[NTG-context] Split \startalign content on more pages
Thank you Luigi. I haven't tried your solution yet, as I was abroad the previous days. I hope I will try later. Bye. Arrigo ___ If your question is of interest to others as well, please add an entry to the Wiki! maillist : ntg-context@ntg.nl / http://www.ntg.nl/mailman/listinfo/ntg-context webpage : http://www.pragma-ade.nl / http://tex.aanhet.net archive : http://foundry.supelec.fr/projects/contextrev/ wiki : http://contextgarden.net ___
[NTG-context] Split \startalign content on more pages
Yes it works. The only problem is that now I have the formulas aligned at the center of the page. Which command can I use to align the formulas on the left? ___ If your question is of interest to others as well, please add an entry to the Wiki! maillist : ntg-context@ntg.nl / http://www.ntg.nl/mailman/listinfo/ntg-context webpage : http://www.pragma-ade.nl / http://tex.aanhet.net archive : http://foundry.supelec.fr/projects/contextrev/ wiki : http://contextgarden.net ___
[NTG-context] Split \startalign content on more pages
\sbc{} is a command defined by me. \define[1]\sbc{\ctxlua{context(\%.2f, #1)}}% I'm writing a technical report and I use that command to substitute numbers to letters in formulas. ___ If your question is of interest to others as well, please add an entry to the Wiki! maillist : ntg-context@ntg.nl / http://www.ntg.nl/mailman/listinfo/ntg-context webpage : http://www.pragma-ade.nl / http://tex.aanhet.net archive : http://foundry.supelec.fr/projects/contextrev/ wiki : http://contextgarden.net ___
[NTG-context] Split \startalign content on more pages
Sorry for having given you a non working example! Here you can find a working one. The comments at the end of each line are in italian. Changing the height of the frame you can move the \startalign content in the page. As you will see, the whole content flows from one page to the following, without splitting at the right line. Thank you very much for your help. %INIZIO PREAMBOLO \setuppapersize[A4, portrait] [A4]% layout di pagina su foglio A4 \setuplayout[width=middle]% disposizione del testo sulla pagina \setuppagenumbering[location={footer, middle}]% numero di pagina in basso al centro \setupbodyfont[11pt]% altezza carattere 11pt \setupcolors[state=start, rgb=yes]% per usare colori \setupcolor[rgb]% carico colori di default \setuptabulate[split=yes]% consente di spezzare le liste di tabualte su più pagine %\setupindenting[medium, yes]% indentazione prima linea di paragrafi \mainlanguage[it]% lingua principale del documento \usemodule[units]% per scrivere le unità di misura in maniera coerente sia in modalità testo che matematico %\usemodule[NTE]% per crare le tabelle complesse multipagina utilizzando l'ambiente TABLE % %--COMANDI DEFINITI DA UTENTE- % comando \sb \def\sb#1{\ctxlua{tex.print(#1)}}% definizione comando di sostituzione dei valori numerici a quelli letterali % comando \sba \def\sba#1{\ctxlua{tex.print(string.format(\%.0f, #1))}}% sostituisce numero a valori letterali scrivendolo senza cifre decimali % comando \sbb \define[1]\sbb{\ctxlua{context(\%.1f, #1)}}% sostituisce numero a valori letterali scrivendolo con 1 cifra decimale % comando \sbc \define[1]\sbc{\ctxlua{context(\%.2f, #1)}}% sostituisce numero a valori letterali scrivendolo con 2 cifre decimali % comando \sbd \define[1]\sbd{\ctxlua{context(\%.3f, #1)}}% sostituisce numero a valori letterali scrivendolo con 3 cifre decimali \definedescription[descr][style=packed,headstyle=bold,style=normal, location=hanging,width=broad,margin=1cm] %FINE PREAMBOLO \starttext Bla bla bla {\framed[height=15cm] Bla Bla} \startluacode e_yfi=5 R_fi=2000 r_fi=300 D_ifi=2500 P_dfi=0.6 f_dfi=200 e_dtryfi=1 -- spessore di tentativo in progetto in mm e_yfi=100 -- inizializzo il valore ey a 100 while math.abs(e_yfi-e_dtryfi)0.001 do e_dtryfi=e_yfi Y=math.min((e_dtryfi / R_fi), 0.04) Z=math.log10(1/Y) X=r_fi/D_ifi N=1.006-(1 / (6.2+(90*(Y^4 beta006=N*((-0.3635*(Z^3))+(2.2124*(Z^2))-(3.2937*Z)+1.8873) beta01=N*((-0.1833*(Z^3))+(1.0383*(Z^2))-(1.2943*Z)+0.837) beta02=math.max(0.95*(0.56-(1.94*Y)-(83.5*(Y^2))), 0.5) if X==0.06 then beta=beta006 elseif 0.06X and X0.1 then beta=25*(((0.1-X)*beta006)+((X-0.06)*beta01)) elseif X==0.1 then beta=beta01 elseif 0.1X and X0.2 then beta=10*(((0.2-X)*beta01)+((X-0.1)*beta02)) elseif X==0.2 then beta=beta02 else tex.print(\\red{ERRORE NELLA GEOMETRIA DEL FONDO INFERIORE}) end e_yfi=(beta*P_dfi*((0.75*R_fi)+(0.2*D_ifi)))/f_dfi end \stopluacode \setupformulas[align=right] \startformula \startalign[n=3, align={left, right, left}] \NC \text{dove} \quad \NC Y \NC = min \left({{e_{yfi}} \over {R_{fi}}}; 0.04 \right) = min \left({{\sbc{e_yfi}} \over {\sba{R_fi}}}; 0.04 \right)=\sbd{Y} \NR \NC \NC Z \NC = log_{10} \left({1 \over Y} \right) = log_{10} \left({1 \over \sbd{Y}} \right) = \sbc{Z} \NR \NC \NC X \NC = {{r_{fi}} \over {D_{ifi}}} = {{\sba{r_fi}} \over {\sba {D_ifi}}} = \sbd{X} \NR \NC \NC N \NC = 1.006 - {1 \over {6.2 + \left(90 \cdot Y \right)^4}} = 1.006 - {1 \over {6.2 + \left(90 \cdot \sbd{Y} \right)^4}} = \sbd{N} \NR \startluacode if X==0.06 then tex.print(\\NC \\NC \\beta_{0.06} \\NC = N \\cdot \\left(-0.3635 \\cdot Z^3 + 2.2124 \\cdot Z^2 - 3.2937 \\cdot Z + 1.8873 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.3635 \\cdot \\sbc{Z}^3 + 2.2124 \\cdot \\sbc{Z}^2 - 3.2937 \\cdot \\sbc{Z} + 1.8873 \\right) = \\sbc {beta006} \\NR) tex.print(\\NC \\NC \\beta \\NC =\\beta_{0.06}=\\sbc{beta006} \\NR) elseif X0.06 and X0.1 then tex.print(\\NC \\NC \\beta_{0.06} \\NC = N \\cdot \\left(-0.3635 \\cdot Z^3 + 2.2124 \\cdot Z^2 - 3.2937 \\cdot Z + 1.8873 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.3635 \\cdot \\sbc{Z}^3 + 2.2124 \\cdot \\sbc{Z}^2 - 3.2937 \\cdot \\sbc{Z} + 1.8873 \\right) = \\sbc {beta006} \\NR) tex.print(\\NC \\NC \\beta_{0.1} \\NC = N \\cdot \\left(-0.1833 \\cdot Z^3 + 1.0383 \\cdot Z^2 - 1.2943 \\cdot Z + 0.837 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.1833 \\cdot \\sbc{Z}^3 + 1.0383 \\cdot \\sbc{Z}^2 - 1.2943 \\cdot \\sbc{Z} + 0.837 \\right) =
[NTG-context] Split \startalign content on more pages
Thank you very much Luigi. Any idea on how to split the \startalign content? ___ If your question is of interest to others as well, please add an entry to the Wiki! maillist : ntg-context@ntg.nl / http://www.ntg.nl/mailman/listinfo/ntg-context webpage : http://www.pragma-ade.nl / http://tex.aanhet.net archive : http://foundry.supelec.fr/projects/contextrev/ wiki : http://contextgarden.net ___
[NTG-context] Split \startalign content on more pages
Hello, I'm a new user of context (and of this mailing list). I'm facing some problems in splitting the \startalign ... \stopalign content on more pages. This is the formulas: \setupformulas[align=right] \startformula \startalign[n=3, align={left, right, left}] \NC \text{dove} \quad \NC Y \NC = min \left({{e_{yfitest}} \over {R_{fi}}}; 0.04 \right) = min \left({{\sbc{e_yfitest}} \over {\sba{R_fi}}}; 0.04 \right) =\sbd{Y} \NR \NC \NC Z \NC = log_{10} \left({1 \over Y} \right) = log_{10} \left({1 \over \sbd{Y}} \right) = \sbc{Z} \NR \NC \NC X \NC = {{r_{fi}} \over {D_{ifi}}} = {{\sba{r_fi}} \over {\sba {D_ifi}}} = \sbd{X} \NR \NC \NC N \NC = 1.006 - {1 \over {6.2 + \left(90 \cdot Y \right)^4}} = 1.006 - {1 \over {6.2 + \left(90 \cdot \sbd{Y} \right)^4}} = \sbd{N} \NR \startluacode if X==0.06 then tex.print(\\NC \\NC \\beta_{0.06} \\NC = N \\cdot \\left(-0.3635 \\cdot Z^3 + 2.2124 \\cdot Z^2 - 3.2937 \\cdot Z + 1.8873 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.3635 \\cdot \\sbc{Z}^3 + 2.2124 \\cdot \\sbc{Z}^2 - 3.2937 \\cdot \\sbc{Z} + 1.8873 \\right) = \\sbc {beta006} \\NR) tex.print(\\NC \\NC \\beta \\NC =\\beta_{0.06}=\\sbc{beta006} \\NR) elseif X0.06 and X0.1 then tex.print(\\NC \\NC \\beta_{0.06} \\NC = N \\cdot \\left(-0.3635 \\cdot Z^3 + 2.2124 \\cdot Z^2 - 3.2937 \\cdot Z + 1.8873 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.3635 \\cdot \\sbc{Z}^3 + 2.2124 \\cdot \\sbc{Z}^2 - 3.2937 \\cdot \\sbc{Z} + 1.8873 \\right) = \\sbc {beta006} \\NR) tex.print(\\NC \\NC \\beta_{0.1} \\NC = N \\cdot \\left(-0.1833 \\cdot Z^3 + 1.0383 \\cdot Z^2 - 1.2943 \\cdot Z + 0.837 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.1833 \\cdot \\sbc{Z}^3 + 1.0383 \\cdot \\sbc{Z}^2 - 1.2943 \\cdot \\sbc{Z} + 0.837 \\right) = \\sbc {beta01} \\NR) tex.print(\\NC \\NC \\beta \\NC = 25 \\cdot \\left[ \\left(0.1 - X \\right) \\cdot \\beta_{0.06} + \\left(X - 0.06 \\right) \\cdot \\beta_{0.1} \\right]= \\NR) tex.print(\\NC \\NC\\NC = 25 \\cdot \\left[ \\left(0.1 - \\sbd{X} \\right) \\cdot \\sbc{beta006} + \\left(\\sbd{X} - 0.06 \\right) \\cdot \\sbc {beta01} \\right]=\\sbd{beta} \\NR) elseif X==0.1 then tex.print(\\NC \\NC \\beta_{0.1} \\NC = N \\cdot \\left(-0.1833 \\cdot Z^3 + 1.0383 \\cdot Z^2 - 1.2943 \\cdot Z + 0.837 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.1833 \\cdot \\sbc{Z}^3 + 1.0383 \\cdot \\sbc{Z}^2 - 1.2943 \\cdot \\sbc{Z} + 0.837 \\right) = \\sbc {beta01} \\NR) tex.print(\\NC \\NC \\beta \\NC =\\beta_{0.1}=\\sbc{beta01} \\NR) elseif X0.1 and X0.2 then tex.print(\\NC \\NC \\beta_{0.1} \\NC = N \\cdot \\left(-0.1833 \\cdot Z^3 + 1.0383 \\cdot Z^2 - 1.2943 \\cdot Z + 0.837 \\right) = \\NR) tex.print(\\NC \\NC \\NC = N \\cdot \\left(-0.1833 \\cdot \\sbc{Z}^3 + 1.0383 \\cdot \\sbc{Z}^2 - 1.2943 \\cdot \\sbc{Z} + 0.837 \\right) = \\sbc {beta01} \\NR) tex.print(\\NC \\NC \\beta_{0.2} \\NC = max \\left[ 0.95 \\cdot \\left(0.56 - 1.94 \\cdot Y - 82.5 \\cdot Y^2 \\right); 0.5 \\right] \\NR) tex.print(\\NC \\NC \\NC = max \\left[ 0.95 \\cdot \\left(0.56 - 1.94 \\cdot \\sbd{Y} - 82.5 \\cdot \\sbd{Y}^2 \\right); 0.5 \\right] = \\sbd {beta02} \\NR) tex.print(\\NC \\NC \\beta \\NC = 10 \\cdot \\left[ \\left(0.2 - X \\right) \\cdot \\beta_{0.1} + \\left(X - 0.1 \\right) \\cdot \\beta_{0.2} \\right]= \\NR) tex.print(\\NC \\NC\\NC = 10 \\cdot \\left[ \\left(0.2 - \\sbd{X} \\right) \\cdot \\sbc{beta01} + \\left(\\sbd{X} - 0.1 \\right) \\cdot \\sbc {beta02} \\right]=\\sbd{beta} \\NR) elseif X==0.2 then tex.print(\\NC \\NC \\beta_{0.2} \\NC = max \\left[ 0.95 \\cdot \\left(0.56 - 1.94 \\cdot Y - 82.5 \\cdot Y^2 \\right); 0.5 \\right] \\NR) tex.print(\\NC \\NC \\NC = max \\left[ 0.95 \\cdot \\left(0.56 - 1.94 \\cdot \\sbd{Y} - 82.5 \\cdot \\sbd{Y}^2 \\right); 0.5 \\right] = \\sbd {beta02} \\NR) tex.print(\\NC \\NC \\beta \\NC =\\beta_{0.2}=\\sbd{beta02} \\NR) end \stopluacode \stopalign \stopformula \setupformulas[align=middle] I have already tried to insert split=yes in the options of the align environment without success. I have read in Using \startalign and friends which is a document dated 2006 that the splitting capability of \startalign is broken. Is it still so? And by the way, is there a clever way to write a block of text under some conditions as shown in the example above other than tex.print(.) which forces to escape every command? Thank you very much. Bye ___ If