Document 6ffc9680fbe00a58d70cdeb319f11205ed998131ce51bb96f16c7904faf74a3d
Base set
Let In : TpArr set TpArr set Prop := Prim 7
Let binrep : TpArr set TpArr set set := Prim 71
Let Power : TpArr set set := Prim 11
Let Empty : set := Prim 9
Let and : TpArr Prop TpArr Prop Prop := Prim 4
Let atleast2 : TpArr set Prop := Prim 14
Let not : TpArr Prop Prop := Prim 3
Let atleast3 : TpArr set Prop := Prim 15
Let atleast4 : TpArr set Prop := Prim 16
Let exactly3 : TpArr set Prop := Prim 20
Let SNoLt : TpArr set TpArr set Prop := Prim 94
Let exactly5 : TpArr set Prop := Prim 22
Let TransSet : TpArr set Prop := Prim 13
Let atleast6 : TpArr set Prop := Prim 18
Let exactly2 : TpArr set Prop := Prim 19
Let Union : TpArr set set := Prim 10
Let ordinal : TpArr set Prop := Prim 62
Let atleast5 : TpArr set Prop := Prim 17
Let nat_p : TpArr set Prop := Prim 58
Let reflexive_i : TpArr TpArr set TpArr set Prop Prop := Prim 24
Let Sing : TpArr set set := Prim 43
Let exactly4 : TpArr set Prop := Prim 21
Let PNo_upc : TpArr TpArr set TpArr TpArr set Prop Prop TpArr set TpArr TpArr set Prop Prop := Prim 87
Let irreflexive_i : TpArr TpArr set TpArr set Prop Prop := Prim 25
Let Sep2 : TpArr set TpArr TpArr set set TpArr TpArr set TpArr set Prop set := Prim 79
Let tuple_p : TpArr set TpArr set Prop := Prim 76
Let PNoLt : TpArr set TpArr TpArr set Prop TpArr set TpArr TpArr set Prop Prop := Prim 84
Let exactly1of2 : TpArr Prop TpArr Prop Prop := Prim 38
Let atleastp : TpArr set TpArr set Prop := Prim 53
Let ordsucc : TpArr set set := Prim 57
Let binop_on : TpArr set TpArr TpArr set TpArr set set Prop := Prim 96
Let SNo_ : TpArr set TpArr set Prop := Prim 89
Let exactly1of3 : TpArr Prop TpArr Prop TpArr Prop Prop := Prim 39
Let set_of_pairs : TpArr set Prop := Prim 80
Let setsum_p : TpArr set Prop := Prim 75
Let SNo : TpArr set Prop := Prim 91
Let SNoElts_ : TpArr set set := Prim 88
Let PNoLt_ : TpArr set TpArr TpArr set Prop TpArr TpArr set Prop Prop := Prim 83
Let trichotomous_or_i : TpArr TpArr set TpArr set Prop Prop := Prim 32
Let SNoLe : TpArr set TpArr set Prop := Prim 95
Let Inj1 : TpArr set set := Prim 64
Let SNoEq_ : TpArr set TpArr set TpArr set Prop := Prim 93
Let Subq : TpArr set TpArr set Prop := Prim 8
Let equip : TpArr set TpArr set Prop := Prim 54
Let symmetric_i : TpArr TpArr set TpArr set Prop Prop := Prim 26
Let SNoLev : TpArr set set := Prim 92
Let ReplSep : TpArr set TpArr TpArr set Prop TpArr TpArr set set set := Prim 48
Let binintersect : TpArr set TpArr set set := Prim 49
Let UPair : TpArr set TpArr set set := Prim 42
Let inj : TpArr set TpArr set TpArr TpArr set set Prop := Prim 51
Let PNoLe : TpArr set TpArr TpArr set Prop TpArr set TpArr TpArr set Prop Prop := Prim 85
Let totalorder_i : TpArr TpArr set TpArr set Prop Prop := Prim 34
Let famunion : TpArr set TpArr TpArr set set set := Prim 46
Let bij : TpArr set TpArr set TpArr TpArr set set Prop := Prim 52
Let stricttotalorder_i : TpArr TpArr set TpArr set Prop Prop := Prim 36
Let Unj : TpArr set set := Prim 66
Let V_ : TpArr set set := Prim 63
Let PSNo : TpArr set TpArr TpArr set Prop set := Prim 90
Let linear_i : TpArr TpArr set TpArr set Prop Prop := Prim 31
Let strictpartialorder_i : TpArr TpArr set TpArr set Prop Prop := Prim 35
Let binunion : TpArr set TpArr set set := Prim 44
Let proj0 : TpArr set set := Prim 69
Let eqreln_i : TpArr TpArr set TpArr set Prop Prop := Prim 29
Let Inj0 : TpArr set set := Prim 65
Conj bountyprop : All X0 set Imp Ap Ap In X0 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ex X1 set Ap Ap and All X2 set Imp Ex X3 set Ap Ap and Imp Ap atleast2 X2 Ap not Ap atleast3 X3 All X4 set Imp Imp Ap atleast3 X4 Imp Ap not Ap atleast4 X3 Ap Ap and Ap Ap and Imp Ap not Ap exactly3 Empty Ap Ap and Ap Ap and Ap Ap and Ap not Ap Ap SNoLt X3 X3 Ap Ap and Ap Ap and Imp Ap not Ap exactly5 X3 Ap TransSet X3 Ap not Ap atleast6 Empty Imp Imp Ap Ap and Ap Ap and Ap not Ap exactly2 X4 Imp Imp Imp Ap Ap and Ap Ap and Ap not Ap atleast4 Ap Union Ap Power Ap Power Ap Power Ap Power Empty Imp Ap exactly2 X2 Ap ordinal X4 Ap Ap and Ap Ap and Ap Ap and Imp Ap atleast2 X1 Imp Ap not Ap exactly3 X3 Imp Imp Ap not Ap atleast5 X3 Ap atleast2 X4 Ap nat_p X4 Imp Ap not Ap reflexive_i Lam X5 set Lam X6 set Ap not Eq set Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Empty Imp Imp Ap not Ap exactly3 Ap Sing Empty Ap not Ap exactly4 Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Imp Ap not Ap atleast4 X3 Ap Ap and Imp Ap not Ap TransSet X2 Ap not Ap atleast3 X3 Ap Ap and Ap not Ap ordinal Empty Ap not Ap Ap Ap PNo_upc Lam X5 set Lam X6 TpArr set Prop Ap Ap and Ap not Ap X6 X3 Ap nat_p X4 X0 Lam X5 set Ap not Ap exactly3 X2 Ap Ap and Ap Ap and Ap Ap and Ap nat_p X3 Ap not Ap atleast2 X4 Imp Ap not Ap ordinal X2 Ap not Ap irreflexive_i Lam X5 set Lam X6 set Ap Ap and Ap not Ap TransSet Ap Ap Ap Sep2 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Lam X7 set X6 Lam X7 set Lam X8 set Imp Ap Ap and Imp Ap exactly3 X0 Ap Ap tuple_p X3 X6 Ap exactly2 X2 Ap atleast2 X7 Ap exactly5 X5 Ap Ap and Ap Ap and Ap Ap and Ap atleast2 X3 Ap Ap and Ap TransSet X4 Ap exactly3 X2 Ap Ap and Ap Ap Ap Ap PNoLt Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Lam X5 set Ap Ap and Ap not Ap Ap exactly1of2 Ap Ap and Ap atleast6 Empty Ap Ap atleastp X4 X5 Ap Ap and Ap not Ap Ap atleastp X5 Ap ordsucc X4 Ap not Ap exactly2 X5 Imp Ap Ap and Ap Ap and Ap not Ap exactly3 X4 Ap nat_p Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap not Ap exactly4 X5 Ap exactly5 Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty X4 Lam X5 set Ap not Ap TransSet X5 Ap atleast3 X3 Imp Ap Ap and Ap reflexive_i Lam X5 set Lam X6 set Ap Ap and Ap Ap and Ap atleast3 X0 Ap not Ap Ap binop_on X6 Lam X7 set Lam X8 set Empty Imp Ap not Ap Ap SNo_ X0 X5 Ap not Ap exactly5 X3 Ap not Ap ordinal X3 Ap atleast6 X0 Ap Ap and Imp Ap Ap and Ap not Ap Ap Ap exactly1of3 Ap Ap and Imp Ap not Ap atleast2 X4 Ap Ap and Ap atleast2 X0 Ap Ap and Imp Ap reflexive_i Lam X5 set Lam X6 set Ap not Ap nat_p X6 Imp Imp Ap atleast5 X0 Imp Ap exactly2 X4 Imp Ap TransSet X3 Ap Ap and Ap exactly3 X4 Ap Ap In X3 X0 Ap Ap and Ap atleast4 X4 Ap Ap and Ap Ap and Ap not Ap set_of_pairs X3 Ap not Ap atleast6 X1 Imp Ap atleast2 X3 Imp Ap Ap and Ap not Ap setsum_p Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Ap exactly5 X3 Ap Ap and Imp Ap exactly5 X4 Ap not Ap SNo X3 Ap not Ap atleast4 X2 Ap Ap and Ap nat_p Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Empty Ap atleast6 X1 Imp Ap Ap and Ap not Ap exactly5 X2 Ap not Ap ordinal X4 Ap Ap and Ap Ap and Imp Imp Ap nat_p X2 Ap Ap and Ap exactly2 X2 Ap Ap and Ap Ap and Ap Ap and Ap Ap and Ap not Ap exactly3 X3 Ap Ap and Ap not Ap exactly3 X0 Imp Ap Ap and Ap SNo X4 Ap exactly3 X4 Imp Ap Ap and Imp Ap atleast6 Empty Ap Ap and Imp Imp Ap Ap and Ap exactly5 X3 Ap setsum_p X4 Ap Ap and Imp Ap exactly2 X2 Ap exactly3 X4 Ap not Ap exactly3 Empty Imp Ap exactly2 X4 Ap Ap and Ap not Ap set_of_pairs Ap SNoElts_ X3 Ap Ap and Ap not Ap exactly2 X3 Ap ordinal X2 Ap TransSet X4 Ap Ap Ap PNoLt_ X2 Lam X5 set Ap not Ap SNo Empty Lam X5 set Ap Ap and Ap not Ap atleast3 X4 Ap not Ap exactly5 Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty Ap Ap Ap PNo_upc Lam X5 set Lam X6 TpArr set Prop Imp Imp Ap not Ap X6 X4 Ap X6 Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Ap not Ap trichotomous_or_i Lam X7 set Lam X8 set Ap not Ap atleast6 X8 X4 Lam X5 set Ap atleast6 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Ap SNo Ap ordsucc Empty Imp Ap not Ap nat_p X3 Imp Ap not Ap atleast3 X0 Ap not Ap setsum_p X4 Ap Ap and Ap nat_p X4 Ap Ap Ap PNoLt_ Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Empty Lam X5 set Ap exactly4 Empty Lam X5 set Imp Ap atleast6 X4 Ap Ap and Ap Ap and Ap atleast3 X4 Ap TransSet X3 Imp Imp Ap not Ap atleast6 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Ap Ap and Imp Imp Ap not Ap ordinal X5 Ap not Ap atleast4 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap setsum_p X5 Ap Ap and Ap atleast5 X5 Ap Ap SNoLe X5 Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty Imp Ap Ap and Ap not Ap atleast4 Ap Inj1 Empty Ap not Ap atleast4 X2 Ap not Ap atleast5 X5 Ap not Ap atleast5 X2 Ap not Ap reflexive_i Lam X5 set Lam X6 set Imp Imp Imp Ap not Ap Ap Ap SNoEq_ X6 X5 Ap Ap binrep Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Empty Ap Ap and Ap Ap and Ap exactly4 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Empty Ap not Ap Ap tuple_p Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty X5 Ap atleast6 X6 Ap Ap and Ap atleast6 X6 Ap not Ap atleast5 X5 Ap not Ap atleast6 X5 Ap Ap and Ap not Ap trichotomous_or_i Lam X5 set Lam X6 set Imp Ap exactly3 X0 Imp Ap Ap and Eq set X6 X5 Imp Ap Ap and Ap not Ap Ap Subq X0 X5 Imp Ap Ap and Imp Ap not Ap exactly4 X5 Ap exactly2 X5 Imp Ap atleast5 X6 Ap Ap and Ap Ap and Ap Ap and Ap Ap and Ap Ap and Ap nat_p X0 Imp Ap not Ap atleast3 X6 Imp Ap atleast2 X6 Ap exactly4 X5 Ap Ap and Ap atleast5 X6 Ap atleast5 X5 Ap Ap and Ap not Ap atleast6 Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Ap exactly2 X5 Imp Ap not Ap exactly2 X2 Ap Ap and Ap Ap and Ap TransSet X6 Ap Ap and Imp Ap not Ap exactly2 X0 Ap ordinal X5 Ap not Ap atleast3 X4 Ap set_of_pairs Ap Sing X6 Ap not Ap exactly2 X6 Ap not Ap set_of_pairs X4 Ap not Ap Ap In X6 Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Imp Ap Ap and Ap not Ap atleast2 X5 Ap nat_p X6 Imp Ap Ap and Ap atleast6 X5 Ap Ap and Ap not Ap exactly4 X0 Ap exactly3 X6 Ap Ap and Ap not Ap TransSet X0 Imp Ap Ap and Ap not Ap ordinal X6 Imp Ap Ap equip X6 X0 Imp Ap Ap and Ap atleast4 X6 Ap not Ap exactly5 X5 Imp Ap Ap and Ap not Ap atleast2 X1 Ap Ap and Ap TransSet X6 Ap Ap and Ap not Ap Ap atleastp X5 X3 Ap TransSet X6 Ap TransSet X0 Ap not Ap atleast2 Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Ap Ap and Ap Ap tuple_p X4 Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Ap not Ap nat_p X0 Ap not Ap reflexive_i Lam X5 set Lam X6 set Imp Ap atleast2 X0 Ap Ap and Ap Ap and Ap atleast4 Empty Ap not Ap Ap SNoLt X6 X6 Imp Imp Imp Ap not Ap atleast2 Ap Union X6 Ap not Ap TransSet Empty Ap not Ap ordinal X5 Imp Imp Imp Ap not Ap set_of_pairs Ap Union X5 Ap Ap and Imp Ap reflexive_i Lam X7 set Lam X8 set Imp Ap exactly4 X7 Ap not Ap nat_p Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Imp Ap not Ap ordinal Empty Ap exactly4 X5 Imp Ap atleast2 X0 Imp Ap not Ap atleast3 X5 Ap not Ap TransSet X1 Ap Ap and Ap symmetric_i Lam X7 set Lam X8 set Ap Ap and Ap ordinal Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap atleast4 Ap SNoLev Empty Ap symmetric_i Lam X7 set Lam X8 set Ap Ap SNoLe Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Empty Imp Imp Ap exactly4 Ap Ap Ap ReplSep X4 Lam X7 set Ap Ap and Imp Ap Ap and Ap Ap and Ap Ap and Ap not Ap reflexive_i Lam X8 set Lam X9 set Imp Imp Ap Ap and Imp Imp Imp Ap not Ap ordinal X8 Ap Ap and Imp Ap atleast3 Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Ap Ap and Imp Ap not Ap setsum_p Ap Power Ap Power Ap Power Ap Power Empty Ap Ap and Ap not Ap Ap tuple_p X9 X5 Imp Ap exactly4 X0 Ap atleast5 X8 Ap Ap and Ap Ap and Ap Ap and Ap exactly3 X3 Ap not Ap ordinal Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty Ap nat_p X9 Ap not Ap exactly3 X8 Ap Ap and Ap reflexive_i Lam X10 set Lam X11 set Imp Ap not Ap atleast6 X11 Ap atleast5 X11 Imp Ap Ap and Ap exactly4 X8 Ap Ap and Ap not Ap atleast6 X9 Ap not Ap exactly3 X8 Ap atleast3 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Ap not Ap exactly2 Empty Ap not Ap exactly4 X9 Imp Ap TransSet Empty Ap exactly2 X7 Ap not Ap atleast2 Ap Ap binintersect X9 Ap Ap Ap ReplSep X8 Lam X10 set Ap Ap and Ap not Ap atleast3 X10 Ap TransSet X9 Lam X10 set Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Ap atleast6 X9 Ap Ap and Imp Ap not Ap atleast4 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ap Ap and Ap exactly3 Ap Ap UPair Ap Power Ap Power Ap Power Ap Power Empty Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Ap exactly5 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Ap Ap and Imp Ap Ap and Ap not Ap atleast3 X7 Ap Ap and Ap not Ap SNo Ap Power X6 Ap Ap Ap inj X6 X7 Lam X8 set X0 Ap Ap and Ap not Ap nat_p X7 Ap exactly4 Ap Ap UPair X7 X6 Ap atleast2 X7 Ap not Ap atleast5 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Empty Ap not Ap nat_p X7 Imp Ap exactly3 Empty Ap atleast6 Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap exactly2 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Lam X7 set X6 Ap ordinal X5 Ap Ap In X5 X5 Ap Ap and Ap not Ap nat_p Ap Power Ap Power Ap Power Ap Power Empty Imp Imp Ap reflexive_i Lam X5 set Lam X6 set Imp Ap Ap and Ap not Ap exactly3 X5 Ap Ap Ap Ap PNoLe X0 Lam X7 set Ap not Ap exactly5 Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty X5 Lam X7 set Ap Ap and Imp Ap not Ap TransSet X6 Ap Ap and Ap Ap and Ap Ap and Imp Ap not Ap atleast3 Ap Inj1 X3 Imp Ap Ap and Ap setsum_p X6 Imp Ap atleast6 X6 Ap Ap SNoLe Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Ap Ap and Imp Ap Ap and Ap Ap and Ap not Ap Ap In X4 X1 Ap not Ap setsum_p X4 Ap atleast4 X6 Ap not Ap atleast3 X7 Imp Ap exactly5 X7 Ap Ap In X7 Empty Ap Ap and Ap totalorder_i Lam X8 set Lam X9 set Ap not Ap setsum_p X9 Ap not Ap setsum_p X6 Ap set_of_pairs Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Imp Ap Ap and Ap not Ap exactly2 Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap not Ap ordinal X7 Ap not Ap exactly3 X0 Imp Imp Ap not Ap set_of_pairs Ap Ap famunion X6 Lam X8 set X1 Imp Imp Ap Ap and Ap Ap In Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty X7 Imp Ap not Ap Ap Ap inj Empty X4 Lam X8 set X7 Ap not Ap Ap Ap bij X7 X2 Lam X8 set X5 Ap not Ap Ap In X6 X2 Ap nat_p X6 Imp Ap not Ap atleast3 X6 Imp Ap Ap and Ap atleast3 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Empty Ap exactly4 X0 Ap not Ap atleast3 X1 Ap atleast6 X6 Imp Ap Ap and Imp Ap trichotomous_or_i Lam X5 set Lam X6 set Ap not Ap stricttotalorder_i Lam X7 set Lam X8 set Ap Ap and Ap not Ap exactly5 X7 Imp Imp Ap not Ap atleast6 Ap Sing Ap Inj1 Empty Imp Ap not Ap exactly3 X8 Ap Ap and Ap not Ap nat_p X7 Ap atleast6 X8 Ap atleast6 X8 Ap Ap and Ap Ap and Imp Ap ordinal Ap Ap binrep Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty Empty Ap Ap and Imp Imp Ap exactly3 X3 Ap Ap and Ap atleast2 X0 Ap TransSet X4 Ap not Ap SNo X3 Ap set_of_pairs X3 Ap exactly5 X3 Ap Ap and Ap atleast3 X4 Ap Ap and Ap not Ap atleast6 X4 Imp Ap not Ap setsum_p Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Ap and Ap atleast4 X3 Ap Ap equip Ap Unj Ap V_ X4 X3 Imp Imp Imp Ap exactly2 X3 Ap Ap and Ap not Ap atleast4 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ap not Ap setsum_p X4 Ap not Ap exactly5 Empty Ap Ap and Imp Imp Ap atleast3 Empty Ap Ap and Ap Ap and Ap not Ap nat_p X3 Ap nat_p X3 Ap not Ap Ap Ap PNoLt_ Empty Lam X5 set Ap ordinal X5 Lam X5 set Imp Ap not Ap set_of_pairs X5 Ap not Ap exactly2 Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Imp Imp Ap atleast4 X4 Ap not Ap ordinal Empty Imp Imp Ap atleast6 X4 Ap not Ap ordinal Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Ap not Ap exactly2 X4 Ap exactly2 X3 Ap not Ap ordinal X4 Ap Ap and Ap trichotomous_or_i Lam X5 set Lam X6 set Ap not Ap ordinal X0 Ap not Ap exactly3 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap exactly4 X4 Ap not Ap Ap SNo_ Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty X2 Ap Ap and Ap TransSet X1 Ap not Ap set_of_pairs X3 Imp Imp Ap Ap and Ap not Ap ordinal Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ap Ap and Ap Ap equip Ap Sing X4 X4 Ap not Ap exactly4 X3 Ap not Ap setsum_p X0 Ap not Ap ordinal X4 Ap not Ap atleast3 X4 Ap Ap and Ap atleast3 X4 Imp Ap Ap and Ap not Ap exactly4 X2 Ap not Ap Ap In Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Ap Power Empty X4 Ap not Ap SNo X3 Ap exactly4 Ap Power X2 Imp Imp Ap not Ap atleast6 X3 Ap atleast4 Empty Ap Ap and Ap Ap and Ap Ap and Imp Ap not Ap atleast3 X3 Imp Ap Ap and Ap not Ap exactly5 X0 Ap Ap and Imp Ap Ap and Ap atleast2 X0 Ap not Ap setsum_p X4 Ap not Ap exactly5 X2 Ap Ap and Ap not Ap nat_p X2 Imp Ap Ap and Ap atleast5 X1 Ap Ap and Ap reflexive_i Lam X5 set Lam X6 set Ap Ap and Imp Ap atleast6 X6 Ap nat_p X1 Imp Ap Ap and Ap Ap and Imp Ap Ap and Ap not Ap nat_p X6 Imp Imp Imp Ap atleast2 X6 Imp Imp Ap Ap and Ap nat_p Ap Union X6 Ap Ap and Ap ordinal X5 Ap Ap and Imp Imp Imp Imp Ap not Ap exactly2 X5 Ap Ap and Ap not Ap atleast2 X5 Ap Ap and Ap set_of_pairs X0 Ap not Ap nat_p X3 Ap Ap and Imp Ap SNo X1 Ap not Ap exactly2 Ap Ap binrep Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Empty Ap Ap In X6 Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap not Ap atleast2 X2 Ap exactly2 X6 Ap ordinal X4 Ap Ap and Ap Ap and Imp Imp Ap Ap and Ap Ap and Ap TransSet X6 Ap Ap and Ap atleast2 X0 Imp Ap Ap In X6 X6 Ap not Ap exactly5 X0 Ap TransSet X3 Ap not Ap atleast2 X0 Ap Ap and Ap not Ap ordinal X5 Ap SNo X6 Ap not Ap Ap In Empty X6 Ap not Ap Ap SNo_ X5 X5 Imp Ap not Ap setsum_p X2 Ap TransSet Ap Ap PSNo X5 Lam X7 set Ap not Ap exactly2 X0 Ap not Ap atleast3 X6 Imp Ap Ap and Ap Ap and Ap exactly4 X5 Imp Ap Ap and Imp Ap not Ap atleast2 X5 Ap not Ap atleast4 X5 Ap exactly4 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Empty Empty Ap not Ap atleast2 X6 Imp Ap Ap and Ap setsum_p X6 Imp Imp Imp Ap not Ap Ap SNo_ X5 X6 Ap not Ap atleast5 X5 Ap Ap and Ap atleast5 X6 Imp Imp Ap exactly5 X5 Ap linear_i Lam X7 set Lam X8 set Ap Ap and Imp Imp Ap ordinal X8 Ap not Ap ordinal Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Imp Ap Ap and Ap atleast6 X8 Ap Ap and Ap Ap and Imp Ap not Ap atleast4 X7 Ap not Ap TransSet X8 Ap Ap Ap SNoEq_ Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Empty X7 X7 Ap not Ap setsum_p X2 Ap Ap and Imp Imp Ap exactly4 Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Ap not Ap Ap SNo_ X7 Empty Ap exactly5 Empty Imp Ap not Ap atleast5 X1 Imp Ap atleast6 X7 Ap reflexive_i Lam X9 set Lam X10 set Ap Ap and Ap Ap and Ap exactly4 Ap Power X9 Ap Ap and Ap atleast2 X9 Ap Ap and Ap not Ap TransSet X0 Ap Ap SNoLt Empty X9 Ap Ap and Imp Ap Ap and Imp Ap not Ap ordinal X10 Imp Ap Ap In X10 X10 Ap Ap and Ap Ap and Ap not Ap Ap equip X9 X9 Ap exactly4 X9 Ap not Ap Ap Ap Ap PNoLe X9 Lam X11 set Ap atleast2 Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty X10 Lam X11 set Ap TransSet X11 Ap Ap and Ap atleast2 X10 Imp Ap atleast6 X10 Ap not Ap atleast6 X9 Ap not Ap atleast4 X0 Ap atleast3 X9 Ap Ap and Ap not Ap linear_i Lam X9 set Lam X10 set Ap not Ap atleast2 Ap SNoLev X0 Imp Imp Ap Ap and Ap Ap and Imp Ap not Ap atleast3 X6 Ap exactly4 X1 Ap not Ap exactly3 X7 Ap atleast2 X6 Ap atleast5 X4 Ap exactly3 Empty Ap not Ap TransSet X5 Ap SNo X6 Imp Ap exactly5 X6 Ap strictpartialorder_i Lam X7 set Lam X8 set Ap Ap and Ap Ap and Ap TransSet X8 Ap not Ap atleast3 X7 Ap atleast5 Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Ap not Ap atleast3 X5 Imp Imp Ap not Ap exactly2 Ap Ap binunion Empty X6 Ap not Ap exactly2 X4 Imp Ap ordinal X6 Ap Ap and Imp Ap not Ap atleast3 Ap Ap binrep Ap Power Ap Power Ap Power Empty Empty Ap atleast5 X6 Ap not Ap set_of_pairs Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Ap Ap and Ap atleast4 Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty Ap atleast3 X4 Ap ordinal X2 Ap not Ap ordinal X2 Ap Ap and Ap ordinal X2 Ap not Ap nat_p X4 Imp Imp Ap not Ap atleast3 Empty Ap not Ap exactly3 X4 Ap atleast4 X3 Imp Ap not Ap atleast3 Ap proj0 X4 Imp Ap Ap and Ap not Ap Ap In X3 X0 Imp Ap not Ap exactly4 X4 Ap not Ap ordinal X3 Ap exactly5 X2 Ap not Ap atleast2 X4 Ap Ap and Ap not Ap SNo Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Empty Imp Ap Ap and Ap Ap and Ap not Ap SNo X2 Ap exactly3 X3 Ap Ap and Imp Ap atleast4 Ap SNoElts_ X0 Ap Ap and Imp Ap not Ap atleast5 Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Ap atleast2 X3 Imp Imp Ap not Ap SNo X3 Ap Ap and Ap atleast6 X3 Ap not Ap setsum_p X4 Ap not Ap exactly5 X4 Imp Ap Ap In X3 X4 Ap exactly2 X2 Ap Ap and Ap Ap and Ap not Ap atleast6 X2 Imp Ap TransSet Ap Power Ap Power Ap Power Ap Power Empty Ap set_of_pairs X3 Ap Ap and Ap not Ap exactly4 X4 Ap eqreln_i Lam X5 set Lam X6 set Imp Ap Ap and Ap Ap and Ap Ap and Ap Ap and Ap Ap and Ap reflexive_i Lam X7 set Lam X8 set Ap Ap and Ap exactly4 X7 Ap atleast3 X7 Ap exactly5 X6 Ap Ap and Imp Ap Ap and Ap exactly4 X5 Imp Ap Ap and Ap Ap and Ap not Ap TransSet X0 Imp Ap Ap and Ap not Ap atleast5 X0 Ap not Ap atleast3 X0 Ap not Ap Ap exactly1of2 Ap Ap and Ap ordinal X5 Ap Ap and Ap not Ap ordinal Empty Imp Ap exactly5 Empty Ap Ap In X4 X6 Ap Ap Ap bij X6 X5 Lam X7 set X7 Ap not Ap atleast3 Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Ap and Ap not Ap exactly5 X6 Ap not Ap Ap tuple_p Ap Ap binrep Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Empty X0 Ap Ap and Ap not Ap Ap Ap exactly1of3 Imp Imp Ap Ap and Ap not Ap nat_p X5 Ap not Ap ordinal X6 Ap not Ap exactly4 Empty Ap Ap and Ap Ap equip X5 X6 Ap exactly2 X3 Ap Ap and Imp Imp Imp Ap not Ap nat_p X4 Ap not Ap TransSet Ap Inj0 X5 Ap Ap and Ap not Ap atleast6 X4 Ap exactly5 X3 Ap Ap and Ap nat_p X6 Imp Ap not Ap set_of_pairs X6 Ap SNo X1 Ap TransSet X2 Ap ordinal X5 Ap not Ap ordinal X0 Ap not Ap exactly3 X1 Ap Ap and Ap not Ap exactly2 X5 Ap TransSet X5 Ap Ap and Ap not Ap exactly4 X2 Ap atleast4 Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Ap exactly3 X6 Ap atleast3 X3 Imp Ap not Ap atleast5 X3 Ap Ap and Ap not Ap atleast5 X4 Ap Ap and Ap ordinal X3 Imp Imp Ap not Ap exactly4 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ap Ap and Ap not Ap eqreln_i Lam X5 set Lam X6 set Imp Imp Ap exactly5 X5 Imp Ap exactly2 X5 Ap not Ap Ap equip X6 X5 Ap Ap equip Ap Power X5 X0 Ap not Ap atleast3 X3 Ap not Ap atleast3 X2 Ap not Ap exactly3 X3 Ap setsum_p Empty Ap not Ap atleast5 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ap Ap and Ap not Ap exactly4 X3 Imp Ap atleast6 X4 Ap Ap and Ap not Ap exactly5 Empty Imp Ap atleast6 X4 Imp Imp Imp Ap SNo Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Ap Power Empty Ap not Ap exactly2 Ap Ap binrep Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Ap Power Ap Power Empty Empty Ap not Ap Ap In Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty X0 Ap not Ap ordinal Ap Ap binrep Ap Ap binrep Ap Power Ap Power Ap Power Ap Power Empty Ap Power Empty Empty Ap Ap and Ap atleast6 Ap Ap binrep Ap Power Ap Ap binrep Ap Power Ap Power Empty Empty Empty Ap setsum_p X3 Ap Ap SNo_ X4 Empty Ex X3 set Ap Ap and Ap Ap In X3 X0 Ex X4 set Imp Ap not Ap exactly5 X3 Ap exactly2 Ap Ap binrep Ap Power Ap Power Ap Power Empty Ap Power Empty Ex X2 set Ap Ap and Ap Ap In X2 X1 Ap not Ap exactly4 Ap Sing X0
