Vertical Space between formula and brackets









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4
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I have the following; however I want to add more space between the formula and the underbrackets so that it doesn't look so squished. How can I do that?



documentclass[a4paper]article 
usepackagemathtools
begindocument
 beginequationlabeleq:reprojection_error_final
 f=min_hatP^i, hatX_j
 sum_ij Bigl[underbracket[1.5pt][8pt]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
 endequation
enddocument


Current result:
enter image description here






math-mode underbrace







share|improve this question









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  • 1




    Can you provide a Minimal Working Example? What are the packages that you use?
    – Sina Ahmadi
    Nov 9 at 13:54










  • @SinaAhmadi I edited the question; I'm using the mathtools package.
    – John
    Nov 9 at 14:10










  • MathToolspackage documentation does not mention anything regarding that distance. This is the only thing provided: underbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉and overbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉.
    – Sina Ahmadi
    Nov 9 at 14:12










  • Yes I know; but I thought somebody here might know a trick to get the spacing anyway
    – John
    Nov 9 at 14:19











  • I can suggest using Tikz to manually add the brackets wherever you would like. It'll be a little bit messy but will do what you're looking for.
    – Sina Ahmadi
    Nov 9 at 14:24














up vote
4
down vote

favorite












I have the following; however I want to add more space between the formula and the underbrackets so that it doesn't look so squished. How can I do that?



documentclass[a4paper]article 
usepackagemathtools
begindocument
 beginequationlabeleq:reprojection_error_final
 f=min_hatP^i, hatX_j
 sum_ij Bigl[underbracket[1.5pt][8pt]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
 endequation
enddocument


Current result:
enter image description here






math-mode underbrace







share|improve this question









New contributor




John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.















  • 1




    Can you provide a Minimal Working Example? What are the packages that you use?
    – Sina Ahmadi
    Nov 9 at 13:54










  • @SinaAhmadi I edited the question; I'm using the mathtools package.
    – John
    Nov 9 at 14:10










  • MathToolspackage documentation does not mention anything regarding that distance. This is the only thing provided: underbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉and overbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉.
    – Sina Ahmadi
    Nov 9 at 14:12










  • Yes I know; but I thought somebody here might know a trick to get the spacing anyway
    – John
    Nov 9 at 14:19











  • I can suggest using Tikz to manually add the brackets wherever you would like. It'll be a little bit messy but will do what you're looking for.
    – Sina Ahmadi
    Nov 9 at 14:24












up vote
4
down vote

favorite









up vote
4
down vote

favorite











I have the following; however I want to add more space between the formula and the underbrackets so that it doesn't look so squished. How can I do that?



documentclass[a4paper]article 
usepackagemathtools
begindocument
 beginequationlabeleq:reprojection_error_final
 f=min_hatP^i, hatX_j
 sum_ij Bigl[underbracket[1.5pt][8pt]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
 endequation
enddocument


Current result:
enter image description here






math-mode underbrace







share|improve this question









New contributor




John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











I have the following; however I want to add more space between the formula and the underbrackets so that it doesn't look so squished. How can I do that?



documentclass[a4paper]article 
usepackagemathtools
begindocument
 beginequationlabeleq:reprojection_error_final
 f=min_hatP^i, hatX_j
 sum_ij Bigl[underbracket[1.5pt][8pt]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
 endequation
enddocument


Current result:
enter image description here






math-mode underbrace




math-mode underbrace






share|improve this question









New contributor




John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











share|improve this question









New contributor




John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









share|improve this question




share|improve this question








edited Nov 9 at 14:10





















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asked Nov 9 at 13:48









John

233




233




New contributor




John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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New contributor





John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.







  • 1




    Can you provide a Minimal Working Example? What are the packages that you use?
    – Sina Ahmadi
    Nov 9 at 13:54










  • @SinaAhmadi I edited the question; I'm using the mathtools package.
    – John
    Nov 9 at 14:10










  • MathToolspackage documentation does not mention anything regarding that distance. This is the only thing provided: underbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉and overbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉.
    – Sina Ahmadi
    Nov 9 at 14:12










  • Yes I know; but I thought somebody here might know a trick to get the spacing anyway
    – John
    Nov 9 at 14:19











  • I can suggest using Tikz to manually add the brackets wherever you would like. It'll be a little bit messy but will do what you're looking for.
    – Sina Ahmadi
    Nov 9 at 14:24












  • 1




    Can you provide a Minimal Working Example? What are the packages that you use?
    – Sina Ahmadi
    Nov 9 at 13:54










  • @SinaAhmadi I edited the question; I'm using the mathtools package.
    – John
    Nov 9 at 14:10










  • MathToolspackage documentation does not mention anything regarding that distance. This is the only thing provided: underbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉and overbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉.
    – Sina Ahmadi
    Nov 9 at 14:12










  • Yes I know; but I thought somebody here might know a trick to get the spacing anyway
    – John
    Nov 9 at 14:19











  • I can suggest using Tikz to manually add the brackets wherever you would like. It'll be a little bit messy but will do what you're looking for.
    – Sina Ahmadi
    Nov 9 at 14:24







1




1




Can you provide a Minimal Working Example? What are the packages that you use?
– Sina Ahmadi
Nov 9 at 13:54




Can you provide a Minimal Working Example? What are the packages that you use?
– Sina Ahmadi
Nov 9 at 13:54












@SinaAhmadi I edited the question; I'm using the mathtools package.
– John
Nov 9 at 14:10




@SinaAhmadi I edited the question; I'm using the mathtools package.
– John
Nov 9 at 14:10












MathToolspackage documentation does not mention anything regarding that distance. This is the only thing provided: underbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉and overbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉.
– Sina Ahmadi
Nov 9 at 14:12




MathToolspackage documentation does not mention anything regarding that distance. This is the only thing provided: underbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉and overbracket[〈rule thickness〉] [〈bracket height〉]〈arg〉.
– Sina Ahmadi
Nov 9 at 14:12












Yes I know; but I thought somebody here might know a trick to get the spacing anyway
– John
Nov 9 at 14:19





Yes I know; but I thought somebody here might know a trick to get the spacing anyway
– John
Nov 9 at 14:19













I can suggest using Tikz to manually add the brackets wherever you would like. It'll be a little bit messy but will do what you're looking for.
– Sina Ahmadi
Nov 9 at 14:24




I can suggest using Tikz to manually add the brackets wherever you would like. It'll be a little bit messy but will do what you're looking for.
– Sina Ahmadi
Nov 9 at 14:24










2 Answers
2






active

oldest

votes

















up vote
5
down vote



accepted










You can use the bigstrut package: bigstrut[b] adds avertical distance below the insertion point, and this distance is controlled by the value of bigstrutjot:



documentclass[a4paper]article
usepackagemathtools
usepackagebigstrut

begindocument

beginequationlabeleq:reprojection_error_final
 f=min_hatP^i, hatX_j
 sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
endequation

beginequationlabeleq:reprojection_error_final
setlengthbigstrutjot1.5ex
 f=min_hatP^i, hatX_j
 sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
endequation

enddocument


enter image description here






share|improve this answer





























    up vote
    4
    down vote













    Also check out vphantom



    documentclass[a4paper]article 
    usepackagemathtools
    begindocument
     beginequationlabeleq:reprojection_error_final
     f=min_hatP^i, hatX_j
     sum_ij Bigl[underbracket[1.5pt][8pt]d_strut(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d_strut(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d_strut(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
     endequation
    enddocument





    share|improve this answer




















    • Thanks @samcarter!
      – JPi
      Nov 13 at 0:08










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    2 Answers
    2






    active

    oldest

    votes








    2 Answers
    2






    active

    oldest

    votes









    active

    oldest

    votes






    active

    oldest

    votes








    up vote
    5
    down vote



    accepted










    You can use the bigstrut package: bigstrut[b] adds avertical distance below the insertion point, and this distance is controlled by the value of bigstrutjot:



    documentclass[a4paper]article
    usepackagemathtools
    usepackagebigstrut

    begindocument

    beginequationlabeleq:reprojection_error_final
     f=min_hatP^i, hatX_j
     sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
    endequation

    beginequationlabeleq:reprojection_error_final
    setlengthbigstrutjot1.5ex
     f=min_hatP^i, hatX_j
     sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
    endequation

    enddocument


    enter image description here






    share|improve this answer


























      up vote
      5
      down vote



      accepted










      You can use the bigstrut package: bigstrut[b] adds avertical distance below the insertion point, and this distance is controlled by the value of bigstrutjot:



      documentclass[a4paper]article
      usepackagemathtools
      usepackagebigstrut

      begindocument

      beginequationlabeleq:reprojection_error_final
       f=min_hatP^i, hatX_j
       sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
      endequation

      beginequationlabeleq:reprojection_error_final
      setlengthbigstrutjot1.5ex
       f=min_hatP^i, hatX_j
       sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
      endequation

      enddocument


      enter image description here






      share|improve this answer
























        up vote
        5
        down vote



        accepted







        up vote
        5
        down vote



        accepted






        You can use the bigstrut package: bigstrut[b] adds avertical distance below the insertion point, and this distance is controlled by the value of bigstrutjot:



        documentclass[a4paper]article
        usepackagemathtools
        usepackagebigstrut

        begindocument

        beginequationlabeleq:reprojection_error_final
         f=min_hatP^i, hatX_j
         sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
        endequation

        beginequationlabeleq:reprojection_error_final
        setlengthbigstrutjot1.5ex
         f=min_hatP^i, hatX_j
         sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
        endequation

        enddocument


        enter image description here






        share|improve this answer














        You can use the bigstrut package: bigstrut[b] adds avertical distance below the insertion point, and this distance is controlled by the value of bigstrutjot:



        documentclass[a4paper]article
        usepackagemathtools
        usepackagebigstrut

        begindocument

        beginequationlabeleq:reprojection_error_final
         f=min_hatP^i, hatX_j
         sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
        endequation

        beginequationlabeleq:reprojection_error_final
        setlengthbigstrutjot1.5ex
         f=min_hatP^i, hatX_j
         sum_ij Bigl[underbracket[1.5pt][8pt]bigstrut[b]d(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]bigstrut[b]d(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]bigstrut[b]d(hatX_0, 0)_textclapUrsprungsdiff.Bigr]^2
        endequation

        enddocument


        enter image description here







        share|improve this answer














        share|improve this answer



        share|improve this answer








        edited Nov 9 at 16:47

























        answered Nov 9 at 15:08









        Bernard

        161k767192




        161k767192




















            up vote
            4
            down vote













            Also check out vphantom



            documentclass[a4paper]article 
            usepackagemathtools
            begindocument
             beginequationlabeleq:reprojection_error_final
             f=min_hatP^i, hatX_j
             sum_ij Bigl[underbracket[1.5pt][8pt]d_strut(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d_strut(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d_strut(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
             endequation
            enddocument





            share|improve this answer




















            • Thanks @samcarter!
              – JPi
              Nov 13 at 0:08














            up vote
            4
            down vote













            Also check out vphantom



            documentclass[a4paper]article 
            usepackagemathtools
            begindocument
             beginequationlabeleq:reprojection_error_final
             f=min_hatP^i, hatX_j
             sum_ij Bigl[underbracket[1.5pt][8pt]d_strut(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d_strut(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d_strut(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
             endequation
            enddocument





            share|improve this answer




















            • Thanks @samcarter!
              – JPi
              Nov 13 at 0:08












            up vote
            4
            down vote










            up vote
            4
            down vote









            Also check out vphantom



            documentclass[a4paper]article 
            usepackagemathtools
            begindocument
             beginequationlabeleq:reprojection_error_final
             f=min_hatP^i, hatX_j
             sum_ij Bigl[underbracket[1.5pt][8pt]d_strut(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d_strut(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d_strut(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
             endequation
            enddocument





            share|improve this answer












            Also check out vphantom



            documentclass[a4paper]article 
            usepackagemathtools
            begindocument
             beginequationlabeleq:reprojection_error_final
             f=min_hatP^i, hatX_j
             sum_ij Bigl[underbracket[1.5pt][8pt]d_strut(hatP^i hatX_j, x^i_j)_textProjektionsdiff. + underbracket[1.5pt][8pt]d_strut(L_k^m - L_k+1^m ,hatX_k^m - hatX_k+1^m)_text3D-Punkt-Differenz + underbracket[1.5pt][8pt]d_strut(hatX_0, 0)_textUrsprungsdiff.Bigr]^2
             endequation
            enddocument






            share|improve this answer












            share|improve this answer



            share|improve this answer










            answered Nov 9 at 14:20









            JPi

            9,27421347




            9,27421347











            • Thanks @samcarter!
              – JPi
              Nov 13 at 0:08
















            • Thanks @samcarter!
              – JPi
              Nov 13 at 0:08















            Thanks @samcarter!
            – JPi
            Nov 13 at 0:08




            Thanks @samcarter!
            – JPi
            Nov 13 at 0:08










            John is a new contributor. Be nice, and check out our Code of Conduct.









             

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            0 I am trying to use an already existing sqLite database in my android app. I have verified that it is loaded into the project in the assets folder and I can browse it in DB browser when I open it directly from the project. This is the schema for the table I am trying to query CREATE TABLE "ACTIVITY_LIST_TBL" ( `_ID` INTEGER NOT NULL, `ACT_NAME` VARCHAR NOT NULL, `ACT_CODE` VARCHAR, `IS_ACTIVE` INTEGER DEFAULT -1, PRIMARY KEY(`_ID`) ) Below is the activity that creates the sqlite helper and then on a button click I execute a query on the ACTIVITY_LIST_TBL. When the query is executed this exception is thrown: android.database.sqlite.SQLiteException: no such table: ACTIVITY_LIST_TBL (code 1 SQLITE_ERROR): , while compiling: SELECT * FROM ACTIVITY_LIST_TBL class CalendarActivity : AppCompatActivity() { private var cursor:Cursor? = null override fun onCreate(savedInstanceState:Bundle?) { super.onCreate(savedInstanceState) setContentView(R.layout.calendar_activity...
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            Darth Vader #20

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            Wiki Characters Creators Teams Volumes Issues Publishers Locations Concepts Things Story Arcs Movies Series Episodes New Comics Forums Gen. Discussion Bug Reporting Delete/Combine Pages Artist Show-Off Off-Topic Contests Battles Fan-Fic RPG Comic Book Preview API Developers Editing & Tools Podcast Quests Community Top Users Activity Feed User Lists Community Promos Archives News Reviews Videos Podcasts Previews Login / Sign Up All Wiki     Arcs     Characters     Companies     Concepts     Issues     Locations     Movies     People     Teams     Things     Volumes     Series     Episodes Editorial     Videos     Articles     Reviews     Features ...
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            Ondo

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            Der Titel dieses Artikels ist mehrdeutig. Zu weiteren Bedeutungen siehe Ondo (Begriffsklärung). Ondo Basisdaten Hauptstadt: Akure gegründet: 3. Februar 1976 Gouverneur: Rotimi Akeredolu ISO 3166-2: NG-ON Fläche Fläche: 15.500 km² Rang in Nigeria: 25 Bevölkerung Einwohner: 4.671.700 (2016) Bevölkerungsdichte: 320 Einw./km² (2016) Rang in Nigeria: 18 Lage von Ondo in Nigeria Ondo ist ein Bundesstaat des westafrikanischen Landes Nigeria mit der Hauptstadt Akure, die mit 420.623 Einwohnern (2005) auch die größte Stadt des Bundesstaates ist. Inhaltsverzeichnis 1 Geografie 2 Geschichte 2.1 Liste der Gouverneure und Administratoren 3 Verwaltung 4 Wirtschaft Geografie | Der Bundesstaat liegt im Südwesten des Landes und grenzt im Norden an den Bundesstaat Ekiti, im Nordwesten an den Bundesstaat Osun, im Nordosten an den Bundesstaat Kogi, im Süden an den Atlantik, im Südosten an den Bundesstaat Delta, im Westen an den Bundess...
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