BYTE Simulation Dataset from the B3GET Model (2021)
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资源简介：
This dataset contains output from the BYTE (B3GET Yielded Thesis Experiment) simulations, generated using the B3GET (Behavior, Ecology, Genetics, Evolution, and Tradeoffs) agent-based model, version 1.2.0. B3GET is implemented in NetLogo, a multi-agent programmable modeling environment widely used for simulating complex systems. B3GET simulates ANIMAL agents living in two-dimensional PLANT landscapes, enabling studies of behavioral ecology and evolution in spatially explicit, energetically constrained environments. BYTE consists of 4,608 simulations across four virtual primate species (chimpanzees, geladas, hamadryas baboons, and olive baboons) under diverse environmental and model conditions. Each simulation produced multi-level outputs capturing gene-level, individual-level, group-level, population-level, and ecosystem-level dynamics. Recorded data includes state variable values at global (e.g., plant-seasonality) and individual (e.g., body.size) levels, as well as numerous measuremen..., , # BYTE Simulations of the B3GET Model (2021)
## 1. Dataset Description
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This dataset contains output from the BYTE (B3GET Yielded Thesis Experiment) simulations, generated using the B3GET (Behavior, Ecology, Genetics, Evolution, and Tradeoffs) agent-based model, version 1.2.0. B3GET is implemented in NetLogo, a multi-agent programmable modeling environment widely used for simulating complex systems. B3GET simulates ANIMAL agents living in two-dimensional PLANT landscapes, enabling studies of behavioral ecology and evolution in spatially explicit, energetically constrained environments. BYTE consists of 4,608 simulations across four virtual primate species (chimpanzees, geladas, hamadryas baboons, and olive baboons) under diverse environmental and model conditions.
Each simulation produced multi-level outputs capturing gene-level, individual-level, group-level, population-level, and ecosystem-level dynamics. Recorded data includes state variable values at gl...,
创建时间：
2025-12-30
