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  • Book Overview & Buying Mastering IPython 4.0
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Mastering IPython 4.0

Mastering IPython 4.0

By : Bitterman, Dipanjan Deb
3 (3)
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Mastering IPython 4.0

Mastering IPython 4.0

3 (3)
By: Bitterman, Dipanjan Deb

Overview of this book

IPython is an interactive computational environment in which you can combine code execution, rich text, mathematics, plots, and rich media. This book will get IPython developers up to date with the latest advancements in IPython and dive deep into interactive computing with IPython. This an advanced guide on interactive and parallel computing with IPython will explore advanced visualizations and high-performance computing with IPython in detail. You will quickly brush up your knowledge of IPython kernels and wrapper kernels, then we'?ll move to advanced concepts such as testing, Sphinx, JS events, interactive work, and the ZMQ cluster. The book will cover topics such as IPython Console Lexer, advanced configuration, and third-party tools. By the end of this book, you will be able to use IPython for interactive and parallel computing in a high-performance computing environment.
Table of Contents (13 chapters)
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6
6. Works Well with Others – IPython and Third-Party Tools
7
7. Seeing Is Believing– Visualization
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12
Index

Python-nvd3


Python-nvd3 is a wrapper around the NVD3 library. NVD3 is itself a layer on top of the D3.js library. This is from the NVD3 homepage (http://nvd3.org/):

"This project is an attempt to build re-usable charts and chart components for d3.js without taking away the power that d3.js gives you."

Starting Python-nvd3

Python-nvd3 can be installed with the usual pip install command:

pip install python-nvd3

After this, one can check to make sure that it is available:

In [3]: import nvd3
loaded nvd3 IPython extension
run nvd3.ipynb.initialize_javascript() to set up the notebook
help(nvd3.ipynb.initialize_javascript) for options

In [4]: nvd3.__version__
Out[4]: '0.14.2'

An initial graph

The following code calls some basic Python-nvd3 libraries to produce an HTML file containing a graph:

In [1]: from nvd3 import scatterChart
loaded nvd3 IPython extension
run nvd3.ipynb.initialize_javascript() to set up the notebook
help(nvd3.ipynb.initialize_javascript) for options

In [2]: xs = [1, 2, 3, 4...
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