Simulation Dataset: Air-breathing synchrony in juvenile Arapaima gigas reveals collective coordination under individual physiological constraints

This is a supplementary simulation dataset to reproduce Figs. 4-7 of the manuscript “Air-breathing synchrony in juvenile Arapaima gigas reveals collective coordination under individual physiological constraints” by Bartashevich et al.

General Structure

The archive is organized into four folders, each corresponding to a figure in the manuscript:

• Fig4/
• Fig5/
• Fig6/
• Fig7/

All simulation data are provided as NumPy .npy files, except for Figure 7, which uses .csv format.

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– Fig4

This folder contains data for homogeneous (Fig. 4A–F) and heterogeneous (Fig. 4G–K) group compositions.

File naming convention:
Files are named according to:

• Breathing type (pers1–pers6)
• Number of agents (e.g., Npop200)
• Coupling strength parameter (beta, ranging from 0 to 30)

File contents:

• histvalues: Raw breathing interval data from 10 simulation runs, each with 1000 time steps (dt = 0.01)
• mean: Mean breathing interval
• std: Standard deviation of breathing intervals
• laplace_emp_arr: Results of a two-sided Kolmogorov–Smirnov test against a Laplace distribution with empirical scale parameter b=3.55
• laplace_stst_arr: Results of a two-sided Kolmogorov–Smirnov test against a fitted Laplace-like distribution

Metric files contain arrays evaluated across all coupling strengths (beta = 0–30).

Note (heterogeneous groups in Fig. 4G-K):

• pers3: Groups composed of three breathing types
• pers6: Groups composed of six breathing types

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– Fig5

This folder contains all data required to reproduce Figure 5.

File naming follows the same conventions as in Fig4, with an additional parameter:

• perc_slow: Number of agents of the slowest breathing type (pers4)
  • Range: 0–67 for Npop100
  • Range: 0–133 for Npop200

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– Fig6

This folder contains data for simulations with partaking.

File naming convention includes:

• Number of agents (e.g.,
  

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