This idea would build on the idea of OpenSCAD which is a "Programmer's Solid 3D CAD Modeller." In short, you could write code to generate 3D models that could be 3D printed, like:
// Resolution
$fn=50;
This idea would build on the idea of OpenSCAD which is a "Programmer's Solid 3D CAD Modeller." In short, you could write code to generate 3D models that could be 3D printed, like:
// Resolution
$fn=50;
This is a library of helper functions that I use when writing Python Jupyter code.
Usually, I just copy-paste this between notebooks, but I've found a need for simplifying the code-reuse story across different notebooks.
from __future__ import annotations
try:
from mediocreatbest import auto
except ImportError:
%pip install --quiet --upgrade pip
""" | |
""" | |
__all__ = [ | |
'maybe_download', | |
'maybe_extract', | |
'maybe_init', | |
] |
"""Lightweight wrapper around Intel OSPRay for Python | |
Install with: | |
```console | |
$ pip install ospray@git+https://gist.github.com/player1537/c06faa784cc993fd6fd9c112d9feb5d9.git | |
``` | |
Use with: |
Install with:
$ pip install semeditor@git+https://gist.github.com/player1537/1c23b91b274d2e885be80d5892bac5b7.git
Put one kind of text (e.g. text with positivity, text with concrete ideas, text referring to some concept) in each of the left panes. Then in the right pane, put some document text that you want to analyze/edit.