Skip to content

Repository files navigation

EdDynamics result reproduction

This repository accompanies the preprint Reproducible macroscopic dynamics in a closed-loop human-AI learning system, available at https://doi.org/10.48550/arXiv.2608.30946.

Replace every /path/to/... placeholder before running a command.

Layout

s1_empirical_dynamics/
├── main/
├── scripts/
└── robustness/
s2_minimal_mechanism/
├── main/
├── scripts/
└── robustness/
s3_event_ssl/
├── main/
│   ├── controls/
│   └── structural_analyses/
├── scripts/
└── robustness/
s4_cross_analysis/
├── main/
├── scripts/
└── robustness/
s5_supplementary/
└── scripts/
reference_outputs/

See reference outputs for core numeric reports and supplementary report-generation scripts.

The s1s5 directory prefixes are navigation labels. In contrast, stage* prefixes retained in code filenames and result directories denote the actual workflow order.

main/ contains primary experiments and downstream analyses, robustness/ contains additional robustness workflows and audits, and scripts/ contains result extraction and figure commands.

Dependency order

  1. Generate the empirical outputs in s1_empirical_dynamics/main/.
  2. Run both construction-matched null analyses and empirical sensitivity from s1_empirical_dynamics/robustness/.
  3. Run the complete ordered mechanism sequence in s2_minimal_mechanism/main/.
  4. Run primary Event-SSL, its controls, macro sufficiency and representation geometry using s3_event_ssl/README.md.
  5. Run the five additional Event-SSL seeds, then the state-only and objective-control workflows.
  6. Complete the remaining empirical and mechanism robustness workflows.
  7. Run s4_cross_analysis/README.md.
  8. Run the scripts/README.md inside each component when its stated inputs exist; run s5_supplementary/scripts/README.md last.

Resume a wrapper with the same result root when it provides completion markers. Do not combine outputs generated from different code copies in one result root.

About

Reproducible code for semantic macrostates, empirical effective dynamics, a family-bounded conditional mechanism, Event-SSL and representation analyses on EdNet-KT4.

Resources

Stars

0 stars

Watchers

0 watching

Forks

Releases

Packages

Contributors

Languages