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ENH: Updated installation and example instructions
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aylward committed Jun 30, 2024
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Expand Up @@ -29,20 +29,70 @@ TubeTK offers various interface layers:
Installing TubeTK
=================

We recommend using TubeTK via Python. To do so, the installation command is
There are now a full set of wheels for itk-TubeTK on Pypi, and they are
SOMEWHAT compatible with ITK v5.4. Regretfully getting them to work
required changes to ITK, and those changes aren't incorporated into
ITK v5.4. We will have to wait for the ITK v6.0 release, which will
likely be a few months from now.

So, for 90+% of the functionality working (certain Spatial Object I/O
methods will fail), you can use itk-tubetk 1.4.0 from pypi

> pip install itk-tubetk

There may also be newer, experimental versions of TubeTK available via
HOWEVER, for 100% functionality working, IF you are running Windows
with Python 3.11, I have created a full set of wheels for ITK,
ITKMinimumPathExtraction, and ITKTubeTK and uploaded them to the
TEST pypi server. You can install them into a new Python venv (one
without ITK already installed), via

> pip install --pre itk-tubetk

For a list of present and past releases and pre-releases, see https://pypi.org/project/itk-tubetk/
> python -m pip install --index-url https://test.pypi.org/simple/ --extra-index-url https://pypi.org/simple/ itk itk-minimalpathextraction itk-tubetk
This should then install the following packages/wheels, ON WINDOWS machines
with Python 3.11 ONLY:

```
itk 5.4.0.20240629
itk-core 5.4.0.20240629
itk-filtering 5.4.0.20240629
itk-io 5.4.0.20240629
itk-minimalpathextraction 2.0.0.20240629
itk-numerics 5.4.0.20240629
itk-registration 5.4.0.20240629
itk-segmentation 5.4.0.20240629
itk-tubetk 1.4.0.20240629
```

I will also upload Ubuntu 22.04 wheels to the PyPiTEST server. If you
need other wheels, please email me at [email protected]. However, my
time (like everyone's time) is quite booked so there will be a delay.
I will also get ITK master updated asap to build with the latest TubeTK
and MinimalPathExtraction...

Thanks for your patience!

Installing Additional Examples
==============================

For additional examples of how to use TubeTK, see

*** pytubetk

This is a new project that will evolve to be the primary
source of examples for python tubetk. It is very much a work-in-progress.
The scripts will be helpful, but they may require updates to work with
current itk-tubetk wheels:
https://github.com/aylward/pytubetk/tree/main/examples

Compiling TubeTK
================

We stronly reocmmend that you use the Python version of TubeTK, as described above. However, if you wish to compile TubeTK from scratch (e.g., because you wish to modify it or use its C++ interface), then use the version of TubeTK that is bundled with ITK. ITKTubeTK is available as a official ITK Remote Module, starting with [ITKv5.1.2](https://github.com/InsightSoftwareConsortium/ITK/releases/tag/v5.1.2).
We stronly reocmmend that you use the Python version of TubeTK, as
described above. However, if you wish to compile TubeTK from scratch
(e.g., because you wish to modify it or use its C++ interface), then
use the version of TubeTK that is bundled with ITK. ITKTubeTK is
available as a official ITK Remote Module, see instructions given
earlier in this document.

Details on compiling ITK (and optionally compiling its example applications and wrapping it for python) are described next.

Expand Down Expand Up @@ -72,24 +122,22 @@ We then recommend adding the following paths to your user environment:
For Python
----------

Again, our recommendation is to use the freely avaible and easy-to install Python wrapping of TubeTK that is available simply by issuing the following command:

pip install itk-tubetk
Again, our recommendation is to use the freely avaible and easy-to install
Python wrapping of TubeTK that is available as described earlier in this
document.

However, if you are compiling your own version of ITK/TubeTK, and you have set ITK_WRAP_PYTHON = On, then when you compile ITK, you will generate the Python interface for ITK and TubeTK.
However, if you are compiling your own version of ITK/TubeTK, and you
have set ITK_WRAP_PYTHON = On, then when you compile ITK, you will
generate the Python interface for ITK and TubeTK. To use itk and
itk-tubetk within you python environment, copy the file

To use TubeTK from Python, you will also need the following packages on your build machine:
* numpy
* scipy
* jupyter
* matplotlib
ITK-build/Wrapping/Generators/Python/WrapITK.pth

Tou will also need to add the modules of python-wrapped ITK to your python environment. This is accomplished by copying the files that specify the paths to their python modules into your python site-packages directory. To find the site-packages directory on your system, follow the directions on this link:
https://stackoverflow.com/questions/122327/how-do-i-find-the-location-of-my-python-site-packages-directory
into your python's site-packages directory, e.g.,

If that reveals that your site-packages directory is /Python/Python36/site-packages. then copy ITK's python paths file into that directory, e.g.,
venv/Lib/site-packages

$ cp ~/src/ITK-Release/Wrapping/Generators/Python/WrapITK.pth /Python/Python36/site-packages
For more info, see https://stackoverflow.com/questions/122327/how-do-i-find-the-location-of-my-python-site-packages-directory

Then you can test your configuration:

Expand All @@ -105,11 +153,8 @@ Roadmap
=======

Our roadmap includes:
* Adding more Jupyter Notebook examples in ITKTubeTK/examples:
* Sliding organ registration
* Vessel-based registration
* Tomosynthesis simulation
* Additional vessel extraction demonstrations involving lungs, livers, and brains imaged via MRA, CT, and ultrasound.
* Continue to add examples to the pytubetk repo
* Use TubeTK segmentations to create MONAI models for vessel segmentation.

Acknowledgements
----------------
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