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6 changes: 1 addition & 5 deletions Graphon.lean
Original file line number Diff line number Diff line change
Expand Up @@ -22,8 +22,6 @@ import Graphon.Lovasz
import Graphon.SimpleRank
import Graphon.CycleKrylov
import Graphon.MatrixDetermination
import Graphon.CaiGovorovOrbit
import Graphon.SimpleOrbitRank
import Graphon.InverseCounting
import Graphon.Convergence

Expand All @@ -46,12 +44,10 @@ in Lean 4 using Mathlib.
* `Graphon.Counting` — Homomorphism density, counting lemma
* `Graphon.Compactness` — Total boundedness, completeness
* `Graphon.CaiGovorov` — Graph-free Vandermonde argument (Cai–Govorov §4), for #70 orbit separation
* `Graphon.Lovasz` — Connection-matrix algebra scaffolding (Lovász §3)
* `Graphon.Lovasz` — Connection-matrix algebra scaffolding (Lovász §3), incl. the Cai–Govorov #70 orbit theorem and rank theorem
* `Graphon.SimpleRank` — K=1 simple-graph rank theorem, algebra-atom framing (#70)
* `Graphon.CycleKrylov` — spectral slice of the cycle–Krylov square-moment proof (#70)
* `Graphon.MatrixDetermination` — Algebraic determination of step graphons
* `Graphon.CaiGovorovOrbit` — Cai–Govorov test graphs, super-surjective orbit theorem, eq. (10) (#70)
* `Graphon.SimpleOrbitRank` — #70 rank theorem: simple-eval span = orbit-invariant functions
* `Graphon.InverseCounting` — Inverse counting lemma, convergence equivalence
* `Graphon.Convergence` — Top-level convergence characterization

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