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Introduction Overlays Math Conclusions
Beamer(up up and away)
Kathleen Holm
program in Applied Math,University of Arizona
8 Nov 2006, SWIG
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Outline
Introduction
Overlays
Math
Conclusions
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Features of beamer
I Complicated, elegant templatesI Viewers can see the progress of the presentationI Nice boxes for theorems, definitions, etc.I With extra options and goodness comes complication
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Features of beamer
I Complicated, elegant templatesI Viewers can see the progress of the presentationI Nice boxes for theorems, definitions, etc.I With extra options and goodness comes complication
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Features of beamer
I Complicated, elegant templatesI Viewers can see the progress of the presentationI Nice boxes for theorems, definitions, etc.I With extra options and goodness comes complication
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Features of beamer
I Complicated, elegant templatesI Viewers can see the progress of the presentationI Nice boxes for theorems, definitions, etc.I With extra options and goodness comes complication
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
.tex file Setup
\documentclass[ options ]{beamer}\mode<presentation>{\usetheme[ options ]{ name }\usecolortheme[ options ]{ name }}
\title{Title of Presentation}\subtitle{}\author{Author’s name}\institute{University of Arizona}
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
.tex file Setup
\begin{document}\begin{frame}\titlepage\end{frame}
\section*{Outline}\begin{frame}\tableofcontents\end{frame}
...
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
.tex file Setup
\section{Name of Section}\subsection{...}\begin{frame}\frametitle{ slide’s title }
content of slide\end{frame}
\section{Another Section}...\end{document}
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Outline
Introduction
Overlays
Math
Conclusions
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Creating overlays\begin{itemize}\item First point.\pause\item Second point, however...
\begin{itemize}\item If this,\pause\item then That!
\end{itemize}\item Therefore, Third point,\pause\item Fourth point\end{itemize}...
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Creating overlays
...Summary
\begin{itemize}\onslide % \onslide: on every slide\item The final point\pause\item Last thing to say
\end{itemize}
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
One more time
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
One more time
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
One more time
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
One more time
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
One more time
I First pointI Second point, however...
I If this,I then That!
I Therefore, Third point,I Fourth point
SummaryI The final pointI Last thing to say
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Outline
Introduction
Overlays
Math
Conclusions
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Theorems, Definitions, Proofs,...
I Beamer supports enviroments to make professionallooking theorems
I Also in a block styleI Unfortunately, not available for demonstration at this time
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Theorems, Definitions, Proofs,...
I Beamer supports enviroments to make professionallooking theorems
I Also in a block styleI Unfortunately, not available for demonstration at this time
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
example of what we want
I DefinitionThe Riemann Zeta function is defined, for all s ∈ C, by
ζ(s) =∞∑
n=1
1ns =
∏p∈P
11−p−s
I Riemann’s HypothesisAll non-trivial zeros of ζ(s) have real part one-half.
I Sketch of proof
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
example of what we want
I DefinitionThe Riemann Zeta function is defined, for all s ∈ C, by
ζ(s) =∞∑
n=1
1ns =
∏p∈P
11−p−s
I Riemann’s HypothesisAll non-trivial zeros of ζ(s) have real part one-half.
I Sketch of proof
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
example of what we want
I DefinitionThe Riemann Zeta function is defined, for all s ∈ C, by
ζ(s) =∞∑
n=1
1ns =
∏p∈P
11−p−s
I Riemann’s HypothesisAll non-trivial zeros of ζ(s) have real part one-half.
I Sketch of proof
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Dividing the space with ColumnsBifurcationDiagram forxn+1 = rxn(1−x2
n )
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
the Columns Environment
\begin{frame}\begin{columns}[ options ] % opt for alignment, example: ’t’
\column{width of col 1}stuff
\column{width of col 2}stuff...
\end{columns}\end{frame}
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Outline
Introduction
Overlays
Math
Conclusions
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
Conclusions
I Beamer has the most functionality, and changable optionsI Something for everyone: simplicity vs complexity,
visually boring vs stylishI Will require some research on documentation and
patience.
Kathleen Holm program in Applied Math, University of Arizona
Beamer
Introduction Overlays Math Conclusions
For more information:
To download, see examples, etc..http://latex-beamer.sourceforge.net/
For Documentation:Search the web for beameruserguide.pdf
Kathleen Holm program in Applied Math, University of Arizona
Beamer