Help rendering a complicated sum/product formula












5















It's supposed to look roughly like this, or at least be semantically equivalent:



enter image description here



I'm sure the sum part looks a bit too big, and not all the parenthesis are necessary. All the sum/product formulas I've done so far have been elementary, single-level formulas.



I've been trying to make something like the above, but I've been less than successful:



$sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$


enter image description here



Any help would be appreciated.






math-mode spacing







share|improve this question









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  • Welcome to TeX.SE! Can you please show us the code you have tried so far?

    – Kurt
    3 hours ago











  • The code for my attempt would be $sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$ . I tried to add a '\' under the sums and products to make it multi-level, so as not to take horizontal space, but it did not work. Also, I don't know how to make the outer sum bigger that the inner products. tough I feel it should be, for highlighting purposes. I think some sort of "boxed" syntax is needed for the elements. I'm really not familiar.

    – user3257842
    3 hours ago











  • Please add the code you tried to your question, there it is better readable.

    – Kurt
    3 hours ago
















5















It's supposed to look roughly like this, or at least be semantically equivalent:



enter image description here



I'm sure the sum part looks a bit too big, and not all the parenthesis are necessary. All the sum/product formulas I've done so far have been elementary, single-level formulas.



I've been trying to make something like the above, but I've been less than successful:



$sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$


enter image description here



Any help would be appreciated.






math-mode spacing







share|improve this question









New contributor




user3257842 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.





















  • Welcome to TeX.SE! Can you please show us the code you have tried so far?

    – Kurt
    3 hours ago











  • The code for my attempt would be $sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$ . I tried to add a '\' under the sums and products to make it multi-level, so as not to take horizontal space, but it did not work. Also, I don't know how to make the outer sum bigger that the inner products. tough I feel it should be, for highlighting purposes. I think some sort of "boxed" syntax is needed for the elements. I'm really not familiar.

    – user3257842
    3 hours ago











  • Please add the code you tried to your question, there it is better readable.

    – Kurt
    3 hours ago














5












5








5


0






It's supposed to look roughly like this, or at least be semantically equivalent:



enter image description here



I'm sure the sum part looks a bit too big, and not all the parenthesis are necessary. All the sum/product formulas I've done so far have been elementary, single-level formulas.



I've been trying to make something like the above, but I've been less than successful:



$sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$


enter image description here



Any help would be appreciated.






math-mode spacing







share|improve this question









New contributor




user3257842 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.












It's supposed to look roughly like this, or at least be semantically equivalent:



enter image description here



I'm sure the sum part looks a bit too big, and not all the parenthesis are necessary. All the sum/product formulas I've done so far have been elementary, single-level formulas.



I've been trying to make something like the above, but I've been less than successful:



$sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$


enter image description here



Any help would be appreciated.






math-mode spacing




math-mode spacing






share|improve this question









New contributor




user3257842 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




user3257842 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 3 hours ago









CampanIgnis

2,8642932




2,8642932






New contributor




user3257842 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









asked 3 hours ago









user3257842user3257842

283




283




New contributor




user3257842 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.





New contributor





user3257842 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






user3257842 is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.













  • Welcome to TeX.SE! Can you please show us the code you have tried so far?

    – Kurt
    3 hours ago











  • The code for my attempt would be $sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$ . I tried to add a '\' under the sums and products to make it multi-level, so as not to take horizontal space, but it did not work. Also, I don't know how to make the outer sum bigger that the inner products. tough I feel it should be, for highlighting purposes. I think some sort of "boxed" syntax is needed for the elements. I'm really not familiar.

    – user3257842
    3 hours ago











  • Please add the code you tried to your question, there it is better readable.

    – Kurt
    3 hours ago



















  • Welcome to TeX.SE! Can you please show us the code you have tried so far?

    – Kurt
    3 hours ago











  • The code for my attempt would be $sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$ . I tried to add a '\' under the sums and products to make it multi-level, so as not to take horizontal space, but it did not work. Also, I don't know how to make the outer sum bigger that the inner products. tough I feel it should be, for highlighting purposes. I think some sort of "boxed" syntax is needed for the elements. I'm really not familiar.

    – user3257842
    3 hours ago











  • Please add the code you tried to your question, there it is better readable.

    – Kurt
    3 hours ago

















Welcome to TeX.SE! Can you please show us the code you have tried so far?

– Kurt
3 hours ago





Welcome to TeX.SE! Can you please show us the code you have tried so far?

– Kurt
3 hours ago













The code for my attempt would be $sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$ . I tried to add a '\' under the sums and products to make it multi-level, so as not to take horizontal space, but it did not work. Also, I don't know how to make the outer sum bigger that the inner products. tough I feel it should be, for highlighting purposes. I think some sort of "boxed" syntax is needed for the elements. I'm really not familiar.

– user3257842
3 hours ago





The code for my attempt would be $sumlimits_{Bsubset{1..m},|B|=d}(prodlimits_{p,qin B,hspace{0.1cm}pneq q })$ . I tried to add a '\' under the sums and products to make it multi-level, so as not to take horizontal space, but it did not work. Also, I don't know how to make the outer sum bigger that the inner products. tough I feel it should be, for highlighting purposes. I think some sort of "boxed" syntax is needed for the elements. I'm really not familiar.

– user3257842
3 hours ago













Please add the code you tried to your question, there it is better readable.

– Kurt
3 hours ago





Please add the code you tried to your question, there it is better readable.

– Kurt
3 hours ago










3 Answers
3






active

oldest

votes


















5














Perhaps you could start with this:



documentclass{article}

usepackage{amsmath,relsize}



begin{document}



begin{align*}

    mathlarger{mathlarger{mathlargersum}}_

        {substack{Bsubset{1..n},\lvert Brvert=d}} 

        Bigl(prod_

            {substack{p,qin B,\pneq q}}

            (alpha_p-alpha_q)Bigr)

        Bigl(kern-2exprod_

            {tin{1..n}slash B}kern-2ex

            (x-alpha_t)Bigr)

end{align*}



end{document}


I tried to replicate it.



enter image description here






share|improve this answer

































    4














    I would type it in a slightly different way, to improve the legibility of the formula:



    documentclass{article}
    
usepackage{mathtools, relsize}
    

    
begin{document}
    

    
[ mathlarger{ sum}_{substack{Bsubset{1 cdotcdot n}\ |B| = d}},Bigl(smashoperator{prod_{substack{p, qin B \ pne q}}}(alpha_p-alpha_q):smashoperator{ prod_{substack{t in{1 cdotcdot n}\ t notin B }}}(x-alpha_t) Bigr) ]%
    

    
end{document}


    enter image description here






    share|improve this answer































      3














      I'd use standard sizes:



      documentclass{article}
      
usepackage{amsmath,mathtools}
      

      
newcommand{tprod}{mathop{mathchoice{textstyleprod}{prod}{prod}{prod}}}
      
newcommand{sss}{scriptscriptstyle}
      

      
begin{document}
      

      
begin{equation*}
      
sum_{substack{sss Bsubset{1..n}, \ sss lvert Brvert=d}};
      
  bigl(
      
    smashoperator{tprod_{substack{sss p,qin B, \ sss pneq q}}}
      
    (alpha_p-alpha_q)
      
  bigr)
      
  bigl(
      
    smashoperator{tprod_{sss tin{1..n}/B}}
      
    (x-alpha_t)
      
  bigr)
      
end{equation*}
      

      
end{document}


      enter image description here






      share|improve this answer























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        3 Answers
        3






        active

        oldest

        votes








        3 Answers
        3






        active

        oldest

        votes









        active

        oldest

        votes






        active

        oldest

        votes









        5














        Perhaps you could start with this:



        documentclass{article}
        
usepackage{amsmath,relsize}
        

        
begin{document}
        

        
begin{align*}
        
    mathlarger{mathlarger{mathlargersum}}_
        
        {substack{Bsubset{1..n},\lvert Brvert=d}} 
        
        Bigl(prod_
        
            {substack{p,qin B,\pneq q}}
        
            (alpha_p-alpha_q)Bigr)
        
        Bigl(kern-2exprod_
        
            {tin{1..n}slash B}kern-2ex
        
            (x-alpha_t)Bigr)
        
end{align*}
        

        
end{document}


        I tried to replicate it.



        enter image description here






        share|improve this answer






























          5














          Perhaps you could start with this:



          documentclass{article}
          
usepackage{amsmath,relsize}
          

          
begin{document}
          

          
begin{align*}
          
    mathlarger{mathlarger{mathlargersum}}_
          
        {substack{Bsubset{1..n},\lvert Brvert=d}} 
          
        Bigl(prod_
          
            {substack{p,qin B,\pneq q}}
          
            (alpha_p-alpha_q)Bigr)
          
        Bigl(kern-2exprod_
          
            {tin{1..n}slash B}kern-2ex
          
            (x-alpha_t)Bigr)
          
end{align*}
          

          
end{document}


          I tried to replicate it.



          enter image description here






          share|improve this answer




























            5












            5








            5







            Perhaps you could start with this:



            documentclass{article}
            
usepackage{amsmath,relsize}
            

            
begin{document}
            

            
begin{align*}
            
    mathlarger{mathlarger{mathlargersum}}_
            
        {substack{Bsubset{1..n},\lvert Brvert=d}} 
            
        Bigl(prod_
            
            {substack{p,qin B,\pneq q}}
            
            (alpha_p-alpha_q)Bigr)
            
        Bigl(kern-2exprod_
            
            {tin{1..n}slash B}kern-2ex
            
            (x-alpha_t)Bigr)
            
end{align*}
            

            
end{document}


            I tried to replicate it.



            enter image description here






            share|improve this answer















            Perhaps you could start with this:



            documentclass{article}
            
usepackage{amsmath,relsize}
            

            
begin{document}
            

            
begin{align*}
            
    mathlarger{mathlarger{mathlargersum}}_
            
        {substack{Bsubset{1..n},\lvert Brvert=d}} 
            
        Bigl(prod_
            
            {substack{p,qin B,\pneq q}}
            
            (alpha_p-alpha_q)Bigr)
            
        Bigl(kern-2exprod_
            
            {tin{1..n}slash B}kern-2ex
            
            (x-alpha_t)Bigr)
            
end{align*}
            

            
end{document}


            I tried to replicate it.



            enter image description here







            share|improve this answer














            share|improve this answer



            share|improve this answer








            edited 1 hour ago

























            answered 3 hours ago









            CampanIgnisCampanIgnis

            2,8642932




            2,8642932























                4














                I would type it in a slightly different way, to improve the legibility of the formula:



                documentclass{article}
                
usepackage{mathtools, relsize}
                

                
begin{document}
                

                
[ mathlarger{ sum}_{substack{Bsubset{1 cdotcdot n}\ |B| = d}},Bigl(smashoperator{prod_{substack{p, qin B \ pne q}}}(alpha_p-alpha_q):smashoperator{ prod_{substack{t in{1 cdotcdot n}\ t notin B }}}(x-alpha_t) Bigr) ]%
                

                
end{document}


                enter image description here






                share|improve this answer




























                  4














                  I would type it in a slightly different way, to improve the legibility of the formula:



                  documentclass{article}
                  
usepackage{mathtools, relsize}
                  

                  
begin{document}
                  

                  
[ mathlarger{ sum}_{substack{Bsubset{1 cdotcdot n}\ |B| = d}},Bigl(smashoperator{prod_{substack{p, qin B \ pne q}}}(alpha_p-alpha_q):smashoperator{ prod_{substack{t in{1 cdotcdot n}\ t notin B }}}(x-alpha_t) Bigr) ]%
                  

                  
end{document}


                  enter image description here






                  share|improve this answer


























                    4












                    4








                    4







                    I would type it in a slightly different way, to improve the legibility of the formula:



                    documentclass{article}
                    
usepackage{mathtools, relsize}
                    

                    
begin{document}
                    

                    
[ mathlarger{ sum}_{substack{Bsubset{1 cdotcdot n}\ |B| = d}},Bigl(smashoperator{prod_{substack{p, qin B \ pne q}}}(alpha_p-alpha_q):smashoperator{ prod_{substack{t in{1 cdotcdot n}\ t notin B }}}(x-alpha_t) Bigr) ]%
                    

                    
end{document}


                    enter image description here






                    share|improve this answer













                    I would type it in a slightly different way, to improve the legibility of the formula:



                    documentclass{article}
                    
usepackage{mathtools, relsize}
                    

                    
begin{document}
                    

                    
[ mathlarger{ sum}_{substack{Bsubset{1 cdotcdot n}\ |B| = d}},Bigl(smashoperator{prod_{substack{p, qin B \ pne q}}}(alpha_p-alpha_q):smashoperator{ prod_{substack{t in{1 cdotcdot n}\ t notin B }}}(x-alpha_t) Bigr) ]%
                    

                    
end{document}


                    enter image description here







                    share|improve this answer












                    share|improve this answer



                    share|improve this answer










                    answered 3 hours ago









                    BernardBernard

                    173k776204




                    173k776204























                        3














                        I'd use standard sizes:



                        documentclass{article}
                        
usepackage{amsmath,mathtools}
                        

                        
newcommand{tprod}{mathop{mathchoice{textstyleprod}{prod}{prod}{prod}}}
                        
newcommand{sss}{scriptscriptstyle}
                        

                        
begin{document}
                        

                        
begin{equation*}
                        
sum_{substack{sss Bsubset{1..n}, \ sss lvert Brvert=d}};
                        
  bigl(
                        
    smashoperator{tprod_{substack{sss p,qin B, \ sss pneq q}}}
                        
    (alpha_p-alpha_q)
                        
  bigr)
                        
  bigl(
                        
    smashoperator{tprod_{sss tin{1..n}/B}}
                        
    (x-alpha_t)
                        
  bigr)
                        
end{equation*}
                        

                        
end{document}


                        enter image description here






                        share|improve this answer




























                          3














                          I'd use standard sizes:



                          documentclass{article}
                          
usepackage{amsmath,mathtools}
                          

                          
newcommand{tprod}{mathop{mathchoice{textstyleprod}{prod}{prod}{prod}}}
                          
newcommand{sss}{scriptscriptstyle}
                          

                          
begin{document}
                          

                          
begin{equation*}
                          
sum_{substack{sss Bsubset{1..n}, \ sss lvert Brvert=d}};
                          
  bigl(
                          
    smashoperator{tprod_{substack{sss p,qin B, \ sss pneq q}}}
                          
    (alpha_p-alpha_q)
                          
  bigr)
                          
  bigl(
                          
    smashoperator{tprod_{sss tin{1..n}/B}}
                          
    (x-alpha_t)
                          
  bigr)
                          
end{equation*}
                          

                          
end{document}


                          enter image description here






                          share|improve this answer


























                            3












                            3








                            3







                            I'd use standard sizes:



                            documentclass{article}
                            
usepackage{amsmath,mathtools}
                            

                            
newcommand{tprod}{mathop{mathchoice{textstyleprod}{prod}{prod}{prod}}}
                            
newcommand{sss}{scriptscriptstyle}
                            

                            
begin{document}
                            

                            
begin{equation*}
                            
sum_{substack{sss Bsubset{1..n}, \ sss lvert Brvert=d}};
                            
  bigl(
                            
    smashoperator{tprod_{substack{sss p,qin B, \ sss pneq q}}}
                            
    (alpha_p-alpha_q)
                            
  bigr)
                            
  bigl(
                            
    smashoperator{tprod_{sss tin{1..n}/B}}
                            
    (x-alpha_t)
                            
  bigr)
                            
end{equation*}
                            

                            
end{document}


                            enter image description here






                            share|improve this answer













                            I'd use standard sizes:



                            documentclass{article}
                            
usepackage{amsmath,mathtools}
                            

                            
newcommand{tprod}{mathop{mathchoice{textstyleprod}{prod}{prod}{prod}}}
                            
newcommand{sss}{scriptscriptstyle}
                            

                            
begin{document}
                            

                            
begin{equation*}
                            
sum_{substack{sss Bsubset{1..n}, \ sss lvert Brvert=d}};
                            
  bigl(
                            
    smashoperator{tprod_{substack{sss p,qin B, \ sss pneq q}}}
                            
    (alpha_p-alpha_q)
                            
  bigr)
                            
  bigl(
                            
    smashoperator{tprod_{sss tin{1..n}/B}}
                            
    (x-alpha_t)
                            
  bigr)
                            
end{equation*}
                            

                            
end{document}


                            enter image description here







                            share|improve this answer












                            share|improve this answer



                            share|improve this answer










                            answered 1 hour ago









                            egregegreg

                            727k8819223231




                            727k8819223231






















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                                濃尾地震

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                                濃尾地震 『岐阜市街大地震之図』 歌川国利画 本震 発生日 1891年（明治24年）10月28日 発生時刻 6時38分50秒（JST） 震央 日本 岐阜県本巣郡西根尾村（現・本巣市） 北緯35度35分 東経136度20分（ 地図 ） 規模    マグニチュード（M）8.0 最大震度    震度7： 注1 福井県今立郡鯖江町、愛知県葉栗郡大田島村、東春日井郡勝川村 地震の種類 直下型地震 被害 死傷者数 死者7,273人、負傷者17,175人 注1：当時の震度階級では「激烈」 プロジェクト:地球科学 プロジェクト:災害 テンプレートを表示 濃尾地震 （のうびじしん）は、1891年（明治24年）10月28日に濃尾地方で発生した、日本史上最大の内陸地殻内地震。「 美濃・尾張地震 （みの・おわりじしん）」とも呼ばれている。辛卯の年に発生したことから 辛卯震災 と呼んでいる報告書もある。 目次 1 概要 1.1 震源断層 2 被害 3 各地の震度 4 前兆現象 5 報道 6 学術的な意義 7 地震防災 8 脚注 9 関連項目 10 外部リンク 概要 濃尾地震発生当時の根尾谷断層 濃尾地震を引き起こした根尾谷断層 写真中央を斜めに走る段差が根尾谷断層 濃尾地震は、1891年10月28日6時38分50秒に発生した。震源は、岐阜県本巣郡西根尾村（現・本巣市）、北緯35度35分、東経136度20分付近。河角廣 (1951) は岐阜市付近（北緯35.6度、東経136.6度）に震央を仮定し規模 M K = 7.0 を与え [1] 、マグニチュードは M = 8.4 に換算されているが、明治・大正期の地震については0.5程度大きく見積もられているとされる [2] 。また、震央距離と震度との関係など当時のデータから後にM8.0 [3] とも推定される。アメリカ地質調査所 (USGS) でも8.0としている [4] 。「根尾谷断層帯」が活動した典型的な内陸地殻内地震（いわゆる直下型地震）であり、これは記録が残っている日本の内陸...
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                                シテ島

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                                シテ島 Île de la Cité シテ島（トゥルネル橋からの眺望） 所在地 フランス･パリ 座標 北緯48度51分17秒 東経2度20分45秒 座標: 北緯48度51分17秒 東経2度20分45秒 面積 0.225 km² 最高標高 48.854722 m  プロジェクト 地形 テンプレートを表示 シテ島 （シテとう、仏 : Île de la Cité）は、サン＝ルイ島と並ぶ、パリの中心部を流れるセーヌ川の中州である。パリ市内で最も古い歴史をもつパリ1区及び4区に属し、“パリ発祥の地”とも称される。ユリウス・カエサルの『ガリア戦記』では、すでに紀元前1世紀にパリシイ族 (Parisii) が住んでいたことが述べられている。 目次 1 概要 2 歴史ギャラリー 3 名所 4 シテ島の交通 4.1 橋 4.2 鉄道 5 ギャラリー 6 関連項目 7 脚注 8 外部リンク 概要 東半分が4区に、西半分は1区に属する。 ノートルダム大聖堂とパリ警視庁とパリ市立病院（ オテル・デュー・ド・パリ （フランス語版） 、直訳では「パリの神の館」）がある。病院の名前は、旅の病人を宿泊させ、病になれば看病した教会、巡礼教会からの発展の名残である。近代外科医学の開拓者で、床屋医者の出身でもある外科医アンブロワーズ・パレが勤務していた病院としてもその名が知られている。位置関係は大聖堂が警視庁庁舎と向き合い、警視庁の隣に市立病院。 また、この島はとても狭いので、ここの住民たちは夜も一定の時間を過ぎるとトイレの水は流さない等、互いに気配りしつつ一緒に住んでいくことの不便さを味わってきた。ここから「シテ島に住む者」を表す古仏語：citeain （現代仏語：シトワイヤン citoyen 、現代英語：シティズン citizen）の意味が転じ、「 市民 」という言葉が成立したという（仏語：cité は英語：city に相当する）。 中世以来からの狭く入り組んだ路地は、19世紀に入りセーヌ川左岸と共に貧民窟化していた。そうした狭く不衛生で入り組んだ空間は、2月革命に見るようなバリケード戦といった民衆騒...
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