Nothing
\includegraphics[width=8cm]{figs/functionalForms}
\footnotesize
# Say hello in R hello <- function(name) paste("hello", name)
# Say hello in Python def hello(name): return("Hello" + " " + name)
-- Say hello in Haskell hello name = "Hello" ++ " " ++ name
/* Say hello in C */ #include <stdio.h> int main() { char name[256]; fgets(name, sizeof(name), stdin); printf("Hello %s", name); return(0); } \normalsize ### Alerts - First level \alert{alert} - Second level \alertb{alert} - Third level \alertc{alert} - Fourth level \alertd{alert} - Fifth level \alerte{alert} # More Features ## Blocks ### Other Features #### Levels of Structure - Clean, extensively customizable visual style - Hyperlinks ([http://github.com/izahn/iqss-beamer-theme](click here_) - No weird scaling prosper - slides are 96~mm~$\times$~128~mm - text is 10-12pt on slide - slide itself magnified with Adobe Reader/xpdf/gv to fill screen - pgf graphics framework easy to use - include external JPEG/PNG/PDF figures - output directly to pdf: no PostScript hurdles - detailed User Manual (with good presentation advice, too) ### Theorems and Proofs \framesubtitle{The proof uses \textit{reductio ad absurdum}.} #### Theorem There is no largest prime number. #### Proof > - Suppose $p$ were the largest prime number. > - Let $q$ be the product of the first $p$ numbers. > - Then $q+1$ is not divisible by any of them. > - But $q + 1$ is greater than $1$, thus divisible by some prime number not in the first $p$ numbers. \qedhere ### Blocks #### Normal block A \alert{set} consists of elements. #### \alert{Alert block} $2=2$. #### \alertc{Example block} The set $\{1,2,3,5\}$ has four elements. # RMarkdown Examples ### R Figure The following code generates the plot on the next slide (taken from `help(bxp)` and modified slightly): ```r library(stats) set.seed(753) bx.p <- boxplot(split(rt(100, 4), gl(5, 20)), plot=FALSE) bxp(bx.p, notch = FALSE, boxfill = "lightblue", frame = FALSE, outl = TRUE, main = "Example from help(bxp)")
library(stats) set.seed(753) bx.p <- boxplot(split(rt(100, 4), gl(5, 20)), plot=FALSE) bxp(bx.p, notch = FALSE, boxfill = "lightblue", frame = FALSE, outl = TRUE, main = "Example from help(bxp)")
A simple knitr::kable
example:
\small
knitr::kable(mtcars[1:5, 1:8], caption="(Parts of) the mtcars dataset")
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