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Add lean source and binary files (part 9)
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import OAI.AlgebraicGeometry.CharacterVarieties.Frames.Mirror
import OAI.AlgebraicGeometry.CharacterVarieties.Frames.NamedSeams
import OAI.AlgebraicGeometry.CharacterVarieties.Cutting.MarkedDiagram
namespace OAI
noncomputable section
namespace IntegralCharacterVarieties.SurfacePresentation.Diagram
open scoped Classical Matrix
open OccurrenceIncidence MatrixExpression NamedBandGrades
variable {F S V K : Type} {arity : S → ℕ} [Field K]
(D : Diagram F S V arity) (q : S) [Finite V]
(g : (e : D.Generator) → (Matrix (Fin (D.generatorRank e)) (Fin (D.generatorRank e)) K)ˣ)
(J : (Matrix (Fin (D.rank (D.ports.facet ⟨q,none⟩)))
(Fin (D.rank (D.ports.facet ⟨q,none⟩))) K)ˣ)
/-- A simultaneous splitting for arbitrary original generator coordinates, including the circle-
gauged coordinates of the surface equation. -/
opaque cutGeneratorWitness : IdentifiedBand (D.childDim q)
(D.namedSeamFrame q (g (.frame q false)))
(((D.namedSeamFrame q (g (.frame q false))).trans (D.namedParentLinear q g)).trans
(MatrixIso.unit J).linearEquiv.symm) :=
identifiedBand (D.namedSeamFrame q (g (.frame q false)))
(((D.namedSeamFrame q (g (.frame q false))).trans (D.namedParentLinear q g)).trans
(MatrixIso.unit J).linearEquiv.symm)
end IntegralCharacterVarieties.SurfacePresentation.Diagram
end
noncomputable section
namespace IntegralCharacterVarieties.SurfacePresentation.Diagram
open scoped Classical Matrix
open OccurrenceIncidence MatrixExpression NamedBandGrades
variable {F S V K : Type} {arity : S → ℕ} [Field K]
(D : Diagram F S V arity) (q : S) [Finite V]
{f h : (((i : Fin (arity q)) × Fin (D.childDim q i)) → K) ≃ₗ[K]
(Fin (D.rank (D.ports.facet ⟨q,none⟩)) → K)}
(w : IdentifiedBand (D.childDim q) f h)
(hproper : D.Proper) (hmax : ∀ f,D.rank f≤D.rank (D.ports.facet ⟨q,none⟩))
(old : D.PortFrames (R:=K))
(T : MatrixIso K (Fin (D.rank (D.ports.facet ⟨q,none⟩)))
(Fin (D.rank (D.ports.facet ⟨q,none⟩))))
def markedCutFrames : (D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).PortFrames (R:=K) :=
D.namedCutPortFrames q w old T
lemma markedCutFrames_holds
(hold : ∀ v,(VertexTable.LocalRanks.comparison (D.ports.kind v) (D.vertexRanks v)
(fun p => old ⟨v,p⟩)).Holds) :
∀ v,(VertexTable.LocalRanks.comparison
((D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).ports.kind v)
((D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).vertexRanks v)
(fun p => D.markedCutFrames q w hproper hmax old T ⟨v,p⟩)).Holds :=
D.namedCutPortFrames_holds q w old T hold
lemma marked_values_vertexHolds
(oldHolds : ∀ v,(VertexTable.LocalRanks.comparison (D.ports.kind v) (D.vertexRanks v)
(fun p => old ⟨v,p⟩)).Holds)
(s : (D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).SideValues (R:=K))
(hh : (D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).HandleValues (R:=K)) :
(D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).VertexHolds
((D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax).valuesFromPorts
(D.markedCutFrames q w hproper hmax old T) s hh) := by
exact @vertexHolds_valuesFromPorts _ _ _ K _ _
(D.refinedMarkedDiagram q w.shape rfl w.rowRanks w.colRanks hproper hmax)
(D.markedCutFrames q w hproper hmax old T) s hh
(D.markedCutFrames_holds q w hproper hmax old T oldHolds)
end IntegralCharacterVarieties.SurfacePresentation.Diagram
end
end OAI