OAI/RepresentationTheory/Saxl/BandFactorization.lean
27 declarations, 0 contain sorry, 0 declared as axioms
- def
OAI.Saxl.highPositionsEquivline 11 - abbrev
OAI.Saxl.bandSizeline 25 - def
OAI.Saxl.cutPositionsline 27 - lemma
OAI.Saxl.cutPositions_highline 33 - lemma
OAI.Saxl.cutPositions_leftline 38 - lemma
OAI.Saxl.bandSize_addline 43 - def
OAI.Saxl.bandTableauline 47 - def
OAI.Saxl.bandRowGroupline 50 - def
OAI.Saxl.bandColumnGroupline 51 - def
OAI.Saxl.highLetterline 53 - def
OAI.Saxl.letterLiftline 56 - lemma
OAI.Saxl.letterLift_singleline 60 - lemma
OAI.Saxl.letterLift_altWordline 75 - def
OAI.Saxl.bandRowWordline 85 - def
OAI.Saxl.bandColumnWordline 89 - lemma
OAI.Saxl.row_cut_groupline 93 - lemma
OAI.Saxl.column_cut_groupline 100 - lemma
OAI.Saxl.highRow_wordline 107 - lemma
OAI.Saxl.highColumn_wordline 122 - theorem
OAI.Saxl.cutRowWord_factorline 142Source comment
The first-layer exact band factorization, including the high-letter shift.theorem cutRowWord_factor (h s : ℕ) : cutRowWord h s = positionProduct (cutPositions h s) (letterLift (highLetter h s) (polytabloid (stairRowTableau h))) (bandRowWord h s) := by …Mentions: OAI.Saxl.cutRowWord, OAI.Saxl.positionProduct, OAI.Saxl.cutPositions, OAI.Saxl.letterLift, OAI.Saxl.highLetter, OAI.Saxl.polytabloid, OAI.Saxl.stairRowTableau, OAI.Saxl.bandRowWord
- theorem
OAI.Saxl.cutColumnWord_factorline 156Source comment
The second-layer exact band factorization.theorem cutColumnWord_factor (h s : ℕ) : cutColumnWord h s = positionProduct (cutPositions h s) (letterLift (highLetter h s) (polytabloid (stairTableau h))) (bandColumnWord h s) := by …Mentions: OAI.Saxl.cutColumnWord, OAI.Saxl.positionProduct, OAI.Saxl.cutPositions, OAI.Saxl.letterLift, OAI.Saxl.highLetter, OAI.Saxl.polytabloid, OAI.Saxl.stairTableau, OAI.Saxl.bandColumnWord
- lemma
OAI.Saxl.bandTableau_boundsline 171 - def
OAI.Saxl.bandCellsEquivline 180 - def
OAI.Saxl.pathCellsEquivline 206 - def
OAI.Saxl.bandPathEquivline 217Source comment
The exact path order, starting at the bottom row singleton and ending at the rightmost column singleton.def bandPathEquiv (h : ℕ) : Fin (2*(h+1)+1) ≃ Fin (bandSize h 2) := …
Mentions: OAI.Saxl.bandSize
- lemma
OAI.Saxl.bandPath_coordinatesline 220 - lemma
OAI.Saxl.bandPath_cardline 225