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.gitignore

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 # Large data and model files (exceed GitHub's 100MB limit or kept out of repo)
 # See README for how to obtain these.
-spectraV1_225_50_50_250000_5e_06_0_005_1_0_1_0.npz
-Boltzmann3_macro_values_Adapt_FullExp.pkl
-DSMC3ModelsExp/DSMC3LearnModelFull6.pt
-
 # Python
 __pycache__/
 *.py[cod]

Boltzmann3_macro_values_Adapt_FullExp.pkl

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+size 116038919

DSMC3ModelsExp/DSMC3LearnModelFull6.pt

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+version https://git-lfs.github.com/spec/v1
+oid sha256:d343ad7e528b56eac3cf77fdbc89e8de0edf4f5107a10b075c8b69167f9b78ad
+size 2557406

README.md

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+---
+library_name: pytorch
+license: other
+tags:
+  - scientific-computing
+  - fluid-dynamics
+  - kinetic-theory
+---
+
 # Learning the Optimal Linear Hydrodynamic Closure
 
 Code for generating spectral and time-evolution comparisons used in the paper *Learning the Optimal Linear Hydrodynamic Closure*. The main entry point is `Run.py`.
 
+## Model Card
+
+- **Model file:** `DSMC3ModelsExp/DSMC3LearnModelFull6.pt`
+- **Type:** PyTorch checkpoint for a learned linear hydrodynamic closure.
+- **Use case:** Reproduce spectra and time-evolution figures in this project.
+- **Input dependencies:** `spectraV1_225_50_50_250000_5e_06_0_005_1_0_1_0.npz` and `Boltzmann3_macro_values_Adapt_FullExp.pkl`.
+- **Limitations:** Intended for research reproduction; validate before use outside the reported setup.
+
 ## Setup
 
 Create a fresh environment and install the dependencies:

spectraV1_225_50_50_250000_5e_06_0_005_1_0_1_0.npz

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