align optimization problem with multiple conditions












2















I am using the following environment to align optimization problem statements from Typesetting an optimisation problem



documentclass{report}
usepackage{amsmath}

newcommand{norm}[1]{lVert#1rVert_2}

begin{document}

begin{subequations}
begin{alignat}{2}
&!min_{x} &qquad& norm{f(x)}^2label{eq:optProb}\
&text{subject to} & & alpha + (beta*gamma)geq 0,label{eq:constraint1}\
& & & beta geq 0.label{eq:constraint2}
end{alignat}
end{subequations}

end{document}


How can I additionally align the "condition" at the geq sign such that it looks like this:



enter image description here










share|improve this question



























    2















    I am using the following environment to align optimization problem statements from Typesetting an optimisation problem



    documentclass{report}
    usepackage{amsmath}

    newcommand{norm}[1]{lVert#1rVert_2}

    begin{document}

    begin{subequations}
    begin{alignat}{2}
    &!min_{x} &qquad& norm{f(x)}^2label{eq:optProb}\
    &text{subject to} & & alpha + (beta*gamma)geq 0,label{eq:constraint1}\
    & & & beta geq 0.label{eq:constraint2}
    end{alignat}
    end{subequations}

    end{document}


    How can I additionally align the "condition" at the geq sign such that it looks like this:



    enter image description here










    share|improve this question

























      2












      2








      2








      I am using the following environment to align optimization problem statements from Typesetting an optimisation problem



      documentclass{report}
      usepackage{amsmath}

      newcommand{norm}[1]{lVert#1rVert_2}

      begin{document}

      begin{subequations}
      begin{alignat}{2}
      &!min_{x} &qquad& norm{f(x)}^2label{eq:optProb}\
      &text{subject to} & & alpha + (beta*gamma)geq 0,label{eq:constraint1}\
      & & & beta geq 0.label{eq:constraint2}
      end{alignat}
      end{subequations}

      end{document}


      How can I additionally align the "condition" at the geq sign such that it looks like this:



      enter image description here










      share|improve this question














      I am using the following environment to align optimization problem statements from Typesetting an optimisation problem



      documentclass{report}
      usepackage{amsmath}

      newcommand{norm}[1]{lVert#1rVert_2}

      begin{document}

      begin{subequations}
      begin{alignat}{2}
      &!min_{x} &qquad& norm{f(x)}^2label{eq:optProb}\
      &text{subject to} & & alpha + (beta*gamma)geq 0,label{eq:constraint1}\
      & & & beta geq 0.label{eq:constraint2}
      end{alignat}
      end{subequations}

      end{document}


      How can I additionally align the "condition" at the geq sign such that it looks like this:



      enter image description here







      math-mode align amsmath






      share|improve this question













      share|improve this question











      share|improve this question




      share|improve this question










      asked 11 hours ago









      Manuel SchmidtManuel Schmidt

      1,5181918




      1,5181918






















          2 Answers
          2






          active

          oldest

          votes


















          4














          I suggest using the optidef package instead, which is done for the layout of optimisation problems, and has several variants:



          documentclass{report}
          usepackage{amsmath, optidef}

          newcommand{norm}[1]{lVert#1rVert_2}

          begin{document}

          begin{mini!}
          {x}{ norm{f(x)}^2 label{eq:optProb}}{}{}
          addConstraint{alpha + (beta*gamma)}{ geq 0,label{eq:constraint1}}
          addConstraint{beta}{geq 0.label{eq:constraint2}}
          end{mini!}

          end{document}


          enter image description here






          share|improve this answer

































            2














            I changed the alignat parameter and added some &



            documentclass{report}
            usepackage{amsmath}

            newcommand{norm}[1]{lVert#1rVert_2}

            begin{document}

            begin{subequations}
            begin{alignat}{3}
            &!min_{x} &qquad& norm{f(x)}^2 & label{eq:optProb}\
            &text{subject to} & & alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
            & & & beta &geq 0.label{eq:constraint2}
            end{alignat}
            end{subequations}

            % edit
            begin{subequations}
            begin{alignat}{3}
            &!min_{x} &qquad&& norm{f(x)}^2 & label{eq:optProb}\
            &text{subject to} & && alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
            & & && beta &geq 0.label{eq:constraint2}
            end{alignat}
            end{subequations}

            end{document}


            See, for instance, this post for details.






            share|improve this answer


























            • Thanks, this looks better. However the beta parameter is not at the geq sign.

              – Manuel Schmidt
              10 hours ago











            • Sorry. See the edit: I added &

              – NBur
              10 hours ago











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            2 Answers
            2






            active

            oldest

            votes








            2 Answers
            2






            active

            oldest

            votes









            active

            oldest

            votes






            active

            oldest

            votes









            4














            I suggest using the optidef package instead, which is done for the layout of optimisation problems, and has several variants:



            documentclass{report}
            usepackage{amsmath, optidef}

            newcommand{norm}[1]{lVert#1rVert_2}

            begin{document}

            begin{mini!}
            {x}{ norm{f(x)}^2 label{eq:optProb}}{}{}
            addConstraint{alpha + (beta*gamma)}{ geq 0,label{eq:constraint1}}
            addConstraint{beta}{geq 0.label{eq:constraint2}}
            end{mini!}

            end{document}


            enter image description here






            share|improve this answer






























              4














              I suggest using the optidef package instead, which is done for the layout of optimisation problems, and has several variants:



              documentclass{report}
              usepackage{amsmath, optidef}

              newcommand{norm}[1]{lVert#1rVert_2}

              begin{document}

              begin{mini!}
              {x}{ norm{f(x)}^2 label{eq:optProb}}{}{}
              addConstraint{alpha + (beta*gamma)}{ geq 0,label{eq:constraint1}}
              addConstraint{beta}{geq 0.label{eq:constraint2}}
              end{mini!}

              end{document}


              enter image description here






              share|improve this answer




























                4












                4








                4







                I suggest using the optidef package instead, which is done for the layout of optimisation problems, and has several variants:



                documentclass{report}
                usepackage{amsmath, optidef}

                newcommand{norm}[1]{lVert#1rVert_2}

                begin{document}

                begin{mini!}
                {x}{ norm{f(x)}^2 label{eq:optProb}}{}{}
                addConstraint{alpha + (beta*gamma)}{ geq 0,label{eq:constraint1}}
                addConstraint{beta}{geq 0.label{eq:constraint2}}
                end{mini!}

                end{document}


                enter image description here






                share|improve this answer















                I suggest using the optidef package instead, which is done for the layout of optimisation problems, and has several variants:



                documentclass{report}
                usepackage{amsmath, optidef}

                newcommand{norm}[1]{lVert#1rVert_2}

                begin{document}

                begin{mini!}
                {x}{ norm{f(x)}^2 label{eq:optProb}}{}{}
                addConstraint{alpha + (beta*gamma)}{ geq 0,label{eq:constraint1}}
                addConstraint{beta}{geq 0.label{eq:constraint2}}
                end{mini!}

                end{document}


                enter image description here







                share|improve this answer














                share|improve this answer



                share|improve this answer








                edited 9 hours ago

























                answered 10 hours ago









                BernardBernard

                167k769194




                167k769194























                    2














                    I changed the alignat parameter and added some &



                    documentclass{report}
                    usepackage{amsmath}

                    newcommand{norm}[1]{lVert#1rVert_2}

                    begin{document}

                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & & alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & & beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    % edit
                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad&& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & && alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & && beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    end{document}


                    See, for instance, this post for details.






                    share|improve this answer


























                    • Thanks, this looks better. However the beta parameter is not at the geq sign.

                      – Manuel Schmidt
                      10 hours ago











                    • Sorry. See the edit: I added &

                      – NBur
                      10 hours ago
















                    2














                    I changed the alignat parameter and added some &



                    documentclass{report}
                    usepackage{amsmath}

                    newcommand{norm}[1]{lVert#1rVert_2}

                    begin{document}

                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & & alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & & beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    % edit
                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad&& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & && alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & && beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    end{document}


                    See, for instance, this post for details.






                    share|improve this answer


























                    • Thanks, this looks better. However the beta parameter is not at the geq sign.

                      – Manuel Schmidt
                      10 hours ago











                    • Sorry. See the edit: I added &

                      – NBur
                      10 hours ago














                    2












                    2








                    2







                    I changed the alignat parameter and added some &



                    documentclass{report}
                    usepackage{amsmath}

                    newcommand{norm}[1]{lVert#1rVert_2}

                    begin{document}

                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & & alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & & beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    % edit
                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad&& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & && alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & && beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    end{document}


                    See, for instance, this post for details.






                    share|improve this answer















                    I changed the alignat parameter and added some &



                    documentclass{report}
                    usepackage{amsmath}

                    newcommand{norm}[1]{lVert#1rVert_2}

                    begin{document}

                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & & alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & & beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    % edit
                    begin{subequations}
                    begin{alignat}{3}
                    &!min_{x} &qquad&& norm{f(x)}^2 & label{eq:optProb}\
                    &text{subject to} & && alpha + (beta*gamma) & geq 0,label{eq:constraint1}\
                    & & && beta &geq 0.label{eq:constraint2}
                    end{alignat}
                    end{subequations}

                    end{document}


                    See, for instance, this post for details.







                    share|improve this answer














                    share|improve this answer



                    share|improve this answer








                    edited 10 hours ago

























                    answered 10 hours ago









                    NBurNBur

                    1,390214




                    1,390214













                    • Thanks, this looks better. However the beta parameter is not at the geq sign.

                      – Manuel Schmidt
                      10 hours ago











                    • Sorry. See the edit: I added &

                      – NBur
                      10 hours ago



















                    • Thanks, this looks better. However the beta parameter is not at the geq sign.

                      – Manuel Schmidt
                      10 hours ago











                    • Sorry. See the edit: I added &

                      – NBur
                      10 hours ago

















                    Thanks, this looks better. However the beta parameter is not at the geq sign.

                    – Manuel Schmidt
                    10 hours ago





                    Thanks, this looks better. However the beta parameter is not at the geq sign.

                    – Manuel Schmidt
                    10 hours ago













                    Sorry. See the edit: I added &

                    – NBur
                    10 hours ago





                    Sorry. See the edit: I added &

                    – NBur
                    10 hours ago


















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