BYTE Simulation Dataset from the B3GET Model (2021)

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 -------------------------- 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...,本数据集包含BYTE（B3GET Yielded Thesis Experiment，B3GET产出论文实验）仿真的输出结果，其由版本1.2.0的B3GET（行为、生态学、遗传学、演化与权衡，Behavior, Ecology, Genetics, Evolution, and Tradeoffs）基于智能体的模型（agent-based model）生成。B3GET基于NetLogo实现——这是一款被广泛用于复杂系统仿真的多智能体可编程建模环境。B3GET对栖息于二维植物景观中的动物智能体进行仿真，支持在空间显性、能量约束的环境中开展行为生态学与演化相关研究。BYTE包含4608次仿真实验，覆盖黑猩猩、狮尾狒、哈马德里亚狒狒、橄榄狒狒这4种虚拟灵长类物种，实验设置了多样的环境与模型条件。每次仿真均产出多维度输出结果，涵盖基因层面、个体层面、群体层面、种群层面以及生态系统层面的动态过程。所记录的数据包含全局层面（例如植物季节性）与个体层面（例如体型）的状态变量值，以及多项测量[数据截断]……，# B3GET模型的BYTE仿真（2021） ## 1. 数据集描述 -------------------------- 本数据集包含BYTE（B3GET Yielded Thesis Experiment，B3GET产出论文实验）仿真的输出结果，其由版本1.2.0的B3GET（行为、生态学、遗传学、演化与权衡，Behavior, Ecology, Genetics, Evolution, and Tradeoffs）基于智能体的模型（agent-based model）生成。B3GET基于NetLogo实现——这是一款被广泛用于复杂系统仿真的多智能体可编程建模环境。B3GET对栖息于二维植物景观中的动物智能体进行仿真，支持在空间显性、能量约束的环境中开展行为生态学与演化相关研究。BYTE包含4608次仿真实验，覆盖黑猩猩、狮尾狒、哈马德里亚狒狒、橄榄狒狒这4种虚拟灵长类物种，实验设置了多样的环境与模型条件。 每次仿真均产出多维度输出结果，涵盖基因层面、个体层面、群体层面、种群层面以及生态系统层面的动态过程。所记录的数据包含全局层面[数据截断]……