Efecto zoom en diapositivas
Esta sección está dedicada a explicar cómo incorporar acercamientos y alejamientos a una diapositivas, esto con el fin de explicar mapas mentales, cuadros sinópticos y tablas.
\documentclass[aspectratio=169]{beamer} \usepackage{tikz,graphicx} \usepackage[spanish]{babel} \usepackage[utf8]{inputenc} \usetikzlibrary{positioning,shapes,shadows} \usetheme{Boadilla} %\centering \tikzstyle{azul}=[rectangle, draw=black, rounded corners, fill=blue!40, drop shadow,text centered, anchor=north, text=black, text width=3cm] \tikzstyle{rojo}=[rectangle, draw=black, rounded corners, fill=red!40, drop shadow,text centered, anchor=north, text=black, text width=3cm] \tikzstyle{verde}=[rectangle, draw=black, rounded corners, fill=green!60, drop shadow,text centered, anchor=north, text=black, text width=2.0cm] \tikzstyle{amarillo}=[rectangle, draw=black, rounded corners, fill=yellow!60, drop shadow,text centered, anchor=north, text=black, text width=2.0cm] \tikzstyle{linea}=[-] \begin{document} \begin{frame} \framezoom<1><2>[border=0](5.5cm,-1cm)(4cm,2.25cm) \framezoom<1><3>[border=0](0cm,1.3cm)(7.5cm,4.22cm) \framezoom<1><4>[border=0](-1cm,3.5cm)(4cm,2.25cm) \framezoom<1><5>[border=0](2cm,3.5cm)(4cm,2.25cm) \framezoom<1><6>[border=0](3.8cm,3.5cm)(4cm,2.25cm) \framezoom<1><7>[border=0](0cm,1.3cm)(7.5cm,4.22cm) \framezoom<1><8>[border=0](8cm,1.3cm)(7.5cm,4.22cm) \framezoom<1><9>[border=0](6.8cm,3.5cm)(4cm,2.25cm) \framezoom<1><10>[border=0](9.9cm,3.5cm)(4cm,2.25cm) \framezoom<1><11>[border=0](12.8cm,3.5cm)(4cm,2.25cm) \framezoom<1><12>[border=0](8cm,1.3cm)(7.5cm,4.22cm) \framezoom<1><13>(-0.5cm,-1.5cm)(15cm,8.4375cm) \begin{tikzpicture}[thick,scale=0.9, every node/.style={scale=0.9}] \node (tri) [azul]{Triángulos}; \node (clase1) [rojo, below left=1cm and 1.0cm of tri]{Según sus lados}; \node (clase2) [rojo, below right=1cm and 1.0cm of tri]{Según sus ángulos}; \draw[linea] (tri.south) |- (clase1.east); \draw[linea] (tri.south) |- (clase2.west); \node (esc) [amarillo, below left=1.5cm and 0.2cm of clase1, rectangle split, rectangle split parts=2]{Escaleno \nodepart{second}todos sus lados son diferentes}; \node (iso) [amarillo, below=1.5cm of clase1, rectangle split, rectangle split parts=2]{Isósceles \nodepart{second}dos de sus lados son congruentes}; \node (equi) [amarillo, below right=1.5cm and 0.2cm of clase1, rectangle split, rectangle split parts=2]{Equilátero \nodepart{second}todos sus lados son congruentes}; \draw[linea] (clase1.south) -- (esc.north); \draw[linea] (clase1.south) -- (iso.north); \draw[linea] (clase1.south) -- (equi.north); \node (rec) [verde, below left=1.5cm and 0.2cm of clase2, rectangle split, rectangle split parts=2]{Rectángulo \nodepart{second}tiene un ángulo recto}; \node (obt) [verde, below=1.5cm of clase2, rectangle split, rectangle split parts=2]{obtusángulo \nodepart{second}tiene un ángulo obtuso}; \node (acu) [verde, below right=1.5cm and 0.2cm of clase2, rectangle split, rectangle split parts=2]{Acutángulo \nodepart{second}todos sus ángulos son agudos}; \draw[linea] (clase2.south) -- (rec.north); \draw[linea] (clase2.south) -- (obt.north); \draw[linea] (clase2.south) -- (acu.north); \end{tikzpicture} \end{frame} \begin{frame}[label=mapa_completo] \framezoom<1><2>[border=0](2.5cm,2cm)(4cm,2.25cm) \framezoom<1><3>[border=0](2.5cm,2cm)(7.5cm,4.22cm) \framezoom<1><4>[border=0](4.0cm,5cm)(4cm,2.25cm) \framezoom<1><5>[border=0](4.0cm,5cm)(2cm,1.125cm) \centering \begin{figure} \centering \includegraphics[width=0.75\linewidth]{mapamundi.pdf} \end{figure} \end{frame} \againframe<1>{mapa_completo} \end{document}
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