using the ipython notebook to produce engineering calcs

Format the nbconvert output as I want. I found this Writing an IPython notebook to HTML or PDF with Table Of Content and this Suppress code in NBConvert? IPython Can anybody point toward more comprehensive tutorials? Is there a way selectively show or hide some blocks of codes from the input? Something like this in the input cell would be fantastic :

/hide
Boring code
//hide
Interesting python code I want to show

Am I dreaming? If you could point me in the right direction I will be grateful. Ideally all the time I spend retyping stuff I've calculated before could be replaced by a

ipython nbconvert--to = latex--template = latex_template.tplx--post = pdf file.ipynb

Suggestion : 2

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The purpose of this Jupyter Notebook is to get you started using Python and Jupyter Notebooks for routine chemical engineering calculations. This introduction assumes this is your first exposure to Python or Jupyter notebooks.,If you have installed a Jupyter/Python distribution on your laptop then you can open a Jupyter session in one of two different ways:,One of the best features of Python is the ability to extend it's functionality by importing special purpose libraries of functions. Here we demonstrate the use of a symbolic algebra package Sympy for routine problem solving.,open a terminal window on your laptop and execute the following statement at the command line: > jupyter notebook

After installing be sure to check for updates before proceeding further. With the Anaconda package this is done by executing the following two commands in a terminal window:

> conda update conda
   >
   conda update anaconda

open a terminal window on your laptop and execute the following statement at the command line:

  > jupyter notebook

from IPython.display
import YouTubeVideo
YouTubeVideo("HW29067qVWk", 560, 315, rel = 0)

a = 12
b = 2

print(a + b)
print(a ** b)
print(a / b)

14
144
6.0

import numpy as np

# mathematical constants
print(np.pi)
print(np.e)

# trignometric functions
angle = np.pi / 4
print(np.sin(angle))
print(np.cos(angle))
print(np.tan(angle))

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Tooling and examples for using Jupyter Notebooks to write chapters that explain mathematical and engineering calculations. ,Tooling and examples for using Jupyter Notebooks to write chapters that explain mathematical and engineering calculations., Tooling and examples for using Jupyter Notebooks to write chapters that explain mathematical and engineering calculations. ,Jupyter Notebooks have become a standard way to write code to solve a problem. Well-written notebooks can be used to teach a procedure or concept to others. Learners can see the code and intermediate values.

git clone https: //github.com/alugowski/jupyter-forchaps.git
   cd jupyter - forchaps /
   . / setup.sh

source env / bin / activate

jupyter notebook notebooks /

--to pdf--template printviewlatex.tplx

jupyter nbconvert--template = printviewlatex--to = pdf mynotebook.ipynb