truly the peak of interoperability…

Record your diagramming to help us make better editors! Part of our research MIT Visualization Group. Please spread the word and retweet!

Thinking about making a little local LLM util with a vectorstore + graph DB + interface to OS APIs.

Use it to convert repos to my preferred structure, setup/align configs, etc.

Then as my prefs/knowledge evolves, track their provenance to create a 'convergent' feedback loop...

A reminder that I’m hosting Orion Reed this Wednesday for a @tft_rocks presentation: Spatial Canvases: Towards an Integration Domain for HCI

8am PST / 11am EST / 1700 CEST

Sign up to join us lu.ma/tftrocks-april…

A 'tutorial':
1. create a graph (shapes and arrows), avoid black or violet (see graph repo README for why)
2. add some other shapes
3. select the graph shapes, hit 'Add' on the right of the toolbar
4. select all the shapes, hit 'Add' on the left
5. Jiggle it

“Why is my coat so damn heavy!?” oh wait it’s the literal POCKET FULL OF ROCKS I picked up 10,000km away and took with me across the Atlantic.

Here's a physics sim and graph sim happily co-existing in tldraw, you can move the graph around while physics is running, walk over your graph, etc.

This came more-or-less 'for free' when I upgraded the physics and graph systems to use my PoC tldraw collections library.

Okay. Fixed every reported bug in the tldraw physics repo, and added a help button for anyone who doesn't like to read GitHub READMEs. Please let me know if you find more bugs.

Hope y'all approve of my icon emoji choice.

orionreed.github.io/tldraw-physics/

scope spotlights