A circled inequality relation symbol similar to the circled arithmetic operators

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I'm looking for a variation on the odot (a circled dot) and oplus (a circled plus) operators, but for the inequality relations. In other words, I'm looking for the symbol to substitute for the blank in the second printed line of following example.



documentclassamsart
begindocument
beginalign*
ccdot x + y &leq z\
codot xoplus y &quad z
endalign*
enddocument


A missing circled less-than relation symbol



I couldn't find any matching symbol using detexify.






symbols







share|improve this question



























    up vote
    5
    down vote

    favorite












    I'm looking for a variation on the odot (a circled dot) and oplus (a circled plus) operators, but for the inequality relations. In other words, I'm looking for the symbol to substitute for the blank in the second printed line of following example.



    documentclassamsart
    begindocument
    beginalign*
    ccdot x + y &leq z\
    codot xoplus y &quad z
    endalign*
    enddocument


    A missing circled less-than relation symbol



    I couldn't find any matching symbol using detexify.






    symbols







    share|improve this question

























      up vote
      5
      down vote

      favorite









      up vote
      5
      down vote

      favorite











      I'm looking for a variation on the odot (a circled dot) and oplus (a circled plus) operators, but for the inequality relations. In other words, I'm looking for the symbol to substitute for the blank in the second printed line of following example.



      documentclassamsart
      begindocument
      beginalign*
      ccdot x + y &leq z\
      codot xoplus y &quad z
      endalign*
      enddocument


      A missing circled less-than relation symbol



      I couldn't find any matching symbol using detexify.






      symbols







      share|improve this question















      I'm looking for a variation on the odot (a circled dot) and oplus (a circled plus) operators, but for the inequality relations. In other words, I'm looking for the symbol to substitute for the blank in the second printed line of following example.



      documentclassamsart
      begindocument
      beginalign*
      ccdot x + y &leq z\
      codot xoplus y &quad z
      endalign*
      enddocument


      A missing circled less-than relation symbol



      I couldn't find any matching symbol using detexify.






      symbols




      symbols






      share|improve this question















      share|improve this question













      share|improve this question




      share|improve this question








      edited 4 hours ago

























      asked 4 hours ago









      Evan Aad

      3,55111327




      3,55111327




















          2 Answers
          2






          active

          oldest

          votes

















          up vote
          1
          down vote



          accepted










          To answer your question in your last comment, here is an easy way with pstricks. However I'm not sure scaling will look so nice, as the circled symbols won't be aligned with the other symbols. Anyway, I show in the following code some possible variants:



          documentclassamsart
          usepackageamssymb
          usepackagepstricks, auto-pst-pdf

          begindocument


          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          enddocument


          enter image description here






          share|improve this answer




















          • Thanks! I like the last one most of all.
            – Evan Aad
            12 mins ago










          • By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
            – Evan Aad
            2 mins ago

















          up vote
          3
          down vote













          You can certainly do this in many ways, one of them is TikZ. Loading TikZ only for that may be a bit of an overkill, but if you want to construct more symbols of this sort, this might be one of the easiest ways to go.



          documentclassamsart
          usepackagetikz
          begindocument
          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &tikz[baseline=(X.base)]node[circle,draw,inner
          sep=1pt](X)$leq$; z
          endalign*
          enddocument


          enter image description here






          share|improve this answer
















          • 1




            Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
            – Evan Aad
            3 hours ago











          Your Answer








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          2 Answers
          2






          active

          oldest

          votes








          2 Answers
          2






          active

          oldest

          votes









          active

          oldest

          votes






          active

          oldest

          votes








          up vote
          1
          down vote



          accepted










          To answer your question in your last comment, here is an easy way with pstricks. However I'm not sure scaling will look so nice, as the circled symbols won't be aligned with the other symbols. Anyway, I show in the following code some possible variants:



          documentclassamsart
          usepackageamssymb
          usepackagepstricks, auto-pst-pdf

          begindocument


          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          enddocument


          enter image description here






          share|improve this answer




















          • Thanks! I like the last one most of all.
            – Evan Aad
            12 mins ago










          • By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
            – Evan Aad
            2 mins ago














          up vote
          1
          down vote



          accepted










          To answer your question in your last comment, here is an easy way with pstricks. However I'm not sure scaling will look so nice, as the circled symbols won't be aligned with the other symbols. Anyway, I show in the following code some possible variants:



          documentclassamsart
          usepackageamssymb
          usepackagepstricks, auto-pst-pdf

          begindocument


          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          enddocument


          enter image description here






          share|improve this answer




















          • Thanks! I like the last one most of all.
            – Evan Aad
            12 mins ago










          • By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
            – Evan Aad
            2 mins ago












          up vote
          1
          down vote



          accepted







          up vote
          1
          down vote



          accepted






          To answer your question in your last comment, here is an easy way with pstricks. However I'm not sure scaling will look so nice, as the circled symbols won't be aligned with the other symbols. Anyway, I show in the following code some possible variants:



          documentclassamsart
          usepackageamssymb
          usepackagepstricks, auto-pst-pdf

          begindocument


          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          enddocument


          enter image description here






          share|improve this answer












          To answer your question in your last comment, here is an easy way with pstricks. However I'm not sure scaling will look so nice, as the circled symbols won't be aligned with the other symbols. Anyway, I show in the following code some possible variants:



          documentclassamsart
          usepackageamssymb
          usepackagepstricks, auto-pst-pdf

          begindocument


          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leq z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslant z \
          codot xoplus y &mathrelpsscalebox0.67pscirclebox[framesep=-0.7pt, linewidth=0.4pt]leqslantmkern2mu z
          endalign*

          enddocument


          enter image description here







          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered 54 mins ago









          Bernard

          161k766192




          161k766192











          • Thanks! I like the last one most of all.
            – Evan Aad
            12 mins ago










          • By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
            – Evan Aad
            2 mins ago
















          • Thanks! I like the last one most of all.
            – Evan Aad
            12 mins ago










          • By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
            – Evan Aad
            2 mins ago















          Thanks! I like the last one most of all.
          – Evan Aad
          12 mins ago




          Thanks! I like the last one most of all.
          – Evan Aad
          12 mins ago












          By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
          – Evan Aad
          2 mins ago




          By the way, if I wish to have a geq variant of the last version, what do I need to do besides changing leqslant to geqslant so that it looks as well positioned inside the circle as the leq version?
          – Evan Aad
          2 mins ago










          up vote
          3
          down vote













          You can certainly do this in many ways, one of them is TikZ. Loading TikZ only for that may be a bit of an overkill, but if you want to construct more symbols of this sort, this might be one of the easiest ways to go.



          documentclassamsart
          usepackagetikz
          begindocument
          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &tikz[baseline=(X.base)]node[circle,draw,inner
          sep=1pt](X)$leq$; z
          endalign*
          enddocument


          enter image description here






          share|improve this answer
















          • 1




            Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
            – Evan Aad
            3 hours ago















          up vote
          3
          down vote













          You can certainly do this in many ways, one of them is TikZ. Loading TikZ only for that may be a bit of an overkill, but if you want to construct more symbols of this sort, this might be one of the easiest ways to go.



          documentclassamsart
          usepackagetikz
          begindocument
          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &tikz[baseline=(X.base)]node[circle,draw,inner
          sep=1pt](X)$leq$; z
          endalign*
          enddocument


          enter image description here






          share|improve this answer
















          • 1




            Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
            – Evan Aad
            3 hours ago













          up vote
          3
          down vote










          up vote
          3
          down vote









          You can certainly do this in many ways, one of them is TikZ. Loading TikZ only for that may be a bit of an overkill, but if you want to construct more symbols of this sort, this might be one of the easiest ways to go.



          documentclassamsart
          usepackagetikz
          begindocument
          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &tikz[baseline=(X.base)]node[circle,draw,inner
          sep=1pt](X)$leq$; z
          endalign*
          enddocument


          enter image description here






          share|improve this answer












          You can certainly do this in many ways, one of them is TikZ. Loading TikZ only for that may be a bit of an overkill, but if you want to construct more symbols of this sort, this might be one of the easiest ways to go.



          documentclassamsart
          usepackagetikz
          begindocument
          beginalign*
          ccdot x + y &leq z\
          codot xoplus y &tikz[baseline=(X.base)]node[circle,draw,inner
          sep=1pt](X)$leq$; z
          endalign*
          enddocument


          enter image description here







          share|improve this answer












          share|improve this answer



          share|improve this answer










          answered 4 hours ago









          marmot

          72.6k477153




          72.6k477153







          • 1




            Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
            – Evan Aad
            3 hours ago













          • 1




            Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
            – Evan Aad
            3 hours ago








          1




          1




          Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
          – Evan Aad
          3 hours ago





          Thanks. I think to achieve best aesthetics, the circle should be the same size as the ones about the arithmetic operators, which means the inequality symbol needs to be shrunk a little. How can I achieve this? Also, how can I make this symbol behave like a binary relation in terms of the spaces surrounding it?
          – Evan Aad
          3 hours ago


















           

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