The ever stimulating Kottke directs our attention to a nifty widget that simulates complex systems with representative emojis that you populate your environment with and add protocols about how they interact and then the resulting models can provide forecasts for things like weather-patterns, wildfires, predation or epidemics—or for whatever scenario you can imagine rules for. This experiment, which examines the stability and sustainability of environments, reveals our weaknesses and fallacies when it comes to complicated and contingent reactions. This tool reminds me of that Microsoft Windows Game of Life, which simulated evolution with pixels forming larger, more complex shapes and gaining locomotion by a few simple rules.
Thursday, 17 March 2016
stochastic engineering
The ever stimulating Kottke directs our attention to a nifty widget that simulates complex systems with representative emojis that you populate your environment with and add protocols about how they interact and then the resulting models can provide forecasts for things like weather-patterns, wildfires, predation or epidemics—or for whatever scenario you can imagine rules for. This experiment, which examines the stability and sustainability of environments, reveals our weaknesses and fallacies when it comes to complicated and contingent reactions. This tool reminds me of that Microsoft Windows Game of Life, which simulated evolution with pixels forming larger, more complex shapes and gaining locomotion by a few simple rules.