2. Markdown & LaTeX - Jupyter Tutorial (IPython 3)

[@bernsbuenaobra473]

Very generous teacher! The very comprehensive tutorial now I can write with confidence recalled my old skill in LaTEX now integrating we can discuss the theory or even outline the algorithm than actually the code in one single document. Thank you.

[@mjones410]

Thank you very much for this tutorial. But if anyone is going crazy getting this error when they select Markdown on Firefox Type Markdown and LaTeX: $\alpha^2$ It is because Firefox has a re-occurring problem with Jupyter, at least on linux (not sure about windows or mac) to get around this use chrome or chromium in terminal open it with either; jupyter notebook --browser=chrome jupyter notebook --browser=chromium

[@omidnazempour4954]

Link does not work!

[@bernsbuenaobra473]

Nice all in one page! One of the most difficult parts is actually about pagination say page breaks and line breaks so that when you print in PDF it actually works. WIth pure LateX, it will always work however in Jupyter Notebook not easy. Hopefully, you can discuss that in another video - thanks!

[@RonaldModesitt]

Many thanks for the great tutorial. This is very useful for Jupyter documents.

[@ElliotWhitehead]

LaTeX tutorial starts at 4:59.

[@Considerationhhh]

Does anyone know how to use `\usepackage{}` in Jupyter notebook's markdown? I have been looking around for a long time but could not find a solution…

[@Peteman]

Is there a way to get latex to be used as a default in a Jupyter page? Like %matplotlib inline has everything be mapped inline from then on?

[@jorgegomezabrante8780]

does jupyter have a latex kernel?

[@jimbyers3092]

Excellent tutorial. I think I only found one limit that did not look right--it should have dealt with 1/x instead of 1/0.

[@awwkaw9996]

plz use \cdot for multiply

[@mryelameli]

how to create a table in jupyter notebook?

[@pablov.viteri8328]

how could I write author and title ? Can i remove date from pdf? Im using jupyterlab markdown

[@mirandamiranda4663]

Great video! Thank you very much

[@rahulsinha7192]

Thank you very much, Sir, for this amazing tutorial

[@pacrii]

Your tutorials are really clean. Nice job.

[@Tcsaroshan]

pacrii Thanks

[@basalduat]

Please make your font as big as possible! Thanks for sharing.

[@gulnardyussembayeva7885]

very nice tutorial! but the link doesn't work( Could you, please, send a working one?

[@Giovanni2862]

Is it possible create a footnote?

[@zapy422]

Thank you for this nice tutorial. If I write in Markdown and then export the notebook to latex format. Are the markdowns code automatically translated to Latex? For example code for headings and inserting images...

[@billwindsor4224]

Everyone - you can get much more current information by going to the source page for the information: github.com/adam-p/markdown-here/wiki/Markdown-Here-Cheatsheet @Roshan - I strongly suggest you actually go in to Jupyter Notebooks and execute the code; you will need to do some modifications from your tutorial here to get the code running.

[@zapy422]

Thank you for the tuto. Can we use any latex command in jupyter?

[@darkbanditEX]

Great tutorial, thank you for making this video.

[@jotaescalona]

Hi! bro... nice tutorial! I found this video a few months ago and I started learning to use Jupyter Notebook. But now every time that I try to open your link in your description it shows me a 400 : Bad Request :( Can you please check it? Thanks you very much!!!

[@csbhaskar]

gracefully explained!

[@PythonisLove]

Great work, just full filled my need!

[@fabreeze]

Hi Roshan, Are you familiar with any way to use bibtex with ipython3?

[@Tcsaroshan]

fabreeze Yes, sure you can use it to keep track of your references. This is a link to a great tutorial about it. If you are having any trouble with it I'll be glad to help. nbviewer.ipython.org/github/ipython/nbconvert-examples/blob/master/citations/Tutorial.ipynb But to summarize, use in you markdown cell to make a reference. Then Add a file named ipython.bib to you folder with your references. For example: github.com/ipython/nbconvert-examples/blob/master/citations/ipython.bib .. Then add this template file to your folder: github.com/ipython/nbconvert-examples/blob/master/citations/citations.tplx (you can edit the template if you like). Finally run this command: ipython nbconvert --to latex --template mytemplate.tplx --post pdf mynotebook.ipynb

[@fabreeze]

Thanks Roshan. I'll give it a try A video tutorial would be awesome though! I couldn't find that many video resources on the subject. My understanding is the citations.tplx extends the boiler plate code of article.tplx which extends the base.tplx using jinja2. So if I wanted to add latex preamble options like \author or page numbering/headers , would citations.tplx that be the venue to do it? Or is there some caveats on the available parameters

[@Tcsaroshan]

fabreeze OK .. I recorded a quick video about using BibTex. kzbin.info/www/bejne/o2TSYn6OdpaFoM0 .. You can find the files on Github. The link to them is in the description of that video.

[@zapy422]

rawgit.com/jfbercher/jupyter_latex_envs/master/src/latex_envs/static/doc/latex_env_doc.html

[@guifrsx1]

Thanks for the tutorial! Very good!

[@thomasibbotson6499]

Thanks for the tutorial!

[@Tcsaroshan]

Thomas Ibbotson Thank you Thomas for your nice comment.

[@valeryrebolledo4762]

Thank you for this tutorial, you are awesome

[@Anysecur]

Thanks for the tutorial, it is awesome!

[@younisibrahim4562]

very helpful. Thanks a lot

[@juanodecc]

Muchas gracias mi amigo, muy útil. Thank you

[@tommyphillips1030]

Great tutorial!

[@araujohs]

Hi Roshan! One more interesting tutorial. I had some fun tinkering with it. $P(x,\sigma,\mu) = {1 \over {\sigma}\sqrt{2\pi}} e^{-(x-\mu)^2/_2\sigma^2}$ Regards from Brazil!

[@tonisun4785]

$$P(x,\sigma,\mu) = {1 \over {\sigma}\sqrt{2\pi}} e^{-(x-\mu)^2/2\sigma^2}$$

[@aldosantleon]

thanks roshan.

[@neilwalker3204]

An excellent tute :)

[@fundrplatform4451]

Really useful thank you

[@pacrii]

$$ P(x, \sigma, \mu) = \frac{1}{\sigma\sqrt{2 \pi}}e^{-(x -\mu)^2/2\sigma^2}$$ hmm. I haven't used \limits yet for sums. $$\sum_{i=1}^{n}$$ works fine too. I would add the use of \big \Big \bigg \Bigg (, and how to write system of equations using arrays with & = &. I think those would be useful too.

[@Tcsaroshan]

pacrii You got it .. The great thing about latex is there is no one correct way to write an equation.

[@faq1111]

$$P(x,\sigma,\mu) = \frac{1}{{\sigma \sqrt {2\pi } }}e^{{-(x - \mu)^2 } / {2\sigma ^2}}$$ Is this Correct?