Introduction to Complexity: Our Second NetLogo Model
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- เผยแพร่เมื่อ 7 ก.พ. 2025
- These are videos from the Introduction to Complexity course hosted on Complexity Explorer. You will learn about the tools used by scientists to understand complex systems. The topics you'll learn about include dynamics, chaos, fractals, information theory, self-organization, agent-based modeling, and networks. You’ll also get a sense of how these topics fit together to help explain how complexity arises and evolves in nature, society, and technology.
This course was developed by professor Melanie Mitchell, and is based on her book Complexity: A Guided Tour.
Great job on the pedagogy! Assuming a good complement of the "bottom-up" concepts (e.g., additional study that provides a good balance between theoretical and applied disciplines), this seems to be a great example of a teaching paradigm that matches a broad and stable learning model. ...it really makes powerful ideas very accessible and easy to think with, IMHO. I can't wait to see how they address the generalization of these capabilities to other models as defined and constrained by this framework. Thanks for this excellent content.
Great great job. I am a mexican teacher and I´m planning to share them with mya students.
Thank you so much
why the plot for 1 ant says 1160 units of food eaten, while the label of the ant says 1089?
"max-turn-angle" not defined error, source code identical to the one uploaded on the website.
facing the same problem, how did you eventually fix it?
Halt-function is useful！
I have a question, in case someone is still following this video. Can the ant in this example occupy the same patch? What happen if two (or more) ants arrive at the same time on the same patch? Which of them get the food? Thanks.
Turtles (ants) are not allocated to patches, they exist at floating point coordinates (precise decimals, not whole numbers). So there can be any number of ants in a patch or at the same coordinate (like at the start). Ants also are processed in a random sequence, not at the same time. So one ant moves, then the next, etc.
@@123TeeMee thanks!