Vertical Space between formula and brackets
up vote
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:
math-mode underbrace
asked Nov 9 at 13:48
John
233
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John is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
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:
math-mode underbrace
asked Nov 9 at 13:48
John
233
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〉andoverbracket[〈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 usingTikzto 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
add a comment |
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:
math-mode underbrace
asked Nov 9 at 13:48
John
233
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:
math-mode underbrace
math-mode underbrace
asked Nov 9 at 13:48
John
233
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.
asked Nov 9 at 13:48
John
233
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.
edited Nov 9 at 14:10
asked Nov 9 at 13:48
John
233
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.
asked Nov 9 at 13:48
John
233
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.
Check out our Code of Conduct.
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〉andoverbracket[〈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 usingTikzto 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
add a comment |
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〉andoverbracket[〈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 usingTikzto 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
add a comment |
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
answered Nov 9 at 15:08
Bernard
161k767192
add a comment |
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
answered Nov 9 at 14:20
JPi
9,27421347
Thanks @samcarter!
– JPi
Nov 13 at 0:08
add a comment |
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
answered Nov 9 at 15:08
Bernard
161k767192
add a comment |
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
answered Nov 9 at 15:08
Bernard
161k767192
add a comment |
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
answered Nov 9 at 15:08
Bernard
161k767192
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
answered Nov 9 at 15:08
Bernard
161k767192
edited Nov 9 at 16:47
answered Nov 9 at 15:08
Bernard
161k767192
answered Nov 9 at 15:08
Bernard
161k767192
answered Nov 9 at 15:08
Bernard
161k767192
161k767192
add a comment |
add a comment |
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
answered Nov 9 at 14:20
JPi
9,27421347
Thanks @samcarter!
– JPi
Nov 13 at 0:08
add a comment |
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
answered Nov 9 at 14:20
JPi
9,27421347
Thanks @samcarter!
– JPi
Nov 13 at 0:08
add a comment |
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
answered Nov 9 at 14:20
JPi
9,27421347
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
answered Nov 9 at 14:20
JPi
9,27421347
answered Nov 9 at 14:20
JPi
9,27421347
answered Nov 9 at 14:20
JPi
9,27421347
answered Nov 9 at 14:20
JPi
9,27421347
9,27421347
Thanks @samcarter!
– JPi
Nov 13 at 0:08
add a comment |
Thanks @samcarter!
– JPi
Nov 13 at 0:08
Thanks @samcarter!
– JPi
Nov 13 at 0:08
Thanks @samcarter!
– JPi
Nov 13 at 0:08
add a comment |
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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〉andoverbracket[〈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
Tikzto 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