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NetLogo 6.4.0 User Manual. What is NetLogo? NetLogo is a programmable modeling environment for simulating natural and social phenomena. It was authored by Uri Wilensky in 1999 and has been in continuous development ever since at the Center for Connected Learning and Computer-Based Modeling.
- Programming Guide
NetLogo 6.4.0 User Manual This section describes the NetLogo...
- Extensions
NetLogo extensions allow users to write new commands and...
- Palette
NetLogo Palette Extension Using the Palette Extension. The...
- Interface Guide
This section of the manual explains the function of each...
- BehaviorSpace
This guide has three parts: What is BehaviorSpace?: A...
- Transition Guide
Changes to the NetLogo User Interface. Users will notice...
- System Dynamics
We now have a complete diagram. To see the NetLogo code...
- NetLogo User Manual
NetLogo is a programmable modeling environment for...
- Programming Guide
Learn how to write NetLogo programs using agents, procedures, variables, colors, agentsets, and lists. See code examples and documentation for each command and feature.
Changes for NetLogo 5.2 hsb primitives GoGo extension Changes for NetLogo 5.0 Plotting Tick counter Unicode characters Info tabs Model speed List performance Extensions API Changes for NetLogo 4.1 Combining set and of Changes for NetLogo 4.0 Who numbering Turtle creation: randomized vs. “ordered” Adding strings and lists The -at primitives
NetLogo is a programmable modeling environment for simulating natural and social phenomena. Learn about its features, such as agents, parallelism, graphics, interface builder, plotting, HubNet, and more.
Learn how to use NetLogo's user interface to create, edit, and run models. The interface consists of menus, tabs, and tools for various functions, such as importing, exporting, monitoring, and debugging.
This section of the manual walks you through every element of the NetLogo interface in order and explains its function. In NetLogo, you have the choice of or viewing models found in the Models Library, adding to existing models, or creating your own models.
All of these operators take two inputs, and all act as "infix operators" (going between the two inputs, as in standard mathematical use). NetLogo correctly supports order of operations for infix operators.
