Tikz-Graphposition im Forschungspapier

Tikz-Graphposition im Forschungspapier

Ich verwende eine Tikz-Umgebung zum Zeichnen von Ergebnisdiagrammen. Nach dem Ausführen des Codes werden die Diagramme am Ende der Forschungsarbeit nach der Referenzüberschrift gezeichnet, aber in Latex wird der Code für die Diagramme zwischen die Forschungsarbeit eingefügt.

So positionieren Sie Diagramme an der richtigen Stelle zwischen Forschungspapieren.

\begin{figure}\small
        \begin{minipage}[b]{.57\linewidth}
            \centering
            \begin{tikzpicture}
            \begin{axis}[
            xlabel={Migration Time (Seconds)},
            ylabel={Bandwidth Transfer Rate (Mbps)},
            xmin=0, xmax=50,
            ymin=0, ymax=550,
            xtick={0,10,20,30,40,50},
            tick={0,100,200,300,400,500,550},
            legend pos=north west,
            %ymajorgrids=true,
            grid style=dashed,
            ]
            \addplot+[
            color=blue,
            mark size=50pt,
            mark=solid,
            style={ultra thick},
            ]
            coordinates {
                (14.551,100)
                (0,100)(10,100)(20,100)(30,100)(40,100) (50,100)};
            \legend{Idle VM}
            %\addlegendentry{Downtime:232ms}
            %\addplot [variable=\t,samples=200,domain=0:360] ({0.950052*cos(t)},{0.945021*sin(t)});
            %\addlegendentry{Parametric analytic}
            %\legend{Downtime:233ms}
            %\draw[blue] (axis cs: 28,131) -- (axis cs: 28,131)node[anchor=east,rotate=90]{Some label};
            %\draw (axis cs:28,axis cs:131);

            %\addplot[solid, purple, latex-latex]
            %coordinates{(28,0) (28,131)};

            \addplot[color=purple,mark=triangle*,mark size=2,style={thick},mark options={solid}] coordinates {
                (14.551,0)
                (14.551,100)
            };
            \node at (axis cs:38,500) {Downtime: 144 ms};

            %title={Fig. 1.Live Migration Process with Bw=131Mbps},
            \end{axis}
            %title={Temperature dependence of CuSO$_4\cdot$5H$_2$O solubility},

            \end{tikzpicture}
            \subcaption{Live Migration Process with Bw= 100 Mbps}\label{fig:10a}
        \end{minipage}
        \begin{minipage}[b]{.57\linewidth}
            \centering
            \begin{tikzpicture}
            \begin{axis}[
            xlabel={Migration Time (Seconds)},
            ylabel={Bandwidth Transfer Rate (Mbps)},
            xmin=0, xmax=50,
            ymin=0, ymax=550,
            xtick={0,10,20,30,40,50},
            tick={0,100,200,300,400,500,550},
            legend pos=north west,
            %ymajorgrids=true,
            grid style=dashed,
            ]

            \addplot+[
            color=blue,
            mark size=50pt,
            mark=solid,
            style={ultra thick},
            ]
            coordinates {
                (11.124,200)
                (0,200)(10,200)(20,200)(30,200)(40,200) (50,200)};
            \legend{Idle VM}
            %\addlegendentry{Downtime:232ms}
            %\addplot [variable=\t,samples=200,domain=0:360] ({0.950052*cos(t)},{0.945021*sin(t)});
            %\addlegendentry{Parametric analytic}
            %\legend{Downtime:233ms}
            %\draw[blue] (axis cs: 28,131) -- (axis cs: 28,131)node[anchor=east,rotate=90]{Some label};
            %\draw (axis cs:28,axis cs:131);

            %\addplot[solid, purple, latex-latex]
            %coordinates{(28,0) (28,131)};

            \addplot[color=purple,mark=triangle*,mark size=2,style={thick},mark options={solid}] coordinates {
                (11.124,0)
                (11.124,200)
            };
            \node at (axis cs:38,500) {Downtime: 92 ms};

            %title={Fig. 1.Live Migration Process with Bw=131Mbps},
            \end{axis}
            %title={Temperature dependence of CuSO$_4\cdot$5H$_2$O solubility},
            \end{tikzpicture}

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