- I think there's an interesting space to explore around combining LLMs and VPLs (Open Questions Around LLM Interfaces)
- I'm not thinking about LLM calls being the "nodes", this already exists, but has nothing to do with exploring new interfaces - in a way, LLM being deeply async, make a lot of sense to embed in Computational DAGs
- I'm more interested in what kinds of interactions could be built by adding LLM-fuzziness to the way nodes-and-wires interfaces are usually presented
- maybe when trying to connect output to an input with mismatched type we get an adapter (or set of adapters) generated automatically?
- maybe dragging a connection (both from "output" and "input") into empty space provides a box with suggestions for both what's already in the system, and what makes sense to generate based on the rest of the things on the canvas
- maybe these generated suggestions don't come as a single new node, but as a bunch of them, all connected at once, so they evaluate and the output can be inspected in a sort of "purgatory" before joining the graph "for real"
- maybe there's no "grouping" of nodes, but that operation instead rewrites the subgraph into textual code and creates one new node
- same could work as "ungrouping" - just in the opposite direction
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