About this document
This website is a collection of worked examples for instructors to illustrate how to incorporate Computational Thinking, Nature Inspired Design, and Social Technical issues into CECE Year 2-4/5 course.
This prototype library is built on a Raspberry Pi 4 (4GB) running Ubuntu 20.XX. A complete backup is located at [github-url-here] The actual site is hosted on an AWS Lightsail Instance [fqdn-url-here]
On-Line Library Author's Notes
- Inserting Code Fragments
To insert a code fragment such as print('Hello World') simply indent in the source file used to generate the document
print('hello world')
Multiple lines
Fenced code blocks are like Standard
Markdown’s regular code blocks, except that
they’re not indented and instead rely on
start and end fence lines to delimit the
code block.
These fragments can be cut-and-paste into a JupyterLab notebook.
- Inserting Images
If the image is taken from a URL, use the following:
Such as:
Which will render a black swan:
If the image is local to the host replace the url with the path to the image.
- Inserting URL links
This is a variation of images, but without the !, such as
[link-name-that-will-display](url_to_link_destimation)
For example the code below will link to the black swan search results:
[link-to-images-of-black-swans](https://www.google.com/search?q=images+of+black+swan&client=safari&rls=en&sxsrf=ALeKk03oIoQ387TWjJoKzX-D_b7o1to43Q:1613002985584&tbm=isch&source=iu&ictx=1&fir=L2P5MiS1ICLTxM%252CC6BDdJoXT9KcEM%252C_&vet=1&usg=AI4_-kTXrBMpj__xL5IkGCshrXTp04fX3w&sa=X&ved=2ahUKEwiCneivyODuAhVJBs0KHY88CaAQ9QF6BAgUEAE&biw=1447&bih=975#imgrc=i_lxoojURNE3XM)
- Inserting LaTex-like mathematical typesetting
Lets try ordinary Latex mathematics
first:
\begin{equation}
F(x) = \int_{-\inf}^{x}{f(\tau)d \tau}
\end{equation}
then:
\begin{equation}
\delta x
\end{equation}
Ok, so we don't get the eqn numbering, but we can typeset mathematics! In-line math is not working just yet .