maxmsp

Testing Firefly Sync in Russia

Controlling dozens of LED lights inside Nikolay Polissky’s Universal Mind sculpture in Nikola Lenivets, Russia using a custom jitter patch that simulates synchronizing fireflies. see 5 CHOB for the final artwork, synchronizing firefly simulation for the MaxMSP Jitter patch and firefly

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Testing Firefly Sync in Russia

Controlling dozens of LED lights inside Nikolay Polissky’s Universal Mind sculpture in Nikola Lenivets, Russia using a custom jitter patch that simulates synchronizing fireflies. see 5 CHOB for the final artwork, synchronizing firefly simulation for the MaxMSP Jitter patch and firefly

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Firefly Sync Simulation

  a small max / jitter patch which simulates a system of coupled oscillators as in synchronizing fireflies. it’s inspired by algorithms described by Steven Strogatz in his book “Sync”. let me know if you make something with it! I tested this patch

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Firefly Sync Simulation

  a small max / jitter patch which simulates a system of coupled oscillators as in synchronizing fireflies. it’s inspired by algorithms described by Steven Strogatz in his book “Sync”. let me know if you make something with it! I tested this patch

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Max Crash Demon

Here’s a little application I wrote for a permanent installation. This python script will run a ps command every minute to check if max is still running. If max isn’t running, the script will restart max. go to /Applications/Utilities/Console.app to

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Max Crash Demon

Here’s a little application I wrote for a permanent installation. This python script will run a ps command every minute to check if max is still running. If max isn’t running, the script will restart max. go to /Applications/Utilities/Console.app to

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Recurrent Oscillatory Self-Organizing Map ROSOM

Period detection and representation by recurrent oscillatory self-organizing map by Mauri Kaipainen and Tommi Ilmonen Abstract: Whether or not periodicity is a property of the environment, for a cognitive system a period is always a dynamical mental construct. This study

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Recurrent Oscillatory Self-Organizing Map ROSOM

Period detection and representation by recurrent oscillatory self-organizing map by Mauri Kaipainen and Tommi Ilmonen Abstract: Whether or not periodicity is a property of the environment, for a cognitive system a period is always a dynamical mental construct. This study

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Mémoire jit.robosom (2004)

DOWNLOAD Mémoire (pdf) DOWNLOAD jit.robosom (zip) Ce mémoire à pour objet de compléter et de documenter le travail que j’ai réalisé dans la recherche et le développement de jit.robosom. jit.robosom est une abstraction pour MaxMSPJitter qui implémente un réseau de

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Mémoire jit.robosom (2004)

DOWNLOAD Mémoire (pdf) DOWNLOAD jit.robosom (zip) Ce mémoire à pour objet de compléter et de documenter le travail que j’ai réalisé dans la recherche et le développement de jit.robosom. jit.robosom est une abstraction pour MaxMSPJitter qui implémente un réseau de

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TwelveOscils

got the idea for this model of fireflies flashing in sync reading Steven Strogatz’s book “Sync” Download the MaxMSP patch

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TwelveOscils

got the idea for this model of fireflies flashing in sync reading Steven Strogatz’s book “Sync” Download the MaxMSP patch

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jit.robosom

Self-organizing map abstraction for MaxMSP Jitter. DOWNLOAD

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jit.robosom

Self-organizing map abstraction for MaxMSP Jitter. DOWNLOAD

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