Utilizo a pspicturepara dibujar un diagrama eléctrico en una de mis diapositivas con proyector, y tengo un comando de pausa dentro pspicture(para que aparezca algo).
Yo suelo \scaleboxhacer que mi foto entre en la diapositiva sin excederse.
Cuando compilo, veo mi pie de página (uso el tema de mi universidad) escalando con pspicture.
También es lo mismo usar \psscalebox.
¿Qué puedo hacer? ¿Existe algún comando especial para poner en la definición del tema? ¿Puede alguien ayudarme?
EDITAR: hice un ejemplo:
\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}
¿Verás? El pie de página de la primera diapositiva se escala. ¿Lo que sucede?
Respuesta1
úsalo de esta manera:
\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}
Por cada diapositiva una propia\psscalebox