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    An open-code physarum simulation and its particle “brains”

    A user calls the code easy to play with and offers a tentative reading of how particles share physics settings but interpret sensor data differently.

    Alex MordvintsevAM
    1 Source, 20d ago, first seen 20d ago

    TLDR

    A user highlights an open-code physarum simulation they describe as easy to experiment with. Based on a quick glance, they understand the particles to share sensor positions and movement characteristics but interpret sensor data differently, using “brains” made of 80-parameter noise functions found through mutations and manual selection.

    Combined views

    5K

    1 Source, first seen 20d ago

    Combined views

    5K

    1 Source, first seen 20d ago

    126 likes
    126 likes
    3 comments
    50 saves
    14 reposts
    3 comments
    50 saves
    14 reposts

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    Positive——Negative

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    1 Source

    Alex Mordvintsev@zzznahSpreading the word about a new cool physarum simulation. The code is open, easy to play with. AFAIU from a quick glance, particles are using shared "physics" params (sensor positions, movement characteristics), but differ in ways they interpret sensor data. "Brains" are 80-param noise functions found by mutations and manual selections20d

    1 Source

    Alex Mordvintsev@zzznahSpreading the word about a new cool physarum simulation. The code is open, easy to play with. AFAIU from a quick glance, particles are using shared "physics" params (sensor positions, movement characteristics), but differ in ways they interpret sensor data. "Brains" are 80-param noise functions found by mutations and manual selections20d