I am using CMD Markdown both at work and for study.You can use it to take notes, store the output of your model, write down fantastics ideas anyttime.html
It has a few advantages over word, notepad, Rmarkdown, etc:python
So here I will go over some basic Markdown Grammar. It won't be thorough, but it will cover some frequectly used grammar.git
Any feedback is welcomed.github
#
important
text. and percentage signs : % and %
Here goes your Quotemarkdown
with more indentationside
-
, +
, or *
You can speficy the lanuage you use, which will lead to differet highlight.ui
print("Hello World")
This can be very handy when you call the Markdown library like Knitr in R or markdown in python, you can simply use kable(dataframe)
which will output following format. And you can then paste it in your markdown.this
List | Tag |
---|---|
1 | 計劃 |
2 | DeepLearning |
3 | Leetcode |
here is a link to my blog:小七的各類胡思亂想idea
$Formula$
gives you a formula in the line \(P(y=1|x)\)$$Formula$$
starts a new line for formula \[P(y=1|x)\]Following is how you split the page by ---
spa
Grammar | Greek |
---|---|
\alpha | \(\alpha\) |
\beta | \(\beta\) |
\gamma | \(\gamma\) |
\Gamma | $ \Gamma\(| |\pi|\)\pi$ |
\Pi | \(\Pi\) |
\phi | \(\phi\) |
\Phi | \(\Phi\) |
\varphi | $\varphi \(| |\mu|\)\mu$ |
\Delta | $\Delta \(| |\theta |\) \theta$ |
Grammar | Operators |
---|---|
\lim | \(\lim\) |
\exp | \(\exp\) |
\to | \(\to\) |
\infty | \(\infty\) |
\equiv | \(\equiv\) |
\bmod | \(\bmod\) |
\pm | $\pm \(| | \mp |\) \mp\(| |\leq |\) \leq\(| | \geq |\)\geq \(| |\times|\)\times\(| |\div|\)\div\(| | \sqrt{k}|\) \sqrt{k}\(| | \sum |\) \sum \(| | \prod |\)\prod \(| |\int |\)\int \(| |\iint |\)\iint \(| |\cos|\)\cos\(| |\sin|\)\sin$ |
Grammar | Operators |
---|---|
\forall | $ \forall\(| |\in |\)\in \(| | \exists |\) \exists\(| |\epsilon |\) \epsilon \(| |\propto |\)\propto \(| | \neq |\) \neq\(| |\sim |\)\sim $ |
Grammar | Indices |
---|---|
k_{n+1} | $k_{n+1} \(| |k^2 |\) k^2 \(| |k_n^2 |\)k_n^2 $ |
And by combining this indices with the above operator, you will have all that you need.
Grammar | Combination |
---|---|
\sum_{i=1}^{10} t_i | $\sum_{i=1}^{10} t_i $ |
\int\limits_a^b | $\int\limits_a^b $ |
\sqrt[n]{k} | $\sqrt[n]{k} $ |
Grammar | Fraction |
---|---|
\frac{1}{x} | \(\frac{1}{x}\) |
\frac{\frac{x}{1}}{x - y} | $ \frac{\frac{1}{x}}{x - y}\(| |^3/_7 |\)^3/_7 $ |
\((a)\) \([a]\) \(|a|\) are the original one
|Grammar|Bracket|
|-------|-----|
|\langle f \rangle |$\langle f \rangle \(| |\lfloor f \rfloor |\)\lfloor f \rfloor \(| |\lceil f \rceil |\)\lceil f \rceil \(| | \| e \| |\) | e |$|
Grammar | Operator |
---|---|
\bigcup | $\bigcup \(| |\bigcap |\) \bigcap\(| |\bigvee |\)\bigvee \(| |\bigwedge |\)\bigwedge \(| | \subset |\) \subset$ |
Grammar | Arrow |
---|---|
\implies | $\implies \(| |\Rightarrow |\)\Rightarrow \(| |\rightarrow |\)\rightarrow \(| |\Uparrow |\) \Uparrow\(| |\Downarrow |\)\Downarrow \(| |\Leftnarrow |\)\Leftarrow \(| |\Leftrightarrow |\)\Leftrightarrow $ |