.. highlight:: shell

.. _Build_Your_Own_System:

===============================================
Build Your Own Image Guided Surgery System
===============================================
1. Obtain a suitable test phantom, in this case a prostate phantom.

.. image:: phantom_01.png
  :height: 400px
  :alt: A prostate phantom, for which we have a CT scan, a reference marker, and a pointer.
  :align: center


2. Find a USB camera, there are a few in the lab, or we can use a tablet with a rear facing camera.

3. Get B.A.R.D.

::

  git clone https://github.com/SciKit-Surgery/scikit-surgerybard.git

or navigate to https://github.com/SciKit-Surgery/scikit-surgerybard
and use the download button

4. Use conda to create a new environment.

::

  cd scikit-surgerybard
  conda create -n bard python=3.10
  conda activate bard
  pip install tox
  tox


5. If any of the commands failed, speak to a lab assistant. Assuming tox ran successfully,
you can activate a virtual env built by the tox command.

For Mac and Linux, activate the virtual environment using command

::

  source .tox/test/bin/activate

For Windows, activate the virtual environment using command
::

  .tox\test\Scripts\activate

If all goes well the prompt should be preceded by (test), which is the name of the virtual environment created by tox.

You should now have BARD setup with all dependencies in your computer. Continue with the next task.