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gam_sae/
lib.rs

1pub mod amortized_encoder;
2pub mod assignment;
3pub mod assignment_state;
4pub mod atom_codes;
5pub mod atom_schema;
6pub mod attention_kernel;
7pub mod basis;
8pub mod candidate_index;
9pub mod certificate_impls;
10pub mod chart_canonicalization;
11pub mod chart_coordinate_solve;
12pub mod chart_transfer;
13pub mod circular_concordance;
14pub mod coactivation_conditionality;
15pub mod corpus;
16pub mod criterion_atoms;
17pub mod description_length;
18pub mod dictionary_artifact;
19pub mod dual_certificate;
20pub mod effect_weight;
21pub mod encode;
22pub mod eq4_description_length;
23pub mod frames;
24pub mod front_door;
25pub mod gpu_kernels;
26pub mod hybrid_split;
27pub mod identifiability;
28pub mod inference;
29pub mod k_selection;
30pub mod manifold;
31pub mod migration_ledger;
32pub mod nuisance_atlas;
33pub mod null_battery;
34pub mod null_sampler;
35pub mod routability;
36pub mod row_jet_program;
37pub mod saebench_metrics;
38pub mod sparse_dict;
39pub mod spectrometer;
40pub mod structure_harvest;
41pub mod super_resolution;
42pub mod tiered;
43pub mod trust_scores;
44
45// The pre-split engine referenced GPU infrastructure as `crate::gpu::*`; after
46// the #1521 split that code lives in the `gam-gpu` crate. Alias it back so the
47// `crate::gpu::{device_runtime, pool, linalg_dispatch, ...}` call sites in
48// `manifold/` and `gpu_kernels/` resolve unchanged (same shim the top-level
49// `gam` crate uses).
50pub use gam_gpu as gpu;