[Tex/LaTex] SmartArt graphics in LaTeX

graphicstikz-arrows

I want to make a SmartArt Graphic (as it is called in PowerPoint) to show different types of convergence and links between these one for measure theory course. I made in LaTeX the following 'SmartArt graphic':
Code:

\documentclass[12pt,a4paper,landscape]{article}
\usepackage{tikz}
\usepackage{geometry}
\usetikzlibrary{positioning}
\geometry{left=0.75in,right=0.75in,top=0.75in,bottom=0.75in}
\begin{document}
\begin{center}
\begin{tikzpicture}[>=stealth,every node/.style={shape=rectangle,draw,rounded corners},]
    % create the nodes
    \node (c1)[font=\fontsize{14}{16}\selectfont ]{
    $\left.
      \begin{array}{c}
        \textbf{Convergen\c{t}\u{a}} \\
        \textbf{uniform\u{a} aproape sigur\u{a}} \\
      \end{array}
    \right.
    $
     };
    \node (c2) [left =of c1,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} complet\u{a}}};
    \node (c3) [below =of c2,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} tare}};
    \node (c4) [below =of c1,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} aproape sigur\u{a}}};
    \node (c5) [right =of c4,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} uniform asimptotic\u{a}}};
    \node (c6) [below left =of c4,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} \^{i}n probabilitate}};
    \node (c7) [below right =of c4,font=\fontsize{14}{16}\selectfont ] {
    $\left.
      \begin{array}{c}
        \textbf{Convergen\c{t}\u{a} \^{i}n }\\
        \textbf{medie de ordinul $r>0$} \\
      \end{array}
    \right.
    $
    };
    \node (c12) [below=of c7,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} \^{i}n $L^q,0<q<r$}};
    \node (c8) [below =of c6,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} \^{i}n  reparti\c{t}ie}};
    \node (c9) [below =of c8,font=\fontsize{14}{16}\selectfont ] {\textbf{Convergen\c{t}\u{a} \^{i}n func\c{t}ie de reparti\c{t}ie}};
    \node (c10) [below =of c9,font=\fontsize{14}{16}\selectfont ] {
    $\left.
      \begin{array}{c}
        \textbf{Convergen\c{t}\u{a} \^{i}n func\c{t}ie}\\
        \textbf{caracteristic\u{a}} \\
      \end{array}
    \right.
    $
    };
    \draw[bend left=45,black,latex-,line width=2pt] (c3.west) to (c2.west);
    \draw[bend left=45,blue,latex-,line width=2pt] (c2.east) to (c3.east);
    \draw[black,latex-,->,line width=2pt] (c4.west) to (c3.east);
    \draw[black,latex-,->,line width=2pt] (c1.south) to (c4.north);
    \draw[black,latex-,<->,line width=2pt] (c5) to (c4);
    \draw[bend left=25,black,latex-,line width=2pt] (c6.north) to (c4.south west);
    \draw[bend left=25,red,latex-,line width=2pt] (c4.south) to (c6.east);
    \draw[bend left=10,red,latex-,line width=2pt] (c4.south east) to (c7.north);
    \draw[bend left=25,blue,latex-,line width=2pt] (c7.west) to (c4.south);
    \draw[black,latex-,->,line width=2pt] (c7) to (c12);
    \draw[bend left=45,black,latex-,line width=2pt] (c8.west) to (c6.west);
    \draw[bend left=45,blue,latex-,line width=2pt] (c6.east) to (c8.east);
    \draw[black,latex-,<->,line width=2pt] (c8) to (c9);
    \draw[black,latex-,<->,line width=2pt] (c9) to (c10);
    \draw[bend left=35,blue,latex-,line width=2pt] (c4.south) to (c8.east);
\end{tikzpicture}
\vspace{1cm}
\begin{tikzpicture}
$$
     \draw[black,latex-,->,line width=2pt] (0,0) -- (2,0) node at (4,0){Implica\c{t}ie direct\u{a}};
$$
\end{tikzpicture}
\break \break
\begin{tikzpicture}
$$
     \draw[blue,latex-,->,line width=2pt] (0,0) -- (2,0) node at (6,0){Implica\c{t}ie \^{i}n condi\c{t}ii suplimentare};
$$
\end{tikzpicture}
\break \break
\begin{tikzpicture}
$$
     \draw[red,latex-,->,line width=2pt] (0,0) -- (2,0) node at (5,0){Implica\c{t}ie pe un sub\c{s}ir};
$$
\end{tikzpicture}
\break \break
\end{center}
\end{document}

and I obtained:
enter image description here

My question is: How is it possible to format my diagram to look like the one below?
enter image description here

Yes, thank you very much and I am sorry for my lack of bravity (cfr). I translate my graphic and hope that it is correct. (I used : Patrick Billingsley, Convergence of Probability Measures and Albert Shiryaev, Probability). enter image description here

Best Answer

Like this?

MWE

\documentclass[12pt,a4paper,landscape]{article}
\usepackage{tikz}
\usepackage{geometry}
\usetikzlibrary{positioning,calc}
\geometry{left=0.75in,right=0.75in,top=0.75in,bottom=0.75in}

\begin{document}
\begin{center}
  \begin{tikzpicture}[scale=.9,transform shape]
    \tikzset{
      every node/.style={draw,rounded corners,font=\fontsize{14}{16}\selectfont\bfseries,align=center,on grid,inner sep=8pt},
      node distance=2cm and 9cm,
      every path/.style={line width=2pt,line cap=round}
    }
    \node (c1)[]{
      Convergen\c{t}\u{a} \\
      uniform\u{a} aproape sigur\u{a}
    };
    \node (c2) [left =of c1,] {Convergen\c{t}\u{a} complet\u{a}};
    \node (c3) [below =of c2,] {Convergen\c{t}\u{a} tare};
    \node (c4) [below =of c1,] {Convergen\c{t}\u{a} aproape sigur\u{a}};
    \node (c5) [right =of c4,] {Convergen\c{t}\u{a} uniform asimptotic\u{a}};
    \node (c6) [below left =4cm and 9cm of c4,] {Convergen\c{t}\u{a} \^{i}n probabilitate};
    \node (c7) [below right =of c4,] {
      Convergen\c{t}\u{a} \^{i}n \\
      medie de ordinul $r>0$ 
    };
    \node (c12) [below=of c7,] {Convergen\c{t}\u{a} \^{i}n $L^q,0<q<r$};
    \node (c8) [below =4cm of c6,] {Convergen\c{t}\u{a} \^{i}n  reparti\c{t}ie};
    \node (c9) [right=of c8,] {Convergen\c{t}\u{a} \^{i}n func\c{t}ie de reparti\c{t}ie};
    \node (c10) [right =of c9,] {
      Convergen\c{t}\u{a} \^{i}n func\c{t}ie\\
      caracteristic\u{a} 
    };

    \draw
      (c1) edge (c4) 
      (c2) edge (c3)
      (c3) edge (c4)
      (c4) edge (c5)
      (c4) edge (c6)
      (c4) edge (c7)
      (c7) edge (c12)
      (c6) edge (c8)
      (c8) edge (c9)
      (c9) edge (c10)
    ; 

    \coordinate(sep aux)at($(c6)!.5!(c8)$);
    \coordinate(sep)at($(current bounding box.west|-sep aux)+(-2cm,0)$); 
    \coordinate(T1)at($(current bounding box.north west-|sep)!.5!(sep)$);
    \coordinate(T2)at($(current bounding box.south west-|sep)!.5!(sep)$);

    \draw(sep)--(sep-|current bounding box.east);
    \node[anchor=west,draw=none]at(T1){\Huge I};
    \node[anchor=west,draw=none]at(T2){\Huge II};
  \end{tikzpicture}
\end{center}
\end{document}

Output

enter image description here

Related Solutions

[Tex/LaTex] TikZ: Cropping the Bounding Box

The code adds some completely useless invisible (or rather white) stuff. The lines

\clip(0pt,403pt) -- (389.957pt,403pt) -- (389.957pt,99.6166pt) -- (0pt,99.6166pt) -- (0pt,403pt);
\color[rgb]{1,1,1}
\fill(3.76406pt,399.236pt) -- (380.923pt,399.236pt) -- (380.923pt,253.19pt) -- (3.76406pt,253.19pt) -- (3.76406pt,399.236pt);
\fill(53.4497pt,394.719pt) -- (374.901pt,394.719pt) -- (374.901pt,289.325pt) -- (53.4497pt,289.325pt) -- (53.4497pt,394.719pt);

draw a white background that is larger than the actual picture. TikZ sees that and thinks it is part of the picture. Simply removing/uncommenting these lines removes most of the whitespace.

Near the end of the first scope,

\color[rgb]{1,1,1}
\fill(3.76406pt,249.426pt) -- (386.193pt,249.426pt) -- (386.193pt,103.381pt) -- (3.76406pt,103.381pt) -- (3.76406pt,249.426pt);

does the same. Additionally (near the end of the second scope),

\pgftext[center, base, at={\pgfpoint{220.95pt}{106.392pt}}]{\sffamily\fontsize{9}{0}\selectfont{\textbf{ }}}

adds a blank node below the picture, again enlarging the bounding box.

Removing all those lines gives a tight bounding box.

As far as I know, TikZ cannot do the cropping for you, as it can't know whether the white stuff is intentional or not (there might for example be a dark background behind the image so that white is visible).

[Tex/LaTex] Generating graphics for LaTeX with PyX

One of the more versatile packages for creating all kinds of graphs is PGF/TikZ. There is extensive documentation for it available in the PDF manual (note that this is for the CVS version, not for the last release).

I doubt it's very useful for 3D graphics but a special syntax for data visualization (like here) is currently under development and will be shipped with the next version.

Best Answer

MWE

Output

Related Solutions

[Tex/LaTex] TikZ: Cropping the Bounding Box

[Tex/LaTex] Generating graphics for LaTeX with PyX

Related Question