This is your research statement.
This is topic 1.
This is topic 2.
This is my teaching statement.
This is topic 1.
This is topic 2.
# Markdown Syntax # - FORMAT : *italic*, **bold**, `code`, ~subscript~, ^superscript^, > quote, ^[footnote] # - [](hyperlink) # - EQUATION: $inline equation$, $$display equation$$, \begin{equation} (\#eq:eq-label)\end(equation), \@ref(eq:eq-label) # - CITATION: [@bib-entry1; @bib-entry2] # - FIGURE : ![](image link), knitr::include_graphics(), \@ref(fig:fig1) # - TABLE : knitr::kable(), \@ref(tab:tab1)
This template intends to show how to work with R markdown briefly.
italic
bold
code
Superscript: mc^2^
Subscript: CO~2~
Numbered items
Unnumbered items
x = 1
quote
A footnotes can be created like this: footnote^[This is a footnote 1].
Or like this: another footnote[^footnote2]
[^footnote2]: This is another footnote.
An image can be inserted directly like this:
![](https://openr.netlify.com/img/banners/logo-rosr.png)
If you need customized images, especially cross-reference for the image like Figure \@ref(fig:image1), use R scripts like this:
(ref:image1) This is a caption of an image.
if(file.exists('logo-rosr.png')){ knitr::include_graphics('logo-rosr.png') # insert a local image } else{ plot(1) # plot an image. }
Insert a table with basic markdown like this:
column1 column2
row1 row1 row2 row2
or use scripts like Table \@ref(tab:tab1):
(ref:tab1) This is the caption of a table.
knitr::kable(head(cars), caption = "(ref:tab1)")
An inline equation is like this:$F(x) = \int^a_b \frac{1}{3}x^3$.
An display equation can be inserted like this:
$$F(x) = \int^a_b \frac{1}{3}x^3$$
If an equation should be numbered or cross-referred, insert it like Equation \@ref(eq:eqtest) for pdf and html:
\begin{align} F(x) = \int^a_b \frac{1}{3}x^3 (#eq:eqtest) \end{align}
and Equation (@eq-mc) for Word.
(@eq-mc) $F(x) = \int^a_b \frac{1}{3}x^3$
Suppose you have a .bib file named 'rosr.bib' (See bibliography:
in the YALM header). If not, you can create a bib file like this.
knitr::write_bib(c('knitr', 'rosr'), file = 'rosr.bib')
Now insert citations like this: @R-knitr, [@R-knitr;@R-rosr].
temperature <- 17
We can use the results. For example, the mean temperature is r temperature
degree.
The codes in this section are all commented, for non-'rosr' project. But if you are organizing a 'rosr' project with, you can share resources easily between manuscripts, slides, posters, and so on. In a 'rosr' project, images are placed in the 'image' folder, bibliography in the 'bib' folder, R scripts in the 'R' folder, and equations in the 'equation' folder. If this is in a 'rosr' project, uncomment the following codes and try.
Firstly, we save the working directory. switch off the warning and message display in a manuscript if you want.
# oldwd <- getwd() # knitr::opts_chunk$set(echo = TRUE, warning = FALSE, message = FALSE)
set the root dir as the project directory, syc the bibliography and load data or functions within the project.
# knitr::opts_knit$set(root.dir = dirname(dirname(oldwd)))
# file.copy('bib/rosr.bib', oldwd) # source('R/rosr.R')
Load the 'rosr' package,
# require('rosr')
and an image could be inserted like this:
# fig('rosr_R.png')
and an equation could be inserted like this:
# eqs <- 'equation/rosr-eq.Rmd' # eq(eqs, label = 'sd')
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