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Kein bestimmter Bereich Warum tut der TikZ-Code nicht?
Wario
Aktiv Letzter Besuch: in der letzten Woche
Dabei seit: 01.05.2020
Mitteilungen: 1078
  Themenstart: 2022-12-01

$ \def\p{-5} \def\q{1} \def\pqmax{65} \def\pqmin{-\pqmax} \def\majortickdiff{10} \def\exratickdiff{5} \pgfmathsetmacro\nextexratick{\pqmin+3*\exratickdiff} \pgfmathsetlengthmacro\Curvetick{2mm} \pgfmathsetlengthmacro\curvetick{1mm} \pgfplotsset{ common/.style={ y=0.2cm, ymin=\pqmin, ymax=\pqmax, }, % pqcommon/.style={ hide x axis, axis lines*=middle, anchor=origin, ytick={\pqmin,\pqmin+\majortickdiff,...,\pqmax}, minor y tick num=9, extra y ticks={\pqmin+\exratickdiff,\nextexratick,...,\pqmax-\exratickdiff}, extra y tick labels={}, }, } \begin{tikzpicture}[scale=0.5, font=\scriptsize, declare function={ K(\x)=-(1-\x)^2/\x; G(\x,\p,\q)=(\q-\p)*\x+\p; X(\r)=1/(1+\r); Y(\r)=-\r^2/(1+\r); RinvK(\y)=(-\y -sqrt(\y - 4)*sqrt(\y) + 2)/2; LinvK(\y)=(-\y +sqrt(\y - 4)*sqrt(\y) + 2)/2; }, ] % xbar ybar Cosy and curve ================ \begin{axis}[ %font=\sffamily, %hide axis, purple, tick style=purple, common, x=6.6cm, axis lines=middle, %axis y line=left, xlabel= $\overline{x}$, ylabel= $\overline{y}$, ylabel style={ at={(axis description cs:0.52,1.0075)}, anchor=south, inner ysep=0pt }, xlabel style={ at={(axis description cs:1.002,0.5)}, anchor=west, inner xsep=0pt }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=west}, % y-numbers right of y-axis xticklabel style={yshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=south}, % x-numbers above of y-axis axis line style={-latex}, enlarge y limits=0.075, enlarge x limits=0.075, samples=111, every axis plot/.style={black}, legend pos=north west, legend style={font=\normalsize, text=black, draw=none, fill=yellow!44}, legend cell align=left, ] %\addplot[restrict x to domain=-2:0, domain=-10:-60, blue]({1/(1+r)}, {-r^2/(1+r)}); %\addplot[restrict x to domain=0:2,red]({1/(1+r)}, {-r^2/(1+r)}); \coordinate[] (axis2one) at (1,0); \coordinate[] (axis2zero) at (0,0); \addplot[domain=-2.2:LinvK(\pqmax), forget plot]{K(\x)}; \addplot[domain=-LinvK(\pqmax):2.2, forget plot]{K(\x)}; % Examples, Straight Lines \addplot[domain=-1.7:1.7]{G(\x,-8.8,2.55)}; \addlegendentry{$x^2-8.8x+2.55=0,~~~ x_1=8.5,~~ x_2=0.3$} \addplot[domain=-1.7:1.7, densely dotted]{G(\x,-1,-6)}; \addlegendentry{$x^2 -x -6=0,~~~ x_1=-2,~~ x_2=3$} \addplot[domain=-1.7:1.7, densely dashed]{G(\x,-4,4)}; \addlegendentry{$x^2 -4x +4=0,~~~ x_1=x_2=2$} % Scale on curve ========================= % Lower Part % Numbers and major ticks at curve \foreach \r in {-0.5, -0.2, 0.1, 0.5,% 1,2,...,5,% 10,20,...,60}{%% \edef\temp{% \noexpand\addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \noexpand\addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \noexpand\draw[black] (A) -- ($(A)!\Curvetick!90:(As)$); \noexpand\path[] (A) -- ($(A)!1.75*\Curvetick!90:(As)$) node[draw=none, text=black]{\r}; }\temp }%% % Minor ticks at curve \foreach \r in {-0.5, -0.4,..., -0.1,% 0.2, 0.3,..., 0.9,% 6,7,...,9,% 10.5, 11.5,...,59.5}{%% \addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \draw[black] (A) -- ($(A)!\curvetick!90:(As)$); }%% % Upper Part % Numbers and major ticks at curve \foreach \r in {-60,-50,...,-10, -9,-8,...,-2, -1.5 }{%% \edef\temp{% \noexpand\addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \noexpand\addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \noexpand\draw[black] (A) -- ($(A)!\Curvetick!-90:(As)$); \noexpand\path[] (A) -- ($(A)!1.75*\Curvetick!-90:(As)$) node[draw=none, text=black]{\r}; }\temp }%% % Minor ticks at curve \foreach \r in {-59,-58,...,-11, -10.5,-9.5,...,-4.5, -3.9,-3.8,...,-1.6 }{%% \addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \draw[black] (A) -- ($(A)!\curvetick!-90:(As)$); }%% % ==================================== \end{axis} % q-axis ====================== \begin{axis}[ common, pqcommon, shift={(axis2one)}, ylabel={$q$}, ylabel style={rotate=-90, at={(axis description cs:0.5,0.95)}, anchor=east, inner ysep=0pt }, major tick length=7mm, minor tick length=2mm, extra y tick style={major tick length=5mm, }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=west}, ] \addplot[draw=none] coordinates {(0,\pqmin) (0,\pqmax)}; % Zero at axis \draw[] (0,0) -- (\pgfkeysvalueof{/pgfplots/major tick length},0) node[anchor=west]{\pgfmathprintnumber{0}}; \end{axis} % p-axis ====================== \begin{axis}[ common, pqcommon, shift={(axis2zero)}, ylabel={$p$}, ylabel style={rotate=-90, at={(axis description cs:0.5,0.95)}, anchor=west, inner ysep=0pt }, major tick length=-7mm, minor tick length=-2mm, extra y tick style={major tick length=-5mm, }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=east}, ] \addplot[draw=none] coordinates {(0,\pqmin) (0,\pqmax)}; % Zero at axis \draw[] (0,0) -- (\pgfkeysvalueof{/pgfplots/major tick length},0) node[anchor=east]{\pgfmathprintnumber{0}}; \end{axis} \end{tikzpicture} $ \sourceon MP $ \def\p{-5} \def\q{1} \def\pqmax{65} \def\pqmin{-\pqmax} \def\majortickdiff{10} \def\exratickdiff{5} \pgfmathsetmacro\nextexratick{\pqmin+3*\exratickdiff} \pgfmathsetlengthmacro\Curvetick{2mm} \pgfmathsetlengthmacro\curvetick{1mm} \pgfplotsset{ common/.style={ y=0.2cm, ymin=\pqmin, ymax=\pqmax, }, % pqcommon/.style={ hide x axis, axis lines*=middle, anchor=origin, ytick={\pqmin,\pqmin+\majortickdiff,...,\pqmax}, minor y tick num=9, extra y ticks={\pqmin+\exratickdiff,\nextexratick,...,\pqmax-\exratickdiff}, extra y tick labels={}, }, } \begin{tikzpicture}[scale=0.5, font=\scriptsize, declare function={ K(\x)=-(1-\x)^2/\x; G(\x,\p,\q)=(\q-\p)*\x+\p; X(\r)=1/(1+\r); Y(\r)=-\r^2/(1+\r); RinvK(\y)=(-\y -sqrt(\y - 4)*sqrt(\y) + 2)/2; LinvK(\y)=(-\y +sqrt(\y - 4)*sqrt(\y) + 2)/2; }, ] % xbar ybar coorfinate and curve ================ \begin{axis}[ %font=\sffamily, %hide axis, purple, tick style=purple, common, x=6.6cm, axis lines=middle, %axis y line=left, xlabel= $\overline{x}$, ylabel= $\overline{y}$, ylabel style={ at={(axis description cs:0.52,1.0075)}, anchor=south, inner ysep=0pt }, xlabel style={ at={(axis description cs:1.002,0.5)}, anchor=west, inner xsep=0pt }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=west}, % y-numbers right of y-axis xticklabel style={yshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=south}, % x-numbers above of y-axis axis line style={-latex}, enlarge y limits=0.075, enlarge x limits=0.075, samples=111, every axis plot/.style={black}, legend pos=north west, legend style={font=\normalsize, text=black, draw=none, fill=yellow!44}, legend cell align=left, ] %\addplot[restrict x to domain=-2:0, domain=-10:-60, blue]({1/(1+r)}, {-r^2/(1+r)}); %\addplot[restrict x to domain=0:2,red]({1/(1+r)}, {-r^2/(1+r)}); \coordinate[] (axis2one) at (1,0); \coordinate[] (axis2zero) at (0,0); \addplot[domain=-2.2:LinvK(\pqmax), forget plot]{K(\x)}; \addplot[domain=-LinvK(\pqmax):2.2, forget plot]{K(\x)}; % Examples, Straight Lines \addplot[domain=-1.7:1.7]{G(\x,-8.8,2.55)}; \addlegendentry{$x^2-8.8x+2.55=0,~~~ x_1=8.5,~~ x_2=0.3$} \addplot[domain=-1.7:1.7, densely dotted]{G(\x,-1,-6)}; \addlegendentry{$x^2 -x -6=0,~~~ x_1=-2,~~ x_2=3$} \addplot[domain=-1.7:1.7, densely dashed]{G(\x,-4,4)}; \addlegendentry{$x^2 -4x +4=0,~~~ x_1=x_2=2$} % Scale on curve ========================= % Lower Part % Numbers and major ticks at curve \foreach \r in {-0.5, -0.2, 0.1, 0.5,% 1,2,...,5,% 10,20,...,60}{%% \edef\temp{% \noexpand\addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \noexpand\addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \noexpand\draw[black] (A) -- ($(A)!\Curvetick!90:(As)$); \noexpand\path[] (A) -- ($(A)!1.75*\Curvetick!90:(As)$) node[draw=none, text=black]{\r}; }\temp }%% % Minor ticks at curve \foreach \r in {-0.5, -0.4,..., -0.1,% 0.2, 0.3,..., 0.9,% 6,7,...,9,% 10.5, 11.5,...,59.5}{%% \addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \draw[black] (A) -- ($(A)!\curvetick!90:(As)$); }%% % Upper Part % Numbers and major ticks at curve \foreach \r in {-60,-50,...,-10, -9,-8,...,-2, -1.5 }{%% \edef\temp{% \noexpand\addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \noexpand\addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \noexpand\draw[black] (A) -- ($(A)!\Curvetick!-90:(As)$); \noexpand\path[] (A) -- ($(A)!1.75*\Curvetick!-90:(As)$) node[draw=none, text=black]{\r}; }\temp }%% % Minor ticks at curve \foreach \r in {-59,-58,...,-11, -10.5,-9.5,...,-4.5, -3.9,-3.8,...,-1.6 }{%% \addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \draw[black] (A) -- ($(A)!\curvetick!-90:(As)$); }%% % ==================================== \end{axis} % q-axis ====================== \begin{axis}[ common, pqcommon, shift={(axis2one)}, ylabel={$q$}, ylabel style={rotate=-90, at={(axis description cs:0.5,0.95)}, anchor=east, inner ysep=0pt }, major tick length=7mm, minor tick length=2mm, extra y tick style={major tick length=5mm, }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=west}, ] \addplot[draw=none] coordinates {(0,\pqmin) (0,\pqmax)}; % Zero at axis \draw[] (0,0) -- (\pgfkeysvalueof{/pgfplots/major tick length},0) node[anchor=west]{\pgfmathprintnumber{0}}; \end{axis} % p-axis ====================== \begin{axis}[ common, pqcommon, shift={(axis2zero)}, ylabel={$p$}, ylabel style={rotate=-90, at={(axis description cs:0.5,0.95)}, anchor=west, inner ysep=0pt }, major tick length=-7mm, minor tick length=-2mm, extra y tick style={major tick length=-5mm, }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=east}, ] \addplot[draw=none] coordinates {(0,\pqmin) (0,\pqmax)}; % Zero at axis \draw[] (0,0) -- (\pgfkeysvalueof{/pgfplots/major tick length},0) node[anchor=east]{\pgfmathprintnumber{0}}; \end{axis} \end{tikzpicture} $ \sourceoff \showon Normales LaTeX \sourceon latex % #arara: pdflatex % #arara: ghostscript: { resolution: 150 , device: png16m} % arara: cleanx: { extensions: [ aux , toc , log , bbl , bcf , blg , out , run.xml , synctex.gz, gz ] } %\documentclass[margin=5pt, tikz]{standalone} \documentclass[a4paper]{article} \usepackage[margin=5mm]{geometry} \usepackage{tikz} \usetikzlibrary{calc} \usetikzlibrary{intersections} \usetikzlibrary{backgrounds} \usetikzlibrary{patterns} \usetikzlibrary{positioning} \usetikzlibrary{angles, quotes, babel} \usepackage{amsmath, amssymb} \usepackage{pgfplots} \pgfplotsset{compat=newest} \begin{document} \def\p{-5} \def\q{1} \def\pqmax{65} \def\pqmin{-\pqmax} \def\majortickdiff{10} \def\exratickdiff{5} \pgfmathsetmacro\nextexratick{\pqmin+3*\exratickdiff} \pgfmathsetlengthmacro\Curvetick{2mm} \pgfmathsetlengthmacro\curvetick{1mm} \pgfplotsset{ common/.style={ y=0.2cm, ymin=\pqmin, ymax=\pqmax, }, % pqcommon/.style={ hide x axis, axis lines*=middle, anchor=origin, ytick={\pqmin,\pqmin+\majortickdiff,...,\pqmax}, minor y tick num=9, extra y ticks={\pqmin+\exratickdiff,\nextexratick,...,\pqmax-\exratickdiff}, extra y tick labels={}, }, } \begin{tikzpicture}[scale=0.5, font=\scriptsize, declare function={ K(\x)=-(1-\x)^2/\x; G(\x,\p,\q)=(\q-\p)*\x+\p; X(\r)=1/(1+\r); Y(\r)=-\r^2/(1+\r); RinvK(\y)=(-\y -sqrt(\y - 4)*sqrt(\y) + 2)/2; LinvK(\y)=(-\y +sqrt(\y - 4)*sqrt(\y) + 2)/2; }, ] % xbar ybar coorfinate and curve ================ \begin{axis}[ %font=\sffamily, %hide axis, purple, tick style=purple, common, x=6.6cm, axis lines=middle, %axis y line=left, xlabel= $\overline{x}$, ylabel= $\overline{y}$, ylabel style={ at={(axis description cs:0.52,1.0075)}, anchor=south, inner ysep=0pt }, xlabel style={ at={(axis description cs:1.002,0.5)}, anchor=west, inner xsep=0pt }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=west}, % y-numbers right of y-axis xticklabel style={yshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=south}, % x-numbers above of y-axis axis line style={-latex}, enlarge y limits=0.075, enlarge x limits=0.075, samples=111, every axis plot/.style={black}, legend pos=north west, legend style={font=\normalsize, text=black, draw=none, fill=yellow!44}, legend cell align=left, ] %\addplot[restrict x to domain=-2:0, domain=-10:-60, blue]({1/(1+r)}, {-r^2/(1+r)}); %\addplot[restrict x to domain=0:2,red]({1/(1+r)}, {-r^2/(1+r)}); \coordinate[] (axis2one) at (1,0); \coordinate[] (axis2zero) at (0,0); \addplot[domain=-2.2:LinvK(\pqmax), forget plot]{K(\x)}; \addplot[domain=-LinvK(\pqmax):2.2, forget plot]{K(\x)}; % Examples, Straight Lines \addplot[domain=-1.7:1.7]{G(\x,-8.8,2.55)}; \addlegendentry{$x^2-8.8x+2.55=0,~~~ x_1=8.5,~~ x_2=0.3$} \addplot[domain=-1.7:1.7, densely dotted]{G(\x,-1,-6)}; \addlegendentry{$x^2 -x -6=0,~~~ x_1=-2,~~ x_2=3$} \addplot[domain=-1.7:1.7, densely dashed]{G(\x,-4,4)}; \addlegendentry{$x^2 -4x +4=0,~~~ x_1=x_2=2$} % Scale on curve ========================= % Lower Part % Numbers and major ticks at curve \foreach \r in {-0.5, -0.2, 0.1, 0.5,% 1,2,...,5,% 10,20,...,60}{%% \edef\temp{% \noexpand\addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \noexpand\addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \noexpand\draw[black] (A) -- ($(A)!\Curvetick!90:(As)$); \noexpand\path[] (A) -- ($(A)!1.75*\Curvetick!90:(As)$) node[draw=none, text=black]{\r}; }\temp }%% % Minor ticks at curve \foreach \r in {-0.5, -0.4,..., -0.1,% 0.2, 0.3,..., 0.9,% 6,7,...,9,% 10.5, 11.5,...,59.5}{%% \addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \draw[black] (A) -- ($(A)!\curvetick!90:(As)$); }%% % Upper Part % Numbers and major ticks at curve \foreach \r in {-60,-50,...,-10, -9,-8,...,-2, -1.5 }{%% \edef\temp{% \noexpand\addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \noexpand\addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \noexpand\draw[black] (A) -- ($(A)!\Curvetick!-90:(As)$); \noexpand\path[] (A) -- ($(A)!1.75*\Curvetick!-90:(As)$) node[draw=none, text=black]{\r}; }\temp }%% % Minor ticks at curve \foreach \r in {-59,-58,...,-11, -10.5,-9.5,...,-4.5, -3.9,-3.8,...,-1.6 }{%% \addplot[draw=none] coordinates {(X(\r),Y(\r)}coordinate[label=](A); \addplot[draw=none] coordinates {(X(\r+0.1),Y(\r+0.1)}coordinate[label=](As); \draw[black] (A) -- ($(A)!\curvetick!-90:(As)$); }%% % ==================================== \end{axis} % q-axis ====================== \begin{axis}[ common, pqcommon, shift={(axis2one)}, ylabel={$q$}, ylabel style={rotate=-90, at={(axis description cs:0.5,0.95)}, anchor=east, inner ysep=0pt }, major tick length=7mm, minor tick length=2mm, extra y tick style={major tick length=5mm, }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=west}, ] \addplot[draw=none] coordinates {(0,\pqmin) (0,\pqmax)}; % Zero at axis \draw[] (0,0) -- (\pgfkeysvalueof{/pgfplots/major tick length},0) node[anchor=west]{\pgfmathprintnumber{0}}; \end{axis} % p-axis ====================== \begin{axis}[ common, pqcommon, shift={(axis2zero)}, ylabel={$p$}, ylabel style={rotate=-90, at={(axis description cs:0.5,0.95)}, anchor=west, inner ysep=0pt }, major tick length=-7mm, minor tick length=-2mm, extra y tick style={major tick length=-5mm, }, yticklabel style={xshift=\pgfkeysvalueof{/pgfplots/major tick length}, anchor=east}, ] \addplot[draw=none] coordinates {(0,\pqmin) (0,\pqmax)}; % Zero at axis \draw[] (0,0) -- (\pgfkeysvalueof{/pgfplots/major tick length},0) node[anchor=east]{\pgfmathprintnumber{0}}; \end{axis} \end{tikzpicture} \end{document} \sourceoff \showoff


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matroid
Senior Letzter Besuch: in der letzten Woche
Dabei seit: 12.03.2001
Mitteilungen: 14515
Wohnort: Solingen
  Beitrag No.1, eingetragen 2022-12-01

Versuchs mal ohne das Wort „system“.


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Wario
Aktiv Letzter Besuch: in der letzten Woche
Dabei seit: 01.05.2020
Mitteilungen: 1078
  Beitrag No.2, vom Themenstarter, eingetragen 2022-12-02

\quoteon(2022-12-01 16:57 - matroid in Beitrag No. 1) Versuchs mal ohne das Wort „system“. \quoteoff War einmal drin (im Kommentar), reichte aber leider nicht. Ich werde auch aus den Fehlermeldungen hier https://matheplanet.de/matheplanet/nuke/html/latexrender/example2.php nicht schlau.


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matroid
Senior Letzter Besuch: in der letzten Woche
Dabei seit: 12.03.2001
Mitteilungen: 14515
Wohnort: Solingen
  Beitrag No.3, eingetragen 2022-12-02

Ok, das mit 'system' war eine falsche Spur. Nach meiner Einschätzung ist es eine Endlosschleife. Ich habe für einen eigenen Test das Zeitlimit von 15 Sekunden auf 255 Sekunden erhöht. Des Rendering läuft dann die ganze (erlaubte) Zeit und kommt auch in 255 Sekunden nicht zum Ende. Standardtipp: Versuch es doch mal Abschnittsweise. Gruß Matroid


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Wario
Aktiv Letzter Besuch: in der letzten Woche
Dabei seit: 01.05.2020
Mitteilungen: 1078
  Beitrag No.4, vom Themenstarter, eingetragen 2022-12-02

\quoteon(2022-12-02 17:38 - matroid in Beitrag No. 3) Standardtipp: Versuch es doch mal Abschnittsweise. \quoteoff Das Problem beginnt mit \sourceon % q-axis ====================== \sourceoff bzw. \sourceon % p-axis ====================== \sourceoff Diese Zusatz-Achsen sollen an eine Stelle im Hauptdiagramm verschoben werden. \sourceon shift={(axis2one)}, \sourceoff damit kommt er hier wohl nicht klar. Könnte evtl. an der speziellen Seitengeometrie hier liegen; oder...


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Wario
Aktiv Letzter Besuch: in der letzten Woche
Dabei seit: 01.05.2020
Mitteilungen: 1078
  Beitrag No.5, vom Themenstarter, eingetragen 2022-12-02

\quoteon(2022-12-02 18:13 - Wario in Beitrag No. 4) Könnte evtl. an der speziellen Seitengeometrie hier liegen; oder... \quoteoff Falls das übh. das Problem ist: \showon Der MP-LaTeX-Kopf lautet \sourceon latex \documentclass[10.5pt]{article} \usepackage[latin1]{inputenc} \usepackage[paperheight=100cm,top=1cm]{geometry} \usepackage{amsmath} \usepackage{amsfonts} \usepackage{amssymb} \usepackage{cancel} \usepackage{color} \usepackage{relsize} \usepackage{dsfont} \usepackage{tabularx} \usepackage{stmaryrd} \pagestyle{empty} \newcommand{\IR}[0]{\mathbb{R}} \newcommand{\IN}[0]{\mathbb{N}} \newcommand{\IQ}{\mathbb{Q}} \newcommand{\IC}{\mathbb{C}} \newcommand{\IK}{\mathbb{K}} \newcommand{\IH}{\mathbb{H}} \newcommand{\dd}{\mathrm{d}} \newcommand{\abs}[1]{\left\lvert#1\right\rvert} \newcommand{\norm}[1]{\left\lVert#1\right\rVert} \newcommand{\IZ}{\mathbb{Z}} \newcommand{\eps}{\varepsilon} \newcommand{\w}{\omega} \newcommand{\z}{\zeta} \newcommand{\G}{\Gamma} \newcommand{\g}{\gamma} \newcommand{\IF}{\mathbb{F}} \DeclareMathOperator{\const}{const} \DeclareMathOperator{\id}{id} \DeclareMathOperator{\grad}{grad} \DeclareMathOperator{\coker}{coker} \DeclareMathOperator{\colim}{colim} \renewcommand{\d}{\operatorname{d}} \renewcommand{\Re}{\operatorname{Re}} \renewcommand{\Im}{\operatorname{Im}} \let\originalleft\left \let\originalright\right \renewcommand{\left}{\mathopen{}\mathclose\bgroup\originalleft} \renewcommand{\right}{\aftergroup\egroup\originalright} \begin{document} \parindent 0pt $\frc {43}{12} \sqrt {43}$ \end{document} \sourceoff \showoff (siehe https://matheplanet.de/matheplanet/nuke/html/latexrender/example2.php) Falls das mal modernisiert werden soll, würde ich erwägen \sourceon \documentclass[10.5pt]{article} \usepackage[paperheight=100cm,top=1cm]{geometry} \sourceoff durch eine Umsetzung mit der standalone-Klasse zu ersetzen. Das sollte dann aber mit den Experten (stefan_k usw.) besprochen werden. \sourceon \documentclass[...]{standalone} \sourceoff reicht auch nicht immer.


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