====================== Installation for users ====================== Capytaine is available on Windows, MacOS [#]_ and Linux. .. [#] For the latest informations on the arm64 architectures (Apple M1), see https://github.com/capytaine/capytaine/issues/190 Capytaine requires Python 3.6 or higher. Thus it is compatible with `all currently supported version of Python `_. With Conda ---------- The easiest way to install Capytaine is the precompiled package available on Conda_. Download and install the `Anaconda distribution`_ or its lightweight counterparts Miniconda_ and Miniforge_. .. _Conda: https://conda.io .. _`Anaconda distribution`: https://www.anaconda.com/download/ .. _Miniconda: https://conda.io/miniconda.html .. _Miniforge: https://github.com/conda-forge/miniforge Once Conda has been installed, you might want to `create a dedicated environment `_. Capytaine's package is available in the `conda-forge` channel and can be installed with the following command:: conda install -c conda-forge capytaine The required dependencies should be installed automatically. You can check which version of Capytaine has been installed by opening a Python shell and running:: import capytaine; print(capytaine.__version__) Optional dependencies --------------------- Optional dependencies can be manually installed. They are nice to have but not necessary for Capytaine's main features. +------------+------------------------------------------+------------------------------+ | Name | Example installation command | Usage | +============+==========================================+==============================+ | matplotlib | :code:`conda install matplotlib` | Used in several examples | | | | in the documentation and | | | | the cookbook | +------------+------------------------------------------+------------------------------+ | vtk | :code:`conda install -c conda-forge vtk` | For 3D visualization | +------------+------------------------------------------+------------------------------+ | joblib | :code:`conda install joblib` | For parallel resolution | +------------+------------------------------------------+------------------------------+ | meshio | :code:`pip install meshio` | To load more mesh formats | +------------+------------------------------------------+------------------------------+ | quadpy | :code:`pip install quadpy` | For higher order quadratures | | | | (experimental) | +------------+------------------------------------------+------------------------------+ With Pip -------- The package is available on PyPI, although only as a source distribution. That means that you'll need a Fortran compiler [#]_ in order to install the package. If you do, you can install Capytaine as:: pip install capytaine If you can't install a compiler, it is recommended to use Conda instead. .. [#] For example, on Ubuntu or Debian: :code:`sudo apt install gfortran`. On macOS, see `for instance these instructions `_. With Docker ----------- The following command will create a Docker image based on Ubuntu 22.04 with the version v1.5 of Capytaine:: docker build -t capytaine:v1.5 https://github.com/capytaine/capytaine.git#v1.5 Replace :code:`v1.5` by :code:`master` to download instead the latest development version. Use the following command to open an IPython shell in which Capytaine can be imported:: docker run -it capytaine:v1.5 ipython3 Or the following command to make the current directory accessible from the Docker image and run the file :code:`my_script.py` from the current directory:: docker run -it -v $(pwd):/home/user capytaine:v1.5 python3 my_scipt.py Note that graphical displays (matplotlib, vtk, ...) might require a complex setup to work from the Docker image.