dot2tex tikz und landscape

"Uwe Brauer" (via tex-d-l Mailing List) <[email protected]> Sun, 12 Mar 2023 09:13:02 +0100

Newsgroups	gmane.comp.tex.german
Message-ID	<[email protected]>

Hallo

In 
https://terrytao.wordpress.com/2023/02/18/would-it-be-possible-to-create-a-tool-to-automatically-diagram-papers/

Wird die Frage gestellt, ob es möglich Diagramme zu erzeugen, die Theoreme, Lemmas
etc) automatisch verbinden.

Ich bin auf https://github.com/michal-h21/rdfref
gestoßen, 

Damit kann man eine .dot Datei erzeugen, den man entweder direkt mit dot
in png übersetzt oder mit dot2tex nach latex, mit tikz

Ich habe eine solche tikz Datei angehängt.

Was ich nicht verstehe, warum wird die landscape option ignoriert?
Ich habe 
\documentclass[landscape]{article}

\usepackage{lscape}
\begin{landscape}
\end{landscape}

https://tex.stackexchange.com/questions/166854/using-tikz-in-landscape-mode

Probiert, aber ohne Erfolg

Weiß jemand Rat?

Danke 

Uwe Brauer



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mytheorem-graph.tex (text/x-tex, 3.3 KB)

\documentclass[landscape]{article}

\usepackage{lscape}
\usepackage[x11names, svgnames, rgb]{xcolor}
\usepackage[utf8]{inputenc}
\usepackage{tikz}
\usetikzlibrary{snakes,arrows,shapes}
\usepackage{amsmath}
%
%

%

%

\begin{document}
\pagestyle{empty}
%
%
%

%\enlargethispage{100cm}
% Start of code
% \begin{tikzpicture}[anchor=mid,>=latex',line join=bevel,]
\begin{landscape}
  \begin{figure}[htpb]
    \centering
\begin{tikzpicture}[>=latex',line join=bevel,]
  \pgfsetlinewidth{1bp}
%%
\pgfsetcolor{black}
  % Edge: thm_prop1 -> thm_thm1
  \draw [->] (288.27bp,218.41bp) .. controls (321.6bp,207.9bp) and (366.91bp,193.61bp)  .. (413.15bp,179.04bp);
  % Edge: thm_lem1 -> thm_thm1
  \draw [->] (464.0bp,215.7bp) .. controls (464.0bp,207.98bp) and (464.0bp,198.71bp)  .. (464.0bp,180.1bp);
  % Edge: thm_cor2 -> sec_first
  \draw [->] (426.32bp,72.411bp) .. controls (403.7bp,62.453bp) and (374.77bp,49.715bp)  .. (341.59bp,35.108bp);
  % Edge: thm_cor1 -> sec_first
  \draw [->] (183.28bp,72.588bp) .. controls (205.97bp,62.599bp) and (235.12bp,49.765bp)  .. (268.5bp,35.068bp);
  % Edge: thm_defn1 -> thm_thm1
  \draw [->] (658.49bp,217.9bp) .. controls (620.74bp,207.24bp) and (569.93bp,192.9bp)  .. (519.99bp,178.8bp);
  % Edge: thm_thm1 -> thm_cor2
  \draw [->] (464.0bp,143.7bp) .. controls (464.0bp,135.98bp) and (464.0bp,126.71bp)  .. (464.0bp,108.1bp);
  % Node: thm_lem1
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (464.0bp,234.0bp) ellipse (112.5bp and 18.0bp);
  \draw (464.0bp,234.0bp) node {Lemma 1$\backslash$ Estimates for products of functions };
\end{scope}
  % Node: thm_prop1
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (242.0bp,234.0bp) ellipse (91.0bp and 18.0bp);
  \draw (242.0bp,234.0bp) node {Proposition 1$\backslash$ Equivalence of norms };
\end{scope}
  % Node: thm_thm1
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (464.0bp,162.0bp) ellipse (153.5bp and 18.0bp);
  \draw (464.0bp,162.0bp) node {Theorem 1$\backslash$ Well posedness of the Euler--Poisson--Makino system };
\end{scope}
  % Node: thm_cor2
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (464.0bp,90.0bp) ellipse (153.5bp and 18.0bp);
  \draw (464.0bp,90.0bp) node {Corollary 2$\backslash$ Local solutions of the original Euler--Poisson system };
\end{scope}
  % Node: thm_cor1
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (146.0bp,90.0bp) ellipse (146.0bp and 18.0bp);
  \draw (146.0bp,90.0bp) node {Corollary 1$\backslash$ The static solutions of the Euler--Poisson system };
\end{scope}
  % Node: sec_first
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (305.0bp,18.0bp) ellipse (112.0bp and 18.0bp);
  \draw (305.0bp,18.0bp) node {Sectioning 1$\backslash$ Presentation of the main results };
\end{scope}
  % Node: thm_defn1
\begin{scope}
  \definecolor{strokecol}{rgb}{0.0,0.0,0.0};
  \pgfsetstrokecolor{strokecol}
  \draw (712.0bp,234.0bp) ellipse (117.5bp and 18.0bp);
  \draw (712.0bp,234.0bp) node {Definition 1$\backslash$ Weighted fractional Sobolev spaces };
\end{scope}
%
\end{tikzpicture}
% End of code
\end{figure}  
\end{landscape}
%
\end{document}
%

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