 hours ago











              • @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

                – marmot
                7 hours ago











              • thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

                – Zarko
                6 hours ago











              • @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

                – marmot
                6 hours ago
















              +1 for declare function! I have not been aware for this possibilitiy.

              – Zarko
              7 hours ago





              +1 for declare function! I have not been aware for this possibilitiy.

              – Zarko
              7 hours ago













              @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

              – marmot
              7 hours ago





              @Zarko Thanks! Note that there is one possible caveat: it is somewhat less straightforward to "undeclare" functions, though possible. That is, if you use several of those in your tikzpictures, try to use them locally in scopes. Never declare them globally outside the tikzpicture.

              – marmot
              7 hours ago













              thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

              – Zarko
              6 hours ago





              thank you for info. For purpose as declare function is used in your answer so far I use defR..., which also have some limitations.

              – Zarko
              6 hours ago













              @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

              – marmot
              6 hours ago





              @Zarko Yes, sure. You should never define single-letter macros. For instance, xelatex defines some of those without telling you. The above was just a remark that one may not overdo it with these declare functions, but here it is fine IMHO.

              – marmot
              6 hours ago











              2














              a small variation of @marmot answer:



              documentclass[tikz, margin=3mm]standalone
              usepackagenewtxtext,newtxmath
              newcommandQNR[1][n]mathcalQNR_#1
              newcommandQNRPmathcalQNR_n^+1

              begindocument

              begintikzpicture[declare function=R=16mm;]
              node[circle, draw, fill=yellow!30, minimum size=2*R,
              label=left: $+1$,
              label=right:$-1$,
              label=$mathbbZ/nmathbbZ$] (C) ;
              draw[fill=green!30] (C.south) arc (270:90:R);
              draw (C.west) arc (180:90:R) |- cycle;
              node[below=R/2mm] $QNRP$;
              node[above left=R/2mm] $QNR$;
              endtikzpicture

              enddocument


              enter image description here






              share|improve this answer



























                2














                a small variation of @marmot answer:



                documentclass[tikz, margin=3mm]standalone
                usepackagenewtxtext,newtxmath
                newcommandQNR[1][n]mathcalQNR_#1
                newcommandQNRPmathcalQNR_n^+1

                begindocument

                begintikzpicture[declare function=R=16mm;]
                node[circle, draw, fill=yellow!30, minimum size=2*R,
                label=left: $+1$,
                label=right:$-1$,
                label=$mathbbZ/nmathbbZ$] (C) ;
                draw[fill=green!30] (C.south) arc (270:90:R);
                draw (C.west) arc (180:90:R) |- cycle;
                node[below=R/2mm] $QNRP$;
                node[above left=R/2mm] $QNR$;
                endtikzpicture

                enddocument


                enter image description here






                share|improve this answer

























                  2












                  2








                  2







                  a small variation of @marmot answer:



                  documentclass[tikz, margin=3mm]standalone
                  usepackagenewtxtext,newtxmath
                  newcommandQNR[1][n]mathcalQNR_#1
                  newcommandQNRPmathcalQNR_n^+1

                  begindocument

                  begintikzpicture[declare function=R=16mm;]
                  node[circle, draw, fill=yellow!30, minimum size=2*R,
                  label=left: $+1$,
                  label=right:$-1$,
                  label=$mathbbZ/nmathbbZ$] (C) ;
                  draw[fill=green!30] (C.south) arc (270:90:R);
                  draw (C.west) arc (180:90:R) |- cycle;
                  node[below=R/2mm] $QNRP$;
                  node[above left=R/2mm] $QNR$;
                  endtikzpicture

                  enddocument


                  enter image description here






                  share|improve this answer













                  a small variation of @marmot answer:



                  documentclass[tikz, margin=3mm]standalone
                  usepackagenewtxtext,newtxmath
                  newcommandQNR[1][n]mathcalQNR_#1
                  newcommandQNRPmathcalQNR_n^+1

                  begindocument

                  begintikzpicture[declare function=R=16mm;]
                  node[circle, draw, fill=yellow!30, minimum size=2*R,
                  label=left: $+1$,
                  label=right:$-1$,
                  label=$mathbbZ/nmathbbZ$] (C) ;
                  draw[fill=green!30] (C.south) arc (270:90:R);
                  draw (C.west) arc (180:90:R) |- cycle;
                  node[below=R/2mm] $QNRP$;
                  node[above left=R/2mm] $QNR$;
                  endtikzpicture

                  enddocument


                  enter image description here







                  share|improve this answer












                  share|improve this answer



                  share|improve this answer










                  answered 7 hours ago









                  ZarkoZarko

                  137k872180




                  137k872180





















                      1














                      A pstricks solution:



                      documentclass[border=5pt, svgnames]standalone
                      usepackageamsfonts
                      usepackagepst-node, pstricks-add
                      usepackageauto-pst-pdf

                      newcommandQR[1][n]ensuremathmathcalQR_#1
                      newcommandQNR[1][n]ensuremathmathcalQNR_#1
                      newcommandQNRPensuremathmathcalQNR_n^+1
                      newcommandJNPensuremathmathcalJ_n^+1
                      newcommandJNMensuremathmathcalJ_n^-1

                      begindocument

                      beginpspicture(-2.5,-2)(2.5,2.5)
                      psChart[userColor=Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,]1,1,1,12
                      pscircle(0,0)2
                      psline(2;90)(0,0)(2;180)
                      rput[B](1.1;140)QR rput[B](1.1;-90)QNR
                      uput[r](2;0)$-1$uput[l](2;180)$+1$
                      uput[u](2;90)$mathbbZ/ nmathbbZ$
                      endpspicture

                      enddocument


                      enter image description here






                      share|improve this answer



























                        1














                        A pstricks solution:



                        documentclass[border=5pt, svgnames]standalone
                        usepackageamsfonts
                        usepackagepst-node, pstricks-add
                        usepackageauto-pst-pdf

                        newcommandQR[1][n]ensuremathmathcalQR_#1
                        newcommandQNR[1][n]ensuremathmathcalQNR_#1
                        newcommandQNRPensuremathmathcalQNR_n^+1
                        newcommandJNPensuremathmathcalJ_n^+1
                        newcommandJNMensuremathmathcalJ_n^-1

                        begindocument

                        beginpspicture(-2.5,-2)(2.5,2.5)
                        psChart[userColor=Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,]1,1,1,12
                        pscircle(0,0)2
                        psline(2;90)(0,0)(2;180)
                        rput[B](1.1;140)QR rput[B](1.1;-90)QNR
                        uput[r](2;0)$-1$uput[l](2;180)$+1$
                        uput[u](2;90)$mathbbZ/ nmathbbZ$
                        endpspicture

                        enddocument


                        enter image description here






                        share|improve this answer

























                          1












                          1








                          1







                          A pstricks solution:



                          documentclass[border=5pt, svgnames]standalone
                          usepackageamsfonts
                          usepackagepst-node, pstricks-add
                          usepackageauto-pst-pdf

                          newcommandQR[1][n]ensuremathmathcalQR_#1
                          newcommandQNR[1][n]ensuremathmathcalQNR_#1
                          newcommandQNRPensuremathmathcalQNR_n^+1
                          newcommandJNPensuremathmathcalJ_n^+1
                          newcommandJNMensuremathmathcalJ_n^-1

                          begindocument

                          beginpspicture(-2.5,-2)(2.5,2.5)
                          psChart[userColor=Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,]1,1,1,12
                          pscircle(0,0)2
                          psline(2;90)(0,0)(2;180)
                          rput[B](1.1;140)QR rput[B](1.1;-90)QNR
                          uput[r](2;0)$-1$uput[l](2;180)$+1$
                          uput[u](2;90)$mathbbZ/ nmathbbZ$
                          endpspicture

                          enddocument


                          enter image description here






                          share|improve this answer













                          A pstricks solution:



                          documentclass[border=5pt, svgnames]standalone
                          usepackageamsfonts
                          usepackagepst-node, pstricks-add
                          usepackageauto-pst-pdf

                          newcommandQR[1][n]ensuremathmathcalQR_#1
                          newcommandQNR[1][n]ensuremathmathcalQNR_#1
                          newcommandQNRPensuremathmathcalQNR_n^+1
                          newcommandJNPensuremathmathcalJ_n^+1
                          newcommandJNMensuremathmathcalJ_n^-1

                          begindocument

                          beginpspicture(-2.5,-2)(2.5,2.5)
                          psChart[userColor=Yellow!50, LightSteelBlue!80, LightSteelBlue!80,Yellow!50,]1,1,1,12
                          pscircle(0,0)2
                          psline(2;90)(0,0)(2;180)
                          rput[B](1.1;140)QR rput[B](1.1;-90)QNR
                          uput[r](2;0)$-1$uput[l](2;180)$+1$
                          uput[u](2;90)$mathbbZ/ nmathbbZ$
                          endpspicture

                          enddocument


                          enter image description here







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                          BernardBernard

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