Package: scikit-surgerytf
Author: Matt Clarksonscikit-surgerytf is part of theSNAPPYsoftware project, developed at theWellcome EPSRC Centre for Interventional and Surgical Sciences, part ofUniversity College London (UCL).scikit-surgerytf supports Python 3.6+, and tensorflow >= 2.0.0.The aim of scikit-surgerytf is to provide a home for various Tensor Flow examples and
utilities and to show best practice. It’s NOT meant to be a layer on-top of Tensor Flow
or provide a new kind-of platform. The aim is that researchers can learn from examples,
and importantly, learn how to deliver an algorithm that can be used by other people
out of the box, with just a`pip install`, rather than a new user having to
re-implement stuff, or struggle to get someone else’s code running. Researchers
can commit their research to this repository, or use thePythonTemplateto
generate their own project as a home for their new world-beating algorithm!Features/NetworksLiver Segmentation UNet: Based onhttps://doi.org/10.1007/978-3-319-24574-4_28.The usual FashionMNIST example, for learning purposes.Design PrinciplesEach project herein should provide the following:Code that passes pylint.Unit testing, as appropriate. In all likelihood, testing will cover individual functions, not large training cycles.Sufficient logging, including date, time, software (git) version, runtime folder, machine name.A main class containing a network that can be run separately in train/test mode.Visualisation with TensorBoard.Saving of learned network weights at the end of training.Loading of pre-train weights, initialising the network ready for inference.The ability to be run repeatedly for hyper-parameter tuning via python scripting, not bash.The ability to be callable from within a Jupyter Notebook, and thereby amenable to weekly writup’s for supervisions.One or more command line programs that are pip-installable, enabling a subsequent user to train and test your algorithm with almost-zero faff.Visualisation for debugging purposes, such as printing example image thumbnails etc. should be done in Jupyter notebooks, or in tensorboard, not in the same class as your algorithm.Optional features could include:Small test projects that train quickly to completion won’t need checkpointing, but large ones will.UsageTypical instructions for use:First create a clean python environment, just installing tox:# Create a clean conda environment
conda create -n myenv python=3.6
conda activate myenv
pip install toxThen you get the code, and use tox to install all other dependencies:git clone https://github.com/UCL/scikit-surgerytf
cd scikit-surgerytf
# edit requirements.txt, changing tensorflow to tensorflow-gpu.
# The default is the CPU version just for cross platform testing,
# but for real use, you should swap it to GPU.
# Then run tox to install all dependencies.
toxThen you can activate the tox created virtualenv and run top-level entry points directly from the root folder:source .tox/py36/bin/activate
python sksurgeryrgbunet.py --helpWindows users would run:.tox\py36\Scripts\activate
python sksurgeryrgbunet.py --helpSo, for example, to run the sksurgeryrgbunet.py program and train on some data, you would do:python sksurgeryrgbunet.py -d DATA -w working_dir -s output.hdf5where DATA is a directory like:DATA/P1/masks
DATA/P1/images
DATA/P2/masks
DATA/P2/images
.
.
DATA/PN/masks
DATA/PN/imagesand P1,P2..PN just represents some patient identifier. Images and masks, though in different
folders, must have the same name.DevelopingCloningYou can clone the repository using the following command:git clone https://github.com/UCL/scikit-surgerytfRunning testsPytest is used for running unit tests, but you should run using tox,
as per thePythonTemplateinstructions.LintingThis code conforms to the PEP8 standard. Pylint is used to analyse the code.
Again, follow thePythonTemplateinstructions and run via tox.InstallingYou can pip install directly from the repository as follows:pip install git+https://github.com/UCL/scikit-surgerytfContributingPlease see thecontributing guidelines.Useful linksSource code repositoryDocumentationLicensing and copyrightCopyright 2019 University College London.
scikit-surgerytf is released under the Apache Software License 2.0. Please see thelicense filefor details.AcknowledgementsSupported byWellcomeandEPSRC.