module
module
IndisputableMonolith.Gravity.SevenGaps.Gap2GluingDerivation
show as:
view Lean formalization →
used by (3)
depends on (1)
declarations in this module (181)
-
abbrev
inlV -
abbrev
inrV -
def
dunion -
theorem
dunion_nV -
theorem
dunion_nE -
theorem
dunion_nT -
def
interleave -
def
gaugeVol -
theorem
gaugeVol_add -
theorem
gaugeVol_dunion -
theorem
pairCount_eq_gaugeVol -
theorem
interleave_pos -
theorem
gaugeVol_pos -
def
dust -
theorem
dust_nV -
theorem
dust_nE -
theorem
dust_nT -
def
autDustEquiv -
theorem
autCard_dust -
theorem
mu_dust -
def
dunionDustRelabel -
theorem
dunion_dust_equivalent -
theorem
unrestricted_gluing_multiplicativity_false -
theorem
mu_dust_union_off_by_binomial -
theorem
orbitCard_dunion_of_autMul -
def
sizeWeight -
theorem
sizeWeight_invariant -
theorem
classMass_sizeWeight -
class
mass -
def
GluesAt -
theorem
shuffle_of_gluesAt -
instance
carries -
theorem
two_mul_choose -
theorem
interleave_pt -
theorem
interleave_edge -
theorem
interleave_bqEdge -
theorem
interleave_bqTet -
structure
CarrierShuffle -
theorem
edgeWeight -
theorem
vertexRec -
theorem
dustRow -
theorem
bRec -
theorem
tetWeight -
theorem
cRec -
theorem
bouquetTetCol -
theorem
bouquetRow -
theorem
closedForm -
theorem
gibbs_of_unit_fugacities -
def
bouquet -
theorem
bouquet_nV -
theorem
bouquet_nE -
theorem
bouquet_nT -
def
cone -
theorem
cone_nV -
theorem
cone_nE -
theorem
cone_nT -
theorem
inrV_zero -
theorem
dunion_dust_edgeVerts -
theorem
dunion_dust_tetVerts -
def
dunionConeRelabel -
theorem
dunion_cone_equivalent -
def
autBouquetEquiv -
theorem
autCard_bouquet -
theorem
perm_fin_two_fixes -
def
autConeOneEquiv -
theorem
autCard_cone_one -
theorem
stab_card -
def
autConeEquiv -
theorem
autCard_cone -
theorem
autMul_dust_bouquet -
theorem
orbitCard_dust_bouquet -
theorem
autMul_dust_one_bouquet -
theorem
orbitCard_dust_one_bouquet -
theorem
perm_fix_of_fixes_others -
theorem
stab1_card -
theorem
dunion_edgeVerts_inl -
theorem
dunion_edgeVerts_inr -
theorem
dunion_tetVerts_inl -
theorem
dunion_tetVerts_inr -
def
edge