English speakers: CEDRE - Jupyter Notebooks - Electronic laboratory notebooks for sharing research - ST CHARLES

- Understanding the basics of Jupyter Notebook: Participants will learn how to install and navigate the Jupyter interface, create, open, save notebooks, and execute code cells.
- Mastering text formatting: Participants will discover text formatting features using Markdown, HTML, and LaTeX to make their notebooks more expressive and aesthetically appealing.
- Using code cells and the kernel: Participants will gain an in-depth understanding of how to execute code cells, manage the kernel, and interrupt and restart the kernel for a smooth user experience.
- Creating interactivity with widgets: Participants will learn how to create interactive notebooks using widgets, enabling them to interact with data and visualizations dynamically.
- Sharing and collaboration: Participants will discover different methods for sharing their notebooks by exporting them in various formats (HTML, PDF, etc.), publishing them online, and integrating them with Git for effective collaboration.
- Introduction to Jupyter Book: Participants will learn how to create interactive books from their Jupyter notebooks, making it easier to publish and share their knowledge with a wider audience.

1.Introduction to Jupyter Notebook
a. What is Jupyter Notebook?
b. Installing Jupyter Notebook
c. Interface and navigation in Jupyter Notebook
d. Working with notebooks: creating, opening, and saving
e. Common keyboard shortcuts
f. Formatting text
i. Markdown
ii. HTML
iii. LaTeX
iv. Cross-referencing
2. Code Cells and Kernels
a. Executing code cells and understanding the kernel
b. Interrupting and restarting the kernel
c. Testing kernel installation and execution for Python
d. Testing kernel installation and execution for R
e. Testing the installation and execution of the kernel for Matlab
3. Interactive Widgets
a. Introduction
b. Installing libraries
c. Interaction with the user
d. Basic widgets
e. Controlling a graph (plot)
4. Sharing Notebooks
a. Exporting notebooks in different formats (HTML, PDF, etc.)
b. Sharing notebooks and viewing plugins
c. GitLab integration and version management
d. Creating digital books with Jupyter Book
5. Practical Exercise

Familiarity with a programming language is useful but not compulsory.

- Master Jupyter Notebook for interactive content creation.
- Enhance document visuals with Markdown, HTML, and LaTeX.
- Develop interactive visualizations and applications using widgets.
- Collaborate with colleagues using version control systems like GitHub.
- Efficiently share notebooks and online books with others.

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