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How to split an equation over two lines?
aligning a multiline formula with the bullet of itemizesplitting an equation inside curly brackets onto 2 lines without using BigError using split within an equationsplit equation in multiple linesList of equations, including equation contents and captionCan't generate png with Error: Erroneous nesting of equation structuresSplit matrix over two linesLatex beamer, Align equation within a tableHow continue a equation next lineHow can I align this equation in the center?
.everyoneloves__top-leaderboard:empty,.everyoneloves__mid-leaderboard:empty,.everyoneloves__bot-mid-leaderboard:empty margin-bottom:0;
I am new to LaTeX,
Here is my formula,
documentclassarticle
begindocument
beginequation
small
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
theta_unpaired)right]left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsl) P(sr) P(drright]
endequation
enddocument
I want the equation to be split over two lines, how can I do this?
I tried, multline, align*, split, alignedat, nothing seems to work. Please help me with this. Thank you in advance.
math-mode equations
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
add a comment |
I am new to LaTeX,
Here is my formula,
documentclassarticle
begindocument
beginequation
small
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
theta_unpaired)right]left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsl) P(sr) P(drright]
endequation
enddocument
I want the equation to be split over two lines, how can I do this?
I tried, multline, align*, split, alignedat, nothing seems to work. Please help me with this. Thank you in advance.
math-mode equations
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
2
Welcome to TeX.SE.
– Sebastiano
Jun 20 at 20:14
How wide is the textblock? (Alternatively, please tell us which paper size is employed, and how wide the margins are.)
– Mico
Jun 21 at 3:01
add a comment |
I am new to LaTeX,
Here is my formula,
documentclassarticle
begindocument
beginequation
small
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
theta_unpaired)right]left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsl) P(sr) P(drright]
endequation
enddocument
I want the equation to be split over two lines, how can I do this?
I tried, multline, align*, split, alignedat, nothing seems to work. Please help me with this. Thank you in advance.
math-mode equations
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
I am new to LaTeX,
Here is my formula,
documentclassarticle
begindocument
beginequation
small
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
theta_unpaired)right]left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsl) P(sr) P(drright]
endequation
enddocument
I want the equation to be split over two lines, how can I do this?
I tried, multline, align*, split, alignedat, nothing seems to work. Please help me with this. Thank you in advance.
math-mode equations
math-mode equations
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
edited Jun 21 at 20:14
AboAmmar
36k3 gold badges30 silver badges86 bronze badges
36k3 gold badges30 silver badges86 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
asked Jun 20 at 20:01
Shilpa JanarthananShilpa Janarthanan
262 bronze badges
262 bronze badges
2
Welcome to TeX.SE.
– Sebastiano
Jun 20 at 20:14
How wide is the textblock? (Alternatively, please tell us which paper size is employed, and how wide the margins are.)
– Mico
Jun 21 at 3:01
add a comment |
2
Welcome to TeX.SE.
– Sebastiano
Jun 20 at 20:14
How wide is the textblock? (Alternatively, please tell us which paper size is employed, and how wide the margins are.)
– Mico
Jun 21 at 3:01
2
2
Welcome to TeX.SE.
– Sebastiano
Jun 20 at 20:14
Welcome to TeX.SE.
– Sebastiano
Jun 20 at 20:14
How wide is the textblock? (Alternatively, please tell us which paper size is employed, and how wide the margins are.)
– Mico
Jun 21 at 3:01
How wide is the textblock? (Alternatively, please tell us which paper size is employed, and how wide the margins are.)
– Mico
Jun 21 at 3:01
add a comment |
6 Answers
6
active
oldest
votes
Here there is my proposal to split your equation.
EDIT: The slight change in my code is due an additional cdot.
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools,amssymb
begindocument
beginequation
beginsplit
Delta (h)_T+S & =prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright] \
& cdot left[fracpbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jsr)right]
endsplit
endequation
enddocument
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
1
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
1
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.blah cdot \ blahorblah \ cdot blahare normal.
– David Richerby
Jun 21 at 14:35
3
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
add a comment |
The brackets are surplus here, the fraction is a group by itself, so you don't need extra grouping. If I use brackets, I will enclose the whole formula to the right of the = sign into a pair of brackets. I also used biggl[ and biggr] for easy splitting. Finally, as @Sebastiano suggested, use mathrm for text.
Note: you didn't tell us how thick the margins are, so I assumed 1in. If my answer is still too wide, uncomment the small block.
documentclassarticle
usepackageamsmath
usepackage[margin=1in]geometry
begindocument
%small
beginequation
beginsplit Delta (h)_T+S &=
prod_j=1^N biggl[frac P(x^j,y^j
P(x^j,y^j times \
&phantom=fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)biggr]
endsplit
endequation
%
enddocument
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
1
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
1
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
add a comment |
A way to put the equation on a single line, with the splitfrac command from mathtools, the medmath command from nccmath and some adjustment for the delimiters:
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools, nccmath, amssymb
begindocument
beginequation
Delta (h)_T+S =prod_j=1^N left[frac P(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)right]cdot
left[fracmedmathsplitfracP(bp)_x^j,y^j
Pbigl(bp_x^j,y^jmid pbp_x^j-1,y^j+1bigr)P(dl_x^j) P(dl_x^jmid pdl_x^j-1)Pbigl(dr_y^jbigr)Pbigl(dr_y^jmid pdr_y^j+1bigr)rule[-1.5ex]0pt1ex sr)^strut right]
endequation
enddocument
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
2
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
2
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
add a comment |
one more alternative, with use of mathtools and nccmath:
documentclassarticle
usepackagegeometry
usepackagemathtools, nccmath
%---------------- show page layout. don't use in a real document!
usepackageshowframe
renewcommandShowFrameLinethickness0.15pt
renewcommand*ShowFrameColorcolorred
%---------------------------------------------------------------%
begindocument
beginequation
medmath
beginmultlined
Delta (h)_T+S
= prod_j=1^N Biggl[fracP(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)Biggr]\
cdot Biggl[fracP(bp)_x^j,y^j P(bp_x^j,y^jmid pbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jmid pdl_x^j-1)P(dr_y^j)P(dr_y^j
P(sl) P(dlmid sl) P(sr) P(drmid sr)Biggr]
endmultlined
endequation
enddocument
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
1
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
add a comment |
Here's a multlined-based solution. It also uses mid rather than | to denote conditioning, and it "snugs up" the subscript terms to dr.
documentclassarticle
usepackage[a4paper,margin=2.5cm]geometry % make suitable page and margin choices
usepackagemathtools % for 'multlined' environment
begindocument
beginequation
renewcommand!mkern-2mu % default: mkern-3mu
beginmultlined
Delta(h)_T+S = prod_j=1^N biggl[
frac P(x^j!,y^jmid theta_mathrmpaired)%
P(x^j!,y^jmid theta_mathrmunpaired)\
times
fracP(bp)_x^j!,y^j
P(bp_x^j!,y^jmid pbp_x^j-1!,y^j+1)
P(dl_x^j) P(dl_x^jmid pdl_x^j-1)
P(dr_!y^j)P(dr_!y^jmid pdr_!y^j+1)%
P(sl) P(dlmid sl) P(sr) P(drmid sr) biggr]
endmultlined
endequation
enddocument
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
add a comment |
With multiline one can insert \ at the locations where the line should be broken.
Multiletter subscripts ought not be set in math italics, the kerning is wrong. I suggest to warp them in mathrm
The fontsize change needs to be outside the equation and without following it. small was still a bit to large, but with footnotesize the equation fits even without cheating and changing the margin sizes.
documentclassarticle
usepackageamsmath
begindocument
footnotesize
beginmultline
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright]cdot\
left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)right]
endmultline
enddocument
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
1
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
add a comment |
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6 Answers
6
active
oldest
votes
6 Answers
6
active
oldest
votes
active
oldest
votes
active
oldest
votes
Here there is my proposal to split your equation.
EDIT: The slight change in my code is due an additional cdot.
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools,amssymb
begindocument
beginequation
beginsplit
Delta (h)_T+S & =prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright] \
& cdot left[fracpbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jsr)right]
endsplit
endequation
enddocument
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
1
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
1
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.blah cdot \ blahorblah \ cdot blahare normal.
– David Richerby
Jun 21 at 14:35
3
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
add a comment |
Here there is my proposal to split your equation.
EDIT: The slight change in my code is due an additional cdot.
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools,amssymb
begindocument
beginequation
beginsplit
Delta (h)_T+S & =prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright] \
& cdot left[fracpbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jsr)right]
endsplit
endequation
enddocument
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
1
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
1
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.blah cdot \ blahorblah \ cdot blahare normal.
– David Richerby
Jun 21 at 14:35
3
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
add a comment |
Here there is my proposal to split your equation.
EDIT: The slight change in my code is due an additional cdot.
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools,amssymb
begindocument
beginequation
beginsplit
Delta (h)_T+S & =prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright] \
& cdot left[fracpbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jsr)right]
endsplit
endequation
enddocument
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
Here there is my proposal to split your equation.
EDIT: The slight change in my code is due an additional cdot.
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools,amssymb
begindocument
beginequation
beginsplit
Delta (h)_T+S & =prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright] \
& cdot left[fracpbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jsr)right]
endsplit
endequation
enddocument
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
edited Jun 22 at 12:07
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
answered Jun 20 at 20:10
SebastianoSebastiano
13.2k5 gold badges25 silver badges71 bronze badges
13.2k5 gold badges25 silver badges71 bronze badges
1
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
1
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.blah cdot \ blahorblah \ cdot blahare normal.
– David Richerby
Jun 21 at 14:35
3
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
add a comment |
1
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
1
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.blah cdot \ blahorblah \ cdot blahare normal.
– David Richerby
Jun 21 at 14:35
3
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
1
1
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
Thank you so much, this works fine.
– Shilpa Janarthanan
Jun 20 at 20:14
1
1
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.
blah cdot \ blah or blah \ cdot blah are normal.– David Richerby
Jun 21 at 14:35
This is unusual typesetting. You've put the line break in a sensible place, but I've never seen anybody write the operator on both lines.
blah cdot \ blah or blah \ cdot blah are normal.– David Richerby
Jun 21 at 14:35
3
3
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
@DavidRicherby blogs.msdn.microsoft.com/murrays/2007/09/01/… suggests that this is "popular in Russian mathematical typography".
– Marcel Krüger
Jun 22 at 9:18
add a comment |
The brackets are surplus here, the fraction is a group by itself, so you don't need extra grouping. If I use brackets, I will enclose the whole formula to the right of the = sign into a pair of brackets. I also used biggl[ and biggr] for easy splitting. Finally, as @Sebastiano suggested, use mathrm for text.
Note: you didn't tell us how thick the margins are, so I assumed 1in. If my answer is still too wide, uncomment the small block.
documentclassarticle
usepackageamsmath
usepackage[margin=1in]geometry
begindocument
%small
beginequation
beginsplit Delta (h)_T+S &=
prod_j=1^N biggl[frac P(x^j,y^j
P(x^j,y^j times \
&phantom=fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)biggr]
endsplit
endequation
%
enddocument
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
1
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
1
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
add a comment |
The brackets are surplus here, the fraction is a group by itself, so you don't need extra grouping. If I use brackets, I will enclose the whole formula to the right of the = sign into a pair of brackets. I also used biggl[ and biggr] for easy splitting. Finally, as @Sebastiano suggested, use mathrm for text.
Note: you didn't tell us how thick the margins are, so I assumed 1in. If my answer is still too wide, uncomment the small block.
documentclassarticle
usepackageamsmath
usepackage[margin=1in]geometry
begindocument
%small
beginequation
beginsplit Delta (h)_T+S &=
prod_j=1^N biggl[frac P(x^j,y^j
P(x^j,y^j times \
&phantom=fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)biggr]
endsplit
endequation
%
enddocument
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
1
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
1
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
add a comment |
The brackets are surplus here, the fraction is a group by itself, so you don't need extra grouping. If I use brackets, I will enclose the whole formula to the right of the = sign into a pair of brackets. I also used biggl[ and biggr] for easy splitting. Finally, as @Sebastiano suggested, use mathrm for text.
Note: you didn't tell us how thick the margins are, so I assumed 1in. If my answer is still too wide, uncomment the small block.
documentclassarticle
usepackageamsmath
usepackage[margin=1in]geometry
begindocument
%small
beginequation
beginsplit Delta (h)_T+S &=
prod_j=1^N biggl[frac P(x^j,y^j
P(x^j,y^j times \
&phantom=fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)biggr]
endsplit
endequation
%
enddocument
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
The brackets are surplus here, the fraction is a group by itself, so you don't need extra grouping. If I use brackets, I will enclose the whole formula to the right of the = sign into a pair of brackets. I also used biggl[ and biggr] for easy splitting. Finally, as @Sebastiano suggested, use mathrm for text.
Note: you didn't tell us how thick the margins are, so I assumed 1in. If my answer is still too wide, uncomment the small block.
documentclassarticle
usepackageamsmath
usepackage[margin=1in]geometry
begindocument
%small
beginequation
beginsplit Delta (h)_T+S &=
prod_j=1^N biggl[frac P(x^j,y^j
P(x^j,y^j times \
&phantom=fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)biggr]
endsplit
endequation
%
enddocument
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
edited Jun 20 at 20:55
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
answered Jun 20 at 20:41
AboAmmarAboAmmar
36k3 gold badges30 silver badges86 bronze badges
36k3 gold badges30 silver badges86 bronze badges
1
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
1
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
add a comment |
1
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
1
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
1
1
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
I'm a little late for a positive vote on your good work.
– Sebastiano
Jun 20 at 20:52
1
1
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
Thank you, you were the fastest.
– AboAmmar
Jun 20 at 20:57
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
If possible, I'd push the second line to the right so it began to the right of the product sign. That would visually cue that it's a part of the product (though the brackets and the presence of $j$s in the second line do make this semantically clear).
– David Richerby
Jun 21 at 14:36
add a comment |
A way to put the equation on a single line, with the splitfrac command from mathtools, the medmath command from nccmath and some adjustment for the delimiters:
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools, nccmath, amssymb
begindocument
beginequation
Delta (h)_T+S =prod_j=1^N left[frac P(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)right]cdot
left[fracmedmathsplitfracP(bp)_x^j,y^j
Pbigl(bp_x^j,y^jmid pbp_x^j-1,y^j+1bigr)P(dl_x^j) P(dl_x^jmid pdl_x^j-1)Pbigl(dr_y^jbigr)Pbigl(dr_y^jmid pdr_y^j+1bigr)rule[-1.5ex]0pt1ex sr)^strut right]
endequation
enddocument
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
2
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
2
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
add a comment |
A way to put the equation on a single line, with the splitfrac command from mathtools, the medmath command from nccmath and some adjustment for the delimiters:
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools, nccmath, amssymb
begindocument
beginequation
Delta (h)_T+S =prod_j=1^N left[frac P(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)right]cdot
left[fracmedmathsplitfracP(bp)_x^j,y^j
Pbigl(bp_x^j,y^jmid pbp_x^j-1,y^j+1bigr)P(dl_x^j) P(dl_x^jmid pdl_x^j-1)Pbigl(dr_y^jbigr)Pbigl(dr_y^jmid pdr_y^j+1bigr)rule[-1.5ex]0pt1ex sr)^strut right]
endequation
enddocument
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
2
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
2
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
add a comment |
A way to put the equation on a single line, with the splitfrac command from mathtools, the medmath command from nccmath and some adjustment for the delimiters:
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools, nccmath, amssymb
begindocument
beginequation
Delta (h)_T+S =prod_j=1^N left[frac P(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)right]cdot
left[fracmedmathsplitfracP(bp)_x^j,y^j
Pbigl(bp_x^j,y^jmid pbp_x^j-1,y^j+1bigr)P(dl_x^j) P(dl_x^jmid pdl_x^j-1)Pbigl(dr_y^jbigr)Pbigl(dr_y^jmid pdr_y^j+1bigr)rule[-1.5ex]0pt1ex sr)^strut right]
endequation
enddocument
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
A way to put the equation on a single line, with the splitfrac command from mathtools, the medmath command from nccmath and some adjustment for the delimiters:
documentclassarticle
usepackage[margin=2cm]geometry
usepackagemathtools, nccmath, amssymb
begindocument
beginequation
Delta (h)_T+S =prod_j=1^N left[frac P(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)right]cdot
left[fracmedmathsplitfracP(bp)_x^j,y^j
Pbigl(bp_x^j,y^jmid pbp_x^j-1,y^j+1bigr)P(dl_x^j) P(dl_x^jmid pdl_x^j-1)Pbigl(dr_y^jbigr)Pbigl(dr_y^jmid pdr_y^j+1bigr)rule[-1.5ex]0pt1ex sr)^strut right]
endequation
enddocument
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
edited Jun 21 at 8:50
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
answered Jun 20 at 20:58
BernardBernard
182k7 gold badges83 silver badges216 bronze badges
182k7 gold badges83 silver badges216 bronze badges
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
2
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
2
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
add a comment |
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
2
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
2
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
I know the command splitfrac but I did not want to use it because it is not my favorite. +1
– Sebastiano
Jun 20 at 20:59
2
2
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
@Sebastiano: I think it mainly depends on the case at hand. Here, combined with medmath and some vertical space tweaking, I find it doesn't look so bad
– Bernard
Jun 20 at 21:04
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
De gustibus non disputandum est: There's no discussion of the tastes. :-)
– Sebastiano
Jun 20 at 21:10
2
2
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
Needless to translate – when I was a student, I helped some highschool students in Latin ;o)
– Bernard
Jun 20 at 21:16
add a comment |
one more alternative, with use of mathtools and nccmath:
documentclassarticle
usepackagegeometry
usepackagemathtools, nccmath
%---------------- show page layout. don't use in a real document!
usepackageshowframe
renewcommandShowFrameLinethickness0.15pt
renewcommand*ShowFrameColorcolorred
%---------------------------------------------------------------%
begindocument
beginequation
medmath
beginmultlined
Delta (h)_T+S
= prod_j=1^N Biggl[fracP(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)Biggr]\
cdot Biggl[fracP(bp)_x^j,y^j P(bp_x^j,y^jmid pbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jmid pdl_x^j-1)P(dr_y^j)P(dr_y^j
P(sl) P(dlmid sl) P(sr) P(drmid sr)Biggr]
endmultlined
endequation
enddocument
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
1
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
add a comment |
one more alternative, with use of mathtools and nccmath:
documentclassarticle
usepackagegeometry
usepackagemathtools, nccmath
%---------------- show page layout. don't use in a real document!
usepackageshowframe
renewcommandShowFrameLinethickness0.15pt
renewcommand*ShowFrameColorcolorred
%---------------------------------------------------------------%
begindocument
beginequation
medmath
beginmultlined
Delta (h)_T+S
= prod_j=1^N Biggl[fracP(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)Biggr]\
cdot Biggl[fracP(bp)_x^j,y^j P(bp_x^j,y^jmid pbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jmid pdl_x^j-1)P(dr_y^j)P(dr_y^j
P(sl) P(dlmid sl) P(sr) P(drmid sr)Biggr]
endmultlined
endequation
enddocument
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
1
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
add a comment |
one more alternative, with use of mathtools and nccmath:
documentclassarticle
usepackagegeometry
usepackagemathtools, nccmath
%---------------- show page layout. don't use in a real document!
usepackageshowframe
renewcommandShowFrameLinethickness0.15pt
renewcommand*ShowFrameColorcolorred
%---------------------------------------------------------------%
begindocument
beginequation
medmath
beginmultlined
Delta (h)_T+S
= prod_j=1^N Biggl[fracP(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)Biggr]\
cdot Biggl[fracP(bp)_x^j,y^j P(bp_x^j,y^jmid pbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jmid pdl_x^j-1)P(dr_y^j)P(dr_y^j
P(sl) P(dlmid sl) P(sr) P(drmid sr)Biggr]
endmultlined
endequation
enddocument
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
one more alternative, with use of mathtools and nccmath:
documentclassarticle
usepackagegeometry
usepackagemathtools, nccmath
%---------------- show page layout. don't use in a real document!
usepackageshowframe
renewcommandShowFrameLinethickness0.15pt
renewcommand*ShowFrameColorcolorred
%---------------------------------------------------------------%
begindocument
beginequation
medmath
beginmultlined
Delta (h)_T+S
= prod_j=1^N Biggl[fracP(x^j,y^jmidtheta_mathrmpaired)
P(x^j,y^jmidtheta_mathrmunpaired)Biggr]\
cdot Biggl[fracP(bp)_x^j,y^j P(bp_x^j,y^jmid pbp_x^j-1,y^j+1) P(dl_x^j) P(dl_x^jmid pdl_x^j-1)P(dr_y^j)P(dr_y^j
P(sl) P(dlmid sl) P(sr) P(drmid sr)Biggr]
endmultlined
endequation
enddocument
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
answered Jun 20 at 20:49
ZarkoZarko
138k8 gold badges75 silver badges184 bronze badges
138k8 gold badges75 silver badges184 bronze badges
1
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
add a comment |
1
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
1
1
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
Fast as lightning...:-) +1.
– Sebastiano
Jun 20 at 20:51
add a comment |
Here's a multlined-based solution. It also uses mid rather than | to denote conditioning, and it "snugs up" the subscript terms to dr.
documentclassarticle
usepackage[a4paper,margin=2.5cm]geometry % make suitable page and margin choices
usepackagemathtools % for 'multlined' environment
begindocument
beginequation
renewcommand!mkern-2mu % default: mkern-3mu
beginmultlined
Delta(h)_T+S = prod_j=1^N biggl[
frac P(x^j!,y^jmid theta_mathrmpaired)%
P(x^j!,y^jmid theta_mathrmunpaired)\
times
fracP(bp)_x^j!,y^j
P(bp_x^j!,y^jmid pbp_x^j-1!,y^j+1)
P(dl_x^j) P(dl_x^jmid pdl_x^j-1)
P(dr_!y^j)P(dr_!y^jmid pdr_!y^j+1)%
P(sl) P(dlmid sl) P(sr) P(drmid sr) biggr]
endmultlined
endequation
enddocument
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
add a comment |
Here's a multlined-based solution. It also uses mid rather than | to denote conditioning, and it "snugs up" the subscript terms to dr.
documentclassarticle
usepackage[a4paper,margin=2.5cm]geometry % make suitable page and margin choices
usepackagemathtools % for 'multlined' environment
begindocument
beginequation
renewcommand!mkern-2mu % default: mkern-3mu
beginmultlined
Delta(h)_T+S = prod_j=1^N biggl[
frac P(x^j!,y^jmid theta_mathrmpaired)%
P(x^j!,y^jmid theta_mathrmunpaired)\
times
fracP(bp)_x^j!,y^j
P(bp_x^j!,y^jmid pbp_x^j-1!,y^j+1)
P(dl_x^j) P(dl_x^jmid pdl_x^j-1)
P(dr_!y^j)P(dr_!y^jmid pdr_!y^j+1)%
P(sl) P(dlmid sl) P(sr) P(drmid sr) biggr]
endmultlined
endequation
enddocument
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
add a comment |
Here's a multlined-based solution. It also uses mid rather than | to denote conditioning, and it "snugs up" the subscript terms to dr.
documentclassarticle
usepackage[a4paper,margin=2.5cm]geometry % make suitable page and margin choices
usepackagemathtools % for 'multlined' environment
begindocument
beginequation
renewcommand!mkern-2mu % default: mkern-3mu
beginmultlined
Delta(h)_T+S = prod_j=1^N biggl[
frac P(x^j!,y^jmid theta_mathrmpaired)%
P(x^j!,y^jmid theta_mathrmunpaired)\
times
fracP(bp)_x^j!,y^j
P(bp_x^j!,y^jmid pbp_x^j-1!,y^j+1)
P(dl_x^j) P(dl_x^jmid pdl_x^j-1)
P(dr_!y^j)P(dr_!y^jmid pdr_!y^j+1)%
P(sl) P(dlmid sl) P(sr) P(drmid sr) biggr]
endmultlined
endequation
enddocument
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
Here's a multlined-based solution. It also uses mid rather than | to denote conditioning, and it "snugs up" the subscript terms to dr.
documentclassarticle
usepackage[a4paper,margin=2.5cm]geometry % make suitable page and margin choices
usepackagemathtools % for 'multlined' environment
begindocument
beginequation
renewcommand!mkern-2mu % default: mkern-3mu
beginmultlined
Delta(h)_T+S = prod_j=1^N biggl[
frac P(x^j!,y^jmid theta_mathrmpaired)%
P(x^j!,y^jmid theta_mathrmunpaired)\
times
fracP(bp)_x^j!,y^j
P(bp_x^j!,y^jmid pbp_x^j-1!,y^j+1)
P(dl_x^j) P(dl_x^jmid pdl_x^j-1)
P(dr_!y^j)P(dr_!y^jmid pdr_!y^j+1)%
P(sl) P(dlmid sl) P(sr) P(drmid sr) biggr]
endmultlined
endequation
enddocument
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
answered Jun 21 at 3:18
MicoMico
295k32 gold badges410 silver badges806 bronze badges
295k32 gold badges410 silver badges806 bronze badges
add a comment |
add a comment |
With multiline one can insert \ at the locations where the line should be broken.
Multiletter subscripts ought not be set in math italics, the kerning is wrong. I suggest to warp them in mathrm
The fontsize change needs to be outside the equation and without following it. small was still a bit to large, but with footnotesize the equation fits even without cheating and changing the margin sizes.
documentclassarticle
usepackageamsmath
begindocument
footnotesize
beginmultline
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright]cdot\
left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)right]
endmultline
enddocument
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
1
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
add a comment |
With multiline one can insert \ at the locations where the line should be broken.
Multiletter subscripts ought not be set in math italics, the kerning is wrong. I suggest to warp them in mathrm
The fontsize change needs to be outside the equation and without following it. small was still a bit to large, but with footnotesize the equation fits even without cheating and changing the margin sizes.
documentclassarticle
usepackageamsmath
begindocument
footnotesize
beginmultline
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright]cdot\
left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)right]
endmultline
enddocument
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
1
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
add a comment |
With multiline one can insert \ at the locations where the line should be broken.
Multiletter subscripts ought not be set in math italics, the kerning is wrong. I suggest to warp them in mathrm
The fontsize change needs to be outside the equation and without following it. small was still a bit to large, but with footnotesize the equation fits even without cheating and changing the margin sizes.
documentclassarticle
usepackageamsmath
begindocument
footnotesize
beginmultline
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright]cdot\
left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)right]
endmultline
enddocument
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
With multiline one can insert \ at the locations where the line should be broken.
Multiletter subscripts ought not be set in math italics, the kerning is wrong. I suggest to warp them in mathrm
The fontsize change needs to be outside the equation and without following it. small was still a bit to large, but with footnotesize the equation fits even without cheating and changing the margin sizes.
documentclassarticle
usepackageamsmath
begindocument
footnotesize
beginmultline
Delta (h)_T+S =
prod_j=1^N left[frac P(x^j,y^j
P(x^j,y^jright]cdot\
left[fracpbp_x^j-1,y^j+1) P(dl_x^j)
P(dl_x^jsr)right]
endmultline
enddocument
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
edited Jun 22 at 12:05
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
answered Jun 20 at 20:12
gigigigi
37211 bronze badges
37211 bronze badges
1
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
add a comment |
1
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
1
1
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
Thanks you so much, this works fine as well.
– Shilpa Janarthanan
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
@ShilpaJanarthanan Was my pleasure!
– gigi
Jun 20 at 20:15
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
Can you please tell me, how to add cdot in the above code, to show the continuity of the equation?
– Shilpa Janarthanan
Jun 20 at 20:24
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
@ShilpaJanarthanan Please check now. Also please don't have whole words in math italic.
– gigi
Jun 20 at 20:30
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Welcome to TeX.SE.
– Sebastiano
Jun 20 at 20:14
How wide is the textblock? (Alternatively, please tell us which paper size is employed, and how wide the margins are.)
– Mico
Jun 21 at 3:01