#Netlogo lists how to
#Netlogo lists manual
#Netlogo lists code

It is available as a desktop download or web-based version, which begs the question: Which version should you use? NetLogo was created by Uri Wilensky in 1999 and has been developed at the Center for Connected Learning and Computer-Based Modeling at Northwestern University with bug fixes, translations into more languages, and an expanded model library. Most of NetLogo's online resources are dominated by computer science departments and STEM (science, technology, engineering, and mathematics) subjects, but it can be applied much more widely for things including art, music, and philosophy.

#Netlogo lists code

Looking at the library models' source code is a great way to learn and using and adapting the modules is also helpful.

#Netlogo lists manual

Its web-based user manual is a great place for English speakers to get started, and versions in Chinese, Czech, Japanese, and Spanish are linked from NetLogo's homepage. But there are many other ways to learn it. My first exposure to NetLogo was when I took Introduction to Complexity from the Santa Fe Institute.

It is easy to experiment by varying the model parameters, rather than just pressing go and seeing what a developer or instructor wants you to see. Learning about NetLogoĪs an educational technologist, what I like most about NetLogo is its interactivity. Users can write their own extensions or add existing ones available in the core program or in the GitHub repository. Be aware that some haven't been migrated to the latest NetLogo version and little-used ones may never be. They enable users to add the features they want without cluttering the core program with things most users won't need. The upside to this shortcoming is you'll come across many interesting models during your hunt that you would otherwise have missed.Įxtensions can expand NetLogo's functionality with new commands and features in Java and other languages. It can take a while to find what you are looking for in the built-in model library because there is no search and the organizing principles are not very easy to follow. NetLogo's Disease Solo model of an infection spreading. NetLogo includes an extensive library of models that cover a wide range of phenomena from the physical, natural, and social sciences, and there are other community-generated models available. It's best suited for small-scale models rather than large-scale, detailed, and complex agent-based modeling tasks. Using NetLogo's interface tools, students can alter a model's parameters and monitor the effects of those changes using graphical displays of changing key values. There are two versions available: NetLogo Desktop, a downloadable version that runs on Linux, MacOS, and Windows, and NetLogo Web. NetLogo runs on a Java virtual machine and uses a modified version of the Logo programming language, so a lot of people will be familiar with its terminologies, such as turtles and lists.

#Netlogo lists how to

It's a great way to learn how to develop small, agent-based model simulations and explore how large and small changes can affect an environment. NetLogo is an open source, cross-platform tool that enables users to model a wide variety of natural and social phenomena (including biology, chemistry, computer science, economics, physics, psychology, art, and much more).