Diagonal table with numbers












0















I am trying to recreate the following table, which has a diagonal grid with regular numbers in it. Is there any efficient way of doing it without drawing / positioning everthing manually? I have looked through the TikZ/PGF manual, but couldn't find anything.



enter image description here










share|improve this question





























    0















    I am trying to recreate the following table, which has a diagonal grid with regular numbers in it. Is there any efficient way of doing it without drawing / positioning everthing manually? I have looked through the TikZ/PGF manual, but couldn't find anything.



    enter image description here










    share|improve this question



























      0












      0








      0








      I am trying to recreate the following table, which has a diagonal grid with regular numbers in it. Is there any efficient way of doing it without drawing / positioning everthing manually? I have looked through the TikZ/PGF manual, but couldn't find anything.



      enter image description here










      share|improve this question
















      I am trying to recreate the following table, which has a diagonal grid with regular numbers in it. Is there any efficient way of doing it without drawing / positioning everthing manually? I have looked through the TikZ/PGF manual, but couldn't find anything.



      enter image description here







      tikz-pgf tables diagrams






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited Jan 25 at 18:16









      Skillmon

      22.1k11942




      22.1k11942










      asked Jan 25 at 18:02









      MarkusMarkus

      31




      31






















          1 Answer
          1






          active

          oldest

          votes


















          3














          Welcome to TeX.SE! The purpose of this site is to help you if you get stuck somewhere with your attempts. If you post an attempt, then the one answering does not have to punch in numbers from a screen shot. Anyway, here is a proposal that reproduces your screen shot. (If you play with transform canvas, please use it with care.) EDIT: Fixed the column and row seps, big thanks to @Skillmon!)



          documentclass[tikz,border=3.14mm]{standalone}
          usetikzlibrary{matrix,shapes.geometric,positioning}
          begin{document}
          begin{tikzpicture}
          matrix[matrix of nodes,transform canvas={rotate=45},%
          nodes={regular polygon,regular polygon sides=4,draw,rotate=-45,shape border rotate=45},
          row sep=-pgflinewidth,column sep=-pgflinewidth]
          (mat)
          {03 & 13 & 23 & 33 \
          02 & 12 & 22 & 32 \
          01 & 11 & 21 & 31 \
          00 & 10 & 20 & 30 \
          };
          % transform canvas does not transform the bounding box, that's why we need
          path ([xshift=-3mm,yshift=3mm]mat.south west |- mat.north west) rectangle
          ([xshift=3mm,yshift=-3mm]mat.south east -| mat.north east);
          node at (mat.south west) {$Phi_1$};
          node at (mat.south east) {$Phi_2$};
          end{tikzpicture}
          end{document}


          enter image description here






          share|improve this answer





















          • 2





            I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

            – Skillmon
            Jan 25 at 18:43











          • @Skillmon Yes, you are right. Thanks!

            – marmot
            Jan 25 at 18:51











          Your Answer








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          1 Answer
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          oldest

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          1 Answer
          1






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes









          3














          Welcome to TeX.SE! The purpose of this site is to help you if you get stuck somewhere with your attempts. If you post an attempt, then the one answering does not have to punch in numbers from a screen shot. Anyway, here is a proposal that reproduces your screen shot. (If you play with transform canvas, please use it with care.) EDIT: Fixed the column and row seps, big thanks to @Skillmon!)



          documentclass[tikz,border=3.14mm]{standalone}
          usetikzlibrary{matrix,shapes.geometric,positioning}
          begin{document}
          begin{tikzpicture}
          matrix[matrix of nodes,transform canvas={rotate=45},%
          nodes={regular polygon,regular polygon sides=4,draw,rotate=-45,shape border rotate=45},
          row sep=-pgflinewidth,column sep=-pgflinewidth]
          (mat)
          {03 & 13 & 23 & 33 \
          02 & 12 & 22 & 32 \
          01 & 11 & 21 & 31 \
          00 & 10 & 20 & 30 \
          };
          % transform canvas does not transform the bounding box, that's why we need
          path ([xshift=-3mm,yshift=3mm]mat.south west |- mat.north west) rectangle
          ([xshift=3mm,yshift=-3mm]mat.south east -| mat.north east);
          node at (mat.south west) {$Phi_1$};
          node at (mat.south east) {$Phi_2$};
          end{tikzpicture}
          end{document}


          enter image description here






          share|improve this answer





















          • 2





            I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

            – Skillmon
            Jan 25 at 18:43











          • @Skillmon Yes, you are right. Thanks!

            – marmot
            Jan 25 at 18:51
















          3














          Welcome to TeX.SE! The purpose of this site is to help you if you get stuck somewhere with your attempts. If you post an attempt, then the one answering does not have to punch in numbers from a screen shot. Anyway, here is a proposal that reproduces your screen shot. (If you play with transform canvas, please use it with care.) EDIT: Fixed the column and row seps, big thanks to @Skillmon!)



          documentclass[tikz,border=3.14mm]{standalone}
          usetikzlibrary{matrix,shapes.geometric,positioning}
          begin{document}
          begin{tikzpicture}
          matrix[matrix of nodes,transform canvas={rotate=45},%
          nodes={regular polygon,regular polygon sides=4,draw,rotate=-45,shape border rotate=45},
          row sep=-pgflinewidth,column sep=-pgflinewidth]
          (mat)
          {03 & 13 & 23 & 33 \
          02 & 12 & 22 & 32 \
          01 & 11 & 21 & 31 \
          00 & 10 & 20 & 30 \
          };
          % transform canvas does not transform the bounding box, that's why we need
          path ([xshift=-3mm,yshift=3mm]mat.south west |- mat.north west) rectangle
          ([xshift=3mm,yshift=-3mm]mat.south east -| mat.north east);
          node at (mat.south west) {$Phi_1$};
          node at (mat.south east) {$Phi_2$};
          end{tikzpicture}
          end{document}


          enter image description here






          share|improve this answer





















          • 2





            I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

            – Skillmon
            Jan 25 at 18:43











          • @Skillmon Yes, you are right. Thanks!

            – marmot
            Jan 25 at 18:51














          3












          3








          3







          Welcome to TeX.SE! The purpose of this site is to help you if you get stuck somewhere with your attempts. If you post an attempt, then the one answering does not have to punch in numbers from a screen shot. Anyway, here is a proposal that reproduces your screen shot. (If you play with transform canvas, please use it with care.) EDIT: Fixed the column and row seps, big thanks to @Skillmon!)



          documentclass[tikz,border=3.14mm]{standalone}
          usetikzlibrary{matrix,shapes.geometric,positioning}
          begin{document}
          begin{tikzpicture}
          matrix[matrix of nodes,transform canvas={rotate=45},%
          nodes={regular polygon,regular polygon sides=4,draw,rotate=-45,shape border rotate=45},
          row sep=-pgflinewidth,column sep=-pgflinewidth]
          (mat)
          {03 & 13 & 23 & 33 \
          02 & 12 & 22 & 32 \
          01 & 11 & 21 & 31 \
          00 & 10 & 20 & 30 \
          };
          % transform canvas does not transform the bounding box, that's why we need
          path ([xshift=-3mm,yshift=3mm]mat.south west |- mat.north west) rectangle
          ([xshift=3mm,yshift=-3mm]mat.south east -| mat.north east);
          node at (mat.south west) {$Phi_1$};
          node at (mat.south east) {$Phi_2$};
          end{tikzpicture}
          end{document}


          enter image description here






          share|improve this answer















          Welcome to TeX.SE! The purpose of this site is to help you if you get stuck somewhere with your attempts. If you post an attempt, then the one answering does not have to punch in numbers from a screen shot. Anyway, here is a proposal that reproduces your screen shot. (If you play with transform canvas, please use it with care.) EDIT: Fixed the column and row seps, big thanks to @Skillmon!)



          documentclass[tikz,border=3.14mm]{standalone}
          usetikzlibrary{matrix,shapes.geometric,positioning}
          begin{document}
          begin{tikzpicture}
          matrix[matrix of nodes,transform canvas={rotate=45},%
          nodes={regular polygon,regular polygon sides=4,draw,rotate=-45,shape border rotate=45},
          row sep=-pgflinewidth,column sep=-pgflinewidth]
          (mat)
          {03 & 13 & 23 & 33 \
          02 & 12 & 22 & 32 \
          01 & 11 & 21 & 31 \
          00 & 10 & 20 & 30 \
          };
          % transform canvas does not transform the bounding box, that's why we need
          path ([xshift=-3mm,yshift=3mm]mat.south west |- mat.north west) rectangle
          ([xshift=3mm,yshift=-3mm]mat.south east -| mat.north east);
          node at (mat.south west) {$Phi_1$};
          node at (mat.south east) {$Phi_2$};
          end{tikzpicture}
          end{document}


          enter image description here







          share|improve this answer














          share|improve this answer



          share|improve this answer








          edited Jan 25 at 18:47

























          answered Jan 25 at 18:18









          marmotmarmot

          96.6k4111213




          96.6k4111213








          • 2





            I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

            – Skillmon
            Jan 25 at 18:43











          • @Skillmon Yes, you are right. Thanks!

            – marmot
            Jan 25 at 18:51














          • 2





            I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

            – Skillmon
            Jan 25 at 18:43











          • @Skillmon Yes, you are right. Thanks!

            – marmot
            Jan 25 at 18:51








          2




          2





          I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

          – Skillmon
          Jan 25 at 18:43





          I think (not sure about it, my viewer could trick me), that a column sep=-pgflinewidth and row sep=-pgflinewidth is better and results in the same rule thickness as the surrounding one.

          – Skillmon
          Jan 25 at 18:43













          @Skillmon Yes, you are right. Thanks!

          – marmot
          Jan 25 at 18:51





          @Skillmon Yes, you are right. Thanks!

          – marmot
          Jan 25 at 18:51


















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