Custom label for optidef











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1
down vote

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1












I have an optimization problem as follows



 begin{mini}|l|
{}{f(x)}{}{}
label{generalP1}
addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}
addConstraint{ x }{in mathcal{C}}
end{mini}


enter image description here
The label appears as (1) but I would like to change the label to my own labeling like say $alpha$



I tried looking at optidef package's documentation but I couldn't find anything helpful. Any way how to tackle this?










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  • 1




    labels is not meant for the cross-referencing labels
    – Christian Hupfer
    Mar 19 at 17:22

















up vote
1
down vote

favorite
1












I have an optimization problem as follows



 begin{mini}|l|
{}{f(x)}{}{}
label{generalP1}
addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}
addConstraint{ x }{in mathcal{C}}
end{mini}


enter image description here
The label appears as (1) but I would like to change the label to my own labeling like say $alpha$



I tried looking at optidef package's documentation but I couldn't find anything helpful. Any way how to tackle this?










share|improve this question




















  • 1




    labels is not meant for the cross-referencing labels
    – Christian Hupfer
    Mar 19 at 17:22















up vote
1
down vote

favorite
1









up vote
1
down vote

favorite
1






1





I have an optimization problem as follows



 begin{mini}|l|
{}{f(x)}{}{}
label{generalP1}
addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}
addConstraint{ x }{in mathcal{C}}
end{mini}


enter image description here
The label appears as (1) but I would like to change the label to my own labeling like say $alpha$



I tried looking at optidef package's documentation but I couldn't find anything helpful. Any way how to tackle this?










share|improve this question















I have an optimization problem as follows



 begin{mini}|l|
{}{f(x)}{}{}
label{generalP1}
addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}
addConstraint{ x }{in mathcal{C}}
end{mini}


enter image description here
The label appears as (1) but I would like to change the label to my own labeling like say $alpha$



I tried looking at optidef package's documentation but I couldn't find anything helpful. Any way how to tackle this?







equations cross-referencing optidef






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edited Mar 19 at 17:21









Christian Hupfer

146k14186378




146k14186378










asked Mar 19 at 15:08









Morpheus

3711411




3711411








  • 1




    labels is not meant for the cross-referencing labels
    – Christian Hupfer
    Mar 19 at 17:22
















  • 1




    labels is not meant for the cross-referencing labels
    – Christian Hupfer
    Mar 19 at 17:22










1




1




labels is not meant for the cross-referencing labels
– Christian Hupfer
Mar 19 at 17:22






labels is not meant for the cross-referencing labels
– Christian Hupfer
Mar 19 at 17:22












1 Answer
1






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up vote
2
down vote



accepted










The mini environment is actually a wrapper for an equation and alignat environments. And as the equation environment, the starred version does not produce a number, and you can put a tag instead.



This will do:



documentclass{article}

usepackage{optidef}

begin{document}

begin{mini*}|l|
{}{f(x)}{}{}
label{generalP1}
addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}tag{$alpha$}
addConstraint{ x }{in mathcal{C}}
end{mini*}

end{document}


enter image description here






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    1 Answer
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    1 Answer
    1






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    oldest

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    active

    oldest

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    active

    oldest

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    up vote
    2
    down vote



    accepted










    The mini environment is actually a wrapper for an equation and alignat environments. And as the equation environment, the starred version does not produce a number, and you can put a tag instead.



    This will do:



    documentclass{article}

    usepackage{optidef}

    begin{document}

    begin{mini*}|l|
    {}{f(x)}{}{}
    label{generalP1}
    addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}tag{$alpha$}
    addConstraint{ x }{in mathcal{C}}
    end{mini*}

    end{document}


    enter image description here






    share|improve this answer

























      up vote
      2
      down vote



      accepted










      The mini environment is actually a wrapper for an equation and alignat environments. And as the equation environment, the starred version does not produce a number, and you can put a tag instead.



      This will do:



      documentclass{article}

      usepackage{optidef}

      begin{document}

      begin{mini*}|l|
      {}{f(x)}{}{}
      label{generalP1}
      addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}tag{$alpha$}
      addConstraint{ x }{in mathcal{C}}
      end{mini*}

      end{document}


      enter image description here






      share|improve this answer























        up vote
        2
        down vote



        accepted







        up vote
        2
        down vote



        accepted






        The mini environment is actually a wrapper for an equation and alignat environments. And as the equation environment, the starred version does not produce a number, and you can put a tag instead.



        This will do:



        documentclass{article}

        usepackage{optidef}

        begin{document}

        begin{mini*}|l|
        {}{f(x)}{}{}
        label{generalP1}
        addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}tag{$alpha$}
        addConstraint{ x }{in mathcal{C}}
        end{mini*}

        end{document}


        enter image description here






        share|improve this answer












        The mini environment is actually a wrapper for an equation and alignat environments. And as the equation environment, the starred version does not produce a number, and you can put a tag instead.



        This will do:



        documentclass{article}

        usepackage{optidef}

        begin{document}

        begin{mini*}|l|
        {}{f(x)}{}{}
        label{generalP1}
        addConstraint{g_{j}(x)}{le 0, j = 1, hdots, m}tag{$alpha$}
        addConstraint{ x }{in mathcal{C}}
        end{mini*}

        end{document}


        enter image description here







        share|improve this answer












        share|improve this answer



        share|improve this answer










        answered Mar 19 at 16:24









        Phelype Oleinik

        20.5k54378




        20.5k54378






























             

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