Begin with Markdown 2

[TOC]

< !–more–>

Content

Put [TOC] in the position where you want to generate content. This it can caputere headings(heading 1-6) automaticly.

Table

|heading one|heading two| headng three|
|:---|---:|:---:|
|:- left|-: right|:-: center|
|>|a|b|
|a|>|b|
|a|b|>|
|^|c|d|
|c|^|d|
|c|d|^|

Code

Inline

Embed code into text and sentences with ‘``’. text your code/command text.

Block

Format

```language {cmd=yourcmd, option1=value1, op2=v2,...}
...code...
code...
...

```

options:

• cmd: do you run the code? (if running, there will be results)
• hide: do you hide the code?
• output: html/text/markdown/png
• other options

Python

1. default(no commands)

source code:

```python
print("hello world")
```

display after markdown rendering:

print("hello world")

2. run code

source code:

```python {cmd=true}
print("hello world")
```

display after markdown rendering:

3. run and hide code (only display running results)

source code:

```python {cmd hide}s

def bubble_sort_v3(array =[]):
    last_exchange_index = len(array)-1
    for i in range(len(array)-1):
        for j in range(last_exchange_index):
            if array[j] > array[j+1]:
                temp = array[j]
                array[j] = array[j+1]
                array[j+1] = temp
                last_exchange_index = j # important 
     
        if last_exchange_index == 0:
            break
    
my_array = [-1, 5, 3, -1, 6, 7, 8, 2, 2, -14, 10, 12]
bubble_sort_v3(my_array)
print(my_array)
```

4. matplotlib

• set matplotlib=true
• cmd=true/your_interpreter_path
  source code:

```python {cmd="D:/software/anaconda/next/envs/LiziX/python.exe" matplotlib=true}
import matplotlib.pyplot as plt
plt.plot([1,2,3,6, 10])
plt.show()
```

Bash

source code:

```bash
hexo s
hexo clean
hexo d -g
```

display after markdown rendering:

hexo s
hexo clean
hexo d -g

Mermaid

Plase click blog 3.

Math

• support LaTex math syntax
• inline: $math_formula$ or \(math_formula\)
• block: $$math_formula$$ or \[math_formula\]

```markdown
$r(\theta) = 1-sin(\theta)$
\(r(\theta) = 1-sin(\theta)\)
$$r(\theta) = 1-sin(\theta)$$
\[r(\theta) = 1-sin(\theta)\]
```