Mathematical meaning of a checked primitive presentation.
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def
Hex.NumberTower.Flatten.Candidate.Represents
{T : NumberTower}
(candidate : Candidate T)
(generators : List (Generator T))
:
Every accumulated generator coordinate denotes the corresponding absolute generator in the candidate presentation.
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theorem
Hex.NumberTower.flatten?_sound
(T : NumberTower)
{F : T.Flattening}
(h : T.flatten? = some F)
:
F.Sound
Every returned primitive presentation has inverse coordinate maps, preserves arithmetic, and commutes with the fixed complex embeddings.
Exactification, primitive search, and coordinate recovery always produce a checked primitive presentation.
theorem
Hex.NumberTower.flatten_toComplex
(T : NumberTower)
{F : T.Flattening}
(h : T.flatten? = some F)
(a : T.Elem)
:
The forward primitive coordinate map preserves the fixed complex value.
theorem
Hex.NumberTower.flatten_fromComplex
(T : NumberTower)
{F : T.Flattening}
(h : T.flatten? = some F)
(a : PolyQuot F.root.p F.root.x)
:
The inverse primitive coordinate map preserves the fixed complex value.