🚨 This package is in the early stages of design and implementation. 🚨
The fastest way to install PyGMT is with the conda package manager which takes care of setting up a virtual environment, as well as the installation of GMT and all the dependencies PyGMT depends on:
conda create --name pygmt --channel conda-forge pygmt
To activate the virtual environment, you can do:
conda activate pygmt
After this, check that everything works by running the following in a Python interpreter (e.g., in a Jupyter notebook):
import pygmt pygmt.show_versions()
You are now ready to make you first figure! Start by looking at the tutorials on our sidebar, good luck!
The sections below provide more detailed, step by step instructions to install and test PyGMT for those who may have a slightly different setup or want to install the latest development version.
PyGMT is tested to run on Python 3.7 or greater.
We recommend using the Anaconda Python distribution to ensure you have all dependencies installed and the conda package manager is available. Installing Anaconda does not require administrative rights to your computer and doesn’t interfere with any other Python installations on your system.
PyGMT requires Generic Mapping Tools (GMT) version 6 as a minimum, which is the latest released version that can be found at the GMT official site. We need the latest GMT (>=6.1.1) since there are many changes being made to GMT itself in response to the development of PyGMT, mainly the new modern execution mode.
Compiled conda packages of GMT for Linux, macOS and Windows are provided through conda-forge. Advanced users can also build GMT from source instead, which is not so recommended but we would love to get feedback from anyone who tries.
We recommend following the instructions further on to install GMT 6.
PyGMT requires the following libraries to be installed:
The following are optional (but recommended) dependencies:
IPython: For embedding the figures in Jupyter notebooks.
Installing GMT and other dependencies¶
Before installing PyGMT, we must install GMT itself along with the other
dependencies. The easiest way to do this is via the
conda package manager.
We recommend working in an isolated
to avoid issues with conflicting versions of dependencies.
First, we must configure conda to get packages from the conda-forge channel:
conda config --prepend channels conda-forge
Now we can create a new conda environment with Python and all our dependencies
installed (we’ll call it
pygmt but feel free to change it to whatever you
conda create --name pygmt python=3.9 numpy pandas xarray netcdf4 packaging gmt
Activate the environment by running the following (do not forget this step!):
conda activate pygmt
From now on, all commands will take place inside the conda virtual environment
pygmt and won’t affect your default
Now that you have GMT installed and your conda virtual environment activated, you can install PyGMT using any of the following methods:
Using conda (recommended)¶
This installs the latest stable release of PyGMT from conda-forge:
conda install pygmt
This upgrades the installed PyGMT version to be the latest stable release:
conda update pygmt
This installs the latest stable release from PyPI:
pip install pygmt
Alternatively, you can install the latest development version from TestPyPI:
pip install --pre --index-url https://test.pypi.org/simple/ --extra-index-url https://pypi.org/simple pygmt
To upgrade the installed stable release or development version to be the latest
one, just add
--upgrade to the corresponding command above.
Any of the above methods (conda/pip) should allow you to use the PyGMT package from Python.
Testing your install¶
To ensure that PyGMT and its dependencies are installed correctly, run the following in your Python interpreter:
import pygmt pygmt.show_versions() fig = pygmt.Figure() fig.coast(region="g", frame=True, shorelines=1) fig.show()
If you see a global map with shorelines, then you’re all set.