![]() It is used by many hundreds of thousands of students, teachers, and researchers worldwide. Social network models, logistical flow models, and graph theory models rely heavily on the use of. In any case, the key point is that there is no problem in asking all links to update & check their condition: each link will perform its calculations and checks based on its own situation, so there is no problem in handling different links being born and having to die at different points in time. NetLogo is a multi-agent programmable modeling environment. In NetLogo, it is possible to define links between agents. If we want to be precise, the first approach will be a bit lighter because links will not have to set the value of time-to-die at every tick (while, in the second approach, links set the value of time-apart at every tick), but I guess this advantage might be so small that you should probably just prefer the one that best fits the overall logic of your model. dimensional and is divided up into a grid of patches. ![]() Turtles are agents that move around in the world. New shapes can be created, or imported from other. In NetLogo, there are four types of agents: turtles, patches, links, and the observer. One way mimics the logic that you expressed in your question: links-own [ Reports a list of strings containing all of the link shapes in the model.
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