Windows#
User install with Mamba (recommended)#
First we need to install a Mamba distribution. There are a few options but here we opt for Miniforge3 as it includes Mamba.
You can follow the install instructions for Miniforge3 here .
Download and execute the Miniforge3 Windows installer
You can get it from the Miniforge3 GitHub repository here or from the link below
Follow the prompts and complete the installation process
Open “Miniforge Prompt” which will now be available on your start menu.
It is recommended to create a new environment
mamba create --name new_env python=3.11
Activate the new environment
mamba activate new_env
Install GEOUNED from conda-forge
mamba install -c conda-forge geouned -y
Then you will be able to run import GEOUNED from within Python
import geouned
You will also be able to use the GEOUNED command line tool
geouned_cadtocsg --help
User install with Conda#
First we need to install a Conda distribution. There are a few options but we here we opt for MiniConda3 as it downloads quicker than the fuller Anaconda.
You can follow the install instructions for MiniConda3
Download and execute the Miniforge3 Windows installer
You can get it from the Miniforge3 GitHub repository here or from the link below
https://repo.anaconda.com/miniconda/Miniconda3-latest-Windows-x86_64.exe
Open “Anaconda Prompt (miniconda3)” which will now be available on your start menu.
It is recommended to create a new environment
conda create --name new_env python=3.11
Activate the new environment
conda activate new_env
Since one of the GEOUNED dependencies is FreeCAD, classic conda solver of dependencies may significantly slow down the installation. For this reason, it is recommended to install and use conda-libmamba-solver
conda install conda-libmamba-solver
Install GEOUNED from conda-forge, forcing the use of libmamba solver
conda install -c conda-forge geouned -y --solver=libmamba
Then you will be able to run import GEOUNED from within Python
import geouned
You will also be able to use the GEOUNED command line tool
geouned_cadtocsg --help