(not my paper)
For seamless Docker setup Dockerfile is provided as well as Vscode Devcontainer Support
NOTE: Must use python 3.7
https://download.blender.org/release/Blender2.79/blender-2.79-windows64.msi
I think you can download any version 2.79 or higher, but I know it works with 2.79b
> git clone https://github.com/gregstarr/pychop3d.git
> cd pychop3d
For venv:
> python -m venv venv
> venv\Scripts\activate
For Anaconda:
> conda create -n pychop3d python=3.7
> conda activate pychop3d
> python -m pip install --upgrade pip
> pip install -r windows_requirements.txt
python main.py
> python main.py -c my_config.yml
NOTE: you may have to add the pychop3d directory to your PYTHONPATH environment variable using:
> set PYTHONPATH=C:\path\to\pychop3d
- beam_width: increasing this will cause the process to take longer but will (in theory) make the output better
- connector_diameter: side length of the connector pegs (cubes)
- connector_spacing: minimum distance between adjacent connectors
- connector_tolerance: extra side length for the 'slots'
- mesh: file path to stl, can also override this on command line in main.py
- part_separation: experimental feature, sometimes helps, sometimes hurts
- printer_extents: volume of your cartesian printer (currently do not support delta-style printers)
- directory: directory where the output stls, config file, and save progress will be stored a new directory will be created within this directory with the 'name' and the datetime string
- name: name of job, this will influence what the name of the output directory is
- plane_spacing: how many planes to consider for each normal, increasing this will cause the process to take longer but will possibly make the output better
See bunny_config.yml or shoerack_config.yml for examples
Takes about 2 minutes
Takes about 45 minutes