In IPython this is accomplished by marking up text with the Markdown language. The corresponding cells are called Markdown cells. The Markdown language provides a simple way to perform this text markup, that is, to specify which parts of the text should be emphasized (italics), bold, form lists, etc.

• In Markdown, you can list items using numbers, a +, a -, or a. However, if the first item in a list or sublist is numbered, Markdown will interpret the entire list as ordered and will automatically number the items linearly, no matter what character you use to denote any given separate item.
• What is Markdown? Colab has two types of cells: text and code. Text cells are formatted using a simple markup language called Markdown. To see the Markdown source, double-click a text cell, showing both the Markdown source and the rendered version. Above the Markdown.
• Ipynb - 'cells'celltype'markdown'metadata'source Lab 3 Data Types and Arraysn'Welcome to Lab 3nn'So far we've used Python to manipulate numbers.

Ipython Notebook Markdown Bullets

Newly added in the 1.0 release of IPython is the nbconvert tool, whichallows you to convert an .ipynb notebook document file into various staticformats.

Currently, nbconvert is provided as a command line tool, run as a scriptusing IPython. A direct export capability from within theIPython Notebook web app is planned.

The command-line syntax to run the nbconvert script is:

This will convert the IPython document file notebook.ipynb into the outputformat given by the FORMAT string.

Recover pst password outlook 2010 free. The default output format is html, for which the --to argument may beomitted:

IPython provides a few templates for some output formats, and these can bespecified via an additional --template argument.

The currently supported export formats are:

• --tohtml

  • --templatefull (default)

    A full static HTML render of the notebook.This looks very similar to the interactive view.

  • --templatebasic

    Simplified HTML, useful for embedding in webpages, blogs, etc.This excludes HTML headers.

• --tolatex

  Latex export. This generates NOTEBOOK_NAME.tex file,ready for export.

  • --templatearticle (default)

    Latex article, derived from Sphinx’s howto template.

  • --templatereport

    Latex report, providing a table of contents and chapters.

  • --templatebasic

    Very basic latex output - mainly meant as a starting point for custom templates.

• --topdf

  Generates a PDF via latex. Supports the same templates as --tolatex.

• --toslides

  This generates a Reveal.js HTML slideshow.It must be served by an HTTP server. The easiest way to do this is adding--postserve on the command-line. The serve post-processor proxiesReveal.js requests to a CDN if no local Reveal.js library is present.To make slides that don’t require an internet connection, just place theReveal.js library in the same directory where your_talk.slides.html is located,or point to another directory using the --reveal-prefix alias.

• --tomarkdown Honeymoon download lana.

  Simple markdown output. Markdown cells are unaffected,and code cells indented 4 spaces.

• --torst

  Basic reStructuredText output. Useful as a starting point for embedding notebooksin Sphinx docs.

• --toscript

  Convert a notebook to an executable script.This is the simplest way to get a Python (or other language, depending on the kernel) script out of a notebook.If there were any magics in an IPython notebook, this may only be executable froman IPython session.

• --tonotebook

  New in version 3.0.

  This doesn’t convert a notebook to a different format per se,instead it allows the running of nbconvert preprocessors on a notebook,and/or conversion to other notebook formats. For example:

  will open the notebook, execute it, capture new output, and save the result inmynotebook.nbconvert.ipynb.

  will create a copy of mynotebook.ipynb in mynotebook.v3.ipynbin version 3 of the notebook format.

  If you want to convert a notebook in-place,you can specify the ouptut file to be the same as the input file:

  Be careful with that, since it will replace the input file.

Note

nbconvert uses pandoc to convert between various markup languages,so pandoc is a dependency when converting to latex or reStructuredText.

The output file created by nbconvert will have the same base name asthe notebook and will be placed in the current working directory. Anysupporting files (graphics, etc) will be placed in a new directory with thesame base name as the notebook, suffixed with _files:

For simple single-file output, such as html, markdown, etc.,the output may be sent to standard output with:

Multiple notebooks can be specified from the command line:

or via a list in a configuration file, say mycfg.py, containing the text:

and using the command:

Jupyter Notebook Add Header

LaTeX citations¶

nbconvert now has support for LaTeX citations. With this capability youcan:

• Manage citations using BibTeX.
• Cite those citations in Markdown cells using HTML data attributes.
• Have nbconvert generate proper LaTeX citations and run BibTeX.

For an example of how this works, please see the citations example inthe nbconvert-examples repository.

Info to help convert the Jupyter notebooks we use in class into blog posts for your github blog. Manual conversion instructions are given for one-off posts, as well as detials to make a bash alias to automate the conversion process, move the files, and update your blog in one fell swoop.

Manual instructions

Ipython Notebook Markdown Cheat Sheet

Run the following command in terminal to convert the file named notebook.ipynb from Jupyter notebook format to a markdown file suitable for your Jekyll blog. Note this must be run in the terminal inside the directory that includes the file you intend to convert.

That command will run the translation utility provided by Jupyter and create two new items:

• notebook.md is a new file containing the markdown for your new blog post
• notebook_files is a new folder containing all the images for your new blog post

Ipynb Markdown Cheat Sheet

Move the notebook.md file to your blog’s _posts folder and rename it to include the date and title for your post. You will also want to make sure the first few lines contain the appropriate front matter (YAML block in Jekyll parlance). You will also need to change any image links to point to your blog’s image folder. Read below to see my tool for automating most of these tasks.

Move the notebook_files folder to your blog’s “images” folder (this is also automated in my tool below).

Add these files to the git repository and commit. Then push the repo up to the server. Congratulations, your updated site should be live within a few minutes!

Automated instructions

Once you have installed the tool below, the instructions for uploading a notebook as a new post on your blog are:

• Run new_post notebook.ipynb (where notebook.ipynb is the name of the file you wish to convert and post)
• Start impatiently refreshing your blog page to see the new post appear.

Please note that certain items in the notebook file may not come through to the final blog post:

Jupyter Markdown Reference

• LaTeX equations will not be interpreted properly
• Manually inserted images will need to be fixed by hand
• YAML metadata (e.g. title, date, category, etc.) will only work properly if the first cell type is set to Raw NBConvert

Things my new_post function does:

• Convert to markdown
• Fix inline plot image addresses
• Move post file and images folder to appropriate area of blog directory
• Add and commit new post files to git repo
• Push repo changes to server

There are currently no sanity checks in place in this function, so please take care to understand how it works before you run it, and be careful what you use it on. I have made an example post

Ipynb Markdown Cheatsheet

Automation setup

This process is very similar to the tool I created in the first week of the class. Basically we are adding a shortcut to our .bash_profile script that the CLI loads everytime we open a new terminal window. I call my shortcut new_post but you can change this to whatever command you want to type when you post a notebook to your blog. The installation is easy, just copy and paste the code below into your ~/.bash_profile file (you can use the command subl ~/.bash_profile to open this file in Sublime Text directly from the CLI). Do note that you will need to change the info on the first few lines to reflect how your personal computer is setup.

Setup pretty tables

When you set up your system for translating the blog posts, you will need to add some CSS code to your html template file to tell Jekyll to format the Pandas DataFrame tables appropraitely. Below is the relevant section of my <username>.github.io/_layouts/default.html file that has the CSS code included at the end of the <head> section. You should edit the your defualts file to be similar.

Here is a quick overview of the features in the added CSS code. You can change any of these settings to suit your fancy.

• Set the table size to be the full width and 240px tall
• Enable scroll bars for accessing larger tables
• Set the font to Arial size 13, and align it to the center of each cell
• Make the table headers (both column and row) bold
• Give each cell 4px of padding
• Highlight the row your mouse hovers over in light blue (#b8d1f3)