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Dieses Bild muss innerhalb der Seite geneigt werden, sodass es ein perspektivischer Pfad mit geneigtem Text ist. Pfad, der aus der Seite herauskommt

tag-icon • tag-icon tikz-pgf positioning rotating
Dieses Bild muss innerhalb der Seite geneigt werden, sodass es ein perspektivischer Pfad mit geneigtem Text ist. Pfad, der aus der Seite herauskommt 
\documentclass{article}
\usepackage{tikz}
\usetikzlibrary{arrows,decorations,patterns,positioning,automata,shadows,fit,shapes,calc,decorations.markings,backgrounds,scopes}

\newcommand{\xyz}{
\begin{tikzpicture}[scale=0.78]
\clip plot[scale=1.8,smooth cycle,clip]coordinates{(0.91,6.44)(0.69,6.21)(0.56,5.89)(0.46,5.58)(0.41,5.25)(0.44,4.96)(0.62,4.67)(0.93,4.42)(1.35,4.23)(1.75,4.17)(2.16,4.21)(2.66,4.33)(3.02,4.5)(3.39,4.67)(3.72,4.85)(4.03,5)(4.37,5.19)(4.78,5.42)(5.14,5.58)(5.49,5.75)(5.89,5.83)(6.34,5.85)(6.63,5.73)(6.8,5.46)(6.84,5.08)(6.74,4.79)(6.53,4.58)(6.26,4.4)(5.91,4.23)(5.53,4.13)(5.22,4.08)(4.83,4.02)(4.28,4)(3.89,3.96)(3.56,3.96)(3.14,3.9)(2.77,3.84)(2.39,3.79)(2,3.69)(1.64,3.52)(1.29,3.38)(0.98,3.15)(0.71,2.88)(0.48,2.55)(0.35,2.21)(0.27,1.8)(0.29,1.4)(0.35,1.09)(0.48,0.8)(0.75,0.55)(1.08,0.38)(1.43,0.24)(1.97,0.24)(2.45,0.32)(2.97,0.53)(3.45,0.76)(4.03,1.09)(4.37,1.28)(4.76,1.44)(5.14,1.65)(5.53,1.82)(5.91,1.92)(6.24,2.03)(6.57,1.8)(6.47,1.15)(7.32,0.82)(7.47,1.36)(7.53,1.88)(7.38,2.3)(7.03,2.65)(6.53,2.86)(6.18,2.9)(5.78,2.88)(5.37,2.77)(4.97,2.61)(4.66,2.48)(4.33,2.32)(4.01,2.15)(3.68,1.96)(3.41,1.8)(3.1,1.65)(2.74,1.46)(2.45,1.34)(2.02,1.21)(1.56,1.21)(1.29,1.38)(1.25,1.71)(1.33,2.13)(1.54,2.4)(1.79,2.57)(2.02,2.69)(2.33,2.77)(2.74,2.9)(3.18,2.94)(3.64,3)(4.12,3.02)(4.51,3.07)(4.97,3.11)(5.28,3.15)(5.64,3.19)(6.01,3.25)(6.36,3.4)(6.68,3.54)(7.09,3.81)(7.34,4.02)(7.59,4.4)(7.78,4.85)(7.8,5.31)(7.7,5.81)(7.53,6.17)(7.28,6.46)(6.93,6.66)(6.55,6.81)(6.09,6.85)(5.66,6.79)(5.26,6.69)(4.85,6.54)(4.43,6.33)(4.08,6.14)(3.7,5.94)(3.33,5.73)(2.89,5.5)(2.5,5.33)(2.16,5.23)(1.77,5.15)(1.45,5.13)(1.37,5.44)(1.52,5.73)(1.68,6.04)};

%Bricks
\def\mypath{(0.2,0.2)--(0.2,12.5)--(14,12.5)--(14,0.2)}
\fill [black!30] (0,0)--(7,7) \mypath;
\pattern[scale=2,pattern color=black!0,pattern=bricks] \mypath;
%Bricks

\node at (2.0,8.7){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{S}}}};
\node at (3.6,8.4){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{L}}}};
\node at (5.2,8.9){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{I}}}};
\node at (6.8,9.7){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{D}}}};
\node at (8.5,10.7){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{I}}}};
\node at (10.0,11.3){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{N}}}};
\node at (11.7,11.4){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{G}}}};

\node at (2.0,4.8){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{S}}}};
\node at (3.6,5.7){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{I}}}};
\node at (5.2,6.1){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{N}}}};
\node at (6.8,6.2){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{U}}}};
\node at (8.4,6.4){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{O}}}};
\node at (10.0,6.6){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{U}}}};
\node at (11.6,7.1){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{S}}}};

\node at (2.0,1.6){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{S}}}};
\node at (3.6,1.3){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{L}}}};
\node at (5.2,1.8){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{I}}}};
\node at (6.8,2.6){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{T}}}};
\node at (8.5,3.5){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{E}}}};
\node at (10.2,4.2){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{R}}}};
\node at (11.6,4.3){{\fontfamily{ugq}\fontsize{38}{42}\selectfont \color{black}{\textbf{Y}}}};
\end{tikzpicture}
}

\newcommand{\yslant}{0.5}
\newcommand{\xslant}{0.4}

\begin{document}
\xyz

\newpage
\begin{tikzpicture}[scale=0.5,every node/.style={minimum size=1cm},on grid]
\begin{scope}[
    yshift=0,
    every node/.append style={yslant=\yslant,xslant=\xslant},
    yslant=\yslant,xslant=\xslant
]       
    \node at (0,0) {\xyz};
\end{scope}
\end{tikzpicture}

\end{document}

Antwort1

Pseudo-3D-Effekte können tikz-3dplotbeispielsweise mit der 3D-Bibliothek und erzielt werden.

\documentclass[tikz,border=3.14mm]{standalone}
\usepackage{tikz-3dplot}
\usetikzlibrary{3d,patterns}
\begin{document}
\tdplotsetmaincoords{60}{20}
\begin{tikzpicture}[tdplot_main_coords,scale=0.78]
\begin{scope}[canvas is xy plane at z=0]
\clip plot[scale=1.8,smooth cycle,clip]coordinates{(0.91,6.44)(0.69,6.21)(0.56,5.89)(0.46,5.58)(0.41,5.25)(0.44,4.96)(0.62,4.67)(0.93,4.42)(1.35,4.23)(1.75,4.17)(2.16,4.21)(2.66,4.33)(3.02,4.5)(3.39,4.67)(3.72,4.85)(4.03,5)(4.37,5.19)(4.78,5.42)(5.14,5.58)(5.49,5.75)(5.89,5.83)(6.34,5.85)(6.63,5.73)(6.8,5.46)(6.84,5.08)(6.74,4.79)(6.53,4.58)(6.26,4.4)(5.91,4.23)(5.53,4.13)(5.22,4.08)(4.83,4.02)(4.28,4)(3.89,3.96)(3.56,3.96)(3.14,3.9)(2.77,3.84)(2.39,3.79)(2,3.69)(1.64,3.52)(1.29,3.38)(0.98,3.15)(0.71,2.88)(0.48,2.55)(0.35,2.21)(0.27,1.8)(0.29,1.4)(0.35,1.09)(0.48,0.8)(0.75,0.55)(1.08,0.38)(1.43,0.24)(1.97,0.24)(2.45,0.32)(2.97,0.53)(3.45,0.76)(4.03,1.09)(4.37,1.28)(4.76,1.44)(5.14,1.65)(5.53,1.82)(5.91,1.92)(6.24,2.03)(6.57,1.8)(6.47,1.15)(7.32,0.82)(7.47,1.36)(7.53,1.88)(7.38,2.3)(7.03,2.65)(6.53,2.86)(6.18,2.9)(5.78,2.88)(5.37,2.77)(4.97,2.61)(4.66,2.48)(4.33,2.32)(4.01,2.15)(3.68,1.96)(3.41,1.8)(3.1,1.65)(2.74,1.46)(2.45,1.34)(2.02,1.21)(1.56,1.21)(1.29,1.38)(1.25,1.71)(1.33,2.13)(1.54,2.4)(1.79,2.57)(2.02,2.69)(2.33,2.77)(2.74,2.9)(3.18,2.94)(3.64,3)(4.12,3.02)(4.51,3.07)(4.97,3.11)(5.28,3.15)(5.64,3.19)(6.01,3.25)(6.36,3.4)(6.68,3.54)(7.09,3.81)(7.34,4.02)(7.59,4.4)(7.78,4.85)(7.8,5.31)(7.7,5.81)(7.53,6.17)(7.28,6.46)(6.93,6.66)(6.55,6.81)(6.09,6.85)(5.66,6.79)(5.26,6.69)(4.85,6.54)(4.43,6.33)(4.08,6.14)(3.7,5.94)(3.33,5.73)(2.89,5.5)(2.5,5.33)(2.16,5.23)(1.77,5.15)(1.45,5.13)(1.37,5.44)(1.52,5.73)(1.68,6.04)};

%Bricks
\def\mypath{(0.2,0.2)--(0.2,12.5)--(14,12.5)--(14,0.2)}
\fill [black!30] (0,0)--(7,7) \mypath;
\pattern[pattern color=black!0,pattern=bricks] \mypath;
%Bricks
\foreach \X[count=\Y] in {(2.0,8.7),(3.6,8.4),(5.2,8.9),(6.8,9.7),(8.5,10.7),(10.0,11.3),(11.7,11.4),
(2.0,4.8),(3.6,5.7),(5.2,6.1),(6.8,6.2),(8.4,6.4),(10.0,6.6),(11.6,7.1),
(2.0,1.6),(3.6,1.3),(5.2,1.8),(6.8,2.6),(8.5,3.5),(10.2,4.2),(11.6,4.3)}
{\path \X coordinate (p\Y);}
\end{scope}
\begin{scope}[canvas is xz plane at y=0,transform shape]
\foreach \X [count=\Y] in
 {{S},{L},{I},{D},{I},{N},{G},{S},{I},{N},{U},{O},{U},{S},{S},{L},{I},{T},{E},{R},{Y}}
 {\node[anchor=south,font=\fontfamily{ugq}\fontsize{38}{42}\selectfont\bfseries] at (p\Y) {\X};}
\end{scope}
%%%%%%%%%%%
\end{tikzpicture}
\end{document}

Bildbeschreibung hier eingeben

Sie können dann die Blickwinkel anpassen.

\documentclass[tikz,border=3.14mm]{standalone}
\usepackage{tikz-3dplot}
\usetikzlibrary{3d,patterns}
\begin{document}
\foreach \X in {0,10,...,360}
{\tdplotsetmaincoords{60+15*sin(\X)}{20+10*sin(\X)}
\begin{tikzpicture}[tdplot_main_coords,scale=0.78]
\path [tdplot_screen_coords,use as bounding box] (0,-3) rectangle (18,12);
\begin{scope}[canvas is xy plane at z=0]
\clip plot[scale=1.8,smooth cycle,clip]coordinates{(0.91,6.44)(0.69,6.21)(0.56,5.89)(0.46,5.58)(0.41,5.25)(0.44,4.96)(0.62,4.67)(0.93,4.42)(1.35,4.23)(1.75,4.17)(2.16,4.21)(2.66,4.33)(3.02,4.5)(3.39,4.67)(3.72,4.85)(4.03,5)(4.37,5.19)(4.78,5.42)(5.14,5.58)(5.49,5.75)(5.89,5.83)(6.34,5.85)(6.63,5.73)(6.8,5.46)(6.84,5.08)(6.74,4.79)(6.53,4.58)(6.26,4.4)(5.91,4.23)(5.53,4.13)(5.22,4.08)(4.83,4.02)(4.28,4)(3.89,3.96)(3.56,3.96)(3.14,3.9)(2.77,3.84)(2.39,3.79)(2,3.69)(1.64,3.52)(1.29,3.38)(0.98,3.15)(0.71,2.88)(0.48,2.55)(0.35,2.21)(0.27,1.8)(0.29,1.4)(0.35,1.09)(0.48,0.8)(0.75,0.55)(1.08,0.38)(1.43,0.24)(1.97,0.24)(2.45,0.32)(2.97,0.53)(3.45,0.76)(4.03,1.09)(4.37,1.28)(4.76,1.44)(5.14,1.65)(5.53,1.82)(5.91,1.92)(6.24,2.03)(6.57,1.8)(6.47,1.15)(7.32,0.82)(7.47,1.36)(7.53,1.88)(7.38,2.3)(7.03,2.65)(6.53,2.86)(6.18,2.9)(5.78,2.88)(5.37,2.77)(4.97,2.61)(4.66,2.48)(4.33,2.32)(4.01,2.15)(3.68,1.96)(3.41,1.8)(3.1,1.65)(2.74,1.46)(2.45,1.34)(2.02,1.21)(1.56,1.21)(1.29,1.38)(1.25,1.71)(1.33,2.13)(1.54,2.4)(1.79,2.57)(2.02,2.69)(2.33,2.77)(2.74,2.9)(3.18,2.94)(3.64,3)(4.12,3.02)(4.51,3.07)(4.97,3.11)(5.28,3.15)(5.64,3.19)(6.01,3.25)(6.36,3.4)(6.68,3.54)(7.09,3.81)(7.34,4.02)(7.59,4.4)(7.78,4.85)(7.8,5.31)(7.7,5.81)(7.53,6.17)(7.28,6.46)(6.93,6.66)(6.55,6.81)(6.09,6.85)(5.66,6.79)(5.26,6.69)(4.85,6.54)(4.43,6.33)(4.08,6.14)(3.7,5.94)(3.33,5.73)(2.89,5.5)(2.5,5.33)(2.16,5.23)(1.77,5.15)(1.45,5.13)(1.37,5.44)(1.52,5.73)(1.68,6.04)};

%Bricks
\def\mypath{(0.2,0.2)--(0.2,12.5)--(14,12.5)--(14,0.2)}
\fill [black!30] (0,0)--(7,7) \mypath;
\pattern[pattern color=black!0,pattern=bricks] \mypath;
%Bricks
\foreach \X[count=\Y] in {(2.0,8.7),(3.6,8.4),(5.2,8.9),(6.8,9.7),(8.5,10.7),(10.0,11.3),(11.7,11.4),
(2.0,4.8),(3.6,5.7),(5.2,6.1),(6.8,6.2),(8.4,6.4),(10.0,6.6),(11.6,7.1),
(2.0,1.6),(3.6,1.3),(5.2,1.8),(6.8,2.6),(8.5,3.5),(10.2,4.2),(11.6,4.3)}
{\path \X coordinate (p\Y);}
\end{scope}
\begin{scope}[canvas is xz plane at y=0,transform shape]
\foreach \X [count=\Y] in
 {{S},{L},{I},{D},{I},{N},{G},{S},{I},{N},{U},{O},{U},{S},{S},{L},{I},{T},{E},{R},{Y}}
 {\node[anchor=south,font=\fontfamily{ugq}\fontsize{38}{42}\selectfont\bfseries] at (p\Y) {\X};}
\end{scope}
%%%%%%%%%%%
\end{tikzpicture}}
\end{document}

Bildbeschreibung hier eingeben

Wie ich bereits erwähnt habe, verschachtelt Ihr Code tikzpictures, was vermieden werden sollte. Wie Sie auch sehen können, werden die Muster nicht transformiert. Eine Wand, die transformiert werden kann, finden SieHier.

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