| meta1 | here is an example of some metadata |
|---|---|
| meta2 | you can sort and index files based on metadata |
| meta3 | you can hide this metadata using the arrow next to "Properties" |
| meta4 | you can have different types of metadata - like dates! |
| meta 5 |
#hereisanexampleoftags #youcanusetagstosortandfilterpages
Use hashtags to create headings:
- Italic: Italic
- Bold: Bold
- Bold and Italic: Bold and Italic
- Item 1
- Item 2
- Subitem 2.1
- Subitem 2.2
- First item
- Second item
- Subitem 2.1
- Subitem 2.2
Link to Obsidian [[Research Overview]]
![[Pasted image 20240123163530.png]]
This is a blockquote.
Inline code: code
Code block:
def hello_world():
print("Hello, world!")You can copy straight from code blocks by clicking the button on the right Very useful if you need to copy commands or code quickly - like the following Shell commands
@reboot ( sleep 15 ; /usr/bin/socat -d -d pty,raw,echo=0 pty,raw,echo=0 )
@reboot ( sleep 20 ; /usr/bin/socat -v udp4-datagram:192.168.2.86:3000 open:/dev/pts/1,raw,nonblock,waitlock=/tmp/s0.locak,echo=0,b115200,crnl )This is an example of inline math:
For display math, use double dollar signs:
Some mathematical symbols:
$(\alpha, \beta, \gamma)$ $(\sum_{i=1}^{n} i^2)$ $(\frac{1}{2})$ $(\sqrt{2})$ $(\Rightarrow)$
This is a numbered equation.
Matrices:
Some Greek letters:
A fraction:
These can help draw emphasis on information (and look pretty too)
[!info] > Here's a callout block. > It supports Markdown, [[Welcome|note links]], and embedded files > ![[Pasted image 20240123163530.png]]
[!tip] Callouts can have custom titles > Like this one.
[!faq]- Are callouts foldable? Yes! In a foldable callout, the contents are hidden when the callout is collapsed.
[!question] Can callouts be nested?
[!todo] Yes!, they can.
[!example] You can even use multiple layers of nesting.
[!info] You can even put equations in callouts Black-Scholes Option Pricing Model Non-dividend paying stock
$$C=S^{x}\times N(d_{1})-PV(K)\times N(d_{2})$$
$$S^{x}=S-PV(Div)$$ $$d_{1}=\frac{ln(\frac{S^{x}}{PV(K)})}{\sigma \sqrt{T}}+\frac{\sigma \sqrt{T}}{2}$$
$$d_{2}=d_{1}-\sigma \sqrt{T}$$
There's many different kinds of callouts - see https://help.obsidian.md/Editing+and+formatting/Callouts#Supported+types for examples
You can embed and view PDF files directly in Obsidian! ![[ECE3121 - Magnetostatics 2020.pdf]]