requirements.txt

# First make sure to update pip:
#     $ sudo pip install --upgrade pip
#
# Then you probably want to work in a virtualenv (optional):
#     $ sudo pip install --upgrade virtualenv
# Or if you prefer you can install virtualenv using your favorite packaging
# system. E.g., in Ubuntu:
#     $ sudo apt-get update && sudo apt-get install virtualenv
# Then:
#     $ cd $my_work_dir
#     $ virtualenv my_env
#     $ . my_env/bin/activate
#
# Next, optionally uncomment the OpenAI gym lines (see below).
# If you do, make sure to install the dependencies first.
# If you are interested in xgboost for high performance Gradient Boosting, you
# should uncomment the xgboost line (used in the ensemble learning notebook).
#
# Then install these requirements:
#     $ pip install --upgrade -r requirements.txt
# 
# Finally, start jupyter:
#     $ jupyter notebook
#


##### Core scientific packages
jupyter==1.0.0
matplotlib==3.0.2
numpy==1.15.4
pandas==0.23.4
scipy==1.2.0


##### Machine Learning packages
scikit-learn==0.20.2

# Optional: the XGBoost library is only used in the ensemble learning chapter.
xgboost==0.81


##### Deep Learning packages

# Replace tensorflow with tensorflow-gpu if you want GPU support. If so,
# you need a GPU card with CUDA Compute Capability 3.0 or higher support, and
# you must install CUDA, cuDNN and more: see tensorflow.org for the detailed
# installation instructions.
tensorflow==1.12.0
#tensorflow-gpu==1.12.0
tensorflow-hub==0.2.0
tensorflow-probability==0.5.0


# Optional: OpenAI gym is only needed for the Reinforcement Learning chapter.
# There are a few dependencies you need to install first, check out:
# https://github.com/openai/gym#installing-everything
#gym[all]==0.10.9
# If you only want to install the Atari dependency, uncomment this line instead:
#gym[atari]==0.10.9


##### Image manipulation
imageio==2.4.1
Pillow==5.3.0
scikit-image==0.14.1


##### Extra packages (optional)

# Nice utility to diff Jupyter Notebooks.
nbdime==1.0.4

# May be useful with Pandas for complex "where" clauses (e.g., Pandas
# tutorial).
numexpr==2.6.9

# Optional: these libraries can be useful in the classification chapter,
# exercise 4.
nltk==3.4
urlextract==0.8.3

# Optional: this extension is handy to easily start/stop tensorboard
# server(s) directly from Jupyter.
jupyter-tensorboard==0.1.8

# Optional: these are useful Jupyter extensions, in particular to display the
# table of contents
jupyter-contrib-nbextensions==0.5.0