arogozhnikov's comments

arogozhnikov | 2 years ago | on: Fastest autograd in the West

> But these computation graphs are similar every time.

For now I'm testing one-after-another because failure of previous (overflow, too-small-transfer, etc) gives a hint about which part can be changed in the graph.

I've been thinking about vectorizing over multiple guesses at once, but don't see a fast reliable way to merge several graphs (also that induces significant burden on other parts of the project - autograd is just one component).

arogozhnikov | 2 years ago | on: Fastest autograd in the West

Robotic planning of liquid handling. There are many potential alternative ways to achieve the same result, each resulting in its own computation graph.

I imagine any kind of trajectory planning for many agents faces similar challenges (e.g. robots in a factory).

arogozhnikov | 5 years ago | on: Don't write command-line interfaces (and how to write if you have to)

> then it should be pretty easy to test.

If it is that simple, you can just devote this to package like typer. That's what I point to - don't write it.

I see people somehow read GUI along the lines, while I never even considered that as an option. Added a note and please read completely before commenting

arogozhnikov | 5 years ago | on: Don't write command-line interfaces (and how to write if you have to)

ok, I understand now my question got misinterpreted, I'll rewrite that.

CLI parsing (mapping to real calls) may have bugs. How do you test this?

Both options suggested eliminate this possibility completely.

> one of their core advantages is ease of automation and testing.

Any example when suggested options are any worse in this sense?

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