我使用pspicturebeamer 在我的一张幻灯片中绘制了一个电路图，并且在其中有一个暂停命令pspicture（以使事物出现）。
我用来\scalebox使我的图片进入幻灯片而不超出。
当我编译时，我看到我的页脚（我使用我的大学的主题）随着 pspicture 缩放。
使用 也是一样的\psscalebox。
我该怎么办？是否有特殊命令可以输入主题定义？有人能帮助我吗？
编辑：我举了一个例子：
\documentclass{beamer}
\usepackage[utf8]{inputenc}
\usepackage[T1]{fontenc}
\usepackage{amsmath,here}
\usepackage{cancel}
\renewcommand{\CancelColor}{\red}
\setbeamertemplate{navigation symbols}{} % Delete Navigation Buttons
\usetheme{Madrid}
\usepackage{pst-circ}
\usepackage{siunitx}
\usepackage{graphicx}
\begin{document}
\begin{frame}{Here is my diagram}
\begin{center}
\begin{pspicture}[showgrid=false](-1.5, 0)(10, 6.5)
\psscalebox{0.65}{
\pnode(-1.5, 5){E}
\pnode(-1.5, 6.5){F}
\pnode(-1.5, 8){G}
\pnode(-1.5, 8.5){H}
\pnode(0, 0){A}
\pnode(0, 5){B}
\pnode(0, 6.5){C}
\pnode(0, 8){D}
\pnode(0, 8.5){I}
\pnode(0, 10){L}
\pnode(2.5, 8.5){K}
\pnode(2.5, 5){J}
\pnode(4, 5.5){A1}
\pnode(4, 3.5){B1}
\pnode(4, 1.5){C1}
\pnode(4.5, 10){M}
\pnode(4.5, 9){W}
\pnode(6, 8){Y}
\pnode(6, 6){X}
\pnode(6, 5.5){P}
\pnode(6, 4.5){E1}
\pnode(6, 2.5){D1}
\pnode(7, 8.5){N}
\pnode(7, 8){O}
\pnode(7, 2.5){G1}
\pnode(7, 0){H1}
\pnode(7.5, 4.5){F1}
\pnode(8, 8){Z}
\pnode(8, 6){Q}
\pnode(8, 3.5){I1}
\pnode(8, 2.5){J1}
\pnode(10, 6){R}
\pnode(10, 1.5){K1}
\pnode(12, 6){S}
\pnode(12, 0){L1}
\pnode(13.5, 6){T}
\pnode(13.5, 0.5){U}
\pnode(13.5, 0){V}
%--------------
\wire[arrows=-*](A)(B)
\cell(B)(C){}
\cell(C)(D){}
\cell(E)(F){}
\cell(F)(G){}
\wire(B)(E)
\wire(G)(H)
\wire(H)(I)
\wire[arrows=-*](D)(I)
\diode[arrows=-*, labeloffset=0.5](I)(K){1N4001}
\wire(B)(J)
\multidipole(K)(J)
\battery[labeloffset=0.9]{$\SI{1.2}{\volt}$}
\battery[labeloffset=0.9]{$\SI{1.2}{\volt}$}
{}
\wire(I)(L)
\wire(L)(M)
\transistor[TRot=-90, transistortype=PNP, transistorinvert=true, transistorcircle=false](W){emitter}{collecteur}
\wire(TBaseNode)(M)
\wire(emitter)(N)
\wire(collecteur)(K)
\wire[arrows=-*](N)(O)
\wire(Y)(Z)
{\only<1>{\resistor[dipolestyle=zigzag, labeloffset=0.7](X)(Y){${\SI{1}{\kilo\ohm}}$}}}
\coil[dipolestyle=curved, labeloffset=1, arrows=-*](Z)(Q){$\SI{470}{\micro\henry}$}
\wire[arrows=-*](X)(P)
\wire[arrows=-*](P)(E1)
\wire(P)(A1)
\resistor[dipolestyle=zigzag, labeloffset=-0.8, arrows=-*](A1)(B1){$\SI{4,7}{\kilo\ohm}$}
\psline(B1)(C1)(K1)
\transistor[transistorcircle=false](5.5, 3.5){emitter}{collecteur}
\wire(TBaseNode)(B1)
\wire(emitter)(D1)
\wire(collecteur)(E1)
\psline(D1)(J1)(I1)
\transistor[transistorcircle=false](F1){emitter}{collecteur}
\wire(TBaseNode)(E1)
\wire(emitter)(I1)
\wire(collecteur)(Q)
\wire[arrows=-*](Q)(R)
\only<1>{\multidipole(R)(K1)
\capacitor[dipolestyle=chemical, labeloffset=-1]{$\SI{0.012}{\micro\farad}$}
\resistor[dipolestyle=zigzag, labeloffset=-0.8]{$\SI{1}{\kilo\ohm}$}
{}}
\diode[arrows=-*, labeloffset=0.5](R)(S){1N4001}
{\only<1>{\capacitor[dipolestyle=chemical, labeloffset=-1, arrows=-*](S)(L1){$\SI{1}{\milli\farad}$}}}
\wire(S)(T)
\multidipole(T)(U)
\LED{}
\LED{}
\LED{}
\resistor[dipolestyle=zigzag, labeloffset=0.7]{$\SI{220}{\ohm}$}
{}
\wire(U)(V)
\wire(V)(A)
\wire[arrows=*-*](H1)(G1)
\pause
\resistor[dipolestyle=zigzag, labeloffset=0.7](X)(Y){\cancel{${\SI{1}{\kilo\ohm}}$}}
\multidipole(R)(K1)
\capacitor[dipolestyle=chemical, labeloffset=-1]{\cancel{$\SI{0.012}{\micro\farad}$}}
\resistor[dipolestyle=zigzag, labeloffset=-0.8]{\cancel{$\SI{1}{\kilo\ohm}$}}
{}
\capacitor[dipolestyle=chemical, labeloffset=-1, arrows=-*](S)(L1){\cancel{$\SI{1}{\milli\farad}$}}
\rput(5.3, 6.6){{\color{red}\sffamily ${\SI{47}{\ohm}}$}}
\rput(8.9, 4.5){\color{red}\sffamily {$\SI{1}{\micro\farad}$}}
\rput(9.1, 2.2){\color{red}\sffamily {$\SI{5.6}{\kilo\ohm}$}}
\rput(11, 2.6){\color{red}\sffamily {$\SI{47}{\milli\farad}$}}
}
\end{pspicture}
\end{center}
\end{frame}
\end{document}
你看到了吗？第一张幻灯片的页脚缩放了。发生了什么？
答案1
请按如下方式使用：
\documentclass{beamer}
[...]
\begin{document}
\begin{frame}{Here is my diagram}
\begin{center}
\begin{pspicture}[showgrid=false](-1.5, 0)(10, 6.5)
\psscalebox{0.65}{%
\pnode(-1.5, 5){E}
\pnode(-1.5, 6.5){F}
[...]
\wire[arrows=*-*](H1)(G1)%% end first \psscalebox
}
\pause
\psscalebox{0.65}{%
\resistor[dipolestyle=zigzag, labeloffset=0.7](X)(Y){\cancel{${\SI{1}{\kilo\ohm}}$}}
\multidipole(R)(K1)
[...]
\rput(9.1, 2.2){\color{red}\sffamily {$\SI{5.6}{\kilo\ohm}$}}
\rput(11, 2.6){\color{red}\sffamily {$\SI{47}{\milli\farad}$}}%
}%%%%%% another \psscalebox
\end{pspicture}
\end{center}
\end{frame}
\end{document}
每张幻灯片都有自己的\psscalebox