Download results/summary.json from int-brain-lab/ea-encoder-unit: direct link, hf CLI and curl.
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https://huggingface.co/int-brain-lab/ea-encoder-unit/resolve/main/results/summary.json
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hf download hf://int-brain-lab/ea-encoder-unit/results/summary.json
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curl -L -o summary.json https://huggingface.co/int-brain-lab/ea-encoder-unit/resolve/main/results/summary.json
2.79 kB
| { | |
| "model_name": "context_weights_k25_knn20", | |
| "vintage": "2026_W41", | |
| "architecture": { | |
| "modalities": [ | |
| "waveform", | |
| "acg", | |
| "stpc" | |
| ], | |
| "modality_latent_dim": 20, | |
| "joint_latent_dim": 60, | |
| "gmm_components": 25, | |
| "gmm_covariance_type": "full", | |
| "gmm_geometry": "global means and covariance matrices", | |
| "context_conditioning": "mixture weights gamma, and the TRAIN exemplars representing each component", | |
| "context_definition": "50 MERFISH PCs + 50 AGEA PCs", | |
| "knn_k": 20, | |
| "knn_policy": "distance-weighted empirical TRAIN-exemplar projection in standardized latent space", | |
| "phenotype_readout": { | |
| "method": "context-local members: gamma_k(x) weights the mean of component k's TRAIN members nearest to x in a context key, shrunk toward all its members", | |
| "key_dim": 3, | |
| "key_ridge_alpha": 1000.0, | |
| "neighbours": 4096, | |
| "shrinkage": 10.0, | |
| "off_data_quantile": 0.99, | |
| "absent_context": "global member means" | |
| } | |
| }, | |
| "split_counts": { | |
| "train_units": 56497, | |
| "validation_units": 7671, | |
| "test_units": 15880, | |
| "train_pids": 572, | |
| "validation_pids": 75, | |
| "test_pids": 149 | |
| }, | |
| "heldout_basic_test": { | |
| "model": "context_weights_k25_knn20", | |
| "split": "held-out test PIDs", | |
| "reconstruction": { | |
| "waveform_mse": 0.000788584933616221, | |
| "acg_mse": 4.7604778956156224e-05, | |
| "stpc_mse": 0.006178959738463163, | |
| "n_test_units": 4096 | |
| }, | |
| "latent_nll": { | |
| "conditional_k25": -26.648546443872384, | |
| "unconditional_k25": -26.095386854718793, | |
| "conditional_improvement": 0.5531595891535908, | |
| "lower_is_better": true | |
| }, | |
| "knn20": { | |
| "k": 20, | |
| "nearest_distance_mean": 3.551875114440918, | |
| "nearest_distance_median": 3.415438652038574, | |
| "kth_distance_mean": 4.589000225067139, | |
| "kth_distance_median": 4.397944450378418, | |
| "effective_neighbors_mean": 19.91122817993164, | |
| "effective_neighbors_median": 19.925037384033203 | |
| }, | |
| "sanity_checks": { | |
| "all_metrics_finite": true, | |
| "conditional_beats_unconditional": true | |
| } | |
| }, | |
| "invariants": [ | |
| "TEST PIDs are never used for AE/GMM/context training or as kNN retrieval exemplars.", | |
| "The GMM means and covariance matrices are global.", | |
| "Molecular context sets the GMM mixture weights gamma_k(x) and selects which TRAIN exemplars represent each component in the phenotype readout; the conditional latent density depends on it only through gamma_k(x).", | |
| "The kNN stage changes phenotype projection only; it does not change the conditional latent density.", | |
| "All spatial modeling uses the configured single-hemisphere mirroring convention." | |
| ] | |
| } | |