Ich habe ein Problem mit Latex. Ich muss die Tikzset-Umgebung verwenden, um einige Diagramme zu zeichnen. Nachdem ich diese Diagramme gezeichnet habe, brauche ich die Tikzset-Umgebung jedoch nicht mehr. Außerdem macht Tikzset das andere Diagramm seltsam.
Wie kann ich in der Mitte des Dokuments einen Standardstil festlegen?
Abbildung 1 ist korrekt, aber die Häkchen in Abbildung 2 sind seltsam.
\usepackage[dvipsnames]{xcolor}
\usepackage{marvosym}
\usepackage{tikz}
\usepackage{array}
\usepackage{pgfplots}
\usetikzlibrary{arrows}
\usetikzlibrary{backgrounds}
\usetikzlibrary{calc}
\usetikzlibrary{chains}
\usetikzlibrary{decorations.markings}
\usetikzlibrary{decorations.pathmorphing}
\usetikzlibrary{decorations.pathreplacing}
\usetikzlibrary{fit}
\usetikzlibrary{intersections}
\usetikzlibrary{matrix}
\usetikzlibrary{positioning}
\usetikzlibrary{shapes.arrows}
\usetikzlibrary{shapes.geometric}
\usetikzlibrary{shapes.multipart}
\usetikzlibrary{shapes.symbols}
\usetikzlibrary{trees}
\tikzset{>=latex}
\tikzset{
smallfunction/.style={
rectangle,
rounded corners,
draw=black, thick,
minimum height=1.66em,
text centered,
},
function/.style={
smallfunction,
minimum width=0.8cm,
},
cross line/.style={preaction={draw=white, -, shorten >=1pt, shorten <=1pt, line width=3.33pt}},
arrow/.style = {->,black,semithick},
connect/.style = {-,semithick},
decoration={brace},
}
\def\branch#1{\fill #1 circle [radius=1.5pt];}
\tikzset{XOR/.style=
{draw,circle,thick,fill=white,scale=1.1,append after command={
[shorten >=\pgflinewidth, shorten <=\pgflinewidth,]
(\tikzlastnode.north) edge[thick] (\tikzlastnode.south)
(\tikzlastnode.east) edge[thick] (\tikzlastnode.west)}
},
PLUS/.style=
{draw,rectangle,thick,fill=white,scale=1.5,append after command={
[shorten >=\pgflinewidth, shorten <=\pgflinewidth,]
(\tikzlastnode.north) edge[thick] (\tikzlastnode.south)
(\tikzlastnode.east) edge[thick] (\tikzlastnode.west)}
},
branch/.style=
{fill,shape=circle,minimum size=3pt,inner sep=0pt},
}
\begin{document}
\begin{figure}[h]
\centering
\begin{tikzpicture}
\matrix[column sep={14mm,between origins}, row sep={9mm,between origins}] {
\node[] (ina2) {$X_{23}\left[0\right]$}; & & \node[] (inb2) {$X_{23}\left[1\right]$}; & & \node[] (inc2) {$X_{23}\left[2\right]$}; & & \node[] (ind2) {$X_{23}\left[3\right]$}; \\
& & & & & & \node[XOR] (X8) {}; \\
& & & & \node[branch, blue] (B9) {}; & \node[XOR] (X9) {}; & \node[PLUS] (P9) {}; \\
& & & & \node[XOR] (X10) {}; & & \node[function] (F10) {$ROR_3$}; \\
& & \node[branch] (B11) {}; & \node[XOR] (X11) {}; & \node[PLUS] (P11) {}; \\
& & \node[XOR] (X12) {}; & & \node[function] (F12) {$ROR_5$}; \\
\node[branch] (B13) {}; & \node[XOR] (X13) {}; & \node[PLUS] (P13) {}; \\
& & \node[function] (F14) {$ROL_9$}; \\
\node[coordinate] (outa1) {}; & & \node[coordinate] (outb1) {}; & & \node[coordinate] (outc1) {}; & & \node[coordinate] (outd1) {}; \\[6mm]
\node[] (ina3) {$X_{24}\left[0\right]$}; & & \node[] (inb3) {$X_{24}\left[1\right]$}; & & \node[] (inc3) {$X_{24}\left[2\right]$}; & & \node[] (ind3) {$X_{24}\left[3\right]$}; \\
};
\node[blue] at ($(inc2) + (0.7,3mm)$) {\huge{\Lightning}};
% verticals
\draw[connect] (ina2) -- (B13); \draw[connect] (B13) -- (outa1);
\draw[connect] (inb2) -- (B11); \draw[arrow] (B11) -- (X12); \draw[arrow] (X12) -- (P13); \draw[arrow] (P13) -- (F14); \draw[connect] (F14) -- (outb1);
\draw[connect, blue, dashed] (inc2) -- (B9); \draw[arrow, blue, dashed] (B9) -- (X10); \draw[arrow, blue, dashed] (X10) -- (P11); \draw[arrow, blue, dashed] (P11) -- (F12); \draw[connect, blue, dashed] (F12) -- (outc1);
\draw[arrow] (ind2) -- (X8); \draw[arrow] (X8) -- (P9); \draw[arrow, blue, dashed] (P9) -- (F10); \draw[connect, blue, dashed] (F10) -- (outd1);
% horizontals
\draw[arrow, blue, dashed] (B9) -- (X9); \draw[arrow, blue, dashed] (X9) -- (P9);
\draw[arrow] (B11) -- (X11); \draw[arrow] (X11) -- (P11);
\draw[arrow] (B13) -- (X13); \draw[arrow] (X13) -- (P13);
% extra nodes for key mixing
\node[left=4.5mm of X8] (RK235) {$RK_{23}\left[5\right]$}; \draw[arrow] (RK235) -- (X8);
\node[below=4.5mm of X9] (RK234) {$RK_{23}\left[4\right]$}; \draw[arrow] (RK234) -- (X9);
\node[left=4.5mm of X10] (RK233) {$RK_{23}\left[3\right]$}; \draw[arrow] (RK233) -- (X10);
\node[below=4.5mm of X11] (RK232) {$RK_{23}\left[2\right]$}; \draw[arrow] (RK232) -- (X11);
\node[left=4.5mm of X12] (RK231) {$RK_{23}\left[1\right]$}; \draw[arrow] (RK231) -- (X12);
\node[below=4.5mm of X13] (RK230) {$RK_{23}\left[0\right]$}; \draw[arrow] (RK230) -- (X13);
% exit
\draw[arrow, rounded corners] (outa1) -- ($(outa1) - (0,3mm)$) -- ($(ind3) + (0,7mm)$) -- (ind3);
\draw[arrow, cross line, rounded corners] (outb1) -- ($(outb1) - (0,3mm)$) -- ($(ina3) + (0,7mm)$) -- (ina3);
\draw[arrow, cross line, rounded corners, blue, dashed] (outc1) -- ($(outc1) - (0,3mm)$) -- ($(inb3) + (0,7mm)$) -- (inb3);
\draw[arrow, cross line, rounded corners, blue, dashed] (outd1) -- ($(outd1) - (0,3mm)$) -- ($(inc3) + (0,7mm)$) -- (inc3);
\end{tikzpicture}
\caption{The propagation process of a fault injected into the 2-nd input word of the last round, $X_{23}\left[2\right]$, of LEA-128}
\label{fig:LEA_dfa_step3}
\end{figure}
\begin{figure}[h]
\centering
\begin{tikzpicture}
\begin{axis}[
xlabel = {Number of fault injected ciphertexts},
ylabel = {Number of revealed bits},
xmin = 2,
xmax = 11,
ymin = 0,
ymax = 32,
ytick={0,4,8,12,16,20,24,28,32},
legend pos = south east,
ymajorgrids = true,
axis lines = left,
]
\addplot[
color=blue,
thick,
]
coordinates {
(2,18.1)(3,25.1)(4,27.3)(5,30.1)(6,30.9)(7,31)(8,31)(9,31)(10,31)(11,31)
};
\addplot[
color=red,
thick,
dashed
]
coordinates {
(2,21.6)(3,27.3)(4,29.5)(5,30.6)(6,31)(7,31)(8,31)(9,31)(10,31)(11,31)
};
\legend{$A$,$B$}
\end{axis}
\end{tikzpicture}
\caption{The number of revealed bits according to the number of fault injected ciphertexts}
\label{fig:number_of_bits}
\end{figure}
\end{document}