TSTP Solution File: GRP633+2 by Refute---2015
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%------------------------------------------------------------------------------
% File : Refute---2015
% Problem : GRP633+2 : TPTP v6.4.0. Released v3.4.0.
% Transfm : none
% Format : tptp:raw
% Command : isabelle tptp_refute %d %s
% Computer : n067.star.cs.uiowa.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2609 0 2.40GHz
% Memory : 32218.75MB
% OS : Linux 3.10.0-327.10.1.el7.x86_64
% CPULimit : 300s
% DateTime : Tue Apr 12 15:07:22 EDT 2016
% Result : Timeout 300.05s
% Output : None
% Verified :
% SZS Type : None (Parsing solution fails)
% Syntax : Number of formulae : 0
% Comments :
%------------------------------------------------------------------------------
%----No solution output by system
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.03 % Problem : GRP633+2 : TPTP v6.4.0. Released v3.4.0.
% 0.00/0.04 % Command : isabelle tptp_refute %d %s
% 0.03/0.22 % Computer : n067.star.cs.uiowa.edu
% 0.03/0.22 % Model : x86_64 x86_64
% 0.03/0.22 % CPU : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz
% 0.03/0.22 % Memory : 32218.75MB
% 0.03/0.22 % OS : Linux 3.10.0-327.10.1.el7.x86_64
% 0.03/0.22 % CPULimit : 300
% 0.03/0.22 % DateTime : Sat Apr 9 19:10:54 CDT 2016
% 0.03/0.22 % CPUTime :
% 6.29/5.84 > val it = (): unit
% 11.83/11.38 Trying to find a model that refutes: (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 11.83/11.38 bnd_v4_group_1 A) &
% 11.83/11.38 bnd_l1_group_1 A -->
% 11.83/11.38 bnd_r2_group_6 (bnd_k5_autgroup A) (bnd_k6_group_6 A (bnd_k10_group_5 A))
% 150.20/149.18 Unfolded term: [| ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k6_autgroup A (bnd_k2_group_1 A)) B =
% 150.20/149.18 B &
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) B (bnd_k6_autgroup A (bnd_k2_group_1 A)) =
% 150.20/149.18 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k6_autgroup A (bnd_k2_group_1 A))
% 150.20/149.18 (bnd_k6_autgroup A B) =
% 150.20/149.18 bnd_k6_autgroup A B &
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k6_autgroup A B)
% 150.20/149.18 (bnd_k6_autgroup A (bnd_k2_group_1 A)) =
% 150.20/149.18 bnd_k6_autgroup A B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k6_autgroup A (bnd_k3_group_1 A B) =
% 150.20/149.18 bnd_k2_funct_1 (bnd_k6_autgroup A B));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k6_autgroup A B)
% 150.20/149.18 (bnd_k6_autgroup A (bnd_k3_group_1 A B)) =
% 150.20/149.18 bnd_k6_autgroup A (bnd_k2_group_1 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k6_autgroup A (bnd_k3_group_1 A B))
% 150.20/149.18 (bnd_k6_autgroup A B) =
% 150.20/149.18 bnd_k6_autgroup A (bnd_k2_group_1 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k6_autgroup A (bnd_k2_group_1 A)) B =
% 150.20/149.18 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_k6_autgroup A (bnd_k2_group_1 A) =
% 150.20/149.18 bnd_k6_partfun1 (bnd_u1_struct_0 A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k6_autgroup A (bnd_k1_group_1 A B C) =
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k6_autgroup A B)
% 150.20/149.18 (bnd_k6_autgroup A C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 (C = bnd_k6_autgroup A B) =
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) C
% 150.20/149.18 D =
% 150.20/149.18 bnd_k2_group_3 A D B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k5_autgroup A)) -->
% 150.20/149.18 B = C -->
% 150.20/149.18 bnd_k2_funct_1 B = bnd_k3_group_1 (bnd_k5_autgroup A) C));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_k6_partfun1 (bnd_u1_struct_0 A) =
% 150.20/149.18 bnd_k2_group_1 (bnd_k5_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 (bnd_k5_autgroup A)) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k5_autgroup A)) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_fraenkel D (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_m2_fraenkel E (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k4_autgroup A) -->
% 150.20/149.18 B = D & C = E -->
% 150.20/149.18 bnd_k1_group_1 (bnd_k5_autgroup A) B C =
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) E D))));
% 150.20/149.18 True;
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (bnd_v1_group_1 B & bnd_v1_group_3 B (bnd_k3_autgroup A)) &
% 150.20/149.18 bnd_m1_group_2 B (bnd_k3_autgroup A) -->
% 150.20/149.18 (B = bnd_k5_autgroup A) =
% 150.20/149.18 (bnd_u1_struct_0 B = bnd_k4_autgroup A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 bnd_m2_fraenkel
% 150.20/149.18 (bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) C B)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 bnd_m2_fraenkel (bnd_k2_funct_1 B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k4_autgroup A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_m2_fraenkel (bnd_k6_partfun1 (bnd_u1_struct_0 A))
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) (bnd_k4_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 bnd_k1_binop_1 (bnd_k2_autgroup A) B C =
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) C B));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_r1_tarski (bnd_k4_autgroup A) (bnd_k1_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k4_autgroup A) -->
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_r1_tarski (bnd_k4_autgroup A)
% 150.20/149.18 (bnd_k1_fraenkel (bnd_u1_struct_0 A) (bnd_u1_struct_0 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) -->
% 150.20/149.18 (B = bnd_k4_autgroup A) =
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_fraenkel (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) -->
% 150.20/149.18 bnd_r2_hidden C B =
% 150.20/149.18 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) C E =
% 150.20/149.18 bnd_k2_group_3 A E D))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k3_autgroup A)) -->
% 150.20/149.18 B = C -->
% 150.20/149.18 bnd_k2_funct_1 B = bnd_k3_group_1 (bnd_k3_autgroup A) C));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_k6_partfun1 (bnd_u1_struct_0 A) =
% 150.20/149.18 bnd_k2_group_1 (bnd_k3_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 (bnd_k3_autgroup A)) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k3_autgroup A)) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_fraenkel D (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_m2_fraenkel E (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k1_autgroup A) -->
% 150.20/149.18 B = D & C = E -->
% 150.20/149.18 bnd_k1_group_1 (bnd_k3_autgroup A) B C =
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) E D))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_k3_autgroup A =
% 150.20/149.18 bnd_g1_group_1 (bnd_k1_autgroup A) (bnd_k2_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (bnd_v1_funct_1 B &
% 150.20/149.18 bnd_v1_funct_2 B
% 150.20/149.18 (bnd_k2_zfmisc_1 (bnd_k1_autgroup A) (bnd_k1_autgroup A))
% 150.20/149.18 (bnd_k1_autgroup A)) &
% 150.20/149.18 bnd_m2_relset_1 B
% 150.20/149.18 (bnd_k2_zfmisc_1 (bnd_k1_autgroup A) (bnd_k1_autgroup A))
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 (B = bnd_k2_autgroup A) =
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_fraenkel D (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 bnd_k2_binop_1 (bnd_k1_autgroup A) (bnd_k1_autgroup A)
% 150.20/149.18 (bnd_k1_autgroup A) B C D =
% 150.20/149.18 bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) D C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 bnd_m2_fraenkel
% 150.20/149.18 (bnd_k7_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) C B)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 bnd_m2_fraenkel (bnd_k2_funct_1 B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k1_autgroup A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k2_funct_1 B) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k2_funct_1 B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k2_funct_1 B) A A) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k2_funct_1 B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_k1_autgroup A) -->
% 150.20/149.18 bnd_k1_relat_1 B = bnd_k2_relat_1 B &
% 150.20/149.18 bnd_k1_relat_1 B = bnd_u1_struct_0 A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((bnd_v1_funct_1 B &
% 150.20/149.18 bnd_v1_funct_2 B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 B A A) &
% 150.20/149.18 bnd_m2_relset_1 B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r2_hidden B (bnd_k1_autgroup A) = bnd_v4_group_6 B A A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_m2_fraenkel (bnd_k6_partfun1 (bnd_u1_struct_0 A))
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) (bnd_k1_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_r1_tarski (bnd_k1_autgroup A)
% 150.20/149.18 (bnd_k1_fraenkel (bnd_u1_struct_0 A) (bnd_u1_struct_0 A));
% 150.20/149.18 True;
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_fraenkel B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) -->
% 150.20/149.18 (B = bnd_k1_autgroup A) =
% 150.20/149.18 ((ALL C.
% 150.20/149.18 bnd_m2_fraenkel C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.20/149.18 B -->
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C A A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C A A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r2_hidden C B =
% 150.20/149.18 (bnd_v2_funct_1 C & bnd_v3_group_6 C A A))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_r1_rlvect_1 B (bnd_k2_group_3 A D C))) =
% 150.20/149.18 bnd_v1_group_3 B A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 bnd_v1_group_3 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_r1_rlvect_1 B (bnd_k2_group_3 A D C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_r1_rlvect_1 B (bnd_k2_group_3 A D C))) -->
% 150.20/149.18 bnd_v1_group_3 B A);
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_m2_fraenkel (bnd_k6_autgroup A B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_k4_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (bnd_v1_group_1 (bnd_k5_autgroup A) &
% 150.20/149.18 bnd_v1_group_3 (bnd_k5_autgroup A) (bnd_k3_autgroup A)) &
% 150.20/149.18 bnd_m1_group_2 (bnd_k5_autgroup A) (bnd_k3_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_m1_fraenkel (bnd_k4_autgroup A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (((~ bnd_v3_struct_0 (bnd_k3_autgroup A) &
% 150.20/149.18 bnd_v1_group_1 (bnd_k3_autgroup A)) &
% 150.20/149.18 bnd_v3_group_1 (bnd_k3_autgroup A)) &
% 150.20/149.18 bnd_v4_group_1 (bnd_k3_autgroup A)) &
% 150.20/149.18 bnd_l1_group_1 (bnd_k3_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (bnd_v1_funct_1 (bnd_k2_autgroup A) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k2_autgroup A)
% 150.20/149.18 (bnd_k2_zfmisc_1 (bnd_k1_autgroup A) (bnd_k1_autgroup A))
% 150.20/149.18 (bnd_k1_autgroup A)) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k2_autgroup A)
% 150.20/149.18 (bnd_k2_zfmisc_1 (bnd_k1_autgroup A) (bnd_k1_autgroup A))
% 150.20/149.18 (bnd_k1_autgroup A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_m1_fraenkel (bnd_k1_autgroup A) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (EX B. ((bnd_v1_funct_1 B &
% 150.20/149.18 bnd_v1_funct_2 B (bnd_u1_struct_0 A) (bnd_k4_autgroup A)) &
% 150.20/149.18 bnd_m2_relset_1 B (bnd_u1_struct_0 A) (bnd_k4_autgroup A)) &
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_k4_autgroup A) B
% 150.20/149.18 C =
% 150.20/149.18 bnd_k6_autgroup A (bnd_k3_group_1 A C)));
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 bnd_v1_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k5_autgroup B))) &
% 150.20/149.18 bnd_v1_group_6 C B (bnd_k5_autgroup B)) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k5_autgroup B)) -->
% 150.20/149.18 bnd_r2_hidden A (bnd_a_2_0_autgroup B C) =
% 150.20/149.18 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) & A = D) &
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k5_autgroup B)) C D =
% 150.20/149.18 bnd_k2_group_1 (bnd_k5_autgroup B));
% 150.20/149.18 ALL A B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_hidden A (bnd_a_1_2_autgroup B) =
% 150.20/149.18 (EX C. (bnd_m1_subset_1 C (bnd_u1_struct_0 B) & A = C) &
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_k1_group_1 B C D = bnd_k1_group_1 B D C));
% 150.20/149.18 ALL A B.
% 150.20/149.18 bnd_m1_subset_1 A bnd_k5_numbers &
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 (bnd_k5_gr_cy_1 A)) -->
% 150.20/149.18 bnd_m2_subset_1 (bnd_k1_gr_cy_2 A B) bnd_k1_numbers bnd_k5_numbers;
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A B -->
% 150.20/149.18 ~ ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ ((((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) |
% 150.20/149.18 ((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (((~ bnd_v3_struct_0 (bnd_k13_group_6 B A C) &
% 150.20/149.18 bnd_v3_group_1 (bnd_k13_group_6 B A C)) &
% 150.20/149.18 bnd_v4_group_1 (bnd_k13_group_6 B A C)) &
% 150.20/149.18 bnd_v1_gr_cy_1 (bnd_k13_group_6 B A C)) &
% 150.20/149.18 bnd_l1_group_1 (bnd_k13_group_6 B A C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 ~ (((bnd_v6_group_1 B & bnd_k9_group_1 B = A) &
% 150.20/149.18 (EX C. bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers &
% 150.20/149.18 A = bnd_k2_nat_1 bnd_np__2 C)) &
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_group_2 C B -->
% 150.20/149.18 ~ (((((bnd_k9_group_1 C = bnd_np__2 &
% 150.20/149.18 ~ bnd_v3_struct_0 C) &
% 150.20/149.18 bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_v1_gr_cy_1 C) &
% 150.20/149.18 bnd_l1_group_1 C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 ~ (((bnd_v6_group_1 B & bnd_k9_group_1 B = A) &
% 150.20/149.18 (EX C. bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers &
% 150.20/149.18 A = bnd_k2_nat_1 bnd_np__2 C)) &
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.18 ~ (bnd_k7_group_1 B C = bnd_np__2 &
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_k7_group_1 B D = bnd_np__2 --> C = D)))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 A = bnd_k5_group_4 A (bnd_k1_struct_0 A B) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 C)
% 150.20/149.18 (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 D C A) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 C)
% 150.20/149.18 (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r1_rlvect_1 (bnd_k13_group_6 C A D) B -->
% 150.20/149.18 bnd_v3_group_6 D C A)));
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (((((bnd_v6_group_1 B & ~ bnd_v3_struct_0 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 bnd_k9_group_1 B = A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 ~ (bnd_r1_nat_1 C A &
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_v1_group_1 D & bnd_m1_group_2 D B -->
% 150.20/149.18 ~ (bnd_k9_group_1 D = C &
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_v1_group_1 E & bnd_m1_group_2 E B -->
% 150.20/149.18 bnd_k9_group_1 E = C -->
% 150.20/149.18 bnd_r1_group_2 B E D))))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_v6_group_1 A & bnd_k9_group_1 A = bnd_np__2 -->
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A;
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_v6_group_1 A & bnd_k9_group_1 A = bnd_np__2 -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.18 bnd_r1_group_2 A B (bnd_k5_group_2 A) | B = A);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 ((bnd_v6_group_1 A & bnd_v6_group_1 B) &
% 150.20/149.18 bnd_k9_group_1 A = bnd_np__2) &
% 150.20/149.18 bnd_k9_group_1 B = bnd_np__2 -->
% 150.20/149.18 bnd_r2_group_6 A B);
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 (((~ bnd_v3_struct_0 C & bnd_v1_group_1 C) &
% 150.20/149.18 bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (((bnd_v6_group_1 B & bnd_v6_group_1 C) &
% 150.20/149.18 bnd_k9_group_1 B = A) &
% 150.20/149.18 bnd_k9_group_1 C = A) &
% 150.20/149.18 bnd_v1_int_2 A -->
% 150.20/149.18 bnd_r2_group_6 B C));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (bnd_v6_group_1 B & bnd_v6_group_1 A) &
% 150.20/149.18 bnd_k9_group_1 B = bnd_k9_group_1 A -->
% 150.20/149.18 bnd_r2_group_6 B A);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 ~ bnd_v6_group_1 A --> bnd_r2_group_6 bnd_k3_gr_cy_1 A;
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v1_gr_cy_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_v6_group_1 B & bnd_k9_group_1 B = A -->
% 150.20/149.18 bnd_r2_group_6 (bnd_k5_gr_cy_1 A) B);
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 ~ bnd_r1_xreal_0 A bnd_np__0 -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 (bnd_k5_gr_cy_1 A)) -->
% 150.20/149.18 bnd_k1_gr_cy_2 A B = B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 A = bnd_k5_group_4 A (bnd_k1_struct_0 A B) -->
% 150.20/149.18 bnd_v6_group_1 A =
% 150.20/149.18 (EX C. bnd_v1_int_1 C &
% 150.20/149.18 (EX D. (bnd_v1_int_1 D & ~ C = D) &
% 150.20/149.18 bnd_k6_group_1 A C B = bnd_k6_group_1 A D B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v1_gr_cy_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 A = bnd_k5_group_4 A (bnd_k1_struct_0 A C) &
% 150.20/149.18 bnd_r1_rlvect_1 B C -->
% 150.20/149.18 bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A) =
% 150.20/149.18 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 (((~ bnd_v3_struct_0 C & bnd_v1_group_1 C) &
% 150.20/149.18 bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.20/149.18 (bnd_v6_group_1 C &
% 150.20/149.18 C = bnd_k5_group_4 C (bnd_k1_struct_0 C D)) &
% 150.20/149.18 bnd_k9_group_1 C = A -->
% 150.20/149.18 (C =
% 150.20/149.18 bnd_k5_group_4 C
% 150.20/149.18 (bnd_k1_struct_0 C (bnd_k6_group_1 C B D))) =
% 150.20/149.18 (bnd_k6_nat_1 B A = bnd_np__1))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_m2_subset_1 E bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL F.
% 150.20/149.18 bnd_m2_subset_1 F bnd_k1_numbers
% 150.20/149.18 bnd_k5_numbers -->
% 150.20/149.18 (((bnd_v6_group_1 A & bnd_k9_group_1 A = D) &
% 150.20/149.18 A = bnd_k5_group_4 A (bnd_k1_struct_0 A C)) &
% 150.20/149.18 bnd_k9_group_1 B = E) &
% 150.20/149.18 B =
% 150.20/149.18 bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A F C)) -->
% 150.20/149.18 bnd_r1_nat_1 D (bnd_k2_nat_1 F E))))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (bnd_v6_group_1 A &
% 150.20/149.18 bnd_k9_group_1
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A C B))) =
% 150.20/149.18 bnd_k9_group_1
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A D B)))) &
% 150.20/149.18 bnd_r1_rlvect_1
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A C B)))
% 150.20/149.18 (bnd_k6_group_1 A D B) -->
% 150.20/149.18 bnd_r1_group_2 A
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A C B)))
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A D B))))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 bnd_r1_nat_1 C D -->
% 150.20/149.18 bnd_r1_rlvect_1
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A C B)))
% 150.20/149.18 (bnd_k6_group_1 A D B))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_m2_subset_1 E bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 ((bnd_v6_group_1 A &
% 150.20/149.18 A = bnd_k5_group_4 A (bnd_k1_struct_0 A B)) &
% 150.20/149.18 bnd_k9_group_1 A = C) &
% 150.20/149.18 C = bnd_k2_nat_1 D E -->
% 150.20/149.18 bnd_k7_group_1 A (bnd_k6_group_1 A D B) = E))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v6_group_1 A & A = bnd_k5_group_4 A (bnd_k1_struct_0 A B) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.18 (EX D. bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers &
% 150.20/149.18 bnd_r1_group_2 A C
% 150.20/149.18 (bnd_k5_group_4 A
% 150.20/149.18 (bnd_k1_struct_0 A (bnd_k6_group_1 A D B))))));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v6_group_1 A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (EX D. bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers &
% 150.20/149.18 C = bnd_k6_group_1 A D B)) =
% 150.20/149.18 (A = bnd_k5_group_4 A (bnd_k1_struct_0 A B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (EX D. bnd_v1_int_1 D & C = bnd_k6_group_1 A D B)) =
% 150.20/149.18 (A = bnd_k5_group_4 A (bnd_k1_struct_0 A B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (((~ bnd_v3_struct_0 (bnd_k5_group_4 A (bnd_k1_struct_0 A B)) &
% 150.20/149.18 bnd_v3_group_1 (bnd_k5_group_4 A (bnd_k1_struct_0 A B))) &
% 150.20/149.18 bnd_v4_group_1 (bnd_k5_group_4 A (bnd_k1_struct_0 A B))) &
% 150.20/149.18 bnd_v1_gr_cy_1 (bnd_k5_group_4 A (bnd_k1_struct_0 A B))) &
% 150.20/149.18 bnd_l1_group_1 (bnd_k5_group_4 A (bnd_k1_struct_0 A B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 C = D -->
% 150.20/149.18 bnd_k5_group_4 A (bnd_k1_struct_0 A C) =
% 150.20/149.18 bnd_k5_group_4 B (bnd_k1_struct_0 B D))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r1_rlvect_1 (bnd_k5_group_4 A (bnd_k1_struct_0 A B)) B);
% 150.20/149.18 True;
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 ~ ((~ bnd_r1_xreal_0 (bnd_k7_group_1 A B) bnd_np__1 &
% 150.20/149.18 B = bnd_k6_group_1 A D C) &
% 150.20/149.18 D = bnd_np__0))));
% 150.20/149.18 True; True; True; True; True;
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 ((((~ bnd_v3_struct_0 (bnd_k10_group_5 A) &
% 150.20/149.18 bnd_v1_group_1 (bnd_k10_group_5 A)) &
% 150.20/149.18 bnd_v2_group_1 (bnd_k10_group_5 A)) &
% 150.20/149.18 bnd_v3_group_1 (bnd_k10_group_5 A)) &
% 150.20/149.18 bnd_v4_group_1 (bnd_k10_group_5 A)) &
% 150.20/149.18 bnd_v1_group_3 (bnd_k10_group_5 A) A;
% 150.20/149.18 ALL A B C D.
% 150.20/149.18 ((((((((((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 ~ bnd_v3_struct_0 C) &
% 150.20/149.18 bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C) &
% 150.20/149.18 bnd_v1_funct_1 D) &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 D B C) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 B) (bnd_u1_struct_0 C) -->
% 150.20/149.18 bnd_r2_hidden A (bnd_a_3_0_group_6 B C D) =
% 150.20/149.18 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) & A = E) &
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 B) (bnd_u1_struct_0 C) D E =
% 150.20/149.18 bnd_k2_group_1 C);
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_hidden A (bnd_a_1_0_group_6 B) =
% 150.20/149.18 (EX C D.
% 150.20/149.18 (bnd_m1_subset_1 C (bnd_u1_struct_0 B) &
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B)) &
% 150.20/149.18 A = bnd_k2_group_5 B C D);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.20/149.18 (D = bnd_k12_group_6 A B C) =
% 150.20/149.18 (bnd_u1_struct_0 D = bnd_a_3_0_group_6 A B C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.18 B = bnd_a_1_0_group_6 A -->
% 150.20/149.18 bnd_r1_group_2 A (bnd_k9_group_5 A) (bnd_k5_group_4 A B));
% 150.20/149.18 ALL A B C.
% 150.20/149.18 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 bnd_v1_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m1_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v1_group_1 (bnd_k13_group_6 A B C) &
% 150.20/149.18 bnd_m1_group_2 (bnd_k13_group_6 A B C) B;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 bnd_v1_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m1_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v1_group_1 (bnd_k12_group_6 A B C) &
% 150.20/149.18 bnd_m1_group_2 (bnd_k12_group_6 A B C) A;
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_v1_group_3 B A) &
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k11_group_6 A B) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k11_group_6 A B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k6_group_6 A B))) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k11_group_6 A B) A (bnd_k6_group_6 A B)) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k11_group_6 A B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k6_group_6 A B));
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k10_group_6 A B) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k10_group_6 A B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k10_group_6 A B) A B) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k10_group_6 A B) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B);
% 150.20/149.18 ALL A B C.
% 150.20/149.18 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 bnd_v1_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m1_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_k9_group_6 A B C = bnd_k2_relat_1 C;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 bnd_v1_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m1_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_m1_subset_1 (bnd_k9_group_6 A B C)
% 150.20/149.18 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B));
% 150.20/149.18 ALL A B C D E.
% 150.20/149.18 ((((((((((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 ~ bnd_v3_struct_0 C) &
% 150.20/149.18 bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C) &
% 150.20/149.18 bnd_v1_funct_1 D) &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m1_relset_1 D (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_funct_1 E) &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E B C) &
% 150.20/149.18 bnd_m1_relset_1 E (bnd_u1_struct_0 B) (bnd_u1_struct_0 C) -->
% 150.20/149.18 bnd_k8_group_6 A B C D E = bnd_k5_relat_1 D E;
% 150.20/149.18 ALL A B C D E.
% 150.20/149.18 ((((((((((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B) &
% 150.20/149.18 ~ bnd_v3_struct_0 C) &
% 150.20/149.18 bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C) &
% 150.20/149.18 bnd_v1_funct_1 D) &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m1_relset_1 D (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_funct_1 E) &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E B C) &
% 150.20/149.18 bnd_m1_relset_1 E (bnd_u1_struct_0 B) (bnd_u1_struct_0 C) -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k8_group_6 A B C D E) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k8_group_6 A B C D E) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k8_group_6 A B C D E) A C) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k8_group_6 A B C D E) (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 C);
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_v1_group_3 B A) &
% 150.20/149.18 bnd_m1_group_2 B A) &
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.18 bnd_m1_subset_1 (bnd_k7_group_6 A B C)
% 150.20/149.18 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_v1_group_3 B A) &
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 bnd_l1_group_1 (bnd_k6_group_6 A B);
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_v1_group_3 B A) &
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (bnd_v1_funct_1 (bnd_k5_group_6 A B) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k5_group_6 A B)
% 150.20/149.18 (bnd_k2_zfmisc_1 (bnd_k4_group_6 A B) (bnd_k4_group_6 A B))
% 150.20/149.18 (bnd_k4_group_6 A B)) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k5_group_6 A B)
% 150.20/149.18 (bnd_k2_zfmisc_1 (bnd_k4_group_6 A B) (bnd_k4_group_6 A B))
% 150.20/149.18 (bnd_k4_group_6 A B);
% 150.20/149.18 True;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_v1_group_3 B A) &
% 150.20/149.18 bnd_m1_group_2 B A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 bnd_k3_group_6 A B C = bnd_k8_group_2 A B C;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_v1_group_3 B A) &
% 150.20/149.18 bnd_m1_group_2 B A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 (bnd_v1_group_1 (bnd_k3_group_6 A B C) &
% 150.20/149.18 bnd_v1_group_3 (bnd_k3_group_6 A B C) C) &
% 150.20/149.18 bnd_m1_group_6 (bnd_k3_group_6 A B C) A C;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_group_2 B A) &
% 150.20/149.18 bnd_v1_group_3 C A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 bnd_k2_group_6 A B C = bnd_k8_group_2 A B C;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_group_2 B A) &
% 150.20/149.18 bnd_v1_group_3 C A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 (bnd_v1_group_1 (bnd_k2_group_6 A B C) &
% 150.20/149.18 bnd_v1_group_3 (bnd_k2_group_6 A B C) B) &
% 150.20/149.18 bnd_m1_group_6 (bnd_k2_group_6 A B C) A B;
% 150.20/149.18 ALL A B C.
% 150.20/149.18 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_group_2 B A) &
% 150.20/149.18 bnd_v1_group_3 C A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 (bnd_v1_group_1 (bnd_k1_group_6 A B C) &
% 150.20/149.18 bnd_v1_group_3 (bnd_k1_group_6 A B C) B) &
% 150.20/149.18 bnd_m1_group_6 (bnd_k1_group_6 A B C) A B;
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((((((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v1_group_1 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A B = bnd_r1_group_6 A B;
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((((((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v1_group_1 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A A;
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((((((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v1_group_1 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A B --> bnd_r2_group_6 B A;
% 150.20/149.18 ALL A B.
% 150.20/149.18 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 ~ bnd_v3_struct_0 B) &
% 150.20/149.18 bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r1_group_6 A A;
% 150.20/149.18 ALL A B.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C. bnd_m1_group_6 C A B = bnd_m1_group_2 C B);
% 150.20/149.18 ALL A B.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (EX C. bnd_m1_group_6 C A B);
% 150.20/149.18 ALL A B.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A) &
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C. bnd_m1_group_6 C A B --> bnd_m1_group_2 C A);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 bnd_r2_group_6
% 150.20/149.18 (bnd_k6_group_6 (bnd_k8_group_4 A B C)
% 150.20/149.18 (bnd_k1_group_6 A (bnd_k8_group_4 A B C) C))
% 150.20/149.18 (bnd_k6_group_6 B (bnd_k2_group_6 A B C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.18 bnd_m1_group_2 C A -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 (bnd_v1_group_1 D &
% 150.20/149.18 bnd_v1_group_3 D (bnd_k6_group_6 A C)) &
% 150.20/149.18 bnd_m1_group_2 D (bnd_k6_group_6 A C) -->
% 150.20/149.18 D = bnd_k6_group_6 B (bnd_k1_group_6 A B C) &
% 150.20/149.18 bnd_m1_group_6 C A B -->
% 150.20/149.18 bnd_r2_group_6 (bnd_k6_group_6 (bnd_k6_group_6 A C) D)
% 150.20/149.18 (bnd_k6_group_6 A B))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 (EX D. ((((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D
% 150.20/149.18 (bnd_u1_struct_0
% 150.20/149.18 (bnd_k6_group_6 B (bnd_k12_group_6 B A C)))
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k13_group_6 B A C))) &
% 150.20/149.18 bnd_v1_group_6 D
% 150.20/149.18 (bnd_k6_group_6 B (bnd_k12_group_6 B A C))
% 150.20/149.18 (bnd_k13_group_6 B A C)) &
% 150.20/149.18 bnd_m2_relset_1 D
% 150.20/149.18 (bnd_u1_struct_0
% 150.20/149.18 (bnd_k6_group_6 B (bnd_k12_group_6 B A C)))
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k13_group_6 B A C))) &
% 150.20/149.18 bnd_v4_group_6 D
% 150.20/149.18 (bnd_k6_group_6 B (bnd_k12_group_6 B A C))
% 150.20/149.18 (bnd_k13_group_6 B A C)) &
% 150.20/149.18 C =
% 150.20/149.18 bnd_k8_group_6 B
% 150.20/149.18 (bnd_k6_group_6 B (bnd_k12_group_6 B A C))
% 150.20/149.18 (bnd_k13_group_6 B A C)
% 150.20/149.18 (bnd_k11_group_6 B (bnd_k12_group_6 B A C)) D)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r2_group_6 (bnd_k6_group_6 B (bnd_k12_group_6 B A C))
% 150.20/149.18 (bnd_k13_group_6 B A C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 ((((bnd_r1_group_6 A B & ~ bnd_v3_struct_0 A) &
% 150.20/149.18 bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_v7_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v7_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B);
% 150.20/149.18 True;
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A B & bnd_v3_realset2 A --> bnd_v3_realset2 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A B & bnd_v6_group_1 A -->
% 150.20/149.18 bnd_k9_group_1 A = bnd_k9_group_1 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r1_group_6 A B & bnd_v6_group_1 A --> bnd_v6_group_1 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 A B --> bnd_k8_group_1 A = bnd_k8_group_1 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_v3_realset2 (bnd_k6_group_6 A (bnd_k6_group_2 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_r2_group_6 A (bnd_k6_group_6 A (bnd_k5_group_2 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r2_group_6 (bnd_k5_group_2 A) (bnd_k5_group_2 B));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_v3_realset2 A & bnd_v3_realset2 B --> bnd_r2_group_6 A B);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v2_group_6 C B A -->
% 150.20/149.18 bnd_r1_group_6 B (bnd_k13_group_6 B A C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 bnd_r1_group_6 A B & bnd_r1_group_6 B C -->
% 150.20/149.18 bnd_r1_group_6 A C));
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r1_group_6 A B --> bnd_r1_group_6 B A);
% 150.20/149.18 True;
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r1_group_6 A B =
% 150.20/149.18 (EX C. (((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v4_group_6 C A B));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 bnd_v4_group_6 (bnd_k11_group_6 A (bnd_k5_group_2 A)) A
% 150.20/149.18 (bnd_k6_group_6 A (bnd_k5_group_2 A));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 ((bnd_v1_funct_1 E &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E B C) &
% 150.20/149.18 bnd_m2_relset_1 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C) -->
% 150.20/149.18 bnd_v4_group_6 D A B & bnd_v4_group_6 E B C -->
% 150.20/149.18 bnd_v4_group_6 (bnd_k8_group_6 A B C D E) A C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v4_group_6 C B A & D = bnd_k2_funct_1 C -->
% 150.20/149.18 bnd_v4_group_6 D A B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v4_group_6 C A B -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k2_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k2_funct_1 C) (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k2_funct_1 C) B A) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k2_funct_1 C) (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v4_group_6 C A B -->
% 150.20/149.18 bnd_k1_relat_1 C = bnd_u1_struct_0 A &
% 150.20/149.18 bnd_k9_group_6 A B C = bnd_u1_struct_0 B));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v4_group_6 C A B =
% 150.20/149.18 (bnd_k9_group_6 A B C = bnd_u1_struct_0 B &
% 150.20/149.18 bnd_v2_funct_1 C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v4_group_6 C A B =
% 150.20/149.18 (bnd_v3_group_6 C A B & bnd_v2_group_6 C A B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.18 bnd_v3_group_6 (bnd_k11_group_6 A B) A (bnd_k6_group_6 A B));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v3_group_6 C A B -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 A) &
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) C E =
% 150.20/149.18 D))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v3_group_6 C A B = (bnd_k13_group_6 A B C = B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v2_group_6 C B A =
% 150.20/149.18 bnd_r1_group_2 B (bnd_k12_group_6 B A C) (bnd_k5_group_2 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v2_group_6 C B A -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k2_funct_1 C) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k2_funct_1 C)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k13_group_6 B A C))
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k2_funct_1 C) (bnd_k13_group_6 B A C)
% 150.20/149.18 B) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k2_funct_1 C)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k13_group_6 B A C))
% 150.20/149.18 (bnd_u1_struct_0 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v2_group_6 D A B -->
% 150.20/149.18 bnd_k1_funct_1 (bnd_k2_funct_1 D)
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) D
% 150.20/149.18 C) =
% 150.20/149.18 C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v2_group_6 D A B &
% 150.20/149.18 bnd_r1_rlvect_1 (bnd_k13_group_6 A B D) C -->
% 150.20/149.18 bnd_k1_funct_1 D (bnd_k1_funct_1 (bnd_k2_funct_1 D) C) =
% 150.20/149.18 C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v3_group_6 C A B =
% 150.20/149.18 (bnd_k9_group_6 A B C = bnd_u1_struct_0 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_v2_group_6 C A B = bnd_v2_funct_1 C));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v6_group_1 B -->
% 150.20/149.18 bnd_r1_xreal_0 (bnd_k9_group_1 (bnd_k13_group_6 B A C))
% 150.20/149.18 (bnd_k9_group_1 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r1_tarski (bnd_k8_group_1 (bnd_k13_group_6 B A C))
% 150.20/149.18 (bnd_k8_group_1 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_v7_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_v7_group_1 (bnd_k13_group_6 B A C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_v6_group_1 B --> bnd_v6_group_1 (bnd_k13_group_6 B A C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 C B A) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k13_group_6 B A C))) &
% 150.20/149.18 bnd_v1_group_6 C B (bnd_k13_group_6 B A C)) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k13_group_6 B A C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.18 bnd_k13_group_6 A (bnd_k6_group_6 A B) (bnd_k11_group_6 A B) =
% 150.20/149.18 bnd_k6_group_6 A B);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_r1_group_2 B (bnd_k13_group_6 A B (bnd_k10_group_6 A B))
% 150.20/149.18 (bnd_k5_group_2 B));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_r1_group_2 B (bnd_k13_group_6 A B C)
% 150.20/149.18 (bnd_k5_group_4 B (bnd_k9_group_6 A B C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 D B A) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_r1_rlvect_1 (bnd_k13_group_6 B A D) C =
% 150.20/149.18 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.18 C =
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 B) (bnd_u1_struct_0 A)
% 150.20/149.18 D E)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_k9_group_6 A B C =
% 150.20/149.18 bnd_u1_struct_0 (bnd_k13_group_6 A B C)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_v1_group_1 D & bnd_m1_group_2 D B -->
% 150.20/149.18 (D = bnd_k13_group_6 A B C) =
% 150.20/149.18 (bnd_u1_struct_0 D =
% 150.20/149.18 bnd_k2_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) C
% 150.20/149.18 (bnd_u1_struct_0 A)))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.18 bnd_r1_group_2 A
% 150.20/149.18 (bnd_k12_group_6 A (bnd_k6_group_6 A B) (bnd_k11_group_6 A B))
% 150.20/149.18 B);
% 150.20/149.18 ALL A.
% 150.20/149.18 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.18 bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 (((~ bnd_v3_struct_0 B & bnd_v1_group_1 B) & bnd_v3_group_1 B) &
% 150.20/149.18 bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 bnd_k12_group_6 A B (bnd_k10_group_6 A B) = A);
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_r1_rlvect_1 (bnd_k12_group_6 A B D) C =
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) D
% 150.20/149.18 C =
% 150.20/149.18 bnd_k2_group_1 B))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k6_group_6 A B))) &
% 150.20/149.18 bnd_v1_group_6 C A (bnd_k6_group_6 A B)) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.18 (C = bnd_k11_group_6 A B) =
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 (bnd_k6_group_6 A B)) C D =
% 150.20/149.18 bnd_k12_group_2 A B D)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 D A B) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 ((bnd_v1_funct_1 E &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E B C) &
% 150.20/149.18 bnd_m2_relset_1 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C) -->
% 150.20/149.18 bnd_k8_group_6 A B C (bnd_k10_group_6 A B) E =
% 150.20/149.18 bnd_k10_group_6 A C &
% 150.20/149.18 bnd_k8_group_6 A B C D (bnd_k10_group_6 B C) =
% 150.20/149.18 bnd_k10_group_6 A C))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((bnd_v1_funct_1 C &
% 150.20/149.18 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 C A B) &
% 150.20/149.18 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.18 (C = bnd_k10_group_6 A B) =
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) C
% 150.20/149.18 D =
% 150.20/149.18 bnd_k2_group_1 B)));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 ((bnd_v1_funct_1 D &
% 150.20/149.18 bnd_v1_funct_2 D (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 D B A) &
% 150.20/149.18 bnd_m2_relset_1 D (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 ((bnd_v1_funct_1 E &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E A C) &
% 150.20/149.18 bnd_m2_relset_1 E (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 C) -->
% 150.20/149.18 ((bnd_v1_funct_1
% 150.20/149.18 (bnd_k7_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 C) D E) &
% 150.20/149.18 bnd_v1_funct_2
% 150.20/149.18 (bnd_k7_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 C) D E)
% 150.20/149.18 (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6
% 150.20/149.18 (bnd_k7_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 C) D E)
% 150.20/149.18 B C) &
% 150.20/149.18 bnd_m2_relset_1
% 150.20/149.18 (bnd_k7_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 C) D E)
% 150.20/149.18 (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 ((bnd_v1_funct_1 (bnd_k6_partfun1 (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_funct_2 (bnd_k6_partfun1 (bnd_u1_struct_0 A))
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.20/149.18 bnd_v1_group_6 (bnd_k6_partfun1 (bnd_u1_struct_0 A)) A A) &
% 150.20/149.18 bnd_m2_relset_1 (bnd_k6_partfun1 (bnd_u1_struct_0 A))
% 150.20/149.18 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A);
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_v1_int_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 ((bnd_v1_funct_1 E &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E B C) &
% 150.20/149.18 bnd_m2_relset_1 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)
% 150.20/149.18 E (bnd_k6_group_1 B A D) =
% 150.20/149.18 bnd_k6_group_1 C A
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C) E D)))));
% 150.20/149.18 ALL A.
% 150.20/149.18 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.20/149.18 bnd_v4_group_1 C) &
% 150.20/149.18 bnd_l1_group_1 C -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 ((bnd_v1_funct_1 E &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C)) &
% 150.20/149.18 bnd_v1_group_6 E B C) &
% 150.20/149.18 bnd_m2_relset_1 E (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)
% 150.20/149.18 E (bnd_k6_group_1 B A D) =
% 150.20/149.18 bnd_k6_group_1 C A
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 B)
% 150.20/149.18 (bnd_u1_struct_0 C) E D)))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL F.
% 150.20/149.18 ((bnd_v1_funct_1 F &
% 150.20/149.18 bnd_v1_funct_2 F (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 F A B) &
% 150.20/149.18 bnd_m2_relset_1 F (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) F (bnd_k3_group_5 A C D E) =
% 150.20/149.18 bnd_k3_group_5 B
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) F C)
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) F D)
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) F E))))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.18 (ALL B.
% 150.20/149.18 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.18 bnd_l1_group_1 B -->
% 150.20/149.18 (ALL C.
% 150.20/149.18 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL D.
% 150.20/149.18 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.18 (ALL E.
% 150.20/149.18 ((bnd_v1_funct_1 E &
% 150.20/149.18 bnd_v1_funct_2 E (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B)) &
% 150.20/149.18 bnd_v1_group_6 E A B) &
% 150.20/149.18 bnd_m2_relset_1 E (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) -->
% 150.20/149.18 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)
% 150.20/149.18 E (bnd_k2_group_5 A C D) =
% 150.20/149.18 bnd_k2_group_5 B
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) E C)
% 150.20/149.18 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.18 (bnd_u1_struct_0 B) E D)))));
% 150.20/149.18 ALL A.
% 150.20/149.18 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.18 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 ((bnd_v1_funct_1 E &
% 150.20/149.19 bnd_v1_funct_2 E (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_v1_group_6 E A B) &
% 150.20/149.19 bnd_m2_relset_1 E (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)
% 150.20/149.19 E (bnd_k2_group_3 A C D) =
% 150.20/149.19 bnd_k2_group_3 B
% 150.20/149.19 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) E C)
% 150.20/149.19 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) E D)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 ((bnd_v1_funct_1 D &
% 150.20/149.19 bnd_v1_funct_2 D (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_v1_group_6 D A B) &
% 150.20/149.19 bnd_m2_relset_1 D (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) D
% 150.20/149.19 (bnd_k3_group_1 A C) =
% 150.20/149.19 bnd_k3_group_1 B
% 150.20/149.19 (bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) D
% 150.20/149.19 C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 ((bnd_v1_funct_1 C &
% 150.20/149.19 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_v1_group_6 C A B) &
% 150.20/149.19 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) C
% 150.20/149.19 (bnd_k2_group_1 A) =
% 150.20/149.19 bnd_k2_group_1 B));
% 150.20/149.19 True; True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ~ bnd_v3_struct_0 B & bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_funct_1 C &
% 150.20/149.19 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_m2_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_v1_group_6 C A B =
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)
% 150.20/149.19 C (bnd_k1_group_1 A D E) =
% 150.20/149.19 bnd_k1_group_1 B
% 150.20/149.19 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) C D)
% 150.20/149.19 (bnd_k8_funct_2 (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) C E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 (bnd_k6_group_6 A B) &
% 150.20/149.19 bnd_v3_group_1 (bnd_k6_group_6 A B)) &
% 150.20/149.19 bnd_v4_group_1 (bnd_k6_group_6 A B)) &
% 150.20/149.19 bnd_v7_group_1 (bnd_k6_group_6 A B)) &
% 150.20/149.19 bnd_l1_group_1 (bnd_k6_group_6 A B)) =
% 150.20/149.19 bnd_m1_group_6 (bnd_k9_group_5 A) A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_m1_group_6 C A B -->
% 150.20/149.19 bnd_v1_group_3 (bnd_k6_group_6 B (bnd_k1_group_6 A B C))
% 150.20/149.19 (bnd_k6_group_6 A C) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k6_group_6 B (bnd_k1_group_6 A B C))
% 150.20/149.19 (bnd_k6_group_6 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_m1_group_6 C A B -->
% 150.20/149.19 bnd_m1_group_2 (bnd_k6_group_6 B (bnd_k1_group_6 A B C))
% 150.20/149.19 (bnd_k6_group_6 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A B) -->
% 150.20/149.19 bnd_k9_group_1 (bnd_k6_group_6 A B) = bnd_k17_group_2 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k8_group_1 (bnd_k6_group_6 A B) = bnd_k16_group_2 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A B) -->
% 150.20/149.19 bnd_v6_group_1 (bnd_k6_group_6 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_u1_struct_0 (bnd_k6_group_6 A C)) -->
% 150.20/149.19 D = bnd_k12_group_2 A C B -->
% 150.20/149.19 bnd_k3_group_1 (bnd_k6_group_6 A C) D =
% 150.20/149.19 bnd_k12_group_2 A C (bnd_k3_group_1 A B))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k2_group_1 (bnd_k6_group_6 A B) = bnd_k7_group_2 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k6_group_6 A C) B =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 B = bnd_k12_group_2 A C D) &
% 150.20/149.19 B = bnd_k13_group_2 A C D));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 (bnd_m1_subset_1 (bnd_k13_group_2 A C B)
% 150.20/149.19 (bnd_u1_struct_0 (bnd_k6_group_6 A C)) &
% 150.20/149.19 bnd_m1_subset_1 (bnd_k12_group_2 A C B)
% 150.20/149.19 (bnd_u1_struct_0 (bnd_k6_group_6 A C))) &
% 150.20/149.19 bnd_m1_subset_1 (bnd_k7_group_2 A C)
% 150.20/149.19 (bnd_u1_struct_0 (bnd_k6_group_6 A C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 C = bnd_k12_group_2 A B D) &
% 150.20/149.19 C = bnd_k13_group_2 A B D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.19 bnd_k7_group_6 A B
% 150.20/149.19 (bnd_k1_group_1 (bnd_k6_group_6 A B) C D) =
% 150.20/149.19 bnd_k2_group_2 A (bnd_k7_group_6 A B C)
% 150.20/149.19 (bnd_k7_group_6 A B D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.19 bnd_k2_group_2 A (bnd_k7_group_6 A B C)
% 150.20/149.19 (bnd_k7_group_6 A B D) =
% 150.20/149.19 bnd_k1_group_1 (bnd_k6_group_6 A B) C D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k6_group_6 A B)) -->
% 150.20/149.19 bnd_k7_group_6 A B C = C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_u1_group_1 (bnd_k6_group_6 A B) = bnd_k5_group_6 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_u1_struct_0 (bnd_k6_group_6 A B) = bnd_k4_group_6 A B);
% 150.20/149.19 True; True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k6_group_6 A B =
% 150.20/149.19 bnd_g1_group_1 (bnd_k4_group_6 A B) (bnd_k5_group_6 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_funct_1 C &
% 150.20/149.19 bnd_v1_funct_2 C
% 150.20/149.19 (bnd_k2_zfmisc_1 (bnd_k4_group_6 A B) (bnd_k4_group_6 A B))
% 150.20/149.19 (bnd_k4_group_6 A B)) &
% 150.20/149.19 bnd_m2_relset_1 C
% 150.20/149.19 (bnd_k2_zfmisc_1 (bnd_k4_group_6 A B) (bnd_k4_group_6 A B))
% 150.20/149.19 (bnd_k4_group_6 A B) -->
% 150.20/149.19 (C = bnd_k5_group_6 A B) =
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_k4_group_6 A B) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E (bnd_k4_group_6 A B) -->
% 150.20/149.19 (ALL F.
% 150.20/149.19 bnd_m1_subset_1 F
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL G.
% 150.20/149.19 bnd_m1_subset_1 G
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 D = F & E = G -->
% 150.20/149.19 bnd_k2_binop_1 (bnd_k4_group_6 A B)
% 150.20/149.19 (bnd_k4_group_6 A B) (bnd_k4_group_6 A B) C D
% 150.20/149.19 E =
% 150.20/149.19 bnd_k2_group_2 A F G))))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_v1_group_3 D A & bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k4_group_6 A D) &
% 150.20/149.19 bnd_r2_hidden C (bnd_k4_group_6 A D) -->
% 150.20/149.19 bnd_r2_hidden (bnd_k2_group_2 A B C)
% 150.20/149.19 (bnd_k4_group_6 A D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k4_group_6 A C) -->
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r2_hidden (bnd_k12_group_2 A C B) (bnd_k4_group_6 A C) &
% 150.20/149.19 bnd_r2_hidden (bnd_k13_group_2 A C B) (bnd_k4_group_6 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 ~ (bnd_r2_hidden B (bnd_k4_group_6 A C) &
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 ~ (B = bnd_k12_group_2 A C D &
% 150.20/149.19 B = bnd_k13_group_2 A C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k4_group_6 A B = bnd_k14_group_2 A B &
% 150.20/149.19 bnd_k4_group_6 A B = bnd_k15_group_2 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k4_group_6 A B = bnd_k14_group_2 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v3_realset2 A --> bnd_k5_group_2 A = A;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v3_realset2 A = (bnd_k9_group_1 A = bnd_np__1 & bnd_v6_group_1 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v3_realset2 (bnd_k5_group_2 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ~ bnd_v3_struct_0 A & bnd_l1_struct_0 A -->
% 150.20/149.19 bnd_v3_realset2 A = (EX B. bnd_u1_struct_0 A = bnd_k1_tarski B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 ((bnd_v1_group_3 (bnd_k9_group_2 A B C) B &
% 150.20/149.19 bnd_m1_group_6 (bnd_k9_group_2 A B C) A B) &
% 150.20/149.19 bnd_v1_group_3 (bnd_k9_group_2 A C B) B) &
% 150.20/149.19 bnd_m1_group_6 (bnd_k9_group_2 A C B) A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_m1_group_6
% 150.20/149.19 (bnd_g1_group_1 (bnd_u1_struct_0 C) (bnd_u1_group_1 C)) A
% 150.20/149.19 B -->
% 150.20/149.19 bnd_k1_group_6 A B C =
% 150.20/149.19 bnd_g1_group_1 (bnd_u1_struct_0 C) (bnd_u1_group_1 C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_m1_group_6 C A B -->
% 150.20/149.19 bnd_v1_group_3 C B & bnd_m1_group_6 C A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_m1_group_6 (bnd_k9_group_5 A) A B =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_rlvect_1 B (bnd_k2_group_5 A C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 ((bnd_k10_group_2 A B (bnd_k12_group_2 A B C) =
% 150.20/149.19 bnd_k12_group_2 A B C &
% 150.20/149.19 bnd_k3_group_2 A C (bnd_k7_group_4 A B B) =
% 150.20/149.19 bnd_k12_group_2 A B C) &
% 150.20/149.19 bnd_k4_group_2 A C (bnd_k7_group_4 A B B) =
% 150.20/149.19 bnd_k13_group_2 A B C) &
% 150.20/149.19 bnd_k11_group_2 A B (bnd_k13_group_2 A B C) =
% 150.20/149.19 bnd_k13_group_2 A B C));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_1 A (bnd_k1_group_1 A B C) (bnd_k3_group_1 A B) =
% 150.20/149.19 bnd_k2_group_3 A C (bnd_k3_group_1 A B) &
% 150.20/149.19 bnd_k1_group_1 A B (bnd_k1_group_1 A C (bnd_k3_group_1 A B)) =
% 150.20/149.19 bnd_k2_group_3 A C (bnd_k3_group_1 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_6 C A B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_6 D A B -->
% 150.20/149.19 bnd_k9_group_2 A C D = bnd_k9_group_2 B C D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_6 D A B -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E (bnd_u1_struct_0 B) -->
% 150.20/149.19 E = C -->
% 150.20/149.19 bnd_k12_group_2 B D E = bnd_k12_group_2 A D C &
% 150.20/149.19 bnd_k13_group_2 B D E = bnd_k13_group_2 A D C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ~ bnd_v1_xboole_0 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ~ bnd_v1_xboole_0 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) &
% 150.20/149.19 bnd_m2_relset_1 C A B -->
% 150.20/149.19 bnd_v2_funct_1 C =
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D A -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E A -->
% 150.20/149.19 bnd_k8_funct_2 A B C D = bnd_k8_funct_2 A B C E -->
% 150.20/149.19 D = E))));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 ~ bnd_v3_struct_0 B) &
% 150.20/149.19 bnd_v3_group_1 B) &
% 150.20/149.19 bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_v1_funct_1 C) &
% 150.20/149.19 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_v1_group_6 C A B) &
% 150.20/149.19 bnd_m1_relset_1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B) -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 (bnd_k12_group_6 A B C) &
% 150.20/149.19 bnd_v1_group_1 (bnd_k12_group_6 A B C)) &
% 150.20/149.19 bnd_v2_group_1 (bnd_k12_group_6 A B C)) &
% 150.20/149.19 bnd_v3_group_1 (bnd_k12_group_6 A B C)) &
% 150.20/149.19 bnd_v4_group_1 (bnd_k12_group_6 A B C)) &
% 150.20/149.19 bnd_v1_group_3 (bnd_k12_group_6 A B C) A;
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 ~ bnd_v3_struct_0 B) &
% 150.20/149.19 bnd_v3_group_1 B) &
% 150.20/149.19 bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (EX C. (((((bnd_m1_relset_1 C (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_u1_struct_0 B) &
% 150.20/149.19 ~ bnd_v1_xboole_0 C) &
% 150.20/149.19 bnd_v1_relat_1 C) &
% 150.20/149.19 bnd_v1_funct_1 C) &
% 150.20/149.19 bnd_v1_funct_2 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_v1_partfun1 C (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)) &
% 150.20/149.19 bnd_v1_group_6 C A B);
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_v1_group_3 B A) &
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (((~ bnd_v3_struct_0 (bnd_k6_group_6 A B) &
% 150.20/149.19 bnd_v1_group_1 (bnd_k6_group_6 A B)) &
% 150.20/149.19 bnd_v2_group_1 (bnd_k6_group_6 A B)) &
% 150.20/149.19 bnd_v3_group_1 (bnd_k6_group_6 A B)) &
% 150.20/149.19 bnd_v4_group_1 (bnd_k6_group_6 A B);
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_v1_group_3 B A) &
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 ~ bnd_v3_struct_0 (bnd_k6_group_6 A B) &
% 150.20/149.19 bnd_v1_group_1 (bnd_k6_group_6 A B);
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_v1_group_3 B A) &
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 ~ bnd_v1_xboole_0 (bnd_k4_group_6 A B);
% 150.20/149.19 EX A. ((((bnd_l1_group_1 A & ~ bnd_v3_struct_0 A) & bnd_v2_group_1 A) &
% 150.20/149.19 bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v3_realset2 A;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 (bnd_k6_group_2 A) &
% 150.20/149.19 bnd_v1_group_1 (bnd_k6_group_2 A)) &
% 150.20/149.19 bnd_v2_group_1 (bnd_k6_group_2 A)) &
% 150.20/149.19 bnd_v3_group_1 (bnd_k6_group_2 A)) &
% 150.20/149.19 bnd_v4_group_1 (bnd_k6_group_2 A)) &
% 150.20/149.19 bnd_v1_group_3 (bnd_k6_group_2 A) A;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 (bnd_k5_group_2 A) &
% 150.20/149.19 bnd_v1_group_1 (bnd_k5_group_2 A)) &
% 150.20/149.19 bnd_v2_group_1 (bnd_k5_group_2 A)) &
% 150.20/149.19 bnd_v3_group_1 (bnd_k5_group_2 A)) &
% 150.20/149.19 bnd_v4_group_1 (bnd_k5_group_2 A)) &
% 150.20/149.19 bnd_v1_group_3 (bnd_k5_group_2 A) A;
% 150.20/149.19 ALL A.
% 150.20/149.19 bnd_r2_hidden A bnd_a_0_0_group_5 =
% 150.20/149.19 (EX B C D.
% 150.20/149.19 (((bnd_m1_subset_1 B bnd_f1_s1_group_5 &
% 150.20/149.19 bnd_m1_subset_1 C bnd_f2_s1_group_5) &
% 150.20/149.19 bnd_m1_subset_1 D bnd_f3_s1_group_5) &
% 150.20/149.19 A = bnd_f4_s1_group_5 B C D) &
% 150.20/149.19 bnd_p1_s1_group_5 B C D);
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_1_0_group_5 B) =
% 150.20/149.19 (EX C. (bnd_m1_subset_1 C (bnd_u1_struct_0 B) & A = C) &
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k1_group_1 B C D = bnd_k1_group_1 B D C));
% 150.20/149.19 ALL A B C D.
% 150.20/149.19 ((((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B))) &
% 150.20/149.19 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_3_0_group_5 B C D) =
% 150.20/149.19 (EX E F.
% 150.20/149.19 (((bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 bnd_m1_subset_1 F (bnd_u1_struct_0 B)) &
% 150.20/149.19 A = bnd_k2_group_5 B E F) &
% 150.20/149.19 bnd_r2_hidden E C) &
% 150.20/149.19 bnd_r2_hidden F D);
% 150.20/149.19 bnd_m1_subset_1 bnd_a_0_0_group_5 (bnd_k1_zfmisc_1 bnd_f2_s1_group_5);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (B = bnd_k10_group_5 A) =
% 150.20/149.19 (bnd_u1_struct_0 B = bnd_a_1_0_group_5 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k4_group_5 A B C = bnd_a_3_0_group_5 A B C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v1_group_1 (bnd_k10_group_5 A) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k10_group_5 A) A;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (bnd_v1_group_1 (bnd_k9_group_5 A) &
% 150.20/149.19 bnd_v1_group_3 (bnd_k9_group_5 A) A) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k9_group_5 A) A;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_group_2 B A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_v1_group_1 (bnd_k8_group_5 A B C) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k8_group_5 A B C) A;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_v1_group_1 (bnd_k7_group_5 A B C) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k7_group_5 A B C) A;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k6_group_5 A)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_group_2 B A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k5_group_5 A B C)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k4_group_5 A B C)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C D.
% 150.20/149.19 (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k3_group_5 A B C D) (bnd_u1_struct_0 A);
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k2_group_5 A B C) (bnd_u1_struct_0 A);
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_finseq_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m2_finseq_1 (bnd_k1_group_5 A B C) (bnd_u1_struct_0 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (bnd_k10_group_5 A = A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k10_group_5 A) B =
% 150.20/149.19 (bnd_k7_group_3 A B = bnd_k6_domain_1 (bnd_u1_struct_0 A) B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v7_group_1 (bnd_k10_group_5 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_m1_group_2 B (bnd_k10_group_5 A) -->
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v1_group_3 (bnd_k10_group_5 A) A &
% 150.20/149.19 bnd_m1_group_2 (bnd_k10_group_5 A) A;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k10_group_5 A) B =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_1 A B C = bnd_k1_group_1 A C B));
% 150.20/149.19 True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A B) &
% 150.20/149.19 bnd_k17_group_2 A B = bnd_np__2 -->
% 150.20/149.19 bnd_m1_group_2 (bnd_k9_group_5 A) B);
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 bnd_r1_group_2 A (bnd_k9_group_5 A) (bnd_k5_group_2 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k9_group_5 A) (bnd_k2_group_5 A B C)));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k9_group_5 B) A =
% 150.20/149.19 (EX C. bnd_m2_finseq_1 C (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX D. ((bnd_m2_finseq_1 D bnd_k4_numbers &
% 150.20/149.19 bnd_k3_finseq_1 C = bnd_k3_finseq_1 D) &
% 150.20/149.19 bnd_r1_tarski (bnd_k2_relat_1 C) (bnd_k6_group_5 B)) &
% 150.20/149.19 A = bnd_k3_group_4 B (bnd_k4_group_4 B D C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k9_group_5 A)
% 150.20/149.19 (bnd_k5_group_4 A (bnd_k6_group_5 A));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_k9_group_5 A =
% 150.20/149.19 bnd_k8_group_5 A (bnd_k6_group_2 A) (bnd_k6_group_2 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 (bnd_v1_group_1 D & bnd_v1_group_3 D A) &
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_group_2 A
% 150.20/149.19 (bnd_k8_group_5 A B (bnd_k8_group_4 A C D))
% 150.20/149.19 (bnd_k8_group_4 A (bnd_k8_group_5 A B C)
% 150.20/149.19 (bnd_k8_group_5 A B D)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 (bnd_v1_group_1 D & bnd_v1_group_3 D A) &
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_group_2 A
% 150.20/149.19 (bnd_k8_group_5 A (bnd_k8_group_4 A B C) D)
% 150.20/149.19 (bnd_k8_group_4 A (bnd_k8_group_5 A B D)
% 150.20/149.19 (bnd_k8_group_5 A C D)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k8_group_5 A B C)
% 150.20/149.19 (bnd_k8_group_5 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_v1_group_3 (bnd_k8_group_5 A B C) A &
% 150.20/149.19 bnd_m1_group_2 (bnd_k8_group_5 A B C) A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_m1_group_2 (bnd_k8_group_5 A C B) C &
% 150.20/149.19 bnd_m1_group_2 (bnd_k8_group_5 A B C) C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_group_2 E A -->
% 150.20/149.19 bnd_m1_group_2 B C & bnd_m1_group_2 D E -->
% 150.20/149.19 bnd_m1_group_2 (bnd_k8_group_5 A B D)
% 150.20/149.19 (bnd_k8_group_5 A C E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_group_2 E A -->
% 150.20/149.19 bnd_r1_rlvect_1 D B & bnd_r1_rlvect_1 E C -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k8_group_5 A D E)
% 150.20/149.19 (bnd_k2_group_5 A B C)))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k8_group_5 B C D) A =
% 150.20/149.19 (EX E. bnd_m2_finseq_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m2_finseq_1 F bnd_k4_numbers &
% 150.20/149.19 bnd_k3_finseq_1 E = bnd_k3_finseq_1 F) &
% 150.20/149.19 bnd_r1_tarski (bnd_k2_relat_1 E)
% 150.20/149.19 (bnd_k5_group_5 B C D)) &
% 150.20/149.19 A = bnd_k3_group_4 B (bnd_k4_group_4 B F E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k8_group_5 A B C)
% 150.20/149.19 (bnd_k5_group_4 A (bnd_k5_group_5 A B C))));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k8_group_5 A B C =
% 150.20/149.19 bnd_k7_group_5 A (bnd_k7_group_2 A B) (bnd_k7_group_2 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r1_tarski B C & bnd_r1_tarski D E -->
% 150.20/149.19 bnd_m1_group_2 (bnd_k7_group_5 A B D)
% 150.20/149.19 (bnd_k7_group_5 A C E)))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k7_group_5 B C D) A =
% 150.20/149.19 (EX E. bnd_m2_finseq_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m2_finseq_1 F bnd_k4_numbers &
% 150.20/149.19 bnd_k3_finseq_1 E = bnd_k3_finseq_1 F) &
% 150.20/149.19 bnd_r1_tarski (bnd_k2_relat_1 E)
% 150.20/149.19 (bnd_k4_group_5 B C D)) &
% 150.20/149.19 A = bnd_k3_group_4 B (bnd_k4_group_4 B F E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r2_hidden B D & bnd_r2_hidden C E -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k7_group_5 A D E)
% 150.20/149.19 (bnd_k2_group_5 A B C)))));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k7_group_5 A B C =
% 150.20/149.19 bnd_k5_group_4 A (bnd_k4_group_5 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (bnd_k6_group_5 A =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k6_group_5 B) =
% 150.20/149.19 (EX C. bnd_m1_subset_1 C (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k2_group_5 B C D));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_k6_group_5 A =
% 150.20/149.19 bnd_k5_group_5 A (bnd_k6_group_2 A) (bnd_k6_group_2 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k5_group_5 A B C =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_group_2 E A -->
% 150.20/149.19 bnd_m1_group_2 B C & bnd_m1_group_2 D E -->
% 150.20/149.19 bnd_r1_tarski (bnd_k5_group_5 A B D)
% 150.20/149.19 (bnd_k5_group_5 A C E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r1_tarski (bnd_k5_group_5 A B C) (bnd_k7_group_2 A C) &
% 150.20/149.19 bnd_r1_tarski (bnd_k5_group_5 A C B) (bnd_k7_group_2 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k5_group_5 A (bnd_k5_group_2 A) B =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A) &
% 150.20/149.19 bnd_k5_group_5 A B (bnd_k5_group_2 A) =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r2_hidden (bnd_k2_group_1 A) (bnd_k5_group_5 A B C)));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k5_group_5 B C D) =
% 150.20/149.19 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k2_group_5 B E F) &
% 150.20/149.19 bnd_r1_rlvect_1 C E) &
% 150.20/149.19 bnd_r1_rlvect_1 D F))));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k5_group_5 A B C =
% 150.20/149.19 bnd_k4_group_5 A (bnd_k7_group_2 A B) (bnd_k7_group_2 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 ~ ((~ B = bnd_k1_xboole_0 & ~ C = bnd_k1_xboole_0) &
% 150.20/149.19 ~ bnd_k4_group_5 A B C =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A)
% 150.20/149.19 (bnd_k2_group_1 A))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r1_tarski B C & bnd_r1_tarski D E -->
% 150.20/149.19 bnd_r1_tarski (bnd_k4_group_5 A B D)
% 150.20/149.19 (bnd_k4_group_5 A C E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k4_group_5 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)
% 150.20/149.19 (bnd_k6_domain_1 (bnd_u1_struct_0 A) C) =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_5 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k4_group_5 A (bnd_k1_subset_1 (bnd_u1_struct_0 A)) B =
% 150.20/149.19 bnd_k1_xboole_0 &
% 150.20/149.19 bnd_k4_group_5 A B (bnd_k1_subset_1 (bnd_u1_struct_0 A)) =
% 150.20/149.19 bnd_k1_xboole_0);
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k4_group_5 B C D) =
% 150.20/149.19 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k2_group_5 B E F) &
% 150.20/149.19 bnd_r2_hidden E C) &
% 150.20/149.19 bnd_r2_hidden F D))));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A
% 150.20/149.19 (bnd_k2_group_3 A
% 150.20/149.19 (bnd_k3_group_5 A B (bnd_k3_group_1 A C) D) C)
% 150.20/149.19 (bnd_k2_group_3 A
% 150.20/149.19 (bnd_k3_group_5 A C (bnd_k3_group_1 A D) B) D))
% 150.20/149.19 (bnd_k2_group_3 A
% 150.20/149.19 (bnd_k3_group_5 A D (bnd_k3_group_1 A B) C) B) =
% 150.20/149.19 bnd_k2_group_1 A)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B (bnd_k1_group_1 A C D) =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k2_group_5 A B D)
% 150.20/149.19 (bnd_k2_group_5 A B C))
% 150.20/149.19 (bnd_k3_group_5 A B C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A (bnd_k1_group_1 A B C) D =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k2_group_5 A B D)
% 150.20/149.19 (bnd_k3_group_5 A B D C))
% 150.20/149.19 (bnd_k2_group_5 A C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_5 A B C (bnd_k2_group_3 A C B) =
% 150.20/149.19 bnd_k2_group_5 A C (bnd_k2_group_5 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_5 A B C C =
% 150.20/149.19 bnd_k2_group_3 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k2_group_5 A B (bnd_k3_group_1 A C))
% 150.20/149.19 (bnd_k2_group_5 A B C))
% 150.20/149.19 C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_5 A B C B =
% 150.20/149.19 bnd_k2_group_5 A (bnd_k2_group_3 A B C) B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_5 A B B C = bnd_k2_group_1 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (bnd_k3_group_5 A B C (bnd_k2_group_1 A) = bnd_k2_group_1 A &
% 150.20/149.19 bnd_k3_group_5 A B (bnd_k2_group_1 A) C = bnd_k2_group_1 A) &
% 150.20/149.19 bnd_k3_group_5 A (bnd_k2_group_1 A) B C = bnd_k2_group_1 A));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_5 A B C D =
% 150.20/149.19 bnd_k2_group_5 A (bnd_k2_group_5 A B C) D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_rlvect_1 D B & bnd_r1_rlvect_1 D C -->
% 150.20/149.19 bnd_r1_rlvect_1 D (bnd_k2_group_5 A B C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B C = bnd_k2_group_1 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (bnd_k2_group_5 A B C = bnd_k2_group_1 A) =
% 150.20/149.19 (bnd_k1_group_1 A B C = bnd_k1_group_1 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 bnd_v1_int_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k2_group_5 B C (bnd_k6_group_1 B A D) =
% 150.20/149.19 bnd_k1_group_1 B
% 150.20/149.19 (bnd_k6_group_1 B (bnd_k4_xcmplx_0 A)
% 150.20/149.19 (bnd_k2_group_3 B D C))
% 150.20/149.19 (bnd_k6_group_1 B A D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 bnd_v1_int_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k2_group_5 B (bnd_k6_group_1 B A C) D =
% 150.20/149.19 bnd_k1_group_1 B (bnd_k6_group_1 B (bnd_k4_xcmplx_0 A) C)
% 150.20/149.19 (bnd_k6_group_1 B A (bnd_k2_group_3 B C D)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k2_group_5 B C (bnd_k6_group_1 B A D) =
% 150.20/149.19 bnd_k1_group_1 B
% 150.20/149.19 (bnd_k6_group_1 B (bnd_k4_xcmplx_0 A)
% 150.20/149.19 (bnd_k2_group_3 B D C))
% 150.20/149.19 (bnd_k6_group_1 B A D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_k2_group_5 B (bnd_k6_group_1 B A C) D =
% 150.20/149.19 bnd_k1_group_1 B (bnd_k6_group_1 B (bnd_k4_xcmplx_0 A) C)
% 150.20/149.19 (bnd_k6_group_1 B A (bnd_k2_group_3 B C D)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A (bnd_k2_group_3 A B (bnd_k3_group_1 A C)) C =
% 150.20/149.19 bnd_k2_group_5 A (bnd_k3_group_1 A C) B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B (bnd_k2_group_3 A C (bnd_k3_group_1 A B)) =
% 150.20/149.19 bnd_k2_group_5 A C (bnd_k3_group_1 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A (bnd_k3_group_1 A B) (bnd_k3_group_1 A C) =
% 150.20/149.19 bnd_k2_group_3 A (bnd_k2_group_5 A B C)
% 150.20/149.19 (bnd_k3_group_1 A (bnd_k1_group_1 A B C)) &
% 150.20/149.19 bnd_k2_group_5 A (bnd_k3_group_1 A B) (bnd_k3_group_1 A C) =
% 150.20/149.19 bnd_k2_group_3 A (bnd_k2_group_5 A B C)
% 150.20/149.19 (bnd_k3_group_1 A (bnd_k1_group_1 A C B))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B (bnd_k3_group_1 A C) =
% 150.20/149.19 bnd_k2_group_3 A (bnd_k2_group_5 A C B)
% 150.20/149.19 (bnd_k3_group_1 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A (bnd_k3_group_1 A B) C =
% 150.20/149.19 bnd_k2_group_3 A (bnd_k2_group_5 A C B)
% 150.20/149.19 (bnd_k3_group_1 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B (bnd_k1_group_1 A C D) =
% 150.20/149.19 bnd_k1_group_1 A (bnd_k2_group_5 A B D)
% 150.20/149.19 (bnd_k2_group_3 A (bnd_k2_group_5 A B C) D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A (bnd_k1_group_1 A B C) D =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k2_group_3 A (bnd_k2_group_5 A B D) C)
% 150.20/149.19 (bnd_k2_group_5 A C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A
% 150.20/149.19 (bnd_k6_group_1 A bnd_np__2 (bnd_k3_group_1 A B))
% 150.20/149.19 (bnd_k6_group_1 A bnd_np__2
% 150.20/149.19 (bnd_k1_group_1 A B (bnd_k3_group_1 A C))))
% 150.20/149.19 (bnd_k6_group_1 A bnd_np__2 C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_3 A (bnd_k2_group_5 A B C) D =
% 150.20/149.19 bnd_k2_group_5 A (bnd_k2_group_3 A B D)
% 150.20/149.19 (bnd_k2_group_3 A C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_1 A (bnd_k2_group_5 A B C) =
% 150.20/149.19 bnd_k2_group_5 A C B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B (bnd_k3_group_1 A B) = bnd_k2_group_1 A &
% 150.20/149.19 bnd_k2_group_5 A (bnd_k3_group_1 A B) B = bnd_k2_group_1 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B B = bnd_k2_group_1 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A (bnd_k2_group_1 A) B = bnd_k2_group_1 A &
% 150.20/149.19 bnd_k2_group_5 A B (bnd_k2_group_1 A) = bnd_k2_group_1 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A (bnd_k2_group_3 A (bnd_k3_group_1 A C) B) C &
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.20/149.19 (bnd_k2_group_3 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A (bnd_k3_group_1 A (bnd_k1_group_1 A C B))
% 150.20/149.19 (bnd_k1_group_1 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (((bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.20/149.19 (bnd_k3_group_1 A C))
% 150.20/149.19 B)
% 150.20/149.19 C &
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k3_group_1 A C) B))
% 150.20/149.19 C) &
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k1_group_1 A (bnd_k3_group_1 A C) B)
% 150.20/149.19 C)) &
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k3_group_1 A C)
% 150.20/149.19 (bnd_k1_group_1 A B C))) &
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k3_group_1 A B) (bnd_k3_group_1 A C))
% 150.20/149.19 (bnd_k1_group_1 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k2_group_5 A B C =
% 150.20/149.19 bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A
% 150.20/149.19 (bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.20/149.19 (bnd_k3_group_1 A C))
% 150.20/149.19 B)
% 150.20/149.19 C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m2_finseq_1 D bnd_k4_numbers -->
% 150.20/149.19 bnd_k4_group_4 A D (bnd_k1_group_5 A C B) =
% 150.20/149.19 bnd_k1_group_5 A (bnd_k4_group_4 A D C) B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k3_group_4 A (bnd_k1_group_5 A C B) =
% 150.20/149.19 bnd_k2_group_3 A (bnd_k3_group_4 A C) B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_5 A (bnd_k8_rlvect_1 A B C D) E =
% 150.20/149.19 bnd_k8_rlvect_1 A (bnd_k2_group_3 A B E)
% 150.20/149.19 (bnd_k2_group_3 A C E) (bnd_k2_group_3 A D E)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_5 A (bnd_k7_rlvect_1 A B C) D =
% 150.20/149.19 bnd_k7_rlvect_1 A (bnd_k2_group_3 A B D)
% 150.20/149.19 (bnd_k2_group_3 A C D))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_5 A (bnd_k12_finseq_1 (bnd_u1_struct_0 A) B) C =
% 150.20/149.19 bnd_k12_finseq_1 (bnd_u1_struct_0 A) (bnd_k2_group_3 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_group_5 A (bnd_k6_finseq_1 (bnd_u1_struct_0 A)) B =
% 150.20/149.19 bnd_k1_xboole_0);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m2_finseq_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k8_finseq_1 (bnd_u1_struct_0 A) (bnd_k1_group_5 A C B)
% 150.20/149.19 (bnd_k1_group_5 A D B) =
% 150.20/149.19 bnd_k1_group_5 A (bnd_k8_finseq_1 (bnd_u1_struct_0 A) C D)
% 150.20/149.19 B)));
% 150.20/149.19 True; True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m2_finseq_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 (D = bnd_k1_group_5 A B C) =
% 150.20/149.19 (bnd_k3_finseq_1 D = bnd_k3_finseq_1 B &
% 150.20/149.19 (ALL E.
% 150.20/149.19 bnd_m2_subset_1 E bnd_k1_numbers bnd_k5_numbers -->
% 150.20/149.19 bnd_r2_hidden E (bnd_k4_finseq_1 B) -->
% 150.20/149.19 bnd_k1_funct_1 D E =
% 150.20/149.19 bnd_k2_group_3 A
% 150.20/149.19 (bnd_k4_finseq_4 bnd_k5_numbers (bnd_u1_struct_0 A)
% 150.20/149.19 B E)
% 150.20/149.19 C)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_3 C A & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k7_group_4 A B C = bnd_k7_group_4 A C B));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C B) & bnd_m1_group_2 C B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 (bnd_v1_group_1 D & bnd_v1_group_3 D B) &
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k8_group_4 B C D) A =
% 150.20/149.19 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k1_group_1 B E F) &
% 150.20/149.19 bnd_r1_rlvect_1 C E) &
% 150.20/149.19 bnd_r1_rlvect_1 D F))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) &
% 150.20/149.19 bnd_v4_group_1 B) &
% 150.20/149.19 bnd_v7_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k8_group_4 B C D) A =
% 150.20/149.19 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k1_group_1 B E F) &
% 150.20/149.19 bnd_r1_rlvect_1 C E) &
% 150.20/149.19 bnd_r1_rlvect_1 D F))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 bnd_k7_group_4 B C D = bnd_k7_group_4 B D C -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k8_group_4 B C D) A =
% 150.20/149.19 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k1_group_1 B E F) &
% 150.20/149.19 bnd_r1_rlvect_1 C E) &
% 150.20/149.19 bnd_r1_rlvect_1 D F))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C B -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k7_group_4 B C D) =
% 150.20/149.19 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k1_group_1 B E F) &
% 150.20/149.19 bnd_r1_rlvect_1 C E) &
% 150.20/149.19 bnd_r1_rlvect_1 D F))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 (bnd_v1_group_1 D & bnd_v1_group_3 D A) &
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_rlvect_1 D B -->
% 150.20/149.19 bnd_r1_rlvect_1 D (bnd_k2_group_3 A B C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_rlvect_1 D B & bnd_r1_rlvect_1 D C -->
% 150.20/149.19 bnd_r1_rlvect_1 D (bnd_k2_group_3 A B C))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k5_group_2 B) A = (A = bnd_k2_group_1 B);
% 150.20/149.19 ALL A B C.
% 150.20/149.19 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_2_3_group_3 B C) =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) & A = D) &
% 150.20/149.19 bnd_k4_group_3 B C D = C);
% 150.20/149.19 ALL A B C.
% 150.20/149.19 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_2_2_group_3 B C) =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k6_domain_1 (bnd_u1_struct_0 B) D) &
% 150.20/149.19 bnd_r2_hidden D (bnd_k7_group_3 B C));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_2_1_group_3 B C) =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) &
% 150.20/149.19 A = D) &
% 150.20/149.19 bnd_r4_group_3 B C D);
% 150.20/149.19 ALL A B C.
% 150.20/149.19 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_2_0_group_3 B C) =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) & A = D) &
% 150.20/149.19 bnd_r2_group_3 B C D);
% 150.20/149.19 ALL A B C D.
% 150.20/149.19 ((((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B))) &
% 150.20/149.19 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_a_3_0_group_3 B C D) =
% 150.20/149.19 (EX E F.
% 150.20/149.19 (((bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 bnd_m1_subset_1 F (bnd_u1_struct_0 B)) &
% 150.20/149.19 A = bnd_k2_group_3 B E F) &
% 150.20/149.19 bnd_r2_hidden E C) &
% 150.20/149.19 bnd_r2_hidden F D);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 (C = bnd_k10_group_3 A B) =
% 150.20/149.19 (bnd_u1_struct_0 C = bnd_a_2_3_group_3 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k8_group_3 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B) =
% 150.20/149.19 bnd_a_2_2_group_3 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k8_group_3 A B = bnd_a_2_1_group_3 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k5_group_3 A (bnd_k7_group_2 A (bnd_k6_group_2 A)) B =
% 150.20/149.19 bnd_a_2_0_group_3 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k3_group_3 A B C = bnd_a_3_0_group_3 A B C));
% 150.20/149.19 ALL A B.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v1_group_1 (bnd_k11_group_3 A B) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k11_group_3 A B) A;
% 150.20/149.19 ALL A B.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_v1_group_1 (bnd_k10_group_3 A B) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k10_group_3 A B) A;
% 150.20/149.19 ALL A B.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k9_group_3 A B)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_k1_group_3 A));
% 150.20/149.19 ALL A B.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k8_group_3 A B)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)));
% 150.20/149.19 ALL A B.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k7_group_3 A B)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_group_2 B A) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_v1_group_1 (bnd_k6_group_3 A B C) &
% 150.20/149.19 bnd_m1_group_2 (bnd_k6_group_3 A B C) A;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k5_group_3 A B C)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k4_group_3 A B C)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k3_group_3 A B C)
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_subset_1 (bnd_k2_group_3 A B C) (bnd_u1_struct_0 A);
% 150.20/149.19 True;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_v1_group_1 B) &
% 150.20/149.19 bnd_m1_group_2 B A) &
% 150.20/149.19 bnd_v1_group_1 C) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r6_group_3 A B C = bnd_r5_group_3 A B C;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_v1_group_1 B) &
% 150.20/149.19 bnd_m1_group_2 B A) &
% 150.20/149.19 bnd_v1_group_1 C) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r6_group_3 A B B;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_v1_group_1 B) &
% 150.20/149.19 bnd_m1_group_2 B A) &
% 150.20/149.19 bnd_v1_group_1 C) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r6_group_3 A B C --> bnd_r6_group_3 A C B;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r4_group_3 A B C = bnd_r3_group_3 A B C;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r4_group_3 A B B;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r4_group_3 A B C --> bnd_r4_group_3 A C B;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_group_3 A B C = bnd_r1_group_3 A B C;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_group_3 A B B;
% 150.20/149.19 ALL A B C.
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) &
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_group_3 A B C --> bnd_r2_group_3 A C B;
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_k11_group_3 A (bnd_k6_group_2 A) = A;
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_k11_group_3 A (bnd_k5_group_2 A) = A;
% 150.20/149.19 ALL A.
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.20/149.19 bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (bnd_k11_group_3 A B = A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 ~ ((bnd_v1_finset_1 (bnd_k9_group_3 A B) |
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A (bnd_k11_group_3 A B))) &
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_finset_1 C -->
% 150.20/149.19 ~ (C = bnd_k9_group_3 A B &
% 150.20/149.19 bnd_k4_card_1 C =
% 150.20/149.19 bnd_k17_group_2 A (bnd_k11_group_3 A B)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k1_card_1 (bnd_k9_group_3 A B) =
% 150.20/149.19 bnd_k16_group_2 A (bnd_k11_group_3 A B));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k11_group_3 B C) A =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) & A = D) &
% 150.20/149.19 bnd_r1_group_2 B (bnd_k6_group_3 B C D) C));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k11_group_3 A B = bnd_k10_group_3 A (bnd_k7_group_2 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 ~ ((bnd_v1_finset_1 (bnd_k7_group_3 A B) |
% 150.20/149.19 bnd_v1_finset_1
% 150.20/149.19 (bnd_k14_group_2 A
% 150.20/149.19 (bnd_k10_group_3 A
% 150.20/149.19 (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)))) &
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_finset_1 C -->
% 150.20/149.19 ~ (C = bnd_k7_group_3 A B &
% 150.20/149.19 bnd_k4_card_1 C =
% 150.20/149.19 bnd_k17_group_2 A
% 150.20/149.19 (bnd_k10_group_3 A
% 150.20/149.19 (bnd_k6_domain_1 (bnd_u1_struct_0 A) B))))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k1_card_1 (bnd_k7_group_3 A B) =
% 150.20/149.19 bnd_k16_group_2 A
% 150.20/149.19 (bnd_k10_group_3 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 ~ ((bnd_v1_finset_1 (bnd_k8_group_3 A B) |
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A (bnd_k10_group_3 A B))) &
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_finset_1 C -->
% 150.20/149.19 ~ (C = bnd_k8_group_3 A B &
% 150.20/149.19 bnd_k4_card_1 C =
% 150.20/149.19 bnd_k17_group_2 A (bnd_k10_group_3 A B)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k1_card_1 (bnd_k8_group_3 A B) =
% 150.20/149.19 bnd_k16_group_2 A (bnd_k10_group_3 A B));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k10_group_3 B C) A =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) & A = D) &
% 150.20/149.19 bnd_k4_group_3 B C D = C));
% 150.20/149.19 True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A B) &
% 150.20/149.19 bnd_k17_group_2 A B = bnd_np__2 -->
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_3 B A & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_k14_group_2 A B = bnd_k15_group_2 A B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 (EX D. ((bnd_v1_group_1 D & bnd_v1_group_3 D A) &
% 150.20/149.19 bnd_m1_group_2 D A) &
% 150.20/149.19 bnd_u1_struct_0 D =
% 150.20/149.19 bnd_k2_group_2 A (bnd_k7_group_2 A B)
% 150.20/149.19 (bnd_k7_group_2 A C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k2_group_2 A (bnd_k7_group_2 A B) (bnd_k7_group_2 A C) =
% 150.20/149.19 bnd_k2_group_2 A (bnd_k7_group_2 A C) (bnd_k7_group_2 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_rlvect_1 B C -->
% 150.20/149.19 bnd_r1_tarski (bnd_k7_group_3 A C) (bnd_k7_group_2 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (bnd_k9_group_3 A B = bnd_k1_tarski B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_group_2 (bnd_k6_group_3 A B C) B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_m1_group_2 B (bnd_k6_group_3 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k10_group_2 A B C = bnd_k11_group_2 A B C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_tarski (bnd_k13_group_2 A B C)
% 150.20/149.19 (bnd_k12_group_2 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_tarski (bnd_k12_group_2 A B C)
% 150.20/149.19 (bnd_k13_group_2 A B C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (bnd_v1_group_3 B A & bnd_m1_group_2 B A) =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k12_group_2 A B C = bnd_k13_group_2 A B C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v1_group_3 B A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 (bnd_v1_group_1 B & bnd_v1_group_3 B A) & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 (bnd_v1_group_1 C & bnd_v1_group_3 C A) &
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_v1_group_3 (bnd_k9_group_2 A B C) A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 bnd_v1_group_3 (bnd_k5_group_2 A) A &
% 150.20/149.19 bnd_v1_group_3 (bnd_k6_group_2 A) A;
% 150.20/149.19 True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v1_group_3 B A =
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k6_group_3 A B C =
% 150.20/149.19 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r5_group_3 A C B =
% 150.20/149.19 bnd_r4_group_3 A (bnd_k7_group_2 A C) (bnd_k7_group_2 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_v6_group_1 A --> bnd_v1_finset_1 (bnd_k9_group_3 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 (bnd_k9_group_3 A B = bnd_k9_group_3 A C) =
% 150.20/149.19 (~ bnd_r1_xboole_0 (bnd_k9_group_3 A B)
% 150.20/149.19 (bnd_k9_group_3 A C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k9_group_3 A C) -->
% 150.20/149.19 bnd_r2_hidden C (bnd_k9_group_3 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k9_group_3 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r2_hidden (bnd_k6_group_3 A C B) (bnd_k9_group_3 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k9_group_3 A C) = bnd_r6_group_3 A B C));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C B -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k9_group_3 B C) -->
% 150.20/149.19 bnd_v1_group_1 A & bnd_m1_group_2 A B);
% 150.20/149.19 True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_k1_group_3 A)) -->
% 150.20/149.19 (C = bnd_k9_group_3 A B) =
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_r2_hidden D C =
% 150.20/149.19 (EX E. ((bnd_v1_group_1 E & bnd_m1_group_2 E A) & D = E) &
% 150.20/149.19 bnd_r5_group_3 A B E))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r6_group_3 A C D & bnd_r5_group_3 A D B -->
% 150.20/149.19 bnd_r5_group_3 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r5_group_3 A B C --> bnd_r5_group_3 A C B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A --> bnd_r5_group_3 A B B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r5_group_3 A B C =
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 bnd_r1_group_2 A C (bnd_k6_group_3 A B D))));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r5_group_3 A B C =
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B) =
% 150.20/149.19 bnd_k6_group_3 A C D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_v6_group_1 A --> bnd_v1_finset_1 (bnd_k8_group_3 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (bnd_k8_group_3 A B = bnd_k8_group_3 A C) =
% 150.20/149.19 (~ bnd_r1_xboole_0 (bnd_k8_group_3 A B)
% 150.20/149.19 (bnd_k8_group_3 A C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k8_group_3 A C) -->
% 150.20/149.19 bnd_r2_hidden C (bnd_k8_group_3 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k8_group_3 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r2_hidden (bnd_k4_group_3 A C B) (bnd_k8_group_3 A C)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k8_group_3 A C) = bnd_r4_group_3 A B C));
% 150.20/149.19 True;
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k8_group_3 B C) =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) &
% 150.20/149.19 A = D) &
% 150.20/149.19 bnd_r4_group_3 B C D));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 ~ (bnd_r4_group_3 A B (bnd_k7_group_2 A C) &
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.20/149.19 ~ bnd_u1_struct_0 D = B))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r4_group_3 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)
% 150.20/149.19 (bnd_k6_domain_1 (bnd_u1_struct_0 A) C) =
% 150.20/149.19 bnd_r2_group_3 A B C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D
% 150.20/149.19 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r4_group_3 A B C & bnd_r4_group_3 A C D -->
% 150.20/149.19 bnd_r4_group_3 A B D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r3_group_3 A B C --> bnd_r3_group_3 A C B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r3_group_3 A B B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r3_group_3 A B C =
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 C = bnd_k4_group_3 A B D)));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_r3_group_3 A B C =
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 B = bnd_k4_group_3 A C D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k2_group_2 A (bnd_k7_group_3 A B) C =
% 150.20/149.19 bnd_k2_group_2 A C (bnd_k7_group_3 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (bnd_k7_group_3 A B =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A)) =
% 150.20/149.19 (B = bnd_k2_group_1 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (bnd_k7_group_3 A B = bnd_k7_group_3 A C) =
% 150.20/149.19 (~ bnd_r1_xboole_0 (bnd_k7_group_3 A B)
% 150.20/149.19 (bnd_k7_group_3 A C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k7_group_3 A C) -->
% 150.20/149.19 bnd_r2_hidden C (bnd_k7_group_3 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k7_group_3 A B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_hidden (bnd_k2_group_3 A B C) (bnd_k7_group_3 A B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_hidden B (bnd_k7_group_3 A C) = bnd_r2_group_3 A B C));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 bnd_r2_hidden A (bnd_k7_group_3 B C) =
% 150.20/149.19 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) & D = A) &
% 150.20/149.19 bnd_r2_group_3 B C D));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k7_group_3 A B =
% 150.20/149.19 bnd_k5_group_3 A (bnd_k7_group_2 A (bnd_k6_group_2 A)) B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_group_3 A B (bnd_k2_group_1 A) |
% 150.20/149.19 bnd_r2_group_3 A (bnd_k2_group_1 A) B -->
% 150.20/149.19 B = bnd_k2_group_1 A);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r2_group_3 A B C & bnd_r2_group_3 A C D -->
% 150.20/149.19 bnd_r2_group_3 A B D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_group_3 A B C --> bnd_r1_group_3 A C B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) --> bnd_r1_group_3 A B B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_group_3 A B C =
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 C = bnd_k2_group_3 A B D)));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_group_3 A B C =
% 150.20/149.19 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.20/149.19 B = bnd_k2_group_3 A C D)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k6_group_3 A B C) B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_v1_finset_1 (bnd_k14_group_2 A C) -->
% 150.20/149.19 bnd_k17_group_2 A C =
% 150.20/149.19 bnd_k17_group_2 A (bnd_k6_group_3 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k16_group_2 A C =
% 150.20/149.19 bnd_k16_group_2 A (bnd_k6_group_3 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k6_group_3 A C B = A --> C = A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k6_group_3 A (bnd_k6_group_2 A) B)
% 150.20/149.19 (bnd_k6_group_2 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k6_group_3 A C B) (bnd_k5_group_2 A) -->
% 150.20/149.19 bnd_r1_group_2 A C (bnd_k5_group_2 A)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k6_group_3 A (bnd_k5_group_2 A) B)
% 150.20/149.19 (bnd_k5_group_2 A));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_v6_group_1 C -->
% 150.20/149.19 bnd_k9_group_1 C = bnd_k9_group_1 (bnd_k6_group_3 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_v6_group_1 C = bnd_v6_group_1 (bnd_k6_group_3 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_k8_group_1 C = bnd_k8_group_1 (bnd_k6_group_3 A C B)));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_group_2 A
% 150.20/149.19 (bnd_k6_group_3 A (bnd_k9_group_2 A C D) B)
% 150.20/149.19 (bnd_k9_group_2 A (bnd_k6_group_3 A C B)
% 150.20/149.19 (bnd_k6_group_3 A D B)))));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_r1_group_2 A
% 150.20/149.19 (bnd_k6_group_3 A (bnd_k6_group_3 A C B)
% 150.20/149.19 (bnd_k3_group_1 A B))
% 150.20/149.19 C &
% 150.20/149.19 bnd_r1_group_2 A
% 150.20/149.19 (bnd_k6_group_3 A (bnd_k6_group_3 A C (bnd_k3_group_1 A B))
% 150.20/149.19 B)
% 150.20/149.19 C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.20/149.19 bnd_r1_group_2 A (bnd_k6_group_3 A B (bnd_k2_group_1 A)) B);
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D A -->
% 150.20/149.19 bnd_r1_group_2 A
% 150.20/149.19 (bnd_k6_group_3 A (bnd_k6_group_3 A D B) C)
% 150.20/149.19 (bnd_k6_group_3 A D (bnd_k1_group_1 A B C)))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_group_2 C A -->
% 150.20/149.19 bnd_u1_struct_0 (bnd_k6_group_3 A C B) =
% 150.20/149.19 bnd_k4_group_2 A B
% 150.20/149.19 (bnd_k12_group_2 A C (bnd_k3_group_1 A B))));
% 150.20/149.19 ALL A B.
% 150.20/149.19 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.19 bnd_l1_group_1 B -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_m1_group_2 D B -->
% 150.20/149.19 bnd_r1_rlvect_1 (bnd_k6_group_3 B D C) A =
% 150.20/149.19 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.19 A = bnd_k2_group_3 B E C) &
% 150.20/149.19 bnd_r1_rlvect_1 D E)));
% 150.20/149.19 True; True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_group_2 B A -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL D.
% 150.20/149.19 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.20/149.19 (D = bnd_k6_group_3 A B C) =
% 150.20/149.19 (bnd_u1_struct_0 D =
% 150.20/149.19 bnd_k4_group_3 A (bnd_k7_group_2 A B) C))));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 ~ B = bnd_k1_xboole_0 -->
% 150.20/149.19 bnd_k5_group_3 A B C =
% 150.20/149.19 bnd_k6_domain_1 (bnd_u1_struct_0 A) C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.19 bnd_k4_group_3 A B C = B));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_v7_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A) =
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 ~ C = bnd_k1_xboole_0 --> bnd_k3_group_3 A B C = B));
% 150.20/149.19 True;
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.19 (ALL C.
% 150.20/149.19 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 bnd_k4_group_3 A (bnd_k4_group_3 A C B) (bnd_k3_group_1 A B) =
% 150.20/149.19 C &
% 150.20/149.19 bnd_k4_group_3 A (bnd_k4_group_3 A C (bnd_k3_group_1 A B)) B =
% 150.20/149.19 C));
% 150.20/149.19 ALL A.
% 150.20/149.19 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.19 bnd_l1_group_1 A -->
% 150.20/149.19 (ALL B.
% 150.20/149.19 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.19 ~ B = bnd_k1_xboole_0 -->
% 150.20/149.19 bnd_k5_group_3 A B (bnd_k2_group_1 A) =
% 150.20/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k4_group_3 A B (bnd_k2_group_1 A) = B);
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_r1_tarski (bnd_k4_group_3 A (bnd_k2_group_2 A C D) B)
% 150.20/149.20 (bnd_k2_group_2 A (bnd_k4_group_3 A C B)
% 150.20/149.20 (bnd_k4_group_3 A D B)))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k4_group_3 A C B =
% 150.20/149.20 bnd_k4_group_2 A B
% 150.20/149.20 (bnd_k3_group_2 A (bnd_k3_group_1 A B) C)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k5_group_3 A D (bnd_k2_group_3 A B C) =
% 150.20/149.20 bnd_k5_group_3 A (bnd_k3_group_2 A C D) B)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k4_group_3 A (bnd_k5_group_3 A D B) C =
% 150.20/149.20 bnd_k5_group_3 A (bnd_k4_group_2 A C D) B)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k4_group_3 A (bnd_k4_group_3 A D B) C =
% 150.20/149.20 bnd_k4_group_3 A D (bnd_k1_group_1 A B C))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k5_group_3 A C B) D =
% 150.20/149.20 bnd_k5_group_3 A (bnd_k2_group_2 A C D) B)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k4_group_3 A C B) D =
% 150.20/149.20 bnd_k3_group_3 A C (bnd_k3_group_2 A B D))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k4_group_3 A (bnd_k3_group_3 A C D) B =
% 150.20/149.20 bnd_k3_group_3 A C (bnd_k4_group_2 A B D))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_r1_tarski (bnd_k5_group_3 A C B)
% 150.20/149.20 (bnd_k2_group_2 A (bnd_k4_group_2 A B (bnd_k1_group_2 A C))
% 150.20/149.20 C)));
% 150.20/149.20 ALL A B.
% 150.20/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.20 bnd_l1_group_1 B -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.20 bnd_r2_hidden A (bnd_k5_group_3 B D C) =
% 150.20/149.20 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.20 A = bnd_k2_group_3 B C E) &
% 150.20/149.20 bnd_r2_hidden E D)));
% 150.20/149.20 ALL A B.
% 150.20/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.20/149.20 bnd_l1_group_1 B -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.20/149.20 bnd_r2_hidden A (bnd_k4_group_3 B D C) =
% 150.20/149.20 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.20/149.20 A = bnd_k2_group_3 B E C) &
% 150.20/149.20 bnd_r2_hidden E D)));
% 150.20/149.20 True; True;
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 bnd_k5_group_3 A B C =
% 150.20/149.20 bnd_k3_group_3 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) C) B));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 bnd_k4_group_3 A B C =
% 150.20/149.20 bnd_k3_group_3 A B (bnd_k6_domain_1 (bnd_u1_struct_0 A) C)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL E.
% 150.20/149.20 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.20/149.20 bnd_k3_group_3 A
% 150.20/149.20 (bnd_k7_domain_1 (bnd_u1_struct_0 A) B C)
% 150.20/149.20 (bnd_k7_domain_1 (bnd_u1_struct_0 A) D E) =
% 150.20/149.20 bnd_k9_domain_1 (bnd_u1_struct_0 A)
% 150.20/149.20 (bnd_k2_group_3 A B D) (bnd_k2_group_3 A B E)
% 150.20/149.20 (bnd_k2_group_3 A C D) (bnd_k2_group_3 A C E)))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k7_domain_1 (bnd_u1_struct_0 A) B C)
% 150.20/149.20 (bnd_k6_domain_1 (bnd_u1_struct_0 A) D) =
% 150.20/149.20 bnd_k7_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_3 A B D)
% 150.20/149.20 (bnd_k2_group_3 A C D))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)
% 150.20/149.20 (bnd_k7_domain_1 (bnd_u1_struct_0 A) C D) =
% 150.20/149.20 bnd_k7_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_3 A B C)
% 150.20/149.20 (bnd_k2_group_3 A B D))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)
% 150.20/149.20 (bnd_k6_domain_1 (bnd_u1_struct_0 A) C) =
% 150.20/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_3 A B C)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k1_group_2 A B) C =
% 150.20/149.20 bnd_k1_group_2 A (bnd_k3_group_3 A B C)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_k3_group_3 A (bnd_k3_group_3 A B C) D =
% 150.20/149.20 bnd_k3_group_3 A B (bnd_k2_group_2 A C D))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL D.
% 150.20/149.20 bnd_m1_subset_1 D
% 150.20/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_r1_tarski (bnd_k3_group_3 A (bnd_k2_group_2 A B C) D)
% 150.20/149.20 (bnd_k2_group_2 A (bnd_k3_group_3 A B D)
% 150.20/149.20 (bnd_k3_group_3 A C D)))));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 bnd_r1_tarski (bnd_k3_group_3 A B C)
% 150.20/149.20 (bnd_k2_group_2 A (bnd_k2_group_2 A (bnd_k1_group_2 A C) B)
% 150.20/149.20 C)));
% 150.20/149.20 ALL A.
% 150.20/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.20/149.20 bnd_l1_group_1 A -->
% 150.20/149.20 (ALL B.
% 150.20/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (ALL C.
% 150.20/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.20/149.20 (~ bnd_k3_group_3 A B C = bnd_k1_xboole_0) =
% 150.20/149.20 (~ B = bnd_k1_xboole_0 & ~ C = bnd_k1_xboole_0)));
% 150.20/149.20 ALL A B.
% 150.20/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k3_group_3 B C D) =
% 150.28/149.20 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k2_group_3 B E F) &
% 150.28/149.20 bnd_r2_hidden E C) &
% 150.28/149.20 bnd_r2_hidden F D))));
% 150.28/149.20 True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B C = B)) -->
% 150.28/149.20 bnd_v7_group_1 A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k2_group_3 A B C = B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_int_1 D -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k6_group_1 A D B) C =
% 150.28/149.20 bnd_k6_group_1 A D (bnd_k2_group_3 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k6_group_1 A D B) C =
% 150.28/149.20 bnd_k6_group_1 A D (bnd_k2_group_3 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k3_group_1 A B) C =
% 150.28/149.20 bnd_k3_group_1 A (bnd_k2_group_3 A B C)));
% 150.28/149.20 True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k2_group_3 A B C) (bnd_k3_group_1 A C) =
% 150.28/149.20 B &
% 150.28/149.20 bnd_k2_group_3 A (bnd_k2_group_3 A B (bnd_k3_group_1 A C)) C =
% 150.28/149.20 B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k2_group_3 A B C) D =
% 150.28/149.20 bnd_k2_group_3 A B (bnd_k1_group_1 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k1_group_1 A B C) D =
% 150.28/149.20 bnd_k1_group_1 A (bnd_k2_group_3 A B D)
% 150.28/149.20 (bnd_k2_group_3 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (bnd_k2_group_3 A B C = B) =
% 150.28/149.20 (bnd_k1_group_1 A B C = bnd_k1_group_1 A C B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B (bnd_k3_group_1 A B) = B &
% 150.28/149.20 bnd_k2_group_3 A (bnd_k3_group_1 A B) B = bnd_k3_group_1 A B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B B = B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B (bnd_k2_group_1 A) = B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B C = bnd_k2_group_1 A -->
% 150.28/149.20 B = bnd_k2_group_1 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A (bnd_k2_group_1 A) B = bnd_k2_group_1 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B C = bnd_k2_group_3 A D C --> B = D)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B C =
% 150.28/149.20 bnd_k1_group_1 A (bnd_k1_group_1 A (bnd_k3_group_1 A C) B) C &
% 150.28/149.20 bnd_k2_group_3 A B C =
% 150.28/149.20 bnd_k1_group_1 A (bnd_k3_group_1 A C)
% 150.28/149.20 (bnd_k1_group_1 A B C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_3 A B C =
% 150.28/149.20 bnd_k1_group_1 A (bnd_k1_group_1 A (bnd_k3_group_1 A C) B)
% 150.28/149.20 C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v6_group_1 A --> bnd_v1_finset_1 (bnd_k1_group_3 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k1_group_3 A);
% 150.28/149.20 True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 (B = bnd_k1_group_3 A) =
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_r2_hidden C B = (bnd_v1_group_1 C & bnd_m1_group_2 C A)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k10_group_2 A D (bnd_k13_group_2 A C B) =
% 150.28/149.20 bnd_k11_group_2 A C (bnd_k12_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k4_group_2 A B (bnd_k11_group_2 A D C) =
% 150.28/149.20 bnd_k11_group_2 A D (bnd_k4_group_2 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k13_group_2 A D B) C =
% 150.28/149.20 bnd_k11_group_2 A D (bnd_k3_group_2 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k4_group_2 A B (bnd_k10_group_2 A D C) =
% 150.28/149.20 bnd_k2_group_2 A C (bnd_k13_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k12_group_2 A D B) C =
% 150.28/149.20 bnd_k3_group_2 A B (bnd_k11_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k10_group_2 A D (bnd_k4_group_2 A B C) =
% 150.28/149.20 bnd_k2_group_2 A C (bnd_k12_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k10_group_2 A D (bnd_k3_group_2 A B C) =
% 150.28/149.20 bnd_k3_group_2 A B (bnd_k10_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_k13_group_2 A C B =
% 150.28/149.20 bnd_k11_group_2 A C (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_k12_group_2 A C B =
% 150.28/149.20 bnd_k10_group_2 A C (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_m1_group_2 C D -->
% 150.28/149.20 bnd_r1_tarski (bnd_k12_group_2 A C B)
% 150.28/149.20 (bnd_k12_group_2 A D B) &
% 150.28/149.20 bnd_r1_tarski (bnd_k13_group_2 A C B)
% 150.28/149.20 (bnd_k13_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_r1_tarski C D -->
% 150.28/149.20 bnd_r1_tarski (bnd_k3_group_2 A B C)
% 150.28/149.20 (bnd_k3_group_2 A B D) &
% 150.28/149.20 bnd_r1_tarski (bnd_k4_group_2 A B C)
% 150.28/149.20 (bnd_k4_group_2 A B D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL E.
% 150.28/149.20 bnd_m1_subset_1 E
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_r1_tarski B C & bnd_r1_tarski D E -->
% 150.28/149.20 bnd_r1_tarski (bnd_k2_group_2 A B D)
% 150.28/149.20 (bnd_k2_group_2 A C E)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v7_group_1 (bnd_k5_group_2 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) =
% 150.28/149.20 bnd_v1_binop_1 (bnd_u1_group_1 A) (bnd_u1_struct_0 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 ((((((bnd_k1_group_1 A (bnd_k1_group_1 A B C)
% 150.28/149.20 (bnd_k3_group_1 A C) =
% 150.28/149.20 B &
% 150.28/149.20 bnd_k1_group_1 A
% 150.28/149.20 (bnd_k1_group_1 A B (bnd_k3_group_1 A C)) C =
% 150.28/149.20 B) &
% 150.28/149.20 bnd_k1_group_1 A
% 150.28/149.20 (bnd_k1_group_1 A (bnd_k3_group_1 A C) C) B =
% 150.28/149.20 B) &
% 150.28/149.20 bnd_k1_group_1 A (bnd_k1_group_1 A C (bnd_k3_group_1 A C))
% 150.28/149.20 B =
% 150.28/149.20 B) &
% 150.28/149.20 bnd_k1_group_1 A B
% 150.28/149.20 (bnd_k1_group_1 A C (bnd_k3_group_1 A C)) =
% 150.28/149.20 B) &
% 150.28/149.20 bnd_k1_group_1 A B
% 150.28/149.20 (bnd_k1_group_1 A (bnd_k3_group_1 A C) C) =
% 150.28/149.20 B) &
% 150.28/149.20 bnd_k1_group_1 A (bnd_k3_group_1 A C)
% 150.28/149.20 (bnd_k1_group_1 A C B) =
% 150.28/149.20 B) &
% 150.28/149.20 bnd_k1_group_1 A C (bnd_k1_group_1 A (bnd_k3_group_1 A C) B) =
% 150.28/149.20 B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (EX B. (((((bnd_m1_group_2 B A & ~ bnd_v3_struct_0 B) &
% 150.28/149.20 bnd_v1_group_1 B) &
% 150.28/149.20 bnd_v2_group_1 B) &
% 150.28/149.20 bnd_v3_group_1 B) &
% 150.28/149.20 bnd_v4_group_1 B) &
% 150.28/149.20 bnd_v1_group_3 B A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 ~ bnd_v1_xboole_0 (bnd_k1_group_3 A);
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 bnd_r2_hidden A (bnd_a_1_0_group_2 B) =
% 150.28/149.20 (EX C. bnd_m1_subset_1 C (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k6_domain_1 (bnd_u1_struct_0 B) C);
% 150.28/149.20 ALL A B C D.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_l1_group_1 B) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B))) &
% 150.28/149.20 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_a_3_0_group_2 B C D) =
% 150.28/149.20 (EX E F.
% 150.28/149.20 (((bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 bnd_m1_subset_1 F (bnd_u1_struct_0 B)) &
% 150.28/149.20 A = bnd_k1_group_1 B E F) &
% 150.28/149.20 bnd_r2_hidden E C) &
% 150.28/149.20 bnd_r2_hidden F D);
% 150.28/149.20 ALL A B C.
% 150.28/149.20 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_a_2_0_group_2 B C) =
% 150.28/149.20 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k3_group_1 B D) &
% 150.28/149.20 bnd_r2_hidden D C);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k15_group_2 A B = bnd_a_1_0_group_2 A -->
% 150.28/149.20 bnd_r1_group_2 A B (bnd_k5_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k14_group_2 A B = bnd_a_1_0_group_2 A -->
% 150.28/149.20 bnd_r1_group_2 A B (bnd_k5_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k15_group_2 A (bnd_k5_group_2 A) = bnd_a_1_0_group_2 A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k14_group_2 A (bnd_k5_group_2 A) = bnd_a_1_0_group_2 A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k2_group_2 A B C = bnd_a_3_0_group_2 A B C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k1_group_2 A B = bnd_a_2_0_group_2 A B);
% 150.28/149.20 ALL A B.
% 150.28/149.20 ~ bnd_v1_xboole_0 A & bnd_m1_subset_1 B A -->
% 150.28/149.20 bnd_k18_group_2 A B = bnd_k1_tarski B;
% 150.28/149.20 ALL A B.
% 150.28/149.20 ~ bnd_v1_xboole_0 A & bnd_m1_subset_1 B A -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k18_group_2 A B) (bnd_k5_finsub_1 A);
% 150.28/149.20 ALL A B.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_m2_subset_1 (bnd_k17_group_2 A B) bnd_k1_numbers bnd_k5_numbers;
% 150.28/149.20 ALL A B.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v1_card_1 (bnd_k16_group_2 A B);
% 150.28/149.20 ALL A B.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k15_group_2 A B)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)));
% 150.28/149.20 ALL A B.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k14_group_2 A B)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k13_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k12_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k11_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k10_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_k9_group_2 A B C = bnd_k8_group_2 A B C;
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_k9_group_2 A B C = bnd_k9_group_2 A C B;
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_v1_group_1 (bnd_k9_group_2 A B C) &
% 150.28/149.20 bnd_m1_group_2 (bnd_k9_group_2 A B C) A;
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_v1_group_1 (bnd_k8_group_2 A B C) &
% 150.28/149.20 bnd_m1_group_2 (bnd_k8_group_2 A B C) A;
% 150.28/149.20 ALL A B.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k7_group_2 A B)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v1_group_1 (bnd_k6_group_2 A) &
% 150.28/149.20 bnd_m1_group_2 (bnd_k6_group_2 A) A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v1_group_1 (bnd_k5_group_2 A) &
% 150.28/149.20 bnd_m1_group_2 (bnd_k5_group_2 A) A;
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k4_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k3_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) &
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k2_group_2 A B C)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_m1_subset_1 (bnd_k1_group_2 A B)
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_v1_group_1 B) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_v1_group_1 C) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_group_2 A B C = (B = C);
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_v1_group_1 B) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_v1_group_1 C) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_group_2 A B B;
% 150.28/149.20 ALL A B C.
% 150.28/149.20 ((((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 bnd_v1_group_1 B) &
% 150.28/149.20 bnd_m1_group_2 B A) &
% 150.28/149.20 bnd_v1_group_1 C) &
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_group_2 A B C --> bnd_r1_group_2 A C B;
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (EX B. bnd_m1_group_2 B A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_l1_group_1 B);
% 150.28/149.20 ALL A.
% 150.28/149.20 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_finset_1 B -->
% 150.28/149.20 ~ ((ALL C.
% 150.28/149.20 ~ (bnd_r2_hidden C B &
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_finset_1 D -->
% 150.28/149.20 ~ ((D = C & bnd_k4_card_1 D = A) &
% 150.28/149.20 (ALL E.
% 150.28/149.20 bnd_r2_hidden E B -->
% 150.28/149.20 C = E |
% 150.28/149.20 bnd_r2_wellord2 C E &
% 150.28/149.20 bnd_r1_xboole_0 C E))))) &
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_v1_finset_1 C -->
% 150.28/149.20 ~ (C = bnd_k3_tarski B &
% 150.28/149.20 bnd_k4_card_1 C = bnd_k2_nat_1 A (bnd_k4_card_1 B)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v1_finset_1 (bnd_k14_group_2 A B) &
% 150.28/149.20 bnd_k16_group_2 A B = bnd_k8_group_1 A -->
% 150.28/149.20 bnd_v6_group_1 A & bnd_r1_group_2 A B (bnd_k5_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 A & bnd_k17_group_2 A B = bnd_k9_group_1 A -->
% 150.28/149.20 bnd_r1_group_2 A B (bnd_k5_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v6_group_1 A -->
% 150.28/149.20 bnd_k17_group_2 A (bnd_k5_group_2 A) = bnd_k9_group_1 A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k16_group_2 A (bnd_k5_group_2 A) = bnd_k8_group_1 A;
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v1_finset_1 (bnd_k14_group_2 A B) &
% 150.28/149.20 bnd_k17_group_2 A B = bnd_np__1 -->
% 150.28/149.20 B = A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k17_group_2 A (bnd_k6_group_2 A) = bnd_np__1;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D C -->
% 150.28/149.20 bnd_v6_group_1 A & B = D -->
% 150.28/149.20 bnd_k17_group_2 A B =
% 150.28/149.20 bnd_k2_nat_1 (bnd_k17_group_2 C D)
% 150.28/149.20 (bnd_k17_group_2 A C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 A -->
% 150.28/149.20 bnd_r1_nat_1 (bnd_k9_group_1 B) (bnd_k9_group_1 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 A -->
% 150.28/149.20 bnd_k9_group_1 A =
% 150.28/149.20 bnd_k2_nat_1 (bnd_k9_group_1 B) (bnd_k17_group_2 A B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v1_finset_1 (bnd_k14_group_2 A B) -->
% 150.28/149.20 (EX C. (bnd_v1_finset_1 C & C = bnd_k14_group_2 A B) &
% 150.28/149.20 bnd_k17_group_2 A B = bnd_k4_card_1 C) &
% 150.28/149.20 (EX C. (bnd_v1_finset_1 C & C = bnd_k15_group_2 A B) &
% 150.28/149.20 bnd_k17_group_2 A B = bnd_k4_card_1 C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v1_finset_1 (bnd_k14_group_2 A B) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.20 (C = bnd_k17_group_2 A B) =
% 150.28/149.20 (EX D. (bnd_v1_finset_1 D & D = bnd_k14_group_2 A B) &
% 150.28/149.20 C = bnd_k4_card_1 D)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k16_group_2 A B = bnd_k1_card_1 (bnd_k14_group_2 A B) &
% 150.28/149.20 bnd_k16_group_2 A B = bnd_k1_card_1 (bnd_k15_group_2 A B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k16_group_2 A B = bnd_k1_card_1 (bnd_k14_group_2 A B));
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k15_group_2 A B = bnd_k1_tarski (bnd_u1_struct_0 A) -->
% 150.28/149.20 B = A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k14_group_2 A B = bnd_k1_tarski (bnd_u1_struct_0 A) -->
% 150.28/149.20 B = A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k14_group_2 A (bnd_k6_group_2 A) =
% 150.28/149.20 bnd_k1_tarski (bnd_u1_struct_0 A) &
% 150.28/149.20 bnd_k15_group_2 A (bnd_k6_group_2 A) =
% 150.28/149.20 bnd_k1_tarski (bnd_u1_struct_0 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k5_setfam_1 (bnd_u1_struct_0 A) (bnd_k14_group_2 A B) =
% 150.28/149.20 bnd_u1_struct_0 A &
% 150.28/149.20 bnd_k5_setfam_1 (bnd_u1_struct_0 A) (bnd_k15_group_2 A B) =
% 150.28/149.20 bnd_u1_struct_0 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_r2_wellord2 (bnd_k14_group_2 A B) (bnd_k15_group_2 A B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_r2_hidden (bnd_k7_group_2 A B) (bnd_k14_group_2 A B) &
% 150.28/149.20 bnd_r2_hidden (bnd_k7_group_2 A B) (bnd_k15_group_2 A B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 A -->
% 150.28/149.20 bnd_v1_finset_1 (bnd_k15_group_2 A B) &
% 150.28/149.20 bnd_v1_finset_1 (bnd_k14_group_2 A B));
% 150.28/149.20 True; True; True; True; True; True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) -->
% 150.28/149.20 (C = bnd_k15_group_2 A B) =
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_r2_hidden D C =
% 150.28/149.20 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 A) &
% 150.28/149.20 D = bnd_k13_group_2 A B E))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))) -->
% 150.28/149.20 (C = bnd_k14_group_2 A B) =
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_r2_hidden D C =
% 150.28/149.20 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 A) &
% 150.28/149.20 D = bnd_k12_group_2 A B E))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 ~ (bnd_v6_group_1 C &
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_finset_1 D -->
% 150.28/149.20 (ALL E.
% 150.28/149.20 bnd_v1_finset_1 E -->
% 150.28/149.20 ~ (((D = bnd_k12_group_2 A C B &
% 150.28/149.20 E = bnd_k13_group_2 A C B) &
% 150.28/149.20 bnd_k9_group_1 C = bnd_k4_card_1 D) &
% 150.28/149.20 bnd_k9_group_1 C = bnd_k4_card_1 E))))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_k8_group_1 C = bnd_k1_card_1 (bnd_k12_group_2 A C B) &
% 150.28/149.20 bnd_k8_group_1 C = bnd_k1_card_1 (bnd_k13_group_2 A C B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r2_wellord2 (bnd_k7_group_2 A C) (bnd_k12_group_2 A C B) &
% 150.28/149.20 bnd_r2_wellord2 (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k13_group_2 A C B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r2_wellord2 (bnd_k13_group_2 A D B)
% 150.28/149.20 (bnd_k13_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r2_wellord2 (bnd_k12_group_2 A D B)
% 150.28/149.20 (bnd_k13_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r2_wellord2 (bnd_k12_group_2 A D B)
% 150.28/149.20 (bnd_k12_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (EX D. (bnd_v1_group_1 D & bnd_m1_group_2 D A) &
% 150.28/149.20 bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k4_group_2 A (bnd_k3_group_1 A B)
% 150.28/149.20 (bnd_k12_group_2 A C B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k13_group_2 A (bnd_k9_group_2 A C D) B =
% 150.28/149.20 bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k13_group_2 A C B) (bnd_k13_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k12_group_2 A (bnd_k9_group_2 A C D) B =
% 150.28/149.20 bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k12_group_2 A C B) (bnd_k12_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_tarski
% 150.28/149.20 (bnd_k13_group_2 A C (bnd_k6_group_1 A bnd_np__2 B))
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k13_group_2 A C B)
% 150.28/149.20 (bnd_k13_group_2 A C B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_tarski (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k13_group_2 A C B)
% 150.28/149.20 (bnd_k13_group_2 A C (bnd_k3_group_1 A B))) &
% 150.28/149.20 bnd_r1_tarski (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k13_group_2 A C (bnd_k3_group_1 A B))
% 150.28/149.20 (bnd_k13_group_2 A C B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r1_tarski (bnd_k4_group_2 A C (bnd_k13_group_2 A D B))
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k13_group_2 A D B)
% 150.28/149.20 (bnd_k13_group_2 A D C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 (bnd_k13_group_2 A D B = bnd_k13_group_2 A D C) =
% 150.28/149.20 (~ bnd_r1_xboole_0 (bnd_k13_group_2 A D B)
% 150.28/149.20 (bnd_k13_group_2 A D C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 (bnd_k13_group_2 A D B = bnd_k13_group_2 A D C) =
% 150.28/149.20 bnd_r1_rlvect_1 D
% 150.28/149.20 (bnd_k1_group_1 A C (bnd_k3_group_1 A B)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_rlvect_1 C B =
% 150.28/149.20 (bnd_k13_group_2 A C B = bnd_k7_group_2 A C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_tarski
% 150.28/149.20 (bnd_k12_group_2 A C (bnd_k6_group_1 A bnd_np__2 B))
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k12_group_2 A C B)
% 150.28/149.20 (bnd_k12_group_2 A C B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_tarski (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k12_group_2 A C B)
% 150.28/149.20 (bnd_k12_group_2 A C (bnd_k3_group_1 A B))) &
% 150.28/149.20 bnd_r1_tarski (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k12_group_2 A C (bnd_k3_group_1 A B))
% 150.28/149.20 (bnd_k12_group_2 A C B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r1_tarski (bnd_k12_group_2 A D (bnd_k1_group_1 A B C))
% 150.28/149.20 (bnd_k2_group_2 A (bnd_k12_group_2 A D B)
% 150.28/149.20 (bnd_k12_group_2 A D C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 (bnd_k12_group_2 A D B = bnd_k12_group_2 A D C) =
% 150.28/149.20 (~ bnd_r1_xboole_0 (bnd_k12_group_2 A D B)
% 150.28/149.20 (bnd_k12_group_2 A D C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 (bnd_k12_group_2 A D B = bnd_k12_group_2 A D C) =
% 150.28/149.20 bnd_r1_rlvect_1 D
% 150.28/149.20 (bnd_k1_group_1 A (bnd_k3_group_1 A C) B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_rlvect_1 C B =
% 150.28/149.20 (bnd_k12_group_2 A C B = bnd_k7_group_2 A C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k12_group_2 A C B = bnd_k13_group_2 A C B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k12_group_2 A (bnd_k6_group_2 A) B = bnd_u1_struct_0 A &
% 150.28/149.20 bnd_k13_group_2 A (bnd_k6_group_2 A) B = bnd_u1_struct_0 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k13_group_2 A (bnd_k5_group_2 A) B =
% 150.28/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) B &
% 150.28/149.20 bnd_k12_group_2 A (bnd_k5_group_2 A) B =
% 150.28/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k12_group_2 A B (bnd_k2_group_1 A) = bnd_k7_group_2 A B &
% 150.28/149.20 bnd_k13_group_2 A B (bnd_k2_group_1 A) = bnd_k7_group_2 A B);
% 150.28/149.20 True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r2_hidden B (bnd_k12_group_2 A C B) &
% 150.28/149.20 bnd_r2_hidden B (bnd_k13_group_2 A C B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k4_group_2 A C (bnd_k13_group_2 A D B) =
% 150.28/149.20 bnd_k13_group_2 A D (bnd_k1_group_1 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k4_group_2 A C (bnd_k12_group_2 A D B) =
% 150.28/149.20 bnd_k3_group_2 A B (bnd_k13_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k12_group_2 A D (bnd_k1_group_1 A B C) =
% 150.28/149.20 bnd_k3_group_2 A B (bnd_k12_group_2 A D C))));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D B -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k13_group_2 B D C) =
% 150.28/149.20 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B E C) &
% 150.28/149.20 bnd_r1_rlvect_1 D E)));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D B -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k12_group_2 B D C) =
% 150.28/149.20 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B C E) &
% 150.28/149.20 bnd_r1_rlvect_1 D E)));
% 150.28/149.20 True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k13_group_2 A B C =
% 150.28/149.20 bnd_k4_group_2 A C (bnd_k7_group_2 A B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k12_group_2 A B C =
% 150.28/149.20 bnd_k3_group_2 A C (bnd_k7_group_2 A B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k10_group_2 A C B = bnd_k11_group_2 A C B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k2_group_2 A
% 150.28/149.20 (bnd_k11_group_2 A C (bnd_k7_group_2 A D)) B =
% 150.28/149.20 bnd_k11_group_2 A C (bnd_k11_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k10_group_2 A D (bnd_k11_group_2 A C B) =
% 150.28/149.20 bnd_k11_group_2 A C (bnd_k10_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k10_group_2 A D (bnd_k10_group_2 A C B) =
% 150.28/149.20 bnd_k2_group_2 A B
% 150.28/149.20 (bnd_k11_group_2 A C (bnd_k7_group_2 A D)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k11_group_2 A D B) C =
% 150.28/149.20 bnd_k11_group_2 A D (bnd_k2_group_2 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k10_group_2 A D B) C =
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k11_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_k10_group_2 A D (bnd_k2_group_2 A B C) =
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k10_group_2 A D C))));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D B -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k11_group_2 B D C) =
% 150.28/149.20 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B E F) &
% 150.28/149.20 bnd_r1_rlvect_1 D E) &
% 150.28/149.20 bnd_r2_hidden F C))));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D B -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k10_group_2 B D C) =
% 150.28/149.20 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B E F) &
% 150.28/149.20 bnd_r2_hidden E C) &
% 150.28/149.20 bnd_r1_rlvect_1 D F))));
% 150.28/149.20 True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k11_group_2 A B C =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A B) C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k10_group_2 A B C =
% 150.28/149.20 bnd_k2_group_2 A C (bnd_k7_group_2 A B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_v6_group_1 B | bnd_v6_group_1 C -->
% 150.28/149.20 bnd_v6_group_1 (bnd_k9_group_2 A B C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_m1_group_2 B C -->
% 150.28/149.20 bnd_m1_group_2 (bnd_k9_group_2 A B D)
% 150.28/149.20 (bnd_k9_group_2 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_m1_group_2 B C & bnd_m1_group_2 B D -->
% 150.28/149.20 bnd_m1_group_2 B (bnd_k9_group_2 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_m1_group_2 B C -->
% 150.28/149.20 bnd_m1_group_2 (bnd_k9_group_2 A B D) C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_m1_group_2 C B =
% 150.28/149.20 bnd_r1_group_2 A (bnd_k9_group_2 A C B) C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_m1_group_2 (bnd_k9_group_2 A B C) B &
% 150.28/149.20 bnd_m1_group_2 (bnd_k9_group_2 A B C) C));
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k9_group_2 A (bnd_k6_group_2 A) (bnd_k6_group_2 A) = A;
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_r1_group_2 A (bnd_k9_group_2 A B (bnd_k6_group_2 A)) B &
% 150.28/149.20 bnd_r1_group_2 A (bnd_k9_group_2 A (bnd_k6_group_2 A) B) B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_r1_group_2 A (bnd_k9_group_2 A (bnd_k5_group_2 A) B)
% 150.28/149.20 (bnd_k5_group_2 A) &
% 150.28/149.20 bnd_r1_group_2 A (bnd_k9_group_2 A B (bnd_k5_group_2 A))
% 150.28/149.20 (bnd_k5_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r1_group_2 A
% 150.28/149.20 (bnd_k9_group_2 A (bnd_k9_group_2 A B C) D)
% 150.28/149.20 (bnd_k9_group_2 A B (bnd_k9_group_2 A C D)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_group_2 A (bnd_k8_group_2 A B C)
% 150.28/149.20 (bnd_k8_group_2 A C B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_r1_group_2 A (bnd_k8_group_2 A B B) B);
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C B -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D B -->
% 150.28/149.20 bnd_r1_rlvect_1 (bnd_k8_group_2 B C D) A =
% 150.28/149.20 (bnd_r1_rlvect_1 C A & bnd_r1_rlvect_1 D A)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_k7_group_2 A (bnd_k8_group_2 A B C) =
% 150.28/149.20 bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k7_group_2 A B) (bnd_k7_group_2 A C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 D = bnd_k8_group_2 A B C -->
% 150.28/149.20 bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k3_xboole_0 (bnd_u1_struct_0 B) (bnd_u1_struct_0 C)) &
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k3_xboole_0 (bnd_u1_struct_0 B)
% 150.28/149.20 (bnd_u1_struct_0 C) -->
% 150.28/149.20 bnd_r1_group_2 A D (bnd_k8_group_2 A B C))));
% 150.28/149.20 True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.28/149.20 (D = bnd_k8_group_2 A B C) =
% 150.28/149.20 (bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k7_group_2 A B) (bnd_k7_group_2 A C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 ~ (((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A) &
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.28/149.20 ~ bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A B)
% 150.28/149.20 (bnd_k7_group_2 A C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 ~ (bnd_k2_group_2 A (bnd_k7_group_2 A B)
% 150.28/149.20 (bnd_k7_group_2 A C) =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k7_group_2 A B) &
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_v1_group_1 D & bnd_m1_group_2 D A -->
% 150.28/149.20 ~ bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A B)
% 150.28/149.20 (bnd_k7_group_2 A C))) &
% 150.28/149.20 ((EX D. bnd_m1_group_2 D A &
% 150.28/149.20 bnd_u1_struct_0 D =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A B)
% 150.28/149.20 (bnd_k7_group_2 A C)) -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A B) (bnd_k7_group_2 A C) =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A C)
% 150.28/149.20 (bnd_k7_group_2 A B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k7_group_2 A B) = bnd_k7_group_2 A B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_group_2 A B) (bnd_k7_group_2 A B) =
% 150.28/149.20 bnd_k7_group_2 A B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r2_hidden B (bnd_k7_group_2 A C) -->
% 150.28/149.20 bnd_r2_hidden (bnd_k3_group_1 A B) (bnd_k7_group_2 A C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r2_hidden B (bnd_k7_group_2 A D) &
% 150.28/149.20 bnd_r2_hidden C (bnd_k7_group_2 A D) -->
% 150.28/149.20 bnd_r2_hidden (bnd_k1_group_1 A B C)
% 150.28/149.20 (bnd_k7_group_2 A D))));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C B -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k7_group_2 B C) = bnd_r1_rlvect_1 C A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A --> ~ bnd_k7_group_2 A B = bnd_k1_xboole_0);
% 150.28/149.20 True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A --> bnd_k7_group_2 A B = bnd_u1_struct_0 B);
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 A & bnd_k9_group_1 A = bnd_k9_group_1 B --> B = A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 A -->
% 150.28/149.20 bnd_r1_xreal_0 (bnd_k9_group_1 B) (bnd_k9_group_1 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_r1_tarski (bnd_k8_group_1 B) (bnd_k8_group_1 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_v6_group_1 B & bnd_k9_group_1 B = bnd_np__1 -->
% 150.28/149.20 bnd_r1_group_2 A B (bnd_k5_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k9_group_1 (bnd_k5_group_2 A) = bnd_np__1;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v6_group_1 (bnd_k5_group_2 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_m1_group_2 A (bnd_k6_group_2 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_m1_group_2 B (bnd_k6_group_2 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_m1_group_2 (bnd_k5_group_2 A) B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A --> bnd_k5_group_2 B = bnd_k5_group_2 C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_k5_group_2 B = bnd_k5_group_2 A);
% 150.28/149.20 True; True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k6_group_2 A =
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 (B = bnd_k5_group_2 A) =
% 150.28/149.20 (bnd_u1_struct_0 B =
% 150.28/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r1_rlvect_1 B C) -->
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B) =
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_u1_struct_0 B = bnd_u1_struct_0 A --> B = A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_v1_group_1 B & bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_group_2 A B C =
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r1_rlvect_1 B D = bnd_r1_rlvect_1 C D)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r1_rlvect_1 B D = bnd_r1_rlvect_1 C D) -->
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B) =
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 C) (bnd_u1_group_1 C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_u1_struct_0 B = bnd_u1_struct_0 C -->
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B) =
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 C) (bnd_u1_group_1 C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r1_rlvect_1 B D --> bnd_r1_rlvect_1 C D) -->
% 150.28/149.20 bnd_m1_group_2 B C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_tarski (bnd_u1_struct_0 B) (bnd_u1_struct_0 C) -->
% 150.28/149.20 bnd_m1_group_2 B C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.20 bnd_v4_group_1 C) &
% 150.28/149.20 bnd_l1_group_1 C -->
% 150.28/149.20 bnd_m1_group_2 A B & bnd_m1_group_2 B C -->
% 150.28/149.20 bnd_m1_group_2 A C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 bnd_m1_group_2 A B & bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A) =
% 150.28/149.20 bnd_g1_group_1 (bnd_u1_struct_0 B) (bnd_u1_group_1 B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_m1_group_2 A A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_v7_group_1 B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 ~ (((~ B = bnd_k1_xboole_0 &
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r2_hidden C B & bnd_r2_hidden D B -->
% 150.28/149.20 bnd_r2_hidden (bnd_k1_group_1 A C D) B))) &
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r2_hidden C B -->
% 150.28/149.20 bnd_r2_hidden (bnd_k3_group_1 A C) B)) &
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_v1_group_1 C & bnd_m1_group_2 C A -->
% 150.28/149.20 ~ bnd_u1_struct_0 C = B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 bnd_r1_rlvect_1 C B -->
% 150.28/149.20 bnd_r1_rlvect_1 C (bnd_k3_group_1 A B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 bnd_r1_rlvect_1 D B & bnd_r1_rlvect_1 D C -->
% 150.28/149.20 bnd_r1_rlvect_1 D (bnd_k1_group_1 A B C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 bnd_k4_group_1 B =
% 150.28/149.20 bnd_k8_relset_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.28/149.20 (bnd_k4_group_1 A) (bnd_u1_struct_0 B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.20 D = B --> bnd_k3_group_1 C D = bnd_k3_group_1 A B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A --> bnd_r1_rlvect_1 C (bnd_k2_group_1 B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_r1_rlvect_1 B (bnd_k2_group_1 A));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C A --> bnd_k2_group_1 B = bnd_k2_group_1 C));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_k2_group_1 B = bnd_k2_group_1 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_group_2 D A -->
% 150.28/149.20 (ALL E.
% 150.28/149.20 bnd_m1_subset_1 E (bnd_u1_struct_0 D) -->
% 150.28/149.20 (ALL F.
% 150.28/149.20 bnd_m1_subset_1 F (bnd_u1_struct_0 D) -->
% 150.28/149.20 E = B & F = C -->
% 150.28/149.20 bnd_k1_group_1 D E F = bnd_k1_group_1 A B C)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A)));
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_group_2 B A -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.20 bnd_r1_rlvect_1 A C));
% 150.28/149.20 ALL A B.
% 150.28/149.20 (~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_group_2 C B -->
% 150.28/149.20 bnd_r1_rlvect_1 C A --> bnd_r1_rlvect_1 B A);
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_v6_group_1 A --> bnd_v6_group_1 B);
% 150.28/149.20 True; True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 (~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_l1_group_1 B -->
% 150.28/149.20 bnd_m1_group_2 B A =
% 150.28/149.20 (bnd_r1_tarski (bnd_u1_struct_0 B) (bnd_u1_struct_0 A) &
% 150.28/149.20 bnd_u1_group_1 B =
% 150.28/149.20 bnd_k1_realset1 (bnd_u1_group_1 A) (bnd_u1_struct_0 B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k3_group_2 A B C = bnd_k4_group_2 A B C));
% 150.28/149.20 ALL A.
% 150.28/149.20 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k3_group_2 A (bnd_k2_group_1 A) B = B &
% 150.28/149.20 bnd_k4_group_2 A (bnd_k2_group_1 A) B = B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k4_group_2 A B (bnd_k2_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_u1_struct_0 A &
% 150.28/149.20 bnd_k3_group_2 A B (bnd_k2_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_u1_struct_0 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k4_group_2 A B (bnd_k1_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_k1_xboole_0 &
% 150.28/149.20 bnd_k3_group_2 A B (bnd_k1_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_k1_xboole_0);
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k4_group_2 A D (bnd_k4_group_2 A C B) =
% 150.28/149.20 bnd_k4_group_2 A (bnd_k1_group_1 A C D) B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k4_group_2 A D (bnd_k3_group_2 A C B) =
% 150.28/149.20 bnd_k3_group_2 A C (bnd_k4_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k3_group_2 A (bnd_k1_group_1 A C D) B =
% 150.28/149.20 bnd_k3_group_2 A C (bnd_k3_group_2 A D B))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k4_group_2 A D (bnd_k2_group_2 A B C) =
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k4_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k4_group_2 A D B) C =
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k3_group_2 A D C))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k3_group_2 A D B) C =
% 150.28/149.20 bnd_k3_group_2 A D (bnd_k2_group_2 A B C))));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ~ bnd_v3_struct_0 B & bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k4_group_2 B D C) =
% 150.28/149.20 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B E D) &
% 150.28/149.20 bnd_r2_hidden E C)));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ~ bnd_v3_struct_0 B & bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k3_group_2 B D C) =
% 150.28/149.20 (EX E. (bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B D E) &
% 150.28/149.20 bnd_r2_hidden E C)));
% 150.28/149.20 True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k4_group_2 A B C =
% 150.28/149.20 bnd_k2_group_2 A C (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k3_group_2 A B C =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B) C));
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k2_group_2 A B C) =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k1_group_2 A B) (bnd_k1_group_2 A C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) &
% 150.28/149.20 bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k2_group_2 A B C = bnd_k2_group_2 A C B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL E.
% 150.28/149.20 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r2_hidden D B & bnd_r2_hidden E C -->
% 150.28/149.20 bnd_k1_group_1 A D E = bnd_k1_group_1 A E D)) -->
% 150.28/149.20 bnd_k2_group_2 A B C = bnd_k2_group_2 A C B));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r2_hidden C B -->
% 150.28/149.20 bnd_r2_hidden (bnd_k3_group_1 A C) B) -->
% 150.28/149.20 bnd_k1_group_2 A B = B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r2_hidden C B & bnd_r2_hidden D B -->
% 150.28/149.20 bnd_r2_hidden (bnd_k1_group_1 A C D) B)) &
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_r2_hidden C B -->
% 150.28/149.20 bnd_r2_hidden (bnd_k3_group_1 A C) B) -->
% 150.28/149.20 bnd_k2_group_2 A B B = B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL E.
% 150.28/149.20 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_2 A
% 150.28/149.20 (bnd_k7_domain_1 (bnd_u1_struct_0 A) B C)
% 150.28/149.20 (bnd_k7_domain_1 (bnd_u1_struct_0 A) D E) =
% 150.28/149.20 bnd_k9_domain_1 (bnd_u1_struct_0 A)
% 150.28/149.20 (bnd_k1_group_1 A B D) (bnd_k1_group_1 A B E)
% 150.28/149.20 (bnd_k1_group_1 A C D) (bnd_k1_group_1 A C E)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k7_domain_1 (bnd_u1_struct_0 A) B C)
% 150.28/149.20 (bnd_k6_domain_1 (bnd_u1_struct_0 A) D) =
% 150.28/149.20 bnd_k7_domain_1 (bnd_u1_struct_0 A) (bnd_k1_group_1 A B D)
% 150.28/149.20 (bnd_k1_group_1 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)
% 150.28/149.20 (bnd_k7_domain_1 (bnd_u1_struct_0 A) C D) =
% 150.28/149.20 bnd_k7_domain_1 (bnd_u1_struct_0 A) (bnd_k1_group_1 A B C)
% 150.28/149.20 (bnd_k1_group_1 A B D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B)
% 150.28/149.20 (bnd_k6_domain_1 (bnd_u1_struct_0 A) C) =
% 150.28/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k1_group_1 A B C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 ~ B = bnd_k1_xboole_0 -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k2_subset_1 (bnd_u1_struct_0 A)) B =
% 150.28/149.20 bnd_u1_struct_0 A &
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k2_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_u1_struct_0 A);
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k1_subset_1 (bnd_u1_struct_0 A)) B =
% 150.28/149.20 bnd_k1_xboole_0 &
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k1_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_k1_xboole_0);
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_r1_tarski
% 150.28/149.20 (bnd_k2_group_2 A
% 150.28/149.20 (bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 B C)
% 150.28/149.20 D)
% 150.28/149.20 (bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k2_group_2 A B D) (bnd_k2_group_2 A C D)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_r1_tarski
% 150.28/149.20 (bnd_k2_group_2 A B
% 150.28/149.20 (bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 C D))
% 150.28/149.20 (bnd_k3_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k2_group_2 A B C) (bnd_k2_group_2 A B D)))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k2_group_2 A
% 150.28/149.20 (bnd_k1_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) B
% 150.28/149.20 C)
% 150.28/149.20 D =
% 150.28/149.20 bnd_k1_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k2_group_2 A B D) (bnd_k2_group_2 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k2_group_2 A B
% 150.28/149.20 (bnd_k1_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) C
% 150.28/149.20 D) =
% 150.28/149.20 bnd_k1_finsub_1 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A))
% 150.28/149.20 (bnd_k2_group_2 A B C) (bnd_k2_group_2 A B D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k2_group_2 A B C) =
% 150.28/149.20 bnd_k2_group_2 A (bnd_k1_group_2 A C) (bnd_k1_group_2 A B)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D
% 150.28/149.20 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_v4_group_1 A -->
% 150.28/149.20 bnd_k2_group_2 A (bnd_k2_group_2 A B C) D =
% 150.28/149.20 bnd_k2_group_2 A B (bnd_k2_group_2 A C D))));
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 (~ B = bnd_k1_xboole_0 & ~ C = bnd_k1_xboole_0) =
% 150.28/149.20 (~ bnd_k2_group_2 A B C = bnd_k1_xboole_0)));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ~ bnd_v3_struct_0 B & bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 (ALL D.
% 150.28/149.20 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k2_group_2 B C D) =
% 150.28/149.20 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 B) &
% 150.28/149.20 (EX F. ((bnd_m1_subset_1 F (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k1_group_1 B E F) &
% 150.28/149.20 bnd_r2_hidden E C) &
% 150.28/149.20 bnd_r2_hidden F D))));
% 150.28/149.20 True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 ~ (~ B = bnd_k1_xboole_0 & bnd_k1_group_2 A B = bnd_k1_xboole_0) &
% 150.28/149.20 ~ (~ bnd_k1_group_2 A B = bnd_k1_xboole_0 & B = bnd_k1_xboole_0));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k2_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_u1_struct_0 A;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k1_subset_1 (bnd_u1_struct_0 A)) =
% 150.28/149.20 bnd_k1_xboole_0;
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k7_domain_1 (bnd_u1_struct_0 A) B C) =
% 150.28/149.20 bnd_k7_domain_1 (bnd_u1_struct_0 A) (bnd_k3_group_1 A B)
% 150.28/149.20 (bnd_k3_group_1 A C)));
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.20 bnd_k1_group_2 A (bnd_k6_domain_1 (bnd_u1_struct_0 A) B) =
% 150.28/149.20 bnd_k6_domain_1 (bnd_u1_struct_0 A) (bnd_k3_group_1 A B));
% 150.28/149.20 ALL A B.
% 150.28/149.20 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.20 bnd_l1_group_1 B -->
% 150.28/149.20 (ALL C.
% 150.28/149.20 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_u1_struct_0 B)) -->
% 150.28/149.20 bnd_r2_hidden A (bnd_k1_group_2 B C) =
% 150.28/149.20 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 B) &
% 150.28/149.20 A = bnd_k3_group_1 B D) &
% 150.28/149.20 bnd_r2_hidden D C));
% 150.28/149.20 True;
% 150.28/149.20 ALL A.
% 150.28/149.20 ~ bnd_v3_struct_0 A & bnd_l1_struct_0 A -->
% 150.28/149.20 (ALL B.
% 150.28/149.20 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.20 bnd_v6_group_1 A --> bnd_v1_finset_1 B);
% 150.28/149.20 True; True;
% 150.28/149.20 ALL A.
% 150.28/149.20 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.20 bnd_v7_group_1 A) &
% 150.28/149.20 bnd_l1_group_1 A -->
% 150.28/149.20 (ALL B. bnd_m1_group_2 B A --> bnd_v4_group_1 B & bnd_v7_group_1 B);
% 150.28/149.20 ALL A.
% 150.28/149.20 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (EX B. ((((bnd_m1_group_2 B A & ~ bnd_v3_struct_0 B) &
% 150.28/149.21 bnd_v1_group_1 B) &
% 150.28/149.21 bnd_v2_group_1 B) &
% 150.28/149.21 bnd_v3_group_1 B) &
% 150.28/149.21 bnd_v4_group_1 B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B. bnd_m1_group_2 B A --> bnd_v4_group_1 B);
% 150.28/149.21 ALL A B C D E F.
% 150.28/149.21 (((((((((bnd_v1_funct_1 B &
% 150.28/149.21 bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 D) &
% 150.28/149.21 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.21 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.21 bnd_m1_subset_1 E A) &
% 150.28/149.21 bnd_m1_subset_1 F A -->
% 150.28/149.21 (ALL G H I J K L.
% 150.28/149.21 bnd_g1_funcsdom A B C D E F = bnd_g1_funcsdom G H I J K L -->
% 150.28/149.21 ((((A = G & B = H) & C = I) & D = J) & E = K) & F = L);
% 150.28/149.21 ALL A B C D E F.
% 150.28/149.21 (((((((((bnd_v1_funct_1 B &
% 150.28/149.21 bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 D) &
% 150.28/149.21 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.21 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.21 bnd_m1_subset_1 E A) &
% 150.28/149.21 bnd_m1_subset_1 F A -->
% 150.28/149.21 bnd_v1_funcsdom (bnd_g1_funcsdom A B C D E F) &
% 150.28/149.21 bnd_l1_funcsdom (bnd_g1_funcsdom A B C D E F);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_v1_funcsdom (bnd_k13_funcsdom A) &
% 150.28/149.21 bnd_l1_funcsdom (bnd_k13_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_v3_vectsp_1 (bnd_k12_funcsdom A) &
% 150.28/149.21 bnd_l3_vectsp_1 (bnd_k12_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 ((((((~ bnd_v3_struct_0 (bnd_k11_funcsdom A) &
% 150.28/149.21 bnd_v2_rlvect_1 (bnd_k11_funcsdom A)) &
% 150.28/149.21 bnd_v3_rlvect_1 (bnd_k11_funcsdom A)) &
% 150.28/149.21 bnd_v4_rlvect_1 (bnd_k11_funcsdom A)) &
% 150.28/149.21 bnd_v5_rlvect_1 (bnd_k11_funcsdom A)) &
% 150.28/149.21 bnd_v6_rlvect_1 (bnd_k11_funcsdom A)) &
% 150.28/149.21 bnd_v7_rlvect_1 (bnd_k11_funcsdom A)) &
% 150.28/149.21 bnd_l2_rlvect_1 (bnd_k11_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k10_funcsdom A) A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k9_funcsdom A) A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_k8_funcsdom A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k2_zfmisc_1 bnd_k1_numbers (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k2_zfmisc_1 bnd_k1_numbers (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_k7_funcsdom A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_k7_funcsdom A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_k7_funcsdom A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_k6_funcsdom A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 D A) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E B A) &
% 150.28/149.21 bnd_m1_relset_1 E B A -->
% 150.28/149.21 bnd_k5_funcsdom A B C D E = bnd_k5_funcop_1 C D E;
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 D A) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E B A) &
% 150.28/149.21 bnd_m1_relset_1 E B A -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k5_funcsdom A B C D E) B A (bnd_k1_fraenkel B A);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 D) &
% 150.28/149.21 bnd_v1_funct_2 D B A) &
% 150.28/149.21 bnd_m1_relset_1 D B A) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E B A) &
% 150.28/149.21 bnd_m1_relset_1 E B A -->
% 150.28/149.21 bnd_k4_funcsdom A B C D E = bnd_k3_funcop_1 C D E;
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 D) &
% 150.28/149.21 bnd_v1_funct_2 D B A) &
% 150.28/149.21 bnd_m1_relset_1 D B A) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E B A) &
% 150.28/149.21 bnd_m1_relset_1 E B A -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k4_funcsdom A B C D E) B A (bnd_k1_fraenkel B A);
% 150.28/149.21 ALL A B C.
% 150.28/149.21 (((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C A B) &
% 150.28/149.21 bnd_m1_relset_1 C A B -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k3_funcsdom A B C) A B (bnd_k1_fraenkel A B);
% 150.28/149.21 ALL A B C D E F.
% 150.28/149.21 ((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.21 ~ bnd_v1_xboole_0 C) &
% 150.28/149.21 ~ bnd_v1_xboole_0 D) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E (bnd_k2_zfmisc_1 C D) (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_relset_1 E (bnd_k2_zfmisc_1 C D) (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_subset_1 F (bnd_k2_zfmisc_1 C D) -->
% 150.28/149.21 bnd_k2_funcsdom A B C D E F = bnd_k1_funct_1 E F;
% 150.28/149.21 ALL A B C D E F.
% 150.28/149.21 ((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.21 ~ bnd_v1_xboole_0 C) &
% 150.28/149.21 ~ bnd_v1_xboole_0 D) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E (bnd_k2_zfmisc_1 C D) (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_relset_1 E (bnd_k2_zfmisc_1 C D) (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_subset_1 F (bnd_k2_zfmisc_1 C D) -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k2_funcsdom A B C D E F) A B
% 150.28/149.21 (bnd_k1_fraenkel A B);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A B) (bnd_k1_fraenkel A B))
% 150.28/149.21 (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_relset_1 C
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A B) (bnd_k1_fraenkel A B))
% 150.28/149.21 (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_subset_1 D (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_subset_1 E (bnd_k1_fraenkel A B) -->
% 150.28/149.21 bnd_k1_funcsdom A B C D E = bnd_k1_binop_1 C D E;
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A B) (bnd_k1_fraenkel A B))
% 150.28/149.21 (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_relset_1 C
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A B) (bnd_k1_fraenkel A B))
% 150.28/149.21 (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_subset_1 D (bnd_k1_fraenkel A B)) &
% 150.28/149.21 bnd_m1_subset_1 E (bnd_k1_fraenkel A B) -->
% 150.28/149.21 bnd_m2_fraenkel (bnd_k1_funcsdom A B C D E) A B (bnd_k1_fraenkel A B);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_funcsdom A -->
% 150.28/149.21 bnd_v1_funcsdom A -->
% 150.28/149.21 A =
% 150.28/149.21 bnd_g1_funcsdom (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_u1_rlvect_1 A) (bnd_u2_rlvect_1 A) (bnd_u1_vectsp_1 A)
% 150.28/149.21 (bnd_u2_struct_0 A);
% 150.28/149.21 Ex bnd_l1_funcsdom;
% 150.28/149.21 ALL A. bnd_l1_funcsdom A --> bnd_l3_vectsp_1 A & bnd_l2_rlvect_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (((((((~ bnd_v3_struct_0 (bnd_k13_funcsdom A) &
% 150.28/149.21 bnd_v3_rlvect_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v4_rlvect_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v5_rlvect_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v6_rlvect_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v4_group_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v7_group_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v2_funcsdom (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_l1_funcsdom (bnd_k13_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_funcsdom A -->
% 150.28/149.21 bnd_v2_funcsdom A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E bnd_k1_numbers -->
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_m1_subset_1 F bnd_k1_numbers -->
% 150.28/149.21 ((((bnd_k1_group_1 A B (bnd_k2_group_1 A) = B &
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k2_rlvect_1 A C D) =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A B C)
% 150.28/149.21 (bnd_k1_group_1 A B D)) &
% 150.28/149.21 bnd_k3_rlvect_1 A (bnd_k1_group_1 A B C) E =
% 150.28/149.21 bnd_k1_group_1 A (bnd_k3_rlvect_1 A B E) C) &
% 150.28/149.21 bnd_k3_rlvect_1 A (bnd_k2_rlvect_1 A B C) E =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k3_rlvect_1 A B E)
% 150.28/149.21 (bnd_k3_rlvect_1 A C E)) &
% 150.28/149.21 bnd_k3_rlvect_1 A B (bnd_k3_real_1 E F) =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k3_rlvect_1 A B E)
% 150.28/149.21 (bnd_k3_rlvect_1 A B F)) &
% 150.28/149.21 bnd_k3_rlvect_1 A B (bnd_k4_real_1 E F) =
% 150.28/149.21 bnd_k3_rlvect_1 A (bnd_k3_rlvect_1 A B F) E)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 (bnd_k13_funcsdom A)) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k13_funcsdom A)) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D
% 150.28/149.21 (bnd_u1_struct_0 (bnd_k13_funcsdom A)) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E bnd_k1_numbers -->
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_m1_subset_1 F bnd_k1_numbers -->
% 150.28/149.21 ((((((((((bnd_k2_rlvect_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 C =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A) C
% 150.28/149.21 B &
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 C)
% 150.28/149.21 D =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k13_funcsdom A) C
% 150.28/149.21 D)) &
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k1_rlvect_1 (bnd_k13_funcsdom A)) =
% 150.28/149.21 B) &
% 150.28/149.21 (EX G.
% 150.28/149.21 bnd_m1_subset_1 G (bnd_u1_struct_0 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A) B G =
% 150.28/149.21 bnd_k1_rlvect_1 (bnd_k13_funcsdom A))) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A) B C =
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A) C B) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k13_funcsdom A) B C)
% 150.28/149.21 D =
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k1_group_1 (bnd_k13_funcsdom A) C
% 150.28/149.21 D)) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k2_group_1 (bnd_k13_funcsdom A)) =
% 150.28/149.21 B) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k13_funcsdom A) C D) =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k13_funcsdom A) B C)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k13_funcsdom A) B D)) &
% 150.28/149.21 bnd_k3_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k13_funcsdom A) B C) E =
% 150.28/149.21 bnd_k1_group_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B E)
% 150.28/149.21 C) &
% 150.28/149.21 bnd_k3_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k13_funcsdom A) B C) E =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B E)
% 150.28/149.21 (bnd_k3_rlvect_1 (bnd_k13_funcsdom A) C E)) &
% 150.28/149.21 bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k3_real_1 E F) =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B E)
% 150.28/149.21 (bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B F)) &
% 150.28/149.21 bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B
% 150.28/149.21 (bnd_k4_real_1 E F) =
% 150.28/149.21 bnd_k3_rlvect_1 (bnd_k13_funcsdom A)
% 150.28/149.21 (bnd_k3_rlvect_1 (bnd_k13_funcsdom A) B F)
% 150.28/149.21 E)))));
% 150.28/149.21 True; True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k2_group_1 (bnd_k13_funcsdom A) = bnd_k10_funcsdom A;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k13_funcsdom A =
% 150.28/149.21 bnd_g1_funcsdom (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k7_funcsdom A)
% 150.28/149.21 (bnd_k6_funcsdom A) (bnd_k8_funcsdom A) (bnd_k10_funcsdom A)
% 150.28/149.21 (bnd_k9_funcsdom A);
% 150.28/149.21 True; True; True; True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (((((((((~ bnd_v3_struct_0 (bnd_k12_funcsdom A) &
% 150.28/149.21 bnd_v3_rlvect_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v4_rlvect_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v5_rlvect_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v6_rlvect_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v4_group_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v7_group_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v6_vectsp_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v7_vectsp_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v8_vectsp_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_l3_vectsp_1 (bnd_k12_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 (bnd_k12_funcsdom A)) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 (bnd_k12_funcsdom A)) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D
% 150.28/149.21 (bnd_u1_struct_0 (bnd_k12_funcsdom A)) -->
% 150.28/149.21 ((((((((bnd_k2_rlvect_1 (bnd_k12_funcsdom A) B C =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A) C B &
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A)
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k12_funcsdom A) B C) D =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A) B
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k12_funcsdom A) C D)) &
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A) B
% 150.28/149.21 (bnd_k1_rlvect_1 (bnd_k12_funcsdom A)) =
% 150.28/149.21 B) &
% 150.28/149.21 (EX E. bnd_m1_subset_1 E
% 150.28/149.21 (bnd_u1_struct_0 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A) B E =
% 150.28/149.21 bnd_k1_rlvect_1 (bnd_k12_funcsdom A))) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A) B C =
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A) C B) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k12_funcsdom A) B C) D =
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A) B
% 150.28/149.21 (bnd_k1_group_1 (bnd_k12_funcsdom A) C D)) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A) B
% 150.28/149.21 (bnd_k2_group_1 (bnd_k12_funcsdom A)) =
% 150.28/149.21 B) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A)
% 150.28/149.21 (bnd_k2_group_1 (bnd_k12_funcsdom A)) B =
% 150.28/149.21 B) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A) B
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k12_funcsdom A) C D) =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k12_funcsdom A) B C)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k12_funcsdom A) B D)) &
% 150.28/149.21 bnd_k1_group_1 (bnd_k12_funcsdom A)
% 150.28/149.21 (bnd_k2_rlvect_1 (bnd_k12_funcsdom A) C D) B =
% 150.28/149.21 bnd_k2_rlvect_1 (bnd_k12_funcsdom A)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k12_funcsdom A) C B)
% 150.28/149.21 (bnd_k1_group_1 (bnd_k12_funcsdom A) D B))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k2_group_1 (bnd_k12_funcsdom A) = bnd_k10_funcsdom A;
% 150.28/149.21 True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k12_funcsdom A =
% 150.28/149.21 bnd_g3_vectsp_1 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k7_funcsdom A) (bnd_k10_funcsdom A) (bnd_k9_funcsdom A);
% 150.28/149.21 True; True; True; True;
% 150.28/149.21 EX A. (((((((~ bnd_v3_struct_0 A & bnd_v2_rlvect_1 A) &
% 150.28/149.21 bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v7_rlvect_1 A) &
% 150.28/149.21 bnd_l2_rlvect_1 A) &
% 150.28/149.21 (EX B. bnd_m1_subset_1 B (bnd_u1_struct_0 A) &
% 150.28/149.21 (EX C. (bnd_m1_subset_1 C (bnd_u1_struct_0 A) &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D bnd_k1_numbers -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E bnd_k1_numbers -->
% 150.28/149.21 bnd_k4_rlvect_1 A (bnd_k3_rlvect_1 A B D)
% 150.28/149.21 (bnd_k3_rlvect_1 A C E) =
% 150.28/149.21 bnd_k1_rlvect_1 A -->
% 150.28/149.21 D = bnd_np__0 & E = bnd_np__0))) &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 (EX E. bnd_m1_subset_1 E bnd_k1_numbers &
% 150.28/149.21 (EX F.
% 150.28/149.21 bnd_m1_subset_1 F bnd_k1_numbers &
% 150.28/149.21 D = bnd_k4_rlvect_1 A (bnd_k3_rlvect_1 A B E) (bnd_k3_rlvect_1 A C F))))));
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k11_funcsdom A =
% 150.28/149.21 bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k9_funcsdom A)
% 150.28/149.21 (bnd_k6_funcsdom A) (bnd_k8_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (((((~ bnd_v3_struct_0
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k8_funcsdom A)) &
% 150.28/149.21 bnd_v3_rlvect_1
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k8_funcsdom A))) &
% 150.28/149.21 bnd_v4_rlvect_1
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A) (bnd_k8_funcsdom A))) &
% 150.28/149.21 bnd_v5_rlvect_1
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A) (bnd_k8_funcsdom A))) &
% 150.28/149.21 bnd_v6_rlvect_1
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A) (bnd_k8_funcsdom A))) &
% 150.28/149.21 bnd_v7_rlvect_1
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A) (bnd_k8_funcsdom A))) &
% 150.28/149.21 bnd_l2_rlvect_1
% 150.28/149.21 (bnd_g2_rlvect_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k9_funcsdom A) (bnd_k6_funcsdom A) (bnd_k8_funcsdom A));
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ~ bnd_v1_xboole_0 C -->
% 150.28/149.21 ~ ((C = bnd_k2_tarski A B & ~ A = B) &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m2_fraenkel E C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 ~ ((ALL F.
% 150.28/149.21 bnd_m1_subset_1 F bnd_k1_numbers -->
% 150.28/149.21 (ALL G.
% 150.28/149.21 bnd_m1_subset_1 G bnd_k1_numbers -->
% 150.28/149.21 bnd_k1_funcsdom C bnd_k1_numbers
% 150.28/149.21 (bnd_k6_funcsdom C)
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) F D))
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) G E)) =
% 150.28/149.21 bnd_k9_funcsdom C -->
% 150.28/149.21 F = bnd_np__0 & G = bnd_np__0)) &
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_m2_fraenkel F C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (EX G. bnd_m1_subset_1 G bnd_k1_numbers &
% 150.28/149.21 (EX H. bnd_m1_subset_1 H bnd_k1_numbers &
% 150.28/149.21 F =
% 150.28/149.21 bnd_k1_funcsdom C bnd_k1_numbers (bnd_k6_funcsdom C)
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers (bnd_k1_fraenkel C bnd_k1_numbers) G D))
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers (bnd_k1_fraenkel C bnd_k1_numbers) H
% 150.28/149.21 E)))))))));
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ~ bnd_v1_xboole_0 C -->
% 150.28/149.21 ~ ((C = bnd_k2_tarski A B & ~ A = B) &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m2_fraenkel E C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (EX F. bnd_m2_fraenkel F C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) &
% 150.28/149.21 (ALL G.
% 150.28/149.21 bnd_m1_subset_1 G bnd_k1_numbers -->
% 150.28/149.21 (ALL H.
% 150.28/149.21 bnd_m1_subset_1 H bnd_k1_numbers -->
% 150.28/149.21 ~ F =
% 150.28/149.21 bnd_k1_funcsdom C bnd_k1_numbers
% 150.28/149.21 (bnd_k6_funcsdom C)
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) G D))
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) H E))))))));
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ~ bnd_v1_xboole_0 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m2_fraenkel E C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (C = bnd_k2_tarski A B &
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_r2_hidden F C -->
% 150.28/149.21 (F = A --> bnd_k1_funct_1 D F = bnd_np__1) &
% 150.28/149.21 (~ F = A --> bnd_k1_funct_1 D F = bnd_np__0))) &
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_r2_hidden F C -->
% 150.28/149.21 (F = A --> bnd_k1_funct_1 E F = bnd_np__0) &
% 150.28/149.21 (~ F = A --> bnd_k1_funct_1 E F = bnd_np__1)) -->
% 150.28/149.21 A = B |
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_m2_fraenkel F C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (EX G. bnd_m1_subset_1 G bnd_k1_numbers &
% 150.28/149.21 (EX H. bnd_m1_subset_1 H bnd_k1_numbers &
% 150.28/149.21 F =
% 150.28/149.21 bnd_k1_funcsdom C bnd_k1_numbers
% 150.28/149.21 (bnd_k6_funcsdom C)
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) G
% 150.28/149.21 D))
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) H
% 150.28/149.21 E)))))));
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ~ bnd_v1_xboole_0 C -->
% 150.28/149.21 ~ (((bnd_r2_hidden A C & bnd_r2_hidden B C) & ~ A = B) &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m2_fraenkel E C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (EX F. bnd_m1_subset_1 F bnd_k1_numbers &
% 150.28/149.21 (EX G. (bnd_m1_subset_1 G bnd_k1_numbers &
% 150.28/149.21 bnd_k1_funcsdom C bnd_k1_numbers
% 150.28/149.21 (bnd_k6_funcsdom C)
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) F
% 150.28/149.21 D))
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers
% 150.28/149.21 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) G
% 150.28/149.21 E)) =
% 150.28/149.21 bnd_k9_funcsdom C) &
% 150.28/149.21 ~ (F = bnd_np__0 & G = bnd_np__0))))));
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ~ bnd_v1_xboole_0 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m2_fraenkel E C bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) -->
% 150.28/149.21 ((bnd_r2_hidden A C & bnd_r2_hidden B C) &
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_r2_hidden F C -->
% 150.28/149.21 (F = A --> bnd_k1_funct_1 D F = bnd_np__1) &
% 150.28/149.21 (~ F = A --> bnd_k1_funct_1 D F = bnd_np__0))) &
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_r2_hidden F C -->
% 150.28/149.21 (F = A --> bnd_k1_funct_1 E F = bnd_np__0) &
% 150.28/149.21 (~ F = A --> bnd_k1_funct_1 E F = bnd_np__1)) -->
% 150.28/149.21 A = B |
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_m1_subset_1 F bnd_k1_numbers -->
% 150.28/149.21 (ALL G.
% 150.28/149.21 bnd_m1_subset_1 G bnd_k1_numbers -->
% 150.28/149.21 bnd_k1_funcsdom C bnd_k1_numbers (bnd_k6_funcsdom C)
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) F D))
% 150.28/149.21 (bnd_k2_funcsdom C bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom C)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel C bnd_k1_numbers) G E)) =
% 150.28/149.21 bnd_k9_funcsdom C -->
% 150.28/149.21 F = bnd_np__0 & G = bnd_np__0))));
% 150.28/149.21 ALL A B.
% 150.28/149.21 ~ bnd_v1_xboole_0 B -->
% 150.28/149.21 (EX C. bnd_m2_fraenkel C B bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel B bnd_k1_numbers) &
% 150.28/149.21 (EX D. (bnd_m2_fraenkel D B bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel B bnd_k1_numbers) &
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_r2_hidden E B -->
% 150.28/149.21 (E = A --> bnd_k1_funct_1 C E = bnd_np__1) &
% 150.28/149.21 (~ E = A --> bnd_k1_funct_1 C E = bnd_np__0))) &
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_r2_hidden E B -->
% 150.28/149.21 (E = A --> bnd_k1_funct_1 D E = bnd_np__0) &
% 150.28/149.21 (~ E = A --> bnd_k1_funct_1 D E = bnd_np__1))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D bnd_k1_numbers -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A)
% 150.28/149.21 (bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) D B))
% 150.28/149.21 C =
% 150.28/149.21 bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) D
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B
% 150.28/149.21 C)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) C
% 150.28/149.21 D) =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B
% 150.28/149.21 C)
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B
% 150.28/149.21 D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D bnd_k1_numbers -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) C B))
% 150.28/149.21 (bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) D B)) =
% 150.28/149.21 bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k3_real_1 C D)
% 150.28/149.21 B))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D bnd_k1_numbers -->
% 150.28/149.21 bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) C
% 150.28/149.21 (bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) D B))) =
% 150.28/149.21 bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k4_real_1 C D)
% 150.28/149.21 B))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) bnd_np__1 B) =
% 150.28/149.21 B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) B
% 150.28/149.21 (bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k1_real_1 bnd_np__1)
% 150.28/149.21 B)) =
% 150.28/149.21 bnd_k9_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k9_funcsdom A) B =
% 150.28/149.21 B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A)
% 150.28/149.21 (bnd_k10_funcsdom A) B =
% 150.28/149.21 B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) C
% 150.28/149.21 D) =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A)
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B
% 150.28/149.21 C)
% 150.28/149.21 D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) B C =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) C B));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) B
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) C
% 150.28/149.21 D) =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A)
% 150.28/149.21 (bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) B
% 150.28/149.21 C)
% 150.28/149.21 D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) B C =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) C B));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D bnd_k1_numbers -->
% 150.28/149.21 (B =
% 150.28/149.21 bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) (bnd_k8_funcsdom A)
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) D C)) =
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E A -->
% 150.28/149.21 bnd_k8_funct_2 A bnd_k1_numbers B E =
% 150.28/149.21 bnd_k4_real_1 D
% 150.28/149.21 (bnd_k8_funct_2 A bnd_k1_numbers C E)))));
% 150.28/149.21 ALL A. ~ bnd_v1_xboole_0 A --> ~ bnd_k9_funcsdom A = bnd_k10_funcsdom A;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B A -->
% 150.28/149.21 bnd_k8_funct_2 A bnd_k1_numbers (bnd_k9_funcsdom A) B =
% 150.28/149.21 bnd_np__0);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B A -->
% 150.28/149.21 bnd_k8_funct_2 A bnd_k1_numbers (bnd_k10_funcsdom A) B =
% 150.28/149.21 bnd_np__1);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (B =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k7_funcsdom A) C
% 150.28/149.21 D) =
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E A -->
% 150.28/149.21 bnd_k8_funct_2 A bnd_k1_numbers B E =
% 150.28/149.21 bnd_k4_real_1 (bnd_k8_funct_2 A bnd_k1_numbers C E)
% 150.28/149.21 (bnd_k8_funct_2 A bnd_k1_numbers D E)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_fraenkel B A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (B =
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers (bnd_k6_funcsdom A) C
% 150.28/149.21 D) =
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E A -->
% 150.28/149.21 bnd_k8_funct_2 A bnd_k1_numbers B E =
% 150.28/149.21 bnd_k3_real_1 (bnd_k8_funct_2 A bnd_k1_numbers C E)
% 150.28/149.21 (bnd_k8_funct_2 A bnd_k1_numbers D E)))));
% 150.28/149.21 True; True; True; True; True; True; True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k10_funcsdom A = bnd_k2_funcop_1 A bnd_np__1;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 bnd_k9_funcsdom A = bnd_k2_funcop_1 A bnd_np__0;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 (bnd_v1_funct_1 B &
% 150.28/149.21 bnd_v1_funct_2 B
% 150.28/149.21 (bnd_k2_zfmisc_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)) &
% 150.28/149.21 bnd_m2_relset_1 B
% 150.28/149.21 (bnd_k2_zfmisc_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (B = bnd_k8_funcsdom A) =
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E A -->
% 150.28/149.21 bnd_k8_funct_2 A bnd_k1_numbers
% 150.28/149.21 (bnd_k2_funcsdom A bnd_k1_numbers bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) B
% 150.28/149.21 (bnd_k1_domain_1 bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) C D))
% 150.28/149.21 E =
% 150.28/149.21 bnd_k4_real_1 C
% 150.28/149.21 (bnd_k8_funct_2 A bnd_k1_numbers D E)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 (bnd_v1_funct_1 B &
% 150.28/149.21 bnd_v1_funct_2 B
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)) &
% 150.28/149.21 bnd_m2_relset_1 B
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (B = bnd_k7_funcsdom A) =
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers B C D =
% 150.28/149.21 bnd_k4_funcsdom bnd_k1_numbers A bnd_k35_binop_2 C D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 (bnd_v1_funct_1 B &
% 150.28/149.21 bnd_v1_funct_2 B
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers)) &
% 150.28/149.21 bnd_m2_relset_1 B
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_k1_fraenkel A bnd_k1_numbers)
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers))
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (B = bnd_k6_funcsdom A) =
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_fraenkel C A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_fraenkel D A bnd_k1_numbers
% 150.28/149.21 (bnd_k1_fraenkel A bnd_k1_numbers) -->
% 150.28/149.21 bnd_k1_funcsdom A bnd_k1_numbers B C D =
% 150.28/149.21 bnd_k4_funcsdom bnd_k1_numbers A bnd_k33_binop_2 C D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ~ bnd_v1_xboole_0 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) &
% 150.28/149.21 bnd_m2_relset_1 C A B -->
% 150.28/149.21 bnd_k3_funcsdom A B C = C));
% 150.28/149.21 EX A. ((((((((bnd_l1_funcsdom A & ~ bnd_v3_struct_0 A) &
% 150.28/149.21 bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v1_funcsdom A) &
% 150.28/149.21 bnd_v2_funcsdom A;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (((~ bnd_v3_struct_0 (bnd_k13_funcsdom A) &
% 150.28/149.21 bnd_v2_group_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v6_vectsp_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v8_vectsp_1 (bnd_k13_funcsdom A)) &
% 150.28/149.21 bnd_v1_funcsdom (bnd_k13_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 (bnd_k13_funcsdom A) &
% 150.28/149.21 bnd_v1_funcsdom (bnd_k13_funcsdom A);
% 150.28/149.21 EX A. bnd_l1_funcsdom A & ~ bnd_v3_struct_0 A;
% 150.28/149.21 EX A. bnd_l1_funcsdom A & bnd_v1_funcsdom A;
% 150.28/149.21 EX A. (((((((((bnd_l3_vectsp_1 A & ~ bnd_v3_struct_0 A) &
% 150.28/149.21 bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v3_vectsp_1 A) &
% 150.28/149.21 bnd_v4_vectsp_1 A) &
% 150.28/149.21 bnd_v6_vectsp_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 (((~ bnd_v3_struct_0 (bnd_k12_funcsdom A) &
% 150.28/149.21 bnd_v2_group_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v3_vectsp_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v6_vectsp_1 (bnd_k12_funcsdom A)) &
% 150.28/149.21 bnd_v8_vectsp_1 (bnd_k12_funcsdom A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v1_xboole_0 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 (bnd_k12_funcsdom A) &
% 150.28/149.21 bnd_v3_vectsp_1 (bnd_k12_funcsdom A);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 ((((((bnd_l1_struct_0 A & bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.21 bnd_m1_subset_1 D B) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) B) B) &
% 150.28/149.21 bnd_m1_relset_1 E (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) B) B -->
% 150.28/149.21 (ALL F G H I J.
% 150.28/149.21 bnd_g4_vectsp_1 A B C D E = bnd_g4_vectsp_1 F G H I J -->
% 150.28/149.21 (((A = F & B = G) & C = H) & D = I) & E = J);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 ((((((bnd_l1_struct_0 A & bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.21 bnd_m1_subset_1 D B) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) B) B) &
% 150.28/149.21 bnd_m1_relset_1 E (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) B) B -->
% 150.28/149.21 bnd_v11_vectsp_1 (bnd_g4_vectsp_1 A B C D E) A &
% 150.28/149.21 bnd_l4_vectsp_1 (bnd_g4_vectsp_1 A B C D E) A;
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 ((((((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 D A) &
% 150.28/149.21 bnd_m1_subset_1 E A -->
% 150.28/149.21 (ALL F G H I J.
% 150.28/149.21 bnd_g3_vectsp_1 A B C D E = bnd_g3_vectsp_1 F G H I J -->
% 150.28/149.21 (((A = F & B = G) & C = H) & D = I) & E = J);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 ((((((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 D A) &
% 150.28/149.21 bnd_m1_subset_1 E A -->
% 150.28/149.21 bnd_v3_vectsp_1 (bnd_g3_vectsp_1 A B C D E) &
% 150.28/149.21 bnd_l3_vectsp_1 (bnd_g3_vectsp_1 A B C D E);
% 150.28/149.21 ALL A B C D.
% 150.28/149.21 (((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 C A) &
% 150.28/149.21 bnd_m1_subset_1 D A -->
% 150.28/149.21 (ALL E F G H.
% 150.28/149.21 bnd_g2_vectsp_1 A B C D = bnd_g2_vectsp_1 E F G H -->
% 150.28/149.21 ((A = E & B = F) & C = G) & D = H);
% 150.28/149.21 ALL A B C D.
% 150.28/149.21 (((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 C A) &
% 150.28/149.21 bnd_m1_subset_1 D A -->
% 150.28/149.21 bnd_v2_vectsp_1 (bnd_g2_vectsp_1 A B C D) &
% 150.28/149.21 bnd_l2_vectsp_1 (bnd_g2_vectsp_1 A B C D);
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 C A -->
% 150.28/149.21 (ALL D E F.
% 150.28/149.21 bnd_g1_vectsp_1 A B C = bnd_g1_vectsp_1 D E F -->
% 150.28/149.21 (A = D & B = E) & C = F);
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_subset_1 C A -->
% 150.28/149.21 bnd_v1_vectsp_1 (bnd_g1_vectsp_1 A B C) &
% 150.28/149.21 bnd_l1_vectsp_1 (bnd_g1_vectsp_1 A B C);
% 150.28/149.21 ALL A B.
% 150.28/149.21 bnd_l1_struct_0 A & bnd_l4_vectsp_1 B A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_u2_vectsp_1 A B) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_u2_vectsp_1 A B)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B))
% 150.28/149.21 (bnd_u1_struct_0 B)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_u2_vectsp_1 A B)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B))
% 150.28/149.21 (bnd_u1_struct_0 B);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_vectsp_1 A -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_u1_vectsp_1 A) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_k7_vectsp_1 A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_k7_vectsp_1 A) (bnd_u1_struct_0 A)
% 150.28/149.21 (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_k7_vectsp_1 A) (bnd_u1_struct_0 A)
% 150.28/149.21 (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A B C D.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) & ~ bnd_v3_struct_0 B) &
% 150.28/149.21 bnd_l4_vectsp_1 B A) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k6_vectsp_1 A B C D) (bnd_u1_struct_0 B);
% 150.28/149.21 ALL A B C.
% 150.28/149.21 (((((((~ bnd_v3_struct_0 A & bnd_v4_group_1 A) & bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k5_vectsp_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A B.
% 150.28/149.21 ((((((~ bnd_v3_struct_0 A & bnd_v4_group_1 A) & bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k4_vectsp_1 A B) (bnd_u1_struct_0 A);
% 150.28/149.21 bnd_v3_vectsp_1 bnd_k3_vectsp_1 & bnd_l3_vectsp_1 bnd_k3_vectsp_1;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_vectsp_1 A -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k2_vectsp_1 A) (bnd_u1_struct_0 A);
% 150.28/149.21 bnd_v1_rlvect_1 bnd_k1_vectsp_1 & bnd_l1_rlvect_1 bnd_k1_vectsp_1;
% 150.28/149.21 ALL A B.
% 150.28/149.21 bnd_l1_struct_0 A & bnd_l4_vectsp_1 B A -->
% 150.28/149.21 bnd_v11_vectsp_1 B A -->
% 150.28/149.21 B =
% 150.28/149.21 bnd_g4_vectsp_1 A (bnd_u1_struct_0 B) (bnd_u1_rlvect_1 B)
% 150.28/149.21 (bnd_u2_struct_0 B) (bnd_u2_vectsp_1 A B);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 bnd_v3_vectsp_1 A -->
% 150.28/149.21 A =
% 150.28/149.21 bnd_g3_vectsp_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A)
% 150.28/149.21 (bnd_u1_group_1 A) (bnd_u1_vectsp_1 A) (bnd_u2_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l2_vectsp_1 A -->
% 150.28/149.21 bnd_v2_vectsp_1 A -->
% 150.28/149.21 A =
% 150.28/149.21 bnd_g2_vectsp_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_u1_vectsp_1 A) (bnd_u2_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_vectsp_1 A -->
% 150.28/149.21 bnd_v1_vectsp_1 A -->
% 150.28/149.21 A =
% 150.28/149.21 bnd_g1_vectsp_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_u1_vectsp_1 A);
% 150.28/149.21 ALL A. bnd_l1_struct_0 A --> (EX B. bnd_l4_vectsp_1 B A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_struct_0 A -->
% 150.28/149.21 (ALL B. bnd_l4_vectsp_1 B A --> bnd_l1_rlvect_1 B);
% 150.28/149.21 Ex bnd_l3_vectsp_1;
% 150.28/149.21 ALL A. bnd_l3_vectsp_1 A --> bnd_l1_rlvect_1 A & bnd_l2_vectsp_1 A;
% 150.28/149.21 Ex bnd_l2_vectsp_1;
% 150.28/149.21 ALL A. bnd_l2_vectsp_1 A --> bnd_l1_vectsp_1 A & bnd_l2_struct_0 A;
% 150.28/149.21 Ex bnd_l1_vectsp_1; ALL A. bnd_l1_vectsp_1 A --> bnd_l1_group_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (((~ bnd_v3_struct_0
% 150.28/149.21 (bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A)) &
% 150.28/149.21 bnd_v3_group_1
% 150.28/149.21 (bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A))) &
% 150.28/149.21 bnd_v4_group_1
% 150.28/149.21 (bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A))) &
% 150.28/149.21 bnd_v7_group_1
% 150.28/149.21 (bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A))) &
% 150.28/149.21 bnd_l1_group_1
% 150.28/149.21 (bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k6_rlvect_1 A B C) D =
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k6_rlvect_1 A B D) C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k5_rlvect_1 A
% 150.28/149.21 (bnd_k2_rlvect_1 A (bnd_k5_rlvect_1 A B) C) =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k5_rlvect_1 A C) B));
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k2_rlvect_1 A C B)
% 150.28/149.21 (bnd_k2_rlvect_1 A D B) =
% 150.28/149.21 bnd_k6_rlvect_1 A C D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k2_rlvect_1 A B C =
% 150.28/149.21 bnd_k5_rlvect_1 A
% 150.28/149.21 (bnd_k2_rlvect_1 A (bnd_k5_rlvect_1 A C)
% 150.28/149.21 (bnd_k5_rlvect_1 A B))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 (bnd_k6_rlvect_1 A (bnd_k10_group_1 A B D) C =
% 150.28/149.21 bnd_k1_rlvect_1 A -->
% 150.28/149.21 B = bnd_k1_rlvect_1 A |
% 150.28/149.21 D = bnd_k10_group_1 A C (bnd_k4_vectsp_1 A B)) &
% 150.28/149.21 (bnd_k6_rlvect_1 A C (bnd_k10_group_1 A D B) =
% 150.28/149.21 bnd_k1_rlvect_1 A -->
% 150.28/149.21 B = bnd_k1_rlvect_1 A |
% 150.28/149.21 D = bnd_k10_group_1 A C (bnd_k4_vectsp_1 A B)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_rlvect_1 A B C = bnd_k1_rlvect_1 A -->
% 150.28/149.21 bnd_k6_rlvect_1 A C B = bnd_k1_rlvect_1 A));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k5_rlvect_1 A B = bnd_k1_rlvect_1 A -->
% 150.28/149.21 B = bnd_k1_rlvect_1 A);
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_rlvect_1 A B C = bnd_k1_rlvect_1 A --> B = C));
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k5_rlvect_1 A (bnd_k6_rlvect_1 A B C) =
% 150.28/149.21 bnd_k6_rlvect_1 A C B));
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 bnd_v13_vectsp_1 A =
% 150.28/149.21 (~ bnd_k2_rlvect_1 A (bnd_k2_group_1 A) (bnd_k2_group_1 A) =
% 150.28/149.21 bnd_k1_rlvect_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.21 bnd_v13_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k2_rlvect_1 A B B = bnd_k1_rlvect_1 A -->
% 150.28/149.21 B = bnd_k1_rlvect_1 A);
% 150.28/149.21 True;
% 150.28/149.21 ~ bnd_k4_rlvect_1 bnd_k3_vectsp_1 (bnd_k2_group_1 bnd_k3_vectsp_1)
% 150.28/149.21 (bnd_k2_group_1 bnd_k3_vectsp_1) =
% 150.28/149.21 bnd_k1_rlvect_1 bnd_k3_vectsp_1;
% 150.28/149.21 True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 ~ B = bnd_k1_rlvect_1 A -->
% 150.28/149.21 ~ bnd_k4_vectsp_1 A B = bnd_k1_rlvect_1 A &
% 150.28/149.21 ~ bnd_k5_rlvect_1 A (bnd_k4_vectsp_1 A B) = bnd_k1_rlvect_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 ~ B = bnd_k1_rlvect_1 A -->
% 150.28/149.21 bnd_k4_vectsp_1 A (bnd_k4_vectsp_1 A B) = B);
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v6_vectsp_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((((~ bnd_v3_struct_0 B & bnd_v4_rlvect_1 B) &
% 150.28/149.21 bnd_v5_rlvect_1 B) &
% 150.28/149.21 bnd_v6_rlvect_1 B) &
% 150.28/149.21 bnd_v12_vectsp_1 B A) &
% 150.28/149.21 bnd_l4_vectsp_1 B A -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_vectsp_1 A B C (bnd_k6_rlvect_1 B D E) =
% 150.28/149.21 bnd_k6_rlvect_1 B (bnd_k6_vectsp_1 A B C D)
% 150.28/149.21 (bnd_k6_vectsp_1 A B C E)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v6_vectsp_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((((~ bnd_v3_struct_0 B & bnd_v4_rlvect_1 B) &
% 150.28/149.21 bnd_v5_rlvect_1 B) &
% 150.28/149.21 bnd_v6_rlvect_1 B) &
% 150.28/149.21 bnd_v12_vectsp_1 B A) &
% 150.28/149.21 bnd_l4_vectsp_1 B A -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_vectsp_1 A B C (bnd_k5_rlvect_1 B D) =
% 150.28/149.21 bnd_k5_rlvect_1 B (bnd_k6_vectsp_1 A B C D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((((~ bnd_v3_struct_0 B & bnd_v4_rlvect_1 B) &
% 150.28/149.21 bnd_v5_rlvect_1 B) &
% 150.28/149.21 bnd_v6_rlvect_1 B) &
% 150.28/149.21 bnd_v12_vectsp_1 B A) &
% 150.28/149.21 bnd_l4_vectsp_1 B A -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k5_rlvect_1 B (bnd_k6_vectsp_1 A B C D) =
% 150.28/149.21 bnd_k6_vectsp_1 A B (bnd_k5_rlvect_1 A C) D &
% 150.28/149.21 bnd_k6_rlvect_1 B E (bnd_k6_vectsp_1 A B C D) =
% 150.28/149.21 bnd_k2_rlvect_1 B E
% 150.28/149.21 (bnd_k6_vectsp_1 A B (bnd_k5_rlvect_1 A C) D)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((((~ bnd_v3_struct_0 C & bnd_v4_rlvect_1 C) &
% 150.28/149.21 bnd_v5_rlvect_1 C) &
% 150.28/149.21 bnd_v6_rlvect_1 C) &
% 150.28/149.21 bnd_v12_vectsp_1 C A) &
% 150.28/149.21 bnd_l4_vectsp_1 C A -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 ~ B = bnd_k1_rlvect_1 A -->
% 150.28/149.21 bnd_k6_vectsp_1 A C (bnd_k4_vectsp_1 A B)
% 150.28/149.21 (bnd_k6_vectsp_1 A C B D) =
% 150.28/149.21 D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (((bnd_k2_rlvect_1 A B (bnd_k5_rlvect_1 A C) =
% 150.28/149.21 bnd_k1_rlvect_1 A -->
% 150.28/149.21 B = C) &
% 150.28/149.21 (B = C -->
% 150.28/149.21 bnd_k2_rlvect_1 A B (bnd_k5_rlvect_1 A C) =
% 150.28/149.21 bnd_k1_rlvect_1 A)) &
% 150.28/149.21 (bnd_k6_rlvect_1 A B C = bnd_k1_rlvect_1 A --> B = C)) &
% 150.28/149.21 (B = C --> bnd_k6_rlvect_1 A B C = bnd_k1_rlvect_1 A)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k1_rlvect_1 A) B = bnd_k5_rlvect_1 A B &
% 150.28/149.21 bnd_k6_rlvect_1 A B (bnd_k1_rlvect_1 A) = B);
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 (((bnd_k5_rlvect_1 A (bnd_k2_rlvect_1 A C D) =
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A D) C &
% 150.28/149.21 bnd_k5_rlvect_1 A
% 150.28/149.21 (bnd_k2_rlvect_1 A D (bnd_k5_rlvect_1 A C)) =
% 150.28/149.21 bnd_k6_rlvect_1 A C D) &
% 150.28/149.21 bnd_k5_rlvect_1 A (bnd_k6_rlvect_1 A C D) =
% 150.28/149.21 bnd_k2_rlvect_1 A D (bnd_k5_rlvect_1 A C)) &
% 150.28/149.21 bnd_k5_rlvect_1 A
% 150.28/149.21 (bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A C) D) =
% 150.28/149.21 bnd_k2_rlvect_1 A D C) &
% 150.28/149.21 bnd_k6_rlvect_1 A B (bnd_k2_rlvect_1 A D C) =
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k6_rlvect_1 A B C) D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (bnd_k2_rlvect_1 A B C = bnd_k1_rlvect_1 A) =
% 150.28/149.21 (bnd_k5_rlvect_1 A B = C)));
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((((~ bnd_v3_struct_0 C & bnd_v4_rlvect_1 C) &
% 150.28/149.21 bnd_v5_rlvect_1 C) &
% 150.28/149.21 bnd_v6_rlvect_1 C) &
% 150.28/149.21 bnd_v12_vectsp_1 C A) &
% 150.28/149.21 bnd_l4_vectsp_1 C A -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 (bnd_k6_vectsp_1 A C B D = bnd_k1_rlvect_1 C) =
% 150.28/149.21 (B = bnd_k1_rlvect_1 A | D = bnd_k1_rlvect_1 C))));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((((~ bnd_v3_struct_0 C & bnd_v4_rlvect_1 C) &
% 150.28/149.21 bnd_v5_rlvect_1 C) &
% 150.28/149.21 bnd_v6_rlvect_1 C) &
% 150.28/149.21 bnd_v12_vectsp_1 C A) &
% 150.28/149.21 bnd_l4_vectsp_1 C A -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 (bnd_k6_vectsp_1 A C (bnd_k1_rlvect_1 A) D =
% 150.28/149.21 bnd_k1_rlvect_1 C &
% 150.28/149.21 bnd_k6_vectsp_1 A C
% 150.28/149.21 (bnd_k5_rlvect_1 A (bnd_k2_group_1 A)) D =
% 150.28/149.21 bnd_k5_rlvect_1 C D) &
% 150.28/149.21 bnd_k6_vectsp_1 A C B (bnd_k1_rlvect_1 C) =
% 150.28/149.21 bnd_k1_rlvect_1 C)));
% 150.28/149.21 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ~ bnd_v3_struct_0 B & bnd_l4_vectsp_1 B A -->
% 150.28/149.21 bnd_v12_vectsp_1 B A =
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL F.
% 150.28/149.21 bnd_m1_subset_1 F (bnd_u1_struct_0 B) -->
% 150.28/149.21 ((bnd_k6_vectsp_1 A B C (bnd_k2_rlvect_1 B E F) =
% 150.28/149.21 bnd_k2_rlvect_1 B (bnd_k6_vectsp_1 A B C E)
% 150.28/149.21 (bnd_k6_vectsp_1 A B C F) &
% 150.28/149.21 bnd_k6_vectsp_1 A B (bnd_k2_rlvect_1 A C D) E =
% 150.28/149.21 bnd_k2_rlvect_1 B (bnd_k6_vectsp_1 A B C E)
% 150.28/149.21 (bnd_k6_vectsp_1 A B D E)) &
% 150.28/149.21 bnd_k6_vectsp_1 A B (bnd_k1_group_1 A C D) E =
% 150.28/149.21 bnd_k6_vectsp_1 A B C
% 150.28/149.21 (bnd_k6_vectsp_1 A B D E)) &
% 150.28/149.21 bnd_k6_vectsp_1 A B (bnd_k2_group_1 A) E = E)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 (bnd_v1_funct_1 B &
% 150.28/149.21 bnd_v1_funct_2 B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m2_relset_1 B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) -->
% 150.28/149.21 (B = bnd_k7_vectsp_1 A) =
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) B C =
% 150.28/149.21 bnd_k5_rlvect_1 A C));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_struct_0 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ~ bnd_v3_struct_0 B & bnd_l4_vectsp_1 B A -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_vectsp_1 A B C D =
% 150.28/149.21 bnd_k2_binop_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 B)
% 150.28/149.21 (bnd_u1_struct_0 B) (bnd_u2_vectsp_1 A B) C D)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v5_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A (bnd_k6_rlvect_1 A B C) D =
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k1_group_1 A B D)
% 150.28/149.21 (bnd_k1_group_1 A C D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (bnd_k10_group_1 A B C = bnd_k1_rlvect_1 A) =
% 150.28/149.21 (B = bnd_k1_rlvect_1 A | C = bnd_k1_rlvect_1 A)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k6_rlvect_1 A C D) =
% 150.28/149.21 bnd_k6_rlvect_1 A (bnd_k1_group_1 A B C)
% 150.28/149.21 (bnd_k1_group_1 A B D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A (bnd_k5_rlvect_1 A B) (bnd_k5_rlvect_1 A C) =
% 150.28/149.21 bnd_k1_group_1 A B C));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v5_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A (bnd_k5_rlvect_1 A B) C =
% 150.28/149.21 bnd_k5_rlvect_1 A (bnd_k1_group_1 A B C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k5_rlvect_1 A C) =
% 150.28/149.21 bnd_k5_rlvect_1 A (bnd_k1_group_1 A B C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v5_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A (bnd_k1_rlvect_1 A) B = bnd_k1_rlvect_1 A);
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k1_rlvect_1 A) = bnd_k1_rlvect_1 A);
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((~ bnd_v3_struct_0 A & bnd_v4_group_1 A) & bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k5_vectsp_1 A B C =
% 150.28/149.21 bnd_k10_group_1 A B (bnd_k4_vectsp_1 A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((~ bnd_v3_struct_0 A & bnd_v4_group_1 A) & bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 ~ B = bnd_k1_rlvect_1 A -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (C = bnd_k4_vectsp_1 A B) =
% 150.28/149.21 (bnd_k10_group_1 A B C = bnd_k2_group_1 A)));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((~ bnd_v3_struct_0 A & bnd_v4_group_1 A) & bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k10_group_1 A B C = bnd_k10_group_1 A B D -->
% 150.28/149.21 B = bnd_k1_rlvect_1 A | C = D)));
% 150.28/149.21 True; True; True; True; True; True; True; True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l3_vectsp_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 (~ (~ B = bnd_k1_rlvect_1 A &
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.21 ~ bnd_k1_group_1 A B E = bnd_k2_group_1 A)) &
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k2_rlvect_1 A C D) =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A B C)
% 150.28/149.21 (bnd_k1_group_1 A B D)) &
% 150.28/149.21 bnd_k1_group_1 A (bnd_k2_rlvect_1 A C D) B =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A C B)
% 150.28/149.21 (bnd_k1_group_1 A D B)))) =
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v7_vectsp_1 A) & bnd_v9_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m1_subset_1 A (bnd_u1_struct_0 bnd_k3_vectsp_1) -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 bnd_k3_vectsp_1) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 bnd_k3_vectsp_1) -->
% 150.28/149.21 ((((((((bnd_k4_rlvect_1 bnd_k3_vectsp_1 A B =
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1 B A &
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1
% 150.28/149.21 (bnd_k4_rlvect_1 bnd_k3_vectsp_1 A B) C =
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1 A
% 150.28/149.21 (bnd_k4_rlvect_1 bnd_k3_vectsp_1 B C)) &
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1 A
% 150.28/149.21 (bnd_k1_rlvect_1 bnd_k3_vectsp_1) =
% 150.28/149.21 A) &
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1 A
% 150.28/149.21 (bnd_k5_rlvect_1 bnd_k3_vectsp_1 A) =
% 150.28/149.21 bnd_k1_rlvect_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1 A B =
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1 B A) &
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1
% 150.28/149.21 (bnd_k10_group_1 bnd_k3_vectsp_1 A B) C =
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1 A
% 150.28/149.21 (bnd_k10_group_1 bnd_k3_vectsp_1 B C)) &
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1
% 150.28/149.21 (bnd_k2_group_1 bnd_k3_vectsp_1) A =
% 150.28/149.21 A) &
% 150.28/149.21 ~ (~ A = bnd_k1_rlvect_1 bnd_k3_vectsp_1 &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D
% 150.28/149.21 (bnd_u1_struct_0 bnd_k3_vectsp_1) -->
% 150.28/149.21 ~ bnd_k10_group_1 bnd_k3_vectsp_1 A D =
% 150.28/149.21 bnd_k2_group_1 bnd_k3_vectsp_1))) &
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1 A
% 150.28/149.21 (bnd_k4_rlvect_1 bnd_k3_vectsp_1 B C) =
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1
% 150.28/149.21 (bnd_k10_group_1 bnd_k3_vectsp_1 A B)
% 150.28/149.21 (bnd_k10_group_1 bnd_k3_vectsp_1 A C)) &
% 150.28/149.21 bnd_k10_group_1 bnd_k3_vectsp_1
% 150.28/149.21 (bnd_k4_rlvect_1 bnd_k3_vectsp_1 B C) A =
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k3_vectsp_1
% 150.28/149.21 (bnd_k10_group_1 bnd_k3_vectsp_1 B A)
% 150.28/149.21 (bnd_k10_group_1 bnd_k3_vectsp_1 C A)));
% 150.28/149.21 bnd_k2_group_1 bnd_k3_vectsp_1 = bnd_np__1; True; True; True; True; True;
% 150.28/149.21 True; True; True; True; True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l2_vectsp_1 A -->
% 150.28/149.21 bnd_v10_vectsp_1 A = (bnd_k1_rlvect_1 A = bnd_k2_group_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l2_vectsp_1 A -->
% 150.28/149.21 bnd_v9_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 ~ (~ B = bnd_k1_rlvect_1 A &
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 ~ bnd_k1_group_1 A B C = bnd_k2_group_1 A)));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_vectsp_1 A -->
% 150.28/149.21 bnd_v8_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A (bnd_k2_group_1 A) B = B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l3_vectsp_1 A -->
% 150.28/149.21 bnd_v7_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k2_rlvect_1 A C D) =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A B C)
% 150.28/149.21 (bnd_k1_group_1 A B D) &
% 150.28/149.21 bnd_k1_group_1 A (bnd_k2_rlvect_1 A C D) B =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A C B)
% 150.28/149.21 (bnd_k1_group_1 A D B))));
% 150.28/149.21 True; True;
% 150.28/149.21 bnd_k3_vectsp_1 =
% 150.28/149.21 bnd_g3_vectsp_1 bnd_k1_numbers bnd_k33_binop_2 bnd_k35_binop_2 bnd_np__1
% 150.28/149.21 bnd_np__0;
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_vectsp_1 A -->
% 150.28/149.21 bnd_v6_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k2_group_1 A) = B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l3_vectsp_1 A -->
% 150.28/149.21 bnd_v5_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A (bnd_k2_rlvect_1 A C D) B =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A C B)
% 150.28/149.21 (bnd_k1_group_1 A D B))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l3_vectsp_1 A -->
% 150.28/149.21 bnd_v4_vectsp_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B (bnd_k2_rlvect_1 A C D) =
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k1_group_1 A B C)
% 150.28/149.21 (bnd_k1_group_1 A B D))));
% 150.28/149.21 True; ALL A. bnd_l1_vectsp_1 A --> bnd_k2_vectsp_1 A = bnd_u1_vectsp_1 A;
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.21 ((bnd_k2_rlvect_1 A B C = bnd_k2_rlvect_1 A C B &
% 150.28/149.21 bnd_k2_rlvect_1 A (bnd_k2_rlvect_1 A B C) D =
% 150.28/149.21 bnd_k2_rlvect_1 A B (bnd_k2_rlvect_1 A C D)) &
% 150.28/149.21 bnd_k2_rlvect_1 A B (bnd_k1_rlvect_1 A) = B) &
% 150.28/149.21 (EX E. bnd_m1_subset_1 E (bnd_u1_struct_0 A) &
% 150.28/149.21 bnd_k2_rlvect_1 A B E = bnd_k1_rlvect_1 A)))) =
% 150.28/149.21 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_l1_rlvect_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m1_subset_1 A (bnd_u1_struct_0 bnd_k1_vectsp_1) -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 bnd_k1_vectsp_1) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 bnd_k1_vectsp_1) -->
% 150.28/149.21 ((bnd_k4_rlvect_1 bnd_k1_vectsp_1 A B =
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k1_vectsp_1 B A &
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k1_vectsp_1
% 150.28/149.21 (bnd_k4_rlvect_1 bnd_k1_vectsp_1 A B) C =
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k1_vectsp_1 A
% 150.28/149.21 (bnd_k4_rlvect_1 bnd_k1_vectsp_1 B C)) &
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k1_vectsp_1 A
% 150.28/149.21 (bnd_k1_rlvect_1 bnd_k1_vectsp_1) =
% 150.28/149.21 A) &
% 150.28/149.21 bnd_k4_rlvect_1 bnd_k1_vectsp_1 A
% 150.28/149.21 (bnd_k5_rlvect_1 bnd_k1_vectsp_1 A) =
% 150.28/149.21 bnd_k1_rlvect_1 bnd_k1_vectsp_1));
% 150.28/149.21 True; True; True; True; True;
% 150.28/149.21 bnd_k1_vectsp_1 =
% 150.28/149.21 bnd_g1_rlvect_1 bnd_k1_numbers bnd_k33_binop_2 bnd_np__0;
% 150.28/149.21 True; True; True; True; True;
% 150.28/149.21 EX A. ((((((((((((((((bnd_l3_vectsp_1 A & ~ bnd_v3_struct_0 A) &
% 150.28/149.21 bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v2_group_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v3_vectsp_1 A) &
% 150.28/149.21 bnd_v4_vectsp_1 A) &
% 150.28/149.21 bnd_v5_vectsp_1 A) &
% 150.28/149.21 bnd_v6_vectsp_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A) &
% 150.28/149.21 bnd_v13_vectsp_1 A;
% 150.28/149.21 EX A. (bnd_l1_rlvect_1 A & ~ bnd_v3_struct_0 A) & bnd_v13_vectsp_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_vectsp_1 A -->
% 150.28/149.21 (~ bnd_v3_struct_0 A & bnd_v7_group_1 A) & bnd_v8_vectsp_1 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_v6_vectsp_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (EX B. ((((((bnd_l4_vectsp_1 B A & ~ bnd_v3_struct_0 B) &
% 150.28/149.21 bnd_v3_rlvect_1 B) &
% 150.28/149.21 bnd_v4_rlvect_1 B) &
% 150.28/149.21 bnd_v5_rlvect_1 B) &
% 150.28/149.21 bnd_v6_rlvect_1 B) &
% 150.28/149.21 bnd_v11_vectsp_1 B A) &
% 150.28/149.21 bnd_v12_vectsp_1 B A);
% 150.28/149.21 ALL A B C D E.
% 150.28/149.21 (((((((bnd_l1_struct_0 A & ~ bnd_v1_xboole_0 B) & bnd_v1_funct_1 C) &
% 150.28/149.21 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.21 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.21 bnd_m1_subset_1 D B) &
% 150.28/149.21 bnd_v1_funct_1 E) &
% 150.28/149.21 bnd_v1_funct_2 E (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) B) B) &
% 150.28/149.21 bnd_m1_relset_1 E (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) B) B -->
% 150.28/149.21 ~ bnd_v3_struct_0 (bnd_g4_vectsp_1 A B C D E) &
% 150.28/149.21 bnd_v11_vectsp_1 (bnd_g4_vectsp_1 A B C D E) A;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_struct_0 A -->
% 150.28/149.21 (EX B. (bnd_l4_vectsp_1 B A & ~ bnd_v3_struct_0 B) &
% 150.28/149.21 bnd_v11_vectsp_1 B A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_struct_0 A -->
% 150.28/149.21 (EX B. bnd_l4_vectsp_1 B A & bnd_v11_vectsp_1 B A);
% 150.28/149.21 EX A. (((((((((((((((bnd_l3_vectsp_1 A & ~ bnd_v3_struct_0 A) &
% 150.28/149.21 bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A) &
% 150.28/149.21 bnd_v2_group_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v3_vectsp_1 A) &
% 150.28/149.21 bnd_v4_vectsp_1 A) &
% 150.28/149.21 bnd_v5_vectsp_1 A) &
% 150.28/149.21 bnd_v6_vectsp_1 A) &
% 150.28/149.21 bnd_v7_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A) &
% 150.28/149.21 bnd_v9_vectsp_1 A) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 A;
% 150.28/149.21 EX A. (((((bnd_l1_vectsp_1 A & ~ bnd_v3_struct_0 A) & bnd_v2_group_1 A) &
% 150.28/149.21 bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_v6_vectsp_1 A) &
% 150.28/149.21 bnd_v8_vectsp_1 A;
% 150.28/149.21 EX A. ((bnd_l1_group_1 A & ~ bnd_v3_struct_0 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_vectsp_1 A -->
% 150.28/149.21 (~ bnd_v3_struct_0 A & bnd_v6_vectsp_1 A) & bnd_v8_vectsp_1 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_v2_group_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_vectsp_1 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_v2_group_1 A -->
% 150.28/149.21 (~ bnd_v3_struct_0 A & bnd_v6_vectsp_1 A) & bnd_v8_vectsp_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 (~ bnd_v3_struct_0 A & bnd_v4_vectsp_1 A) & bnd_v5_vectsp_1 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_v7_vectsp_1 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l3_vectsp_1 A -->
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_v7_vectsp_1 A -->
% 150.28/149.21 (~ bnd_v3_struct_0 A & bnd_v4_vectsp_1 A) & bnd_v5_vectsp_1 A;
% 150.28/149.21 ((((((((((((~ bnd_v3_struct_0 bnd_k3_vectsp_1 &
% 150.28/149.21 bnd_v3_rlvect_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v4_rlvect_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v5_rlvect_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v6_rlvect_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v2_group_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v4_group_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v7_group_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v3_vectsp_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v6_vectsp_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v7_vectsp_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v8_vectsp_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v9_vectsp_1 bnd_k3_vectsp_1) &
% 150.28/149.21 ~ bnd_v10_vectsp_1 bnd_k3_vectsp_1;
% 150.28/149.21 (~ bnd_v3_struct_0 bnd_k3_vectsp_1 & bnd_v2_group_1 bnd_k3_vectsp_1) &
% 150.28/149.21 bnd_v3_vectsp_1 bnd_k3_vectsp_1;
% 150.28/149.21 ~ bnd_v3_struct_0 bnd_k3_vectsp_1 & bnd_v3_vectsp_1 bnd_k3_vectsp_1;
% 150.28/149.21 EX A. (bnd_l3_vectsp_1 A & ~ bnd_v3_struct_0 A) & bnd_v3_vectsp_1 A;
% 150.28/149.21 EX A. bnd_l3_vectsp_1 A & bnd_v3_vectsp_1 A;
% 150.28/149.21 EX A. (bnd_l2_vectsp_1 A & ~ bnd_v3_struct_0 A) & bnd_v2_vectsp_1 A;
% 150.28/149.21 EX A. bnd_l2_vectsp_1 A & bnd_v2_vectsp_1 A;
% 150.28/149.21 EX A. (bnd_l1_vectsp_1 A & ~ bnd_v3_struct_0 A) & bnd_v1_vectsp_1 A;
% 150.28/149.21 EX A. bnd_l1_vectsp_1 A & bnd_v1_vectsp_1 A;
% 150.28/149.21 EX A. (((((bnd_l1_rlvect_1 A & ~ bnd_v3_struct_0 A) &
% 150.28/149.21 bnd_v1_rlvect_1 A) &
% 150.28/149.21 bnd_v3_rlvect_1 A) &
% 150.28/149.21 bnd_v4_rlvect_1 A) &
% 150.28/149.21 bnd_v5_rlvect_1 A) &
% 150.28/149.21 bnd_v6_rlvect_1 A;
% 150.28/149.21 ((((~ bnd_v3_struct_0 bnd_k1_vectsp_1 &
% 150.28/149.21 bnd_v1_rlvect_1 bnd_k1_vectsp_1) &
% 150.28/149.21 bnd_v3_rlvect_1 bnd_k1_vectsp_1) &
% 150.28/149.21 bnd_v4_rlvect_1 bnd_k1_vectsp_1) &
% 150.28/149.21 bnd_v5_rlvect_1 bnd_k1_vectsp_1) &
% 150.28/149.21 bnd_v6_rlvect_1 bnd_k1_vectsp_1;
% 150.28/149.21 ~ bnd_v3_struct_0 bnd_k1_vectsp_1 & bnd_v1_rlvect_1 bnd_k1_vectsp_1;
% 150.28/149.21 ALL A B.
% 150.28/149.21 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.21 (ALL C D. bnd_g1_group_1 A B = bnd_g1_group_1 C D --> A = C & B = D);
% 150.28/149.21 ALL A B.
% 150.28/149.21 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.21 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.21 bnd_v1_group_1 (bnd_g1_group_1 A B) &
% 150.28/149.21 bnd_l1_group_1 (bnd_g1_group_1 A B);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_u1_group_1 A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A))
% 150.28/149.21 (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A))
% 150.28/149.21 (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A B C.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v7_group_1 A) & bnd_l1_group_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k10_group_1 A B C = bnd_k1_group_1 A B C;
% 150.28/149.21 ALL A B C.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v7_group_1 A) & bnd_l1_group_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k10_group_1 A B C = bnd_k10_group_1 A C B;
% 150.28/149.21 ALL A B C.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v7_group_1 A) & bnd_l1_group_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k10_group_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_m2_subset_1 (bnd_k9_group_1 A) bnd_k1_numbers bnd_k5_numbers;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_v1_card_1 (bnd_k8_group_1 A);
% 150.28/149.21 ALL A B.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m2_subset_1 (bnd_k7_group_1 A B) bnd_k1_numbers bnd_k5_numbers;
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ((((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A) &
% 150.28/149.21 bnd_v1_int_1 B) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k6_group_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_k5_group_1 A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_k5_group_1 A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) bnd_k5_numbers)
% 150.28/149.21 (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_k5_group_1 A)
% 150.28/149.21 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) bnd_k5_numbers)
% 150.28/149.21 (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (bnd_v1_funct_1 (bnd_k4_group_1 A) &
% 150.28/149.21 bnd_v1_funct_2 (bnd_k4_group_1 A) (bnd_u1_struct_0 A)
% 150.28/149.21 (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m2_relset_1 (bnd_k4_group_1 A) (bnd_u1_struct_0 A)
% 150.28/149.21 (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A B.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k3_group_1 A B) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k2_group_1 A) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A B C.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_l1_group_1 A) &
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_m1_subset_1 (bnd_k1_group_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_v1_group_1 A -->
% 150.28/149.21 A = bnd_g1_group_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A);
% 150.28/149.21 Ex bnd_l1_group_1; ALL A. bnd_l1_group_1 A --> bnd_l1_struct_0 A;
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 ((bnd_v3_rlvect_1
% 150.28/149.21 (bnd_g1_rlvect_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_k2_group_1 A)) &
% 150.28/149.21 bnd_v4_rlvect_1
% 150.28/149.21 (bnd_g1_rlvect_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_k2_group_1 A))) &
% 150.28/149.21 bnd_v5_rlvect_1
% 150.28/149.21 (bnd_g1_rlvect_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_k2_group_1 A))) &
% 150.28/149.21 bnd_v6_rlvect_1
% 150.28/149.21 (bnd_g1_rlvect_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A)
% 150.28/149.21 (bnd_k2_group_1 A));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_v7_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k10_group_1 B C D) =
% 150.28/149.21 bnd_k10_group_1 B (bnd_k6_group_1 B A C)
% 150.28/149.21 (bnd_k6_group_1 B A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 (((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_v7_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k10_group_1 B C D) =
% 150.28/149.21 bnd_k10_group_1 B (bnd_k6_group_1 B A C)
% 150.28/149.21 (bnd_k6_group_1 B A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 (((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_v7_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k3_group_1 A (bnd_k10_group_1 A B C) =
% 150.28/149.21 bnd_k10_group_1 A (bnd_k3_group_1 A B) (bnd_k3_group_1 A C)));
% 150.28/149.21 True;
% 150.28/149.21 (((~ bnd_v3_struct_0 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2) &
% 150.28/149.21 bnd_v3_group_1 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2)) &
% 150.28/149.21 bnd_v4_group_1 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2)) &
% 150.28/149.21 bnd_v7_group_1 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2)) &
% 150.28/149.21 bnd_l1_group_1 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2);
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.21 bnd_v7_group_1 A =
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k1_group_1 A B C = bnd_k1_group_1 A C B));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_v6_group_1 A --> bnd_r1_xreal_0 bnd_np__1 (bnd_k9_group_1 A);
% 150.28/149.21 True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_v6_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (B = bnd_k9_group_1 A) =
% 150.28/149.21 (EX C. (bnd_v1_finset_1 C & C = bnd_u1_struct_0 A) &
% 150.28/149.21 B = bnd_k4_card_1 C));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_l1_struct_0 A -->
% 150.28/149.21 bnd_v6_group_1 A = bnd_v1_finset_1 (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_k8_group_1 A = bnd_k1_card_1 (bnd_u1_struct_0 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B A C = bnd_k2_group_1 B -->
% 150.28/149.21 bnd_r1_nat_1 (bnd_k7_group_1 B C) A));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k7_group_1 A B = bnd_np__1 --> B = bnd_k2_group_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 bnd_k7_group_1 A (bnd_k2_group_1 A) = bnd_np__1;
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A (bnd_k7_group_1 A B) B = bnd_k2_group_1 A);
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (bnd_v5_group_1 B A -->
% 150.28/149.21 (C = bnd_k7_group_1 A B) = (C = bnd_np__0)) &
% 150.28/149.21 (~ bnd_v5_group_1 B A -->
% 150.28/149.21 (C = bnd_k7_group_1 A B) =
% 150.28/149.21 ((bnd_k6_group_1 A C B = bnd_k2_group_1 A &
% 150.28/149.21 ~ C = bnd_np__0) &
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 bnd_k6_group_1 A D B = bnd_k2_group_1 A -->
% 150.28/149.21 D = bnd_np__0 | bnd_r1_xreal_0 C D)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 ~ bnd_v5_group_1 (bnd_k2_group_1 A) A;
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_v5_group_1 B A =
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 bnd_k6_group_1 A C B = bnd_k2_group_1 A --> C = bnd_np__0));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k1_group_1 B C D = bnd_k1_group_1 B D C -->
% 150.28/149.21 bnd_k1_group_1 B C (bnd_k6_group_1 B A D) =
% 150.28/149.21 bnd_k1_group_1 B (bnd_k6_group_1 B A D) C)));
% 150.28/149.21 True;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k1_group_1 C D E = bnd_k1_group_1 C E D -->
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C A D)
% 150.28/149.21 (bnd_k6_group_1 C B E) =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C B E)
% 150.28/149.21 (bnd_k6_group_1 C A D)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k1_group_1 C D E = bnd_k1_group_1 C E D -->
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C A D)
% 150.28/149.21 (bnd_k6_group_1 C B E) =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C B E)
% 150.28/149.21 (bnd_k6_group_1 C A D)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k1_group_1 B C D = bnd_k1_group_1 B D C -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k1_group_1 B C D) =
% 150.28/149.21 bnd_k1_group_1 B (bnd_k6_group_1 B A C)
% 150.28/149.21 (bnd_k6_group_1 B A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k3_group_1 B C) =
% 150.28/149.21 bnd_k3_group_1 B (bnd_k6_group_1 B A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B (bnd_k7_binop_2 A) C =
% 150.28/149.21 bnd_k3_group_1 B (bnd_k6_group_1 B A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B (bnd_k4_xcmplx_0 A) C =
% 150.28/149.21 bnd_k3_group_1 B (bnd_k6_group_1 B A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k3_xcmplx_0 B A) D =
% 150.28/149.21 bnd_k6_group_1 C A (bnd_k6_group_1 C B D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k3_xcmplx_0 A B) D =
% 150.28/149.21 bnd_k6_group_1 C B (bnd_k6_group_1 C A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k3_xcmplx_0 A B) D =
% 150.28/149.21 bnd_k6_group_1 C B (bnd_k6_group_1 C A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B (bnd_k2_xcmplx_0 A bnd_np__1) C =
% 150.28/149.21 bnd_k1_group_1 B (bnd_k6_group_1 B A C) C &
% 150.28/149.21 bnd_k6_group_1 B (bnd_k2_xcmplx_0 A bnd_np__1) C =
% 150.28/149.21 bnd_k1_group_1 B C (bnd_k6_group_1 B A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k2_xcmplx_0 B A) D =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C B D)
% 150.28/149.21 (bnd_k6_group_1 C A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k2_xcmplx_0 A B) D =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C A D)
% 150.28/149.21 (bnd_k6_group_1 C B D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k2_xcmplx_0 A B) D =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C A D)
% 150.28/149.21 (bnd_k6_group_1 C B D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A (bnd_k7_binop_2 bnd_np__1) B =
% 150.28/149.21 bnd_k3_group_1 A B);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k2_group_1 B) = bnd_k2_group_1 B);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_r1_xreal_0 A bnd_np__0 -->
% 150.28/149.21 bnd_k6_group_1 B A C =
% 150.28/149.21 bnd_k3_group_1 B (bnd_k6_group_1 B (bnd_k1_int_2 A) C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 A = bnd_np__0 --> bnd_k6_group_1 B A C = bnd_k2_group_1 B));
% 150.28/149.21 True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 ~ bnd_r1_xreal_0 bnd_np__0 A -->
% 150.28/149.21 bnd_k6_group_1 B A C =
% 150.28/149.21 bnd_k3_group_1 B (bnd_k6_group_1 B (bnd_k1_int_2 A) C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_v1_int_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_r1_xreal_0 bnd_np__0 A -->
% 150.28/149.21 bnd_k6_group_1 B A C = bnd_k6_group_1 B (bnd_k1_int_2 A) C));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k1_group_1 B C D = bnd_k1_group_1 B D C -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k1_group_1 B C D) =
% 150.28/149.21 bnd_k1_group_1 B (bnd_k6_group_1 B A C)
% 150.28/149.21 (bnd_k6_group_1 B A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 (ALL E.
% 150.28/149.21 bnd_m1_subset_1 E (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k1_group_1 C D E = bnd_k1_group_1 C E D -->
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C A D)
% 150.28/149.21 (bnd_k6_group_1 C B E) =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C B E)
% 150.28/149.21 (bnd_k6_group_1 C A D)))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k1_group_1 B C D = bnd_k1_group_1 B D C -->
% 150.28/149.21 bnd_k1_group_1 B C (bnd_k6_group_1 B A D) =
% 150.28/149.21 bnd_k1_group_1 B (bnd_k6_group_1 B A D) C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k3_group_1 B C) =
% 150.28/149.21 bnd_k3_group_1 B (bnd_k6_group_1 B A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k2_nat_1 A B) D =
% 150.28/149.21 bnd_k6_group_1 C B (bnd_k6_group_1 C A D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.21 bnd_k6_group_1 B (bnd_k1_nat_1 A bnd_np__1) C =
% 150.28/149.21 bnd_k1_group_1 B (bnd_k6_group_1 B A C) C &
% 150.28/149.21 bnd_k6_group_1 B (bnd_k1_nat_1 A bnd_np__1) C =
% 150.28/149.21 bnd_k1_group_1 B C (bnd_k6_group_1 B A C)));
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 ((~ bnd_v3_struct_0 C & bnd_v3_group_1 C) &
% 150.28/149.21 bnd_v4_group_1 C) &
% 150.28/149.21 bnd_l1_group_1 C -->
% 150.28/149.21 (ALL D.
% 150.28/149.21 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.21 bnd_k6_group_1 C (bnd_k1_nat_1 A B) D =
% 150.28/149.21 bnd_k1_group_1 C (bnd_k6_group_1 C A D)
% 150.28/149.21 (bnd_k6_group_1 C B D))));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 (bnd_k6_group_1 A bnd_np__2 B = bnd_k2_group_1 A) =
% 150.28/149.21 (bnd_k3_group_1 A B = B));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A bnd_np__3 B =
% 150.28/149.21 bnd_k1_group_1 A (bnd_k1_group_1 A B B) B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A bnd_np__2 B = bnd_k1_group_1 A B B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A bnd_np__1 B = B);
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A bnd_np__0 B = bnd_k2_group_1 A);
% 150.28/149.21 ALL A.
% 150.28/149.21 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 ((~ bnd_v3_struct_0 B & bnd_v3_group_1 B) & bnd_v4_group_1 B) &
% 150.28/149.21 bnd_l1_group_1 B -->
% 150.28/149.21 bnd_k6_group_1 B A (bnd_k2_group_1 B) = bnd_k2_group_1 B);
% 150.28/149.21 True; True; True; True;
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 bnd_k6_group_1 A B C =
% 150.28/149.21 bnd_k2_binop_1 (bnd_u1_struct_0 A) bnd_k5_numbers
% 150.28/149.21 (bnd_u1_struct_0 A) (bnd_k5_group_1 A) C B));
% 150.28/149.21 ALL A.
% 150.28/149.21 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.21 bnd_l1_group_1 A -->
% 150.28/149.21 (ALL B.
% 150.28/149.21 bnd_v1_int_1 B -->
% 150.28/149.21 (ALL C.
% 150.28/149.21 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.21 (bnd_r1_xreal_0 bnd_np__0 B -->
% 150.28/149.21 bnd_k6_group_1 A B C =
% 150.28/149.21 bnd_k2_binop_1 (bnd_u1_struct_0 A) bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) (bnd_k5_group_1 A) C (bnd_k1_int_2 B)) &
% 150.28/149.22 (~ bnd_r1_xreal_0 bnd_np__0 B -->
% 150.28/149.22 bnd_k6_group_1 A B C =
% 150.28/149.22 bnd_k3_group_1 A
% 150.28/149.22 (bnd_k2_binop_1 (bnd_u1_struct_0 A) bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) (bnd_k5_group_1 A) C
% 150.28/149.22 (bnd_k1_int_2 B)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_funct_1 B &
% 150.28/149.22 bnd_v1_funct_2 B
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) bnd_k5_numbers)
% 150.28/149.22 (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m2_relset_1 B
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) bnd_k5_numbers)
% 150.28/149.22 (bnd_u1_struct_0 A) -->
% 150.28/149.22 (B = bnd_k5_group_1 A) =
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_binop_1 (bnd_u1_struct_0 A) bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) B C bnd_np__0 =
% 150.28/149.22 bnd_k2_group_1 A &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_k2_binop_1 (bnd_u1_struct_0 A) bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) B C (bnd_k1_nat_1 D bnd_np__1) =
% 150.28/149.22 bnd_k1_group_1 A
% 150.28/149.22 (bnd_k2_binop_1 (bnd_u1_struct_0 A) bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) B C D)
% 150.28/149.22 C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 bnd_k6_finseqop (bnd_u1_struct_0 A) (bnd_u1_group_1 A) =
% 150.28/149.22 bnd_k4_group_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v1_finseqop (bnd_u1_group_1 A) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 bnd_r1_finseqop (bnd_u1_struct_0 A) (bnd_k4_group_1 A)
% 150.28/149.22 (bnd_u1_group_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_v2_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v1_setwiseo (bnd_u1_group_1 A) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_v2_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_k3_binop_1 (bnd_u1_struct_0 A) (bnd_u1_group_1 A) =
% 150.28/149.22 bnd_k2_group_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_v2_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_r3_binop_1 (bnd_u1_struct_0 A) (bnd_k2_group_1 A)
% 150.28/149.22 (bnd_u1_group_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_v4_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v2_binop_1 (bnd_u1_group_1 A) (bnd_u1_struct_0 A);
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_funct_1 B &
% 150.28/149.22 bnd_v1_funct_2 B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m2_relset_1 B (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) -->
% 150.28/149.22 (B = bnd_k4_group_1 A) =
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k8_funct_2 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) B C =
% 150.28/149.22 bnd_k3_group_1 A C));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A B C = bnd_k1_group_1 A C B) =
% 150.28/149.22 (bnd_k1_group_1 A B (bnd_k3_group_1 A C) =
% 150.28/149.22 bnd_k1_group_1 A (bnd_k3_group_1 A C) B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A B C = bnd_k1_group_1 A C B) =
% 150.28/149.22 (bnd_k1_group_1 A (bnd_k3_group_1 A B) (bnd_k3_group_1 A C) =
% 150.28/149.22 bnd_k1_group_1 A (bnd_k3_group_1 A C)
% 150.28/149.22 (bnd_k3_group_1 A B))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A B C = bnd_k1_group_1 A C B) =
% 150.28/149.22 (bnd_k3_group_1 A (bnd_k1_group_1 A B C) =
% 150.28/149.22 bnd_k1_group_1 A (bnd_k3_group_1 A B)
% 150.28/149.22 (bnd_k3_group_1 A C))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_group_1 A (bnd_k1_group_1 A B C) =
% 150.28/149.22 bnd_k1_group_1 A (bnd_k3_group_1 A C) (bnd_k3_group_1 A B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k1_group_1 A D B = C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k1_group_1 A B D = C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A B C = D) =
% 150.28/149.22 (B = bnd_k1_group_1 A D (bnd_k3_group_1 A C)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A B C = D) =
% 150.28/149.22 (C = bnd_k1_group_1 A (bnd_k3_group_1 A B) D))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A B C = bnd_k2_group_1 A |
% 150.28/149.22 bnd_k1_group_1 A C B = bnd_k2_group_1 A -->
% 150.28/149.22 B = bnd_k3_group_1 A C & C = bnd_k3_group_1 A B));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_group_1 A (bnd_k3_group_1 A B) = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_group_1 A B = bnd_k2_group_1 A --> B = bnd_k2_group_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_group_1 A B = bnd_k3_group_1 A C --> B = C));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 bnd_k3_group_1 A (bnd_k2_group_1 A) = bnd_k2_group_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A B C = B | bnd_k1_group_1 A C B = B -->
% 150.28/149.22 C = bnd_k2_group_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A B C = bnd_k1_group_1 A B D |
% 150.28/149.22 bnd_k1_group_1 A C B = bnd_k1_group_1 A D B -->
% 150.28/149.22 C = D)));
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A B C = bnd_k2_group_1 A &
% 150.28/149.22 bnd_k1_group_1 A C B = bnd_k2_group_1 A -->
% 150.28/149.22 C = bnd_k3_group_1 A B));
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (C = bnd_k3_group_1 A B) =
% 150.28/149.22 (bnd_k1_group_1 A B C = bnd_k2_group_1 A &
% 150.28/149.22 bnd_k1_group_1 A C B = bnd_k2_group_1 A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A C B = C & bnd_k1_group_1 A B C = C) -->
% 150.28/149.22 B = bnd_k2_group_1 A);
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v2_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (B = bnd_k2_group_1 A) =
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A C B = C & bnd_k1_group_1 A B C = C));
% 150.28/149.22 bnd_v4_group_1 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2) &
% 150.28/149.22 bnd_v3_group_1 (bnd_g1_group_1 bnd_k1_numbers bnd_k33_binop_2);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A (bnd_k1_group_1 A B C) D =
% 150.28/149.22 bnd_k1_group_1 A B (bnd_k1_group_1 A C D)))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k1_group_1 A B D = C) &
% 150.28/149.22 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k1_group_1 A D B = C))) -->
% 150.28/149.22 bnd_v4_group_1 A & bnd_v3_group_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A (bnd_k1_group_1 A B C) D =
% 150.28/149.22 bnd_k1_group_1 A B (bnd_k1_group_1 A C D)))) -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 ~ (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A C B = C & bnd_k1_group_1 A B C = C) &
% 150.28/149.22 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k1_group_1 A C D = B) &
% 150.28/149.22 bnd_k1_group_1 A D C = B))) |
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v3_group_1 A) & bnd_v4_group_1 A) &
% 150.28/149.22 bnd_l1_group_1 A;
% 150.28/149.22 True; True; True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v4_group_1 A =
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A (bnd_k1_group_1 A B C) D =
% 150.28/149.22 bnd_k1_group_1 A B (bnd_k1_group_1 A C D))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v3_group_1 A =
% 150.28/149.22 (EX B. bnd_m1_subset_1 B (bnd_u1_struct_0 A) &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k1_group_1 A C B = C & bnd_k1_group_1 A B C = C) &
% 150.28/149.22 (EX D. (bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k1_group_1 A C D = B) &
% 150.28/149.22 bnd_k1_group_1 A D C = B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 bnd_v2_group_1 A =
% 150.28/149.22 (EX B. bnd_m1_subset_1 B (bnd_u1_struct_0 A) &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A C B = C & bnd_k1_group_1 A B C = C));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_group_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_group_1 A B C =
% 150.28/149.22 bnd_k2_binop_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.28/149.22 (bnd_u1_struct_0 A) (bnd_u1_group_1 A) B C));
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (((~ bnd_v1_xboole_0 A & bnd_v1_funct_1 B) &
% 150.28/149.22 bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_subset_1 C A -->
% 150.28/149.22 ~ bnd_v3_struct_0 (bnd_g1_rlvect_1 A B C) &
% 150.28/149.22 bnd_v1_rlvect_1 (bnd_g1_rlvect_1 A B C);
% 150.28/149.22 EX A. (((((bnd_l1_group_1 A & ~ bnd_v3_struct_0 A) & bnd_v1_group_1 A) &
% 150.28/149.22 bnd_v2_group_1 A) &
% 150.28/149.22 bnd_v3_group_1 A) &
% 150.28/149.22 bnd_v4_group_1 A) &
% 150.28/149.22 bnd_v7_group_1 A;
% 150.28/149.22 EX A. ((((bnd_l1_group_1 A & ~ bnd_v3_struct_0 A) & bnd_v1_group_1 A) &
% 150.28/149.22 bnd_v2_group_1 A) &
% 150.28/149.22 bnd_v3_group_1 A) &
% 150.28/149.22 bnd_v4_group_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l1_group_1 A -->
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_v3_group_1 A -->
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_v2_group_1 A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ((~ bnd_v1_xboole_0 A & bnd_v1_funct_1 B) &
% 150.28/149.22 bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 ~ bnd_v3_struct_0 (bnd_g1_group_1 A B) &
% 150.28/149.22 bnd_v1_group_1 (bnd_g1_group_1 A B);
% 150.28/149.22 EX A. (bnd_l1_group_1 A & ~ bnd_v3_struct_0 A) & bnd_v1_group_1 A;
% 150.28/149.22 EX A. bnd_l1_group_1 A & bnd_v1_group_1 A;
% 150.28/149.22 ALL A B C D.
% 150.28/149.22 (((((bnd_m1_subset_1 B A & bnd_v1_funct_1 C) &
% 150.28/149.22 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_v1_funct_1 D) &
% 150.28/149.22 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.22 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A -->
% 150.28/149.22 (ALL E F G H.
% 150.28/149.22 bnd_g2_rlvect_1 A B C D = bnd_g2_rlvect_1 E F G H -->
% 150.28/149.22 ((A = E & B = F) & C = G) & D = H);
% 150.28/149.22 ALL A B C D.
% 150.28/149.22 (((((bnd_m1_subset_1 B A & bnd_v1_funct_1 C) &
% 150.28/149.22 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_v1_funct_1 D) &
% 150.28/149.22 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.22 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A -->
% 150.28/149.22 bnd_v2_rlvect_1 (bnd_g2_rlvect_1 A B C D) &
% 150.28/149.22 bnd_l2_rlvect_1 (bnd_g2_rlvect_1 A B C D);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_subset_1 C A -->
% 150.28/149.22 (ALL D E F.
% 150.28/149.22 bnd_g1_rlvect_1 A B C = bnd_g1_rlvect_1 D E F -->
% 150.28/149.22 (A = D & B = E) & C = F);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_subset_1 C A -->
% 150.28/149.22 bnd_v1_rlvect_1 (bnd_g1_rlvect_1 A B C) &
% 150.28/149.22 bnd_l1_rlvect_1 (bnd_g1_rlvect_1 A B C);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_u2_rlvect_1 A) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_u2_rlvect_1 A)
% 150.28/149.22 (bnd_k2_zfmisc_1 bnd_k1_numbers (bnd_u1_struct_0 A))
% 150.28/149.22 (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_u2_rlvect_1 A)
% 150.28/149.22 (bnd_k2_zfmisc_1 bnd_k1_numbers (bnd_u1_struct_0 A))
% 150.28/149.22 (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_u1_rlvect_1 A) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_u1_rlvect_1 A)
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A))
% 150.28/149.22 (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_u1_rlvect_1 A)
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A))
% 150.28/149.22 (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k9_rlvect_1 A B) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B C D.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k8_rlvect_1 A B C D = bnd_k11_finseq_1 B C D;
% 150.28/149.22 ALL A B C D.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k8_rlvect_1 A B C D) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k7_rlvect_1 A B C = bnd_k10_finseq_1 B C;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k7_rlvect_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k6_rlvect_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k5_rlvect_1 A B) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k4_rlvect_1 A B C = bnd_k2_rlvect_1 A B C;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k4_rlvect_1 A B C = bnd_k4_rlvect_1 A C B;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k4_rlvect_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l2_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k3_rlvect_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k2_rlvect_1 A B C) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l2_struct_0 A -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k1_rlvect_1 A) (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 bnd_v2_rlvect_1 A -->
% 150.28/149.22 A =
% 150.28/149.22 bnd_g2_rlvect_1 (bnd_u1_struct_0 A) (bnd_u2_struct_0 A)
% 150.28/149.22 (bnd_u1_rlvect_1 A) (bnd_u2_rlvect_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_v1_rlvect_1 A -->
% 150.28/149.22 A =
% 150.28/149.22 bnd_g1_rlvect_1 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A)
% 150.28/149.22 (bnd_u2_struct_0 A);
% 150.28/149.22 Ex bnd_l2_rlvect_1; ALL A. bnd_l2_rlvect_1 A --> bnd_l1_rlvect_1 A;
% 150.28/149.22 Ex bnd_l1_rlvect_1; ALL A. bnd_l1_rlvect_1 A --> bnd_l2_struct_0 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l2_struct_0 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_v8_rlvect_1 B A = (~ B = bnd_k1_rlvect_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.22 ((bnd_k3_finseq_1 B = bnd_np__3 &
% 150.28/149.22 C = bnd_k1_funct_1 B bnd_np__1) &
% 150.28/149.22 D = bnd_k1_funct_1 B bnd_np__2) &
% 150.28/149.22 E = bnd_k1_funct_1 B bnd_np__3 -->
% 150.28/149.22 bnd_k9_rlvect_1 A B =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k2_rlvect_1 A C D) E))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k3_finseq_1 B = bnd_np__2 &
% 150.28/149.22 C = bnd_k1_funct_1 B bnd_np__1) &
% 150.28/149.22 D = bnd_k1_funct_1 B bnd_np__2 -->
% 150.28/149.22 bnd_k9_rlvect_1 A B = bnd_k2_rlvect_1 A C D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_finseq_1 B = bnd_np__1 -->
% 150.28/149.22 bnd_k9_rlvect_1 A B = bnd_k1_funct_1 B bnd_np__1);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_finseq_1 B = bnd_np__0 -->
% 150.28/149.22 bnd_k9_rlvect_1 A B = bnd_k1_rlvect_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B B B) =
% 150.28/149.22 bnd_k3_rlvect_1 A B bnd_np__3);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A (bnd_k1_rlvect_1 A) B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A B C &
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A B C (bnd_k1_rlvect_1 A)) =
% 150.28/149.22 bnd_k2_rlvect_1 A B C) &
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A B (bnd_k1_rlvect_1 A) C) =
% 150.28/149.22 bnd_k2_rlvect_1 A B C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A (bnd_k1_rlvect_1 A) (bnd_k1_rlvect_1 A) B) =
% 150.28/149.22 B &
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A (bnd_k1_rlvect_1 A) B (bnd_k1_rlvect_1 A)) =
% 150.28/149.22 B) &
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A B (bnd_k1_rlvect_1 A) (bnd_k1_rlvect_1 A)) =
% 150.28/149.22 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k8_rlvect_1 A (bnd_k1_rlvect_1 A) (bnd_k1_rlvect_1 A)
% 150.28/149.22 (bnd_k1_rlvect_1 A)) =
% 150.28/149.22 bnd_k1_rlvect_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C B D) =
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A D B C))));
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C B D) =
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B D C))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C B D) =
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B C D))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C B D) =
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C D B))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C B D) =
% 150.28/149.22 bnd_k4_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A C D)) B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C B D) =
% 150.28/149.22 bnd_k4_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B D)) C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B C D) =
% 150.28/149.22 bnd_k2_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B C)) D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B C D) =
% 150.28/149.22 bnd_k2_rlvect_1 A
% 150.28/149.22 (bnd_k2_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k12_finseq_1 (bnd_u1_struct_0 A) B))
% 150.28/149.22 (bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k12_finseq_1 (bnd_u1_struct_0 A) C)))
% 150.28/149.22 (bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k12_finseq_1 (bnd_u1_struct_0 A) D)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k7_rlvect_1 A (bnd_k5_rlvect_1 A B) (bnd_k5_rlvect_1 A B)) =
% 150.28/149.22 bnd_k3_rlvect_1 A B (bnd_k1_real_1 bnd_np__2));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B B) =
% 150.28/149.22 bnd_k3_rlvect_1 A B bnd_np__2);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k7_rlvect_1 A (bnd_k5_rlvect_1 A B)
% 150.28/149.22 (bnd_k5_rlvect_1 A C)) =
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k2_rlvect_1 A C B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k7_rlvect_1 A B (bnd_k5_rlvect_1 A C)) =
% 150.28/149.22 bnd_k6_rlvect_1 A B C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B (bnd_k5_rlvect_1 A B)) =
% 150.28/149.22 bnd_k1_rlvect_1 A &
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A (bnd_k5_rlvect_1 A B) B) =
% 150.28/149.22 bnd_k1_rlvect_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A (bnd_k1_rlvect_1 A) B) = B &
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B (bnd_k1_rlvect_1 A)) = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k7_rlvect_1 A (bnd_k1_rlvect_1 A) (bnd_k1_rlvect_1 A)) =
% 150.28/149.22 bnd_k1_rlvect_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k12_finseq_1 (bnd_u1_struct_0 A) B))
% 150.28/149.22 (bnd_k9_rlvect_1 A
% 150.28/149.22 (bnd_k12_finseq_1 (bnd_u1_struct_0 A) C))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B C) =
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A C B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B C D)) =
% 150.28/149.22 bnd_k6_rlvect_1 A
% 150.28/149.22 (bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A B) C) D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B C)) =
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A B) C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k12_finseq_1 (bnd_u1_struct_0 A) B)) =
% 150.28/149.22 bnd_k5_rlvect_1 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_k5_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k6_finseq_1 (bnd_u1_struct_0 A))) =
% 150.28/149.22 bnd_k1_rlvect_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A C D E)) B =
% 150.28/149.22 bnd_k4_rlvect_1 A
% 150.28/149.22 (bnd_k4_rlvect_1 A (bnd_k3_rlvect_1 A C B)
% 150.28/149.22 (bnd_k3_rlvect_1 A D B))
% 150.28/149.22 (bnd_k3_rlvect_1 A E B)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A C D)) B =
% 150.28/149.22 bnd_k4_rlvect_1 A (bnd_k3_rlvect_1 A C B)
% 150.28/149.22 (bnd_k3_rlvect_1 A D B))));
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 bnd_k3_rlvect_1 A
% 150.28/149.22 (bnd_k9_rlvect_1 A (bnd_k6_finseq_1 (bnd_u1_struct_0 A))) B =
% 150.28/149.22 bnd_k1_rlvect_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_rlvect_1 A B C D) =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k2_rlvect_1 A B C) D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k7_rlvect_1 A B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A B C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k12_finseq_1 (bnd_u1_struct_0 A) B) = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k6_finseq_1 (bnd_u1_struct_0 A)) =
% 150.28/149.22 bnd_k1_rlvect_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k2_relat_1 B = bnd_k2_relat_1 C & bnd_v2_funct_1 B) &
% 150.28/149.22 bnd_v2_funct_1 C -->
% 150.28/149.22 bnd_k9_rlvect_1 A B = bnd_k9_rlvect_1 A C));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k9_rlvect_1 A (bnd_k8_finseq_1 (bnd_u1_struct_0 A) B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k9_rlvect_1 A B)
% 150.28/149.22 (bnd_k9_rlvect_1 A C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_finseq_1 B = bnd_k3_finseq_1 C &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_r2_hidden D (bnd_k4_finseq_1 B) &
% 150.28/149.22 E = bnd_k1_funct_1 C D -->
% 150.28/149.22 bnd_k1_funct_1 B D = bnd_k5_rlvect_1 A E)) -->
% 150.28/149.22 bnd_k9_rlvect_1 A B =
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k9_rlvect_1 A C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_finseq_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_finseq_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_k3_finseq_1 C = bnd_k3_finseq_1 D &
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_m2_subset_1 E bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL F.
% 150.28/149.22 bnd_m1_subset_1 F (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_r2_hidden E (bnd_k4_finseq_1 C) &
% 150.28/149.22 F = bnd_k1_funct_1 D E -->
% 150.28/149.22 bnd_k1_funct_1 C E = bnd_k3_rlvect_1 B F A)) -->
% 150.28/149.22 bnd_k9_rlvect_1 B C =
% 150.28/149.22 bnd_k3_rlvect_1 B (bnd_k9_rlvect_1 B D) A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_finseq_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_k3_finseq_1 B =
% 150.28/149.22 bnd_k1_nat_1 (bnd_k3_finseq_1 C) bnd_np__1 &
% 150.28/149.22 C = bnd_k7_relat_1 B (bnd_k4_finseq_1 C)) &
% 150.28/149.22 D = bnd_k1_funct_1 B (bnd_k3_finseq_1 B) -->
% 150.28/149.22 bnd_k9_rlvect_1 A B =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k9_rlvect_1 A C) D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden C (bnd_k2_finseq_1 D) &
% 150.28/149.22 bnd_k3_finseq_1 B = D -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k1_funct_1 B C)
% 150.28/149.22 (bnd_u1_struct_0 A))));
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (C = bnd_k9_rlvect_1 A B) =
% 150.28/149.22 (EX D. ((((bnd_v1_funct_1 D &
% 150.28/149.22 bnd_v1_funct_2 D bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m2_relset_1 D bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A)) &
% 150.28/149.22 C =
% 150.28/149.22 bnd_k8_funct_2 bnd_k5_numbers (bnd_u1_struct_0 A) D
% 150.28/149.22 (bnd_k3_finseq_1 B)) &
% 150.28/149.22 bnd_k8_funct_2 bnd_k5_numbers (bnd_u1_struct_0 A) D
% 150.28/149.22 bnd_np__0 =
% 150.28/149.22 bnd_k1_rlvect_1 A) &
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_m2_subset_1 E bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL F.
% 150.28/149.22 bnd_m1_subset_1 F (bnd_u1_struct_0 A) -->
% 150.28/149.22 F =
% 150.28/149.22 bnd_k1_funct_1 B (bnd_k1_nat_1 E bnd_np__1) -->
% 150.28/149.22 bnd_r1_xreal_0 (bnd_k3_finseq_1 B) E |
% 150.28/149.22 bnd_k8_funct_2 bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) D
% 150.28/149.22 (bnd_k1_nat_1 E bnd_np__1) =
% 150.28/149.22 bnd_k2_rlvect_1 A
% 150.28/149.22 (bnd_k8_funct_2 bnd_k5_numbers
% 150.28/149.22 (bnd_u1_struct_0 A) D E)
% 150.28/149.22 F)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (((((~ bnd_v3_struct_0 C & bnd_v3_rlvect_1 C) &
% 150.28/149.22 bnd_v4_rlvect_1 C) &
% 150.28/149.22 bnd_v5_rlvect_1 C) &
% 150.28/149.22 bnd_v6_rlvect_1 C) &
% 150.28/149.22 bnd_v7_rlvect_1 C) &
% 150.28/149.22 bnd_l2_rlvect_1 C -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.22 bnd_k3_rlvect_1 C D A = bnd_k3_rlvect_1 C D B -->
% 150.28/149.22 D = bnd_k1_rlvect_1 C | A = B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_k3_rlvect_1 B C A = bnd_k3_rlvect_1 B D A -->
% 150.28/149.22 A = bnd_np__0 | C = D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (((((~ bnd_v3_struct_0 C & bnd_v3_rlvect_1 C) &
% 150.28/149.22 bnd_v4_rlvect_1 C) &
% 150.28/149.22 bnd_v5_rlvect_1 C) &
% 150.28/149.22 bnd_v6_rlvect_1 C) &
% 150.28/149.22 bnd_v7_rlvect_1 C) &
% 150.28/149.22 bnd_l2_rlvect_1 C -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 C) -->
% 150.28/149.22 bnd_k3_rlvect_1 C D (bnd_k5_real_1 A B) =
% 150.28/149.22 bnd_k6_rlvect_1 C (bnd_k3_rlvect_1 C D A)
% 150.28/149.22 (bnd_k3_rlvect_1 C D B))));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_k3_rlvect_1 B (bnd_k6_rlvect_1 B C D) A =
% 150.28/149.22 bnd_k6_rlvect_1 B (bnd_k3_rlvect_1 B C A)
% 150.28/149.22 (bnd_k3_rlvect_1 B D A))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k6_rlvect_1 A B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A C (bnd_k5_rlvect_1 A B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A B) C =
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A C) B));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k2_rlvect_1 A B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k5_rlvect_1 A C)
% 150.28/149.22 (bnd_k5_rlvect_1 A B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k2_rlvect_1 A B C) =
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k5_rlvect_1 A C) B));
% 150.28/149.22 ALL A.
% 150.28/149.22 ((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B (bnd_k6_rlvect_1 A C D) =
% 150.28/149.22 bnd_k4_rlvect_1 A (bnd_k6_rlvect_1 A B C) D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k2_rlvect_1 A B C) D =
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k6_rlvect_1 A C D))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B (bnd_k2_rlvect_1 A C D) =
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k6_rlvect_1 A B D) C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_k3_rlvect_1 B (bnd_k5_rlvect_1 B C) (bnd_k1_real_1 A) =
% 150.28/149.22 bnd_k3_rlvect_1 B C A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_k3_rlvect_1 B (bnd_k5_rlvect_1 B C) A =
% 150.28/149.22 bnd_k5_rlvect_1 B (bnd_k3_rlvect_1 B C A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 bnd_k3_rlvect_1 B (bnd_k5_rlvect_1 B C) A =
% 150.28/149.22 bnd_k3_rlvect_1 B C (bnd_k1_real_1 A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B C = bnd_k6_rlvect_1 A B D -->
% 150.28/149.22 C = D)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k6_rlvect_1 A C D = B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B C = bnd_k1_rlvect_1 A --> B = C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k4_rlvect_1 A B B = bnd_k1_rlvect_1 A -->
% 150.28/149.22 B = bnd_k1_rlvect_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 B = bnd_k5_rlvect_1 A B --> B = bnd_k1_rlvect_1 A);
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A B = bnd_k5_rlvect_1 A C --> B = C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k5_rlvect_1 A B) = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k5_rlvect_1 A B =
% 150.28/149.22 bnd_k3_rlvect_1 A B (bnd_k1_real_1 bnd_np__1));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B B = bnd_k1_rlvect_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A (bnd_k1_rlvect_1 A) B = bnd_k5_rlvect_1 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B (bnd_k1_rlvect_1 A) = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_k5_rlvect_1 A (bnd_k1_rlvect_1 A) = bnd_k1_rlvect_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 ~ ((bnd_k3_rlvect_1 B C A = bnd_k1_rlvect_1 B &
% 150.28/149.22 ~ A = bnd_np__0) &
% 150.28/149.22 ~ C = bnd_k1_rlvect_1 B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m1_subset_1 A bnd_k1_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (((((~ bnd_v3_struct_0 B & bnd_v3_rlvect_1 B) &
% 150.28/149.22 bnd_v4_rlvect_1 B) &
% 150.28/149.22 bnd_v5_rlvect_1 B) &
% 150.28/149.22 bnd_v6_rlvect_1 B) &
% 150.28/149.22 bnd_v7_rlvect_1 B) &
% 150.28/149.22 bnd_l2_rlvect_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 B) -->
% 150.28/149.22 A = bnd_np__0 | C = bnd_k1_rlvect_1 B -->
% 150.28/149.22 bnd_k3_rlvect_1 B C A = bnd_k1_rlvect_1 B));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B C = B | bnd_k2_rlvect_1 A C B = B -->
% 150.28/149.22 C = bnd_k1_rlvect_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_m1_subset_1 E (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B D = bnd_k2_rlvect_1 A B E |
% 150.28/149.22 bnd_k2_rlvect_1 A D B = bnd_k2_rlvect_1 A E B -->
% 150.28/149.22 D = E))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX D. bnd_m1_subset_1 D (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k2_rlvect_1 A B D = C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B C = bnd_k1_rlvect_1 A -->
% 150.28/149.22 B = bnd_k5_rlvect_1 A C));
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k5_rlvect_1 A B) = bnd_k1_rlvect_1 A &
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k5_rlvect_1 A B) B = bnd_k1_rlvect_1 A);
% 150.28/149.22 True; True; True; True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k6_rlvect_1 A B C =
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k5_rlvect_1 A C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (bnd_v4_rlvect_1 A & bnd_v5_rlvect_1 A) & bnd_v6_rlvect_1 A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (C = bnd_k5_rlvect_1 A B) =
% 150.28/149.22 (bnd_k2_rlvect_1 A B C = bnd_k1_rlvect_1 A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (((~ bnd_v3_struct_0 A & bnd_v4_rlvect_1 A) & bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k1_rlvect_1 A) = B &
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k1_rlvect_1 A) B = B);
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l2_rlvect_1 A -->
% 150.28/149.22 (((((((ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B C = bnd_k2_rlvect_1 A C B)) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k2_rlvect_1 A B C) D =
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k2_rlvect_1 A C D))))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k1_rlvect_1 A) = B)) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX C. bnd_m1_subset_1 C (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k2_rlvect_1 A B C = bnd_k1_rlvect_1 A))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A (bnd_k2_rlvect_1 A C D) B =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k3_rlvect_1 A C B)
% 150.28/149.22 (bnd_k3_rlvect_1 A D B))))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A D (bnd_k3_real_1 B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k3_rlvect_1 A D B)
% 150.28/149.22 (bnd_k3_rlvect_1 A D C))))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A D (bnd_k4_real_1 B C) =
% 150.28/149.22 bnd_k3_rlvect_1 A (bnd_k3_rlvect_1 A D C) B)))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A B bnd_np__1 = B) -->
% 150.28/149.22 (((((~ bnd_v3_struct_0 A & bnd_v3_rlvect_1 A) & bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A) &
% 150.28/149.22 bnd_l2_rlvect_1 A;
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l2_rlvect_1 A -->
% 150.28/149.22 bnd_v7_rlvect_1 A =
% 150.28/149.22 ((((ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A (bnd_k2_rlvect_1 A C D) B =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k3_rlvect_1 A C B)
% 150.28/149.22 (bnd_k3_rlvect_1 A D B)))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A D (bnd_k3_real_1 B C) =
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k3_rlvect_1 A D B)
% 150.28/149.22 (bnd_k3_rlvect_1 A D C))))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_k1_numbers -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A D (bnd_k4_real_1 B C) =
% 150.28/149.22 bnd_k3_rlvect_1 A (bnd_k3_rlvect_1 A D C) B)))) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k3_rlvect_1 A B bnd_np__1 = B));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_v6_rlvect_1 A =
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (EX C. bnd_m1_subset_1 C (bnd_u1_struct_0 A) &
% 150.28/149.22 bnd_k2_rlvect_1 A B C = bnd_k1_rlvect_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_v5_rlvect_1 A =
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k1_rlvect_1 A) = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_v4_rlvect_1 A =
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A (bnd_k2_rlvect_1 A B C) D =
% 150.28/149.22 bnd_k2_rlvect_1 A B (bnd_k2_rlvect_1 A C D))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 bnd_v3_rlvect_1 A =
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B C = bnd_k2_rlvect_1 A C B));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B C =
% 150.28/149.22 bnd_k2_binop_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A)
% 150.28/149.22 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A) B C));
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l2_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C bnd_k1_numbers -->
% 150.28/149.22 bnd_k3_rlvect_1 A B C =
% 150.28/149.22 bnd_k8_funct_2
% 150.28/149.22 (bnd_k2_zfmisc_1 bnd_k1_numbers (bnd_u1_struct_0 A))
% 150.28/149.22 (bnd_u1_struct_0 A) (bnd_u2_rlvect_1 A)
% 150.28/149.22 (bnd_k1_domain_1 bnd_k1_numbers (bnd_u1_struct_0 A) C B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_rlvect_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_rlvect_1 A B C =
% 150.28/149.22 bnd_k8_funct_2
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A))
% 150.28/149.22 (bnd_u1_struct_0 A) (bnd_u1_rlvect_1 A)
% 150.28/149.22 (bnd_k1_domain_1 (bnd_u1_struct_0 A) (bnd_u1_struct_0 A) B
% 150.28/149.22 C)));
% 150.28/149.22 ALL A. bnd_l2_struct_0 A --> bnd_k1_rlvect_1 A = bnd_u2_struct_0 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_struct_0 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) --> bnd_r1_rlvect_1 A B);
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l1_struct_0 A -->
% 150.28/149.22 (ALL B. bnd_r1_rlvect_1 A B = bnd_r2_hidden B (bnd_u1_struct_0 A));
% 150.28/149.22 EX A. ((((((bnd_l2_rlvect_1 A & ~ bnd_v3_struct_0 A) &
% 150.28/149.22 bnd_v2_rlvect_1 A) &
% 150.28/149.22 bnd_v3_rlvect_1 A) &
% 150.28/149.22 bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A) &
% 150.28/149.22 bnd_v7_rlvect_1 A;
% 150.28/149.22 EX A. (((((bnd_l1_rlvect_1 A & ~ bnd_v3_struct_0 A) &
% 150.28/149.22 bnd_v1_rlvect_1 A) &
% 150.28/149.22 bnd_v3_rlvect_1 A) &
% 150.28/149.22 bnd_v4_rlvect_1 A) &
% 150.28/149.22 bnd_v5_rlvect_1 A) &
% 150.28/149.22 bnd_v6_rlvect_1 A;
% 150.28/149.22 ALL A B C D.
% 150.28/149.22 ((((((~ bnd_v1_xboole_0 A & bnd_m1_subset_1 B A) & bnd_v1_funct_1 C) &
% 150.28/149.22 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_v1_funct_1 D) &
% 150.28/149.22 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A) &
% 150.28/149.22 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 bnd_k1_numbers A) A -->
% 150.28/149.22 ~ bnd_v3_struct_0 (bnd_g2_rlvect_1 A B C D) &
% 150.28/149.22 bnd_v2_rlvect_1 (bnd_g2_rlvect_1 A B C D);
% 150.28/149.22 EX A. (bnd_l1_rlvect_1 A & ~ bnd_v3_struct_0 A) & bnd_v1_rlvect_1 A;
% 150.28/149.22 EX A. bnd_l2_rlvect_1 A & ~ bnd_v3_struct_0 A;
% 150.28/149.22 EX A. bnd_l2_rlvect_1 A & bnd_v2_rlvect_1 A;
% 150.28/149.22 EX A. bnd_l1_rlvect_1 A & bnd_v1_rlvect_1 A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 (ALL C D.
% 150.28/149.22 bnd_g2_struct_0 A B = bnd_g2_struct_0 C D --> A = C & B = D);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 bnd_v2_struct_0 (bnd_g2_struct_0 A B) &
% 150.28/149.22 bnd_l2_struct_0 (bnd_g2_struct_0 A B);
% 150.28/149.22 ALL A B. bnd_g1_struct_0 A = bnd_g1_struct_0 B --> A = B;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_struct_0 (bnd_g1_struct_0 A) &
% 150.28/149.22 bnd_l1_struct_0 (bnd_g1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l2_struct_0 A -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_u2_struct_0 A) (bnd_u1_struct_0 A);
% 150.28/149.22 True;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_struct_0 A B C = bnd_k2_tarski B C;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k2_struct_0 A B C = bnd_k2_struct_0 A C B;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A)) &
% 150.28/149.22 bnd_m1_subset_1 C (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k2_struct_0 A B C)
% 150.28/149.22 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_k1_struct_0 A B = bnd_k1_tarski B;
% 150.28/149.22 ALL A B.
% 150.28/149.22 (~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_u1_struct_0 A) -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k1_struct_0 A B)
% 150.28/149.22 (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l2_struct_0 A -->
% 150.28/149.22 bnd_v2_struct_0 A -->
% 150.28/149.22 A = bnd_g2_struct_0 (bnd_u1_struct_0 A) (bnd_u2_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l1_struct_0 A -->
% 150.28/149.22 bnd_v1_struct_0 A --> A = bnd_g1_struct_0 (bnd_u1_struct_0 A);
% 150.28/149.22 Ex bnd_l2_struct_0; ALL A. bnd_l2_struct_0 A --> bnd_l1_struct_0 A;
% 150.28/149.22 Ex bnd_l1_struct_0; True;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) & ~ bnd_v1_xboole_0 B) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.22 (ALL C. bnd_m1_struct_0 C A B = bnd_m1_subset_1 C B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) & ~ bnd_v1_xboole_0 B) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.22 (EX C. bnd_m1_struct_0 C A B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 ((~ bnd_v3_struct_0 A & bnd_l1_struct_0 A) & ~ bnd_v1_xboole_0 B) &
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_struct_0 C A B --> bnd_m1_subset_1 C (bnd_u1_struct_0 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_l1_struct_0 A -->
% 150.28/149.22 bnd_v3_struct_0 A = bnd_v1_xboole_0 (bnd_u1_struct_0 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_struct_0 A -->
% 150.28/149.22 (EX B. bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_u1_struct_0 A)) &
% 150.28/149.22 ~ bnd_v1_xboole_0 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v3_struct_0 A & bnd_l1_struct_0 A -->
% 150.28/149.22 ~ bnd_v1_xboole_0 (bnd_u1_struct_0 A);
% 150.28/149.22 EX A. bnd_l2_struct_0 A & ~ bnd_v3_struct_0 A;
% 150.28/149.22 EX A. bnd_l1_struct_0 A & ~ bnd_v3_struct_0 A;
% 150.28/149.22 EX A. bnd_l2_struct_0 A & bnd_v2_struct_0 A;
% 150.28/149.22 EX A. bnd_l1_struct_0 A & bnd_v1_struct_0 A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ~ bnd_v1_realset1 A & bnd_m1_subset_1 B A -->
% 150.28/149.22 bnd_k5_realset1 A B = bnd_k1_tarski B;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ~ bnd_v1_realset1 A & bnd_m1_subset_1 B A -->
% 150.28/149.22 bnd_m4_realset1 (bnd_k5_realset1 A B) A;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (~ bnd_v1_realset1 A & bnd_m1_subset_1 B A) &
% 150.28/149.22 bnd_m3_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_k4_realset1 A B C) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_k4_realset1 A B C)
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski B))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B)))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_k4_realset1 A B C)
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski B))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B)))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B));
% 150.28/149.22 ALL A B C.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) & bnd_m2_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_k3_realset1 A B C) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_k3_realset1 A B C) (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_k3_realset1 A B C) (bnd_k2_zfmisc_1 B B) B;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_realset1 C A B -->
% 150.28/149.22 bnd_k2_realset1 A B C = bnd_k1_realset1 B C;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_k2_realset1 A B C) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_k2_realset1 A B C) (bnd_k2_zfmisc_1 C C) C) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_k2_realset1 A B C) (bnd_k2_zfmisc_1 C C) C;
% 150.28/149.22 True; ALL A. ~ bnd_v1_realset1 A --> (EX B. bnd_m4_realset1 B A); True;
% 150.28/149.22 ALL A B. bnd_m1_subset_1 B A --> (EX C. bnd_m3_realset1 C A B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m3_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 (EX C. bnd_m2_realset1 C A B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (EX C. bnd_m1_realset1 C A B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_realset1 C A B --> bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 ~ (~ bnd_v1_realset1 B &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C A -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m1_subset_1 D A -->
% 150.28/149.22 ~ ((bnd_r2_hidden C B & bnd_r2_hidden D B) & ~ C = D)))) &
% 150.28/149.22 ~ ((EX C. bnd_m1_subset_1 C A &
% 150.28/149.22 (EX D. ((bnd_m1_subset_1 D A & bnd_r2_hidden C B) &
% 150.28/149.22 bnd_r2_hidden D B) &
% 150.28/149.22 ~ C = D)) &
% 150.28/149.22 bnd_v1_realset1 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ (~ bnd_v1_realset1 A &
% 150.28/149.22 (ALL B C. ~ ((bnd_r2_hidden B A & bnd_r2_hidden C A) & ~ B = C))) &
% 150.28/149.22 ~ ((EX B C. (bnd_r2_hidden B A & bnd_r2_hidden C A) & ~ B = C) &
% 150.28/149.22 bnd_v1_realset1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_finset_1 A -->
% 150.28/149.22 bnd_v1_realset1 A = (~ bnd_r1_xreal_0 bnd_np__2 (bnd_k4_card_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_realset1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m4_realset1 B A --> ~ bnd_v1_xboole_0 (bnd_k4_xboole_0 A B));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_realset1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m4_realset1 B A =
% 150.28/149.22 (EX C. bnd_m1_subset_1 C A & B = bnd_k1_tarski C));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_realset1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m3_realset1 C A B -->
% 150.28/149.22 bnd_k4_realset1 A B C =
% 150.28/149.22 bnd_k1_realset1 C (bnd_k4_xboole_0 A (bnd_k1_tarski B))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_realset1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m3_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1
% 150.28/149.22 (bnd_k1_realset1 C (bnd_k4_xboole_0 A (bnd_k1_tarski B))) &
% 150.28/149.22 bnd_v1_funct_2
% 150.28/149.22 (bnd_k1_realset1 C (bnd_k4_xboole_0 A (bnd_k1_tarski B)))
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski B))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B)))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))) &
% 150.28/149.22 bnd_m2_relset_1
% 150.28/149.22 (bnd_k1_realset1 C (bnd_k4_xboole_0 A (bnd_k1_tarski B)))
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski B))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B)))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 bnd_m3_realset1 C A B =
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski B))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 C D)
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 (EX C. ((bnd_v1_funct_1 C &
% 150.28/149.22 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski B))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 C D)
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski B))));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_realset1 C A B -->
% 150.28/149.22 bnd_k3_realset1 A B C = bnd_k1_realset1 C B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_k1_realset1 C B) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_k1_realset1 C B) (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_k1_realset1 C B) (bnd_k2_zfmisc_1 B B) B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 bnd_m2_realset1 C A B =
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D (bnd_k2_zfmisc_1 B B) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 C D) B));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 (EX C. ((bnd_v1_funct_1 C &
% 150.28/149.22 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D (bnd_k2_zfmisc_1 B B) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 C D) B));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_realset1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C A -->
% 150.28/149.22 bnd_r2_realset1 A B C =
% 150.28/149.22 (((bnd_m1_realset1 (bnd_k4_xboole_0 A (bnd_k1_tarski C)) A B &
% 150.28/149.22 bnd_v1_funct_1
% 150.28/149.22 (bnd_k4_xboole_0 (bnd_k1_realset1 B A)
% 150.28/149.22 (bnd_k1_tarski C))) &
% 150.28/149.22 bnd_v1_funct_2
% 150.28/149.22 (bnd_k4_xboole_0 (bnd_k1_realset1 B A) (bnd_k1_tarski C))
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski C))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski C)))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski C))) &
% 150.28/149.22 bnd_m2_relset_1
% 150.28/149.22 (bnd_k4_xboole_0 (bnd_k1_realset1 B A) (bnd_k1_tarski C))
% 150.28/149.22 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A (bnd_k1_tarski C))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski C)))
% 150.28/149.22 (bnd_k4_xboole_0 A (bnd_k1_tarski C)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_xboole_0 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 ~ bnd_v1_xboole_0 (bnd_k4_xboole_0 A (bnd_k1_tarski B))) -->
% 150.28/149.22 ~ bnd_v1_realset1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_xboole_0 A -->
% 150.28/149.22 ~ ((ALL B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 ~ bnd_v1_xboole_0 (bnd_k4_xboole_0 A (bnd_k1_tarski B))) &
% 150.28/149.22 bnd_v1_realset1 A);
% 150.28/149.22 EX A. ~ bnd_v1_xboole_0 A &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B A -->
% 150.28/149.22 ~ bnd_v1_xboole_0 (bnd_k4_xboole_0 A (bnd_k1_tarski B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_xboole_0 A -->
% 150.28/149.22 (~ bnd_v1_realset1 A) =
% 150.28/149.22 (ALL B. ~ bnd_v1_xboole_0 (bnd_k4_xboole_0 A (bnd_k1_tarski B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_realset1 A =
% 150.28/149.22 (~ (~ bnd_v1_xboole_0 A & (ALL B. ~ A = bnd_k1_tarski B)));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_realset1 C A B -->
% 150.28/149.22 (bnd_v1_funct_1 (bnd_k1_realset1 B C) &
% 150.28/149.22 bnd_v1_funct_2 (bnd_k1_realset1 B C) (bnd_k2_zfmisc_1 C C) C) &
% 150.28/149.22 bnd_m2_relset_1 (bnd_k1_realset1 B C) (bnd_k2_zfmisc_1 C C) C);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 A -->
% 150.28/149.22 (ALL B. bnd_k1_realset1 A B = bnd_k7_relat_1 A (bnd_k2_zfmisc_1 B B));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 bnd_m1_realset1 C A B =
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D (bnd_k2_zfmisc_1 C C) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 B D) C));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.22 bnd_r1_realset1 A B C =
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D (bnd_k2_zfmisc_1 C C) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 B D) C));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 (EX C. bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_r2_hidden D (bnd_k2_zfmisc_1 C C) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 B D) C));
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.22 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_zfmisc_1 A A) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_funct_1 C B) A;
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_realset1 A -->
% 150.28/149.22 (EX B. bnd_m4_realset1 B A & ~ bnd_v1_xboole_0 B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 ~ bnd_v1_realset1 A & bnd_m4_realset1 B A -->
% 150.28/149.22 ~ bnd_v1_xboole_0 (bnd_k4_xboole_0 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (~ bnd_v1_xboole_0 (bnd_k1_tarski A) &
% 150.28/149.22 bnd_v1_finset_1 (bnd_k1_tarski A)) &
% 150.28/149.22 bnd_v1_realset1 (bnd_k1_tarski A);
% 150.28/149.22 ALL A. ~ bnd_v1_realset1 A --> ~ bnd_v1_xboole_0 A;
% 150.28/149.22 EX A. ~ bnd_v1_xboole_0 A & ~ bnd_v1_realset1 A;
% 150.28/149.22 EX A. ~ bnd_v1_xboole_0 A & bnd_v1_realset1 A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.22 bnd_v1_relat_1 (bnd_k1_realset1 A B) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k1_realset1 A B);
% 150.28/149.22 ALL A B. bnd_v1_relat_1 A --> bnd_v1_relat_1 (bnd_k1_realset1 A B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 bnd_r2_hidden A (bnd_a_1_0_finseq_1 B) =
% 150.28/149.22 (EX C. ((bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers & A = C) &
% 150.28/149.22 bnd_r1_xreal_0 bnd_np__1 C) &
% 150.28/149.22 bnd_r1_xreal_0 C B);
% 150.28/149.22 ALL A. bnd_v4_ordinal2 A --> bnd_k1_finseq_1 A = bnd_a_1_0_finseq_1 A;
% 150.28/149.22 ALL A. bnd_v1_relat_1 A --> bnd_v1_relat_1 (bnd_k17_finseq_1 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 bnd_m1_finseq_1 B A & bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k16_finseq_1 A B C) A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_finseq_1 A -->
% 150.28/149.22 bnd_v1_relat_1 (bnd_k15_finseq_1 A) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k15_finseq_1 A);
% 150.28/149.22 ALL A. bnd_m2_finseq_1 (bnd_k14_finseq_1 A) bnd_k5_numbers; True;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ~ bnd_v1_xboole_0 A & bnd_m1_subset_1 B A -->
% 150.28/149.22 bnd_k12_finseq_1 A B = bnd_k5_finseq_1 B;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ~ bnd_v1_xboole_0 A & bnd_m1_subset_1 B A -->
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k12_finseq_1 A B) A;
% 150.28/149.22 True; True; ALL A. bnd_k9_finseq_1 A = bnd_k5_finseq_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 (bnd_k9_finseq_1 A) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k9_finseq_1 A);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 bnd_m1_finseq_1 B A & bnd_m1_finseq_1 C A -->
% 150.28/149.22 bnd_k8_finseq_1 A B C = bnd_k7_finseq_1 B C;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 bnd_m1_finseq_1 B A & bnd_m1_finseq_1 C A -->
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k8_finseq_1 A B C) A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 ((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A) &
% 150.28/149.22 bnd_v1_relat_1 B) &
% 150.28/149.22 bnd_v1_funct_1 B) &
% 150.28/149.22 bnd_v1_finseq_1 B -->
% 150.28/149.22 (bnd_v1_relat_1 (bnd_k7_finseq_1 A B) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k7_finseq_1 A B)) &
% 150.28/149.22 bnd_v1_finseq_1 (bnd_k7_finseq_1 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_xboole_0 (bnd_k6_finseq_1 A) &
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k6_finseq_1 A) A;
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 bnd_k4_finseq_1 A = bnd_k1_relat_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k4_finseq_1 A) (bnd_k1_zfmisc_1 bnd_k5_numbers);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 bnd_k3_finseq_1 A = bnd_k1_card_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 bnd_m2_subset_1 (bnd_k3_finseq_1 A) bnd_k1_numbers bnd_k5_numbers;
% 150.28/149.22 ALL A. bnd_v4_ordinal2 A --> bnd_k2_finseq_1 A = bnd_k1_finseq_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 bnd_m1_subset_1 (bnd_k2_finseq_1 A) (bnd_k1_zfmisc_1 bnd_k5_numbers);
% 150.28/149.22 True; ALL A B. bnd_m2_finseq_1 B A = bnd_m1_finseq_1 B A;
% 150.28/149.22 ALL A. EX B. bnd_m2_finseq_1 B A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m2_finseq_1 B A -->
% 150.28/149.22 (bnd_v1_funct_1 B & bnd_v1_finseq_1 B) &
% 150.28/149.22 bnd_m2_relset_1 B bnd_k5_numbers A;
% 150.28/149.22 ALL A. EX B. bnd_m1_finseq_1 B A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_finseq_1 B A -->
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B;
% 150.28/149.22 (ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ (bnd_r2_hidden A (bnd_k2_finseq_1 bnd_f2_s5_finseq_1) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m1_subset_1 B bnd_f1_s5_finseq_1 -->
% 150.28/149.22 ~ bnd_p1_s5_finseq_1 A B))) -->
% 150.28/149.22 (EX A. (bnd_m2_finseq_1 A bnd_f1_s5_finseq_1 &
% 150.28/149.22 bnd_k4_finseq_1 A = bnd_k2_finseq_1 bnd_f2_s5_finseq_1) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_finseq_1 bnd_f2_s5_finseq_1) -->
% 150.28/149.22 bnd_p1_s5_finseq_1 B (bnd_k1_funct_1 A B)));
% 150.28/149.22 EX A. ALL B.
% 150.28/149.22 bnd_r2_hidden B A =
% 150.28/149.22 (EX C. ((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.22 bnd_v1_finseq_1 C) &
% 150.28/149.22 bnd_r2_hidden C
% 150.28/149.22 (bnd_k13_finseq_1 bnd_f1_s4_finseq_1)) &
% 150.28/149.22 bnd_p1_s4_finseq_1 C) &
% 150.28/149.22 B = C);
% 150.28/149.22 bnd_p1_s3_finseq_1 bnd_k1_xboole_0 &
% 150.28/149.22 (ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_p1_s3_finseq_1 A -->
% 150.28/149.22 bnd_p1_s3_finseq_1 (bnd_k7_finseq_1 A (bnd_k9_finseq_1 B)))) -->
% 150.28/149.22 (ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 bnd_p1_s3_finseq_1 A);
% 150.28/149.22 EX A. (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A) &
% 150.28/149.22 bnd_k3_finseq_1 A = bnd_f1_s2_finseq_1) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_finseq_1 bnd_f1_s2_finseq_1) -->
% 150.28/149.22 bnd_k1_funct_1 A B = bnd_f2_s2_finseq_1 B);
% 150.28/149.22 (ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL B C.
% 150.28/149.22 (bnd_r2_hidden A (bnd_k2_finseq_1 bnd_f1_s1_finseq_1) &
% 150.28/149.22 bnd_p1_s1_finseq_1 A B) &
% 150.28/149.22 bnd_p1_s1_finseq_1 A C -->
% 150.28/149.22 B = C)) &
% 150.28/149.22 (ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ (bnd_r2_hidden A (bnd_k2_finseq_1 bnd_f1_s1_finseq_1) &
% 150.28/149.22 (ALL B. ~ bnd_p1_s1_finseq_1 A B))) -->
% 150.28/149.22 (EX A. (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A) &
% 150.28/149.22 bnd_k4_finseq_1 A = bnd_k2_finseq_1 bnd_f1_s1_finseq_1) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_finseq_1 bnd_f1_s1_finseq_1) -->
% 150.28/149.22 bnd_p1_s1_finseq_1 B (bnd_k1_funct_1 A B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r1_xreal_0 bnd_np__1 C &
% 150.28/149.22 bnd_r1_xreal_0 C (bnd_k3_finseq_1 B) -->
% 150.28/149.22 bnd_k1_funct_1 (bnd_k7_finseq_1 A B)
% 150.28/149.22 (bnd_k1_nat_1 (bnd_k3_finseq_1 A) C) =
% 150.28/149.22 bnd_k1_funct_1 B C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r1_xreal_0 bnd_np__1 C &
% 150.28/149.22 bnd_r1_xreal_0 C (bnd_k3_finseq_1 A) -->
% 150.28/149.22 bnd_k1_funct_1 (bnd_k7_finseq_1 A B) C = bnd_k1_funct_1 A C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_r1_tarski A B -->
% 150.28/149.22 bnd_r1_xreal_0 (bnd_k3_finseq_1 A) (bnd_k3_finseq_1 B));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_r1_tarski A B -->
% 150.28/149.22 bnd_r1_tarski (bnd_k13_finseq_1 A) (bnd_k13_finseq_1 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v1_relat_1 B -->
% 150.28/149.22 (B = bnd_k17_finseq_1 A) =
% 150.28/149.22 (ALL C D.
% 150.28/149.22 bnd_r2_hidden (bnd_k4_tarski C D) B =
% 150.28/149.22 ((bnd_r2_hidden C (bnd_k3_relat_1 A) &
% 150.28/149.22 bnd_r2_hidden D (bnd_k3_relat_1 A)) &
% 150.28/149.22 (EX E. (((((bnd_v1_relat_1 E & bnd_v1_funct_1 E) &
% 150.28/149.22 bnd_v1_finseq_1 E) &
% 150.28/149.22 bnd_r1_xreal_0 bnd_np__1 (bnd_k3_finseq_1 E)) &
% 150.28/149.22 bnd_k1_funct_1 E bnd_np__1 = C) &
% 150.28/149.22 bnd_k1_funct_1 E (bnd_k3_finseq_1 E) = D) &
% 150.28/149.22 (ALL F.
% 150.28/149.22 bnd_m2_subset_1 F bnd_k1_numbers
% 150.28/149.22 bnd_k5_numbers -->
% 150.28/149.22 bnd_r1_xreal_0 bnd_np__1 F -->
% 150.28/149.22 bnd_r1_xreal_0 (bnd_k3_finseq_1 E) F |
% 150.28/149.22 bnd_r2_hidden
% 150.28/149.22 (bnd_k4_tarski (bnd_k1_funct_1 E F)
% 150.28/149.22 (bnd_k1_funct_1 E (bnd_k1_nat_1 F bnd_np__1)))
% 150.28/149.22 A)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_r2_hidden (bnd_k2_xcmplx_0 B C)
% 150.28/149.22 (bnd_k2_finseq_1 (bnd_k2_xcmplx_0 A C)) -->
% 150.28/149.22 bnd_r1_xreal_0 B bnd_np__0 |
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_finseq_1 A) &
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_finseq_1 (bnd_k2_xcmplx_0 A C))));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_r2_hidden B (bnd_k2_finseq_1 A) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k2_xcmplx_0 B C)
% 150.28/149.22 (bnd_k2_finseq_1 (bnd_k2_xcmplx_0 A C))));
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m2_finseq_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_r1_xreal_0 C (bnd_k3_finseq_1 B) -->
% 150.28/149.22 bnd_k3_finseq_1 (bnd_k16_finseq_1 A B C) = C);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m2_finseq_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_r1_xreal_0 (bnd_k3_finseq_1 B) C -->
% 150.28/149.22 bnd_k16_finseq_1 A B C = B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m2_finseq_1 B A -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_k16_finseq_1 A B C = bnd_k7_relat_1 B (bnd_k2_finseq_1 C));
% 150.28/149.22 (ALL A. bnd_v4_ordinal2 A --> bnd_k4_card_1 (bnd_k2_finseq_1 A) = A) &
% 150.28/149.22 (ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_k4_card_1 A = A & bnd_k4_card_1 (bnd_k1_card_1 A) = A);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ (bnd_v1_finset_1 A &
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ bnd_r2_wellord2 A (bnd_k2_finseq_1 B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_k1_card_1 (bnd_k2_finseq_1 A) = bnd_k1_card_1 A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_wellord2 (bnd_k2_finseq_1 A) A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_wellord2 (bnd_k2_finseq_1 A) (bnd_k2_finseq_1 B) -->
% 150.28/149.22 A = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_finset_1 A =
% 150.28/149.22 (EX B. ((bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B) &
% 150.28/149.22 A = bnd_k2_relat_1 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (EX B. bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers &
% 150.28/149.22 bnd_r1_tarski A (bnd_k2_finseq_1 B)) -->
% 150.28/149.22 (bnd_k14_finseq_1 A = bnd_k1_xboole_0) = (A = bnd_k1_xboole_0);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_finseq_1 A -->
% 150.28/149.22 bnd_k15_finseq_1 A =
% 150.28/149.22 bnd_k5_relat_1 (bnd_k14_finseq_1 (bnd_k1_relat_1 A)) A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_finseq_1 A -->
% 150.28/149.22 bnd_k2_relat_1 (bnd_k14_finseq_1 (bnd_k1_relat_1 A)) =
% 150.28/149.22 bnd_k1_relat_1 A;
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (EX B. bnd_v4_ordinal2 B & bnd_r1_tarski A (bnd_k2_finseq_1 B)) -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_finseq_1 B bnd_k5_numbers -->
% 150.28/149.22 (B = bnd_k14_finseq_1 A) =
% 150.28/149.22 (bnd_k2_relat_1 B = A &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_v4_ordinal2 D -->
% 150.28/149.22 (ALL E.
% 150.28/149.22 bnd_v4_ordinal2 E -->
% 150.28/149.22 (ALL F.
% 150.28/149.22 bnd_v4_ordinal2 F -->
% 150.28/149.22 ~ (((((bnd_r1_xreal_0 bnd_np__1 C &
% 150.28/149.22 ~ bnd_r1_xreal_0 D C) &
% 150.28/149.22 bnd_r1_xreal_0 D (bnd_k3_finseq_1 B)) &
% 150.28/149.22 E = bnd_k1_funct_1 B C) &
% 150.28/149.22 F = bnd_k1_funct_1 B D) &
% 150.28/149.22 bnd_r1_xreal_0 F E)))))));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 ((((bnd_v1_relat_1 (bnd_k7_relat_1 B A) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k7_relat_1 B A)) &
% 150.28/149.22 bnd_v2_finseq_1 (bnd_k7_relat_1 B A)) &
% 150.28/149.22 bnd_v1_relat_1 (bnd_k8_relat_1 A B)) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k8_relat_1 A B)) &
% 150.28/149.22 bnd_v2_finseq_1 (bnd_k8_relat_1 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_finseq_1 A;
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.22 bnd_v2_finseq_1 A =
% 150.28/149.22 (EX B. bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers &
% 150.28/149.22 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k2_finseq_1 B));
% 150.28/149.22 ALL A. bnd_r2_hidden bnd_k1_xboole_0 (bnd_k13_finseq_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (bnd_k2_relat_1 A = bnd_k2_relat_1 B & bnd_v2_funct_1 A) &
% 150.28/149.22 bnd_v2_funct_1 B -->
% 150.28/149.22 bnd_k3_finseq_1 A = bnd_k3_finseq_1 B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (B = bnd_k13_finseq_1 A) =
% 150.28/149.22 (ALL C. bnd_r2_hidden C B = bnd_m2_finseq_1 C A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 (ALL D.
% 150.28/149.22 (bnd_v1_relat_1 D & bnd_v1_funct_1 D) &
% 150.28/149.22 bnd_v1_finseq_1 D -->
% 150.28/149.22 ~ ((bnd_k7_finseq_1 A B = bnd_k7_finseq_1 C D &
% 150.28/149.22 bnd_r1_xreal_0 (bnd_k3_finseq_1 A)
% 150.28/149.22 (bnd_k3_finseq_1 C)) &
% 150.28/149.22 (ALL E.
% 150.28/149.22 (bnd_v1_relat_1 E & bnd_v1_funct_1 E) &
% 150.28/149.22 bnd_v1_finseq_1 E -->
% 150.28/149.22 ~ bnd_k7_finseq_1 A E = C)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 ~ (~ A = bnd_k1_xboole_0 &
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C. ~ A = bnd_k7_finseq_1 B (bnd_k9_finseq_1 C))));
% 150.28/149.22 ALL A B C D.
% 150.28/149.22 (bnd_v1_relat_1 D & bnd_v1_funct_1 D) & bnd_v1_finseq_1 D -->
% 150.28/149.22 (D = bnd_k11_finseq_1 A B C) =
% 150.28/149.22 (((bnd_k3_finseq_1 D = bnd_np__3 & bnd_k1_funct_1 D bnd_np__1 = A) &
% 150.28/149.22 bnd_k1_funct_1 D bnd_np__2 = B) &
% 150.28/149.22 bnd_k1_funct_1 D bnd_np__3 = C);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 (C = bnd_k10_finseq_1 A B) =
% 150.28/149.22 ((bnd_k3_finseq_1 C = bnd_np__2 & bnd_k1_funct_1 C bnd_np__1 = A) &
% 150.28/149.22 bnd_k1_funct_1 C bnd_np__2 = B);
% 150.28/149.22 ALL A B C.
% 150.28/149.22 bnd_k11_finseq_1 A B C =
% 150.28/149.22 bnd_k7_finseq_1 (bnd_k9_finseq_1 A) (bnd_k10_finseq_1 B C) &
% 150.28/149.22 bnd_k11_finseq_1 A B C =
% 150.28/149.22 bnd_k7_finseq_1 (bnd_k10_finseq_1 A B) (bnd_k9_finseq_1 C);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k1_funct_1 (bnd_k7_finseq_1 B (bnd_k9_finseq_1 A))
% 150.28/149.22 (bnd_k1_nat_1 (bnd_k3_finseq_1 B) bnd_np__1) =
% 150.28/149.22 A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k1_funct_1 (bnd_k7_finseq_1 (bnd_k9_finseq_1 A) B) bnd_np__1 = A;
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (B = bnd_k9_finseq_1 A) =
% 150.28/149.22 (bnd_k3_finseq_1 B = bnd_np__1 & bnd_k1_funct_1 B bnd_np__1 = A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (B = bnd_k9_finseq_1 A) =
% 150.28/149.22 (bnd_k3_finseq_1 B = bnd_np__1 & bnd_k2_relat_1 B = bnd_k1_tarski A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (B = bnd_k9_finseq_1 A) =
% 150.28/149.22 (bnd_k4_finseq_1 B = bnd_k2_finseq_1 bnd_np__1 &
% 150.28/149.22 bnd_k2_relat_1 B = bnd_k1_tarski A);
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A. bnd_k9_finseq_1 A = bnd_k1_tarski (bnd_k4_tarski bnd_np__1 A);
% 150.28/149.22 True;
% 150.28/149.22 ALL A B C.
% 150.28/149.22 bnd_k11_finseq_1 A B C =
% 150.28/149.22 bnd_k7_finseq_1
% 150.28/149.22 (bnd_k7_finseq_1 (bnd_k9_finseq_1 A) (bnd_k9_finseq_1 B))
% 150.28/149.22 (bnd_k9_finseq_1 C);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_k10_finseq_1 A B =
% 150.28/149.22 bnd_k7_finseq_1 (bnd_k9_finseq_1 A) (bnd_k9_finseq_1 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k7_finseq_1 A B) C -->
% 150.28/149.22 bnd_m2_finseq_1 A C & bnd_m2_finseq_1 B C));
% 150.28/149.22 True;
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.22 (B = bnd_k9_finseq_1 A) =
% 150.28/149.22 (bnd_k1_relat_1 B = bnd_k2_finseq_1 bnd_np__1 &
% 150.28/149.22 bnd_k1_funct_1 B bnd_np__1 = A);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k7_finseq_1 A B = bnd_k1_xboole_0 -->
% 150.28/149.22 A = bnd_k1_xboole_0 & B = bnd_k1_xboole_0);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 bnd_k7_finseq_1 A bnd_k1_xboole_0 = A &
% 150.28/149.22 bnd_k7_finseq_1 bnd_k1_xboole_0 A = A;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 bnd_k7_finseq_1 A B = bnd_k7_finseq_1 C B |
% 150.28/149.22 bnd_k7_finseq_1 B A = bnd_k7_finseq_1 B C -->
% 150.28/149.22 A = C));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 bnd_k7_finseq_1 (bnd_k7_finseq_1 A B) C =
% 150.28/149.22 bnd_k7_finseq_1 A (bnd_k7_finseq_1 B C)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k2_relat_1 (bnd_k7_finseq_1 A B) =
% 150.28/149.22 bnd_k2_xboole_0 (bnd_k2_relat_1 A) (bnd_k2_relat_1 B));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_r1_tarski (bnd_k2_relat_1 A)
% 150.28/149.22 (bnd_k2_relat_1 (bnd_k7_finseq_1 B A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_r1_tarski (bnd_k2_relat_1 A)
% 150.28/149.22 (bnd_k2_relat_1 (bnd_k7_finseq_1 A B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 bnd_r2_hidden A (bnd_k4_finseq_1 B) -->
% 150.28/149.22 bnd_r2_hidden (bnd_k1_nat_1 (bnd_k3_finseq_1 C) A)
% 150.28/149.22 (bnd_k4_finseq_1 (bnd_k7_finseq_1 C B))));
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 ~ (bnd_r2_hidden A (bnd_k4_finseq_1 B) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ (D = A &
% 150.28/149.22 bnd_r2_hidden (bnd_k1_nat_1 (bnd_k3_finseq_1 C) D)
% 150.28/149.22 (bnd_k4_finseq_1 (bnd_k7_finseq_1 C B))))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_r1_tarski (bnd_k4_finseq_1 A)
% 150.28/149.22 (bnd_k4_finseq_1 (bnd_k7_finseq_1 A B)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ ((bnd_r2_hidden C (bnd_k4_finseq_1 (bnd_k7_finseq_1 A B)) &
% 150.28/149.22 ~ bnd_r2_hidden C (bnd_k4_finseq_1 A)) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ (bnd_r2_hidden D (bnd_k4_finseq_1 B) &
% 150.28/149.22 C = bnd_k1_nat_1 (bnd_k3_finseq_1 A) D)))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_r1_xreal_0 C (bnd_k3_finseq_1 (bnd_k7_finseq_1 A B)) -->
% 150.28/149.22 bnd_r1_xreal_0 C (bnd_k3_finseq_1 A) |
% 150.28/149.22 bnd_k1_funct_1 (bnd_k7_finseq_1 A B) C =
% 150.28/149.22 bnd_k1_funct_1 B (bnd_k6_xcmplx_0 C (bnd_k3_finseq_1 A))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_v4_ordinal2 C -->
% 150.28/149.22 bnd_r1_xreal_0 (bnd_k1_nat_1 (bnd_k3_finseq_1 A) bnd_np__1)
% 150.28/149.22 C &
% 150.28/149.22 bnd_r1_xreal_0 C
% 150.28/149.22 (bnd_k1_nat_1 (bnd_k3_finseq_1 A) (bnd_k3_finseq_1 B)) -->
% 150.28/149.22 bnd_k1_funct_1 (bnd_k7_finseq_1 A B) C =
% 150.28/149.22 bnd_k1_funct_1 B (bnd_k6_xcmplx_0 C (bnd_k3_finseq_1 A))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k3_finseq_1 (bnd_k7_finseq_1 A B) =
% 150.28/149.22 bnd_k1_nat_1 (bnd_k3_finseq_1 A) (bnd_k3_finseq_1 B));
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 A = bnd_k7_relat_1 (bnd_k7_finseq_1 A B) (bnd_k4_finseq_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 (C = bnd_k7_finseq_1 A B) =
% 150.28/149.22 ((bnd_k4_finseq_1 C =
% 150.28/149.22 bnd_k2_finseq_1
% 150.28/149.22 (bnd_k1_nat_1 (bnd_k3_finseq_1 A) (bnd_k3_finseq_1 B)) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden D (bnd_k4_finseq_1 A) -->
% 150.28/149.22 bnd_k1_funct_1 C D = bnd_k1_funct_1 A D)) &
% 150.28/149.22 (ALL D.
% 150.28/149.22 bnd_m2_subset_1 D bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden D (bnd_k4_finseq_1 B) -->
% 150.28/149.22 bnd_k1_funct_1 C (bnd_k1_nat_1 (bnd_k3_finseq_1 A) D) =
% 150.28/149.22 bnd_k1_funct_1 B D))));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B. (A = bnd_k6_finseq_1 B) = (bnd_k3_finseq_1 A = bnd_np__0));
% 150.28/149.22 True; True; ALL A. bnd_k6_finseq_1 A = bnd_k1_xboole_0;
% 150.28/149.22 ALL A. bnd_k5_finseq_1 A = bnd_k1_tarski (bnd_k4_tarski bnd_np__1 A);
% 150.28/149.22 All (bnd_m2_finseq_1 bnd_k1_xboole_0); True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (A = bnd_k1_xboole_0) = (bnd_k2_relat_1 A = bnd_k1_xboole_0);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (A = bnd_k1_xboole_0) = (bnd_k4_finseq_1 A = bnd_k1_xboole_0);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (bnd_k3_finseq_1 A = bnd_np__0) = (A = bnd_k1_xboole_0);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 ~ bnd_v1_xboole_0 B -->
% 150.28/149.22 (EX C. bnd_m2_finseq_1 C B & bnd_k3_finseq_1 C = A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B C.
% 150.28/149.22 bnd_m2_finseq_1 C B -->
% 150.28/149.22 bnd_m2_finseq_1 (bnd_k7_relat_1 C (bnd_k2_finseq_1 A)) B);
% 150.28/149.22 True;
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_m1_finseq_1 B A = bnd_r1_tarski (bnd_k2_relat_1 B) A;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (ALL C.
% 150.28/149.22 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v1_finseq_1 C -->
% 150.28/149.22 bnd_r1_xreal_0 A (bnd_k3_finseq_1 B) &
% 150.28/149.22 C = bnd_k7_relat_1 B (bnd_k2_finseq_1 A) -->
% 150.28/149.22 bnd_k3_finseq_1 C = A &
% 150.28/149.22 bnd_k4_finseq_1 C = bnd_k2_finseq_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_r1_tarski (bnd_k2_relat_1 B) (bnd_k1_relat_1 A) -->
% 150.28/149.22 (bnd_v1_relat_1 (bnd_k5_relat_1 B A) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k5_relat_1 B A)) &
% 150.28/149.22 bnd_v1_finseq_1 (bnd_k5_relat_1 B A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 (bnd_v1_relat_1 (bnd_k7_relat_1 B (bnd_k2_finseq_1 A)) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k7_relat_1 B (bnd_k2_finseq_1 A))) &
% 150.28/149.22 bnd_v1_finseq_1 (bnd_k7_relat_1 B (bnd_k2_finseq_1 A)));
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k3_finseq_1 A = bnd_k3_finseq_1 B &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r1_xreal_0 bnd_np__1 C &
% 150.28/149.22 bnd_r1_xreal_0 C (bnd_k3_finseq_1 A) -->
% 150.28/149.22 bnd_k1_funct_1 A C = bnd_k1_funct_1 B C) -->
% 150.28/149.22 A = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 bnd_k4_finseq_1 A = bnd_k4_finseq_1 B &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 bnd_r2_hidden C (bnd_k4_finseq_1 A) -->
% 150.28/149.22 bnd_k1_funct_1 A C = bnd_k1_funct_1 B C) -->
% 150.28/149.22 A = B);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 ~ (bnd_r2_hidden A B &
% 150.28/149.22 (ALL C.
% 150.28/149.22 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 ~ (bnd_r2_hidden C (bnd_k4_finseq_1 B) &
% 150.28/149.22 A = bnd_k4_tarski C (bnd_k1_funct_1 B C))));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.22 ~ ((EX B. bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers &
% 150.28/149.22 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k2_finseq_1 B)) &
% 150.28/149.22 (ALL B.
% 150.28/149.22 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v1_finseq_1 B -->
% 150.28/149.22 ~ bnd_r1_tarski A B));
% 150.28/149.22 (bnd_v1_relat_1 bnd_k1_xboole_0 & bnd_v1_funct_1 bnd_k1_xboole_0) &
% 150.28/149.22 bnd_v1_finseq_1 bnd_k1_xboole_0;
% 150.28/149.22 True;
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.22 (B = bnd_k3_finseq_1 A) = (bnd_k2_finseq_1 B = bnd_k1_relat_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v1_relat_1 A -->
% 150.28/149.22 bnd_v1_finseq_1 A =
% 150.28/149.22 (EX B. bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers &
% 150.28/149.22 bnd_k1_relat_1 A = bnd_k2_finseq_1 B);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 bnd_k2_finseq_1 A =
% 150.28/149.22 bnd_k4_xboole_0 (bnd_k2_finseq_1 (bnd_k2_xcmplx_0 A bnd_np__1))
% 150.28/149.22 (bnd_k1_tarski (bnd_k2_xcmplx_0 A bnd_np__1));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 bnd_k2_xboole_0 (bnd_k2_finseq_1 A)
% 150.28/149.22 (bnd_k1_tarski (bnd_k2_xcmplx_0 A bnd_np__1)) =
% 150.28/149.22 bnd_k2_finseq_1 (bnd_k2_xcmplx_0 A bnd_np__1);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 bnd_k2_finseq_1 A =
% 150.28/149.22 bnd_k5_subset_1 bnd_k5_numbers (bnd_k2_finseq_1 A)
% 150.28/149.22 (bnd_k2_finseq_1 B) -->
% 150.28/149.22 bnd_r1_xreal_0 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 bnd_r1_xreal_0 A B -->
% 150.28/149.22 bnd_k2_finseq_1 A =
% 150.28/149.22 bnd_k5_subset_1 bnd_k5_numbers (bnd_k2_finseq_1 B)
% 150.28/149.22 (bnd_k2_finseq_1 A));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 bnd_k2_finseq_1 A = bnd_k2_finseq_1 B --> A = B);
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 bnd_r1_xreal_0 A B =
% 150.28/149.22 bnd_r1_tarski (bnd_k2_finseq_1 A) (bnd_k2_finseq_1 B));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 bnd_r2_hidden (bnd_k2_xcmplx_0 A bnd_np__1)
% 150.28/149.22 (bnd_k2_finseq_1 (bnd_k2_xcmplx_0 A bnd_np__1));
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 A = bnd_np__0 | bnd_r2_hidden A (bnd_k2_finseq_1 A);
% 150.28/149.22 (bnd_k2_finseq_1 bnd_np__0 = bnd_k1_xboole_0 &
% 150.28/149.22 bnd_k2_finseq_1 bnd_np__1 = bnd_k1_tarski bnd_np__1) &
% 150.28/149.22 bnd_k2_finseq_1 bnd_np__2 = bnd_k2_tarski bnd_np__1 bnd_np__2;
% 150.28/149.22 ALL A.
% 150.28/149.22 bnd_v4_ordinal2 A -->
% 150.28/149.22 (ALL B.
% 150.28/149.22 bnd_v4_ordinal2 B -->
% 150.28/149.22 bnd_r2_hidden A (bnd_k2_finseq_1 B) =
% 150.28/149.22 (bnd_r1_xreal_0 bnd_np__1 A & bnd_r1_xreal_0 A B));
% 150.28/149.22 True; True;
% 150.28/149.22 ALL A B.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finset_1 A -->
% 150.28/149.22 bnd_v1_finset_1 (bnd_k10_relat_1 A B);
% 150.28/149.22 ALL A.
% 150.28/149.22 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finset_1 A -->
% 150.28/149.22 bnd_v1_finset_1 (bnd_k1_relat_1 A);
% 150.28/149.22 ALL A.
% 150.28/149.22 ~ bnd_v1_xboole_0 (bnd_k13_finseq_1 A) &
% 150.28/149.22 bnd_v1_fraenkel (bnd_k13_finseq_1 A);
% 150.28/149.22 ALL A B.
% 150.28/149.22 bnd_m1_finseq_1 B A -->
% 150.28/149.22 ((((bnd_v1_xboole_0 (bnd_k16_finseq_1 A B bnd_np__0) &
% 150.28/149.22 bnd_v1_relat_1 (bnd_k16_finseq_1 A B bnd_np__0)) &
% 150.28/149.22 bnd_v1_funct_1 (bnd_k16_finseq_1 A B bnd_np__0)) &
% 150.28/149.22 bnd_v2_funct_1 (bnd_k16_finseq_1 A B bnd_np__0)) &
% 150.28/149.22 bnd_v1_finset_1 (bnd_k16_finseq_1 A B bnd_np__0)) &
% 150.28/149.22 bnd_v1_finseq_1 (bnd_k16_finseq_1 A B bnd_np__0);
% 150.28/149.22 ALL A B.
% 150.28/149.22 (((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A) &
% 150.28/149.22 ~ bnd_v1_xboole_0 B) &
% 150.28/149.22 bnd_v1_relat_1 B) &
% 150.28/149.22 bnd_v1_funct_1 B) &
% 150.28/149.22 bnd_v1_finseq_1 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k7_finseq_1 B A) &
% 150.28/149.23 bnd_v1_relat_1 (bnd_k7_finseq_1 B A)) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k7_finseq_1 B A)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k7_finseq_1 B A)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k7_finseq_1 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 (((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A) &
% 150.28/149.23 ~ bnd_v1_xboole_0 B) &
% 150.28/149.23 bnd_v1_relat_1 B) &
% 150.28/149.23 bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_v1_finseq_1 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k7_finseq_1 A B) &
% 150.28/149.23 bnd_v1_relat_1 (bnd_k7_finseq_1 A B)) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k7_finseq_1 A B)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k7_finseq_1 A B)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k7_finseq_1 A B);
% 150.28/149.23 EX A. (((~ bnd_v1_xboole_0 A & bnd_v1_relat_1 A) & bnd_v1_funct_1 A) &
% 150.28/149.23 bnd_v1_finset_1 A) &
% 150.28/149.23 bnd_v1_finseq_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k5_finseq_1 A) &
% 150.28/149.23 bnd_v1_relat_1 (bnd_k5_finseq_1 A)) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k5_finseq_1 A)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k5_finseq_1 A)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k5_finseq_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_relat_1 A & bnd_v1_finset_1 A -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_relat_1 A);
% 150.28/149.23 EX A. ((~ bnd_v1_xboole_0 A & bnd_v1_relat_1 A) & bnd_v1_funct_1 A) &
% 150.28/149.23 bnd_v1_finset_1 A;
% 150.28/149.23 EX A. (((bnd_v1_xboole_0 A & bnd_v1_relat_1 A) & bnd_v1_funct_1 A) &
% 150.28/149.23 bnd_v2_funct_1 A) &
% 150.28/149.23 bnd_v1_finset_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_finseq_1 A -->
% 150.28/149.23 ((bnd_v1_relat_1 (bnd_k15_finseq_1 A) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k15_finseq_1 A)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k15_finseq_1 A)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k15_finseq_1 A);
% 150.28/149.23 EX A. (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_finseq_1 A;
% 150.28/149.23 ALL A. ~ bnd_v1_xboole_0 (bnd_k13_finseq_1 A);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((bnd_v1_relat_1 (bnd_k11_finseq_1 A B C) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k11_finseq_1 A B C)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k11_finseq_1 A B C)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k11_finseq_1 A B C);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_relat_1 (bnd_k10_finseq_1 A B) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k10_finseq_1 A B)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k10_finseq_1 A B)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k10_finseq_1 A B);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 bnd_v1_relat_1 (bnd_k11_finseq_1 A B C) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k11_finseq_1 A B C);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_relat_1 (bnd_k10_finseq_1 A B) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k10_finseq_1 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 ((bnd_v1_relat_1 (bnd_k5_finseq_1 A) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k5_finseq_1 A)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k5_finseq_1 A)) &
% 150.28/149.23 bnd_v1_finseq_1 (bnd_k5_finseq_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_relat_1 (bnd_k5_finseq_1 A) &
% 150.28/149.23 bnd_v1_funct_1 (bnd_k5_finseq_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 EX B. (((((bnd_m1_finseq_1 B A & bnd_v1_xboole_0 B) &
% 150.28/149.23 bnd_v1_relat_1 B) &
% 150.28/149.23 bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_v2_funct_1 B) &
% 150.28/149.23 bnd_v1_finset_1 B) &
% 150.28/149.23 bnd_v1_finseq_1 B;
% 150.28/149.23 EX A. ((((bnd_v1_xboole_0 A & bnd_v1_relat_1 A) & bnd_v1_funct_1 A) &
% 150.28/149.23 bnd_v2_funct_1 A) &
% 150.28/149.23 bnd_v1_finset_1 A) &
% 150.28/149.23 bnd_v1_finseq_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 EX B. (((bnd_m1_relset_1 B bnd_k5_numbers A & bnd_v1_relat_1 B) &
% 150.28/149.23 bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_v1_finset_1 B) &
% 150.28/149.23 bnd_v1_finseq_1 B;
% 150.28/149.23 (((((bnd_v1_xboole_0 bnd_k1_xboole_0 & bnd_v1_relat_1 bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v3_relat_1 bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v1_funct_1 bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v2_funct_1 bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v1_finset_1 bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v1_finseq_1 bnd_k1_xboole_0;
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A -->
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finset_1 A;
% 150.28/149.23 ALL A. bnd_v4_ordinal2 A --> bnd_v1_finset_1 (bnd_k1_finseq_1 A);
% 150.28/149.23 EX A. (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finseq_1 A;
% 150.28/149.23 ALL A. bnd_v1_finset_1 A --> bnd_k4_card_1 A = bnd_k1_card_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 bnd_m2_subset_1 (bnd_k4_card_1 A) bnd_k1_numbers bnd_k5_numbers;
% 150.28/149.23 True; ALL A. bnd_v1_card_1 (bnd_k2_card_1 A);
% 150.28/149.23 ALL A. bnd_v1_card_1 (bnd_k1_card_1 A);
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_card_1 B --> bnd_r2_hidden B A --> bnd_p1_s2_card_1 B) -->
% 150.28/149.23 bnd_p1_s2_card_1 A) -->
% 150.28/149.23 (ALL A. bnd_v1_card_1 A --> bnd_p1_s2_card_1 A);
% 150.28/149.23 (bnd_p1_s1_card_1 bnd_k1_xboole_0 &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 bnd_p1_s1_card_1 A --> bnd_p1_s1_card_1 (bnd_k2_card_1 A))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 bnd_v2_card_1 A &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_card_1 B --> bnd_r2_hidden B A --> bnd_p1_s1_card_1 B) -->
% 150.28/149.23 A = bnd_k1_xboole_0 | bnd_p1_s1_card_1 A) -->
% 150.28/149.23 (ALL A. bnd_v1_card_1 A --> bnd_p1_s1_card_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_card_1 A -->
% 150.28/149.23 (EX B. bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers &
% 150.28/149.23 A = bnd_k1_card_1 B);
% 150.28/149.23 bnd_v2_card_1 (bnd_k1_card_1 bnd_k5_ordinal2);
% 150.28/149.23 bnd_k1_card_1 bnd_k5_ordinal2 = bnd_k5_ordinal2;
% 150.28/149.23 bnd_k3_card_1 bnd_np__0 = bnd_k5_ordinal2;
% 150.28/149.23 ALL A. bnd_v1_finset_1 A --> bnd_v1_finset_1 (bnd_k2_card_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_r2_wellord2 A B --> bnd_k4_card_1 A = bnd_k4_card_1 B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_r1_tarski A B -->
% 150.28/149.23 bnd_r1_xreal_0 (bnd_k4_card_1 A) (bnd_k4_card_1 B));
% 150.28/149.23 ALL A. bnd_k4_card_1 (bnd_k1_tarski A) = bnd_np__1;
% 150.28/149.23 bnd_k4_card_1 bnd_k1_xboole_0 = bnd_np__0; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (B = bnd_k4_card_1 A) = (bnd_k1_card_1 B = bnd_k1_card_1 A));
% 150.28/149.23 True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_k2_card_1 (bnd_k1_card_1 A) =
% 150.28/149.23 bnd_k1_card_1 (bnd_k1_nat_1 A bnd_np__1);
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ (bnd_v1_finset_1 A &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 ~ bnd_r2_wellord2 A B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_card_1 A) (bnd_k1_card_1 B) =
% 150.28/149.23 (~ bnd_r1_xreal_0 B A));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_r1_tarski (bnd_k1_card_1 A) (bnd_k1_card_1 B) =
% 150.28/149.23 bnd_r1_xreal_0 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_k1_card_1 A = bnd_k1_card_1 B --> A = B);
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 (bnd_k1_card_1 A);
% 150.28/149.23 ALL A B. bnd_r2_wellord2 A B & bnd_v1_finset_1 A --> bnd_v1_finset_1 B;
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 A = bnd_k1_card_1 A;
% 150.28/149.23 ALL A. bnd_r2_hidden A bnd_k5_ordinal2 --> bnd_v1_card_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_r2_wellord2 A B --> A = B);
% 150.28/149.23 True; True;
% 150.28/149.23 ALL A B C D.
% 150.28/149.23 (bnd_r2_wellord2 A B & bnd_r2_hidden C A) & bnd_r2_hidden D B -->
% 150.28/149.23 bnd_r2_wellord2 (bnd_k4_xboole_0 A (bnd_k1_tarski C))
% 150.28/149.23 (bnd_k4_xboole_0 B (bnd_k1_tarski D));
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.23 bnd_r1_tarski A (bnd_k1_relat_1 B) & bnd_v2_funct_1 B -->
% 150.28/149.23 bnd_r2_wellord2 A (bnd_k9_relat_1 B A);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 bnd_r2_hidden A B & bnd_r2_hidden C B -->
% 150.28/149.23 bnd_r2_wellord2 (bnd_k4_xboole_0 B (bnd_k1_tarski A))
% 150.28/149.23 (bnd_k4_xboole_0 B (bnd_k1_tarski C));
% 150.28/149.23 ALL A B C D.
% 150.28/149.23 ((bnd_r1_xboole_0 A B & bnd_r1_xboole_0 C D) & bnd_r2_wellord2 A C) &
% 150.28/149.23 bnd_r2_wellord2 B D -->
% 150.28/149.23 bnd_r2_wellord2 (bnd_k2_xboole_0 A B) (bnd_k2_xboole_0 C D);
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_r1_xreal_0 A B = bnd_r1_ordinal1 A B);
% 150.28/149.23 True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 bnd_k1_ordinal1 A = bnd_k1_nat_1 A bnd_np__1;
% 150.28/149.23 bnd_np__0 = bnd_k1_xboole_0;
% 150.28/149.23 ALL A. bnd_k1_card_1 (bnd_k1_tarski A) = bnd_k4_ordinal2;
% 150.28/149.23 ALL A B.
% 150.28/149.23 (bnd_k1_card_1 A = bnd_k1_card_1 (bnd_k1_tarski B)) =
% 150.28/149.23 (EX C. A = bnd_k1_tarski C);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r2_wellord2 A (bnd_k1_tarski B) = (EX C. A = bnd_k1_tarski C);
% 150.28/149.23 bnd_k1_card_1 bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.23 ALL A. bnd_r2_wellord2 A bnd_k1_xboole_0 = (A = bnd_k1_xboole_0);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski (bnd_k1_zfmisc_1 A) B -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_card_1 A) (bnd_k1_card_1 B) &
% 150.28/149.23 ~ bnd_r2_wellord2 A B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 (bnd_r1_tarski A B & bnd_r1_tarski B C) & bnd_r2_wellord2 A C -->
% 150.28/149.23 bnd_r2_wellord2 A B & bnd_r2_wellord2 B C;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r1_ordinal1 A B =
% 150.28/149.23 bnd_r1_tarski (bnd_k3_card_1 A) (bnd_k3_card_1 B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_k3_card_1 A = bnd_k3_card_1 B --> A = B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden A B =
% 150.28/149.23 bnd_r2_hidden (bnd_k3_card_1 A) (bnd_k3_card_1 B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 (ALL B.
% 150.28/149.23 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B -->
% 150.28/149.23 bnd_k1_relat_1 B = A &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden C A -->
% 150.28/149.23 bnd_k1_funct_1 B C = bnd_k3_card_1 C) -->
% 150.28/149.23 bnd_k3_card_1 A = bnd_k1_card_1 (bnd_k8_ordinal2 B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k3_card_1 (bnd_k1_ordinal1 A) = bnd_k2_card_1 (bnd_k3_card_1 A);
% 150.28/149.23 bnd_k3_card_1 bnd_np__0 = bnd_k1_card_1 bnd_k5_numbers; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 (B = bnd_k3_card_1 A) =
% 150.28/149.23 (EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_k1_card_1 bnd_k5_numbers) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_k2_card_1
% 150.28/149.23 (bnd_k3_tarski
% 150.28/149.23 (bnd_k1_tarski (bnd_k1_funct_1 C D))))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_k1_card_1
% 150.28/149.23 (bnd_k8_ordinal2 (bnd_k2_ordinal1 C D)))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 bnd_v2_card_1 A = (ALL B. bnd_v1_card_1 B --> ~ A = bnd_k2_card_1 B);
% 150.28/149.23 ALL A. bnd_v3_ordinal1 A --> bnd_r2_hidden A (bnd_k2_card_1 A);
% 150.28/149.23 ALL A B. bnd_r2_wellord2 A B --> bnd_k2_card_1 A = bnd_k2_card_1 B;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_k1_card_1 A = bnd_k1_card_1 B -->
% 150.28/149.23 bnd_k2_card_1 A = bnd_k2_card_1 B;
% 150.28/149.23 ALL A. bnd_r2_hidden (bnd_k1_card_1 bnd_k1_xboole_0) (bnd_k2_card_1 A);
% 150.28/149.23 ALL A. bnd_v1_card_1 A --> bnd_r2_hidden A (bnd_k2_card_1 A); True;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_card_1 B -->
% 150.28/149.23 (B = bnd_k2_card_1 A) =
% 150.28/149.23 (bnd_r2_hidden (bnd_k1_card_1 A) B &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_card_1 C -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_card_1 A) C --> bnd_r1_tarski B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden (bnd_k1_card_1 A) (bnd_k1_card_1 (bnd_k1_zfmisc_1 A));
% 150.28/149.23 ALL A. ~ bnd_r2_wellord2 A (bnd_k1_zfmisc_1 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski (bnd_k1_card_1 A) (bnd_k1_card_1 B) =
% 150.28/149.23 (EX C. ((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_k1_relat_1 C = B) &
% 150.28/149.23 bnd_r1_tarski A (bnd_k2_relat_1 C));
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski A B -->
% 150.28/149.23 bnd_r1_tarski (bnd_k1_card_1 A) (bnd_k1_card_1 B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski (bnd_k1_card_1 A) (bnd_k1_card_1 B) =
% 150.28/149.23 (EX C. (((bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v2_funct_1 C) &
% 150.28/149.23 bnd_k1_relat_1 C = A) &
% 150.28/149.23 bnd_r1_tarski (bnd_k2_relat_1 C) B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_card_1 B -->
% 150.28/149.23 bnd_r2_hidden A B --> bnd_r2_hidden (bnd_k1_card_1 A) B;
% 150.28/149.23 ALL A. bnd_v3_ordinal1 A --> bnd_r1_ordinal1 (bnd_k1_card_1 A) A;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_card_1 B -->
% 150.28/149.23 bnd_r1_tarski A B --> bnd_r1_tarski (bnd_k1_card_1 A) B;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_relat_1 A -->
% 150.28/149.23 bnd_v2_wellord1 A -->
% 150.28/149.23 bnd_r2_wellord2 (bnd_k3_relat_1 A) (bnd_k2_wellord2 A);
% 150.28/149.23 ALL A B. bnd_r2_wellord2 A B = (bnd_k1_card_1 A = bnd_k1_card_1 B); True;
% 150.28/149.23 True; True; True; True; True;
% 150.28/149.23 ALL A B. bnd_v1_card_1 B --> (B = bnd_k1_card_1 A) = bnd_r2_wellord2 A B;
% 150.28/149.23 True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_card_1 B --> bnd_r2_hidden A B = (~ bnd_r1_tarski B A));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_card_1 B -->
% 150.28/149.23 bnd_r2_hidden A B = (bnd_r1_tarski A B & ~ A = B));
% 150.28/149.23 True; True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 (ALL B. bnd_v1_card_1 B --> (A = B) = bnd_r2_wellord2 A B);
% 150.28/149.23 True; True; True; ALL A. EX B. bnd_v3_ordinal1 B & bnd_r2_wellord2 A B;
% 150.28/149.23 True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_card_1 A =
% 150.28/149.23 (EX B. (bnd_v3_ordinal1 B & A = B) &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_wellord2 C B --> bnd_r1_ordinal1 B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 (((bnd_v1_ordinal1 (bnd_k1_card_1 A) &
% 150.28/149.23 bnd_v2_ordinal1 (bnd_k1_card_1 A)) &
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k1_card_1 A)) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k1_card_1 A)) &
% 150.28/149.23 bnd_v1_card_1 (bnd_k1_card_1 A);
% 150.28/149.23 EX A. (((bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A) &
% 150.28/149.23 bnd_v1_finset_1 A) &
% 150.28/149.23 bnd_v1_card_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers -->
% 150.28/149.23 (((((((bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal2 A) &
% 150.28/149.23 bnd_v1_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_finset_1 A) &
% 150.28/149.23 bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A) &
% 150.28/149.23 bnd_v1_card_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers -->
% 150.28/149.23 ((((((bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal2 A) &
% 150.28/149.23 bnd_v1_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A) &
% 150.28/149.23 bnd_v1_card_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 ((bnd_v1_ordinal1 (bnd_k3_card_1 A) &
% 150.28/149.23 bnd_v2_ordinal1 (bnd_k3_card_1 A)) &
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k3_card_1 A)) &
% 150.28/149.23 bnd_v1_card_1 (bnd_k3_card_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_card_1 A -->
% 150.28/149.23 (bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A;
% 150.28/149.23 Ex bnd_v1_card_1;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_int_1 A & bnd_v1_int_1 B --> bnd_v1_int_1 (bnd_k6_int_1 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_int_1 A & bnd_v1_int_1 B --> bnd_v1_int_1 (bnd_k5_int_1 A B);
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A --> bnd_k4_int_1 A = bnd_k3_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> bnd_m1_subset_1 (bnd_k4_int_1 A) bnd_k1_numbers;
% 150.28/149.23 True; ALL A. bnd_v1_xreal_0 A --> bnd_v1_int_1 (bnd_k2_int_1 A);
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A --> bnd_v1_int_1 (bnd_k1_int_1 A);
% 150.28/149.23 ALL A B. bnd_v1_int_1 A & bnd_v1_int_1 B --> bnd_r2_int_1 A A;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_p1_s6_int_1 A --> bnd_r1_xreal_0 A bnd_f1_s6_int_1) &
% 150.28/149.23 (EX A. bnd_v1_int_1 A & bnd_p1_s6_int_1 A) -->
% 150.28/149.23 (EX A. (bnd_v1_int_1 A & bnd_p1_s6_int_1 A) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B --> bnd_p1_s6_int_1 B --> bnd_r1_xreal_0 B A));
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_p1_s5_int_1 A --> bnd_r1_xreal_0 bnd_f1_s5_int_1 A) &
% 150.28/149.23 (EX A. bnd_v1_int_1 A & bnd_p1_s5_int_1 A) -->
% 150.28/149.23 (EX A. (bnd_v1_int_1 A & bnd_p1_s5_int_1 A) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B --> bnd_p1_s5_int_1 B --> bnd_r1_xreal_0 A B));
% 150.28/149.23 bnd_p1_s4_int_1 bnd_f1_s4_int_1 &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_p1_s4_int_1 A -->
% 150.28/149.23 bnd_p1_s4_int_1 (bnd_k6_xcmplx_0 A bnd_np__1) &
% 150.28/149.23 bnd_p1_s4_int_1 (bnd_k2_xcmplx_0 A bnd_np__1)) -->
% 150.28/149.23 (ALL A. bnd_v1_int_1 A --> bnd_p1_s4_int_1 A);
% 150.28/149.23 bnd_p1_s3_int_1 bnd_f1_s3_int_1 &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_r1_xreal_0 A bnd_f1_s3_int_1 & bnd_p1_s3_int_1 A -->
% 150.28/149.23 bnd_p1_s3_int_1 (bnd_k6_xcmplx_0 A bnd_np__1)) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_r1_xreal_0 A bnd_f1_s3_int_1 --> bnd_p1_s3_int_1 A);
% 150.28/149.23 bnd_p1_s2_int_1 bnd_f1_s2_int_1 &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_r1_xreal_0 bnd_f1_s2_int_1 A & bnd_p1_s2_int_1 A -->
% 150.28/149.23 bnd_p1_s2_int_1 (bnd_k2_xcmplx_0 A bnd_np__1)) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_r1_xreal_0 bnd_f1_s2_int_1 A --> bnd_p1_s2_int_1 A);
% 150.28/149.23 EX A. bnd_m1_subset_1 A (bnd_k1_zfmisc_1 bnd_k4_numbers) &
% 150.28/149.23 (ALL B. bnd_v1_int_1 B --> bnd_r2_hidden B A = bnd_p1_s1_int_1 B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v4_ordinal2 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v4_ordinal2 B -->
% 150.28/149.23 bnd_r1_xreal_0 bnd_np__0 (bnd_k5_int_1 A B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_xreal_0 B -->
% 150.28/149.23 bnd_r1_xreal_0 A B --> bnd_r1_xreal_0 A (bnd_k1_int_1 B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_r1_xreal_0 bnd_np__0 A -->
% 150.28/149.23 ((bnd_r1_xreal_0 bnd_np__0 (bnd_k2_int_1 A) &
% 150.28/149.23 bnd_r1_xreal_0 bnd_np__0 (bnd_k1_int_1 A)) &
% 150.28/149.23 bnd_m2_subset_1 (bnd_k2_int_1 A) bnd_k1_numbers bnd_k5_numbers) &
% 150.28/149.23 bnd_m2_subset_1 (bnd_k1_int_1 A) bnd_k1_numbers bnd_k5_numbers;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 ~ bnd_r1_xreal_0 B A -->
% 150.28/149.23 bnd_r1_xreal_0 A (bnd_k6_xcmplx_0 B bnd_np__1));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 ~ (~ bnd_r1_xreal_0 B A &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 ~ (C = bnd_k6_xcmplx_0 B A &
% 150.28/149.23 bnd_r1_xreal_0 bnd_np__1 C))));
% 150.28/149.23 ALL A. bnd_v1_int_1 A --> bnd_k6_int_1 A A = bnd_np__0;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A --> ~ A = bnd_np__0 --> bnd_k5_int_1 A A = bnd_np__1;
% 150.28/149.23 ALL A. bnd_v1_int_1 A --> bnd_k5_int_1 A bnd_np__0 = bnd_np__0;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ A = bnd_np__0 --> bnd_k1_int_1 (bnd_k7_xcmplx_0 A A) = bnd_np__1;
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 bnd_r2_int_1 A B =
% 150.28/149.23 (EX C. bnd_v1_int_1 C & B = bnd_k3_xcmplx_0 A C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (~ B = bnd_np__0 -->
% 150.28/149.23 bnd_k6_int_1 A B =
% 150.28/149.23 bnd_k6_xcmplx_0 A (bnd_k3_xcmplx_0 (bnd_k5_int_1 A B) B)) &
% 150.28/149.23 (B = bnd_np__0 --> bnd_k6_int_1 A B = bnd_np__0));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 bnd_k5_int_1 A B = bnd_k1_int_1 (bnd_k7_xcmplx_0 A B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ (~ bnd_r1_xreal_0 (bnd_k4_int_1 A) bnd_np__0 & bnd_v1_int_1 A) &
% 150.28/149.23 ~ (~ bnd_v1_int_1 A & bnd_r1_xreal_0 (bnd_k4_int_1 A) bnd_np__0);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> (bnd_k4_int_1 A = bnd_np__0) = bnd_v1_int_1 A;
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A --> bnd_k1_int_1 (bnd_k4_int_1 A) = bnd_np__0;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ bnd_r1_xreal_0 bnd_np__1 (bnd_k4_int_1 A) &
% 150.28/149.23 bnd_r1_xreal_0 bnd_np__0 (bnd_k4_int_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 A = bnd_k2_xcmplx_0 (bnd_k1_int_1 A) (bnd_k4_int_1 A);
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_k3_int_1 A = bnd_k6_xcmplx_0 A (bnd_k1_int_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (bnd_k1_int_1 A = bnd_k2_int_1 A) =
% 150.28/149.23 (~ bnd_k2_xcmplx_0 (bnd_k1_int_1 A) bnd_np__1 = bnd_k2_int_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> bnd_k2_int_1 (bnd_k1_int_1 A) = bnd_k1_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> bnd_k2_int_1 (bnd_k2_int_1 A) = bnd_k2_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> bnd_k1_int_1 (bnd_k1_int_1 A) = bnd_k1_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> bnd_k1_int_1 (bnd_k2_int_1 A) = bnd_k2_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A --> bnd_r1_xreal_0 (bnd_k1_int_1 A) (bnd_k2_int_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ (~ bnd_r1_xreal_0 (bnd_k2_int_1 A) (bnd_k1_int_1 A) &
% 150.28/149.23 bnd_v1_int_1 A) &
% 150.28/149.23 ~ (~ bnd_v1_int_1 A &
% 150.28/149.23 bnd_r1_xreal_0 (bnd_k2_int_1 A) (bnd_k1_int_1 A));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (bnd_k1_int_1 A = bnd_k2_int_1 A) = bnd_v1_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 bnd_k2_xcmplx_0 (bnd_k2_int_1 A) B =
% 150.28/149.23 bnd_k2_int_1 (bnd_k2_xcmplx_0 A B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ bnd_r1_xreal_0 (bnd_k2_int_1 A) (bnd_k6_xcmplx_0 A bnd_np__1) &
% 150.28/149.23 ~ bnd_r1_xreal_0 (bnd_k2_xcmplx_0 (bnd_k2_int_1 A) bnd_np__1) A;
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ (~ bnd_r1_xreal_0 (bnd_k2_int_1 A) A & bnd_v1_int_1 A) &
% 150.28/149.23 ~ (~ bnd_v1_int_1 A & bnd_r1_xreal_0 (bnd_k2_int_1 A) A);
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A --> (bnd_k2_int_1 A = A) = bnd_v1_int_1 A; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (B = bnd_k2_int_1 A) =
% 150.28/149.23 (bnd_r1_xreal_0 A B &
% 150.28/149.23 ~ bnd_r1_xreal_0 (bnd_k2_xcmplx_0 A bnd_np__1) B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ bnd_r1_xreal_0 (bnd_k2_xcmplx_0 (bnd_k1_int_1 A) bnd_np__1) A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 bnd_k2_xcmplx_0 (bnd_k1_int_1 A) B =
% 150.28/149.23 bnd_k1_int_1 (bnd_k2_xcmplx_0 A B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ bnd_r1_xreal_0 A (bnd_k6_xcmplx_0 (bnd_k1_int_1 A) bnd_np__1) &
% 150.28/149.23 ~ bnd_r1_xreal_0 (bnd_k2_xcmplx_0 A bnd_np__1) (bnd_k1_int_1 A);
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ (~ bnd_r1_xreal_0 A (bnd_k1_int_1 A) & bnd_v1_int_1 A) &
% 150.28/149.23 ~ (~ bnd_v1_int_1 A & bnd_r1_xreal_0 A (bnd_k1_int_1 A));
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A --> (bnd_k1_int_1 A = A) = bnd_v1_int_1 A; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (B = bnd_k1_int_1 A) =
% 150.28/149.23 (bnd_r1_xreal_0 B A &
% 150.28/149.23 ~ bnd_r1_xreal_0 B (bnd_k6_xcmplx_0 A bnd_np__1)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_r1_xreal_0 A B & bnd_r1_xreal_0 A C -->
% 150.28/149.23 (bnd_r1_xreal_0 (bnd_k2_xcmplx_0 A bnd_np__1) B |
% 150.28/149.23 bnd_r1_xreal_0 (bnd_k2_xcmplx_0 A bnd_np__1) C) |
% 150.28/149.23 B = C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_r1_xreal_0 B A & bnd_r1_xreal_0 C A -->
% 150.28/149.23 (bnd_r1_xreal_0 B (bnd_k6_xcmplx_0 A bnd_np__1) |
% 150.28/149.23 bnd_r1_xreal_0 C (bnd_k6_xcmplx_0 A bnd_np__1)) |
% 150.28/149.23 B = C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_r1_int_1 A B C = bnd_r1_int_1 (bnd_k6_xcmplx_0 A C) B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_r1_int_1 A B C = bnd_r1_int_1 (bnd_k2_xcmplx_0 A C) B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v1_int_1 D -->
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_v1_int_1 E -->
% 150.28/149.23 bnd_k3_xcmplx_0 A B = C & bnd_r1_int_1 D E C -->
% 150.28/149.23 bnd_r1_int_1 D E A))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v1_int_1 D -->
% 150.28/149.23 bnd_r1_int_1 (bnd_k2_xcmplx_0 A B) C D =
% 150.28/149.23 bnd_r1_int_1 A (bnd_k6_xcmplx_0 C B) D)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v1_int_1 D -->
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_v1_int_1 E -->
% 150.28/149.23 bnd_r1_int_1 A B C & bnd_r1_int_1 D E C -->
% 150.28/149.23 bnd_r1_int_1 (bnd_k3_xcmplx_0 A D)
% 150.28/149.23 (bnd_k3_xcmplx_0 B E) C))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v1_int_1 D -->
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_v1_int_1 E -->
% 150.28/149.23 bnd_r1_int_1 A B C & bnd_r1_int_1 D E C -->
% 150.28/149.23 bnd_r1_int_1 (bnd_k6_xcmplx_0 A D)
% 150.28/149.23 (bnd_k6_xcmplx_0 B E) C))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v1_int_1 D -->
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_v1_int_1 E -->
% 150.28/149.23 bnd_r1_int_1 A B C & bnd_r1_int_1 D E C -->
% 150.28/149.23 bnd_r1_int_1 (bnd_k2_xcmplx_0 A D)
% 150.28/149.23 (bnd_k2_xcmplx_0 B E) C))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v1_int_1 D -->
% 150.28/149.23 bnd_r1_int_1 A B C & bnd_r1_int_1 B D C -->
% 150.28/149.23 bnd_r1_int_1 A D C)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_r1_int_1 A B C --> bnd_r1_int_1 B A C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B. bnd_v1_int_1 B --> bnd_r1_int_1 A B bnd_np__1);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_r1_int_1 A bnd_np__0 A & bnd_r1_int_1 bnd_np__0 A A;
% 150.28/149.23 ALL A. bnd_v1_int_1 A --> (ALL B. bnd_v1_int_1 B --> bnd_r1_int_1 A A B);
% 150.28/149.23 True; True; True; True; True; True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_r1_int_1 A B C =
% 150.28/149.23 (EX D. bnd_v1_int_1 D &
% 150.28/149.23 bnd_k3_xcmplx_0 C D = bnd_k6_xcmplx_0 A B)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_k3_xcmplx_0 A B = bnd_k1_real_1 bnd_np__1) =
% 150.28/149.23 (A = bnd_k1_real_1 bnd_np__1 & B = bnd_np__1 |
% 150.28/149.23 A = bnd_np__1 & B = bnd_k1_real_1 bnd_np__1));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_k3_xcmplx_0 A B = bnd_np__1) =
% 150.28/149.23 (A = bnd_np__1 & B = bnd_np__1 |
% 150.28/149.23 A = bnd_k1_real_1 bnd_np__1 & B = bnd_k1_real_1 bnd_np__1));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 ~ bnd_r1_xreal_0 bnd_np__0 A -->
% 150.28/149.23 bnd_r1_xreal_0 A (bnd_k1_real_1 bnd_np__1);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 ~ bnd_r1_xreal_0 B A -->
% 150.28/149.23 bnd_r1_xreal_0 (bnd_k2_xcmplx_0 A bnd_np__1) B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m2_subset_1 A bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v1_int_1 C -->
% 150.28/149.23 bnd_k2_xcmplx_0 B A = C --> bnd_r1_xreal_0 B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_int_1 B -->
% 150.28/149.23 bnd_r1_xreal_0 A B -->
% 150.28/149.23 bnd_r2_hidden (bnd_k6_xcmplx_0 B A) bnd_k5_numbers);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_v1_int_1 (bnd_k2_xcmplx_0 A bnd_np__1) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k6_xcmplx_0 A bnd_np__1);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 bnd_r1_xreal_0 bnd_np__0 A --> bnd_r2_hidden A bnd_k5_numbers;
% 150.28/149.23 True; True; True; True; True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 ~ (bnd_v1_int_1 A &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_subset_1 B bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 ~ A = B & ~ A = bnd_k1_real_1 B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v4_ordinal2 B -->
% 150.28/149.23 A = B | A = bnd_k4_xcmplx_0 B --> bnd_v1_int_1 A);
% 150.28/149.23 True; True; True; True; True; True;
% 150.28/149.23 ALL A. bnd_v1_int_1 A = bnd_r2_hidden A bnd_k4_numbers;
% 150.28/149.23 ALL A.
% 150.28/149.23 (A = bnd_k4_numbers) =
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_r2_hidden B A =
% 150.28/149.23 (~ (ALL C.
% 150.28/149.23 bnd_m2_subset_1 C bnd_k1_numbers bnd_k5_numbers -->
% 150.28/149.23 ~ B = C & ~ B = bnd_k1_real_1 C)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k3_int_1 A) & bnd_v1_xreal_0 (bnd_k3_int_1 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers &
% 150.28/149.23 bnd_m1_subset_1 B bnd_k5_numbers -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k6_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers & bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k6_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers & bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k3_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers & bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k2_xcmplx_0 B A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers -->
% 150.28/149.23 ((bnd_v1_xcmplx_0 (bnd_k4_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k4_xcmplx_0 A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k4_xcmplx_0 A)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k4_xcmplx_0 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_int_1 A & bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k6_xcmplx_0 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_int_1 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k4_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k4_xcmplx_0 A)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k4_xcmplx_0 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_int_1 A & bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k3_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_int_1 A & bnd_v1_int_1 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_int_1 (bnd_k2_xcmplx_0 A B);
% 150.28/149.23 ALL A. bnd_v1_int_1 A --> bnd_v1_xcmplx_0 A & bnd_v1_xreal_0 A;
% 150.28/149.23 ALL A. bnd_v4_ordinal2 A --> bnd_v1_int_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_k5_numbers -->
% 150.28/149.23 ((((((bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal2 A) &
% 150.28/149.23 bnd_v1_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A) &
% 150.28/149.23 bnd_v1_int_1 A;
% 150.28/149.23 ALL A. bnd_m1_subset_1 A bnd_k4_numbers --> bnd_v1_int_1 A;
% 150.28/149.23 Ex bnd_v1_int_1;
% 150.28/149.23 EX A. ((bnd_m1_subset_1 A bnd_k1_numbers & bnd_v1_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 A) &
% 150.28/149.23 bnd_v1_int_1 A;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v1_xreal_0 B -->
% 150.28/149.23 bnd_r1_xreal_0 A B | bnd_r1_xreal_0 B A;
% 150.28/149.23 ALL A B. bnd_v1_xreal_0 A & bnd_v1_xreal_0 B --> bnd_r1_xreal_0 A A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_v3_xreal_0 A = (~ bnd_r1_xreal_0 bnd_np__0 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_v2_xreal_0 A = (~ bnd_r1_xreal_0 A bnd_np__0);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v1_xreal_0 B -->
% 150.28/149.23 ((bnd_r2_hidden A bnd_k2_arytm_2 &
% 150.28/149.23 bnd_r2_hidden B bnd_k2_arytm_2 -->
% 150.28/149.23 bnd_r1_xreal_0 A B =
% 150.28/149.23 (EX C. bnd_m1_subset_1 C bnd_k2_arytm_2 &
% 150.28/149.23 (EX D. ((bnd_m1_subset_1 D bnd_k2_arytm_2 & A = C) &
% 150.28/149.23 B = D) &
% 150.28/149.23 bnd_r1_arytm_2 C D))) &
% 150.28/149.23 (bnd_r2_hidden A
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0) bnd_k2_arytm_2) &
% 150.28/149.23 bnd_r2_hidden B
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0) bnd_k2_arytm_2) -->
% 150.28/149.23 bnd_r1_xreal_0 A B =
% 150.28/149.23 (EX C. bnd_m1_subset_1 C bnd_k2_arytm_2 &
% 150.28/149.23 (EX D. ((bnd_m1_subset_1 D bnd_k2_arytm_2 &
% 150.28/149.23 A = bnd_k4_tarski bnd_np__0 C) &
% 150.28/149.23 B = bnd_k4_tarski bnd_np__0 D) &
% 150.28/149.23 bnd_r1_arytm_2 D C)))) &
% 150.28/149.23 ~ ((~ (bnd_r2_hidden A bnd_k2_arytm_2 &
% 150.28/149.23 bnd_r2_hidden B bnd_k2_arytm_2) &
% 150.28/149.23 ~ (bnd_r2_hidden A
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0)
% 150.28/149.23 bnd_k2_arytm_2) &
% 150.28/149.23 bnd_r2_hidden B
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0)
% 150.28/149.23 bnd_k2_arytm_2))) &
% 150.28/149.23 ~ bnd_r1_xreal_0 A B =
% 150.28/149.23 (bnd_r2_hidden B bnd_k2_arytm_2 &
% 150.28/149.23 bnd_r2_hidden A
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0)
% 150.28/149.23 bnd_k2_arytm_2))));
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A = bnd_r2_hidden A bnd_k1_numbers;
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k7_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k7_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k7_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k7_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k7_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k7_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k7_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k7_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k7_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k7_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k7_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k7_xcmplx_0 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k5_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k5_xcmplx_0 A)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k5_xcmplx_0 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k5_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k5_xcmplx_0 A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k5_xcmplx_0 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k3_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k3_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k3_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k3_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k6_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v2_xreal_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k6_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k6_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v3_xreal_0 (bnd_k6_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k6_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v3_xreal_0 (bnd_k6_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k6_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v2_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k6_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k6_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k6_xcmplx_0 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k4_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k4_xcmplx_0 A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k4_xcmplx_0 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k4_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k4_xcmplx_0 A)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k4_xcmplx_0 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k2_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v3_xreal_0 (bnd_k2_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k2_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v3_xreal_0 (bnd_k2_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k2_xcmplx_0 B A) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 bnd_v2_xreal_0 (bnd_k2_xcmplx_0 B A)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k2_xcmplx_0 B A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (((~ bnd_v1_xboole_0 (bnd_k2_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 bnd_v2_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k2_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v2_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v2_xreal_0 (bnd_k2_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ((bnd_v1_xreal_0 A & ~ bnd_v3_xreal_0 A) & bnd_v1_xreal_0 B) &
% 150.28/149.23 ~ bnd_v3_xreal_0 B -->
% 150.28/149.23 (bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 A B)) &
% 150.28/149.23 ~ bnd_v3_xreal_0 (bnd_k2_xcmplx_0 A B);
% 150.28/149.23 EX A. (((bnd_v1_xboole_0 A & bnd_v1_xcmplx_0 A) & bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v2_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A;
% 150.28/149.23 EX A. (((~ bnd_v1_xboole_0 A & bnd_v1_xcmplx_0 A) & bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v2_xreal_0 A) &
% 150.28/149.23 bnd_v3_xreal_0 A;
% 150.28/149.23 EX A. (((~ bnd_v1_xboole_0 A & bnd_v1_xcmplx_0 A) & bnd_v1_xreal_0 A) &
% 150.28/149.23 bnd_v2_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_xreal_0 A & ~ bnd_v2_xreal_0 A) & ~ bnd_v3_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xboole_0 A & bnd_v1_xcmplx_0 A) & bnd_v1_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xboole_0 A & bnd_v1_xreal_0 A -->
% 150.28/149.23 ((bnd_v1_xcmplx_0 A & bnd_v1_xreal_0 A) & ~ bnd_v2_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 (~ bnd_v1_xboole_0 A & bnd_v1_xreal_0 A) & ~ bnd_v2_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 A & bnd_v1_xreal_0 A) & bnd_v3_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v3_xreal_0 A -->
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v1_xcmplx_0 A) & bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v2_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 (~ bnd_v1_xboole_0 A & bnd_v1_xreal_0 A) & ~ bnd_v3_xreal_0 A -->
% 150.28/149.23 (bnd_v1_xcmplx_0 A & bnd_v1_xreal_0 A) & bnd_v2_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v2_xreal_0 A -->
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v1_xcmplx_0 A) & bnd_v1_xreal_0 A) &
% 150.28/149.23 ~ bnd_v3_xreal_0 A;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v1_xreal_0 B -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k7_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k7_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v1_xreal_0 B -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k6_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k6_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v1_xreal_0 B -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k3_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k3_xcmplx_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_xreal_0 A & bnd_v1_xreal_0 B -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k2_xcmplx_0 A B) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k2_xcmplx_0 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k5_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k5_xcmplx_0 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_xreal_0 A -->
% 150.28/149.23 bnd_v1_xcmplx_0 (bnd_k4_xcmplx_0 A) &
% 150.28/149.23 bnd_v1_xreal_0 (bnd_k4_xcmplx_0 A);
% 150.28/149.23 EX A. bnd_v1_xcmplx_0 A & bnd_v1_xreal_0 A;
% 150.28/149.23 ALL A. bnd_v1_xreal_0 A --> bnd_v1_xcmplx_0 A;
% 150.28/149.23 ALL A. bnd_v4_ordinal2 A --> bnd_v1_xreal_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_0_numbers =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B
% 150.28/149.23 (bnd_k1_funct_2 (bnd_k2_tarski bnd_np__0 bnd_k13_arytm_3)
% 150.28/149.23 bnd_k1_numbers) &
% 150.28/149.23 A = B) &
% 150.28/149.23 bnd_k1_funct_1 B bnd_k13_arytm_3 = bnd_np__0);
% 150.28/149.23 bnd_k2_numbers =
% 150.28/149.23 bnd_k2_xboole_0
% 150.28/149.23 (bnd_k4_xboole_0
% 150.28/149.23 (bnd_k1_funct_2 (bnd_k2_tarski bnd_np__0 bnd_k13_arytm_3)
% 150.28/149.23 bnd_k1_numbers)
% 150.28/149.23 bnd_a_0_0_numbers)
% 150.28/149.23 bnd_k1_numbers;
% 150.28/149.23 bnd_k5_numbers = bnd_k5_ordinal2;
% 150.28/149.23 bnd_m1_subset_1 bnd_k5_numbers (bnd_k1_zfmisc_1 bnd_k1_numbers); True;
% 150.28/149.23 True; True; True; ~ bnd_k5_numbers = bnd_k2_numbers;
% 150.28/149.23 ~ bnd_k5_numbers = bnd_k1_numbers; ~ bnd_k5_numbers = bnd_k3_numbers;
% 150.28/149.23 ~ bnd_k5_numbers = bnd_k4_numbers; ~ bnd_k4_numbers = bnd_k2_numbers;
% 150.28/149.23 ~ bnd_k4_numbers = bnd_k1_numbers; ~ bnd_k4_numbers = bnd_k3_numbers;
% 150.28/149.23 ~ bnd_k3_numbers = bnd_k2_numbers; ~ bnd_k3_numbers = bnd_k1_numbers;
% 150.28/149.23 ~ bnd_k1_numbers = bnd_k2_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k5_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k5_numbers bnd_k1_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k5_numbers bnd_k3_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k5_numbers bnd_k4_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k4_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k4_numbers bnd_k1_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k4_numbers bnd_k3_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k3_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k3_numbers bnd_k1_numbers;
% 150.28/149.23 bnd_r1_tarski bnd_k1_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k5_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k5_numbers bnd_k1_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k5_numbers bnd_k3_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k5_numbers bnd_k4_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k4_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k4_numbers bnd_k1_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k4_numbers bnd_k3_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k3_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k3_numbers bnd_k1_numbers;
% 150.28/149.23 bnd_r2_xboole_0 bnd_k1_numbers bnd_k2_numbers;
% 150.28/149.23 bnd_k4_numbers =
% 150.28/149.23 bnd_k4_xboole_0
% 150.28/149.23 (bnd_k2_xboole_0 bnd_k5_ordinal2
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0) bnd_k5_ordinal2))
% 150.28/149.23 (bnd_k1_tarski (bnd_k4_tarski bnd_np__0 bnd_np__0));
% 150.28/149.23 bnd_k3_numbers =
% 150.28/149.23 bnd_k4_xboole_0
% 150.28/149.23 (bnd_k2_xboole_0 bnd_k6_arytm_3
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0) bnd_k6_arytm_3))
% 150.28/149.23 (bnd_k1_tarski (bnd_k4_tarski bnd_np__0 bnd_np__0));
% 150.28/149.23 bnd_k1_numbers =
% 150.28/149.23 bnd_k4_xboole_0
% 150.28/149.23 (bnd_k2_xboole_0 bnd_k2_arytm_2
% 150.28/149.23 (bnd_k2_zfmisc_1 (bnd_k1_tarski bnd_np__0) bnd_k2_arytm_2))
% 150.28/149.23 (bnd_k1_tarski (bnd_k4_tarski bnd_np__0 bnd_np__0));
% 150.28/149.23 ~ bnd_v1_xboole_0 bnd_k4_numbers; ~ bnd_v1_xboole_0 bnd_k3_numbers;
% 150.28/149.23 ~ bnd_v1_xboole_0 bnd_k2_numbers; ~ bnd_v1_xboole_0 bnd_k1_numbers;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_40_fraenkel =
% 150.28/149.23 (EX B. (bnd_m2_fraenkel B bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel
% 150.28/149.23 (bnd_k1_fraenkel bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel) &
% 150.28/149.23 A = bnd_f5_s25_fraenkel B) &
% 150.28/149.23 bnd_r1_tarski
% 150.28/149.23 (bnd_k2_funct_2 bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel B
% 150.28/149.23 bnd_f3_s25_fraenkel)
% 150.28/149.23 bnd_f4_s25_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_39_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 (((bnd_m1_subset_1 B bnd_f1_s22_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s22_fraenkel) &
% 150.28/149.23 A = bnd_f5_s22_fraenkel B C) &
% 150.28/149.23 bnd_r2_hidden B bnd_f3_s22_fraenkel) &
% 150.28/149.23 bnd_r2_hidden C bnd_f4_s22_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_38_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s21_fraenkel &
% 150.28/149.23 A = bnd_f3_s21_fraenkel B) &
% 150.28/149.23 bnd_r2_hidden B bnd_f2_s21_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_37_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s20_fraenkel &
% 150.28/149.23 A = bnd_f3_s20_fraenkel B bnd_f4_s20_fraenkel) &
% 150.28/149.23 bnd_p1_s20_fraenkel B bnd_f4_s20_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_36_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 (((bnd_m1_subset_1 B bnd_f1_s20_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s20_fraenkel) &
% 150.28/149.23 A = bnd_f3_s20_fraenkel B C) &
% 150.28/149.23 C = bnd_f4_s20_fraenkel) &
% 150.28/149.23 bnd_p1_s20_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_35_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s19_fraenkel &
% 150.28/149.23 A = bnd_f3_s19_fraenkel B bnd_f4_s19_fraenkel) &
% 150.28/149.23 bnd_p1_s19_fraenkel B bnd_f4_s19_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_34_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s19_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s19_fraenkel) &
% 150.28/149.23 A = bnd_f3_s19_fraenkel B C) &
% 150.28/149.23 bnd_p2_s19_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_33_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f1_s18_fraenkel &
% 150.28/149.23 A = bnd_f3_s18_fraenkel B) &
% 150.28/149.23 bnd_p1_s18_fraenkel B) &
% 150.28/149.23 ~ bnd_r2_hidden (bnd_f3_s18_fraenkel B) bnd_f2_s18_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_32_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f1_s17_fraenkel &
% 150.28/149.23 A = bnd_f3_s17_fraenkel B) &
% 150.28/149.23 bnd_r2_hidden (bnd_f3_s17_fraenkel B) bnd_f2_s17_fraenkel) &
% 150.28/149.23 bnd_p1_s17_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_31_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s16_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s16_fraenkel) &
% 150.28/149.23 A = bnd_f3_s16_fraenkel B C) &
% 150.28/149.23 bnd_p2_s16_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_30_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s16_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s16_fraenkel) &
% 150.28/149.23 A = bnd_f3_s16_fraenkel B C) &
% 150.28/149.23 bnd_p1_s16_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_29_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 (((bnd_m1_subset_1 B bnd_f1_s15_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s15_fraenkel) &
% 150.28/149.23 A = bnd_f3_s15_fraenkel B C) &
% 150.28/149.23 bnd_p2_s15_fraenkel B) &
% 150.28/149.23 bnd_p1_s15_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_28_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s15_fraenkel & A = B) &
% 150.28/149.23 bnd_p2_s15_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_27_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 (((bnd_m1_subset_1 B bnd_f1_s15_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s15_fraenkel) &
% 150.28/149.23 A = bnd_f3_s15_fraenkel B C) &
% 150.28/149.23 bnd_r2_hidden B bnd_a_0_28_fraenkel) &
% 150.28/149.23 bnd_p1_s15_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_26_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f1_s14_fraenkel &
% 150.28/149.23 A = bnd_f2_s14_fraenkel B) &
% 150.28/149.23 bnd_p2_s14_fraenkel B) &
% 150.28/149.23 bnd_p1_s14_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_25_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s14_fraenkel & A = B) &
% 150.28/149.23 bnd_p2_s14_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_24_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f1_s14_fraenkel &
% 150.28/149.23 A = bnd_f2_s14_fraenkel B) &
% 150.28/149.23 bnd_r2_hidden B bnd_a_0_25_fraenkel) &
% 150.28/149.23 bnd_p1_s14_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_23_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 (((bnd_m1_subset_1 B bnd_f1_s13_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s13_fraenkel) &
% 150.28/149.23 A = bnd_f4_s13_fraenkel B C) &
% 150.28/149.23 bnd_p1_s13_fraenkel B C) &
% 150.28/149.23 bnd_p2_s13_fraenkel (bnd_f4_s13_fraenkel B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_22_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s13_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s13_fraenkel) &
% 150.28/149.23 A = bnd_f4_s13_fraenkel B C) &
% 150.28/149.23 bnd_p1_s13_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_21_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f3_s13_fraenkel & A = B) &
% 150.28/149.23 bnd_r2_hidden B bnd_a_0_22_fraenkel) &
% 150.28/149.23 bnd_p2_s13_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_20_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s12_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s12_fraenkel) &
% 150.28/149.23 A = bnd_f3_s12_fraenkel B C) &
% 150.28/149.23 bnd_p1_s12_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_19_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s11_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s11_fraenkel) &
% 150.28/149.23 A = bnd_f3_s11_fraenkel B C) &
% 150.28/149.23 bnd_p1_s11_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_18_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s10_fraenkel & A = B) &
% 150.28/149.23 bnd_p1_s10_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_17_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f1_s9_fraenkel &
% 150.28/149.23 A =
% 150.28/149.23 bnd_k8_funct_2 bnd_f1_s9_fraenkel bnd_f2_s9_fraenkel
% 150.28/149.23 bnd_f5_s9_fraenkel B) &
% 150.28/149.23 bnd_p2_s9_fraenkel B) &
% 150.28/149.23 bnd_r2_hidden B bnd_f3_s9_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_16_fraenkel =
% 150.28/149.23 (EX B. ((bnd_m1_subset_1 B bnd_f1_s9_fraenkel &
% 150.28/149.23 A =
% 150.28/149.23 bnd_k8_funct_2 bnd_f1_s9_fraenkel bnd_f2_s9_fraenkel
% 150.28/149.23 bnd_f4_s9_fraenkel B) &
% 150.28/149.23 bnd_p1_s9_fraenkel B) &
% 150.28/149.23 bnd_r2_hidden B bnd_f3_s9_fraenkel);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_15_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s8_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s8_fraenkel) &
% 150.28/149.23 A = bnd_f3_s8_fraenkel C B) &
% 150.28/149.23 bnd_p2_s8_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_14_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s8_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s8_fraenkel) &
% 150.28/149.23 A = bnd_f3_s8_fraenkel B C) &
% 150.28/149.23 bnd_p1_s8_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_13_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s7_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s7_fraenkel) &
% 150.28/149.23 A = bnd_f4_s7_fraenkel B C) &
% 150.28/149.23 bnd_p1_s7_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_12_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s7_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s7_fraenkel) &
% 150.28/149.23 A = bnd_f3_s7_fraenkel B C) &
% 150.28/149.23 bnd_p1_s7_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_11_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s6_fraenkel &
% 150.28/149.23 A = bnd_f3_s6_fraenkel B) &
% 150.28/149.23 bnd_p1_s6_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_10_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s6_fraenkel &
% 150.28/149.23 A = bnd_f2_s6_fraenkel B) &
% 150.28/149.23 bnd_p1_s6_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_9_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s5_fraenkel &
% 150.28/149.23 A = bnd_f3_s5_fraenkel B) &
% 150.28/149.23 bnd_p1_s5_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_8_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s5_fraenkel &
% 150.28/149.23 A = bnd_f2_s5_fraenkel B) &
% 150.28/149.23 bnd_p1_s5_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_7_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s4_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s4_fraenkel) &
% 150.28/149.23 A = bnd_f3_s4_fraenkel B C) &
% 150.28/149.23 bnd_p2_s4_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_6_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s4_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s4_fraenkel) &
% 150.28/149.23 A = bnd_f3_s4_fraenkel B C) &
% 150.28/149.23 bnd_p1_s4_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_5_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s3_fraenkel &
% 150.28/149.23 A = bnd_f2_s3_fraenkel B) &
% 150.28/149.23 bnd_p2_s3_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_4_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s3_fraenkel &
% 150.28/149.23 A = bnd_f2_s3_fraenkel B) &
% 150.28/149.23 bnd_p1_s3_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_3_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s2_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s2_fraenkel) &
% 150.28/149.23 A = bnd_f3_s2_fraenkel B C) &
% 150.28/149.23 bnd_p2_s2_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_2_fraenkel =
% 150.28/149.23 (EX B C.
% 150.28/149.23 ((bnd_m1_subset_1 B bnd_f1_s2_fraenkel &
% 150.28/149.23 bnd_m1_subset_1 C bnd_f2_s2_fraenkel) &
% 150.28/149.23 A = bnd_f3_s2_fraenkel B C) &
% 150.28/149.23 bnd_p1_s2_fraenkel B C);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_1_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s1_fraenkel &
% 150.28/149.23 A = bnd_f2_s1_fraenkel B) &
% 150.28/149.23 bnd_p2_s1_fraenkel B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_0_fraenkel =
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B bnd_f1_s1_fraenkel &
% 150.28/149.23 A = bnd_f2_s1_fraenkel B) &
% 150.28/149.23 bnd_p1_s1_fraenkel B);
% 150.28/149.23 (bnd_v1_finset_1 bnd_f3_s25_fraenkel &
% 150.28/149.23 bnd_v1_finset_1 bnd_f4_s25_fraenkel) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m2_fraenkel A bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel
% 150.28/149.23 (bnd_k1_fraenkel bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel) -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m2_fraenkel B bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel
% 150.28/149.23 (bnd_k1_fraenkel bnd_f1_s25_fraenkel bnd_f2_s25_fraenkel) -->
% 150.28/149.23 bnd_k7_relat_1 A bnd_f3_s25_fraenkel =
% 150.28/149.23 bnd_k7_relat_1 B bnd_f3_s25_fraenkel -->
% 150.28/149.23 bnd_f5_s25_fraenkel A = bnd_f5_s25_fraenkel B)) -->
% 150.28/149.23 bnd_v1_finset_1 bnd_a_0_40_fraenkel;
% 150.28/149.23 bnd_v1_finset_1 bnd_f3_s22_fraenkel &
% 150.28/149.23 bnd_v1_finset_1 bnd_f4_s22_fraenkel -->
% 150.28/149.23 bnd_v1_finset_1 bnd_a_0_39_fraenkel;
% 150.28/149.23 bnd_v1_finset_1 bnd_f2_s21_fraenkel -->
% 150.28/149.23 bnd_v1_finset_1 bnd_a_0_38_fraenkel;
% 150.28/149.23 bnd_a_0_36_fraenkel = bnd_a_0_37_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s19_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s19_fraenkel -->
% 150.28/149.23 bnd_p2_s19_fraenkel A B =
% 150.28/149.23 (B = bnd_f4_s19_fraenkel & bnd_p1_s19_fraenkel A B))) -->
% 150.28/149.23 bnd_a_0_34_fraenkel = bnd_a_0_35_fraenkel;
% 150.28/149.23 bnd_r1_xboole_0 bnd_a_0_33_fraenkel bnd_f2_s18_fraenkel;
% 150.28/149.23 bnd_r1_tarski bnd_a_0_32_fraenkel bnd_f2_s17_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s16_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s16_fraenkel -->
% 150.28/149.23 ~ (bnd_p1_s16_fraenkel A B &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m1_subset_1 C bnd_f1_s16_fraenkel -->
% 150.28/149.23 ~ (bnd_p2_s16_fraenkel C B &
% 150.28/149.23 bnd_f3_s16_fraenkel A B =
% 150.28/149.23 bnd_f3_s16_fraenkel C B))))) -->
% 150.28/149.23 bnd_r1_tarski bnd_a_0_30_fraenkel bnd_a_0_31_fraenkel;
% 150.28/149.23 bnd_a_0_27_fraenkel = bnd_a_0_29_fraenkel;
% 150.28/149.23 bnd_a_0_24_fraenkel = bnd_a_0_26_fraenkel;
% 150.28/149.23 bnd_a_0_21_fraenkel = bnd_a_0_23_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s12_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s12_fraenkel -->
% 150.28/149.23 bnd_p1_s12_fraenkel A B -->
% 150.28/149.23 bnd_p2_s12_fraenkel (bnd_f3_s12_fraenkel A B))) -->
% 150.28/149.23 (ALL A. bnd_r2_hidden A bnd_a_0_20_fraenkel --> bnd_p2_s12_fraenkel A);
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_r2_hidden A bnd_a_0_19_fraenkel --> bnd_p2_s11_fraenkel A) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s11_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s11_fraenkel -->
% 150.28/149.23 bnd_p1_s11_fraenkel A B -->
% 150.28/149.23 bnd_p2_s11_fraenkel (bnd_f3_s11_fraenkel A B)));
% 150.28/149.23 bnd_r1_tarski bnd_a_0_18_fraenkel bnd_f1_s10_fraenkel;
% 150.28/149.23 bnd_k7_relat_1 bnd_f4_s9_fraenkel bnd_f3_s9_fraenkel =
% 150.28/149.23 bnd_k7_relat_1 bnd_f5_s9_fraenkel bnd_f3_s9_fraenkel &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s9_fraenkel -->
% 150.28/149.23 bnd_r2_hidden A bnd_f3_s9_fraenkel -->
% 150.28/149.23 bnd_p1_s9_fraenkel A = bnd_p2_s9_fraenkel A) -->
% 150.28/149.23 bnd_a_0_16_fraenkel = bnd_a_0_17_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s8_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s8_fraenkel -->
% 150.28/149.23 bnd_p1_s8_fraenkel A B = bnd_p2_s8_fraenkel A B)) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s8_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s8_fraenkel -->
% 150.28/149.23 bnd_f3_s8_fraenkel A B = bnd_f3_s8_fraenkel B A)) -->
% 150.28/149.23 bnd_a_0_14_fraenkel = bnd_a_0_15_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s7_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s7_fraenkel -->
% 150.28/149.23 bnd_f3_s7_fraenkel A B = bnd_f4_s7_fraenkel A B)) -->
% 150.28/149.23 bnd_a_0_12_fraenkel = bnd_a_0_13_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s6_fraenkel -->
% 150.28/149.23 bnd_p1_s6_fraenkel A -->
% 150.28/149.23 bnd_f2_s6_fraenkel A = bnd_f3_s6_fraenkel A) -->
% 150.28/149.23 bnd_a_0_10_fraenkel = bnd_a_0_11_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s5_fraenkel -->
% 150.28/149.23 bnd_f2_s5_fraenkel A = bnd_f3_s5_fraenkel A) -->
% 150.28/149.23 bnd_a_0_8_fraenkel = bnd_a_0_9_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s4_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s4_fraenkel -->
% 150.28/149.23 bnd_p1_s4_fraenkel A B = bnd_p2_s4_fraenkel A B)) -->
% 150.28/149.23 bnd_a_0_6_fraenkel = bnd_a_0_7_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s3_fraenkel -->
% 150.28/149.23 bnd_p1_s3_fraenkel A = bnd_p2_s3_fraenkel A) -->
% 150.28/149.23 bnd_a_0_4_fraenkel = bnd_a_0_5_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s2_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s2_fraenkel -->
% 150.28/149.23 bnd_p1_s2_fraenkel A B --> bnd_p2_s2_fraenkel A B)) -->
% 150.28/149.23 bnd_r1_tarski bnd_a_0_2_fraenkel bnd_a_0_3_fraenkel;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s1_fraenkel -->
% 150.28/149.23 bnd_p1_s1_fraenkel A --> bnd_p2_s1_fraenkel A) -->
% 150.28/149.23 bnd_r1_tarski bnd_a_0_0_fraenkel bnd_a_0_1_fraenkel;
% 150.28/149.23 ALL A B.
% 150.28/149.23 ~ bnd_v1_xboole_0 B --> bnd_k1_fraenkel A B = bnd_k1_funct_2 A B;
% 150.28/149.23 ALL A B.
% 150.28/149.23 ~ bnd_v1_xboole_0 B --> bnd_m1_fraenkel (bnd_k1_fraenkel A B) A B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ~ bnd_v1_xboole_0 B & bnd_m1_fraenkel C A B -->
% 150.28/149.23 (ALL D. bnd_m2_fraenkel D A B C = bnd_m1_subset_1 D C);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ~ bnd_v1_xboole_0 B & bnd_m1_fraenkel C A B -->
% 150.28/149.23 (EX D. bnd_m2_fraenkel D A B C);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ~ bnd_v1_xboole_0 B & bnd_m1_fraenkel C A B -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_m2_fraenkel D A B C -->
% 150.28/149.23 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.23 bnd_m2_relset_1 D A B);
% 150.28/149.23 ALL A B. EX C. bnd_m1_fraenkel C A B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 bnd_m1_fraenkel C A B --> ~ bnd_v1_xboole_0 C & bnd_v1_fraenkel C;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s27_fraenkel -->
% 150.28/149.23 ~ (bnd_r2_hidden A bnd_f3_s27_fraenkel &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s27_fraenkel -->
% 150.28/149.23 ~ bnd_p1_s27_fraenkel A B))) -->
% 150.28/149.23 (EX A. bnd_m2_fraenkel A bnd_f1_s27_fraenkel bnd_f2_s27_fraenkel
% 150.28/149.23 (bnd_k1_fraenkel bnd_f1_s27_fraenkel bnd_f2_s27_fraenkel) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f1_s27_fraenkel -->
% 150.28/149.23 bnd_r2_hidden B bnd_f3_s27_fraenkel -->
% 150.28/149.23 bnd_p1_s27_fraenkel B
% 150.28/149.23 (bnd_k8_funct_2 bnd_f1_s27_fraenkel bnd_f2_s27_fraenkel A
% 150.28/149.23 B)));
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s26_fraenkel -->
% 150.28/149.23 ~ (bnd_r2_hidden A bnd_f3_s26_fraenkel &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f2_s26_fraenkel -->
% 150.28/149.23 ~ bnd_p1_s26_fraenkel A B))) -->
% 150.28/149.23 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.23 bnd_v1_funct_2 A bnd_f1_s26_fraenkel bnd_f2_s26_fraenkel) &
% 150.28/149.23 bnd_m2_relset_1 A bnd_f1_s26_fraenkel bnd_f2_s26_fraenkel) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f1_s26_fraenkel -->
% 150.28/149.23 bnd_r2_hidden B bnd_f3_s26_fraenkel -->
% 150.28/149.23 bnd_p1_s26_fraenkel B
% 150.28/149.23 (bnd_k8_funct_2 bnd_f1_s26_fraenkel bnd_f2_s26_fraenkel A
% 150.28/149.23 B)));
% 150.28/149.23 EX A. bnd_m1_subset_1 A (bnd_k5_finsub_1 bnd_f1_s24_fraenkel) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f1_s24_fraenkel -->
% 150.28/149.23 bnd_r2_hidden B A =
% 150.28/149.23 (EX C. ((bnd_m1_subset_1 C bnd_f2_s24_fraenkel &
% 150.28/149.23 bnd_r2_hidden C bnd_f3_s24_fraenkel) &
% 150.28/149.23 B = bnd_f4_s24_fraenkel C) &
% 150.28/149.23 bnd_p1_s24_fraenkel B C));
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s23_fraenkel --> bnd_p1_s23_fraenkel A A) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s23_fraenkel -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f1_s23_fraenkel -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m1_subset_1 C bnd_f1_s23_fraenkel -->
% 150.28/149.23 bnd_p1_s23_fraenkel A B & bnd_p1_s23_fraenkel B C -->
% 150.28/149.23 bnd_p1_s23_fraenkel A C))) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_m1_subset_1 A bnd_f1_s23_fraenkel -->
% 150.28/149.23 ~ (bnd_r2_hidden A bnd_f2_s23_fraenkel &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B bnd_f1_s23_fraenkel -->
% 150.28/149.23 ~ ((bnd_r2_hidden B bnd_f2_s23_fraenkel &
% 150.28/149.23 bnd_p1_s23_fraenkel B A) &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m1_subset_1 C bnd_f1_s23_fraenkel -->
% 150.28/149.23 bnd_r2_hidden C bnd_f2_s23_fraenkel &
% 150.28/149.23 bnd_p1_s23_fraenkel C B -->
% 150.28/149.23 bnd_p1_s23_fraenkel B C)))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_fraenkel A -->
% 150.28/149.23 (ALL B. bnd_r1_tarski B A --> bnd_v1_fraenkel B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k1_funct_2 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B C D.
% 150.28/149.23 bnd_m2_fraenkel D B A (bnd_k1_fraenkel B A) -->
% 150.28/149.23 bnd_k7_relat_1 D C = bnd_k7_relat_1 D (bnd_k3_xboole_0 B C));
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B C D.
% 150.28/149.23 bnd_r1_tarski C B & bnd_r1_tarski D A -->
% 150.28/149.23 bnd_k1_funct_2 C D = bnd_k1_xboole_0 |
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_m1_subset_1 E (bnd_k1_funct_2 C D) -->
% 150.28/149.23 (EX F. bnd_m2_fraenkel F B A (bnd_k1_fraenkel B A) &
% 150.28/149.23 bnd_k7_relat_1 F C = E)));
% 150.28/149.23 True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B. bnd_m1_fraenkel (bnd_k1_funct_2 B A) B A);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.23 bnd_m1_fraenkel
% 150.28/149.23 (bnd_k2_setwiseo (bnd_k1_zfmisc_1 (bnd_k2_zfmisc_1 A B)) C) A B;
% 150.28/149.23 True;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ~ bnd_v1_xboole_0 C & bnd_v1_fraenkel C -->
% 150.28/149.23 bnd_m1_fraenkel C A B =
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_m1_subset_1 D C -->
% 150.28/149.23 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.23 bnd_m2_relset_1 D A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.23 bnd_v1_fraenkel (bnd_k1_tarski A);
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_fraenkel A =
% 150.28/149.23 (ALL B. bnd_r2_hidden B A --> bnd_v1_relat_1 B & bnd_v1_funct_1 B);
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B C D.
% 150.28/149.23 bnd_r1_tarski C B & bnd_r1_tarski D A -->
% 150.28/149.23 bnd_k1_funct_2 C D = bnd_k1_xboole_0 |
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_m1_subset_1 E (bnd_k1_funct_2 C D) -->
% 150.28/149.23 bnd_v1_funct_1 E & bnd_m2_relset_1 E B A));
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski (bnd_k1_funct_2 A B)
% 150.28/149.23 (bnd_k1_zfmisc_1 (bnd_k2_zfmisc_1 A B));
% 150.28/149.23 True;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 ~ bnd_v1_xboole_0 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) &
% 150.28/149.23 bnd_m2_relset_1 C A B -->
% 150.28/149.23 (ALL D.
% 150.28/149.23 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.23 bnd_m2_relset_1 D A B -->
% 150.28/149.23 (ALL E.
% 150.28/149.23 bnd_k7_relat_1 C E = bnd_k7_relat_1 D E -->
% 150.28/149.23 (ALL F.
% 150.28/149.23 bnd_m1_subset_1 F A -->
% 150.28/149.23 bnd_r2_hidden F E -->
% 150.28/149.23 bnd_k8_funct_2 A B C F =
% 150.28/149.23 bnd_k8_funct_2 A B D F)))));
% 150.28/149.23 True; True;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k1_funct_2 A B) &
% 150.28/149.23 bnd_v1_fraenkel (bnd_k1_funct_2 A B);
% 150.28/149.23 ALL A B. bnd_v1_fraenkel (bnd_k1_funct_2 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_fraenkel A -->
% 150.28/149.23 (ALL B. bnd_m1_subset_1 B A --> bnd_v1_relat_1 B & bnd_v1_funct_1 B);
% 150.28/149.23 EX A. ~ bnd_v1_xboole_0 A & bnd_v1_fraenkel A;
% 150.28/149.23 ALL A. bnd_v4_finsub_1 (bnd_k5_finsub_1 A);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k4_finsub_1 A B C = bnd_k5_xboole_0 B C;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k4_finsub_1 A B C = bnd_k4_finsub_1 A C B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_m1_subset_1 (bnd_k4_finsub_1 A B C) A;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k3_finsub_1 A B C = bnd_k3_xboole_0 B C;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k3_finsub_1 A B B = B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k3_finsub_1 A B C = bnd_k3_finsub_1 A C B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_m1_subset_1 (bnd_k3_finsub_1 A B C) A;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k2_finsub_1 A B C = bnd_k4_xboole_0 B C;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_m1_subset_1 (bnd_k2_finsub_1 A B C) A;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k1_finsub_1 A B C = bnd_k2_xboole_0 B C;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k1_finsub_1 A B B = B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_k1_finsub_1 A B C = bnd_k1_finsub_1 A C B;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ((~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A) & bnd_m1_subset_1 B A) &
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_m1_subset_1 (bnd_k1_finsub_1 A B C) A;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.23 bnd_v1_finset_1 A --> bnd_m1_subset_1 B (bnd_k5_finsub_1 A);
% 150.28/149.23 True;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_m1_subset_1 B (bnd_k5_finsub_1 A) -->
% 150.28/149.23 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A);
% 150.28/149.23 True;
% 150.28/149.23 ALL A B. bnd_m1_subset_1 B (bnd_k5_finsub_1 A) --> bnd_v1_finset_1 B;
% 150.28/149.23 True; bnd_k5_finsub_1 bnd_k1_xboole_0 = bnd_k1_tarski bnd_k1_xboole_0;
% 150.28/149.23 ALL A. bnd_v1_finset_1 A --> bnd_k5_finsub_1 A = bnd_k1_zfmisc_1 A;
% 150.28/149.23 ALL A. bnd_r1_tarski (bnd_k5_finsub_1 A) (bnd_k1_zfmisc_1 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski
% 150.28/149.23 (bnd_k2_xboole_0 (bnd_k5_finsub_1 A) (bnd_k5_finsub_1 B))
% 150.28/149.23 (bnd_k5_finsub_1 (bnd_k2_xboole_0 A B));
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_k5_finsub_1 (bnd_k3_xboole_0 A B) =
% 150.28/149.23 bnd_k3_xboole_0 (bnd_k5_finsub_1 A) (bnd_k5_finsub_1 B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_r1_tarski A B -->
% 150.28/149.23 bnd_r1_tarski (bnd_k5_finsub_1 A) (bnd_k5_finsub_1 B);
% 150.28/149.23 True;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v4_finsub_1 B -->
% 150.28/149.23 (B = bnd_k5_finsub_1 A) =
% 150.28/149.23 (ALL C. bnd_r2_hidden C B = (bnd_r1_tarski C A & bnd_v1_finset_1 C));
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 ~ bnd_v1_xboole_0 B & bnd_v4_finsub_1 B -->
% 150.28/149.23 ~ bnd_v1_xboole_0 (bnd_k3_xboole_0 A B) &
% 150.28/149.23 bnd_v4_finsub_1 (bnd_k3_xboole_0 A B));
% 150.28/149.23 ALL A. bnd_v4_finsub_1 (bnd_k1_zfmisc_1 A); True;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A & bnd_v4_finsub_1 A -->
% 150.28/149.23 bnd_r2_hidden bnd_k1_xboole_0 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B A -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k5_xboole_0 B C) A &
% 150.28/149.23 bnd_r2_hidden (bnd_k2_xboole_0 B C) A)) -->
% 150.28/149.23 bnd_v4_finsub_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B A -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k5_xboole_0 B C) A &
% 150.28/149.23 bnd_r2_hidden (bnd_k3_xboole_0 B C) A)) -->
% 150.28/149.23 bnd_v4_finsub_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B A -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_m1_subset_1 C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k5_xboole_0 B C) A &
% 150.28/149.23 bnd_r2_hidden (bnd_k4_xboole_0 B C) A)) -->
% 150.28/149.23 bnd_v4_finsub_1 A;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ~ bnd_v1_xboole_0 C & bnd_v4_finsub_1 C -->
% 150.28/149.23 bnd_m1_subset_1 A C & bnd_m1_subset_1 B C -->
% 150.28/149.23 bnd_m1_subset_1 (bnd_k5_xboole_0 A B) C;
% 150.28/149.23 ALL A B C.
% 150.28/149.23 ~ bnd_v1_xboole_0 C & bnd_v4_finsub_1 C -->
% 150.28/149.23 bnd_m1_subset_1 A C & bnd_m1_subset_1 B C -->
% 150.28/149.23 bnd_m1_subset_1 (bnd_k3_xboole_0 A B) C;
% 150.28/149.23 True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v4_finsub_1 A =
% 150.28/149.23 (ALL B C.
% 150.28/149.23 bnd_r2_hidden B A & bnd_r2_hidden C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k2_xboole_0 B C) A &
% 150.28/149.23 bnd_r2_hidden (bnd_k4_xboole_0 B C) A);
% 150.28/149.23 True; True; True; True; True; True; True; True; True;
% 150.28/149.23 ALL A. bnd_v4_finsub_1 A = (bnd_v1_finsub_1 A & bnd_v3_finsub_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_finsub_1 A =
% 150.28/149.23 (ALL B C.
% 150.28/149.23 bnd_r2_hidden B A & bnd_r2_hidden C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k4_xboole_0 B C) A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v2_finsub_1 A =
% 150.28/149.23 (ALL B C.
% 150.28/149.23 bnd_r2_hidden B A & bnd_r2_hidden C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k3_xboole_0 B C) A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finsub_1 A =
% 150.28/149.23 (ALL B C.
% 150.28/149.23 bnd_r2_hidden B A & bnd_r2_hidden C A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k2_xboole_0 B C) A);
% 150.28/149.23 ALL A B. bnd_m1_subset_1 B (bnd_k5_finsub_1 A) --> bnd_v1_finset_1 B;
% 150.28/149.23 ALL A.
% 150.28/149.23 ((~ bnd_v1_xboole_0 (bnd_k5_finsub_1 A) &
% 150.28/149.23 bnd_v1_finsub_1 (bnd_k5_finsub_1 A)) &
% 150.28/149.23 bnd_v3_finsub_1 (bnd_k5_finsub_1 A)) &
% 150.28/149.23 bnd_v4_finsub_1 (bnd_k5_finsub_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 ((~ bnd_v1_xboole_0 (bnd_k1_zfmisc_1 A) &
% 150.28/149.23 bnd_v1_finsub_1 (bnd_k1_zfmisc_1 A)) &
% 150.28/149.23 bnd_v3_finsub_1 (bnd_k1_zfmisc_1 A)) &
% 150.28/149.23 bnd_v4_finsub_1 (bnd_k1_zfmisc_1 A);
% 150.28/149.23 EX A. (((~ bnd_v1_xboole_0 A & bnd_v1_finsub_1 A) & bnd_v2_finsub_1 A) &
% 150.28/149.23 bnd_v3_finsub_1 A) &
% 150.28/149.23 bnd_v4_finsub_1 A;
% 150.28/149.23 ALL A. bnd_v1_finsub_1 A & bnd_v3_finsub_1 A --> bnd_v4_finsub_1 A;
% 150.28/149.23 ALL A. bnd_v4_finsub_1 A --> bnd_v1_finsub_1 A & bnd_v3_finsub_1 A;
% 150.28/149.23 (bnd_v1_finset_1 bnd_f1_s2_finset_1 &
% 150.28/149.23 bnd_p1_s2_finset_1 bnd_k1_xboole_0) &
% 150.28/149.23 (ALL A B.
% 150.28/149.23 (bnd_r2_hidden A bnd_f1_s2_finset_1 &
% 150.28/149.23 bnd_r1_tarski B bnd_f1_s2_finset_1) &
% 150.28/149.23 bnd_p1_s2_finset_1 B -->
% 150.28/149.23 bnd_p1_s2_finset_1 (bnd_k2_xboole_0 B (bnd_k1_tarski A))) -->
% 150.28/149.23 bnd_p1_s2_finset_1 bnd_f1_s2_finset_1;
% 150.28/149.23 EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) &
% 150.28/149.23 bnd_k1_relat_1 A = bnd_f1_s1_finset_1) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden B bnd_f1_s1_finset_1 -->
% 150.28/149.23 (bnd_p1_s1_finset_1 B -->
% 150.28/149.23 bnd_k1_funct_1 A B = bnd_f2_s1_finset_1 B) &
% 150.28/149.23 (~ bnd_p1_s1_finset_1 B -->
% 150.28/149.23 bnd_k1_funct_1 A B = bnd_f3_s1_finset_1 B));
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ (((bnd_v1_finset_1 A & ~ A = bnd_k1_xboole_0) & bnd_v6_ordinal1 A) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 ~ (bnd_r2_hidden B A &
% 150.28/149.23 (ALL C. bnd_r2_hidden C A --> bnd_r1_tarski C B))));
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ (((bnd_v1_finset_1 A & ~ A = bnd_k1_xboole_0) & bnd_v6_ordinal1 A) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 ~ (bnd_r2_hidden B A &
% 150.28/149.23 (ALL C. bnd_r2_hidden C A --> bnd_r1_tarski B C))));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k1_relat_1 A) = bnd_v1_finset_1 A;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k5_xboole_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.23 bnd_r1_tarski A (bnd_k2_relat_1 B) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k10_relat_1 B A) -->
% 150.28/149.23 bnd_v1_finset_1 A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k1_relat_1 A) -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_relat_1 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_finset_1 A &
% 150.28/149.23 (ALL B. bnd_r2_hidden B A --> bnd_v1_finset_1 B)) =
% 150.28/149.23 bnd_v1_finset_1 (bnd_k3_tarski A);
% 150.28/149.23 ALL A. bnd_v1_finset_1 A = bnd_v1_finset_1 (bnd_k1_zfmisc_1 A);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_zfmisc_1 A B) -->
% 150.28/149.23 A = bnd_k1_xboole_0 | bnd_v1_finset_1 B;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_zfmisc_1 B A) -->
% 150.28/149.23 A = bnd_k1_xboole_0 | bnd_v1_finset_1 B;
% 150.28/149.23 ALL A B C D.
% 150.28/149.23 ((bnd_v1_finset_1 A & bnd_v1_finset_1 B) & bnd_v1_finset_1 C) &
% 150.28/149.23 bnd_v1_finset_1 D -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k4_zfmisc_1 A B C D);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 (bnd_v1_finset_1 A & bnd_v1_finset_1 B) & bnd_v1_finset_1 C -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k3_zfmisc_1 A B C);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_zfmisc_1 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 A)) -->
% 150.28/149.23 ~ (~ B = bnd_k1_xboole_0 &
% 150.28/149.23 (ALL C.
% 150.28/149.23 ~ (bnd_r2_hidden C B &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_r2_hidden D B & bnd_r1_tarski C D -->
% 150.28/149.23 D = C)))));
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.23 bnd_v1_finset_1 A --> bnd_v1_finset_1 (bnd_k9_relat_1 B A);
% 150.28/149.23 ALL A B. bnd_v1_finset_1 A --> bnd_v1_finset_1 (bnd_k4_xboole_0 A B);
% 150.28/149.23 ALL A B. bnd_v1_finset_1 A --> bnd_v1_finset_1 (bnd_k3_xboole_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_xboole_0 A B);
% 150.28/149.23 ALL A B. bnd_r1_tarski A B & bnd_v1_finset_1 B --> bnd_v1_finset_1 A;
% 150.28/149.23 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A =
% 150.28/149.23 (EX B. ((bnd_v1_relat_1 B & bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_k2_relat_1 B = A) &
% 150.28/149.23 bnd_r2_hidden (bnd_k1_relat_1 B) bnd_k5_ordinal2);
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) & ~ bnd_v1_xboole_0 B) &
% 150.28/149.23 bnd_v1_finset_1 B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k5_xboole_0 A B);
% 150.28/149.23 ALL A B C D.
% 150.28/149.23 ((bnd_v1_finset_1 A & bnd_v1_finset_1 B) & bnd_v1_finset_1 C) &
% 150.28/149.23 bnd_v1_finset_1 D -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k4_zfmisc_1 A B C D);
% 150.28/149.23 ALL A B C.
% 150.28/149.23 (bnd_v1_finset_1 A & bnd_v1_finset_1 B) & bnd_v1_finset_1 C -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k3_zfmisc_1 A B C);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_zfmisc_1 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k9_relat_1 A B);
% 150.28/149.23 ALL A B. bnd_v1_finset_1 A --> bnd_v1_finset_1 (bnd_k4_xboole_0 A B);
% 150.28/149.23 ALL A B. bnd_v1_finset_1 A --> bnd_v1_finset_1 (bnd_k3_xboole_0 A B);
% 150.28/149.23 ALL A B. bnd_v1_finset_1 B --> bnd_v1_finset_1 (bnd_k3_xboole_0 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v1_finset_1 A & bnd_v1_finset_1 B -->
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_xboole_0 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v1_finset_1 A -->
% 150.28/149.23 (ALL B. bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) --> bnd_v1_finset_1 B);
% 150.28/149.23 ALL A B C D E F G H. bnd_v1_finset_1 (bnd_k6_enumset1 A B C D E F G H);
% 150.28/149.23 ALL A B C D E F G. bnd_v1_finset_1 (bnd_k5_enumset1 A B C D E F G);
% 150.28/149.23 ALL A B C D E F. bnd_v1_finset_1 (bnd_k4_enumset1 A B C D E F);
% 150.28/149.23 ALL A B C D E. bnd_v1_finset_1 (bnd_k3_enumset1 A B C D E);
% 150.28/149.23 ALL A B C D. bnd_v1_finset_1 (bnd_k2_enumset1 A B C D);
% 150.28/149.23 ALL A B C. bnd_v1_finset_1 (bnd_k1_enumset1 A B C);
% 150.28/149.23 ALL A B.
% 150.28/149.23 ~ bnd_v1_xboole_0 (bnd_k2_tarski A B) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k2_tarski A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 A -->
% 150.28/149.23 (EX B. (bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) & ~ bnd_v1_xboole_0 B) &
% 150.28/149.23 bnd_v1_finset_1 B);
% 150.28/149.23 ALL A.
% 150.28/149.23 ~ bnd_v1_xboole_0 (bnd_k1_tarski A) &
% 150.28/149.23 bnd_v1_finset_1 (bnd_k1_tarski A);
% 150.28/149.23 ALL A.
% 150.28/149.23 EX B. ((((((((bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.23 bnd_v1_xboole_0 B) &
% 150.28/149.23 bnd_v1_relat_1 B) &
% 150.28/149.23 bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_v2_funct_1 B) &
% 150.28/149.23 bnd_v1_ordinal1 B) &
% 150.28/149.23 bnd_v2_ordinal1 B) &
% 150.28/149.23 bnd_v3_ordinal1 B) &
% 150.28/149.23 bnd_v4_ordinal2 B) &
% 150.28/149.23 bnd_v1_finset_1 B;
% 150.28/149.23 ALL A. bnd_v1_xboole_0 A --> bnd_v1_finset_1 A;
% 150.28/149.23 EX A. ~ bnd_v1_xboole_0 A & bnd_v1_finset_1 A;
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v3_ordinal1 A & bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k16_ordinal2 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v3_ordinal1 A & bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k15_ordinal2 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 bnd_v3_ordinal1 A & bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k14_ordinal2 A B);
% 150.28/149.23 ALL A B.
% 150.28/149.23 (((bnd_v3_ordinal1 A & bnd_v1_relat_1 B) & bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_v5_ordinal1 B) &
% 150.28/149.23 bnd_v1_ordinal2 B -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k13_ordinal2 A B);
% 150.28/149.23 ALL A.
% 150.28/149.23 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.23 bnd_v1_ordinal2 A -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k12_ordinal2 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k11_ordinal2 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k10_ordinal2 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k9_ordinal2 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.23 bnd_v3_ordinal1 (bnd_k8_ordinal2 A);
% 150.28/149.23 ALL A. bnd_v3_ordinal1 (bnd_k7_ordinal2 A);
% 150.28/149.23 ALL A. bnd_v3_ordinal1 (bnd_k6_ordinal2 A); True;
% 150.28/149.23 bnd_v3_ordinal1 bnd_k4_ordinal2 & ~ bnd_v1_xboole_0 bnd_k4_ordinal2;
% 150.28/149.23 True; True; True;
% 150.28/149.23 ((((ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (B = bnd_f3_s16_ordinal2 A) =
% 150.28/149.23 (EX C. (((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f4_s16_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f5_s16_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f6_s16_ordinal2 D (bnd_k2_ordinal1 C D))))) &
% 150.28/149.23 ~ bnd_f2_s16_ordinal2 = bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v4_ordinal1 bnd_f2_s16_ordinal2) &
% 150.28/149.23 bnd_k1_relat_1 bnd_f1_s16_ordinal2 = bnd_f2_s16_ordinal2) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A bnd_f2_s16_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s16_ordinal2 A = bnd_f3_s16_ordinal2 A) -->
% 150.28/149.23 bnd_f3_s16_ordinal2 bnd_f2_s16_ordinal2 =
% 150.28/149.23 bnd_f6_s16_ordinal2 bnd_f2_s16_ordinal2 bnd_f1_s16_ordinal2;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (B = bnd_f4_s15_ordinal2 A) =
% 150.28/149.23 (EX C. (((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f1_s15_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f2_s15_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f3_s15_ordinal2 D (bnd_k2_ordinal1 C D))))) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_f4_s15_ordinal2 (bnd_k1_ordinal1 A) =
% 150.28/149.23 bnd_f2_s15_ordinal2 A (bnd_f4_s15_ordinal2 A));
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (B = bnd_f1_s14_ordinal2 A) =
% 150.28/149.23 (EX C. (((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f2_s14_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f3_s14_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f4_s14_ordinal2 D (bnd_k2_ordinal1 C D))))) -->
% 150.28/149.23 bnd_f1_s14_ordinal2 bnd_k1_xboole_0 = bnd_f2_s14_ordinal2;
% 150.28/149.23 (EX A. bnd_v3_ordinal1 A &
% 150.28/149.23 (EX B. (((((((bnd_v1_relat_1 B & bnd_v1_funct_1 B) &
% 150.28/149.23 bnd_v5_ordinal1 B) &
% 150.28/149.23 bnd_v1_ordinal2 B) &
% 150.28/149.23 A = bnd_k1_ordinal2 B) &
% 150.28/149.23 bnd_k1_relat_1 B =
% 150.28/149.23 bnd_k1_ordinal1 bnd_f1_s13_ordinal2) &
% 150.28/149.23 bnd_k1_funct_1 B bnd_k1_xboole_0 = bnd_f2_s13_ordinal2) &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 C)
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s13_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 B (bnd_k1_ordinal1 C) =
% 150.28/149.23 bnd_f3_s13_ordinal2 C (bnd_k1_funct_1 B C))) &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden C (bnd_k1_ordinal1 bnd_f1_s13_ordinal2) &
% 150.28/149.23 bnd_v4_ordinal1 C -->
% 150.28/149.23 C = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 B C =
% 150.28/149.23 bnd_f4_s13_ordinal2 C (bnd_k2_ordinal1 B C)))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 ~ (((EX C. (((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C) &
% 150.28/149.23 A = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C =
% 150.28/149.23 bnd_k1_ordinal1 bnd_f1_s13_ordinal2) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f2_s13_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s13_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f3_s13_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s13_ordinal2) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f4_s13_ordinal2 D (bnd_k2_ordinal1 C D))) &
% 150.28/149.23 (EX C. (((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C =
% 150.28/149.23 bnd_k1_ordinal1 bnd_f1_s13_ordinal2) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f2_s13_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s13_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f3_s13_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s13_ordinal2) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f4_s13_ordinal2 D (bnd_k2_ordinal1 C D)))) &
% 150.28/149.23 ~ A = B)));
% 150.28/149.23 ((((ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (B = bnd_f2_s12_ordinal2 A) =
% 150.28/149.23 (EX C. (((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f4_s12_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f5_s12_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f6_s12_ordinal2 D (bnd_k2_ordinal1 C D))))) &
% 150.28/149.23 bnd_k1_relat_1 bnd_f1_s12_ordinal2 = bnd_f3_s12_ordinal2) &
% 150.28/149.23 (bnd_r2_hidden bnd_k1_xboole_0 bnd_f3_s12_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s12_ordinal2 bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f4_s12_ordinal2)) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 A) bnd_f3_s12_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s12_ordinal2 (bnd_k1_ordinal1 A) =
% 150.28/149.23 bnd_f5_s12_ordinal2 A (bnd_k1_funct_1 bnd_f1_s12_ordinal2 A))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A bnd_f3_s12_ordinal2 & bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s12_ordinal2 A =
% 150.28/149.23 bnd_f6_s12_ordinal2 A (bnd_k2_ordinal1 bnd_f1_s12_ordinal2 A)) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A (bnd_k1_relat_1 bnd_f1_s12_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s12_ordinal2 A = bnd_f2_s12_ordinal2 A);
% 150.28/149.23 EX A. ((((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.23 bnd_v1_ordinal2 A) &
% 150.28/149.23 bnd_k1_relat_1 A = bnd_f1_s11_ordinal2) &
% 150.28/149.23 (bnd_r2_hidden bnd_k1_xboole_0 bnd_f1_s11_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 A bnd_k1_xboole_0 = bnd_f2_s11_ordinal2)) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 B) bnd_f1_s11_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 A (bnd_k1_ordinal1 B) =
% 150.28/149.23 bnd_f3_s11_ordinal2 B (bnd_k1_funct_1 A B))) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden B bnd_f1_s11_ordinal2 & bnd_v4_ordinal1 B -->
% 150.28/149.23 B = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 A B =
% 150.28/149.23 bnd_f4_s11_ordinal2 B (bnd_k2_ordinal1 A B));
% 150.28/149.23 ((((ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 (B = bnd_f3_s10_ordinal2 A) =
% 150.28/149.23 (EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f4_s10_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f5_s10_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f6_s10_ordinal2 D (bnd_k2_ordinal1 C D))))) &
% 150.28/149.23 ~ bnd_f2_s10_ordinal2 = bnd_k1_xboole_0) &
% 150.28/149.23 bnd_v4_ordinal1 bnd_f2_s10_ordinal2) &
% 150.28/149.23 bnd_k1_relat_1 bnd_f1_s10_ordinal2 = bnd_f2_s10_ordinal2) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A bnd_f2_s10_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s10_ordinal2 A = bnd_f3_s10_ordinal2 A) -->
% 150.28/149.23 bnd_f3_s10_ordinal2 bnd_f2_s10_ordinal2 =
% 150.28/149.23 bnd_f6_s10_ordinal2 bnd_f2_s10_ordinal2 bnd_f1_s10_ordinal2;
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 (B = bnd_f4_s9_ordinal2 A) =
% 150.28/149.23 (EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 = bnd_f1_s9_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f2_s9_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f3_s9_ordinal2 D (bnd_k2_ordinal1 C D))))) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_f4_s9_ordinal2 (bnd_k1_ordinal1 A) =
% 150.28/149.23 bnd_f2_s9_ordinal2 A (bnd_f4_s9_ordinal2 A));
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 (B = bnd_f1_s8_ordinal2 A) =
% 150.28/149.23 (EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 = bnd_f2_s8_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f3_s8_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f4_s8_ordinal2 D (bnd_k2_ordinal1 C D))))) -->
% 150.28/149.23 bnd_f1_s8_ordinal2 bnd_k1_xboole_0 = bnd_f2_s8_ordinal2;
% 150.28/149.23 (EX A B.
% 150.28/149.23 ((((((bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B) &
% 150.28/149.23 A = bnd_k1_ordinal2 B) &
% 150.28/149.23 bnd_k1_relat_1 B = bnd_k1_ordinal1 bnd_f1_s7_ordinal2) &
% 150.28/149.23 bnd_k1_funct_1 B bnd_k1_xboole_0 = bnd_f2_s7_ordinal2) &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 C)
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s7_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 B (bnd_k1_ordinal1 C) =
% 150.28/149.23 bnd_f3_s7_ordinal2 C (bnd_k1_funct_1 B C))) &
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden C (bnd_k1_ordinal1 bnd_f1_s7_ordinal2) &
% 150.28/149.23 bnd_v4_ordinal1 C -->
% 150.28/149.23 C = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 B C =
% 150.28/149.23 bnd_f4_s7_ordinal2 C (bnd_k2_ordinal1 B C))) &
% 150.28/149.23 (ALL A B.
% 150.28/149.23 ~ (((EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 A = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C =
% 150.28/149.23 bnd_k1_ordinal1 bnd_f1_s7_ordinal2) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 = bnd_f2_s7_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s7_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f3_s7_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 bnd_f1_s7_ordinal2) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f4_s7_ordinal2 D (bnd_k2_ordinal1 C D))) &
% 150.28/149.23 (EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C =
% 150.28/149.23 bnd_k1_ordinal1 bnd_f1_s7_ordinal2) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 = bnd_f2_s7_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 bnd_f1_s7_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f3_s7_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 bnd_f1_s7_ordinal2) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f4_s7_ordinal2 D (bnd_k2_ordinal1 C D)))) &
% 150.28/149.23 ~ A = B));
% 150.28/149.23 ((((ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 (B = bnd_f2_s6_ordinal2 A) =
% 150.28/149.23 (EX C. ((((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.23 bnd_v5_ordinal1 C) &
% 150.28/149.23 B = bnd_k1_ordinal2 C) &
% 150.28/149.23 bnd_k1_relat_1 C = bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_k1_funct_1 C bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f4_s6_ordinal2) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 D)
% 150.28/149.23 (bnd_k1_ordinal1 A) -->
% 150.28/149.23 bnd_k1_funct_1 C (bnd_k1_ordinal1 D) =
% 150.28/149.23 bnd_f5_s6_ordinal2 D (bnd_k1_funct_1 C D))) &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D (bnd_k1_ordinal1 A) &
% 150.28/149.23 bnd_v4_ordinal1 D -->
% 150.28/149.23 D = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 C D =
% 150.28/149.23 bnd_f6_s6_ordinal2 D (bnd_k2_ordinal1 C D))))) &
% 150.28/149.23 bnd_k1_relat_1 bnd_f1_s6_ordinal2 = bnd_f3_s6_ordinal2) &
% 150.28/149.23 (bnd_r2_hidden bnd_k1_xboole_0 bnd_f3_s6_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s6_ordinal2 bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f4_s6_ordinal2)) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 A) bnd_f3_s6_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s6_ordinal2 (bnd_k1_ordinal1 A) =
% 150.28/149.23 bnd_f5_s6_ordinal2 A (bnd_k1_funct_1 bnd_f1_s6_ordinal2 A))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A bnd_f3_s6_ordinal2 & bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s6_ordinal2 A =
% 150.28/149.23 bnd_f6_s6_ordinal2 A (bnd_k2_ordinal1 bnd_f1_s6_ordinal2 A)) -->
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A (bnd_k1_relat_1 bnd_f1_s6_ordinal2) -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f1_s6_ordinal2 A = bnd_f2_s6_ordinal2 A);
% 150.28/149.23 EX A. (((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.23 bnd_k1_relat_1 A = bnd_f1_s5_ordinal2) &
% 150.28/149.23 (bnd_r2_hidden bnd_k1_xboole_0 bnd_f1_s5_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 A bnd_k1_xboole_0 = bnd_f2_s5_ordinal2)) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 B) bnd_f1_s5_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 A (bnd_k1_ordinal1 B) =
% 150.28/149.23 bnd_f3_s5_ordinal2 B (bnd_k1_funct_1 A B))) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden B bnd_f1_s5_ordinal2 & bnd_v4_ordinal1 B -->
% 150.28/149.23 B = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 A B =
% 150.28/149.23 bnd_f4_s5_ordinal2 B (bnd_k2_ordinal1 A B));
% 150.28/149.23 ((((((bnd_k1_relat_1 bnd_f5_s4_ordinal2 = bnd_f1_s4_ordinal2 &
% 150.28/149.23 (bnd_r2_hidden bnd_k1_xboole_0 bnd_f1_s4_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f5_s4_ordinal2 bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f2_s4_ordinal2)) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 A) bnd_f1_s4_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f5_s4_ordinal2 (bnd_k1_ordinal1 A) =
% 150.28/149.23 bnd_f3_s4_ordinal2 A (bnd_k1_funct_1 bnd_f5_s4_ordinal2 A))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A bnd_f1_s4_ordinal2 & bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 bnd_f5_s4_ordinal2 A =
% 150.28/149.23 bnd_f4_s4_ordinal2 A (bnd_k2_ordinal1 bnd_f5_s4_ordinal2 A))) &
% 150.28/149.23 bnd_k1_relat_1 bnd_f6_s4_ordinal2 = bnd_f1_s4_ordinal2) &
% 150.28/149.23 (bnd_r2_hidden bnd_k1_xboole_0 bnd_f1_s4_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f6_s4_ordinal2 bnd_k1_xboole_0 =
% 150.28/149.23 bnd_f2_s4_ordinal2)) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden (bnd_k1_ordinal1 A) bnd_f1_s4_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 bnd_f6_s4_ordinal2 (bnd_k1_ordinal1 A) =
% 150.28/149.23 bnd_f3_s4_ordinal2 A (bnd_k1_funct_1 bnd_f6_s4_ordinal2 A))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_r2_hidden A bnd_f1_s4_ordinal2 & bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_k1_funct_1 bnd_f6_s4_ordinal2 A =
% 150.28/149.23 bnd_f4_s4_ordinal2 A (bnd_k2_ordinal1 bnd_f6_s4_ordinal2 A)) -->
% 150.28/149.23 bnd_f5_s4_ordinal2 = bnd_f6_s4_ordinal2;
% 150.28/149.23 EX A. ((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.23 bnd_v1_ordinal2 A) &
% 150.28/149.23 bnd_k1_relat_1 A = bnd_f1_s3_ordinal2) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden B bnd_f1_s3_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 A B = bnd_f2_s3_ordinal2 B);
% 150.28/149.23 EX A. (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.23 bnd_k1_relat_1 A = bnd_f1_s2_ordinal2) &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden B bnd_f1_s2_ordinal2 -->
% 150.28/149.23 bnd_k1_funct_1 A B = bnd_f2_s2_ordinal2 B);
% 150.28/149.23 (bnd_p1_s1_ordinal2 bnd_k1_xboole_0 &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_p1_s1_ordinal2 A --> bnd_p1_s1_ordinal2 (bnd_k1_ordinal1 A))) &
% 150.28/149.23 (ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_v4_ordinal1 A &
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_r2_hidden B A --> bnd_p1_s1_ordinal2 B) -->
% 150.28/149.23 A = bnd_k1_xboole_0 | bnd_p1_s1_ordinal2 A) -->
% 150.28/149.23 (ALL A. bnd_v3_ordinal1 A --> bnd_p1_s1_ordinal2 A);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (EX B. bnd_v3_ordinal1 B &
% 150.28/149.23 (EX C. ((bnd_v3_ordinal1 C & bnd_v4_ordinal1 B) &
% 150.28/149.23 bnd_v4_ordinal2 C) &
% 150.28/149.23 A = bnd_k14_ordinal2 B C));
% 150.28/149.23 True; ALL A. bnd_v4_ordinal2 A = bnd_r2_hidden A bnd_k5_ordinal2;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k16_ordinal2 A bnd_k4_ordinal2 = A &
% 150.28/149.23 bnd_k16_ordinal2 bnd_k4_ordinal2 A = bnd_k4_ordinal2;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 (ALL C.
% 150.28/149.23 ((bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C -->
% 150.28/149.23 bnd_k1_relat_1 C = A &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D A -->
% 150.28/149.23 bnd_k1_funct_1 C D = bnd_k16_ordinal2 B D) -->
% 150.28/149.23 bnd_k16_ordinal2 B A = bnd_k12_ordinal2 C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_k16_ordinal2 A (bnd_k1_ordinal1 B) =
% 150.28/149.23 bnd_k15_ordinal2 A (bnd_k16_ordinal2 A B));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k16_ordinal2 A bnd_k1_xboole_0 = bnd_k4_ordinal2;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r1_ordinal1 A B -->
% 150.28/149.23 bnd_r1_ordinal1 (bnd_k15_ordinal2 C A)
% 150.28/149.23 (bnd_k15_ordinal2 C B)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r1_ordinal1 A B -->
% 150.28/149.23 bnd_r1_ordinal1 (bnd_k15_ordinal2 A C)
% 150.28/149.23 (bnd_k15_ordinal2 B C)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden B C -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 bnd_r2_hidden (bnd_k15_ordinal2 B A) (bnd_k15_ordinal2 C A)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k15_ordinal2 bnd_k4_ordinal2 A = A &
% 150.28/149.23 bnd_k15_ordinal2 A bnd_k4_ordinal2 = A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k15_ordinal2 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 (ALL C.
% 150.28/149.23 ((bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C -->
% 150.28/149.23 bnd_k1_relat_1 C = A &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D A -->
% 150.28/149.23 bnd_k1_funct_1 C D = bnd_k15_ordinal2 D B) -->
% 150.28/149.23 bnd_k15_ordinal2 A B = bnd_k3_tarski (bnd_k8_ordinal2 C)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_k15_ordinal2 (bnd_k1_ordinal1 A) B =
% 150.28/149.23 bnd_k14_ordinal2 (bnd_k15_ordinal2 A B) B);
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k15_ordinal2 bnd_k1_xboole_0 A = bnd_k1_xboole_0;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r1_ordinal1 A B -->
% 150.28/149.23 bnd_r1_ordinal1 (bnd_k14_ordinal2 A C)
% 150.28/149.23 (bnd_k14_ordinal2 B C)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r1_ordinal1 A B -->
% 150.28/149.23 bnd_r1_ordinal1 (bnd_k14_ordinal2 C A)
% 150.28/149.23 (bnd_k14_ordinal2 C B)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 bnd_r2_hidden A B -->
% 150.28/149.23 bnd_r2_hidden (bnd_k14_ordinal2 C A) (bnd_k14_ordinal2 C B)));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 bnd_k14_ordinal2 A bnd_k4_ordinal2 = bnd_k1_ordinal1 A;
% 150.28/149.23 ALL A. bnd_v3_ordinal1 A --> bnd_k14_ordinal2 bnd_k1_xboole_0 A = A;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_v4_ordinal1 A -->
% 150.28/149.23 A = bnd_k1_xboole_0 |
% 150.28/149.23 (ALL C.
% 150.28/149.23 ((bnd_v1_relat_1 C & bnd_v1_funct_1 C) & bnd_v5_ordinal1 C) &
% 150.28/149.23 bnd_v1_ordinal2 C -->
% 150.28/149.23 bnd_k1_relat_1 C = A &
% 150.28/149.23 (ALL D.
% 150.28/149.23 bnd_v3_ordinal1 D -->
% 150.28/149.23 bnd_r2_hidden D A -->
% 150.28/149.23 bnd_k1_funct_1 C D = bnd_k14_ordinal2 B D) -->
% 150.28/149.23 bnd_k14_ordinal2 B A = bnd_k8_ordinal2 C));
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 bnd_k14_ordinal2 A (bnd_k1_ordinal1 B) =
% 150.28/149.23 bnd_k1_ordinal1 (bnd_k14_ordinal2 A B));
% 150.28/149.23 ALL A. bnd_v3_ordinal1 A --> bnd_k14_ordinal2 A bnd_k1_xboole_0 = A;
% 150.28/149.23 True; True; True; True; True; True; True; True;
% 150.28/149.23 ALL A.
% 150.28/149.23 bnd_v3_ordinal1 A -->
% 150.28/149.23 (ALL B.
% 150.28/149.23 bnd_v3_ordinal1 B -->
% 150.28/149.23 (ALL C.
% 150.28/149.23 bnd_v3_ordinal1 C -->
% 150.28/149.23 (C = bnd_k16_ordinal2 A B) =
% 150.28/149.23 (EX D. (((((((bnd_v1_relat_1 D & bnd_v1_funct_1 D) &
% 150.28/149.23 bnd_v5_ordinal1 D) &
% 150.28/149.23 bnd_v1_ordinal2 D) &
% 150.28/149.23 C = bnd_k1_ordinal2 D) &
% 150.28/149.23 bnd_k1_relat_1 D = bnd_k1_ordinal1 B) &
% 150.28/149.23 bnd_k1_funct_1 D bnd_k1_xboole_0 = bnd_k4_ordinal2) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 bnd_r2_hidden (bnd_k1_ordinal1 E)
% 150.28/149.24 (bnd_k1_ordinal1 B) -->
% 150.28/149.24 bnd_k1_funct_1 D (bnd_k1_ordinal1 E) =
% 150.28/149.24 bnd_k15_ordinal2 A (bnd_k1_funct_1 D E))) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 bnd_r2_hidden E (bnd_k1_ordinal1 B) &
% 150.28/149.24 bnd_v4_ordinal1 E -->
% 150.28/149.24 E = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_k1_funct_1 D E =
% 150.28/149.24 bnd_k12_ordinal2 (bnd_k2_ordinal1 D E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 (C = bnd_k15_ordinal2 A B) =
% 150.28/149.24 (EX D. (((((((bnd_v1_relat_1 D & bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v5_ordinal1 D) &
% 150.28/149.24 bnd_v1_ordinal2 D) &
% 150.28/149.24 C = bnd_k1_ordinal2 D) &
% 150.28/149.24 bnd_k1_relat_1 D = bnd_k1_ordinal1 A) &
% 150.28/149.24 bnd_k1_funct_1 D bnd_k1_xboole_0 = bnd_k1_xboole_0) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 bnd_r2_hidden (bnd_k1_ordinal1 E)
% 150.28/149.24 (bnd_k1_ordinal1 A) -->
% 150.28/149.24 bnd_k1_funct_1 D (bnd_k1_ordinal1 E) =
% 150.28/149.24 bnd_k14_ordinal2 (bnd_k1_funct_1 D E) B)) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 bnd_r2_hidden E (bnd_k1_ordinal1 A) &
% 150.28/149.24 bnd_v4_ordinal1 E -->
% 150.28/149.24 E = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_k1_funct_1 D E =
% 150.28/149.24 bnd_k3_tarski
% 150.28/149.24 (bnd_k8_ordinal2 (bnd_k2_ordinal1 D E))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 (C = bnd_k14_ordinal2 A B) =
% 150.28/149.24 (EX D. (((((((bnd_v1_relat_1 D & bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v5_ordinal1 D) &
% 150.28/149.24 bnd_v1_ordinal2 D) &
% 150.28/149.24 C = bnd_k1_ordinal2 D) &
% 150.28/149.24 bnd_k1_relat_1 D = bnd_k1_ordinal1 B) &
% 150.28/149.24 bnd_k1_funct_1 D bnd_k1_xboole_0 = A) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 bnd_r2_hidden (bnd_k1_ordinal1 E)
% 150.28/149.24 (bnd_k1_ordinal1 B) -->
% 150.28/149.24 bnd_k1_funct_1 D (bnd_k1_ordinal1 E) =
% 150.28/149.24 bnd_k1_ordinal1 (bnd_k1_funct_1 D E))) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 bnd_r2_hidden E (bnd_k1_ordinal1 B) &
% 150.28/149.24 bnd_v4_ordinal1 E -->
% 150.28/149.24 E = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_k1_funct_1 D E =
% 150.28/149.24 bnd_k8_ordinal2 (bnd_k2_ordinal1 D E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.24 bnd_v1_ordinal2 A -->
% 150.28/149.24 bnd_v3_ordinal2 A =
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 (bnd_r2_hidden B (bnd_k1_relat_1 A) & bnd_v4_ordinal1 B) &
% 150.28/149.24 C = bnd_k1_funct_1 A B -->
% 150.28/149.24 B = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_r1_ordinal2 C (bnd_k2_ordinal1 A B)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.24 bnd_v1_ordinal2 A -->
% 150.28/149.24 bnd_v2_ordinal2 A =
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 bnd_r2_hidden B C & bnd_r2_hidden C (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_r2_hidden (bnd_k1_funct_1 A B) (bnd_k1_funct_1 A C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ((bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B) &
% 150.28/149.24 bnd_v1_ordinal2 B -->
% 150.28/149.24 bnd_k13_ordinal2 A B = bnd_k12_ordinal2 (bnd_k2_ordinal1 B A));
% 150.28/149.24 ALL A.
% 150.28/149.24 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.24 bnd_v1_ordinal2 A -->
% 150.28/149.24 (EX B. bnd_v3_ordinal1 B & bnd_r1_ordinal2 B A) -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (B = bnd_k12_ordinal2 A) = bnd_r1_ordinal2 B A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ((bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B) &
% 150.28/149.24 bnd_v1_ordinal2 B -->
% 150.28/149.24 (A = bnd_k1_xboole_0 -->
% 150.28/149.24 bnd_r1_ordinal2 A B =
% 150.28/149.24 (EX C. (bnd_v3_ordinal1 C & bnd_r2_hidden C (bnd_k1_relat_1 B)) &
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v3_ordinal1 D -->
% 150.28/149.24 bnd_r1_ordinal1 C D &
% 150.28/149.24 bnd_r2_hidden D (bnd_k1_relat_1 B) -->
% 150.28/149.24 bnd_k1_funct_1 B D = bnd_k1_xboole_0))) &
% 150.28/149.24 (~ A = bnd_k1_xboole_0 -->
% 150.28/149.24 bnd_r1_ordinal2 A B =
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v3_ordinal1 D -->
% 150.28/149.24 ~ ((bnd_r2_hidden C A & bnd_r2_hidden A D) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_v3_ordinal1 E -->
% 150.28/149.24 ~ (bnd_r2_hidden E (bnd_k1_relat_1 B) &
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_v3_ordinal1 F -->
% 150.28/149.24 bnd_r1_ordinal1 E F &
% 150.28/149.24 bnd_r2_hidden F (bnd_k1_relat_1 B) -->
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_funct_1 B F) &
% 150.28/149.24 bnd_r2_hidden (bnd_k1_funct_1 B F)
% 150.28/149.24 D))))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (B = bnd_k11_ordinal2 A) =
% 150.28/149.24 (EX C. (((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v5_ordinal1 C) &
% 150.28/149.24 bnd_v1_ordinal2 C) &
% 150.28/149.24 B = bnd_k8_ordinal2 C) &
% 150.28/149.24 bnd_k1_relat_1 C = bnd_k1_relat_1 A) &
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v3_ordinal1 D -->
% 150.28/149.24 bnd_r2_hidden D (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_k1_funct_1 C D =
% 150.28/149.24 bnd_k6_ordinal2
% 150.28/149.24 (bnd_k2_relat_1
% 150.28/149.24 (bnd_k7_relat_1 A
% 150.28/149.24 (bnd_k4_xboole_0 (bnd_k1_relat_1 A) D))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (B = bnd_k10_ordinal2 A) =
% 150.28/149.24 (EX C. (((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v5_ordinal1 C) &
% 150.28/149.24 bnd_v1_ordinal2 C) &
% 150.28/149.24 B = bnd_k9_ordinal2 C) &
% 150.28/149.24 bnd_k1_relat_1 C = bnd_k1_relat_1 A) &
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v3_ordinal1 D -->
% 150.28/149.24 bnd_r2_hidden D (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_k1_funct_1 C D =
% 150.28/149.24 bnd_k7_ordinal2
% 150.28/149.24 (bnd_k2_relat_1
% 150.28/149.24 (bnd_k7_relat_1 A
% 150.28/149.24 (bnd_k4_xboole_0 (bnd_k1_relat_1 A) D))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.24 bnd_k8_ordinal2 A = bnd_k7_ordinal2 (bnd_k2_relat_1 A) &
% 150.28/149.24 bnd_k9_ordinal2 A = bnd_k6_ordinal2 (bnd_k2_relat_1 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.24 bnd_k9_ordinal2 A = bnd_k6_ordinal2 (bnd_k2_relat_1 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.24 bnd_k8_ordinal2 A = bnd_k7_ordinal2 (bnd_k2_relat_1 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ((bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B) &
% 150.28/149.24 bnd_v1_ordinal2 B -->
% 150.28/149.24 bnd_r2_hidden A (bnd_k1_relat_1 B) -->
% 150.28/149.24 bnd_v3_ordinal1 (bnd_k1_funct_1 B A));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 bnd_v1_ordinal2 A =
% 150.28/149.24 (EX B. bnd_v3_ordinal1 B & bnd_r1_tarski (bnd_k2_relat_1 A) B);
% 150.28/149.24 ALL A. bnd_r1_ordinal1 (bnd_k6_ordinal2 A) (bnd_k7_ordinal2 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 bnd_k7_ordinal2 (bnd_k1_tarski A) = bnd_k1_ordinal1 A;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_r1_tarski A B -->
% 150.28/149.24 bnd_r1_ordinal1 (bnd_k7_ordinal2 A) (bnd_k7_ordinal2 B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ (bnd_r2_hidden A (bnd_k7_ordinal2 B) &
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 ~ (bnd_r2_hidden C B & bnd_r1_ordinal1 A C))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 bnd_r2_hidden C B --> bnd_r2_hidden C A) -->
% 150.28/149.24 bnd_r1_ordinal1 (bnd_k7_ordinal2 B) A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B. bnd_r2_hidden A B --> bnd_r2_hidden A (bnd_k7_ordinal2 B));
% 150.28/149.24 ALL A. bnd_v3_ordinal1 A --> bnd_k7_ordinal2 A = A;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B. bnd_r2_hidden A B --> bnd_r2_hidden (bnd_k6_ordinal2 B) B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_r2_hidden A B & bnd_r1_tarski B C -->
% 150.28/149.24 bnd_r1_ordinal1 (bnd_k6_ordinal2 C) (bnd_k6_ordinal2 B));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 bnd_r2_hidden C B --> bnd_r1_ordinal1 A C) -->
% 150.28/149.24 bnd_k2_ordinal2 B = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_r1_ordinal1 A (bnd_k6_ordinal2 B));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B. bnd_r2_hidden A B --> bnd_r1_ordinal1 (bnd_k6_ordinal2 B) A);
% 150.28/149.24 True; True;
% 150.28/149.24 (bnd_r2_hidden bnd_k1_xboole_0 bnd_k5_ordinal2 &
% 150.28/149.24 bnd_v4_ordinal1 bnd_k5_ordinal2) &
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 bnd_r2_hidden bnd_k1_xboole_0 A & bnd_v4_ordinal1 A -->
% 150.28/149.24 bnd_r1_ordinal1 bnd_k5_ordinal2 A);
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (B = bnd_k7_ordinal2 A) =
% 150.28/149.24 (bnd_r1_tarski (bnd_k2_ordinal2 A) B &
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v3_ordinal1 C -->
% 150.28/149.24 bnd_r1_tarski (bnd_k2_ordinal2 A) C --> bnd_r1_ordinal1 B C));
% 150.28/149.24 ALL A. bnd_k6_ordinal2 A = bnd_k1_setfam_1 (bnd_k2_ordinal2 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 (A = bnd_k5_ordinal2) =
% 150.28/149.24 (((bnd_r2_hidden bnd_k1_xboole_0 A & bnd_v4_ordinal1 A) &
% 150.28/149.24 bnd_v3_ordinal1 A) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 bnd_r2_hidden bnd_k1_xboole_0 B & bnd_v4_ordinal1 B -->
% 150.28/149.24 bnd_r1_tarski A B));
% 150.28/149.24 bnd_k4_ordinal2 = bnd_k1_ordinal1 bnd_k1_xboole_0;
% 150.28/149.24 ALL A.
% 150.28/149.24 (ALL B. bnd_r2_hidden B A --> bnd_v3_ordinal1 B) -->
% 150.28/149.24 bnd_v3_ordinal1 (bnd_k1_setfam_1 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (EX B. (bnd_v3_ordinal1 B & bnd_r2_hidden A B) & bnd_v4_ordinal1 B);
% 150.28/149.24 ALL A. bnd_r1_tarski (bnd_k3_ordinal2 A) (bnd_k2_ordinal2 A);
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_r1_tarski A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k3_ordinal2 A) (bnd_k3_ordinal2 B);
% 150.28/149.24 ALL A. bnd_r1_tarski (bnd_k3_ordinal2 A) A; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_r1_tarski A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k2_ordinal2 A) (bnd_k2_ordinal2 B);
% 150.28/149.24 ALL A. bnd_v3_ordinal1 A --> bnd_k2_ordinal2 A = A;
% 150.28/149.24 ALL A. bnd_r1_tarski (bnd_k2_ordinal2 A) A; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (B = bnd_k3_ordinal2 A) =
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_r2_hidden C B =
% 150.28/149.24 (bnd_r2_hidden C A &
% 150.28/149.24 (EX D. (bnd_v3_ordinal1 D & C = D) & bnd_v4_ordinal1 D)));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (B = bnd_k2_ordinal2 A) =
% 150.28/149.24 (ALL C. bnd_r2_hidden C B = (bnd_r2_hidden C A & bnd_v3_ordinal1 C));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B -->
% 150.28/149.24 bnd_k1_relat_1 B = bnd_k1_ordinal1 A -->
% 150.28/149.24 bnd_k1_ordinal2 B = bnd_k1_funct_1 B A);
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.24 bnd_k1_ordinal2 A =
% 150.28/149.24 bnd_k1_funct_1 A (bnd_k3_tarski (bnd_k1_relat_1 A));
% 150.28/149.24 ALL A. bnd_v3_ordinal1 A --> bnd_r1_ordinal1 (bnd_k3_tarski A) A;
% 150.28/149.24 bnd_v4_ordinal1 bnd_k1_xboole_0;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 bnd_r1_tarski (bnd_k1_ordinal1 A) (bnd_k1_zfmisc_1 A);
% 150.28/149.24 ALL A. bnd_v3_ordinal1 A --> bnd_k3_tarski (bnd_k1_ordinal1 A) = A;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 bnd_r1_ordinal1 A B =
% 150.28/149.24 bnd_r1_ordinal1 (bnd_k1_ordinal1 A) (bnd_k1_ordinal1 B));
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (bnd_v1_relat_1 (bnd_k2_funcop_1 A B) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k2_funcop_1 A B)) &
% 150.28/149.24 bnd_v1_ordinal2 (bnd_k2_funcop_1 A B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.24 bnd_v1_ordinal2 A) &
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (bnd_v1_ordinal1 (bnd_k1_funct_1 A B) &
% 150.28/149.24 bnd_v2_ordinal1 (bnd_k1_funct_1 A B)) &
% 150.28/149.24 bnd_v3_ordinal1 (bnd_k1_funct_1 A B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.24 bnd_v1_ordinal2 A) &
% 150.28/149.24 bnd_v3_ordinal1 B -->
% 150.28/149.24 (bnd_v1_relat_1 (bnd_k7_relat_1 A B) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k7_relat_1 A B)) &
% 150.28/149.24 bnd_v1_ordinal2 (bnd_k7_relat_1 A B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v3_ordinal1 A -->
% 150.28/149.24 (ALL B. bnd_m1_ordinal1 B A --> bnd_v1_ordinal2 B);
% 150.28/149.24 EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.24 bnd_v1_ordinal2 A;
% 150.28/149.24 EX A. ((bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A) &
% 150.28/149.24 bnd_v4_ordinal1 A;
% 150.28/149.24 ((bnd_v1_ordinal1 bnd_k5_ordinal2 & bnd_v2_ordinal1 bnd_k5_ordinal2) &
% 150.28/149.24 bnd_v3_ordinal1 bnd_k5_ordinal2) &
% 150.28/149.24 ~ bnd_v1_xboole_0 bnd_k5_ordinal2;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 ((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 ~ bnd_v1_xboole_0 C) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m1_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 bnd_k10_funcop_1 A B C D = bnd_k1_funcop_1 D;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 ((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 ~ bnd_v1_xboole_0 C) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m1_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 bnd_k10_funcop_1 A B C (bnd_k10_funcop_1 A B C D) = D;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 ((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 ~ bnd_v1_xboole_0 C) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m1_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k10_funcop_1 A B C D) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k10_funcop_1 A B C D) A (bnd_k2_zfmisc_1 C B)) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k10_funcop_1 A B C D) A (bnd_k2_zfmisc_1 C B);
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 ((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 ~ bnd_v1_xboole_0 C) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m1_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 bnd_k9_funcop_1 A B C D = bnd_k2_relat_1 D;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 ((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 ~ bnd_v1_xboole_0 C) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m1_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 bnd_m2_relset_1 (bnd_k9_funcop_1 A B C D) B C;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_subset_1 D A) &
% 150.28/149.24 bnd_v1_funct_1 E) &
% 150.28/149.24 bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m1_relset_1 E B A -->
% 150.28/149.24 bnd_k8_funcop_1 A B C D E = bnd_k5_funcop_1 C D E;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_subset_1 D A) &
% 150.28/149.24 bnd_v1_funct_1 E) &
% 150.28/149.24 bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m1_relset_1 E B A -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k8_funcop_1 A B C D E) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k8_funcop_1 A B C D E) B A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k8_funcop_1 A B C D E) B A;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m1_relset_1 D B A) &
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k7_funcop_1 A B C D E = bnd_k4_funcop_1 C D E;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m1_relset_1 D B A) &
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k7_funcop_1 A B C D E) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k7_funcop_1 A B C D E) B A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k7_funcop_1 A B C D E) B A;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m1_relset_1 D B A) &
% 150.28/149.24 bnd_v1_funct_1 E) &
% 150.28/149.24 bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m1_relset_1 E B A -->
% 150.28/149.24 bnd_k6_funcop_1 A B C D E = bnd_k3_funcop_1 C D E;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m1_relset_1 D B A) &
% 150.28/149.24 bnd_v1_funct_1 E) &
% 150.28/149.24 bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m1_relset_1 E B A -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k6_funcop_1 A B C D E) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k6_funcop_1 A B C D E) B A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k6_funcop_1 A B C D E) B A;
% 150.28/149.24 True; True; True; True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 bnd_k1_funcop_1 (bnd_k1_funcop_1 A) = A;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 bnd_v1_relat_1 (bnd_k1_funcop_1 A) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k1_funcop_1 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 bnd_v1_funcop_1 A =
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_r2_hidden B (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_v1_relat_1 (bnd_k1_funct_1 A B) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k1_funct_1 A B));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_r1_tarski
% 150.28/149.24 (bnd_k2_zfmisc_1 (bnd_k2_relat_1 B) (bnd_k2_relat_1 C))
% 150.28/149.24 (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_k1_relat_1 (bnd_k3_funcop_1 A B C) =
% 150.28/149.24 bnd_k3_xboole_0 (bnd_k1_relat_1 B) (bnd_k1_relat_1 C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 bnd_v3_binop_1 C A -->
% 150.28/149.24 bnd_k8_funct_2 B A
% 150.28/149.24 (bnd_k7_funcop_1 A B C D (bnd_k8_funct_2 B A D E))
% 150.28/149.24 E =
% 150.28/149.24 bnd_k8_funct_2 B A D E))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 bnd_v3_binop_1 C A -->
% 150.28/149.24 bnd_k8_funct_2 B A
% 150.28/149.24 (bnd_k8_funcop_1 A B C (bnd_k8_funct_2 B A D E) D)
% 150.28/149.24 E =
% 150.28/149.24 bnd_k8_funct_2 B A D E))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_v3_binop_1 C B --> bnd_k6_funcop_1 B A C D D = D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 bnd_v1_binop_1 C B -->
% 150.28/149.24 bnd_k6_funcop_1 B A C D E =
% 150.28/149.24 bnd_k6_funcop_1 B A C E D))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 bnd_v1_binop_1 C B -->
% 150.28/149.24 bnd_k8_funcop_1 B A C E D =
% 150.28/149.24 bnd_k7_funcop_1 B A C D E))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_v2_binop_1 C B -->
% 150.28/149.24 bnd_k7_funcop_1 B A C D
% 150.28/149.24 (bnd_k2_binop_1 B B B C E F) =
% 150.28/149.24 bnd_k7_funcop_1 B A C (bnd_k7_funcop_1 B A C D E)
% 150.28/149.24 F)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_v2_binop_1 C B -->
% 150.28/149.24 bnd_k8_funcop_1 B A C (bnd_k2_binop_1 B B B C E F)
% 150.28/149.24 D =
% 150.28/149.24 bnd_k8_funcop_1 B A C E
% 150.28/149.24 (bnd_k8_funcop_1 B A C F D))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 (bnd_v1_funct_1 F & bnd_v1_funct_2 F A B) &
% 150.28/149.24 bnd_m2_relset_1 F A B -->
% 150.28/149.24 bnd_v2_binop_1 C B -->
% 150.28/149.24 bnd_k6_funcop_1 B A C (bnd_k6_funcop_1 B A C D E)
% 150.28/149.24 F =
% 150.28/149.24 bnd_k6_funcop_1 B A C D
% 150.28/149.24 (bnd_k6_funcop_1 B A C E F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_v2_binop_1 C B -->
% 150.28/149.24 bnd_k6_funcop_1 B A C (bnd_k7_funcop_1 B A C D F)
% 150.28/149.24 E =
% 150.28/149.24 bnd_k6_funcop_1 B A C D
% 150.28/149.24 (bnd_k8_funcop_1 B A C F E))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_v2_binop_1 C B -->
% 150.28/149.24 bnd_k7_funcop_1 B A C (bnd_k8_funcop_1 B A C E D)
% 150.28/149.24 F =
% 150.28/149.24 bnd_k8_funcop_1 B A C E
% 150.28/149.24 (bnd_k7_funcop_1 B A C D F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 ~ bnd_v1_xboole_0 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m2_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 bnd_k9_funcop_1 A C B (bnd_k10_funcop_1 A B C D) =
% 150.28/149.24 bnd_k4_relat_1 (bnd_k9_funcop_1 A B C D))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 ~ bnd_v1_xboole_0 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m2_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 bnd_m2_relset_1 (bnd_k2_relat_1 D) B C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 ~ bnd_v1_xboole_0 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D &
% 150.28/149.24 bnd_v1_funct_2 D A (bnd_k2_zfmisc_1 B C)) &
% 150.28/149.24 bnd_m2_relset_1 D A (bnd_k2_zfmisc_1 B C) -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k1_funct_1 (bnd_k1_funcop_1 D) E =
% 150.28/149.24 bnd_k4_tarski
% 150.28/149.24 (bnd_k2_mcart_1
% 150.28/149.24 (bnd_k8_funct_2 A (bnd_k2_zfmisc_1 B C) D E))
% 150.28/149.24 (bnd_k1_mcart_1
% 150.28/149.24 (bnd_k8_funct_2 A (bnd_k2_zfmisc_1 B C) D E))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_k8_funct_2 A A
% 150.28/149.24 (bnd_k8_funcop_1 A A B C (bnd_k6_partfun1 A)) C =
% 150.28/149.24 bnd_k2_binop_1 A A A B C C));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 bnd_k7_funct_2 A B B D
% 150.28/149.24 (bnd_k8_funcop_1 B B C E (bnd_k6_partfun1 B)) =
% 150.28/149.24 bnd_k8_funcop_1 B A C E D))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m2_relset_1 E B A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 (ALL G.
% 150.28/149.24 bnd_m1_subset_1 G B -->
% 150.28/149.24 bnd_k8_funct_2 B A D G =
% 150.28/149.24 bnd_k2_binop_1 A A A C F
% 150.28/149.24 (bnd_k8_funct_2 B A E G)) -->
% 150.28/149.24 D = bnd_k8_funcop_1 A B C F E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_k8_funct_2 B A (bnd_k8_funcop_1 A B C E D) F =
% 150.28/149.24 bnd_k2_binop_1 A A A C E
% 150.28/149.24 (bnd_k8_funct_2 B A D F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k5_funcop_1 C E D) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k5_funcop_1 C E D) A B) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k5_funcop_1 C E D) A B))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_k8_funct_2 A A
% 150.28/149.24 (bnd_k7_funcop_1 A A B (bnd_k6_partfun1 A) C) C =
% 150.28/149.24 bnd_k2_binop_1 A A A B C C));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 bnd_k7_funct_2 A B B D
% 150.28/149.24 (bnd_k7_funcop_1 B B C (bnd_k6_partfun1 B) E) =
% 150.28/149.24 bnd_k7_funcop_1 B A C D E))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m2_relset_1 E B A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 (ALL G.
% 150.28/149.24 bnd_m1_subset_1 G B -->
% 150.28/149.24 bnd_k8_funct_2 B A D G =
% 150.28/149.24 bnd_k2_binop_1 A A A C
% 150.28/149.24 (bnd_k8_funct_2 B A E G) F) -->
% 150.28/149.24 D = bnd_k7_funcop_1 A B C E F)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_k8_funct_2 B A (bnd_k7_funcop_1 A B C D E) F =
% 150.28/149.24 bnd_k2_binop_1 A A A C (bnd_k8_funct_2 B A D F)
% 150.28/149.24 E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E B -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k4_funcop_1 C D E) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k4_funcop_1 C D E) A B) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k4_funcop_1 C D E) A B))));
% 150.28/149.24 ALL A B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C B -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k2_funcop_1 A C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k2_funcop_1 A C) A B) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k2_funcop_1 A C) A B);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_r2_hidden C B -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k2_funcop_1 A C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k2_funcop_1 A C) A B) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k2_funcop_1 A C) A B;
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_k8_funct_2 A A
% 150.28/149.24 (bnd_k6_funcop_1 A A B (bnd_k6_partfun1 A)
% 150.28/149.24 (bnd_k6_partfun1 A))
% 150.28/149.24 C =
% 150.28/149.24 bnd_k2_binop_1 A A A B C C));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A A) &
% 150.28/149.24 bnd_m2_relset_1 D A A -->
% 150.28/149.24 bnd_k8_funct_2 A A
% 150.28/149.24 (bnd_k6_funcop_1 A A B D (bnd_k6_partfun1 A)) C =
% 150.28/149.24 bnd_k2_binop_1 A A A B (bnd_k8_funct_2 A A D C) C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A A) &
% 150.28/149.24 bnd_m2_relset_1 D A A -->
% 150.28/149.24 bnd_k8_funct_2 A A
% 150.28/149.24 (bnd_k6_funcop_1 A A B (bnd_k6_partfun1 A) D) C =
% 150.28/149.24 bnd_k2_binop_1 A A A B C (bnd_k8_funct_2 A A D C))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_k7_funct_2 A B B D
% 150.28/149.24 (bnd_k6_funcop_1 B B C (bnd_k6_partfun1 B)
% 150.28/149.24 (bnd_k6_partfun1 B)) =
% 150.28/149.24 bnd_k6_funcop_1 B A C D D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B B) &
% 150.28/149.24 bnd_m2_relset_1 E B B -->
% 150.28/149.24 bnd_k7_funct_2 A B B D
% 150.28/149.24 (bnd_k6_funcop_1 B B C E (bnd_k6_partfun1 B)) =
% 150.28/149.24 bnd_k6_funcop_1 B A C (bnd_k7_funct_2 A B B D E)
% 150.28/149.24 D))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B B) &
% 150.28/149.24 bnd_m2_relset_1 E B B -->
% 150.28/149.24 bnd_k7_funct_2 A B B D
% 150.28/149.24 (bnd_k6_funcop_1 B B C (bnd_k6_partfun1 B) E) =
% 150.28/149.24 bnd_k6_funcop_1 B A C D
% 150.28/149.24 (bnd_k7_funct_2 A B B D E)))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 (bnd_v1_funct_1 F & bnd_v1_funct_2 F A B) &
% 150.28/149.24 bnd_m2_relset_1 F A B -->
% 150.28/149.24 (ALL G.
% 150.28/149.24 bnd_m1_subset_1 G A -->
% 150.28/149.24 bnd_k8_funct_2 A B F G =
% 150.28/149.24 bnd_k2_binop_1 B B B C
% 150.28/149.24 (bnd_k8_funct_2 A B D G)
% 150.28/149.24 (bnd_k8_funct_2 A B E G)) -->
% 150.28/149.24 F = bnd_k6_funcop_1 B A C D E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B A) &
% 150.28/149.24 bnd_m2_relset_1 E B A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_k8_funct_2 B A (bnd_k6_funcop_1 A B C D E) F =
% 150.28/149.24 bnd_k2_binop_1 A A A C (bnd_k8_funct_2 B A D F)
% 150.28/149.24 (bnd_k8_funct_2 B A E F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 B B) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 B B) B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k3_funcop_1 C D E) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k3_funcop_1 C D E) A B) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k3_funcop_1 C D E) A B))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_k5_relat_1 (bnd_k6_partfun1 B) (bnd_k5_funcop_1 C D A) =
% 150.28/149.24 bnd_k5_funcop_1 C D (bnd_k7_relat_1 A B)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_k5_relat_1 (bnd_k5_funcop_1 C D B) A =
% 150.28/149.24 bnd_k5_funcop_1 (bnd_k5_relat_1 C A) D B)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_k5_relat_1 B (bnd_k5_funcop_1 C D A) =
% 150.28/149.24 bnd_k5_funcop_1 C D (bnd_k5_relat_1 B A))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C D.
% 150.28/149.24 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_k7_relat_1 A C = bnd_k7_relat_1 B C -->
% 150.28/149.24 bnd_k7_relat_1 (bnd_k5_funcop_1 D E A) C =
% 150.28/149.24 bnd_k7_relat_1 (bnd_k5_funcop_1 D E B) C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C D.
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_relat_1 (bnd_k5_funcop_1 B D A)) -->
% 150.28/149.24 bnd_k1_funct_1 (bnd_k5_funcop_1 B D A) C =
% 150.28/149.24 bnd_k1_binop_1 B D (bnd_k1_funct_1 A C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_k5_funcop_1 B C A =
% 150.28/149.24 bnd_k3_funcop_1 B (bnd_k2_funcop_1 (bnd_k1_relat_1 A) C) A));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_k5_funcop_1 A B C =
% 150.28/149.24 bnd_k5_relat_1
% 150.28/149.24 (bnd_k13_funct_3 (bnd_k2_funcop_1 (bnd_k1_relat_1 C) B) C) A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_k5_relat_1 (bnd_k6_partfun1 B) (bnd_k4_funcop_1 C A D) =
% 150.28/149.24 bnd_k4_funcop_1 C (bnd_k7_relat_1 A B) D));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_k5_relat_1 (bnd_k4_funcop_1 C B D) A =
% 150.28/149.24 bnd_k4_funcop_1 (bnd_k5_relat_1 C A) B D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_k5_relat_1 B (bnd_k4_funcop_1 C A D) =
% 150.28/149.24 bnd_k4_funcop_1 C (bnd_k5_relat_1 B A) D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C D.
% 150.28/149.24 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_k7_relat_1 A C = bnd_k7_relat_1 B C -->
% 150.28/149.24 bnd_k7_relat_1 (bnd_k4_funcop_1 D A E) C =
% 150.28/149.24 bnd_k7_relat_1 (bnd_k4_funcop_1 D B E) C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C D.
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_relat_1 (bnd_k4_funcop_1 B A D)) -->
% 150.28/149.24 bnd_k1_funct_1 (bnd_k4_funcop_1 B A D) C =
% 150.28/149.24 bnd_k1_binop_1 B (bnd_k1_funct_1 A C) D));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_k4_funcop_1 B A C =
% 150.28/149.24 bnd_k3_funcop_1 B A (bnd_k2_funcop_1 (bnd_k1_relat_1 A) C)));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_k4_funcop_1 A B C =
% 150.28/149.24 bnd_k5_relat_1
% 150.28/149.24 (bnd_k13_funct_3 B (bnd_k2_funcop_1 (bnd_k1_relat_1 B) C))
% 150.28/149.24 A));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.24 bnd_k5_relat_1 (bnd_k3_funcop_1 D B C) A =
% 150.28/149.24 bnd_k3_funcop_1 (bnd_k5_relat_1 D A) B C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.24 bnd_k5_relat_1 C (bnd_k3_funcop_1 D A B) =
% 150.28/149.24 bnd_k3_funcop_1 D (bnd_k5_relat_1 C A)
% 150.28/149.24 (bnd_k5_relat_1 C B))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D E.
% 150.28/149.24 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.24 bnd_k7_relat_1 A D = bnd_k7_relat_1 B D -->
% 150.28/149.24 bnd_k7_relat_1 (bnd_k3_funcop_1 E C A) D =
% 150.28/149.24 bnd_k7_relat_1 (bnd_k3_funcop_1 E C B) D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D E.
% 150.28/149.24 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.24 bnd_k7_relat_1 A D = bnd_k7_relat_1 B D -->
% 150.28/149.24 bnd_k7_relat_1 (bnd_k3_funcop_1 E A C) D =
% 150.28/149.24 bnd_k7_relat_1 (bnd_k3_funcop_1 E B C) D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_r2_hidden D
% 150.28/149.24 (bnd_k1_relat_1 (bnd_k3_funcop_1 C A B)) -->
% 150.28/149.24 bnd_k1_funct_1 (bnd_k3_funcop_1 C A B) D =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_funct_1 A D)
% 150.28/149.24 (bnd_k1_funct_1 B D))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.24 bnd_k1_relat_1 D =
% 150.28/149.24 bnd_k1_relat_1 (bnd_k3_funcop_1 C A B) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_r2_hidden E
% 150.28/149.24 (bnd_k1_relat_1 (bnd_k3_funcop_1 C A B)) -->
% 150.28/149.24 bnd_k1_funct_1 D E =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_funct_1 A E)
% 150.28/149.24 (bnd_k1_funct_1 B E)) -->
% 150.28/149.24 D = bnd_k3_funcop_1 C A B)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_k3_funcop_1 A B C =
% 150.28/149.24 bnd_k5_relat_1 (bnd_k13_funct_3 B C) A));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_k1_funcop_1 (bnd_k2_funcop_1 A (bnd_k4_tarski B C)) =
% 150.28/149.24 bnd_k2_funcop_1 A (bnd_k4_tarski C B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_k5_relat_1 A (bnd_k2_funcop_1 B C) =
% 150.28/149.24 bnd_k2_funcop_1 (bnd_k10_relat_1 A B) C);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 ~ ((~ B = bnd_k1_xboole_0 & bnd_r2_hidden C (bnd_k1_relat_1 A)) &
% 150.28/149.24 bnd_k1_relat_1 (bnd_k5_relat_1 (bnd_k2_funcop_1 B C) A) =
% 150.28/149.24 bnd_k1_xboole_0));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_k5_relat_1 (bnd_k2_funcop_1 B C) A =
% 150.28/149.24 bnd_k2_funcop_1 B (bnd_k1_funct_1 A C));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ~ bnd_r2_hidden B C -->
% 150.28/149.24 bnd_k10_relat_1 (bnd_k2_funcop_1 A B) C = bnd_k1_xboole_0;
% 150.28/149.24 ALL A B. bnd_k10_relat_1 (bnd_k2_funcop_1 A B) (bnd_k1_tarski B) = A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_r2_hidden B C --> bnd_k10_relat_1 (bnd_k2_funcop_1 A B) C = A;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_k1_relat_1 (bnd_k2_funcop_1 A B) = A &
% 150.28/149.24 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k2_funcop_1 A B))
% 150.28/149.24 (bnd_k1_tarski B);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_k7_relat_1 (bnd_k2_funcop_1 A B) C =
% 150.28/149.24 bnd_k2_funcop_1 (bnd_k3_xboole_0 A C) B;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_relat_1 A) -->
% 150.28/149.24 bnd_k1_funct_1 A C = B) -->
% 150.28/149.24 A = bnd_k2_funcop_1 (bnd_k1_relat_1 A) B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_k1_relat_1 (bnd_k2_funcop_1 bnd_k1_xboole_0 A) = bnd_k1_xboole_0 &
% 150.28/149.24 bnd_k2_relat_1 (bnd_k2_funcop_1 bnd_k1_xboole_0 A) = bnd_k1_xboole_0;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_k2_relat_1 A = bnd_k1_tarski B -->
% 150.28/149.24 A = bnd_k2_funcop_1 (bnd_k1_relat_1 A) B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.24 bnd_k2_relat_1 (bnd_k2_funcop_1 A B) = bnd_k1_tarski B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_r2_hidden B A --> bnd_k1_funct_1 (bnd_k2_funcop_1 A C) B = C;
% 150.28/149.24 True; ALL A B. bnd_k2_funcop_1 A B = bnd_k2_zfmisc_1 A (bnd_k1_tarski B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_k7_relat_1 (bnd_k13_funct_3 A B) C =
% 150.28/149.24 bnd_k13_funct_3 A (bnd_k7_relat_1 B C)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_k7_relat_1 (bnd_k13_funct_3 A B) C =
% 150.28/149.24 bnd_k13_funct_3 (bnd_k7_relat_1 A C) B));
% 150.28/149.24 ALL A. bnd_k1_funcop_1 (bnd_k12_funct_3 A) = bnd_k12_funct_3 A; True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_k1_funcop_1 (bnd_k7_relat_1 A B) =
% 150.28/149.24 bnd_k7_relat_1 (bnd_k1_funcop_1 A) B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 bnd_k13_funct_3 A B = bnd_k1_funcop_1 (bnd_k13_funct_3 B A));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (B = bnd_k1_funcop_1 A) =
% 150.28/149.24 (bnd_k1_relat_1 B = bnd_k1_relat_1 A &
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_relat_1 A) -->
% 150.28/149.24 (ALL D E.
% 150.28/149.24 bnd_k1_funct_1 A C = bnd_k4_tarski D E -->
% 150.28/149.24 bnd_k1_funct_1 B C = bnd_k4_tarski E D) &
% 150.28/149.24 ~ (~ bnd_k1_funct_1 A C = bnd_k1_funct_1 B C &
% 150.28/149.24 (ALL D E. ~ bnd_k1_funct_1 A C = bnd_k4_tarski D E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 bnd_k1_relat_1 A = bnd_k1_xboole_0 &
% 150.28/149.24 bnd_k1_relat_1 B = bnd_k1_xboole_0 -->
% 150.28/149.24 A = B);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_k1_relat_1 A = bnd_k1_relat_1 B -->
% 150.28/149.24 bnd_k1_relat_1 (bnd_k5_relat_1 C A) =
% 150.28/149.24 bnd_k1_relat_1 (bnd_k5_relat_1 C B)));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_k12_funct_3 A =
% 150.28/149.24 bnd_k13_funct_3 (bnd_k6_partfun1 A) (bnd_k6_partfun1 A);
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 A = bnd_k2_zfmisc_1 B C -->
% 150.28/149.24 (B = bnd_k1_xboole_0 | C = bnd_k1_xboole_0) |
% 150.28/149.24 bnd_k1_relat_1 A = B & bnd_k2_relat_1 A = C);
% 150.28/149.24 ALL A B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (bnd_v1_relat_1 (bnd_k2_funcop_1 A B) &
% 150.28/149.24 bnd_v2_relat_1 (bnd_k2_funcop_1 A B)) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k2_funcop_1 A B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_funcop_1 A) &
% 150.28/149.24 bnd_v1_relat_1 B) &
% 150.28/149.24 bnd_v1_funct_1 B -->
% 150.28/149.24 (bnd_v1_relat_1 (bnd_k5_relat_1 B A) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k5_relat_1 B A)) &
% 150.28/149.24 bnd_v1_funcop_1 (bnd_k5_relat_1 B A);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_funcop_1 A -->
% 150.28/149.24 bnd_v1_relat_1 (bnd_k1_funct_1 A B) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k1_funct_1 A B);
% 150.28/149.24 EX A. (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_funcop_1 A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_relat_1 C) &
% 150.28/149.24 bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_v1_relat_1 (bnd_k5_funcop_1 A B C) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k5_funcop_1 A B C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_relat_1 B) &
% 150.28/149.24 bnd_v1_funct_1 B -->
% 150.28/149.24 bnd_v1_relat_1 (bnd_k4_funcop_1 A B C) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k4_funcop_1 A B C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_relat_1 B) &
% 150.28/149.24 bnd_v1_funct_1 B) &
% 150.28/149.24 bnd_v1_relat_1 C) &
% 150.28/149.24 bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_v1_relat_1 (bnd_k3_funcop_1 A B C) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k3_funcop_1 A B C);
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_xboole_0 B -->
% 150.28/149.24 ((bnd_v1_xboole_0 (bnd_k2_funcop_1 B A) &
% 150.28/149.24 bnd_v1_relat_1 (bnd_k2_funcop_1 B A)) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k2_funcop_1 B A)) &
% 150.28/149.24 bnd_v2_funct_1 (bnd_k2_funcop_1 B A);
% 150.28/149.24 ALL A.
% 150.28/149.24 ((bnd_v1_xboole_0 (bnd_k2_funcop_1 bnd_k1_xboole_0 A) &
% 150.28/149.24 bnd_v1_relat_1 (bnd_k2_funcop_1 bnd_k1_xboole_0 A)) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k2_funcop_1 bnd_k1_xboole_0 A)) &
% 150.28/149.24 bnd_v2_funct_1 (bnd_k2_funcop_1 bnd_k1_xboole_0 A);
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_relat_1 (bnd_k2_funcop_1 A B) &
% 150.28/149.24 bnd_v1_funct_1 (bnd_k2_funcop_1 A B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m1_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_m1_subset_1 (bnd_k3_binop_1 A B) A;
% 150.28/149.24 ALL A B C D E F.
% 150.28/149.24 (((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m1_subset_1 E A) &
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_k2_binop_1 A B C D E F = bnd_k1_binop_1 D E F;
% 150.28/149.24 ALL A B C D E F.
% 150.28/149.24 (((((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & bnd_v1_funct_1 D) &
% 150.28/149.24 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m1_relset_1 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m1_subset_1 E A) &
% 150.28/149.24 bnd_m1_subset_1 F B -->
% 150.28/149.24 bnd_m1_subset_1 (bnd_k2_binop_1 A B C D E F) C;
% 150.28/149.24 True;
% 150.28/149.24 EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s2_binop_1 bnd_f1_s2_binop_1)
% 150.28/149.24 bnd_f1_s2_binop_1) &
% 150.28/149.24 bnd_m2_relset_1 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s2_binop_1 bnd_f1_s2_binop_1)
% 150.28/149.24 bnd_f1_s2_binop_1) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s2_binop_1 -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C bnd_f1_s2_binop_1 -->
% 150.28/149.24 bnd_k2_binop_1 bnd_f1_s2_binop_1 bnd_f1_s2_binop_1
% 150.28/149.24 bnd_f1_s2_binop_1 A B C =
% 150.28/149.24 bnd_f2_s2_binop_1 B C));
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_m1_subset_1 A bnd_f1_s1_binop_1 -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s1_binop_1 -->
% 150.28/149.24 (EX C. bnd_m1_subset_1 C bnd_f1_s1_binop_1 &
% 150.28/149.24 bnd_p1_s1_binop_1 A B C))) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s1_binop_1 bnd_f1_s1_binop_1)
% 150.28/149.24 bnd_f1_s1_binop_1) &
% 150.28/149.24 bnd_m2_relset_1 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s1_binop_1 bnd_f1_s1_binop_1)
% 150.28/149.24 bnd_f1_s1_binop_1) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s1_binop_1 -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C bnd_f1_s1_binop_1 -->
% 150.28/149.24 bnd_p1_s1_binop_1 B C
% 150.28/149.24 (bnd_k2_binop_1 bnd_f1_s1_binop_1 bnd_f1_s1_binop_1
% 150.28/149.24 bnd_f1_s1_binop_1 A B C))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) &
% 150.28/149.24 bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r7_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k8_funct_2 A A B (bnd_k2_binop_1 A A A C D E) =
% 150.28/149.24 bnd_k2_binop_1 A A A C (bnd_k8_funct_2 A A B D)
% 150.28/149.24 (bnd_k8_funct_2 A A B E)))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r5_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k2_binop_1 A A A B
% 150.28/149.24 (bnd_k2_binop_1 A A A C D E) F =
% 150.28/149.24 bnd_k2_binop_1 A A A C
% 150.28/149.24 (bnd_k2_binop_1 A A A B D F)
% 150.28/149.24 (bnd_k2_binop_1 A A A B E F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r4_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k2_binop_1 A A A B D
% 150.28/149.24 (bnd_k2_binop_1 A A A C E F) =
% 150.28/149.24 bnd_k2_binop_1 A A A C
% 150.28/149.24 (bnd_k2_binop_1 A A A B D E)
% 150.28/149.24 (bnd_k2_binop_1 A A A B D F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r2_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A --> bnd_k2_binop_1 A A A C D B = D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r1_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A --> bnd_k2_binop_1 A A A C B D = D)));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v3_binop_1 B A =
% 150.28/149.24 (ALL C. bnd_m1_subset_1 C A --> bnd_k2_binop_1 A A A B C C = C));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v2_binop_1 B A =
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k2_binop_1 A A A B C
% 150.28/149.24 (bnd_k2_binop_1 A A A B D E) =
% 150.28/149.24 bnd_k2_binop_1 A A A B (bnd_k2_binop_1 A A A B C D)
% 150.28/149.24 E))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 B A =
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_k2_binop_1 A A A B C D =
% 150.28/149.24 bnd_k2_binop_1 A A A B D C)));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r7_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k1_funct_1 B (bnd_k1_binop_1 C D E) =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_funct_1 B D)
% 150.28/149.24 (bnd_k1_funct_1 B E))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 C A -->
% 150.28/149.24 bnd_r5_binop_1 A C B = bnd_r4_binop_1 A C B));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 C A -->
% 150.28/149.24 bnd_r6_binop_1 A C B = bnd_r5_binop_1 A C B));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 C A -->
% 150.28/149.24 bnd_r6_binop_1 A C B = bnd_r4_binop_1 A C B));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 C A -->
% 150.28/149.24 bnd_r6_binop_1 A C B =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k2_binop_1 A A A C
% 150.28/149.24 (bnd_k2_binop_1 A A A B D E) F =
% 150.28/149.24 bnd_k2_binop_1 A A A B
% 150.28/149.24 (bnd_k2_binop_1 A A A C D F)
% 150.28/149.24 (bnd_k2_binop_1 A A A C E F))))));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C &
% 150.28/149.24 bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 C A -->
% 150.28/149.24 bnd_r6_binop_1 A C B =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k2_binop_1 A A A C D
% 150.28/149.24 (bnd_k2_binop_1 A A A B E F) =
% 150.28/149.24 bnd_k2_binop_1 A A A B
% 150.28/149.24 (bnd_k2_binop_1 A A A C D E)
% 150.28/149.24 (bnd_k2_binop_1 A A A C D F))))));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r6_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k1_binop_1 B D (bnd_k1_binop_1 C E F) =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_binop_1 B D E)
% 150.28/149.24 (bnd_k1_binop_1 B D F) &
% 150.28/149.24 bnd_k1_binop_1 B (bnd_k1_binop_1 C D E) F =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_binop_1 B D F)
% 150.28/149.24 (bnd_k1_binop_1 B E F)))));
% 150.28/149.24 True; True; True; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r6_binop_1 A B C =
% 150.28/149.24 (bnd_r4_binop_1 A B C & bnd_r5_binop_1 A B C));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r5_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k1_binop_1 B (bnd_k1_binop_1 C D E) F =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_binop_1 B D F)
% 150.28/149.24 (bnd_k1_binop_1 B E F)))));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r4_binop_1 A B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 bnd_k1_binop_1 B D (bnd_k1_binop_1 C E F) =
% 150.28/149.24 bnd_k1_binop_1 C (bnd_k1_binop_1 B D E)
% 150.28/149.24 (bnd_k1_binop_1 B D F)))));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (EX C. bnd_m1_subset_1 C A & bnd_r3_binop_1 A C B) -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (C = bnd_k3_binop_1 A B) = bnd_r3_binop_1 A C B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_r3_binop_1 A C B & bnd_r3_binop_1 A D B --> C = D));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_r1_binop_1 A C B & bnd_r2_binop_1 A D B --> C = D));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_v1_binop_1 B A -->
% 150.28/149.24 bnd_r1_binop_1 A C B = bnd_r2_binop_1 A C B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_v1_binop_1 B A -->
% 150.28/149.24 bnd_r3_binop_1 A C B = bnd_r2_binop_1 A C B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_v1_binop_1 B A -->
% 150.28/149.24 bnd_r3_binop_1 A C B = bnd_r1_binop_1 A C B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_v1_binop_1 B A -->
% 150.28/149.24 bnd_r3_binop_1 A C B =
% 150.28/149.24 (ALL D. bnd_m1_subset_1 D A --> bnd_k1_binop_1 B D C = D));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_v1_binop_1 B A -->
% 150.28/149.24 bnd_r3_binop_1 A C B =
% 150.28/149.24 (ALL D. bnd_m1_subset_1 D A --> bnd_k1_binop_1 B C D = D));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 bnd_r3_binop_1 A C B =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_k1_binop_1 B C D = D & bnd_k1_binop_1 B D C = D));
% 150.28/149.24 True; True; True; True; True; True; True; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_m1_subset_1 B A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r3_binop_1 A B C =
% 150.28/149.24 (bnd_r1_binop_1 A B C & bnd_r2_binop_1 A B C));
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_m1_subset_1 B A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r2_binop_1 A B C =
% 150.28/149.24 (ALL D. bnd_m1_subset_1 D A --> bnd_k1_binop_1 C D B = D));
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_m1_subset_1 B A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_r1_binop_1 A B C =
% 150.28/149.24 (ALL D. bnd_m1_subset_1 D A --> bnd_k1_binop_1 C B D = D));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v3_binop_1 B A =
% 150.28/149.24 (ALL C. bnd_m1_subset_1 C A --> bnd_k1_binop_1 B C C = C);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v2_binop_1 B A =
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k1_binop_1 B C (bnd_k1_binop_1 B D E) =
% 150.28/149.24 bnd_k1_binop_1 B (bnd_k1_binop_1 B C D) E)));
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k2_zfmisc_1 A A) A) &
% 150.28/149.24 bnd_m2_relset_1 B (bnd_k2_zfmisc_1 A A) A -->
% 150.28/149.24 bnd_v1_binop_1 B A =
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_k1_binop_1 B C D = bnd_k1_binop_1 B D C));
% 150.28/149.24 ALL A.
% 150.28/149.24 ~ bnd_v1_xboole_0 A -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ bnd_v1_xboole_0 B -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 ~ bnd_v1_xboole_0 C -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D &
% 150.28/149.24 bnd_v1_funct_2 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 D (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E &
% 150.28/149.24 bnd_v1_funct_2 E (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 E (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 (ALL G.
% 150.28/149.24 bnd_m1_subset_1 G B -->
% 150.28/149.24 bnd_k2_binop_1 A B C D F G =
% 150.28/149.24 bnd_k2_binop_1 A B C E F G)) -->
% 150.28/149.24 D = E))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_k1_binop_1 A B C = bnd_k1_funct_1 A (bnd_k4_tarski B C));
% 150.28/149.24 ALL A.
% 150.28/149.24 bnd_m1_relset_1 A (bnd_k2_zfmisc_1 bnd_k1_xboole_0 bnd_k1_xboole_0)
% 150.28/149.24 bnd_k1_xboole_0 -->
% 150.28/149.24 bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A (bnd_k2_zfmisc_1 bnd_k1_xboole_0 bnd_k1_xboole_0)
% 150.28/149.24 bnd_k1_xboole_0 -->
% 150.28/149.24 (((bnd_v1_funct_1 A & bnd_v1_xboole_0 A) &
% 150.28/149.24 bnd_v1_funct_2 A (bnd_k2_zfmisc_1 bnd_k1_xboole_0 bnd_k1_xboole_0)
% 150.28/149.24 bnd_k1_xboole_0) &
% 150.28/149.24 bnd_v1_binop_1 A bnd_k1_xboole_0) &
% 150.28/149.24 bnd_v2_binop_1 A bnd_k1_xboole_0;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k9_funct_2 A B C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k9_funct_2 A B C)
% 150.28/149.24 (bnd_k2_zfmisc_1 (bnd_k1_tarski A) (bnd_k1_tarski B))
% 150.28/149.24 (bnd_k1_tarski C)) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k9_funct_2 A B C)
% 150.28/149.24 (bnd_k2_zfmisc_1 (bnd_k1_tarski A) (bnd_k1_tarski B))
% 150.28/149.24 (bnd_k1_tarski C);
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (((~ bnd_v1_xboole_0 A & bnd_v1_funct_1 C) & bnd_v1_funct_2 C A B) &
% 150.28/149.24 bnd_m1_relset_1 C A B) &
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_k8_funct_2 A B C D = bnd_k1_funct_1 C D;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (((~ bnd_v1_xboole_0 A & bnd_v1_funct_1 C) & bnd_v1_funct_2 C A B) &
% 150.28/149.24 bnd_m1_relset_1 C A B) &
% 150.28/149.24 bnd_m1_subset_1 D A -->
% 150.28/149.24 bnd_m1_subset_1 (bnd_k8_funct_2 A B C D) B;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((~ bnd_v1_xboole_0 B & bnd_v1_funct_1 D) & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m1_relset_1 D A B) &
% 150.28/149.24 bnd_v1_funct_1 E) &
% 150.28/149.24 bnd_v1_funct_2 E B C) &
% 150.28/149.24 bnd_m1_relset_1 E B C -->
% 150.28/149.24 bnd_k7_funct_2 A B C D E = bnd_k5_relat_1 D E;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (((((~ bnd_v1_xboole_0 B & bnd_v1_funct_1 D) & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m1_relset_1 D A B) &
% 150.28/149.24 bnd_v1_funct_1 E) &
% 150.28/149.24 bnd_v1_funct_2 E B C) &
% 150.28/149.24 bnd_m1_relset_1 E B C -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k7_funct_2 A B C D E) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k7_funct_2 A B C D E) A C) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k7_funct_2 A B C D E) A C;
% 150.28/149.24 ALL A B.
% 150.28/149.24 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m1_relset_1 B A A -->
% 150.28/149.24 bnd_k6_funct_2 A B = bnd_k2_funct_1 B;
% 150.28/149.24 ALL A B.
% 150.28/149.24 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m1_relset_1 B A A -->
% 150.28/149.24 ((bnd_v1_funct_1 (bnd_k6_funct_2 A B) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k6_funct_2 A B) A A) &
% 150.28/149.24 bnd_v3_funct_2 (bnd_k6_funct_2 A B) A A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k6_funct_2 A B) A A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((((((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) &
% 150.28/149.24 bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m1_relset_1 B A A) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_v3_funct_2 C A A) &
% 150.28/149.24 bnd_m1_relset_1 C A A -->
% 150.28/149.24 bnd_k5_funct_2 A B C = bnd_k5_relat_1 B C;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((((((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) &
% 150.28/149.24 bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m1_relset_1 B A A) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_v3_funct_2 C A A) &
% 150.28/149.24 bnd_m1_relset_1 C A A -->
% 150.28/149.24 ((bnd_v1_funct_1 (bnd_k5_funct_2 A B C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k5_funct_2 A B C) A A) &
% 150.28/149.24 bnd_v3_funct_2 (bnd_k5_funct_2 A B C) A A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k5_funct_2 A B C) A A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) &
% 150.28/149.24 bnd_m1_relset_1 B A A) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m1_relset_1 C A A -->
% 150.28/149.24 bnd_k4_funct_2 A B C = bnd_k5_relat_1 B C;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) &
% 150.28/149.24 bnd_m1_relset_1 B A A) &
% 150.28/149.24 bnd_v1_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m1_relset_1 C A A -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k4_funct_2 A B C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k4_funct_2 A B C) A A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k4_funct_2 A B C) A A;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m1_relset_1 C A B -->
% 150.28/149.24 bnd_k3_funct_2 A B C D = bnd_k10_relat_1 C D;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m1_relset_1 C A B -->
% 150.28/149.24 bnd_m1_subset_1 (bnd_k3_funct_2 A B C D) (bnd_k1_zfmisc_1 A);
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m1_relset_1 C A B -->
% 150.28/149.24 bnd_k2_funct_2 A B C D = bnd_k9_relat_1 C D;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m1_relset_1 C A B -->
% 150.28/149.24 bnd_m1_subset_1 (bnd_k2_funct_2 A B C D) (bnd_k1_zfmisc_1 B);
% 150.28/149.24 True;
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_m1_subset_1 A bnd_f1_s14_funct_2 -->
% 150.28/149.24 (EX B. bnd_m1_subset_1 B bnd_f2_s14_funct_2 &
% 150.28/149.24 bnd_p1_s14_funct_2 A B)) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s14_funct_2 bnd_f2_s14_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s14_funct_2 bnd_f2_s14_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s14_funct_2 -->
% 150.28/149.24 bnd_p1_s14_funct_2 B
% 150.28/149.24 (bnd_k8_funct_2 bnd_f1_s14_funct_2 bnd_f2_s14_funct_2 A B)));
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_m1_subset_1 A bnd_f1_s13_funct_2 -->
% 150.28/149.24 bnd_m1_subset_1 (bnd_f3_s13_funct_2 A) bnd_f2_s13_funct_2) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s13_funct_2 bnd_f2_s13_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s13_funct_2 bnd_f2_s13_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s13_funct_2 -->
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s13_funct_2 bnd_f2_s13_funct_2 A B =
% 150.28/149.24 bnd_f3_s13_funct_2 B));
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_m1_subset_1 A bnd_f1_s12_funct_2 -->
% 150.28/149.24 bnd_r2_hidden (bnd_f3_s12_funct_2 A) bnd_f2_s12_funct_2) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s12_funct_2 bnd_f2_s12_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s12_funct_2 bnd_f2_s12_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s12_funct_2 -->
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s12_funct_2 bnd_f2_s12_funct_2 A B =
% 150.28/149.24 bnd_f3_s12_funct_2 B));
% 150.28/149.24 ~ bnd_f3_s11_funct_2 = bnd_f4_s11_funct_2 -->
% 150.28/149.24 (EX A. ((((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s11_funct_2 bnd_f2_s11_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s11_funct_2 bnd_f2_s11_funct_2) &
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s11_funct_2 bnd_f2_s11_funct_2 A
% 150.28/149.24 bnd_f3_s11_funct_2 =
% 150.28/149.24 bnd_f5_s11_funct_2) &
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s11_funct_2 bnd_f2_s11_funct_2 A
% 150.28/149.24 bnd_f4_s11_funct_2 =
% 150.28/149.24 bnd_f6_s11_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s11_funct_2 -->
% 150.28/149.24 ~ ((~ B = bnd_f3_s11_funct_2 & ~ B = bnd_f4_s11_funct_2) &
% 150.28/149.24 ~ bnd_k8_funct_2 bnd_f1_s11_funct_2 bnd_f2_s11_funct_2 A
% 150.28/149.24 B =
% 150.28/149.24 bnd_f7_s11_funct_2 B)));
% 150.28/149.24 EX A. (((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s10_funct_2 bnd_f2_s10_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s10_funct_2 bnd_f2_s10_funct_2) &
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s10_funct_2 bnd_f2_s10_funct_2 A
% 150.28/149.24 bnd_f3_s10_funct_2 =
% 150.28/149.24 bnd_f4_s10_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s10_funct_2 -->
% 150.28/149.24 ~ B = bnd_f3_s10_funct_2 -->
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s10_funct_2 bnd_f2_s10_funct_2 A B =
% 150.28/149.24 bnd_f5_s10_funct_2 B);
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_r2_hidden A bnd_f1_s9_funct_2 -->
% 150.28/149.24 (bnd_p1_s9_funct_2 A -->
% 150.28/149.24 bnd_r2_hidden (bnd_f3_s9_funct_2 A) bnd_f2_s9_funct_2) &
% 150.28/149.24 (~ bnd_p1_s9_funct_2 A -->
% 150.28/149.24 bnd_r2_hidden (bnd_f4_s9_funct_2 A) bnd_f2_s9_funct_2)) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s9_funct_2 bnd_f2_s9_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s9_funct_2 bnd_f2_s9_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_r2_hidden B bnd_f1_s9_funct_2 -->
% 150.28/149.24 (bnd_p1_s9_funct_2 B -->
% 150.28/149.24 bnd_k1_funct_1 A B = bnd_f3_s9_funct_2 B) &
% 150.28/149.24 (~ bnd_p1_s9_funct_2 B -->
% 150.28/149.24 bnd_k1_funct_1 A B = bnd_f4_s9_funct_2 B)));
% 150.28/149.24 EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s8_funct_2 bnd_f2_s8_funct_2)
% 150.28/149.24 bnd_f3_s8_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s8_funct_2 bnd_f2_s8_funct_2)
% 150.28/149.24 bnd_f3_s8_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s8_funct_2 -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C bnd_f2_s8_funct_2 -->
% 150.28/149.24 bnd_k1_funct_1 A (bnd_k4_tarski B C) =
% 150.28/149.24 bnd_f4_s8_funct_2 B C));
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_m1_subset_1 A bnd_f1_s7_funct_2 -->
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f2_s7_funct_2 -->
% 150.28/149.24 (EX C. bnd_m1_subset_1 C bnd_f3_s7_funct_2 &
% 150.28/149.24 bnd_p1_s7_funct_2 A B C))) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s7_funct_2 bnd_f2_s7_funct_2)
% 150.28/149.24 bnd_f3_s7_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s7_funct_2 bnd_f2_s7_funct_2)
% 150.28/149.24 bnd_f3_s7_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s7_funct_2 -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_m1_subset_1 C bnd_f2_s7_funct_2 -->
% 150.28/149.24 bnd_p1_s7_funct_2 B C
% 150.28/149.24 (bnd_k1_funct_1 A (bnd_k4_tarski B C)))));
% 150.28/149.24 (ALL A B.
% 150.28/149.24 bnd_r2_hidden A bnd_f1_s6_funct_2 &
% 150.28/149.24 bnd_r2_hidden B bnd_f2_s6_funct_2 -->
% 150.28/149.24 bnd_r2_hidden (bnd_f4_s6_funct_2 A B) bnd_f3_s6_funct_2) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s6_funct_2 bnd_f2_s6_funct_2)
% 150.28/149.24 bnd_f3_s6_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s6_funct_2 bnd_f2_s6_funct_2)
% 150.28/149.24 bnd_f3_s6_funct_2) &
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_r2_hidden B bnd_f1_s6_funct_2 &
% 150.28/149.24 bnd_r2_hidden C bnd_f2_s6_funct_2 -->
% 150.28/149.24 bnd_k1_funct_1 A (bnd_k4_tarski B C) =
% 150.28/149.24 bnd_f4_s6_funct_2 B C));
% 150.28/149.24 (ALL A B.
% 150.28/149.24 ~ ((bnd_r2_hidden A bnd_f1_s5_funct_2 &
% 150.28/149.24 bnd_r2_hidden B bnd_f2_s5_funct_2) &
% 150.28/149.24 (ALL C.
% 150.28/149.24 ~ (bnd_r2_hidden C bnd_f3_s5_funct_2 &
% 150.28/149.24 bnd_p1_s5_funct_2 A B C)))) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s5_funct_2 bnd_f2_s5_funct_2)
% 150.28/149.24 bnd_f3_s5_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A
% 150.28/149.24 (bnd_k2_zfmisc_1 bnd_f1_s5_funct_2 bnd_f2_s5_funct_2)
% 150.28/149.24 bnd_f3_s5_funct_2) &
% 150.28/149.24 (ALL B C.
% 150.28/149.24 bnd_r2_hidden B bnd_f1_s5_funct_2 &
% 150.28/149.24 bnd_r2_hidden C bnd_f2_s5_funct_2 -->
% 150.28/149.24 bnd_p1_s5_funct_2 B C
% 150.28/149.24 (bnd_k1_funct_1 A (bnd_k4_tarski B C))));
% 150.28/149.24 EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s4_funct_2 bnd_f2_s4_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s4_funct_2 bnd_f2_s4_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s4_funct_2 -->
% 150.28/149.24 bnd_k8_funct_2 bnd_f1_s4_funct_2 bnd_f2_s4_funct_2 A B =
% 150.28/149.24 bnd_f3_s4_funct_2 B);
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_m1_subset_1 A bnd_f1_s3_funct_2 -->
% 150.28/149.24 (EX B. bnd_m1_subset_1 B bnd_f2_s3_funct_2 &
% 150.28/149.24 bnd_p1_s3_funct_2 A B)) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s3_funct_2 bnd_f2_s3_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s3_funct_2 bnd_f2_s3_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_m1_subset_1 B bnd_f1_s3_funct_2 -->
% 150.28/149.24 bnd_p1_s3_funct_2 B
% 150.28/149.24 (bnd_k8_funct_2 bnd_f1_s3_funct_2 bnd_f2_s3_funct_2 A B)));
% 150.28/149.24 (ALL A.
% 150.28/149.24 bnd_r2_hidden A bnd_f1_s2_funct_2 -->
% 150.28/149.24 bnd_r2_hidden (bnd_f3_s2_funct_2 A) bnd_f2_s2_funct_2) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s2_funct_2 bnd_f2_s2_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s2_funct_2 bnd_f2_s2_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_r2_hidden B bnd_f1_s2_funct_2 -->
% 150.28/149.24 bnd_k1_funct_1 A B = bnd_f3_s2_funct_2 B));
% 150.28/149.24 (ALL A.
% 150.28/149.24 ~ (bnd_r2_hidden A bnd_f1_s1_funct_2 &
% 150.28/149.24 (ALL B.
% 150.28/149.24 ~ (bnd_r2_hidden B bnd_f2_s1_funct_2 &
% 150.28/149.24 bnd_p1_s1_funct_2 A B)))) -->
% 150.28/149.24 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.24 bnd_v1_funct_2 A bnd_f1_s1_funct_2 bnd_f2_s1_funct_2) &
% 150.28/149.24 bnd_m2_relset_1 A bnd_f1_s1_funct_2 bnd_f2_s1_funct_2) &
% 150.28/149.24 (ALL B.
% 150.28/149.24 bnd_r2_hidden B bnd_f1_s1_funct_2 -->
% 150.28/149.24 bnd_p1_s1_funct_2 B (bnd_k1_funct_1 A B)));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_funct_2 A B) -->
% 150.28/149.24 bnd_k1_relat_1 C = A & bnd_r1_tarski (bnd_k2_relat_1 C) B;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D &
% 150.28/149.24 bnd_v1_funct_2 D
% 150.28/149.24 (bnd_k2_zfmisc_1 (bnd_k1_tarski A) (bnd_k1_tarski B))
% 150.28/149.24 (bnd_k1_tarski C)) &
% 150.28/149.24 bnd_m2_relset_1 D
% 150.28/149.24 (bnd_k2_zfmisc_1 (bnd_k1_tarski A) (bnd_k1_tarski B))
% 150.28/149.24 (bnd_k1_tarski C) -->
% 150.28/149.24 D = bnd_k9_funct_2 A B C;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E. ~ B = bnd_k1_tarski E) &
% 150.28/149.24 bnd_k5_partfun1 A B C = bnd_k5_partfun1 A B D -->
% 150.28/149.24 C = D);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k5_partfun1 A B C) (bnd_k5_partfun1 A B D) &
% 150.28/149.24 (ALL E. ~ B = bnd_k1_tarski E) -->
% 150.28/149.24 bnd_r1_tarski D C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k4_relset_1 A B D) (bnd_k4_relset_1 A B C) &
% 150.28/149.24 bnd_r1_tarski (bnd_k5_partfun1 A B C) (bnd_k5_partfun1 A B D) -->
% 150.28/149.24 bnd_r1_tarski D C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski D C -->
% 150.28/149.24 bnd_r1_tarski (bnd_k5_partfun1 A B C) (bnd_k5_partfun1 A B D));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A (bnd_k1_tarski B) -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A (bnd_k1_tarski B)) &
% 150.28/149.24 bnd_m2_relset_1 D A (bnd_k1_tarski B) -->
% 150.28/149.24 bnd_k5_partfun1 A (bnd_k1_tarski B) C = bnd_k1_tarski D);
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_k5_partfun1 A A (bnd_k3_partfun1 B A A) = bnd_k1_tarski B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.24 bnd_k5_partfun1 A B (bnd_k3_partfun1 C A B) = bnd_k1_tarski C;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_k5_partfun1 A B (bnd_k3_partfun1 bnd_k1_xboole_0 A B) =
% 150.28/149.24 bnd_k1_funct_2 A B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k5_partfun1 A B C) (bnd_k1_funct_2 A B);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_r2_hidden D (bnd_k5_partfun1 A B C) -->
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B);
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_funct_1 B & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_r1_partfun1 B C --> bnd_r2_hidden C (bnd_k5_partfun1 A A B));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_partfun1 C D -->
% 150.28/149.24 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_r2_hidden D (bnd_k5_partfun1 A B C));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 ~ (((B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) &
% 150.28/149.24 bnd_r1_partfun1 C D) &
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 ~ (bnd_r1_partfun1 C E & bnd_r1_partfun1 D E))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_funct_1 B & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A A) &
% 150.28/149.24 bnd_m2_relset_1 D A A -->
% 150.28/149.24 bnd_r1_partfun1 B D & bnd_r1_partfun1 C D -->
% 150.28/149.24 bnd_r1_partfun1 B C));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) &
% 150.28/149.24 bnd_m2_relset_1 E A B -->
% 150.28/149.24 bnd_r1_partfun1 C E & bnd_r1_partfun1 D E -->
% 150.28/149.24 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_r1_partfun1 C D));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_funct_1 B & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (EX C. ((bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A) &
% 150.28/149.24 bnd_r1_partfun1 B C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 ~ ((B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) &
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 ~ bnd_r1_partfun1 C D));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_funct_1 B & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_r1_partfun1 B C =
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_r2_hidden D (bnd_k4_relset_1 A A B) -->
% 150.28/149.24 bnd_k1_funct_1 B D = bnd_k1_funct_1 C D));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.24 bnd_r1_partfun1 C D =
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_r2_hidden E (bnd_k4_relset_1 A B C) -->
% 150.28/149.24 bnd_k1_funct_1 C E = bnd_k1_funct_1 D E));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_r1_partfun1 B C --> B = C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_partfun1 C D -->
% 150.28/149.24 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 | C = D);
% 150.28/149.24 ALL A B. bnd_r1_tarski (bnd_k1_funct_2 A B) (bnd_k4_partfun1 A B); True;
% 150.28/149.24 True; True; True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 ~ ((B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) &
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (EX E. bnd_r2_hidden E (bnd_k4_relset_1 A B C) &
% 150.28/149.24 ~ bnd_k1_funct_1 D E = bnd_k1_funct_1 C E)));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_v1_partfun1 (bnd_k3_partfun1 B A A) A A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.24 bnd_v1_partfun1 (bnd_k3_partfun1 C A B) A B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 | bnd_v1_partfun1 C A B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_v1_partfun1 C A B -->
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_k4_relset_1 A B C = A -->
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B;
% 150.28/149.24 True; True; True; True; True; True; True; True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 bnd_r2_hidden C (bnd_k1_funct_2 A B) -->
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 D (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 E (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 (ALL G.
% 150.28/149.24 bnd_m1_subset_1 G B -->
% 150.28/149.24 bnd_k1_funct_1 D (bnd_k4_tarski F G) =
% 150.28/149.24 bnd_k1_funct_1 E (bnd_k4_tarski F G))) -->
% 150.28/149.24 D = E);
% 150.28/149.24 ALL A B C D E F.
% 150.28/149.24 (bnd_v1_funct_1 F & bnd_v1_funct_2 F (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 F (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 bnd_r2_hidden D A & bnd_r2_hidden E B -->
% 150.28/149.24 C = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_r2_hidden (bnd_k1_funct_1 F (bnd_k4_tarski D E)) C;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 D (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E (bnd_k2_zfmisc_1 A B) C) &
% 150.28/149.24 bnd_m2_relset_1 E (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.24 (ALL F G.
% 150.28/149.24 bnd_r2_hidden F A & bnd_r2_hidden G B -->
% 150.28/149.24 bnd_k1_funct_1 D (bnd_k4_tarski F G) =
% 150.28/149.24 bnd_k1_funct_1 E (bnd_k4_tarski F G)) -->
% 150.28/149.24 D = E);
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 ~ (bnd_r2_hidden E (bnd_k2_funct_2 A B D C) &
% 150.28/149.24 (ALL F.
% 150.28/149.24 bnd_m1_subset_1 F A -->
% 150.28/149.24 ~ (bnd_r2_hidden F C & E = bnd_k1_funct_1 D F))));
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 ~ (bnd_r2_hidden E (bnd_k2_funct_2 A B D C) &
% 150.28/149.24 (ALL F.
% 150.28/149.24 ~ ((bnd_r2_hidden F A & bnd_r2_hidden F C) &
% 150.28/149.24 E = bnd_k1_funct_1 D F))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.24 bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_m1_subset_1 E A -->
% 150.28/149.24 bnd_k1_funct_1 C E = bnd_k1_funct_1 D E) -->
% 150.28/149.24 C = D);
% 150.28/149.24 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.24 True; True; True; True; True; True; True; True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 ((bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) & bnd_v3_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_r1_tarski B A -->
% 150.28/149.24 bnd_k2_funct_2 A A C (bnd_k3_funct_2 A A C B) = B &
% 150.28/149.24 bnd_k3_funct_2 A A C (bnd_k2_funct_2 A A C B) = B;
% 150.28/149.24 True; True; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_k5_funct_2 A B (bnd_k6_funct_2 A B) = bnd_k6_partfun1 A &
% 150.28/149.24 bnd_k5_funct_2 A (bnd_k6_funct_2 A B) B = bnd_k6_partfun1 A;
% 150.28/149.24 ALL A B.
% 150.28/149.24 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 ((bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_v3_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_k5_funct_2 A B C = bnd_k6_partfun1 A -->
% 150.28/149.24 C = bnd_k6_funct_2 A B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 ((bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_v3_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_k5_funct_2 A B C = C --> B = bnd_k6_partfun1 A);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_v2_funct_1 B -->
% 150.28/149.24 (ALL C D.
% 150.28/149.24 (bnd_r2_hidden C A & bnd_r2_hidden D A) &
% 150.28/149.24 bnd_k1_funct_1 B C = bnd_k1_funct_1 B D -->
% 150.28/149.24 C = D);
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_v2_funct_1 B & bnd_k2_relat_1 B = A -->
% 150.28/149.24 ((bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_v3_funct_2 B A A) &
% 150.28/149.24 bnd_m2_relset_1 B A A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_v3_funct_2 C A B = (bnd_v2_funct_1 C & bnd_v2_funct_2 C A B);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_v2_funct_2 C A B = (bnd_k2_relat_1 C = B);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_k3_funct_2 A A B (bnd_k2_funct_2 A A B A) = A;
% 150.28/149.24 True; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_k2_funct_2 A A B A = bnd_k2_relat_1 B;
% 150.28/149.24 True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_v2_funct_1 B =
% 150.28/149.24 (ALL C D.
% 150.28/149.24 (bnd_r2_hidden C A & bnd_r2_hidden D A) &
% 150.28/149.24 bnd_k1_funct_1 B C = bnd_k1_funct_1 B D -->
% 150.28/149.24 C = D);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_k4_funct_2 A C B = B & bnd_v2_funct_1 B -->
% 150.28/149.24 C = bnd_k6_partfun1 A);
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_k4_funct_2 A B C = B & bnd_k2_relat_1 B = A -->
% 150.28/149.24 C = bnd_k6_partfun1 A);
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_k7_relset_1 A A A A B (bnd_k6_partfun1 A) = B &
% 150.28/149.24 bnd_k7_relset_1 A A A A (bnd_k6_partfun1 A) B = B;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 (ALL C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) &
% 150.28/149.24 bnd_m2_relset_1 C A A -->
% 150.28/149.24 bnd_k2_relat_1 B = A & bnd_k2_relat_1 C = A -->
% 150.28/149.24 bnd_k2_relat_1 (bnd_k4_funct_2 A B C) = A);
% 150.28/149.24 True; True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A A) & bnd_m2_relset_1 C A A -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.24 bnd_r2_hidden B A -->
% 150.28/149.24 bnd_k1_funct_1 (bnd_k5_relat_1 C D) B =
% 150.28/149.24 bnd_k1_funct_1 D (bnd_k1_funct_1 C B));
% 150.28/149.24 True; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.24 bnd_k4_relset_1 A A B = A & bnd_r1_tarski (bnd_k2_relat_1 B) A;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A (bnd_k1_tarski B)) &
% 150.28/149.24 bnd_m2_relset_1 C A (bnd_k1_tarski B) -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A (bnd_k1_tarski B)) &
% 150.28/149.24 bnd_m2_relset_1 D A (bnd_k1_tarski B) -->
% 150.28/149.24 C = D);
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A (bnd_k1_tarski B)) &
% 150.28/149.24 bnd_m2_relset_1 D A (bnd_k1_tarski B) -->
% 150.28/149.24 bnd_r2_hidden C A --> bnd_k1_funct_1 D C = B;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D (bnd_k1_tarski A) B) &
% 150.28/149.24 bnd_m2_relset_1 D (bnd_k1_tarski A) B -->
% 150.28/149.24 ~ B = bnd_k1_xboole_0 -->
% 150.28/149.24 bnd_r1_tarski (bnd_k2_funct_2 (bnd_k1_tarski A) B D C)
% 150.28/149.24 (bnd_k1_tarski (bnd_k1_funct_1 D A));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k1_tarski A) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k1_tarski A) B -->
% 150.28/149.24 ~ B = bnd_k1_xboole_0 -->
% 150.28/149.24 bnd_k2_relat_1 C = bnd_k1_tarski (bnd_k1_funct_1 C A);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C (bnd_k1_tarski A) B) &
% 150.28/149.24 bnd_m2_relset_1 C (bnd_k1_tarski A) B -->
% 150.28/149.24 ~ B = bnd_k1_xboole_0 --> bnd_r2_hidden (bnd_k1_funct_1 C A) B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C bnd_k1_xboole_0 A) &
% 150.28/149.24 bnd_m2_relset_1 C bnd_k1_xboole_0 A -->
% 150.28/149.24 bnd_k3_funct_2 bnd_k1_xboole_0 A C B = bnd_k1_xboole_0;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C bnd_k1_xboole_0 A) &
% 150.28/149.24 bnd_m2_relset_1 C bnd_k1_xboole_0 A -->
% 150.28/149.24 bnd_k2_funct_2 bnd_k1_xboole_0 A C B = bnd_k1_xboole_0;
% 150.28/149.24 True; True; True;
% 150.28/149.24 ALL A B.
% 150.28/149.24 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.24 bnd_k1_relat_1 B = bnd_k1_xboole_0 -->
% 150.28/149.24 (bnd_v1_funct_1 B & bnd_v1_funct_2 B bnd_k1_xboole_0 A) &
% 150.28/149.24 bnd_m2_relset_1 B bnd_k1_xboole_0 A;
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) & bnd_m2_relset_1 E A B -->
% 150.28/149.24 (ALL F.
% 150.28/149.24 (bnd_v1_funct_1 F & bnd_v1_funct_2 F B C) &
% 150.28/149.24 bnd_m2_relset_1 F B C -->
% 150.28/149.24 ~ (((C = bnd_k1_xboole_0 --> B = bnd_k1_xboole_0) &
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0)) &
% 150.28/149.24 ~ bnd_r1_tarski (bnd_k3_funct_2 A B E D)
% 150.28/149.24 (bnd_k3_funct_2 A C (bnd_k1_partfun1 A B B C E F)
% 150.28/149.24 (bnd_k2_funct_2 B C F D))));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.24 bnd_k3_funct_2 A B C (bnd_k2_funct_2 A B C A) = A;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski C A -->
% 150.28/149.24 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_r1_tarski C (bnd_k3_funct_2 A B D (bnd_k2_funct_2 A B D C));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 ~ (bnd_r2_hidden D B &
% 150.28/149.24 bnd_k3_funct_2 A B C (bnd_k1_tarski D) = bnd_k1_xboole_0)) =
% 150.28/149.24 (bnd_k2_relat_1 C = B);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.24 bnd_k3_funct_2 A B C B = A;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k10_relat_1 D C) A;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 ~ B = bnd_k1_xboole_0 -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 bnd_r2_hidden E (bnd_k10_relat_1 D C) =
% 150.28/149.24 (bnd_r2_hidden E A & bnd_r2_hidden (bnd_k1_funct_1 D E) C));
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.24 bnd_k2_funct_2 A B C A = bnd_k2_relat_1 C;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski (bnd_k9_relat_1 D C) B;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 ~ B = bnd_k1_xboole_0 -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (EX F. (bnd_r2_hidden F A & bnd_r2_hidden F C) &
% 150.28/149.24 E = bnd_k1_funct_1 D F) -->
% 150.28/149.24 bnd_r2_hidden E (bnd_k9_relat_1 D C));
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C D E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E A B) & bnd_m2_relset_1 E A B -->
% 150.28/149.24 bnd_r2_hidden C A & bnd_r2_hidden (bnd_k1_funct_1 E C) D -->
% 150.28/149.24 B = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_k1_funct_1 (bnd_k9_relset_1 A B D E) C = bnd_k1_funct_1 E C;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski A C --> bnd_k2_partfun1 A B D C = D;
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_r1_tarski C A -->
% 150.28/149.24 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 |
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k2_partfun1 A B D C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k2_partfun1 A B D C) C B) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k2_partfun1 A B D C) C B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 ~ ((~ B = bnd_k1_xboole_0 &
% 150.28/149.24 (EX D. ((bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A) &
% 150.28/149.24 bnd_k1_partfun1 A B B A C D = bnd_k6_partfun1 A)) &
% 150.28/149.24 ~ bnd_v2_funct_1 C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (bnd_k2_relat_1 C = B &
% 150.28/149.24 bnd_k1_partfun1 A B B A C D = bnd_k6_partfun1 A) &
% 150.28/149.24 bnd_v2_funct_1 C -->
% 150.28/149.24 (A = bnd_k1_xboole_0 | B = bnd_k1_xboole_0) |
% 150.28/149.24 D = bnd_k2_funct_1 C);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_k2_relat_1 C = B & bnd_v2_funct_1 C -->
% 150.28/149.24 B = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_k5_relat_1 C (bnd_k2_funct_1 C) = bnd_k6_partfun1 A &
% 150.28/149.24 bnd_k5_relat_1 (bnd_k2_funct_1 C) C = bnd_k6_partfun1 B;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 (bnd_k2_relat_1 C = B & bnd_v2_funct_1 C) &
% 150.28/149.24 (ALL E F.
% 150.28/149.24 (bnd_r2_hidden E B & bnd_k1_funct_1 D E = F -->
% 150.28/149.24 bnd_r2_hidden F A & bnd_k1_funct_1 C F = E) &
% 150.28/149.24 (bnd_r2_hidden F A & bnd_k1_funct_1 C F = E -->
% 150.28/149.24 bnd_r2_hidden E B & bnd_k1_funct_1 D E = F)) -->
% 150.28/149.24 (A = bnd_k1_xboole_0 | B = bnd_k1_xboole_0) |
% 150.28/149.24 D = bnd_k2_funct_1 C);
% 150.28/149.24 True;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 bnd_v2_funct_1 D & bnd_r2_hidden C A -->
% 150.28/149.24 B = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_k1_funct_1 (bnd_k2_funct_1 D) (bnd_k1_funct_1 D C) = C;
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 bnd_v2_funct_1 C & bnd_k2_relat_1 C = B -->
% 150.28/149.24 (bnd_v1_funct_1 (bnd_k2_funct_1 C) &
% 150.28/149.24 bnd_v1_funct_2 (bnd_k2_funct_1 C) B A) &
% 150.28/149.24 bnd_m2_relset_1 (bnd_k2_funct_1 C) B A;
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B C) &
% 150.28/149.24 bnd_m2_relset_1 E B C -->
% 150.28/149.24 bnd_v2_funct_1 (bnd_k1_partfun1 A B B C D E) &
% 150.28/149.24 bnd_k2_relat_1 D = B -->
% 150.28/149.24 C = bnd_k1_xboole_0 & ~ B = bnd_k1_xboole_0 |
% 150.28/149.24 bnd_v2_funct_1 D & bnd_v2_funct_1 E);
% 150.28/149.24 ALL A B C.
% 150.28/149.24 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.24 (ALL D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.24 bnd_m2_relset_1 D B A -->
% 150.28/149.24 bnd_k1_partfun1 A B B A C D = bnd_k6_partfun1 A -->
% 150.28/149.24 B = bnd_k1_xboole_0 | bnd_v2_funct_1 C & bnd_k2_relat_1 D = A);
% 150.28/149.24 ALL A B C D.
% 150.28/149.24 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.24 (ALL E.
% 150.28/149.24 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B C) &
% 150.28/149.24 bnd_m2_relset_1 E B C -->
% 150.28/149.25 bnd_k2_relat_1 (bnd_k1_partfun1 A B B C D E) = C &
% 150.28/149.25 bnd_v2_funct_1 E -->
% 150.28/149.25 C = bnd_k1_xboole_0 | bnd_k2_relat_1 D = B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 ~ ((~ A = bnd_k1_xboole_0 & ~ B = bnd_k1_xboole_0) &
% 150.28/149.25 ~ bnd_v2_funct_1 C =
% 150.28/149.25 (ALL D E.
% 150.28/149.25 (bnd_v1_funct_1 E & bnd_v1_funct_2 E D A) &
% 150.28/149.25 bnd_m2_relset_1 E D A -->
% 150.28/149.25 (ALL F.
% 150.28/149.25 (bnd_v1_funct_1 F & bnd_v1_funct_2 F D A) &
% 150.28/149.25 bnd_m2_relset_1 F D A -->
% 150.28/149.25 bnd_k1_partfun1 D A A B E C =
% 150.28/149.25 bnd_k1_partfun1 D A A B F C -->
% 150.28/149.25 E = F)));
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B C) &
% 150.28/149.25 bnd_m2_relset_1 E B C -->
% 150.28/149.25 bnd_v2_funct_1 (bnd_k1_partfun1 A B B C D E) -->
% 150.28/149.25 (C = bnd_k1_xboole_0 & ~ B = bnd_k1_xboole_0 |
% 150.28/149.25 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0) |
% 150.28/149.25 bnd_v2_funct_1 D);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.25 bnd_v2_funct_1 C =
% 150.28/149.25 (ALL D E.
% 150.28/149.25 (bnd_r2_hidden D A & bnd_r2_hidden E A) &
% 150.28/149.25 bnd_k1_funct_1 C D = bnd_k1_funct_1 C E -->
% 150.28/149.25 D = E);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D B A) &
% 150.28/149.25 bnd_m2_relset_1 D B A -->
% 150.28/149.25 bnd_k1_partfun1 B A A B D C = bnd_k6_partfun1 B -->
% 150.28/149.25 bnd_k2_relat_1 C = B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_k7_relset_1 A A A B (bnd_k6_partfun1 A) C = C &
% 150.28/149.25 bnd_k7_relset_1 A B B B C (bnd_k6_partfun1 B) = C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 ~ B = bnd_k1_xboole_0 -->
% 150.28/149.25 (bnd_k2_relat_1 C = B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 ~ D = bnd_k1_xboole_0 -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B D) &
% 150.28/149.25 bnd_m2_relset_1 E B D -->
% 150.28/149.25 (ALL F.
% 150.28/149.25 (bnd_v1_funct_1 F & bnd_v1_funct_2 F B D) &
% 150.28/149.25 bnd_m2_relset_1 F B D -->
% 150.28/149.25 bnd_k1_partfun1 A B B D C E =
% 150.28/149.25 bnd_k1_partfun1 A B B D C F -->
% 150.28/149.25 E = F)));
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.25 bnd_r2_hidden C A -->
% 150.28/149.25 B = bnd_k1_xboole_0 |
% 150.28/149.25 bnd_k1_funct_1 (bnd_k5_relat_1 D E) C =
% 150.28/149.25 bnd_k1_funct_1 E (bnd_k1_funct_1 D C));
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B C) &
% 150.28/149.25 bnd_m2_relset_1 E B C -->
% 150.28/149.25 bnd_k2_relat_1 D = B & bnd_k2_relat_1 E = C -->
% 150.28/149.25 (B = bnd_k1_xboole_0 | C = bnd_k1_xboole_0) |
% 150.28/149.25 bnd_k2_relat_1 (bnd_k1_partfun1 A B B C D E) = C);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 (bnd_v1_funct_1 E & bnd_v1_funct_2 E B C) &
% 150.28/149.25 bnd_m2_relset_1 E B C -->
% 150.28/149.25 ~ ((B = bnd_k1_xboole_0 & ~ C = bnd_k1_xboole_0) &
% 150.28/149.25 ~ A = bnd_k1_xboole_0) -->
% 150.28/149.25 (bnd_v1_funct_1 (bnd_k1_partfun1 A B B C D E) &
% 150.28/149.25 bnd_v1_funct_2 (bnd_k1_partfun1 A B B C D E) A C) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k1_partfun1 A B B C D E) A C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) &
% 150.28/149.25 bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_r2_hidden E A -->
% 150.28/149.25 bnd_k1_funct_1 C E = bnd_k1_funct_1 D E) -->
% 150.28/149.25 C = D);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ ((bnd_r2_hidden C B & bnd_k2_relat_1 D = B) &
% 150.28/149.25 (ALL E. ~ (bnd_r2_hidden E A & bnd_k1_funct_1 D E = C)));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 ~ (bnd_r2_hidden D B &
% 150.28/149.25 (ALL E. ~ (bnd_r2_hidden E A & D = bnd_k1_funct_1 C E)))) -->
% 150.28/149.25 B = bnd_k1_xboole_0 | bnd_k2_relat_1 C = B;
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_k1_funct_2 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 (bnd_v1_funct_1 B & bnd_v1_funct_2 B A A) & bnd_m2_relset_1 B A A -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_funct_2 A A);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.25 bnd_r2_hidden C (bnd_k1_funct_2 A B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (C = bnd_k1_funct_2 A B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D C =
% 150.28/149.25 (EX E. (((bnd_v1_relat_1 E & bnd_v1_funct_1 E) & D = E) &
% 150.28/149.25 bnd_k1_relat_1 E = A) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 E) B));
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski B C -->
% 150.28/149.25 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 |
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A C) & bnd_m2_relset_1 D A C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 D) C -->
% 150.28/149.25 B = bnd_k1_xboole_0 & ~ A = bnd_k1_xboole_0 |
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A C) & bnd_m2_relset_1 D A C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r2_hidden C A -->
% 150.28/149.25 B = bnd_k1_xboole_0 | bnd_r2_hidden (bnd_k1_funct_1 D C) B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 (bnd_v1_funct_1 D & bnd_v1_funct_2 D A B) & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r2_hidden C A -->
% 150.28/149.25 B = bnd_k1_xboole_0 |
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 D C) (bnd_k2_relat_1 D);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k1_relat_1 C = A &
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D A --> bnd_r2_hidden (bnd_k1_funct_1 C D) B) -->
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) A -->
% 150.28/149.25 (bnd_v1_funct_1 B & bnd_v1_funct_2 B (bnd_k1_relat_1 B) A) &
% 150.28/149.25 bnd_m2_relset_1 B (bnd_k1_relat_1 B) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (bnd_v1_funct_1 A &
% 150.28/149.25 bnd_v1_funct_2 A (bnd_k1_relat_1 A) (bnd_k2_relat_1 A)) &
% 150.28/149.25 bnd_m2_relset_1 A (bnd_k1_relat_1 A) (bnd_k2_relat_1 A);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 ((B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) -->
% 150.28/149.25 bnd_v1_funct_2 C A B = (A = bnd_k4_relset_1 A B C)) &
% 150.28/149.25 (B = bnd_k1_xboole_0 -->
% 150.28/149.25 A = bnd_k1_xboole_0 | bnd_v1_funct_2 C A B = (C = bnd_k1_xboole_0));
% 150.28/149.25 ALL A B.
% 150.28/149.25 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_v1_funct_2 C A B -->
% 150.28/149.25 ((bnd_v1_funct_1 C & ~ bnd_v1_xboole_0 C) &
% 150.28/149.25 bnd_v1_partfun1 C A B) &
% 150.28/149.25 bnd_v1_funct_2 C A B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_v1_funct_2 C A B -->
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_partfun1 C A B) &
% 150.28/149.25 bnd_v1_funct_2 C A B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_m1_relset_1 B A A -->
% 150.28/149.25 ((bnd_v1_funct_1 B & bnd_v1_partfun1 B A A) & bnd_v1_relat_2 B) &
% 150.28/149.25 bnd_v1_funct_2 B A A -->
% 150.28/149.25 (((bnd_v1_funct_1 B & bnd_v2_funct_1 B) & bnd_v1_funct_2 B A A) &
% 150.28/149.25 bnd_v2_funct_2 B A A) &
% 150.28/149.25 bnd_v3_funct_2 B A A;
% 150.28/149.25 ALL A.
% 150.28/149.25 EX B. (((((bnd_m1_relset_1 B A A & bnd_v1_relat_1 B) &
% 150.28/149.25 bnd_v1_funct_1 B) &
% 150.28/149.25 bnd_v2_funct_1 B) &
% 150.28/149.25 bnd_v1_funct_2 B A A) &
% 150.28/149.25 bnd_v2_funct_2 B A A) &
% 150.28/149.25 bnd_v3_funct_2 B A A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 ((bnd_v1_funct_1 C & bnd_v2_funct_1 C) & bnd_v1_funct_2 C A B) &
% 150.28/149.25 bnd_v2_funct_2 C A B -->
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_v3_funct_2 C A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 (bnd_v1_funct_1 C & bnd_v1_funct_2 C A B) & bnd_v3_funct_2 C A B -->
% 150.28/149.25 ((bnd_v1_funct_1 C & bnd_v2_funct_1 C) & bnd_v1_funct_2 C A B) &
% 150.28/149.25 bnd_v2_funct_2 C A B;
% 150.28/149.25 ALL A. ~ bnd_v1_xboole_0 (bnd_k1_funct_2 A A);
% 150.28/149.25 ALL A B. ~ bnd_v1_xboole_0 B --> ~ bnd_v1_xboole_0 (bnd_k1_funct_2 A B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_v1_partfun1 C A B -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_v1_funct_2 C A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 EX C. ((bnd_m1_relset_1 C A B & bnd_v1_relat_1 C) &
% 150.28/149.25 bnd_v1_funct_1 C) &
% 150.28/149.25 bnd_v1_funct_2 C A B;
% 150.28/149.25 ALL A. bnd_k6_partfun1 A = bnd_k6_relat_1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_partfun1 (bnd_k6_partfun1 A) A A &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k6_partfun1 A) A A;
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k3_partfun1 A B C) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k3_partfun1 A B C) B C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_k2_partfun1 A B C D = bnd_k7_relat_1 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k2_partfun1 A B C D) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k2_partfun1 A B C D) A B;
% 150.28/149.25 ALL A B C D E F.
% 150.28/149.25 ((bnd_v1_funct_1 E & bnd_m1_relset_1 E A B) & bnd_v1_funct_1 F) &
% 150.28/149.25 bnd_m1_relset_1 F C D -->
% 150.28/149.25 bnd_k1_partfun1 A B C D E F = bnd_k5_relat_1 E F;
% 150.28/149.25 ALL A B C D E F.
% 150.28/149.25 ((bnd_v1_funct_1 E & bnd_m1_relset_1 E A B) & bnd_v1_funct_1 F) &
% 150.28/149.25 bnd_m1_relset_1 F C D -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k1_partfun1 A B C D E F) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k1_partfun1 A B C D E F) A D;
% 150.28/149.25 ALL A B.
% 150.28/149.25 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_relat_1 B) &
% 150.28/149.25 bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 A A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_relat_1 B) &
% 150.28/149.25 bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 A B --> bnd_r1_partfun1 B A;
% 150.28/149.25 (ALL A B.
% 150.28/149.25 bnd_p1_s5_partfun1 A B -->
% 150.28/149.25 bnd_r2_hidden (bnd_f4_s5_partfun1 A B) bnd_f3_s5_partfun1) -->
% 150.28/149.25 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.25 bnd_m2_relset_1 A
% 150.28/149.25 (bnd_k2_zfmisc_1 bnd_f1_s5_partfun1 bnd_f2_s5_partfun1)
% 150.28/149.25 bnd_f3_s5_partfun1) &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C)
% 150.28/149.25 (bnd_k4_relset_1
% 150.28/149.25 (bnd_k2_zfmisc_1 bnd_f1_s5_partfun1 bnd_f2_s5_partfun1)
% 150.28/149.25 bnd_f3_s5_partfun1 A) =
% 150.28/149.25 ((bnd_r2_hidden B bnd_f1_s5_partfun1 &
% 150.28/149.25 bnd_r2_hidden C bnd_f2_s5_partfun1) &
% 150.28/149.25 bnd_p1_s5_partfun1 B C))) &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C)
% 150.28/149.25 (bnd_k4_relset_1
% 150.28/149.25 (bnd_k2_zfmisc_1 bnd_f1_s5_partfun1 bnd_f2_s5_partfun1)
% 150.28/149.25 bnd_f3_s5_partfun1 A) -->
% 150.28/149.25 bnd_k1_funct_1 A (bnd_k4_tarski B C) =
% 150.28/149.25 bnd_f4_s5_partfun1 B C));
% 150.28/149.25 (ALL A B C.
% 150.28/149.25 (bnd_r2_hidden A bnd_f1_s4_partfun1 &
% 150.28/149.25 bnd_r2_hidden B bnd_f2_s4_partfun1) &
% 150.28/149.25 bnd_p1_s4_partfun1 A B C -->
% 150.28/149.25 bnd_r2_hidden C bnd_f3_s4_partfun1) &
% 150.28/149.25 (ALL A B C D.
% 150.28/149.25 ((bnd_r2_hidden A bnd_f1_s4_partfun1 &
% 150.28/149.25 bnd_r2_hidden B bnd_f2_s4_partfun1) &
% 150.28/149.25 bnd_p1_s4_partfun1 A B C) &
% 150.28/149.25 bnd_p1_s4_partfun1 A B D -->
% 150.28/149.25 C = D) -->
% 150.28/149.25 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.25 bnd_m2_relset_1 A
% 150.28/149.25 (bnd_k2_zfmisc_1 bnd_f1_s4_partfun1 bnd_f2_s4_partfun1)
% 150.28/149.25 bnd_f3_s4_partfun1) &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C)
% 150.28/149.25 (bnd_k4_relset_1
% 150.28/149.25 (bnd_k2_zfmisc_1 bnd_f1_s4_partfun1 bnd_f2_s4_partfun1)
% 150.28/149.25 bnd_f3_s4_partfun1 A) =
% 150.28/149.25 ((bnd_r2_hidden B bnd_f1_s4_partfun1 &
% 150.28/149.25 bnd_r2_hidden C bnd_f2_s4_partfun1) &
% 150.28/149.25 Ex (bnd_p1_s4_partfun1 B C)))) &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C)
% 150.28/149.25 (bnd_k4_relset_1
% 150.28/149.25 (bnd_k2_zfmisc_1 bnd_f1_s4_partfun1 bnd_f2_s4_partfun1)
% 150.28/149.25 bnd_f3_s4_partfun1 A) -->
% 150.28/149.25 bnd_p1_s4_partfun1 B C
% 150.28/149.25 (bnd_k1_funct_1 A (bnd_k4_tarski B C))));
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_p1_s3_partfun1 A -->
% 150.28/149.25 bnd_r2_hidden (bnd_f3_s3_partfun1 A) bnd_f2_s3_partfun1) -->
% 150.28/149.25 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.25 bnd_m2_relset_1 A bnd_f1_s3_partfun1 bnd_f2_s3_partfun1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B
% 150.28/149.25 (bnd_k4_relset_1 bnd_f1_s3_partfun1 bnd_f2_s3_partfun1 A) =
% 150.28/149.25 (bnd_r2_hidden B bnd_f1_s3_partfun1 &
% 150.28/149.25 bnd_p1_s3_partfun1 B))) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B
% 150.28/149.25 (bnd_k4_relset_1 bnd_f1_s3_partfun1 bnd_f2_s3_partfun1 A) -->
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_f3_s3_partfun1 B));
% 150.28/149.25 (ALL A B.
% 150.28/149.25 bnd_r2_hidden A bnd_f1_s2_partfun1 & bnd_p1_s2_partfun1 A B -->
% 150.28/149.25 bnd_r2_hidden B bnd_f2_s2_partfun1) &
% 150.28/149.25 (ALL A B C.
% 150.28/149.25 (bnd_r2_hidden A bnd_f1_s2_partfun1 & bnd_p1_s2_partfun1 A B) &
% 150.28/149.25 bnd_p1_s2_partfun1 A C -->
% 150.28/149.25 B = C) -->
% 150.28/149.25 (EX A. ((bnd_v1_funct_1 A &
% 150.28/149.25 bnd_m2_relset_1 A bnd_f1_s2_partfun1 bnd_f2_s2_partfun1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B
% 150.28/149.25 (bnd_k4_relset_1 bnd_f1_s2_partfun1 bnd_f2_s2_partfun1 A) =
% 150.28/149.25 (bnd_r2_hidden B bnd_f1_s2_partfun1 &
% 150.28/149.25 Ex (bnd_p1_s2_partfun1 B)))) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B
% 150.28/149.25 (bnd_k4_relset_1 bnd_f1_s2_partfun1 bnd_f2_s2_partfun1 A) -->
% 150.28/149.25 bnd_p1_s2_partfun1 B (bnd_k1_funct_1 A B)));
% 150.28/149.25 EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) &
% 150.28/149.25 bnd_k1_relat_1 A = bnd_f1_s1_partfun1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B bnd_f1_s1_partfun1 -->
% 150.28/149.25 (bnd_p1_s1_partfun1 B -->
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_f2_s1_partfun1 B) &
% 150.28/149.25 (~ bnd_p1_s1_partfun1 B -->
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_f3_s1_partfun1 B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ (((B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) &
% 150.28/149.25 bnd_r1_partfun1 C D) &
% 150.28/149.25 bnd_r1_xboole_0 (bnd_k5_partfun1 A B C)
% 150.28/149.25 (bnd_k5_partfun1 A B D)));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ bnd_r1_xboole_0 (bnd_k5_partfun1 A B C)
% 150.28/149.25 (bnd_k5_partfun1 A B D) -->
% 150.28/149.25 bnd_r1_partfun1 C D);
% 150.28/149.25 True; True; True; True; True; True; True; True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_k5_partfun1 bnd_k1_xboole_0 A B = bnd_k1_tarski bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_k5_partfun1 bnd_k1_xboole_0 A B = bnd_k1_tarski B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_v1_partfun1 C A B = (bnd_k5_partfun1 A B C = bnd_k1_tarski C);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B A bnd_k1_xboole_0 -->
% 150.28/149.25 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_k5_partfun1 A bnd_k1_xboole_0 B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_r2_hidden D (bnd_k5_partfun1 A B C) --> bnd_r1_partfun1 C D);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r2_hidden D (bnd_k5_partfun1 A B C) -->
% 150.28/149.25 bnd_v1_partfun1 D A B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D (bnd_k5_partfun1 A B C) -->
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B);
% 150.28/149.25 True; True; True; True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 (D = bnd_k5_partfun1 A B C) =
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_r2_hidden E D =
% 150.28/149.25 (EX F. (((bnd_v1_funct_1 F & bnd_m2_relset_1 F A B) & F = E) &
% 150.28/149.25 bnd_v1_partfun1 F A B) &
% 150.28/149.25 bnd_r1_partfun1 C F)));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ (((B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0) &
% 150.28/149.25 bnd_r1_partfun1 C D) &
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_funct_1 E & bnd_m2_relset_1 E A B -->
% 150.28/149.25 ~ ((bnd_v1_partfun1 E A B & bnd_r1_partfun1 C E) &
% 150.28/149.25 bnd_r1_partfun1 D E))));
% 150.28/149.25 True; True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_funct_1 E & bnd_m2_relset_1 E A B -->
% 150.28/149.25 (bnd_r1_partfun1 C E & bnd_r1_partfun1 D E) &
% 150.28/149.25 bnd_v1_partfun1 E A B -->
% 150.28/149.25 bnd_r1_partfun1 C D));
% 150.28/149.25 True; True; True; True; True; True; True; True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (bnd_v1_partfun1 C A B & bnd_v1_partfun1 D A B) &
% 150.28/149.25 bnd_r1_partfun1 C D -->
% 150.28/149.25 C = D);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_partfun1 (bnd_k3_partfun1 C A B) C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_partfun1 (bnd_k7_relat_1 (bnd_k8_relat_1 A C) B) C;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 (bnd_k8_relat_1 A B) B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 (bnd_k7_relat_1 B A) B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A (bnd_k1_tarski B) -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A (bnd_k1_tarski B) -->
% 150.28/149.25 bnd_r1_partfun1 C D);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_partfun1 (bnd_k3_partfun1 bnd_k1_xboole_0 A B) C;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_r1_partfun1 bnd_k1_xboole_0 A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.25 bnd_r1_partfun1 C E & bnd_r1_tarski D C -->
% 150.28/149.25 bnd_r1_partfun1 D E));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski A C & bnd_r1_tarski B C -->
% 150.28/149.25 bnd_r1_partfun1 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_xboole_0 (bnd_k1_relat_1 A) (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_r1_partfun1 A B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k1_relat_1 A = bnd_k1_relat_1 B & bnd_r1_partfun1 A B -->
% 150.28/149.25 A = B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski A B --> bnd_r1_partfun1 A B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_r1_partfun1 A B =
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_r2_hidden C (bnd_k1_relat_1 A) -->
% 150.28/149.25 bnd_k1_funct_1 A C = bnd_k1_funct_1 B C));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 A B =
% 150.28/149.25 (EX C. ((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.25 bnd_r1_tarski A C) &
% 150.28/149.25 bnd_r1_tarski B C));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 A B =
% 150.28/149.25 (EX C. (bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.25 bnd_k2_xboole_0 A B = C));
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_partfun1 A B =
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_r2_hidden C
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k1_relat_1 A) (bnd_k1_relat_1 B)) -->
% 150.28/149.25 bnd_k1_funct_1 A C = bnd_k1_funct_1 B C));
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_r1_tarski A B & bnd_r1_tarski C D -->
% 150.28/149.25 bnd_r1_tarski (bnd_k4_partfun1 A C) (bnd_k4_partfun1 B D);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k4_partfun1 C A) (bnd_k4_partfun1 C B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_r1_tarski (bnd_k4_partfun1 bnd_k1_xboole_0 A)
% 150.28/149.25 (bnd_k4_partfun1 B A);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k4_partfun1 A C) (bnd_k4_partfun1 B C);
% 150.28/149.25 True;
% 150.28/149.25 ALL A. bnd_k4_partfun1 A bnd_k1_xboole_0 = bnd_k1_tarski bnd_k1_xboole_0;
% 150.28/149.25 ALL A. bnd_k4_partfun1 bnd_k1_xboole_0 A = bnd_k1_tarski bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_subset_1 C (bnd_k4_partfun1 A B) -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_r2_hidden C (bnd_k4_partfun1 A B) -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_r2_hidden C (bnd_k4_partfun1 A B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 (C = bnd_k4_partfun1 A B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D C =
% 150.28/149.25 (EX E. (((bnd_v1_relat_1 E & bnd_v1_funct_1 E) & D = E) &
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 E) A) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 E) B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 C A) B -->
% 150.28/149.25 bnd_v1_partfun1 (bnd_k3_partfun1 C A B) A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v1_partfun1 (bnd_k3_partfun1 C A B) A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 C A) B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) B -->
% 150.28/149.25 bnd_v1_partfun1 (bnd_k3_partfun1 C A B) A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_partfun1 (bnd_k3_partfun1 bnd_k1_xboole_0 A B) A B -->
% 150.28/149.25 A = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v1_partfun1 (bnd_k3_partfun1 C A B) A B -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k1_relat_1 C);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_v1_partfun1 B bnd_k1_xboole_0 A;
% 150.28/149.25 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_v1_partfun1 C A B & B = bnd_k1_xboole_0 --> A = bnd_k1_xboole_0;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_v1_partfun1 C A B = (bnd_k4_relset_1 A B C = A);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_k9_relset_1 B C A (bnd_k3_partfun1 D B C) =
% 150.28/149.25 bnd_k3_partfun1 D B (bnd_k3_xboole_0 A C);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_k2_partfun1 A B (bnd_k3_partfun1 D A B) C =
% 150.28/149.25 bnd_k3_partfun1 D (bnd_k3_xboole_0 A C) B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v2_funct_1 C -->
% 150.28/149.25 bnd_k2_funct_1 (bnd_k3_partfun1 C A B) =
% 150.28/149.25 bnd_k3_partfun1 (bnd_k2_funct_1 C) B A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v2_funct_1 C --> bnd_v2_funct_1 (bnd_k3_partfun1 C A B);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.25 bnd_r1_tarski
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k2_relat_1 D) (bnd_k1_relat_1 E)) A -->
% 150.28/149.25 bnd_k1_partfun1 C A A B (bnd_k3_partfun1 D C A)
% 150.28/149.25 (bnd_k3_partfun1 E A B) =
% 150.28/149.25 bnd_k3_partfun1 (bnd_k5_relat_1 D E) C B);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.25 bnd_r1_tarski
% 150.28/149.25 (bnd_k1_partfun1 C A A B (bnd_k3_partfun1 D C A)
% 150.28/149.25 (bnd_k3_partfun1 E A B))
% 150.28/149.25 (bnd_k3_partfun1 (bnd_k5_relat_1 D E) C B));
% 150.28/149.25 ALL A B. bnd_k3_partfun1 bnd_k1_xboole_0 A B = bnd_k1_xboole_0; True;
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_k3_partfun1 C A B = C;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 A = bnd_k3_partfun1 A (bnd_k1_relat_1 A) (bnd_k2_relat_1 A);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 C) A &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) B -->
% 150.28/149.25 C = bnd_k3_partfun1 C A B;
% 150.28/149.25 ALL A B C D E.
% 150.28/149.25 bnd_v1_relat_1 E & bnd_v1_funct_1 E -->
% 150.28/149.25 bnd_r1_tarski A B & bnd_r1_tarski C D -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_partfun1 E A C) (bnd_k3_partfun1 E B D);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_partfun1 D C A) (bnd_k3_partfun1 D C B);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_partfun1 D A C) (bnd_k3_partfun1 D B C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_r1_tarski C D -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_partfun1 C A B) (bnd_k3_partfun1 D A B));
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k4_relset_1 B C (bnd_k3_partfun1 D B C)) -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k3_partfun1 D B C) A = bnd_k1_funct_1 D A;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 (bnd_r2_hidden A (bnd_k1_relat_1 D) & bnd_r2_hidden A B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 D A) C -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k3_partfun1 D B C) A = bnd_k1_funct_1 D A;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k4_relset_1 B C (bnd_k3_partfun1 D B C)) =
% 150.28/149.25 ((bnd_r2_hidden A (bnd_k1_relat_1 D) & bnd_r2_hidden A B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 D A) C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k4_relset_1 A B (bnd_k3_partfun1 C A B))
% 150.28/149.25 (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k3_partfun1 C A B))
% 150.28/149.25 (bnd_k2_relat_1 C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_partfun1 C A B) C;
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_k3_partfun1 A B C = bnd_k7_relat_1 (bnd_k8_relat_1 C A) B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A (bnd_k1_tarski B) -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A (bnd_k1_tarski B) -->
% 150.28/149.25 bnd_k4_relset_1 A (bnd_k1_tarski B) C =
% 150.28/149.25 bnd_k4_relset_1 A (bnd_k1_tarski B) D -->
% 150.28/149.25 C = D);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A (bnd_k1_tarski B) -->
% 150.28/149.25 bnd_r2_hidden C (bnd_k4_relset_1 A (bnd_k1_tarski B) D) -->
% 150.28/149.25 bnd_k1_funct_1 D C = B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 (bnd_k1_relat_1 D = bnd_k1_tarski A & bnd_r2_hidden A B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 D A) C -->
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D B C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D (bnd_k1_tarski A) B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 D C)
% 150.28/149.25 (bnd_k1_tarski (bnd_k1_funct_1 D A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C (bnd_k1_tarski A) B -->
% 150.28/149.25 bnd_v2_funct_1 C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C (bnd_k1_tarski A) B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) (bnd_k1_tarski (bnd_k1_funct_1 C A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_k10_relat_1 C B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_k9_relat_1 C B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B A bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_v2_funct_1 B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A bnd_k1_xboole_0 -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D B bnd_k1_xboole_0 --> C = D);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B A bnd_k1_xboole_0 -->
% 150.28/149.25 B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k2_relat_1 C = bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B A bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_k4_relset_1 A bnd_k1_xboole_0 B = bnd_k1_xboole_0 &
% 150.28/149.25 bnd_k2_relat_1 B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_k10_relat_1 C B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_k9_relat_1 C B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_v2_funct_1 B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C bnd_k1_xboole_0 A -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D bnd_k1_xboole_0 B --> C = D);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B bnd_k1_xboole_0 A -->
% 150.28/149.25 B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 bnd_k1_xboole_0 & bnd_m2_relset_1 bnd_k1_xboole_0 A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k1_relat_1 C = bnd_k1_xboole_0 -->
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B bnd_k1_xboole_0 A -->
% 150.28/149.25 bnd_k4_relset_1 bnd_k1_xboole_0 A B = bnd_k1_xboole_0 &
% 150.28/149.25 bnd_k2_relat_1 B = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_k10_relat_1 C B = bnd_k4_relset_1 A B C;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_k9_relat_1 C A = bnd_k2_relat_1 C;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ (bnd_r2_hidden C (bnd_k9_relat_1 D A) &
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E A -->
% 150.28/149.25 ~ (bnd_r2_hidden E (bnd_k4_relset_1 A B D) &
% 150.28/149.25 C = bnd_k1_funct_1 D E)));
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k7_relat_1 (bnd_k8_relat_1 A C) B) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k7_relat_1 (bnd_k8_relat_1 A C) B) B A;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k9_relset_1 A B C D) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k9_relset_1 A B C D) A B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k9_relset_1 A B C D) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k9_relset_1 A B C D) A C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k8_relset_1 A B D C) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k8_relset_1 A B D C) A B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k8_relset_1 A B D C) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k8_relset_1 A B D C) C B;
% 150.28/149.25 True; True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_v2_funct_1 C -->
% 150.28/149.25 bnd_v1_funct_1 (bnd_k2_funct_1 C) &
% 150.28/149.25 bnd_m2_relset_1 (bnd_k2_funct_1 C) B A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m1_subset_1 D A -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E A -->
% 150.28/149.25 (bnd_r2_hidden D (bnd_k4_relset_1 A B C) &
% 150.28/149.25 bnd_r2_hidden E (bnd_k4_relset_1 A B C)) &
% 150.28/149.25 bnd_k1_funct_1 C D = bnd_k1_funct_1 C E -->
% 150.28/149.25 D = E)) -->
% 150.28/149.25 bnd_v2_funct_1 C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B --> bnd_k5_relat_1 C (bnd_k6_relat_1 B) = C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B --> bnd_k5_relat_1 (bnd_k6_relat_1 A) C = C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_v1_funct_1 E & bnd_m2_relset_1 E (bnd_k2_zfmisc_1 A B) C -->
% 150.28/149.25 bnd_k4_relset_1 (bnd_k2_zfmisc_1 A B) C D =
% 150.28/149.25 bnd_k4_relset_1 (bnd_k2_zfmisc_1 A B) C E &
% 150.28/149.25 (ALL F G.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski F G)
% 150.28/149.25 (bnd_k4_relset_1 (bnd_k2_zfmisc_1 A B) C D) -->
% 150.28/149.25 bnd_k1_funct_1 D (bnd_k4_tarski F G) =
% 150.28/149.25 bnd_k1_funct_1 E (bnd_k4_tarski F G)) -->
% 150.28/149.25 D = E);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_funct_1 C & bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_k4_relset_1 A B C = bnd_k4_relset_1 A B D &
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E A -->
% 150.28/149.25 bnd_r2_hidden E (bnd_k4_relset_1 A B C) -->
% 150.28/149.25 bnd_k1_funct_1 C E = bnd_k1_funct_1 D E) -->
% 150.28/149.25 C = D);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski C D --> bnd_v1_funct_1 C & bnd_m2_relset_1 C A B);
% 150.28/149.25 ALL A B C D E.
% 150.28/149.25 bnd_v1_funct_1 E & bnd_m2_relset_1 E A B -->
% 150.28/149.25 bnd_r1_tarski A C & bnd_r1_tarski B D -->
% 150.28/149.25 bnd_v1_funct_1 E & bnd_m2_relset_1 E C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski B C --> bnd_v1_funct_1 D & bnd_m2_relset_1 D A C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski A C --> bnd_v1_funct_1 D & bnd_m2_relset_1 D C B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 D) C -->
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k4_relset_1 A B D) C -->
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D C B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r2_hidden C (bnd_k4_relset_1 A B D) -->
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 D C) B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_v1_funct_1 D & bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ (bnd_r2_hidden C (bnd_k2_relat_1 D) &
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E A -->
% 150.28/149.25 ~ (bnd_r2_hidden E (bnd_k4_relset_1 A B D) &
% 150.28/149.25 C = bnd_k1_funct_1 D E)));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) A -->
% 150.28/149.25 bnd_v1_funct_1 B & bnd_m2_relset_1 B (bnd_k1_relat_1 B) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v1_funct_1 A &
% 150.28/149.25 bnd_m2_relset_1 A (bnd_k1_relat_1 A) (bnd_k2_relat_1 A);
% 150.28/149.25 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.25 True; bnd_k2_relat_1 bnd_k1_xboole_0 = bnd_k1_xboole_0; True; True; True;
% 150.28/149.25 True; True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k2_xboole_0 A B = C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k1_relat_1 A)
% 150.28/149.25 (bnd_k1_relat_1 B)) -->
% 150.28/149.25 bnd_k1_funct_1 A D = bnd_k1_funct_1 B D)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 ~ ((ALL C.
% 150.28/149.25 bnd_r2_hidden C
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k1_relat_1 A)
% 150.28/149.25 (bnd_k1_relat_1 B)) -->
% 150.28/149.25 bnd_k1_funct_1 A C = bnd_k1_funct_1 B C) &
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 ~ bnd_k2_xboole_0 A B = C)));
% 150.28/149.25 ALL A B C D E F.
% 150.28/149.25 bnd_r1_tarski A (bnd_k2_zfmisc_1 B C) &
% 150.28/149.25 bnd_r1_tarski D (bnd_k2_zfmisc_1 E F) -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_xboole_0 A D)
% 150.28/149.25 (bnd_k2_zfmisc_1 (bnd_k2_xboole_0 B E) (bnd_k2_xboole_0 C F));
% 150.28/149.25 ALL A.
% 150.28/149.25 ((((bnd_v1_relat_1 (bnd_k6_relat_1 A) &
% 150.28/149.25 bnd_v1_funct_1 (bnd_k6_relat_1 A)) &
% 150.28/149.25 bnd_v1_relat_2 (bnd_k6_relat_1 A)) &
% 150.28/149.25 bnd_v3_relat_2 (bnd_k6_relat_1 A)) &
% 150.28/149.25 bnd_v4_relat_2 (bnd_k6_relat_1 A)) &
% 150.28/149.25 bnd_v8_relat_2 (bnd_k6_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 (bnd_v1_relat_1 A & bnd_v3_relat_2 A) & bnd_v8_relat_2 A -->
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_relat_2 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 EX B. (((((bnd_m1_relset_1 B A A & bnd_v1_relat_1 B) &
% 150.28/149.25 bnd_v1_relat_2 B) &
% 150.28/149.25 bnd_v3_relat_2 B) &
% 150.28/149.25 bnd_v4_relat_2 B) &
% 150.28/149.25 bnd_v8_relat_2 B) &
% 150.28/149.25 bnd_v1_partfun1 B A A;
% 150.28/149.25 ALL A B. ~ bnd_v1_xboole_0 (bnd_k4_partfun1 A B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 EX C. (bnd_m1_relset_1 C A B & bnd_v1_relat_1 C) & bnd_v1_funct_1 C;
% 150.28/149.25 EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_funct_1 A) &
% 150.28/149.25 bnd_v1_xboole_0 A;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_k11_relset_1 A B C D = bnd_k10_relat_1 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_m1_subset_1 (bnd_k11_relset_1 A B C D) (bnd_k1_zfmisc_1 A);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_k10_relset_1 A B C D = bnd_k9_relat_1 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_m1_subset_1 (bnd_k10_relset_1 A B C D) (bnd_k1_zfmisc_1 B);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k9_relset_1 A B C D = bnd_k8_relat_1 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k9_relset_1 A B C D) A B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_k8_relset_1 A B C D = bnd_k7_relat_1 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k8_relset_1 A B C D) A B;
% 150.28/149.25 ALL A B C D E F.
% 150.28/149.25 bnd_m1_relset_1 E A B & bnd_m1_relset_1 F C D -->
% 150.28/149.25 bnd_k7_relset_1 A B C D E F = bnd_k5_relat_1 E F;
% 150.28/149.25 ALL A B C D E F.
% 150.28/149.25 bnd_m1_relset_1 E A B & bnd_m1_relset_1 F C D -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k7_relset_1 A B C D E F) A D;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B --> bnd_k6_relset_1 A B C = bnd_k4_relat_1 C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_k6_relset_1 A B (bnd_k6_relset_1 A B C) = C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B --> bnd_m2_relset_1 (bnd_k6_relset_1 A B C) B A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B --> bnd_k5_relset_1 A B C = bnd_k2_relat_1 C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_m1_subset_1 (bnd_k5_relset_1 A B C) (bnd_k1_zfmisc_1 B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B --> bnd_k4_relset_1 A B C = bnd_k1_relat_1 C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_relset_1 C A B -->
% 150.28/149.25 bnd_m1_subset_1 (bnd_k4_relset_1 A B C) (bnd_k1_zfmisc_1 A);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k3_relset_1 A B C D = bnd_k4_xboole_0 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k3_relset_1 A B C D) A B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k2_relset_1 A B C D = bnd_k3_xboole_0 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k2_relset_1 A B C C = C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k2_relset_1 A B C D = bnd_k2_relset_1 A B D C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k2_relset_1 A B C D) A B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k1_relset_1 A B C D = bnd_k2_xboole_0 C D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k1_relset_1 A B C C = C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_k1_relset_1 A B C D = bnd_k1_relset_1 A B D C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m1_relset_1 C A B & bnd_m1_relset_1 D A B -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k1_relset_1 A B C D) A B;
% 150.28/149.25 ALL A B C. bnd_m2_relset_1 C A B = bnd_m1_relset_1 C A B;
% 150.28/149.25 ALL A B. EX C. bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_k2_zfmisc_1 A B));
% 150.28/149.25 ALL A B. EX C. bnd_m1_relset_1 C A B; True;
% 150.28/149.25 EX A. bnd_m2_relset_1 A bnd_f1_s2_relset_1 bnd_f2_s2_relset_1 &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_m1_subset_1 B bnd_f1_s2_relset_1 -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m1_subset_1 C bnd_f2_s2_relset_1 -->
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C) A =
% 150.28/149.25 bnd_p1_s2_relset_1 B C));
% 150.28/149.25 EX A. bnd_m2_relset_1 A bnd_f1_s1_relset_1 bnd_f2_s1_relset_1 &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C) A =
% 150.28/149.25 ((bnd_r2_hidden B bnd_f1_s1_relset_1 &
% 150.28/149.25 bnd_r2_hidden C bnd_f2_s1_relset_1) &
% 150.28/149.25 bnd_p1_s1_relset_1 B C));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ bnd_v1_xboole_0 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m2_relset_1 D A C -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E A -->
% 150.28/149.25 bnd_r2_hidden E (bnd_k11_relset_1 A C D B) =
% 150.28/149.25 (EX F. (bnd_m1_subset_1 F C &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski E F) D) &
% 150.28/149.25 bnd_r2_hidden F B)))));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ bnd_v1_xboole_0 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m2_relset_1 D C A -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E A -->
% 150.28/149.25 bnd_r2_hidden E (bnd_k10_relset_1 C A D B) =
% 150.28/149.25 (EX F. (bnd_m1_subset_1 F C &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski F E) D) &
% 150.28/149.25 bnd_r2_hidden F B)))));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ bnd_v1_xboole_0 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m2_relset_1 D A B -->
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m2_relset_1 E B C -->
% 150.28/149.25 (ALL F.
% 150.28/149.25 bnd_m1_subset_1 F A -->
% 150.28/149.25 (ALL G.
% 150.28/149.25 bnd_m1_subset_1 G C -->
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski F G)
% 150.28/149.25 (bnd_k7_relset_1 A B B C D E) =
% 150.28/149.25 (EX H. (bnd_m1_subset_1 H B &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski F H) D) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski H G)
% 150.28/149.25 E)))))));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m2_relset_1 C B A -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m1_subset_1 D A -->
% 150.28/149.25 ~ (bnd_r2_hidden D (bnd_k5_relset_1 B A C) &
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E B -->
% 150.28/149.25 ~ bnd_r2_hidden E (bnd_k4_relset_1 B A C))))));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m1_subset_1 D A -->
% 150.28/149.25 ~ (bnd_r2_hidden D (bnd_k4_relset_1 A B C) &
% 150.28/149.25 (ALL E.
% 150.28/149.25 bnd_m1_subset_1 E B -->
% 150.28/149.25 ~ bnd_r2_hidden E (bnd_k5_relset_1 A B C))))));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m2_relset_1 C B A -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m1_subset_1 D A -->
% 150.28/149.25 bnd_r2_hidden D (bnd_k5_relset_1 B A C) =
% 150.28/149.25 (EX E. bnd_m1_subset_1 E B &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski E D) C))));
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ bnd_v1_xboole_0 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ bnd_v1_xboole_0 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_m1_subset_1 D A -->
% 150.28/149.25 bnd_r2_hidden D (bnd_k4_relset_1 A B C) =
% 150.28/149.25 (EX E. bnd_m1_subset_1 E B &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski D E) C))));
% 150.28/149.25 ALL A. ~ bnd_v1_xboole_0 A --> ~ bnd_k6_relat_1 A = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_m2_relset_1 B A A -->
% 150.28/149.25 bnd_k5_relat_1 B (bnd_k6_relat_1 A) = B &
% 150.28/149.25 bnd_k5_relat_1 (bnd_k6_relat_1 A) B = B;
% 150.28/149.25 True; True; True; True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C B A -->
% 150.28/149.25 bnd_k10_relset_1 B A C (bnd_k11_relset_1 B A C A) =
% 150.28/149.25 bnd_k5_relset_1 B A C &
% 150.28/149.25 bnd_k11_relset_1 B A C (bnd_k10_relset_1 B A C B) =
% 150.28/149.25 bnd_k4_relset_1 B A C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_k10_relset_1 A B C A = bnd_k5_relset_1 A B C &
% 150.28/149.25 bnd_k11_relset_1 A B C B = bnd_k4_relset_1 A B C;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski B C --> bnd_k9_relset_1 A B C D = D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D C A -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k9_relset_1 C A B D) C B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D B A -->
% 150.28/149.25 bnd_r1_tarski B C --> bnd_k8_relset_1 B A D C = D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D A C -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k8_relset_1 A C D B) B C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k6_relat_1 B) C -->
% 150.28/149.25 bnd_r1_tarski B (bnd_k4_relset_1 A B C) & B = bnd_k5_relset_1 A B C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C B A -->
% 150.28/149.25 bnd_r1_tarski (bnd_k6_relat_1 B) C -->
% 150.28/149.25 B = bnd_k4_relset_1 B A C & bnd_r1_tarski B (bnd_k5_relset_1 B A C);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k6_relat_1 C) D -->
% 150.28/149.25 bnd_r1_tarski C (bnd_k4_relset_1 A B D) &
% 150.28/149.25 bnd_r1_tarski C (bnd_k5_relset_1 A B D);
% 150.28/149.25 ALL A. bnd_m2_relset_1 (bnd_k6_relat_1 A) A A;
% 150.28/149.25 ALL A. bnd_r1_tarski (bnd_k6_relat_1 A) (bnd_k2_zfmisc_1 A A);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C B A -->
% 150.28/149.25 bnd_m2_relset_1 C B bnd_k1_xboole_0 --> C = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_m2_relset_1 C bnd_k1_xboole_0 B --> C = bnd_k1_xboole_0;
% 150.28/149.25 ALL A. All (bnd_m2_relset_1 bnd_k1_xboole_0 A);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_k4_relset_1 B A (bnd_k6_relset_1 A B C) = bnd_k5_relset_1 A B C &
% 150.28/149.25 bnd_k5_relset_1 B A (bnd_k6_relset_1 A B C) = bnd_k4_relset_1 A B C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 ~ (bnd_r2_hidden D B &
% 150.28/149.25 (ALL E. ~ bnd_r2_hidden (bnd_k4_tarski E D) C))) =
% 150.28/149.25 (bnd_k5_relset_1 A B C = B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C B A -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 ~ (bnd_r2_hidden D B &
% 150.28/149.25 (ALL E. ~ bnd_r2_hidden (bnd_k4_tarski D E) C))) =
% 150.28/149.25 (bnd_k4_relset_1 B A C = B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_relat_1 C) (bnd_k2_xboole_0 A B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C D E.
% 150.28/149.25 bnd_m2_relset_1 E A C -->
% 150.28/149.25 bnd_r1_tarski A B & bnd_r1_tarski C D --> bnd_m2_relset_1 E B D;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D C A --> bnd_r1_tarski A B --> bnd_m2_relset_1 D C B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D A C --> bnd_r1_tarski A B --> bnd_m2_relset_1 D B C;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D C A -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 D) B --> bnd_m2_relset_1 D C B;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D A C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 D) B --> bnd_m2_relset_1 D B C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m2_relset_1 C A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 C) A &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 C) A &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) B -->
% 150.28/149.25 bnd_m2_relset_1 C A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) A -->
% 150.28/149.25 bnd_m2_relset_1 B (bnd_k1_relat_1 B) A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 B) A -->
% 150.28/149.25 bnd_m2_relset_1 B A (bnd_k2_relat_1 B);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_r2_hidden C A & bnd_r2_hidden D B -->
% 150.28/149.25 bnd_m2_relset_1 (bnd_k1_tarski (bnd_k4_tarski C D)) A B;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D A B -->
% 150.28/149.25 ~ (bnd_r2_hidden C D &
% 150.28/149.25 (ALL E F.
% 150.28/149.25 ~ ((C = bnd_k4_tarski E F & bnd_r2_hidden E A) &
% 150.28/149.25 bnd_r2_hidden F B)));
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 bnd_m2_relset_1 D B C --> bnd_r1_tarski A D --> bnd_m2_relset_1 A B C;
% 150.28/149.25 True; True; True;
% 150.28/149.25 ALL A B C. bnd_m1_relset_1 C A B = bnd_r1_tarski C (bnd_k2_zfmisc_1 A B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 (bnd_k2_zfmisc_1 A B)) -->
% 150.28/149.25 bnd_v1_relat_1 C;
% 150.28/149.25 ALL A B.
% 150.28/149.25 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_k2_ordinal1 A B = bnd_k7_relat_1 A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_m1_ordinal1 (bnd_k2_ordinal1 A B) (bnd_k2_relat_1 A);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v3_ordinal1 A & bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_r1_ordinal1 A B = bnd_r1_tarski A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v3_ordinal1 A & bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_r1_ordinal1 A B | bnd_r1_ordinal1 B A;
% 150.28/149.25 ALL A B. bnd_v3_ordinal1 A & bnd_v3_ordinal1 B --> bnd_r1_ordinal1 A A;
% 150.28/149.25 ALL A. EX B. bnd_m1_ordinal1 B A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_m1_ordinal1 B A -->
% 150.28/149.25 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B;
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 (B = bnd_f2_s5_ordinal1 A) =
% 150.28/149.25 (EX C. ((((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.25 bnd_v5_ordinal1 C) &
% 150.28/149.25 B = bnd_f3_s5_ordinal1 C) &
% 150.28/149.25 bnd_k1_relat_1 C = A) &
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v3_ordinal1 D -->
% 150.28/149.25 bnd_r2_hidden D A -->
% 150.28/149.25 bnd_k1_funct_1 C D =
% 150.28/149.25 bnd_f3_s5_ordinal1 (bnd_k2_ordinal1 C D))))) &
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 bnd_f1_s5_ordinal1) -->
% 150.28/149.25 bnd_k1_funct_1 bnd_f1_s5_ordinal1 A = bnd_f2_s5_ordinal1 A) -->
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 bnd_f1_s5_ordinal1) -->
% 150.28/149.25 bnd_k1_funct_1 bnd_f1_s5_ordinal1 A =
% 150.28/149.25 bnd_f3_s5_ordinal1 (bnd_k2_ordinal1 bnd_f1_s5_ordinal1 A));
% 150.28/149.25 EX A. (((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A) &
% 150.28/149.25 bnd_k1_relat_1 A = bnd_f1_s4_ordinal1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 (bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.25 bnd_v5_ordinal1 C -->
% 150.28/149.25 bnd_r2_hidden B bnd_f1_s4_ordinal1 &
% 150.28/149.25 C = bnd_k2_ordinal1 A B -->
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_f2_s4_ordinal1 C));
% 150.28/149.25 ((bnd_k1_relat_1 bnd_f3_s3_ordinal1 = bnd_f1_s3_ordinal1 &
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B -->
% 150.28/149.25 bnd_r2_hidden A bnd_f1_s3_ordinal1 &
% 150.28/149.25 B = bnd_k2_ordinal1 bnd_f3_s3_ordinal1 A -->
% 150.28/149.25 bnd_k1_funct_1 bnd_f3_s3_ordinal1 A = bnd_f2_s3_ordinal1 B))) &
% 150.28/149.25 bnd_k1_relat_1 bnd_f4_s3_ordinal1 = bnd_f1_s3_ordinal1) &
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B -->
% 150.28/149.25 bnd_r2_hidden A bnd_f1_s3_ordinal1 &
% 150.28/149.25 B = bnd_k2_ordinal1 bnd_f4_s3_ordinal1 A -->
% 150.28/149.25 bnd_k1_funct_1 bnd_f4_s3_ordinal1 A = bnd_f2_s3_ordinal1 B)) -->
% 150.28/149.25 bnd_f3_s3_ordinal1 = bnd_f4_s3_ordinal1;
% 150.28/149.25 (ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_r2_hidden B A --> bnd_p1_s2_ordinal1 B) -->
% 150.28/149.25 bnd_p1_s2_ordinal1 A) -->
% 150.28/149.25 (ALL A. bnd_v3_ordinal1 A --> bnd_p1_s2_ordinal1 A);
% 150.28/149.25 (EX A. bnd_v3_ordinal1 A & bnd_p1_s1_ordinal1 A) -->
% 150.28/149.25 (EX A. (bnd_v3_ordinal1 A & bnd_p1_s1_ordinal1 A) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_p1_s1_ordinal1 B --> bnd_r1_ordinal1 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 ~ ((~ bnd_r2_xboole_0 A B & ~ A = B) & ~ bnd_r2_xboole_0 B A));
% 150.28/149.25 ALL A.
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B A -->
% 150.28/149.25 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B) &
% 150.28/149.25 bnd_v6_ordinal1 A -->
% 150.28/149.25 (bnd_v1_relat_1 (bnd_k3_tarski A) &
% 150.28/149.25 bnd_v1_funct_1 (bnd_k3_tarski A)) &
% 150.28/149.25 bnd_v5_ordinal1 (bnd_k3_tarski A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v6_ordinal1 A =
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden B A & bnd_r2_hidden C A --> bnd_r3_xboole_0 B C);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_m1_ordinal1 B A -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v3_ordinal1 C --> bnd_m1_ordinal1 (bnd_k2_ordinal1 B C) A);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 (ALL C. bnd_m1_ordinal1 C A --> bnd_m1_ordinal1 C B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v3_ordinal1 (bnd_k1_relat_1 A) -->
% 150.28/149.25 bnd_m1_ordinal1 A (bnd_k2_relat_1 A);
% 150.28/149.25 All (bnd_m1_ordinal1 bnd_k1_xboole_0); True; True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 (bnd_v1_relat_1 B & bnd_v1_funct_1 B) & bnd_v5_ordinal1 B -->
% 150.28/149.25 bnd_m1_ordinal1 B A = bnd_r1_tarski (bnd_k2_relat_1 B) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v5_ordinal1 A = bnd_v3_ordinal1 (bnd_k1_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 ~ (~ bnd_v4_ordinal1 A &
% 150.28/149.25 (ALL B. bnd_v3_ordinal1 B --> ~ A = bnd_k1_ordinal1 B)) &
% 150.28/149.25 ~ ((EX B. bnd_v3_ordinal1 B & A = bnd_k1_ordinal1 B) &
% 150.28/149.25 bnd_v4_ordinal1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 bnd_v4_ordinal1 A =
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_r2_hidden B A --> bnd_r2_hidden (bnd_k1_ordinal1 B) A);
% 150.28/149.25 True; ALL A. bnd_v4_ordinal1 A = (A = bnd_k3_tarski A); True;
% 150.28/149.25 ALL A.
% 150.28/149.25 EX B. (bnd_v3_ordinal1 B & ~ bnd_r2_hidden B A) &
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v3_ordinal1 C -->
% 150.28/149.25 ~ bnd_r2_hidden C A --> bnd_r1_ordinal1 B C);
% 150.28/149.25 ALL A. ~ (ALL B. bnd_v3_ordinal1 B --> bnd_r2_hidden B A);
% 150.28/149.25 ALL A. ~ (ALL B. bnd_r2_hidden B A = bnd_v3_ordinal1 B);
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ ((ALL B. bnd_r2_hidden B A --> bnd_v3_ordinal1 B) &
% 150.28/149.25 (ALL B. bnd_v3_ordinal1 B --> ~ bnd_r1_tarski A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 (ALL B. bnd_r2_hidden B A --> bnd_v3_ordinal1 B) -->
% 150.28/149.25 bnd_v3_ordinal1 (bnd_k3_tarski A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_ordinal1 B) = bnd_r1_ordinal1 A B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 bnd_r2_hidden A B = bnd_r1_ordinal1 (bnd_k1_ordinal1 A) B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 ~ ((bnd_r1_tarski A B & ~ A = bnd_k1_xboole_0) &
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v3_ordinal1 C -->
% 150.28/149.25 ~ (bnd_r2_hidden C A &
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v3_ordinal1 D -->
% 150.28/149.25 bnd_r2_hidden D A --> bnd_r1_ordinal1 C D))));
% 150.28/149.25 ALL A.
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B A --> bnd_v3_ordinal1 B & bnd_r1_tarski B A) -->
% 150.28/149.25 bnd_v3_ordinal1 A;
% 150.28/149.25 ALL A. bnd_v3_ordinal1 A --> bnd_v3_ordinal1 (bnd_k3_tarski A);
% 150.28/149.25 ALL A. bnd_v3_ordinal1 A --> bnd_v3_ordinal1 (bnd_k1_ordinal1 A); True;
% 150.28/149.25 bnd_v3_ordinal1 bnd_k1_xboole_0;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B --> bnd_r1_ordinal1 A B | bnd_r2_hidden B A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B. bnd_v3_ordinal1 B --> bnd_r3_xboole_0 A B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 ~ ((~ bnd_r2_hidden A B & ~ A = B) & ~ bnd_r2_hidden B A));
% 150.28/149.25 ALL A B. bnd_v3_ordinal1 B --> bnd_r2_hidden A B --> bnd_v3_ordinal1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v3_ordinal1 C -->
% 150.28/149.25 bnd_r1_tarski A B & bnd_r2_hidden B C --> bnd_r2_hidden A C));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B --> bnd_r2_xboole_0 A B --> bnd_r2_hidden A B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v3_ordinal1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_ordinal1 C -->
% 150.28/149.25 bnd_r2_hidden C A & bnd_r2_hidden A B --> bnd_r2_hidden C B));
% 150.28/149.25 True; True; True; True;
% 150.28/149.25 ALL A. bnd_v3_ordinal1 A = (bnd_v1_ordinal1 A & bnd_v2_ordinal1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v2_ordinal1 A =
% 150.28/149.25 (ALL B C.
% 150.28/149.25 ~ ((((bnd_r2_hidden B A & bnd_r2_hidden C A) &
% 150.28/149.25 ~ bnd_r2_hidden B C) &
% 150.28/149.25 ~ B = C) &
% 150.28/149.25 ~ bnd_r2_hidden C B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_ordinal1 A = (ALL B. bnd_r2_hidden B A --> bnd_r1_tarski B A);
% 150.28/149.25 ALL A. ~ A = bnd_k1_ordinal1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_ordinal1 B) = (bnd_r2_hidden A B | A = B);
% 150.28/149.25 ALL A B. bnd_k1_ordinal1 A = bnd_k1_ordinal1 B --> A = B; True;
% 150.28/149.25 ALL A. bnd_r2_hidden A (bnd_k1_ordinal1 A); True; True;
% 150.28/149.25 ALL A. bnd_k1_ordinal1 A = bnd_k2_xboole_0 A (bnd_k1_tarski A);
% 150.28/149.25 ALL A B. ~ (bnd_r2_hidden A B & bnd_r1_tarski B A);
% 150.28/149.25 ALL A B C D E F.
% 150.28/149.25 ~ (((((bnd_r2_hidden A B & bnd_r2_hidden B C) & bnd_r2_hidden C D) &
% 150.28/149.25 bnd_r2_hidden D E) &
% 150.28/149.25 bnd_r2_hidden E F) &
% 150.28/149.25 bnd_r2_hidden F A);
% 150.28/149.25 ALL A B C D E.
% 150.28/149.25 ~ ((((bnd_r2_hidden A B & bnd_r2_hidden B C) & bnd_r2_hidden C D) &
% 150.28/149.25 bnd_r2_hidden D E) &
% 150.28/149.25 bnd_r2_hidden E A);
% 150.28/149.25 ALL A B C D.
% 150.28/149.25 ~ (((bnd_r2_hidden A B & bnd_r2_hidden B C) & bnd_r2_hidden C D) &
% 150.28/149.25 bnd_r2_hidden D A);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 ~ ((bnd_r2_hidden A B & bnd_r2_hidden B C) & bnd_r2_hidden C A);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A -->
% 150.28/149.25 (bnd_v1_ordinal1 (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_v2_ordinal1 (bnd_k1_relat_1 A)) &
% 150.28/149.25 bnd_v3_ordinal1 (bnd_k1_relat_1 A);
% 150.28/149.25 EX A. (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v5_ordinal1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 (bnd_v1_ordinal1 (bnd_k3_tarski A) &
% 150.28/149.25 bnd_v2_ordinal1 (bnd_k3_tarski A)) &
% 150.28/149.25 bnd_v3_ordinal1 (bnd_k3_tarski A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_ordinal1 A -->
% 150.28/149.25 ((~ bnd_v1_xboole_0 (bnd_k1_ordinal1 A) &
% 150.28/149.25 bnd_v1_ordinal1 (bnd_k1_ordinal1 A)) &
% 150.28/149.25 bnd_v2_ordinal1 (bnd_k1_ordinal1 A)) &
% 150.28/149.25 bnd_v3_ordinal1 (bnd_k1_ordinal1 A);
% 150.28/149.25 EX A. ((~ bnd_v1_xboole_0 A & bnd_v1_ordinal1 A) & bnd_v2_ordinal1 A) &
% 150.28/149.25 bnd_v3_ordinal1 A;
% 150.28/149.25 ((((((bnd_v1_relat_1 bnd_k1_xboole_0 & bnd_v3_relat_1 bnd_k1_xboole_0) &
% 150.28/149.25 bnd_v1_funct_1 bnd_k1_xboole_0) &
% 150.28/149.25 bnd_v2_funct_1 bnd_k1_xboole_0) &
% 150.28/149.25 bnd_v1_xboole_0 bnd_k1_xboole_0) &
% 150.28/149.25 bnd_v1_ordinal1 bnd_k1_xboole_0) &
% 150.28/149.25 bnd_v2_ordinal1 bnd_k1_xboole_0) &
% 150.28/149.25 bnd_v3_ordinal1 bnd_k1_xboole_0;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_xboole_0 A -->
% 150.28/149.25 (bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A;
% 150.28/149.25 EX A. (((((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_funct_1 A) &
% 150.28/149.25 bnd_v1_xboole_0 A) &
% 150.28/149.25 bnd_v1_ordinal1 A) &
% 150.28/149.25 bnd_v2_ordinal1 A) &
% 150.28/149.25 bnd_v3_ordinal1 A;
% 150.28/149.25 EX A. (bnd_v1_ordinal1 A & bnd_v2_ordinal1 A) & bnd_v3_ordinal1 A;
% 150.28/149.25 ALL A. bnd_v1_ordinal1 A & bnd_v2_ordinal1 A --> bnd_v3_ordinal1 A;
% 150.28/149.25 ALL A. bnd_v3_ordinal1 A --> bnd_v1_ordinal1 A & bnd_v2_ordinal1 A;
% 150.28/149.25 ALL A. ~ bnd_v1_xboole_0 (bnd_k1_ordinal1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v7_relat_2 A =
% 150.28/149.25 (bnd_k2_zfmisc_1 (bnd_k3_relat_1 A) (bnd_k3_relat_1 A) =
% 150.28/149.25 bnd_k2_xboole_0 A (bnd_k4_relat_1 A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v7_relat_2 A --> bnd_v6_relat_2 A & bnd_v1_relat_2 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v6_relat_2 A =
% 150.28/149.25 bnd_r1_tarski
% 150.28/149.25 (bnd_k4_xboole_0
% 150.28/149.25 (bnd_k2_zfmisc_1 (bnd_k3_relat_1 A) (bnd_k3_relat_1 A))
% 150.28/149.25 (bnd_k6_relat_1 (bnd_k3_relat_1 A)))
% 150.28/149.25 (bnd_k2_xboole_0 A (bnd_k4_relat_1 A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v8_relat_2 A = bnd_r1_tarski (bnd_k5_relat_1 A A) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v8_relat_2 A & bnd_v8_relat_2 B -->
% 150.28/149.25 bnd_v8_relat_2 (bnd_k3_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v8_relat_2 A --> bnd_v8_relat_2 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v4_relat_2 A -->
% 150.28/149.25 bnd_v4_relat_2 (bnd_k3_xboole_0 A B) &
% 150.28/149.25 bnd_v4_relat_2 (bnd_k4_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v4_relat_2 A --> bnd_v4_relat_2 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v4_relat_2 A =
% 150.28/149.25 bnd_r1_tarski (bnd_k3_xboole_0 A (bnd_k4_relat_1 A))
% 150.28/149.25 (bnd_k6_relat_1 (bnd_k1_relat_1 A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v5_relat_2 A --> bnd_v5_relat_2 (bnd_k4_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v5_relat_2 A & bnd_v5_relat_2 B -->
% 150.28/149.25 bnd_v5_relat_2 (bnd_k3_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v5_relat_2 A --> bnd_v5_relat_2 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v3_relat_2 A & bnd_v3_relat_2 B -->
% 150.28/149.25 (bnd_v3_relat_2 (bnd_k2_xboole_0 A B) &
% 150.28/149.25 bnd_v3_relat_2 (bnd_k3_xboole_0 A B)) &
% 150.28/149.25 bnd_v3_relat_2 (bnd_k4_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v3_relat_2 A --> bnd_v3_relat_2 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v2_relat_2 A --> bnd_v2_relat_2 (bnd_k4_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v2_relat_2 A & bnd_v2_relat_2 B -->
% 150.28/149.25 bnd_v2_relat_2 (bnd_k2_xboole_0 A B) &
% 150.28/149.25 bnd_v2_relat_2 (bnd_k3_xboole_0 A B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v1_relat_2 A & bnd_v1_relat_2 B -->
% 150.28/149.25 bnd_v1_relat_2 (bnd_k2_xboole_0 A B) &
% 150.28/149.25 bnd_v1_relat_2 (bnd_k3_xboole_0 A B));
% 150.28/149.25 ALL A. bnd_v1_relat_1 A --> bnd_v3_relat_2 A = (A = bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v1_relat_2 A -->
% 150.28/149.25 bnd_k1_relat_1 A = bnd_k1_relat_1 (bnd_k4_relat_1 A) &
% 150.28/149.25 bnd_k2_relat_1 A = bnd_k2_relat_1 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v2_relat_2 A --> bnd_v2_relat_2 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v1_relat_2 A --> bnd_v1_relat_2 (bnd_k4_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v5_relat_2 A --> bnd_v2_relat_2 A & bnd_v4_relat_2 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v2_relat_2 A & bnd_v8_relat_2 A --> bnd_v5_relat_2 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v4_relat_2 (bnd_k6_relat_1 A) & bnd_v1_relat_2 (bnd_k6_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v3_relat_2 (bnd_k6_relat_1 A) & bnd_v8_relat_2 (bnd_k6_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v3_relat_2 A & bnd_v8_relat_2 A --> bnd_v1_relat_2 A;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r5_relat_2 B A -->
% 150.28/149.25 bnd_r4_relat_2 (bnd_k2_xboole_0 B (bnd_k6_relat_1 A)) A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r4_relat_2 B A =
% 150.28/149.25 bnd_r5_relat_2 (bnd_k4_xboole_0 B (bnd_k6_relat_1 A)) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v2_relat_2 A =
% 150.28/149.25 bnd_r1_xboole_0 (bnd_k6_relat_1 (bnd_k3_relat_1 A)) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v1_relat_2 A =
% 150.28/149.25 bnd_r1_tarski (bnd_k6_relat_1 (bnd_k3_relat_1 A)) A;
% 150.28/149.25 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.25 True; True; True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v8_relat_2 A = bnd_r8_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v7_relat_2 A = bnd_r7_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v6_relat_2 A = bnd_r6_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v5_relat_2 A = bnd_r5_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v4_relat_2 A = bnd_r4_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v3_relat_2 A = bnd_r3_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v2_relat_2 A = bnd_r2_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v1_relat_2 A = bnd_r1_relat_2 A (bnd_k3_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r8_relat_2 A B =
% 150.28/149.25 (ALL C D E.
% 150.28/149.25 (((bnd_r2_hidden C B & bnd_r2_hidden D B) &
% 150.28/149.25 bnd_r2_hidden E B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski C D) A) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski D E) A -->
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski C E) A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r7_relat_2 A B =
% 150.28/149.25 (ALL C D.
% 150.28/149.25 ~ (((bnd_r2_hidden C B & bnd_r2_hidden D B) &
% 150.28/149.25 ~ bnd_r2_hidden (bnd_k4_tarski C D) A) &
% 150.28/149.25 ~ bnd_r2_hidden (bnd_k4_tarski D C) A)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r6_relat_2 A B =
% 150.28/149.25 (ALL C D.
% 150.28/149.25 ~ ((((bnd_r2_hidden C B & bnd_r2_hidden D B) & ~ C = D) &
% 150.28/149.25 ~ bnd_r2_hidden (bnd_k4_tarski C D) A) &
% 150.28/149.25 ~ bnd_r2_hidden (bnd_k4_tarski D C) A)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r5_relat_2 A B =
% 150.28/149.25 (ALL C D.
% 150.28/149.25 ~ (((bnd_r2_hidden C B & bnd_r2_hidden D B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski C D) A) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski D C) A)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r4_relat_2 A B =
% 150.28/149.25 (ALL C D.
% 150.28/149.25 ((bnd_r2_hidden C B & bnd_r2_hidden D B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski C D) A) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski D C) A -->
% 150.28/149.25 C = D));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r3_relat_2 A B =
% 150.28/149.25 (ALL C D.
% 150.28/149.25 (bnd_r2_hidden C B & bnd_r2_hidden D B) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski C D) A -->
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski D C) A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_relat_2 A B =
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ (bnd_r2_hidden C B & bnd_r2_hidden (bnd_k4_tarski C C) A)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r1_relat_2 A B =
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_r2_hidden C B --> bnd_r2_hidden (bnd_k4_tarski C C) A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v1_relat_1 (bnd_k2_funct_1 A) & bnd_v1_funct_1 (bnd_k2_funct_1 A);
% 150.28/149.25 True;
% 150.28/149.25 EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) &
% 150.28/149.25 bnd_k1_relat_1 A = bnd_f1_s4_funct_1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_m1_subset_1 B bnd_f1_s4_funct_1 -->
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_f2_s4_funct_1 B);
% 150.28/149.25 EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) &
% 150.28/149.25 bnd_k1_relat_1 A = bnd_f1_s3_funct_1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B bnd_f1_s3_funct_1 -->
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_f2_s3_funct_1 B);
% 150.28/149.25 (ALL A B C.
% 150.28/149.25 (bnd_r2_hidden A bnd_f1_s2_funct_1 & bnd_p1_s2_funct_1 A B) &
% 150.28/149.25 bnd_p1_s2_funct_1 A C -->
% 150.28/149.25 B = C) &
% 150.28/149.25 (ALL A.
% 150.28/149.25 ~ (bnd_r2_hidden A bnd_f1_s2_funct_1 &
% 150.28/149.25 (ALL B. ~ bnd_p1_s2_funct_1 A B))) -->
% 150.28/149.25 (EX A. ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) &
% 150.28/149.25 bnd_k1_relat_1 A = bnd_f1_s2_funct_1) &
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B bnd_f1_s2_funct_1 -->
% 150.28/149.25 bnd_p1_s2_funct_1 B (bnd_k1_funct_1 A B)));
% 150.28/149.25 (ALL A B C. bnd_p1_s1_funct_1 A B & bnd_p1_s1_funct_1 A C --> B = C) -->
% 150.28/149.25 (EX A. (bnd_v1_relat_1 A & bnd_v1_funct_1 A) &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C) A =
% 150.28/149.25 (bnd_r2_hidden B bnd_f1_s1_funct_1 & bnd_p1_s1_funct_1 B C)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_relat_1 A =
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ (bnd_r2_hidden B (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_v1_xboole_0 (bnd_k1_funct_1 A B)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v3_relat_1 A =
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_relat_1 A) -->
% 150.28/149.25 bnd_v1_xboole_0 (bnd_k1_funct_1 A B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.25 bnd_k9_relat_1 (bnd_k6_relat_1 A) B = B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (bnd_k10_relat_1 C A = bnd_k10_relat_1 C B &
% 150.28/149.25 bnd_r1_tarski A (bnd_k2_relat_1 C)) &
% 150.28/149.25 bnd_r1_tarski B (bnd_k2_relat_1 C) -->
% 150.28/149.25 A = B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) (bnd_k1_relat_1 C) -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 B A)
% 150.28/149.25 (bnd_k10_relat_1 (bnd_k5_relat_1 B C) (bnd_k9_relat_1 C A)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A =
% 150.28/149.25 (ALL B.
% 150.28/149.25 EX C. bnd_r1_tarski (bnd_k10_relat_1 A (bnd_k1_tarski B))
% 150.28/149.25 (bnd_k1_tarski C));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B) &
% 150.28/149.25 bnd_r1_tarski A (bnd_k2_relat_1 C) -->
% 150.28/149.25 bnd_r1_tarski A B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (bnd_r1_tarski (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B) &
% 150.28/149.25 bnd_r1_tarski A (bnd_k1_relat_1 C)) &
% 150.28/149.25 bnd_v2_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski A B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 ((A = bnd_k2_relat_1 B & bnd_k1_relat_1 C = A) &
% 150.28/149.25 bnd_k1_relat_1 D = A) &
% 150.28/149.25 bnd_k5_relat_1 B C = bnd_k5_relat_1 B D -->
% 150.28/149.25 C = D));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B -->
% 150.28/149.25 bnd_k10_relat_1 B A = bnd_k9_relat_1 (bnd_k2_funct_1 B) A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B -->
% 150.28/149.25 bnd_k9_relat_1 B A = bnd_k10_relat_1 (bnd_k2_funct_1 B) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B. bnd_r1_tarski (bnd_k10_relat_1 A (bnd_k9_relat_1 A B)) B) -->
% 150.28/149.25 bnd_v2_funct_1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 B (bnd_k9_relat_1 B A)) A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_xboole_0 A (bnd_k10_relat_1 C B))
% 150.28/149.25 (bnd_k10_relat_1 C (bnd_k3_xboole_0 (bnd_k9_relat_1 C A) B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k9_relat_1 C (bnd_k3_xboole_0 A (bnd_k10_relat_1 C B)) =
% 150.28/149.25 bnd_k3_xboole_0 (bnd_k9_relat_1 C A) B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski
% 150.28/149.25 (bnd_k9_relat_1 C (bnd_k3_xboole_0 A (bnd_k10_relat_1 C B)))
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k9_relat_1 C A) B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k9_relat_1 B (bnd_k10_relat_1 B A) =
% 150.28/149.25 bnd_k3_xboole_0 A (bnd_k9_relat_1 B (bnd_k1_relat_1 B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k2_relat_1 B) -->
% 150.28/149.25 bnd_k9_relat_1 B (bnd_k10_relat_1 B A) = A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k10_relat_1 B (bnd_k9_relat_1 B A));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 B (bnd_k10_relat_1 B A)) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 ~ (bnd_r2_hidden B (bnd_k2_relat_1 A) &
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ bnd_k10_relat_1 A (bnd_k1_tarski B) =
% 150.28/149.25 bnd_k1_tarski C))) =
% 150.28/149.25 bnd_v2_funct_1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ (bnd_r2_hidden C A &
% 150.28/149.25 bnd_k10_relat_1 B (bnd_k1_tarski C) = bnd_k1_xboole_0)) -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k2_relat_1 B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k2_relat_1 B) =
% 150.28/149.25 (~ bnd_k10_relat_1 B (bnd_k1_tarski A) = bnd_k1_xboole_0);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k10_relat_1 (bnd_k7_relat_1 C A) B =
% 150.28/149.25 bnd_k3_xboole_0 A (bnd_k10_relat_1 C B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k10_relat_1 C (bnd_k4_xboole_0 A B) =
% 150.28/149.25 bnd_k4_xboole_0 (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k10_relat_1 C (bnd_k3_xboole_0 A B) =
% 150.28/149.25 bnd_k3_xboole_0 (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B);
% 150.28/149.25 True; True; True; True; True; True; True; True; True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 (C = bnd_k10_relat_1 A B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D C =
% 150.28/149.25 (bnd_r2_hidden D (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 A D) B)));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k9_relat_1 (bnd_k8_relat_1 A C) B =
% 150.28/149.25 bnd_k3_xboole_0 A (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_xboole_0 A B & bnd_v2_funct_1 C -->
% 150.28/149.25 bnd_r1_xboole_0 (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_k9_relat_1 A (bnd_k4_xboole_0 B C) =
% 150.28/149.25 bnd_k4_xboole_0 (bnd_k9_relat_1 A B) (bnd_k9_relat_1 A C)) -->
% 150.28/149.25 bnd_v2_funct_1 A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v2_funct_1 C -->
% 150.28/149.25 bnd_k9_relat_1 C (bnd_k4_xboole_0 A B) =
% 150.28/149.25 bnd_k4_xboole_0 (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_k9_relat_1 A (bnd_k3_xboole_0 B C) =
% 150.28/149.25 bnd_k3_xboole_0 (bnd_k9_relat_1 A B) (bnd_k9_relat_1 A C)) -->
% 150.28/149.25 bnd_v2_funct_1 A;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_v2_funct_1 C -->
% 150.28/149.25 bnd_k9_relat_1 C (bnd_k3_xboole_0 A B) =
% 150.28/149.25 bnd_k3_xboole_0 (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 (bnd_k8_relat_1 A C) B)
% 150.28/149.25 (bnd_k9_relat_1 C B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_relat_1 C) -->
% 150.28/149.25 bnd_k9_relat_1 C (bnd_k2_tarski A B) =
% 150.28/149.25 bnd_k2_tarski (bnd_k1_funct_1 C A) (bnd_k1_funct_1 C B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_k9_relat_1 B (bnd_k1_tarski A) =
% 150.28/149.25 bnd_k1_tarski (bnd_k1_funct_1 B A);
% 150.28/149.25 True; True; True; True; True; True; True; True; True; True; True; True;
% 150.28/149.25 True; True; True; True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 (C = bnd_k9_relat_1 A B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D C =
% 150.28/149.25 (EX E. (bnd_r2_hidden E (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_r2_hidden E B) &
% 150.28/149.25 D = bnd_k1_funct_1 A E)));
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B --> bnd_v2_funct_1 (bnd_k8_relat_1 A B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_k8_relat_1 B (bnd_k8_relat_1 A C) = bnd_k8_relat_1 A C &
% 150.28/149.25 bnd_k8_relat_1 A (bnd_k8_relat_1 B C) = bnd_k8_relat_1 A C;
% 150.28/149.25 True; True; True; True; True; True; True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 (bnd_k8_relat_1 A B))
% 150.28/149.25 (bnd_k1_relat_1 B) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k8_relat_1 A B))
% 150.28/149.25 (bnd_k2_relat_1 B);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_relat_1 (bnd_k8_relat_1 A C)) -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k8_relat_1 A C) B = bnd_k1_funct_1 C B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_relat_1 (bnd_k8_relat_1 A C)) =
% 150.28/149.25 (bnd_r2_hidden B (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 C B) A);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (B = bnd_k8_relat_1 A C) =
% 150.28/149.25 ((ALL D.
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 B) =
% 150.28/149.25 (bnd_r2_hidden D (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 C D) A)) &
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_k1_funct_1 B D = bnd_k1_funct_1 C D)));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B --> bnd_v2_funct_1 (bnd_k7_relat_1 B A);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_k7_relat_1 (bnd_k7_relat_1 C A) B = bnd_k7_relat_1 C A &
% 150.28/149.25 bnd_k7_relat_1 (bnd_k7_relat_1 C B) A = bnd_k7_relat_1 C A;
% 150.28/149.25 True; True; True; True; True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 (bnd_k7_relat_1 B A))
% 150.28/149.25 (bnd_k1_relat_1 B) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k7_relat_1 B A))
% 150.28/149.25 (bnd_k2_relat_1 B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_relat_1 C) & bnd_r2_hidden B A -->
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 C B)
% 150.28/149.25 (bnd_k2_relat_1 (bnd_k7_relat_1 C A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B A -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k7_relat_1 C A) B = bnd_k1_funct_1 C B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k3_xboole_0 (bnd_k1_relat_1 C) A) -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k7_relat_1 C A) B = bnd_k1_funct_1 C B;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k1_relat_1 (bnd_k7_relat_1 C A)) -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k7_relat_1 C A) B = bnd_k1_funct_1 C B;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (B = bnd_k7_relat_1 C A) =
% 150.28/149.25 (bnd_k1_relat_1 B = bnd_k3_xboole_0 (bnd_k1_relat_1 C) A &
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_k1_funct_1 B D = bnd_k1_funct_1 C D)));
% 150.28/149.25 ALL A. bnd_k2_funct_1 (bnd_k6_relat_1 A) = bnd_k6_relat_1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 A & bnd_v2_funct_1 B -->
% 150.28/149.25 bnd_k2_funct_1 (bnd_k5_relat_1 A B) =
% 150.28/149.25 bnd_k5_relat_1 (bnd_k2_funct_1 B) (bnd_k2_funct_1 A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A --> bnd_k2_funct_1 (bnd_k2_funct_1 A) = A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (bnd_v2_funct_1 A & bnd_k2_relat_1 B = bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_k5_relat_1 B A = bnd_k6_relat_1 (bnd_k2_relat_1 A) -->
% 150.28/149.25 B = bnd_k2_funct_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (bnd_v2_funct_1 A & bnd_k2_relat_1 A = bnd_k1_relat_1 B) &
% 150.28/149.25 bnd_k5_relat_1 A B = bnd_k6_relat_1 (bnd_k1_relat_1 A) -->
% 150.28/149.25 B = bnd_k2_funct_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A --> bnd_v2_funct_1 (bnd_k2_funct_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A -->
% 150.28/149.25 bnd_k5_relat_1 A (bnd_k2_funct_1 A) =
% 150.28/149.25 bnd_k6_relat_1 (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_k5_relat_1 (bnd_k2_funct_1 A) A =
% 150.28/149.25 bnd_k6_relat_1 (bnd_k2_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 ((bnd_v2_funct_1 A & bnd_k1_relat_1 A = bnd_k2_relat_1 B) &
% 150.28/149.25 bnd_k2_relat_1 A = bnd_k1_relat_1 B) &
% 150.28/149.25 (ALL C D.
% 150.28/149.25 bnd_r2_hidden C (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 B) -->
% 150.28/149.25 (bnd_k1_funct_1 A C = D) = (bnd_k1_funct_1 B D = C)) -->
% 150.28/149.25 B = bnd_k2_funct_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A -->
% 150.28/149.25 bnd_k1_relat_1 (bnd_k5_relat_1 (bnd_k2_funct_1 A) A) =
% 150.28/149.25 bnd_k2_relat_1 A &
% 150.28/149.25 bnd_k2_relat_1 (bnd_k5_relat_1 (bnd_k2_funct_1 A) A) =
% 150.28/149.25 bnd_k2_relat_1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A -->
% 150.28/149.25 bnd_k1_relat_1 (bnd_k5_relat_1 A (bnd_k2_funct_1 A)) =
% 150.28/149.25 bnd_k1_relat_1 A &
% 150.28/149.25 bnd_k2_relat_1 (bnd_k5_relat_1 A (bnd_k2_funct_1 A)) =
% 150.28/149.25 bnd_k1_relat_1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B & bnd_r2_hidden A (bnd_k2_relat_1 B) -->
% 150.28/149.25 A = bnd_k1_funct_1 B (bnd_k1_funct_1 (bnd_k2_funct_1 B) A) &
% 150.28/149.25 A = bnd_k1_funct_1 (bnd_k5_relat_1 (bnd_k2_funct_1 B) B) A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 B & bnd_r2_hidden A (bnd_k1_relat_1 B) -->
% 150.28/149.25 A = bnd_k1_funct_1 (bnd_k2_funct_1 B) (bnd_k1_funct_1 B A) &
% 150.28/149.25 A = bnd_k1_funct_1 (bnd_k5_relat_1 B (bnd_k2_funct_1 B)) A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A -->
% 150.28/149.25 bnd_k2_relat_1 A = bnd_k1_relat_1 (bnd_k2_funct_1 A) &
% 150.28/149.25 bnd_k1_relat_1 A = bnd_k2_relat_1 (bnd_k2_funct_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (B = bnd_k2_funct_1 A) =
% 150.28/149.25 (bnd_k1_relat_1 B = bnd_k2_relat_1 A &
% 150.28/149.25 (ALL C D.
% 150.28/149.25 (bnd_r2_hidden C (bnd_k2_relat_1 A) &
% 150.28/149.25 D = bnd_k1_funct_1 B C -->
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 A) &
% 150.28/149.25 C = bnd_k1_funct_1 A D) &
% 150.28/149.25 (bnd_r2_hidden D (bnd_k1_relat_1 A) &
% 150.28/149.25 C = bnd_k1_funct_1 A D -->
% 150.28/149.25 bnd_r2_hidden C (bnd_k2_relat_1 A) &
% 150.28/149.25 D = bnd_k1_funct_1 B C))));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A --> bnd_k2_funct_1 A = bnd_k4_relat_1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (EX B. (bnd_v1_relat_1 B & bnd_v1_funct_1 B) &
% 150.28/149.25 bnd_k5_relat_1 A B = bnd_k6_relat_1 (bnd_k1_relat_1 A)) -->
% 150.28/149.25 bnd_v2_funct_1 A;
% 150.28/149.25 ALL A. bnd_v2_funct_1 (bnd_k6_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k2_relat_1 (bnd_k5_relat_1 B A) = bnd_k2_relat_1 A &
% 150.28/149.25 bnd_v2_funct_1 A -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k2_relat_1 B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (((bnd_k1_relat_1 B = A & bnd_k1_relat_1 C = A) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) A) &
% 150.28/149.25 bnd_v2_funct_1 B) &
% 150.28/149.25 bnd_k5_relat_1 C B = B -->
% 150.28/149.25 C = bnd_k6_relat_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A =
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 ((bnd_r1_tarski (bnd_k2_relat_1 B) (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) (bnd_k1_relat_1 A)) &
% 150.28/149.25 bnd_k1_relat_1 B = bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_k5_relat_1 B A = bnd_k5_relat_1 C A -->
% 150.28/149.25 B = C));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 (bnd_k5_relat_1 B A) &
% 150.28/149.25 bnd_k2_relat_1 B = bnd_k1_relat_1 A -->
% 150.28/149.25 bnd_v2_funct_1 B & bnd_v2_funct_1 A);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 (bnd_k5_relat_1 B A) &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) (bnd_k1_relat_1 A) -->
% 150.28/149.25 bnd_v2_funct_1 B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 A & bnd_v2_funct_1 B -->
% 150.28/149.25 bnd_v2_funct_1 (bnd_k5_relat_1 A B));
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v2_funct_1 A =
% 150.28/149.25 (ALL B C.
% 150.28/149.25 (bnd_r2_hidden B (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_r2_hidden C (bnd_k1_relat_1 A)) &
% 150.28/149.25 bnd_k1_funct_1 A B = bnd_k1_funct_1 A C -->
% 150.28/149.25 B = C);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k2_relat_1 A = bnd_k1_relat_1 B & bnd_k5_relat_1 A B = A -->
% 150.28/149.25 B = bnd_k6_relat_1 (bnd_k1_relat_1 B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_k5_relat_1 (bnd_k6_relat_1 B) (bnd_k6_relat_1 A) =
% 150.28/149.25 bnd_k6_relat_1 (bnd_k3_xboole_0 A B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_k5_relat_1 (bnd_k6_relat_1 (bnd_k1_relat_1 A)) A = A &
% 150.28/149.25 bnd_k5_relat_1 A (bnd_k6_relat_1 (bnd_k2_relat_1 A)) = A;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B
% 150.28/149.25 (bnd_k1_relat_1 (bnd_k5_relat_1 C (bnd_k6_relat_1 A))) =
% 150.28/149.25 (bnd_r2_hidden B (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 C B) A);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden B (bnd_k3_xboole_0 (bnd_k1_relat_1 C) A) -->
% 150.28/149.25 bnd_k1_funct_1 C B =
% 150.28/149.25 bnd_k1_funct_1 (bnd_k5_relat_1 (bnd_k6_relat_1 A) C) B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k1_relat_1 (bnd_k5_relat_1 (bnd_k6_relat_1 A) B) =
% 150.28/149.25 bnd_k3_xboole_0 (bnd_k1_relat_1 B) A;
% 150.28/149.25 True;
% 150.28/149.25 ALL A B. bnd_r2_hidden B A --> bnd_k1_funct_1 (bnd_k6_relat_1 A) B = B;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (B = bnd_k6_relat_1 A) =
% 150.28/149.25 (bnd_k1_relat_1 B = A &
% 150.28/149.25 (ALL C. bnd_r2_hidden C A --> bnd_k1_funct_1 B C = C));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) A &
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D & bnd_v1_funct_1 D -->
% 150.28/149.25 (bnd_k1_relat_1 C = A & bnd_k1_relat_1 D = A) &
% 150.28/149.25 bnd_k5_relat_1 B C = bnd_k5_relat_1 B D -->
% 150.28/149.25 C = D)) -->
% 150.28/149.25 A = bnd_k2_relat_1 B;
% 150.28/149.25 True; True; True; True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k1_relat_1 (bnd_k5_relat_1 B A) = bnd_k1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 B) (bnd_k1_relat_1 A));
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k2_relat_1 (bnd_k5_relat_1 C B)) -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k2_relat_1 B));
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k5_relat_1 B C) A =
% 150.28/149.25 bnd_k1_funct_1 C (bnd_k1_funct_1 B A));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 (bnd_k5_relat_1 C B)) -->
% 150.28/149.25 bnd_k1_funct_1 (bnd_k5_relat_1 C B) A =
% 150.28/149.25 bnd_k1_funct_1 B (bnd_k1_funct_1 C A));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 (bnd_k5_relat_1 C B)) =
% 150.28/149.25 (bnd_r2_hidden A (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 C A) (bnd_k1_relat_1 B)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 C) =
% 150.28/149.25 (bnd_r2_hidden D (bnd_k1_relat_1 A) &
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 A D) (bnd_k1_relat_1 B))) &
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D (bnd_k1_relat_1 C) -->
% 150.28/149.25 bnd_k1_funct_1 C D =
% 150.28/149.25 bnd_k1_funct_1 B (bnd_k1_funct_1 A D)) -->
% 150.28/149.25 C = bnd_k5_relat_1 A B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 ~ (bnd_r2_hidden C A &
% 150.28/149.25 (ALL D.
% 150.28/149.25 ~ (bnd_r2_hidden D (bnd_k1_relat_1 B) &
% 150.28/149.25 C = bnd_k1_funct_1 B D)))) -->
% 150.28/149.25 bnd_r1_tarski A (bnd_k2_relat_1 B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 ~ (~ (A = bnd_k1_xboole_0 & ~ B = bnd_k1_xboole_0) &
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 ~ (B = bnd_k1_relat_1 C &
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 C) A)));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 (bnd_k1_relat_1 B = bnd_k1_relat_1 C &
% 150.28/149.25 bnd_k2_relat_1 B = bnd_k1_tarski A) &
% 150.28/149.25 bnd_k2_relat_1 C = bnd_k1_tarski A -->
% 150.28/149.25 B = C);
% 150.28/149.25 ALL A.
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_k1_relat_1 B = A & bnd_k1_relat_1 C = A --> B = C)) -->
% 150.28/149.25 A = bnd_k1_xboole_0;
% 150.28/149.25 ALL A.
% 150.28/149.25 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 EX C. ((bnd_v1_relat_1 C & bnd_v1_funct_1 C) &
% 150.28/149.25 bnd_k1_relat_1 C = A) &
% 150.28/149.25 bnd_k2_relat_1 C = bnd_k1_tarski B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k1_relat_1 B = bnd_k1_tarski A -->
% 150.28/149.25 bnd_k2_relat_1 B = bnd_k1_tarski (bnd_k1_funct_1 B A);
% 150.28/149.25 True;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k1_relat_1 B) -->
% 150.28/149.25 bnd_r2_hidden (bnd_k1_funct_1 B A) (bnd_k2_relat_1 B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 (B = bnd_k2_relat_1 A) =
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_r2_hidden C B =
% 150.28/149.25 (EX D. bnd_r2_hidden D (bnd_k1_relat_1 A) &
% 150.28/149.25 C = bnd_k1_funct_1 A D)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_k1_relat_1 A = bnd_k1_relat_1 B &
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_r2_hidden C (bnd_k1_relat_1 A) -->
% 150.28/149.25 bnd_k1_funct_1 A C = bnd_k1_funct_1 B C) -->
% 150.28/149.25 A = B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C & bnd_v1_funct_1 C -->
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski A B) C =
% 150.28/149.25 (bnd_r2_hidden A (bnd_k1_relat_1 C) & B = bnd_k1_funct_1 C A);
% 150.28/149.25 True; True; True; True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 (bnd_r2_hidden B (bnd_k1_relat_1 A) -->
% 150.28/149.25 (C = bnd_k1_funct_1 A B) = bnd_r2_hidden (bnd_k4_tarski B C) A) &
% 150.28/149.25 (~ bnd_r2_hidden B (bnd_k1_relat_1 A) -->
% 150.28/149.25 (C = bnd_k1_funct_1 A B) = (C = bnd_k1_xboole_0)));
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 (ALL B. ~ (bnd_r2_hidden B A & (ALL C D. ~ bnd_k4_tarski C D = B))) &
% 150.28/149.25 (ALL B C D.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C) A &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B D) A -->
% 150.28/149.25 C = D) -->
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A;
% 150.28/149.25 True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_funct_1 A =
% 150.28/149.25 (ALL B C D.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C) A &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B D) A -->
% 150.28/149.25 C = D);
% 150.28/149.25 ALL A.
% 150.28/149.25 (bnd_v1_relat_1 A & bnd_v2_relat_1 A) & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v1_setfam_1 (bnd_k2_relat_1 A);
% 150.28/149.25 EX A. (bnd_v1_relat_1 A & bnd_v2_relat_1 A) & bnd_v1_funct_1 A;
% 150.28/149.25 EX A. (bnd_v1_relat_1 A & bnd_v3_relat_1 A) & bnd_v1_funct_1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B & bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v1_relat_1 (bnd_k8_relat_1 A B) &
% 150.28/149.25 bnd_v1_funct_1 (bnd_k8_relat_1 A B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_funct_1 A -->
% 150.28/149.25 bnd_v1_relat_1 (bnd_k7_relat_1 A B) &
% 150.28/149.25 bnd_v1_funct_1 (bnd_k7_relat_1 A B);
% 150.28/149.25 ALL A.
% 150.28/149.25 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_funct_1 A -->
% 150.28/149.25 bnd_v1_relat_1 (bnd_k4_relat_1 A) & bnd_v1_funct_1 (bnd_k4_relat_1 A);
% 150.28/149.25 EX A. (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_funct_1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 (bnd_v1_relat_1 A & bnd_v1_xboole_0 A) & bnd_v1_funct_1 A -->
% 150.28/149.25 (bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v2_funct_1 A;
% 150.28/149.25 EX A. (bnd_v1_relat_1 A & bnd_v1_xboole_0 A) & bnd_v1_funct_1 A;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 (bnd_k6_relat_1 A) & bnd_v1_funct_1 (bnd_k6_relat_1 A);
% 150.28/149.25 ALL A B.
% 150.28/149.25 ((bnd_v1_relat_1 A & bnd_v1_funct_1 A) & bnd_v1_relat_1 B) &
% 150.28/149.25 bnd_v1_funct_1 B -->
% 150.28/149.25 bnd_v1_relat_1 (bnd_k5_relat_1 A B) &
% 150.28/149.25 bnd_v1_funct_1 (bnd_k5_relat_1 A B);
% 150.28/149.25 ALL A. bnd_v1_xboole_0 A --> bnd_v1_funct_1 A;
% 150.28/149.25 EX A. bnd_v1_relat_1 A & bnd_v1_funct_1 A; True; True;
% 150.28/149.25 ALL A B. bnd_v1_relat_1 B --> bnd_v1_relat_1 (bnd_k8_relat_1 A B);
% 150.28/149.25 ALL A B. bnd_v1_relat_1 A --> bnd_v1_relat_1 (bnd_k7_relat_1 A B);
% 150.28/149.25 ALL A. bnd_v1_relat_1 (bnd_k6_relat_1 A);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 A & bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_v1_relat_1 (bnd_k5_relat_1 A B);
% 150.28/149.25 ALL A. bnd_v1_relat_1 A --> bnd_k4_relat_1 (bnd_k4_relat_1 A) = A;
% 150.28/149.25 ALL A. bnd_v1_relat_1 A --> bnd_v1_relat_1 (bnd_k4_relat_1 A); True;
% 150.28/149.25 True; True;
% 150.28/149.25 EX A. bnd_v1_relat_1 A &
% 150.28/149.25 (ALL B C.
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski B C) A =
% 150.28/149.25 ((bnd_r2_hidden B bnd_f1_s1_relat_1 &
% 150.28/149.25 bnd_r2_hidden C bnd_f2_s1_relat_1) &
% 150.28/149.25 bnd_p1_s1_relat_1 B C));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 ~ (~ bnd_v3_relat_1 (bnd_k7_relat_1 B A) & bnd_v3_relat_1 B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k7_relat_1 A (bnd_k1_relat_1 B) =
% 150.28/149.25 bnd_k7_relat_1 A
% 150.28/149.25 (bnd_k1_relat_1 (bnd_k7_relat_1 B (bnd_k1_relat_1 A))));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C D.
% 150.28/149.25 bnd_r1_tarski C D &
% 150.28/149.25 bnd_k7_relat_1 A D = bnd_k7_relat_1 B D -->
% 150.28/149.25 bnd_k7_relat_1 A C = bnd_k7_relat_1 B C));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_r1_xboole_0 B (bnd_k1_relat_1 A) -->
% 150.28/149.25 bnd_k7_relat_1 A B = bnd_k1_xboole_0);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k1_relat_1 C) A & bnd_r1_tarski C B -->
% 150.28/149.25 bnd_r1_tarski C (bnd_k7_relat_1 B A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C D.
% 150.28/149.25 bnd_k7_relat_1 A C = bnd_k7_relat_1 B C &
% 150.28/149.25 bnd_k7_relat_1 A D = bnd_k7_relat_1 B D -->
% 150.28/149.25 bnd_k7_relat_1 A (bnd_k2_xboole_0 C D) =
% 150.28/149.25 bnd_k7_relat_1 B (bnd_k2_xboole_0 C D)));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v3_relat_1 A =
% 150.28/149.25 (ALL B. bnd_r2_hidden B (bnd_k2_relat_1 A) --> B = bnd_k1_xboole_0);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_v3_relat_1 A =
% 150.28/149.25 bnd_r1_tarski (bnd_k2_relat_1 A) (bnd_k1_tarski bnd_k1_xboole_0);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_xboole_0 (bnd_k2_relat_1 B) A)
% 150.28/149.25 (bnd_k10_relat_1 (bnd_k4_relat_1 B) (bnd_k10_relat_1 B A));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k1_relat_1 (bnd_k5_relat_1 A B) =
% 150.28/149.25 bnd_k10_relat_1 A (bnd_k1_relat_1 B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k10_relat_1 (bnd_k5_relat_1 B C) A =
% 150.28/149.25 bnd_k10_relat_1 B (bnd_k10_relat_1 C A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D -->
% 150.28/149.25 bnd_r1_tarski C D & bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 C A) (bnd_k10_relat_1 D B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski B C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 B A) (bnd_k10_relat_1 C A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski
% 150.28/149.25 (bnd_k4_xboole_0 (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B))
% 150.28/149.25 (bnd_k10_relat_1 C (bnd_k4_xboole_0 A B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 C (bnd_k3_xboole_0 A B))
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k10_relat_1 C (bnd_k2_xboole_0 A B) =
% 150.28/149.25 bnd_k2_xboole_0 (bnd_k10_relat_1 C A) (bnd_k10_relat_1 C B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 ~ ((~ A = bnd_k1_xboole_0 & bnd_r1_tarski A (bnd_k2_relat_1 B)) &
% 150.28/149.25 bnd_k10_relat_1 B A = bnd_k1_xboole_0);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (bnd_k10_relat_1 B A = bnd_k1_xboole_0) =
% 150.28/149.25 bnd_r1_xboole_0 (bnd_k2_relat_1 B) A;
% 150.28/149.25 ALL A. bnd_k10_relat_1 bnd_k1_xboole_0 A = bnd_k1_xboole_0;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_k10_relat_1 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 B A)
% 150.28/149.25 (bnd_k10_relat_1 B (bnd_k2_relat_1 B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_k10_relat_1 A (bnd_k2_relat_1 A) = bnd_k1_relat_1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k10_relat_1 B A =
% 150.28/149.25 bnd_k10_relat_1 B (bnd_k3_xboole_0 (bnd_k2_relat_1 B) A);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k10_relat_1 B A) (bnd_k1_relat_1 B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k10_relat_1 C B) =
% 150.28/149.25 (EX D. (bnd_r2_hidden D (bnd_k2_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski A D) C) &
% 150.28/149.25 bnd_r2_hidden D B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 (C = bnd_k10_relat_1 A B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D C =
% 150.28/149.25 (EX E. bnd_r2_hidden (bnd_k4_tarski D E) A &
% 150.28/149.25 bnd_r2_hidden E B)));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k3_xboole_0 (bnd_k1_relat_1 B) A)
% 150.28/149.25 (bnd_k9_relat_1 (bnd_k4_relat_1 B) (bnd_k9_relat_1 B A));
% 150.28/149.25 True;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 (bnd_k7_relat_1 C A) B)
% 150.28/149.25 (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k2_relat_1 (bnd_k5_relat_1 A B) =
% 150.28/149.25 bnd_k9_relat_1 B (bnd_k2_relat_1 A));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k9_relat_1 (bnd_k5_relat_1 B C) A =
% 150.28/149.25 bnd_k9_relat_1 C (bnd_k9_relat_1 B A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D -->
% 150.28/149.25 bnd_r1_tarski C D & bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 C A) (bnd_k9_relat_1 D B));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski B C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 B A) (bnd_k9_relat_1 C A));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski
% 150.28/149.25 (bnd_k4_xboole_0 (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B))
% 150.28/149.25 (bnd_k9_relat_1 C (bnd_k4_xboole_0 A B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 C (bnd_k3_xboole_0 A B))
% 150.28/149.25 (bnd_k3_xboole_0 (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k9_relat_1 C (bnd_k2_xboole_0 A B) =
% 150.28/149.25 bnd_k2_xboole_0 (bnd_k9_relat_1 C A) (bnd_k9_relat_1 C B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 ~ ((~ A = bnd_k1_xboole_0 & bnd_r1_tarski A (bnd_k1_relat_1 B)) &
% 150.28/149.25 bnd_k9_relat_1 B A = bnd_k1_xboole_0);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (bnd_k9_relat_1 B A = bnd_k1_xboole_0) =
% 150.28/149.25 bnd_r1_xboole_0 (bnd_k1_relat_1 B) A;
% 150.28/149.25 ALL A. bnd_k9_relat_1 bnd_k1_xboole_0 A = bnd_k1_xboole_0;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_k9_relat_1 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k2_relat_1 (bnd_k7_relat_1 B A) = bnd_k9_relat_1 B A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 B A)
% 150.28/149.25 (bnd_k9_relat_1 B (bnd_k1_relat_1 B));
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_k9_relat_1 A (bnd_k1_relat_1 A) = bnd_k2_relat_1 A;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k9_relat_1 B A =
% 150.28/149.25 bnd_k9_relat_1 B (bnd_k3_xboole_0 (bnd_k1_relat_1 B) A);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k9_relat_1 B A) (bnd_k2_relat_1 B);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r2_hidden A (bnd_k9_relat_1 C B) =
% 150.28/149.25 (EX D. (bnd_r2_hidden D (bnd_k1_relat_1 C) &
% 150.28/149.25 bnd_r2_hidden (bnd_k4_tarski D A) C) &
% 150.28/149.25 bnd_r2_hidden D B);
% 150.28/149.25 True; True;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 (ALL B C.
% 150.28/149.25 (C = bnd_k9_relat_1 A B) =
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_r2_hidden D C =
% 150.28/149.25 (EX E. bnd_r2_hidden (bnd_k4_tarski E D) A &
% 150.28/149.25 bnd_r2_hidden E B)));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k7_relat_1 (bnd_k8_relat_1 A C) B =
% 150.28/149.25 bnd_k8_relat_1 A (bnd_k7_relat_1 C B);
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k8_relat_1 A (bnd_k5_relat_1 B C) =
% 150.28/149.25 bnd_k5_relat_1 B (bnd_k8_relat_1 A C));
% 150.28/149.25 ALL A. bnd_k8_relat_1 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.25 ALL A.
% 150.28/149.25 bnd_v1_relat_1 A -->
% 150.28/149.25 bnd_k8_relat_1 bnd_k1_xboole_0 A = bnd_k1_xboole_0;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k8_relat_1 (bnd_k4_xboole_0 A B) C =
% 150.28/149.25 bnd_k4_xboole_0 (bnd_k8_relat_1 A C) (bnd_k8_relat_1 B C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k8_relat_1 (bnd_k3_xboole_0 A B) C =
% 150.28/149.25 bnd_k3_xboole_0 (bnd_k8_relat_1 A C) (bnd_k8_relat_1 B C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_k8_relat_1 (bnd_k2_xboole_0 A B) C =
% 150.28/149.25 bnd_k2_xboole_0 (bnd_k8_relat_1 A C) (bnd_k8_relat_1 B C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 (ALL D.
% 150.28/149.25 bnd_v1_relat_1 D -->
% 150.28/149.25 bnd_r1_tarski C D & bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k8_relat_1 A C) (bnd_k8_relat_1 B D));
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 (ALL C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski B C -->
% 150.28/149.25 bnd_r1_tarski (bnd_k8_relat_1 A B) (bnd_k8_relat_1 A C));
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_r1_tarski (bnd_k8_relat_1 A C) (bnd_k8_relat_1 B C);
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_k8_relat_1 A (bnd_k8_relat_1 B C) = bnd_k8_relat_1 A C;
% 150.28/149.25 ALL A B C.
% 150.28/149.25 bnd_v1_relat_1 C -->
% 150.28/149.25 bnd_r1_tarski A B -->
% 150.28/149.25 bnd_k8_relat_1 B (bnd_k8_relat_1 A C) = bnd_k8_relat_1 A C;
% 150.28/149.25 ALL A B.
% 150.28/149.25 bnd_v1_relat_1 B -->
% 150.28/149.25 bnd_k8_relat_1 A (bnd_k8_relat_1 A B) = bnd_k8_relat_1 A B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k8_relat_1 A (bnd_k8_relat_1 B C) =
% 150.28/149.26 bnd_k8_relat_1 (bnd_k3_xboole_0 A B) C;
% 150.28/149.26 ALL A. bnd_v1_relat_1 A --> bnd_k8_relat_1 (bnd_k2_relat_1 A) A = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 B) A --> bnd_k8_relat_1 A B = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k8_relat_1 A B =
% 150.28/149.26 bnd_k3_xboole_0 B (bnd_k2_zfmisc_1 (bnd_k1_relat_1 B) A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k8_relat_1 A B = bnd_k5_relat_1 B (bnd_k6_relat_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 B (bnd_k8_relat_1 A C))
% 150.28/149.26 (bnd_k5_relat_1 B C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 (bnd_k8_relat_1 A B) C)
% 150.28/149.26 (bnd_k5_relat_1 B C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski A (bnd_k2_relat_1 B) -->
% 150.28/149.26 bnd_k2_relat_1 (bnd_k8_relat_1 A B) = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k2_relat_1 (bnd_k8_relat_1 A B) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_relat_1 B) A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k8_relat_1 A B))
% 150.28/149.26 (bnd_k2_relat_1 B);
% 150.28/149.26 ALL A B. bnd_v1_relat_1 B --> bnd_r1_tarski (bnd_k8_relat_1 A B) B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k8_relat_1 A B)) A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r2_hidden A (bnd_k2_relat_1 (bnd_k8_relat_1 B C)) =
% 150.28/149.26 (bnd_r2_hidden A B & bnd_r2_hidden A (bnd_k2_relat_1 C));
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 (C = bnd_k8_relat_1 A B) =
% 150.28/149.26 (ALL D E.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski D E) C =
% 150.28/149.26 (bnd_r2_hidden E A & bnd_r2_hidden (bnd_k4_tarski D E) B)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k7_relat_1 (bnd_k5_relat_1 B C) A =
% 150.28/149.26 bnd_k5_relat_1 (bnd_k7_relat_1 B A) C);
% 150.28/149.26 ALL A. bnd_k7_relat_1 bnd_k1_xboole_0 A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k7_relat_1 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k7_relat_1 C (bnd_k4_xboole_0 A B) =
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k7_relat_1 C A) (bnd_k7_relat_1 C B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k7_relat_1 C (bnd_k3_xboole_0 A B) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k7_relat_1 C A) (bnd_k7_relat_1 C B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k7_relat_1 C (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k7_relat_1 C A) (bnd_k7_relat_1 C B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_v1_relat_1 D -->
% 150.28/149.26 bnd_r1_tarski C D & bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k7_relat_1 C A) (bnd_k7_relat_1 D B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski B C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k7_relat_1 B A) (bnd_k7_relat_1 C A));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k7_relat_1 C A) (bnd_k7_relat_1 C B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_k7_relat_1 (bnd_k7_relat_1 C B) A = bnd_k7_relat_1 C A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_k7_relat_1 (bnd_k7_relat_1 C A) B = bnd_k7_relat_1 C A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k7_relat_1 (bnd_k7_relat_1 B A) A = bnd_k7_relat_1 B A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k7_relat_1 (bnd_k7_relat_1 C A) B =
% 150.28/149.26 bnd_k7_relat_1 C (bnd_k3_xboole_0 A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k7_relat_1 B A))
% 150.28/149.26 (bnd_k2_relat_1 B);
% 150.28/149.26 ALL A. bnd_v1_relat_1 A --> bnd_k7_relat_1 A (bnd_k1_relat_1 A) = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 B) A --> bnd_k7_relat_1 B A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k7_relat_1 B A =
% 150.28/149.26 bnd_k3_xboole_0 B (bnd_k2_zfmisc_1 A (bnd_k2_relat_1 B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (bnd_k7_relat_1 B A = bnd_k1_xboole_0) =
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k1_relat_1 B) A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k7_relat_1 B A = bnd_k5_relat_1 (bnd_k6_relat_1 A) B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 B (bnd_k7_relat_1 C A))
% 150.28/149.26 (bnd_k5_relat_1 B C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 (bnd_k7_relat_1 B A) C)
% 150.28/149.26 (bnd_k5_relat_1 B C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski A (bnd_k1_relat_1 B) -->
% 150.28/149.26 bnd_k1_relat_1 (bnd_k7_relat_1 B A) = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k1_relat_1 (bnd_k7_relat_1 B A) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k1_relat_1 B) A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 (bnd_k7_relat_1 B A))
% 150.28/149.26 (bnd_k1_relat_1 B);
% 150.28/149.26 ALL A B. bnd_v1_relat_1 B --> bnd_r1_tarski (bnd_k7_relat_1 B A) B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 (bnd_k7_relat_1 B A)) A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r2_hidden A (bnd_k1_relat_1 (bnd_k7_relat_1 C B)) =
% 150.28/149.26 (bnd_r2_hidden A B & bnd_r2_hidden A (bnd_k1_relat_1 C));
% 150.28/149.26 True; True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 (C = bnd_k7_relat_1 A B) =
% 150.28/149.26 (ALL D E.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski D E) C =
% 150.28/149.26 (bnd_r2_hidden D B & bnd_r2_hidden (bnd_k4_tarski D E) A)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_v1_relat_1 D -->
% 150.28/149.26 ((bnd_k1_relat_1 B = A & bnd_r1_tarski (bnd_k2_relat_1 C) A) &
% 150.28/149.26 bnd_k5_relat_1 C B = bnd_k6_relat_1 (bnd_k1_relat_1 D)) &
% 150.28/149.26 bnd_k5_relat_1 B D = bnd_k6_relat_1 A -->
% 150.28/149.26 D = C));
% 150.28/149.26 bnd_k6_relat_1 bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k5_relat_1 A (bnd_k6_relat_1 (bnd_k2_relat_1 A)) = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 B) A -->
% 150.28/149.26 bnd_k5_relat_1 B (bnd_k6_relat_1 A) = B;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k5_relat_1 (bnd_k6_relat_1 (bnd_k1_relat_1 A)) A = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 B) A -->
% 150.28/149.26 bnd_k5_relat_1 (bnd_k6_relat_1 A) B = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 B (bnd_k6_relat_1 A)) B &
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 (bnd_k6_relat_1 A) B) B;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_v1_relat_1 D -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B)
% 150.28/149.26 (bnd_k5_relat_1 D (bnd_k6_relat_1 C)) =
% 150.28/149.26 (bnd_r2_hidden B C & bnd_r2_hidden (bnd_k4_tarski A B) D);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_v1_relat_1 D -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B)
% 150.28/149.26 (bnd_k5_relat_1 (bnd_k6_relat_1 C) D) =
% 150.28/149.26 (bnd_r2_hidden A C & bnd_r2_hidden (bnd_k4_tarski A B) D);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C. bnd_r2_hidden C A --> bnd_r2_hidden (bnd_k4_tarski C C) B) -->
% 150.28/149.26 bnd_r1_tarski (bnd_k6_relat_1 A) B;
% 150.28/149.26 ALL A. bnd_k4_relat_1 (bnd_k6_relat_1 A) = bnd_k6_relat_1 A;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_k1_relat_1 (bnd_k6_relat_1 A) = A &
% 150.28/149.26 bnd_k2_relat_1 (bnd_k6_relat_1 A) = A;
% 150.28/149.26 True; True; True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (B = bnd_k6_relat_1 A) =
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) B =
% 150.28/149.26 (bnd_r2_hidden C A & C = D));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_v2_relat_1 A =
% 150.28/149.26 (~ bnd_r2_hidden bnd_k1_xboole_0 (bnd_k2_relat_1 A));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k2_relat_1 A) (bnd_k1_relat_1 B) -->
% 150.28/149.26 bnd_k5_relat_1 A B = bnd_k1_xboole_0);
% 150.28/149.26 bnd_k4_relat_1 bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (bnd_k1_relat_1 A = bnd_k1_xboole_0) =
% 150.28/149.26 (bnd_k2_relat_1 A = bnd_k1_xboole_0);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k1_relat_1 A = bnd_k1_xboole_0 |
% 150.28/149.26 bnd_k2_relat_1 A = bnd_k1_xboole_0 -->
% 150.28/149.26 A = bnd_k1_xboole_0;
% 150.28/149.26 True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k5_relat_1 bnd_k1_xboole_0 A = bnd_k1_xboole_0 &
% 150.28/149.26 bnd_k5_relat_1 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 True;
% 150.28/149.26 bnd_k1_relat_1 bnd_k1_xboole_0 = bnd_k1_xboole_0 &
% 150.28/149.26 bnd_k2_relat_1 bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 True; True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B C. ~ bnd_r2_hidden (bnd_k4_tarski B C) A) -->
% 150.28/149.26 A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k5_relat_1 (bnd_k5_relat_1 A B) C =
% 150.28/149.26 bnd_k5_relat_1 A (bnd_k5_relat_1 B C)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k4_relat_1 (bnd_k5_relat_1 A B) =
% 150.28/149.26 bnd_k5_relat_1 (bnd_k4_relat_1 B) (bnd_k4_relat_1 A));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k5_relat_1 A B) (bnd_k5_relat_1 A C))
% 150.28/149.26 (bnd_k5_relat_1 A (bnd_k4_xboole_0 B C))));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 A (bnd_k3_xboole_0 B C))
% 150.28/149.26 (bnd_k3_xboole_0 (bnd_k5_relat_1 A B)
% 150.28/149.26 (bnd_k5_relat_1 A C))));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_k5_relat_1 A (bnd_k2_xboole_0 B C) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k5_relat_1 A B) (bnd_k5_relat_1 A C)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_v1_relat_1 D -->
% 150.28/149.26 bnd_r1_tarski A B & bnd_r1_tarski C D -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 A C)
% 150.28/149.26 (bnd_k5_relat_1 B D))));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 A C) (bnd_k5_relat_1 B C)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k5_relat_1 C A) (bnd_k5_relat_1 C B)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k2_relat_1 B) -->
% 150.28/149.26 bnd_k2_relat_1 (bnd_k5_relat_1 B A) = bnd_k2_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 A) (bnd_k1_relat_1 B) -->
% 150.28/149.26 bnd_k1_relat_1 (bnd_k5_relat_1 A B) = bnd_k1_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k5_relat_1 A B))
% 150.28/149.26 (bnd_k2_relat_1 B));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 (bnd_k5_relat_1 A B))
% 150.28/149.26 (bnd_k1_relat_1 A));
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 (C = bnd_k5_relat_1 A B) =
% 150.28/149.26 (ALL D E.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski D E) C =
% 150.28/149.26 (EX F. bnd_r2_hidden (bnd_k4_tarski D F) A &
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski F E) B))));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k4_relat_1 (bnd_k4_xboole_0 A B) =
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k4_relat_1 A) (bnd_k4_relat_1 B));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k4_relat_1 (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k4_relat_1 A) (bnd_k4_relat_1 B));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k4_relat_1 (bnd_k3_xboole_0 A B) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k4_relat_1 A) (bnd_k4_relat_1 B));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k3_relat_1 A = bnd_k3_relat_1 (bnd_k4_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k2_relat_1 A = bnd_k1_relat_1 (bnd_k4_relat_1 A) &
% 150.28/149.26 bnd_k1_relat_1 A = bnd_k2_relat_1 (bnd_k4_relat_1 A);
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (B = bnd_k4_relat_1 A) =
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) B =
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski D C) A));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_relat_1 (bnd_k3_xboole_0 A B))
% 150.28/149.26 (bnd_k3_xboole_0 (bnd_k3_relat_1 A) (bnd_k3_relat_1 B)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k3_relat_1 (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k3_relat_1 A) (bnd_k3_relat_1 B));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 C = bnd_k1_tarski (bnd_k4_tarski A B) -->
% 150.28/149.26 bnd_k3_relat_1 C = bnd_k2_tarski A B;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_relat_1 A) (bnd_k3_relat_1 B));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B) C -->
% 150.28/149.26 bnd_r2_hidden A (bnd_k3_relat_1 C) &
% 150.28/149.26 bnd_r2_hidden B (bnd_k3_relat_1 C);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k3_relat_1 A) &
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 A) (bnd_k3_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k3_relat_1 A =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k1_relat_1 A) (bnd_k2_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k2_relat_1 A) (bnd_k2_relat_1 B))
% 150.28/149.26 (bnd_k2_relat_1 (bnd_k4_xboole_0 A B)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 (bnd_k3_xboole_0 A B))
% 150.28/149.26 (bnd_k3_xboole_0 (bnd_k2_relat_1 A) (bnd_k2_relat_1 B)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k2_relat_1 (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_relat_1 A) (bnd_k2_relat_1 B));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 A) (bnd_k1_relat_1 B) &
% 150.28/149.26 bnd_r1_tarski (bnd_k2_relat_1 A) (bnd_k2_relat_1 B));
% 150.28/149.26 ALL A B C D E.
% 150.28/149.26 bnd_v1_relat_1 E -->
% 150.28/149.26 E = bnd_k2_tarski (bnd_k4_tarski A B) (bnd_k4_tarski C D) -->
% 150.28/149.26 bnd_k1_relat_1 E = bnd_k2_tarski A C &
% 150.28/149.26 bnd_k2_relat_1 E = bnd_k2_tarski B D;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 C = bnd_k1_tarski (bnd_k4_tarski A B) -->
% 150.28/149.26 bnd_k1_relat_1 C = bnd_k1_tarski A &
% 150.28/149.26 bnd_k2_relat_1 C = bnd_k1_tarski B;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_k3_xboole_0 A
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k1_relat_1 A) (bnd_k2_relat_1 A)) =
% 150.28/149.26 A;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 bnd_r1_tarski A
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k1_relat_1 A) (bnd_k2_relat_1 A));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_v1_relat_1 C -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B) C -->
% 150.28/149.26 bnd_r2_hidden A (bnd_k1_relat_1 C) &
% 150.28/149.26 bnd_r2_hidden B (bnd_k2_relat_1 C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 ~ (bnd_r2_hidden A (bnd_k2_relat_1 B) &
% 150.28/149.26 (ALL C. ~ bnd_r2_hidden C (bnd_k1_relat_1 B)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 ~ (bnd_r2_hidden A (bnd_k1_relat_1 B) &
% 150.28/149.26 (ALL C. ~ bnd_r2_hidden C (bnd_k2_relat_1 B)));
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 (B = bnd_k2_relat_1 A) =
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_r2_hidden C B =
% 150.28/149.26 (EX D. bnd_r2_hidden (bnd_k4_tarski D C) A)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k1_relat_1 A) (bnd_k1_relat_1 B))
% 150.28/149.26 (bnd_k1_relat_1 (bnd_k4_xboole_0 A B)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_relat_1 (bnd_k3_xboole_0 A B))
% 150.28/149.26 (bnd_k3_xboole_0 (bnd_k1_relat_1 A) (bnd_k1_relat_1 B)));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_k1_relat_1 (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k1_relat_1 A) (bnd_k1_relat_1 B));
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 (B = bnd_k1_relat_1 A) =
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_r2_hidden C B =
% 150.28/149.26 (EX D. bnd_r2_hidden (bnd_k4_tarski C D) A)));
% 150.28/149.26 ALL A B. bnd_v1_relat_1 B --> bnd_v1_relat_1 (bnd_k4_xboole_0 B A);
% 150.28/149.26 ALL A B. bnd_v1_relat_1 B --> bnd_v1_relat_1 (bnd_k3_xboole_0 A B); True;
% 150.28/149.26 True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_r1_tarski A B =
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) A -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) B));
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_v1_relat_1 B -->
% 150.28/149.26 (A = B) =
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) A =
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) B));
% 150.28/149.26 ALL A B. bnd_v1_relat_1 (bnd_k2_zfmisc_1 A B);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_v1_relat_1
% 150.28/149.26 (bnd_k2_tarski (bnd_k4_tarski A B) (bnd_k4_tarski C D));
% 150.28/149.26 ALL A B. bnd_v1_relat_1 (bnd_k1_tarski (bnd_k4_tarski A B));
% 150.28/149.26 ALL A B. bnd_v1_relat_1 B --> bnd_r1_tarski A B --> bnd_v1_relat_1 A;
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_relat_1 A =
% 150.28/149.26 (ALL B. ~ (bnd_r2_hidden B A & (ALL C D. ~ B = bnd_k4_tarski C D)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 A & bnd_v3_relat_1 A -->
% 150.28/149.26 bnd_v1_relat_1 (bnd_k7_relat_1 A B) &
% 150.28/149.26 bnd_v3_relat_1 (bnd_k7_relat_1 A B);
% 150.28/149.26 EX A. bnd_v1_relat_1 A & bnd_v3_relat_1 A;
% 150.28/149.26 (bnd_v1_xboole_0 bnd_k1_xboole_0 & bnd_v1_relat_1 bnd_k1_xboole_0) &
% 150.28/149.26 bnd_v3_relat_1 bnd_k1_xboole_0;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_xboole_0 A -->
% 150.28/149.26 bnd_v1_xboole_0 (bnd_k4_relat_1 A) &
% 150.28/149.26 bnd_v1_relat_1 (bnd_k4_relat_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_xboole_0 A & bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_v1_xboole_0 (bnd_k5_relat_1 B A) &
% 150.28/149.26 bnd_v1_relat_1 (bnd_k5_relat_1 B A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_xboole_0 A & bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_v1_xboole_0 (bnd_k5_relat_1 A B) &
% 150.28/149.26 bnd_v1_relat_1 (bnd_k5_relat_1 A B);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_xboole_0 A -->
% 150.28/149.26 bnd_v1_xboole_0 (bnd_k2_relat_1 A) &
% 150.28/149.26 bnd_v1_relat_1 (bnd_k2_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_xboole_0 A -->
% 150.28/149.26 bnd_v1_xboole_0 (bnd_k1_relat_1 A) &
% 150.28/149.26 bnd_v1_relat_1 (bnd_k1_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & bnd_v1_relat_1 A -->
% 150.28/149.26 ~ bnd_v1_xboole_0 (bnd_k2_relat_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & bnd_v1_relat_1 A -->
% 150.28/149.26 ~ bnd_v1_xboole_0 (bnd_k1_relat_1 A);
% 150.28/149.26 EX A. ~ bnd_v1_xboole_0 A & bnd_v1_relat_1 A;
% 150.28/149.26 bnd_v1_xboole_0 bnd_k1_xboole_0 & bnd_v1_relat_1 bnd_k1_xboole_0;
% 150.28/149.26 ALL A. bnd_v1_xboole_0 A --> bnd_v1_relat_1 A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 A & bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_v1_relat_1 (bnd_k4_xboole_0 A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 A & bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_v1_relat_1 (bnd_k2_xboole_0 A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_v1_relat_1 A & bnd_v1_relat_1 B -->
% 150.28/149.26 bnd_v1_relat_1 (bnd_k3_xboole_0 A B);
% 150.28/149.26 EX A. bnd_v1_xboole_0 A & bnd_v1_relat_1 A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ ((bnd_r2_hidden A B & bnd_m1_subset_1 B (bnd_k1_zfmisc_1 C)) &
% 150.28/149.26 bnd_v1_xboole_0 C);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r2_hidden A B & bnd_m1_subset_1 B (bnd_k1_zfmisc_1 C) -->
% 150.28/149.26 bnd_m1_subset_1 A C;
% 150.28/149.26 ALL A B. bnd_m1_subset_1 A (bnd_k1_zfmisc_1 B) = bnd_r1_tarski A B;
% 150.28/149.26 ALL A B. bnd_m1_subset_1 A B --> bnd_v1_xboole_0 B | bnd_r2_hidden A B;
% 150.28/149.26 ALL A B. bnd_r2_hidden A B --> bnd_m1_subset_1 A B;
% 150.28/149.26 ALL A. bnd_m1_subset_1 (bnd_k8_subset_1 A) A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k7_subset_1 A B C = bnd_k5_xboole_0 B C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k7_subset_1 A B C = bnd_k7_subset_1 A C B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k7_subset_1 A B C) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k6_subset_1 A B C = bnd_k4_xboole_0 B C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k6_subset_1 A B C) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k5_subset_1 A B C = bnd_k3_xboole_0 B C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k5_subset_1 A B B = B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k5_subset_1 A B C = bnd_k5_subset_1 A C B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k5_subset_1 A B C) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k4_subset_1 A B C = bnd_k2_xboole_0 B C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k4_subset_1 A B B = B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k4_subset_1 A B C = bnd_k4_subset_1 A C B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) &
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k4_subset_1 A B C) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k3_subset_1 A (bnd_k3_subset_1 A B) = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k3_subset_1 A B) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A. bnd_m1_subset_1 (bnd_k2_subset_1 A) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_v1_xboole_0 (bnd_k1_subset_1 A) &
% 150.28/149.26 bnd_m1_subset_1 (bnd_k1_subset_1 A) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B -->
% 150.28/149.26 bnd_r2_subset_1 A B = bnd_r1_xboole_0 A B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B --> ~ bnd_r2_subset_1 A A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B -->
% 150.28/149.26 bnd_r2_subset_1 A B --> bnd_r2_subset_1 B A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B -->
% 150.28/149.26 bnd_r1_subset_1 A B = bnd_r1_xboole_0 A B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B --> ~ bnd_r1_subset_1 A A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B -->
% 150.28/149.26 bnd_r1_subset_1 A B --> bnd_r1_subset_1 B A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C. bnd_m2_subset_1 C A B = bnd_m1_subset_1 C B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 (~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (EX C. bnd_m2_subset_1 C A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 (~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) &
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C. bnd_m2_subset_1 C A B --> bnd_m1_subset_1 C A);
% 150.28/149.26 ALL A. EX B. bnd_m1_subset_1 B A; True;
% 150.28/149.26 (ALL A.
% 150.28/149.26 bnd_m1_subset_1 A bnd_f1_s4_subset_1 -->
% 150.28/149.26 bnd_r2_hidden A bnd_f2_s4_subset_1 = bnd_p1_s4_subset_1 A) &
% 150.28/149.26 (ALL A.
% 150.28/149.26 bnd_m1_subset_1 A bnd_f1_s4_subset_1 -->
% 150.28/149.26 bnd_r2_hidden A bnd_f3_s4_subset_1 = bnd_p1_s4_subset_1 A) -->
% 150.28/149.26 bnd_f2_s4_subset_1 = bnd_f3_s4_subset_1;
% 150.28/149.26 EX A. bnd_m1_subset_1 A (bnd_k1_zfmisc_1 bnd_f1_s3_subset_1) &
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_m1_subset_1 B bnd_f1_s3_subset_1 -->
% 150.28/149.26 bnd_r2_hidden B A = bnd_p1_s3_subset_1 B);
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_m1_subset_1 A (bnd_k1_zfmisc_1 bnd_f1_s2_subset_1) -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 bnd_f1_s2_subset_1) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C bnd_f1_s2_subset_1 -->
% 150.28/149.26 bnd_r2_hidden C A = bnd_p1_s2_subset_1 C) &
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C bnd_f1_s2_subset_1 -->
% 150.28/149.26 bnd_r2_hidden C B = bnd_p1_s2_subset_1 C) -->
% 150.28/149.26 A = B);
% 150.28/149.26 EX A. bnd_m1_subset_1 A (bnd_k1_zfmisc_1 bnd_f1_s1_subset_1) &
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_r2_hidden B A =
% 150.28/149.26 (bnd_r2_hidden B bnd_f1_s1_subset_1 & bnd_p1_s1_subset_1 B));
% 150.28/149.26 ALL A. ~ True --> (ALL B. bnd_m1_subset_1 B A --> B = bnd_k8_subset_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r2_hidden A B -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k1_tarski A) (bnd_k1_zfmisc_1 B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 (ALL F.
% 150.28/149.26 bnd_m1_subset_1 F A -->
% 150.28/149.26 (ALL G.
% 150.28/149.26 bnd_m1_subset_1 G A -->
% 150.28/149.26 (ALL H.
% 150.28/149.26 bnd_m1_subset_1 H A -->
% 150.28/149.26 (ALL I.
% 150.28/149.26 bnd_m1_subset_1 I A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1
% 150.28/149.26 (bnd_k6_enumset1 B C D E F G H I)
% 150.28/149.26 (bnd_k1_zfmisc_1 A))))))));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 (ALL F.
% 150.28/149.26 bnd_m1_subset_1 F A -->
% 150.28/149.26 (ALL G.
% 150.28/149.26 bnd_m1_subset_1 G A -->
% 150.28/149.26 (ALL H.
% 150.28/149.26 bnd_m1_subset_1 H A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1
% 150.28/149.26 (bnd_k5_enumset1 B C D E F G H)
% 150.28/149.26 (bnd_k1_zfmisc_1 A)))))));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 (ALL F.
% 150.28/149.26 bnd_m1_subset_1 F A -->
% 150.28/149.26 (ALL G.
% 150.28/149.26 bnd_m1_subset_1 G A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k4_enumset1 B C D E F G)
% 150.28/149.26 (bnd_k1_zfmisc_1 A))))));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 (ALL F.
% 150.28/149.26 bnd_m1_subset_1 F A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k3_enumset1 B C D E F)
% 150.28/149.26 (bnd_k1_zfmisc_1 A)))));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k2_enumset1 B C D E)
% 150.28/149.26 (bnd_k1_zfmisc_1 A))));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k1_enumset1 B C D) (bnd_k1_zfmisc_1 A)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k2_tarski B C) (bnd_k1_zfmisc_1 A));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B A -->
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 bnd_m1_subset_1 (bnd_k1_tarski B) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 ~ (bnd_r2_hidden B (bnd_k3_subset_1 A C) & bnd_r2_hidden B C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 ~ bnd_r2_hidden D B = bnd_r2_hidden D C) -->
% 150.28/149.26 B = bnd_k3_subset_1 A C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 (~ bnd_r2_hidden D B) = bnd_r2_hidden D C) -->
% 150.28/149.26 B = bnd_k3_subset_1 A C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 bnd_r2_hidden D B = (~ bnd_r2_hidden D C)) -->
% 150.28/149.26 B = bnd_k3_subset_1 A C);
% 150.28/149.26 ALL A.
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 (ALL B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C A -->
% 150.28/149.26 ~ bnd_r2_hidden C B -->
% 150.28/149.26 bnd_r2_hidden C (bnd_k3_subset_1 A B)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C. bnd_m1_subset_1 C A --> bnd_r2_hidden C B) --> A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D. bnd_m1_subset_1 D B --> bnd_r2_hidden D C) -->
% 150.28/149.26 bnd_r1_tarski B C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski B C & bnd_r1_xboole_0 D C -->
% 150.28/149.26 bnd_r1_tarski B (bnd_k3_subset_1 A D)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_xboole_0 B C &
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k3_subset_1 A B) (bnd_k3_subset_1 A C) -->
% 150.28/149.26 B = bnd_k3_subset_1 A C);
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_xboole_0 B (bnd_k3_subset_1 A C) = bnd_r1_tarski B C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_xboole_0 B C = bnd_r1_tarski B (bnd_k3_subset_1 A C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_subset_1 A B)
% 150.28/149.26 (bnd_k3_subset_1 A (bnd_k5_subset_1 A B C)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_subset_1 A (bnd_k4_subset_1 A B C))
% 150.28/149.26 (bnd_k3_subset_1 A B));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski B C & bnd_r1_tarski B (bnd_k3_subset_1 A C) -->
% 150.28/149.26 B = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_subset_1 A B) B = (B = bnd_k2_subset_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski B (bnd_k3_subset_1 A B) = (B = bnd_k1_subset_1 A);
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_subset_1 A B) C -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_subset_1 A C) B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski B (bnd_k3_subset_1 A C) -->
% 150.28/149.26 bnd_r1_tarski C (bnd_k3_subset_1 A B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k3_subset_1 A (bnd_k7_subset_1 A B C) =
% 150.28/149.26 bnd_k4_subset_1 A (bnd_k5_subset_1 A B C)
% 150.28/149.26 (bnd_k5_subset_1 A (bnd_k3_subset_1 A B) (bnd_k3_subset_1 A C)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k3_subset_1 A (bnd_k6_subset_1 A B C) =
% 150.28/149.26 bnd_k4_subset_1 A (bnd_k3_subset_1 A B) C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k6_subset_1 A B C =
% 150.28/149.26 bnd_k5_subset_1 A B (bnd_k3_subset_1 A C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_tarski B C =
% 150.28/149.26 bnd_r1_tarski (bnd_k3_subset_1 A C) (bnd_k3_subset_1 A B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k3_subset_1 A (bnd_k5_subset_1 A B C) =
% 150.28/149.26 bnd_k4_subset_1 A (bnd_k3_subset_1 A B) (bnd_k3_subset_1 A C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k3_subset_1 A (bnd_k4_subset_1 A B C) =
% 150.28/149.26 bnd_k5_subset_1 A (bnd_k3_subset_1 A B) (bnd_k3_subset_1 A C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k4_subset_1 A B (bnd_k2_subset_1 A) = bnd_k2_subset_1 A;
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_r1_xboole_0 B (bnd_k3_subset_1 A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k4_subset_1 A B (bnd_k3_subset_1 A B) = bnd_k2_subset_1 A;
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A. bnd_k2_subset_1 A = bnd_k3_subset_1 A (bnd_k1_subset_1 A);
% 150.28/149.26 ALL A. bnd_k1_subset_1 A = bnd_k3_subset_1 A (bnd_k2_subset_1 A); True;
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 bnd_r2_hidden E B =
% 150.28/149.26 (~ bnd_r2_hidden E C = bnd_r2_hidden E D)) -->
% 150.28/149.26 B = bnd_k7_subset_1 A C D));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 bnd_r2_hidden E B =
% 150.28/149.26 (bnd_r2_hidden E C & ~ bnd_r2_hidden E D)) -->
% 150.28/149.26 B = bnd_k6_subset_1 A C D));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 bnd_r2_hidden E B =
% 150.28/149.26 (bnd_r2_hidden E C & bnd_r2_hidden E D)) -->
% 150.28/149.26 B = bnd_k5_subset_1 A C D));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_m1_subset_1 E A -->
% 150.28/149.26 bnd_r2_hidden E B =
% 150.28/149.26 (bnd_r2_hidden E C | bnd_r2_hidden E D)) -->
% 150.28/149.26 B = bnd_k4_subset_1 A C D));
% 150.28/149.26 True; True; True; True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 bnd_k3_subset_1 A B = bnd_k4_xboole_0 A B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 ~ (~ B = bnd_k1_xboole_0 &
% 150.28/149.26 (ALL C. bnd_m1_subset_1 C A --> ~ bnd_r2_hidden C B));
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 bnd_r2_hidden D B = bnd_r2_hidden D C) -->
% 150.28/149.26 B = C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_m1_subset_1 C (bnd_k1_zfmisc_1 A) -->
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_m1_subset_1 D A -->
% 150.28/149.26 bnd_r2_hidden D B --> bnd_r2_hidden D C) -->
% 150.28/149.26 bnd_r1_tarski B C);
% 150.28/149.26 True; True; ALL A. bnd_m1_subset_1 bnd_k1_xboole_0 (bnd_k1_zfmisc_1 A);
% 150.28/149.26 True; True; True; ALL A. bnd_k2_subset_1 A = A;
% 150.28/149.26 ALL A. bnd_k1_subset_1 A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (~ bnd_v1_xboole_0 A --> bnd_m1_subset_1 B A = bnd_r2_hidden B A) &
% 150.28/149.26 (bnd_v1_xboole_0 A --> bnd_m1_subset_1 B A = bnd_v1_xboole_0 B);
% 150.28/149.26 True;
% 150.28/149.26 ALL A. EX B. bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) & bnd_v1_xboole_0 B;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 ((~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & ~ bnd_v1_xboole_0 C) &
% 150.28/149.26 ~ bnd_v1_xboole_0 D -->
% 150.28/149.26 ~ bnd_v1_xboole_0 (bnd_k4_zfmisc_1 A B C D);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B) & ~ bnd_v1_xboole_0 C -->
% 150.28/149.26 ~ bnd_v1_xboole_0 (bnd_k3_zfmisc_1 A B C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_v1_xboole_0 A & ~ bnd_v1_xboole_0 B -->
% 150.28/149.26 ~ bnd_v1_xboole_0 (bnd_k2_zfmisc_1 A B);
% 150.28/149.26 ALL A.
% 150.28/149.26 ~ bnd_v1_xboole_0 A -->
% 150.28/149.26 (EX B. bnd_m1_subset_1 B (bnd_k1_zfmisc_1 A) & ~ bnd_v1_xboole_0 B);
% 150.28/149.26 ALL A B. ~ bnd_v1_xboole_0 (bnd_k2_tarski A B);
% 150.28/149.26 ALL A. ~ bnd_v1_xboole_0 (bnd_k1_tarski A);
% 150.28/149.26 ALL A. ~ bnd_v1_xboole_0 (bnd_k1_zfmisc_1 A); True; True; True; True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ bnd_r2_hidden A B -->
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k2_xboole_0 B (bnd_k1_tarski A))
% 150.28/149.26 (bnd_k1_tarski A) =
% 150.28/149.26 B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r2_hidden A B -->
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k4_xboole_0 B (bnd_k1_tarski A))
% 150.28/149.26 (bnd_k1_tarski A) =
% 150.28/149.26 B;
% 150.28/149.26 ALL A.
% 150.28/149.26 ~ bnd_v1_xboole_0 A -->
% 150.28/149.26 (ALL B C D.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 A B) (bnd_k2_zfmisc_1 C D) |
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 B A) (bnd_k2_zfmisc_1 D C) -->
% 150.28/149.26 bnd_r1_tarski B D);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 A B) (bnd_k2_zfmisc_1 C D) -->
% 150.28/149.26 bnd_k2_zfmisc_1 A B = bnd_k1_xboole_0 |
% 150.28/149.26 bnd_r1_tarski A C & bnd_r1_tarski B D;
% 150.28/149.26 ALL A B C D E.
% 150.28/149.26 bnd_r2_hidden A (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 bnd_r2_hidden A (bnd_k2_zfmisc_1 D E) -->
% 150.28/149.26 bnd_r2_hidden A
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k3_xboole_0 B D) (bnd_k3_xboole_0 C E));
% 150.28/149.26 ALL A.
% 150.28/149.26 EX B. ((bnd_r2_hidden A B &
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden C B & bnd_r1_tarski D C -->
% 150.28/149.26 bnd_r2_hidden D B)) &
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_r2_hidden C B -->
% 150.28/149.26 bnd_r2_hidden (bnd_k1_zfmisc_1 C) B)) &
% 150.28/149.26 (ALL C.
% 150.28/149.26 ~ ((bnd_r1_tarski C B & ~ bnd_r2_tarski C B) &
% 150.28/149.26 ~ bnd_r2_hidden C B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski A (bnd_k2_zfmisc_1 A B) |
% 150.28/149.26 bnd_r1_tarski A (bnd_k2_zfmisc_1 B A) -->
% 150.28/149.26 A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_k2_zfmisc_1 A B = bnd_k2_zfmisc_1 C D -->
% 150.28/149.26 (A = bnd_k1_xboole_0 | B = bnd_k1_xboole_0) | A = C & B = D;
% 150.28/149.26 True;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k2_tarski A B) C =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_zfmisc_1 (bnd_k1_tarski A) C)
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k1_tarski B) C) &
% 150.28/149.26 bnd_k2_zfmisc_1 C (bnd_k2_tarski A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_zfmisc_1 C (bnd_k1_tarski A))
% 150.28/149.26 (bnd_k2_zfmisc_1 C (bnd_k1_tarski B));
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 ~ A = B -->
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k2_zfmisc_1 (bnd_k1_tarski A) C)
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k1_tarski B) D) &
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k2_zfmisc_1 C (bnd_k1_tarski A))
% 150.28/149.26 (bnd_k2_zfmisc_1 D (bnd_k1_tarski B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ A = bnd_k1_xboole_0 -->
% 150.28/149.26 ~ bnd_k2_zfmisc_1 (bnd_k1_tarski B) A = bnd_k1_xboole_0 &
% 150.28/149.26 ~ bnd_k2_zfmisc_1 A (bnd_k1_tarski B) = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B)
% 150.28/149.26 (bnd_k2_zfmisc_1 C (bnd_k1_tarski D)) =
% 150.28/149.26 (bnd_r2_hidden A C & B = D);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B)
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k1_tarski C) D) =
% 150.28/149.26 (A = C & bnd_r2_hidden B D);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r1_xboole_0 A B | bnd_r1_xboole_0 C D -->
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B D);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k2_zfmisc_1 A B) (bnd_k2_zfmisc_1 C D) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A C) B)
% 150.28/149.26 (bnd_k2_zfmisc_1 A (bnd_k4_xboole_0 B D));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k4_xboole_0 A B) C =
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 bnd_k2_zfmisc_1 C (bnd_k4_xboole_0 A B) =
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k2_zfmisc_1 C A) (bnd_k2_zfmisc_1 C B);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r1_tarski A B & bnd_r1_tarski C D -->
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_zfmisc_1 A D) (bnd_k2_zfmisc_1 B C) =
% 150.28/149.26 bnd_k2_zfmisc_1 A C;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k3_xboole_0 A B) (bnd_k3_xboole_0 C D) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B D);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k3_xboole_0 A B) C =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 bnd_k2_zfmisc_1 C (bnd_k3_xboole_0 A B) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_zfmisc_1 C A) (bnd_k2_zfmisc_1 C B);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k2_xboole_0 A B) (bnd_k2_xboole_0 C D) =
% 150.28/149.26 bnd_k2_xboole_0
% 150.28/149.26 (bnd_k2_xboole_0
% 150.28/149.26 (bnd_k2_xboole_0 (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 A D))
% 150.28/149.26 (bnd_k2_zfmisc_1 B C))
% 150.28/149.26 (bnd_k2_zfmisc_1 B D);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k2_xboole_0 A B) C =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 bnd_k2_zfmisc_1 C (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_zfmisc_1 C A) (bnd_k2_zfmisc_1 C B);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r1_tarski A B & bnd_r1_tarski C D -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B D);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 A C) (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 C A) (bnd_k2_zfmisc_1 C B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ ((~ A = bnd_k1_xboole_0 &
% 150.28/149.26 (bnd_r1_tarski (bnd_k2_zfmisc_1 B A) (bnd_k2_zfmisc_1 C A) |
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 A B) (bnd_k2_zfmisc_1 A C))) &
% 150.28/149.26 ~ bnd_r1_tarski B C);
% 150.28/149.26 ALL A. bnd_r1_tarski A (bnd_k2_zfmisc_1 A A) --> A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B. bnd_k2_zfmisc_1 A A = bnd_k2_zfmisc_1 B B --> A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k2_zfmisc_1 A B = bnd_k2_zfmisc_1 B A -->
% 150.28/149.26 (A = bnd_k1_xboole_0 | B = bnd_k1_xboole_0) | A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (bnd_k2_zfmisc_1 A B = bnd_k1_xboole_0) =
% 150.28/149.26 (A = bnd_k1_xboole_0 | B = bnd_k1_xboole_0);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ((ALL C. ~ (bnd_r2_hidden C A & (ALL D E. ~ C = bnd_k4_tarski D E))) &
% 150.28/149.26 (ALL C.
% 150.28/149.26 ~ (bnd_r2_hidden C B & (ALL D E. ~ C = bnd_k4_tarski D E)))) &
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) A =
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) B) -->
% 150.28/149.26 A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (ALL C. ~ (bnd_r2_hidden C A & (ALL D E. ~ C = bnd_k4_tarski D E))) &
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) A -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski C D) B) -->
% 150.28/149.26 bnd_r1_tarski A B;
% 150.28/149.26 ALL A B C D E F.
% 150.28/149.26 (bnd_r1_tarski A (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 bnd_r1_tarski D (bnd_k2_zfmisc_1 E F)) &
% 150.28/149.26 (ALL G H.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski G H) A =
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski G H) D) -->
% 150.28/149.26 A = D;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r1_tarski A (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 (ALL E F.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski E F) A -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski E F) D) -->
% 150.28/149.26 bnd_r1_tarski A D;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 (ALL E F.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski E F) (bnd_k2_zfmisc_1 A B) =
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski E F) (bnd_k2_zfmisc_1 C D)) -->
% 150.28/149.26 bnd_k2_zfmisc_1 A B = bnd_k2_zfmisc_1 C D;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B) (bnd_k2_zfmisc_1 C D) -->
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski B A) (bnd_k2_zfmisc_1 D C);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B) (bnd_k2_zfmisc_1 C D) =
% 150.28/149.26 (bnd_r2_hidden A C & bnd_r2_hidden B D);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_zfmisc_1 A B)
% 150.28/149.26 (bnd_k1_zfmisc_1 (bnd_k1_zfmisc_1 (bnd_k2_xboole_0 A B)));
% 150.28/149.26 ALL A B C D E.
% 150.28/149.26 ~ (bnd_r2_hidden A
% 150.28/149.26 (bnd_k3_xboole_0 (bnd_k2_zfmisc_1 B C) (bnd_k2_zfmisc_1 D E)) &
% 150.28/149.26 (ALL F G.
% 150.28/149.26 ~ ((A = bnd_k4_tarski F G &
% 150.28/149.26 bnd_r2_hidden F (bnd_k3_xboole_0 B D)) &
% 150.28/149.26 bnd_r2_hidden G (bnd_k3_xboole_0 C E))));
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 ~ ((bnd_r1_tarski A (bnd_k2_zfmisc_1 B C) & bnd_r2_hidden D A) &
% 150.28/149.26 (ALL E F.
% 150.28/149.26 ~ ((bnd_r2_hidden E B & bnd_r2_hidden F C) &
% 150.28/149.26 D = bnd_k4_tarski E F)));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ (bnd_r2_hidden A (bnd_k2_zfmisc_1 B C) &
% 150.28/149.26 (ALL D E. ~ bnd_k4_tarski D E = A));
% 150.28/149.26 ALL A B.
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden C (bnd_k2_xboole_0 A B) &
% 150.28/149.26 bnd_r2_hidden D (bnd_k2_xboole_0 A B) -->
% 150.28/149.26 C = D | bnd_r1_xboole_0 C D) -->
% 150.28/149.26 bnd_k3_tarski (bnd_k3_xboole_0 A B) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k3_tarski A) (bnd_k3_tarski B);
% 150.28/149.26 ALL A. bnd_r1_tarski A (bnd_k1_zfmisc_1 (bnd_k3_tarski A));
% 150.28/149.26 ALL A. bnd_k3_tarski (bnd_k1_zfmisc_1 A) = A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (ALL C. bnd_r2_hidden C A --> bnd_r1_xboole_0 C B) -->
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k3_tarski A) B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski (bnd_k3_tarski (bnd_k3_xboole_0 A B))
% 150.28/149.26 (bnd_k3_xboole_0 (bnd_k3_tarski A) (bnd_k3_tarski B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k3_tarski (bnd_k2_xboole_0 A B) =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k3_tarski A) (bnd_k3_tarski B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_tarski A) (bnd_k3_tarski B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 (ALL C. bnd_r2_hidden C A --> bnd_r1_tarski C B) -->
% 150.28/149.26 bnd_r1_tarski (bnd_k3_tarski A) B;
% 150.28/149.26 ALL A B. bnd_k3_tarski (bnd_k2_tarski A B) = bnd_k2_xboole_0 A B;
% 150.28/149.26 ALL A B. bnd_r2_hidden A B --> bnd_r1_tarski A (bnd_k3_tarski B); True;
% 150.28/149.26 True; True; True; True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski
% 150.28/149.26 (bnd_k2_xboole_0 (bnd_k1_zfmisc_1 (bnd_k4_xboole_0 A B))
% 150.28/149.26 (bnd_k1_zfmisc_1 (bnd_k4_xboole_0 B A)))
% 150.28/149.26 (bnd_k1_zfmisc_1 (bnd_k5_xboole_0 A B));
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski (bnd_k1_zfmisc_1 (bnd_k4_xboole_0 A B))
% 150.28/149.26 (bnd_k2_xboole_0 (bnd_k1_tarski bnd_k1_xboole_0)
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k1_zfmisc_1 A) (bnd_k1_zfmisc_1 B)));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k1_zfmisc_1 (bnd_k3_xboole_0 A B) =
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k1_zfmisc_1 A) (bnd_k1_zfmisc_1 B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k1_zfmisc_1 A) (bnd_k1_zfmisc_1 B) =
% 150.28/149.26 bnd_k1_zfmisc_1 (bnd_k2_xboole_0 A B) -->
% 150.28/149.26 bnd_r3_xboole_0 A B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski
% 150.28/149.26 (bnd_k2_xboole_0 (bnd_k1_zfmisc_1 A) (bnd_k1_zfmisc_1 B))
% 150.28/149.26 (bnd_k1_zfmisc_1 (bnd_k2_xboole_0 A B));
% 150.28/149.26 ALL A. bnd_r1_tarski (bnd_k1_tarski A) (bnd_k1_zfmisc_1 A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r1_tarski (bnd_k1_zfmisc_1 A) (bnd_k1_zfmisc_1 B);
% 150.28/149.26 True; True; True;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (bnd_k4_xboole_0 A (bnd_k2_tarski B C) = bnd_k1_xboole_0) =
% 150.28/149.26 (~ (((~ A = bnd_k1_xboole_0 & ~ A = bnd_k1_tarski B) &
% 150.28/149.26 ~ A = bnd_k1_tarski C) &
% 150.28/149.26 ~ A = bnd_k2_tarski B C));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ (((~ bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_xboole_0 &
% 150.28/149.26 ~ bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_tarski A) &
% 150.28/149.26 ~ bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_tarski B) &
% 150.28/149.26 ~ bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k2_tarski A B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_xboole_0) =
% 150.28/149.26 (bnd_r2_hidden A C & bnd_r2_hidden B C);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k2_tarski A B) =
% 150.28/149.26 (~ bnd_r2_hidden A C & ~ bnd_r2_hidden B C);
% 150.28/149.26 True;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_tarski A) =
% 150.28/149.26 (~ bnd_r2_hidden A C & (bnd_r2_hidden B C | A = B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k1_tarski A) B = bnd_k1_xboole_0 |
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k1_tarski A) B = bnd_k1_tarski A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k1_tarski A) B = bnd_k1_xboole_0) =
% 150.28/149.26 bnd_r2_hidden A B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k1_tarski A) B = bnd_k1_tarski A) =
% 150.28/149.26 (~ bnd_r2_hidden A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ ((bnd_k4_xboole_0 A (bnd_k1_tarski B) = bnd_k1_xboole_0 &
% 150.28/149.26 ~ A = bnd_k1_xboole_0) &
% 150.28/149.26 ~ A = bnd_k1_tarski B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 (bnd_k4_xboole_0 A (bnd_k1_tarski B) = A) = (~ bnd_r2_hidden B A);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r2_hidden A (bnd_k4_xboole_0 B (bnd_k1_tarski C)) =
% 150.28/149.26 (bnd_r2_hidden A B & ~ A = C);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_tarski A B) C = bnd_k2_tarski A B -->
% 150.28/149.26 bnd_r2_hidden A C;
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r2_hidden A B -->
% 150.28/149.26 bnd_r2_hidden C B & ~ A = C |
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_tarski A C) B = bnd_k1_tarski A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ ((bnd_k3_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_tarski A &
% 150.28/149.26 bnd_r2_hidden B C) &
% 150.28/149.26 ~ A = B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_xboole_0 (bnd_k1_tarski A) B |
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k1_tarski A) B = bnd_k1_tarski A;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ ((~ bnd_r2_hidden A B & ~ bnd_r2_hidden C B) &
% 150.28/149.26 ~ bnd_r1_xboole_0 (bnd_k2_tarski A C) B);
% 150.28/149.26 ALL A B. ~ bnd_r2_hidden A B --> bnd_r1_xboole_0 (bnd_k1_tarski A) B;
% 150.28/149.26 ALL A B C. ~ (bnd_r1_xboole_0 (bnd_k2_tarski A B) C & bnd_r2_hidden A C);
% 150.28/149.26 ALL A B. ~ (bnd_r1_xboole_0 (bnd_k1_tarski A) B & bnd_r2_hidden A B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r2_hidden A B & bnd_r2_hidden C B -->
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k2_tarski A C) B = bnd_k2_tarski A C;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r2_hidden A B -->
% 150.28/149.26 bnd_k3_xboole_0 B (bnd_k1_tarski A) = bnd_k1_tarski A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k3_xboole_0 A (bnd_k1_tarski B) = bnd_k1_tarski B -->
% 150.28/149.26 bnd_r2_hidden B A;
% 150.28/149.26 ALL A B C. ~ bnd_k2_xboole_0 (bnd_k2_tarski A B) C = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B. ~ bnd_k2_xboole_0 (bnd_k1_tarski A) B = bnd_k1_xboole_0;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r2_hidden A B & bnd_r2_hidden C B -->
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k2_tarski A C) B = B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_xboole_0 (bnd_k2_tarski A B) C) C -->
% 150.28/149.26 bnd_r2_hidden A C;
% 150.28/149.26 ALL A B. bnd_r2_hidden A B --> bnd_k2_xboole_0 (bnd_k1_tarski A) B = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_xboole_0 (bnd_k1_tarski A) B) B -->
% 150.28/149.26 bnd_r2_hidden A B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ (((bnd_k1_tarski A = bnd_k2_xboole_0 B C & ~ B = C) &
% 150.28/149.26 ~ B = bnd_k1_xboole_0) &
% 150.28/149.26 ~ C = bnd_k1_xboole_0);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ (((bnd_k1_tarski A = bnd_k2_xboole_0 B C &
% 150.28/149.26 ~ (B = bnd_k1_tarski A & C = bnd_k1_tarski A)) &
% 150.28/149.26 ~ (B = bnd_k1_xboole_0 & C = bnd_k1_tarski A)) &
% 150.28/149.26 ~ (B = bnd_k1_tarski A & C = bnd_k1_xboole_0));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r1_tarski A (bnd_k2_tarski B C) =
% 150.28/149.26 (~ (((~ A = bnd_k1_xboole_0 & ~ A = bnd_k1_tarski B) &
% 150.28/149.26 ~ A = bnd_k1_tarski C) &
% 150.28/149.26 ~ A = bnd_k2_tarski B C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ ((~ A = bnd_k1_tarski B & ~ A = bnd_k1_xboole_0) &
% 150.28/149.26 (ALL C. ~ (bnd_r2_hidden C A & ~ C = B)));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r1_tarski A B -->
% 150.28/149.26 bnd_r2_hidden C A |
% 150.28/149.26 bnd_r1_tarski A (bnd_k4_xboole_0 B (bnd_k1_tarski C));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski A (bnd_k1_tarski B) =
% 150.28/149.26 (A = bnd_k1_xboole_0 | A = bnd_k1_tarski B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_tarski A B) C =
% 150.28/149.26 (bnd_r2_hidden A C & bnd_r2_hidden B C);
% 150.28/149.26 ALL A B. bnd_r1_tarski (bnd_k1_tarski A) B = bnd_r2_hidden A B;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k1_tarski A) (bnd_k2_tarski B C) =
% 150.28/149.26 bnd_k2_tarski (bnd_k4_tarski A B) (bnd_k4_tarski A C) &
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k2_tarski A B) (bnd_k1_tarski C) =
% 150.28/149.26 bnd_k2_tarski (bnd_k4_tarski A C) (bnd_k4_tarski B C);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k2_zfmisc_1 (bnd_k1_tarski A) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k1_tarski (bnd_k4_tarski A B);
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski A B)
% 150.28/149.26 (bnd_k2_zfmisc_1 (bnd_k1_tarski C) (bnd_k1_tarski D)) =
% 150.28/149.26 (A = C & B = D);
% 150.28/149.26 ALL A B C D. bnd_k4_tarski A B = bnd_k4_tarski C D --> A = C & B = D;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k3_tarski (bnd_k2_tarski (bnd_k1_tarski A) (bnd_k1_tarski B)) =
% 150.28/149.26 bnd_k2_tarski A B;
% 150.28/149.26 ALL A. bnd_k3_tarski (bnd_k1_tarski A) = A;
% 150.28/149.26 ALL A.
% 150.28/149.26 bnd_k1_zfmisc_1 (bnd_k1_tarski A) =
% 150.28/149.26 bnd_k2_tarski bnd_k1_xboole_0 (bnd_k1_tarski A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ A = B -->
% 150.28/149.26 bnd_k5_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k2_tarski A B;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 ~ ((bnd_r1_tarski (bnd_k2_tarski A B) (bnd_k2_tarski C D) & ~ A = C) &
% 150.28/149.26 ~ A = D);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r1_tarski (bnd_k2_tarski A B) (bnd_k1_tarski C) -->
% 150.28/149.26 bnd_k2_tarski A B = bnd_k1_tarski C;
% 150.28/149.26 ALL A B C. bnd_r1_tarski (bnd_k2_tarski A B) (bnd_k1_tarski C) --> A = C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ ((bnd_r1_tarski (bnd_k1_tarski A) (bnd_k2_tarski B C) & ~ A = B) &
% 150.28/149.26 ~ A = C);
% 150.28/149.26 ALL A B. bnd_r1_tarski (bnd_k1_tarski A) (bnd_k1_tarski B) --> A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ A = B -->
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k2_tarski A B) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k1_tarski A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k1_tarski A) (bnd_k2_tarski A B) =
% 150.28/149.26 bnd_k1_xboole_0;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k4_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k1_xboole_0 -->
% 150.28/149.26 A = B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (bnd_k4_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k1_tarski A) =
% 150.28/149.26 (~ A = B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k1_tarski A) (bnd_k2_tarski A B) =
% 150.28/149.26 bnd_k1_tarski A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k3_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k1_tarski A -->
% 150.28/149.26 A = B;
% 150.28/149.26 ALL A B. ~ A = B --> bnd_r1_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B);
% 150.28/149.26 ALL A B. ~ (bnd_r1_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B) & A = B);
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k1_tarski A) (bnd_k2_tarski A B) =
% 150.28/149.26 bnd_k2_tarski A B;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k1_tarski A) (bnd_k1_tarski B) =
% 150.28/149.26 bnd_k1_tarski A -->
% 150.28/149.26 A = B;
% 150.28/149.26 ALL A B. bnd_r1_tarski (bnd_k1_tarski A) (bnd_k2_tarski A B); True;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 ~ ((bnd_k2_tarski A B = bnd_k2_tarski C D & ~ A = C) & ~ A = D);
% 150.28/149.26 ALL A B C. bnd_k1_tarski A = bnd_k2_tarski B C --> B = C;
% 150.28/149.26 ALL A B C. bnd_k1_tarski A = bnd_k2_tarski B C --> A = B; True;
% 150.28/149.26 ALL A B. bnd_r1_tarski (bnd_k1_tarski A) (bnd_k1_tarski B) --> A = B;
% 150.28/149.26 True; True; True; bnd_k3_tarski bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 bnd_k1_zfmisc_1 bnd_k1_xboole_0 = bnd_k1_tarski bnd_k1_xboole_0;
% 150.28/149.26 ALL A B C D.
% 150.28/149.26 bnd_k4_zfmisc_1 A B C D = bnd_k2_zfmisc_1 (bnd_k3_zfmisc_1 A B C) D;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_k3_zfmisc_1 A B C = bnd_k2_zfmisc_1 (bnd_k2_zfmisc_1 A B) C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (C = bnd_k2_zfmisc_1 A B) =
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_r2_hidden D C =
% 150.28/149.26 (EX E F.
% 150.28/149.26 (bnd_r2_hidden E A & bnd_r2_hidden F B) &
% 150.28/149.26 D = bnd_k4_tarski E F));
% 150.28/149.26 ALL A B.
% 150.28/149.26 (B = bnd_k1_zfmisc_1 A) =
% 150.28/149.26 (ALL C. bnd_r2_hidden C B = bnd_r1_tarski C A);
% 150.28/149.26 ALL A B. ~ bnd_v1_xboole_0 (bnd_k4_tarski A B);
% 150.28/149.26 ALL A B. ~ ((bnd_v1_xboole_0 A & ~ A = B) & bnd_v1_xboole_0 B);
% 150.28/149.26 ALL A B. ~ (bnd_r2_hidden A B & bnd_v1_xboole_0 B);
% 150.28/149.26 ALL A. bnd_v1_xboole_0 A --> A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A. bnd_k5_xboole_0 A bnd_k1_xboole_0 = A;
% 150.28/149.26 ALL A. bnd_k4_xboole_0 bnd_k1_xboole_0 A = bnd_k1_xboole_0;
% 150.28/149.26 ALL A. bnd_k4_xboole_0 A bnd_k1_xboole_0 = A;
% 150.28/149.26 ALL A. bnd_k3_xboole_0 A bnd_k1_xboole_0 = bnd_k1_xboole_0;
% 150.28/149.26 ALL A. bnd_k2_xboole_0 A bnd_k1_xboole_0 = A;
% 150.28/149.26 ALL A B. bnd_k5_xboole_0 A B = bnd_k5_xboole_0 B A; True; True;
% 150.28/149.26 ALL A B. bnd_k3_xboole_0 A A = A;
% 150.28/149.26 ALL A B. bnd_k3_xboole_0 A B = bnd_k3_xboole_0 B A; True;
% 150.28/149.26 ALL A B. bnd_k2_xboole_0 A A = A;
% 150.28/149.26 ALL A B. bnd_k2_xboole_0 A B = bnd_k2_xboole_0 B A; True; True;
% 150.28/149.26 ALL A B. bnd_r3_xboole_0 A A;
% 150.28/149.26 ALL A B. bnd_r3_xboole_0 A B --> bnd_r3_xboole_0 B A;
% 150.28/149.26 ALL A B. bnd_r2_xboole_0 A B --> ~ bnd_r2_xboole_0 B A;
% 150.28/149.26 ALL A B. ~ bnd_r2_xboole_0 A A;
% 150.28/149.26 ALL A B. bnd_r1_xboole_0 A B --> bnd_r1_xboole_0 B A;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (ALL C. bnd_r2_hidden C A = bnd_p1_s3_xboole_0 C) &
% 150.28/149.26 (ALL C. bnd_r2_hidden C B = bnd_p1_s3_xboole_0 C) -->
% 150.28/149.26 A = B;
% 150.28/149.26 (ALL A. bnd_r2_hidden A bnd_f1_s2_xboole_0 = bnd_p1_s2_xboole_0 A) &
% 150.28/149.26 (ALL A. bnd_r2_hidden A bnd_f2_s2_xboole_0 = bnd_p1_s2_xboole_0 A) -->
% 150.28/149.26 bnd_f1_s2_xboole_0 = bnd_f2_s2_xboole_0;
% 150.28/149.26 EX A. ALL B.
% 150.28/149.26 bnd_r2_hidden B A =
% 150.28/149.26 (bnd_r2_hidden B bnd_f1_s1_xboole_0 & bnd_p1_s1_xboole_0 B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 ~ (((bnd_r1_xboole_0 A B & bnd_r2_hidden C (bnd_k2_xboole_0 A B)) &
% 150.28/149.26 ~ (bnd_r2_hidden C A & ~ bnd_r2_hidden C B)) &
% 150.28/149.26 ~ (bnd_r2_hidden C B & ~ bnd_r2_hidden C A));
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ (~ bnd_r1_xboole_0 A B &
% 150.28/149.26 (ALL C. ~ bnd_r2_hidden C (bnd_k3_xboole_0 A B))) &
% 150.28/149.26 ~ ((EX C. bnd_r2_hidden C (bnd_k3_xboole_0 A B)) &
% 150.28/149.26 bnd_r1_xboole_0 A B);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ (~ bnd_r1_xboole_0 A B &
% 150.28/149.26 (ALL C. ~ (bnd_r2_hidden C A & bnd_r2_hidden C B))) &
% 150.28/149.26 ~ ((EX C. bnd_r2_hidden C A & bnd_r2_hidden C B) &
% 150.28/149.26 bnd_r1_xboole_0 A B);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (ALL D.
% 150.28/149.26 (~ bnd_r2_hidden D A) =
% 150.28/149.26 (bnd_r2_hidden D B = bnd_r2_hidden D C)) -->
% 150.28/149.26 A = bnd_k5_xboole_0 B C;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 bnd_r2_hidden A (bnd_k5_xboole_0 B C) =
% 150.28/149.26 (~ bnd_r2_hidden A B = bnd_r2_hidden A C);
% 150.28/149.26 ALL A B. (A = B) = (bnd_r1_tarski A B & bnd_r1_tarski B A);
% 150.28/149.26 ALL A B. bnd_r3_xboole_0 A B = (bnd_r1_tarski A B | bnd_r1_tarski B A);
% 150.28/149.26 ALL A B. bnd_r2_xboole_0 A B = (bnd_r1_tarski A B & ~ A = B);
% 150.28/149.26 ALL A B. bnd_r1_xboole_0 A B = (bnd_k3_xboole_0 A B = bnd_k1_xboole_0);
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k5_xboole_0 A B =
% 150.28/149.26 bnd_k2_xboole_0 (bnd_k4_xboole_0 A B) (bnd_k4_xboole_0 B A);
% 150.28/149.26 ALL A. bnd_v1_xboole_0 A = (A = bnd_k1_xboole_0);
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (C = bnd_k4_xboole_0 A B) =
% 150.28/149.26 (ALL D.
% 150.28/149.26 bnd_r2_hidden D C = (bnd_r2_hidden D A & ~ bnd_r2_hidden D B));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (C = bnd_k3_xboole_0 A B) =
% 150.28/149.26 (ALL D. bnd_r2_hidden D C = (bnd_r2_hidden D A & bnd_r2_hidden D B));
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (C = bnd_k2_xboole_0 A B) =
% 150.28/149.26 (ALL D. bnd_r2_hidden D C = (bnd_r2_hidden D A | bnd_r2_hidden D B));
% 150.28/149.26 ALL A. (A = bnd_k1_xboole_0) = (ALL B. ~ bnd_r2_hidden B A);
% 150.28/149.26 ALL A B. ~ bnd_v1_xboole_0 A --> ~ bnd_v1_xboole_0 (bnd_k2_xboole_0 B A);
% 150.28/149.26 ALL A B. ~ bnd_v1_xboole_0 A --> ~ bnd_v1_xboole_0 (bnd_k2_xboole_0 A B);
% 150.28/149.26 EX A. ~ bnd_v1_xboole_0 A; Ex bnd_v1_xboole_0;
% 150.28/149.26 bnd_v1_xboole_0 bnd_k1_xboole_0; True; True;
% 150.28/149.26 ALL A B. bnd_k2_tarski A B = bnd_k2_tarski B A; True; True;
% 150.28/149.26 ALL A B. bnd_r1_tarski A A;
% 150.28/149.26 (ALL A B C. bnd_p1_s1_tarski A B & bnd_p1_s1_tarski A C --> B = C) -->
% 150.28/149.26 (EX A. ALL B.
% 150.28/149.26 bnd_r2_hidden B A =
% 150.28/149.26 (EX C. bnd_r2_hidden C bnd_f1_s1_tarski &
% 150.28/149.26 bnd_p1_s1_tarski C B));
% 150.28/149.26 ALL A.
% 150.28/149.26 EX B. ((bnd_r2_hidden A B &
% 150.28/149.26 (ALL C D.
% 150.28/149.26 bnd_r2_hidden C B & bnd_r1_tarski D C -->
% 150.28/149.26 bnd_r2_hidden D B)) &
% 150.28/149.26 (ALL C.
% 150.28/149.26 ~ (bnd_r2_hidden C B &
% 150.28/149.26 (ALL D.
% 150.28/149.26 ~ (bnd_r2_hidden D B &
% 150.28/149.26 (ALL E.
% 150.28/149.26 bnd_r1_tarski E C -->
% 150.28/149.26 bnd_r2_hidden E D)))))) &
% 150.28/149.26 (ALL C.
% 150.28/149.26 ~ ((bnd_r1_tarski C B & ~ bnd_r2_tarski C B) &
% 150.28/149.26 ~ bnd_r2_hidden C B));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r2_tarski A B =
% 150.28/149.26 (EX C. ((ALL D.
% 150.28/149.26 ~ (bnd_r2_hidden D A &
% 150.28/149.26 (ALL E.
% 150.28/149.26 ~ (bnd_r2_hidden E B &
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski D E) C)))) &
% 150.28/149.26 (ALL D.
% 150.28/149.26 ~ (bnd_r2_hidden D B &
% 150.28/149.26 (ALL E.
% 150.28/149.26 ~ (bnd_r2_hidden E A &
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski E D) C))))) &
% 150.28/149.26 (ALL D E F G.
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski D E) C &
% 150.28/149.26 bnd_r2_hidden (bnd_k4_tarski F G) C -->
% 150.28/149.26 (D = F) = (E = G)));
% 150.28/149.26 True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_k4_tarski A B =
% 150.28/149.26 bnd_k2_tarski (bnd_k2_tarski A B) (bnd_k1_tarski A);
% 150.28/149.26 ALL A B.
% 150.28/149.26 ~ (bnd_r2_hidden A B &
% 150.28/149.26 (ALL C.
% 150.28/149.26 ~ (bnd_r2_hidden C B &
% 150.28/149.26 (ALL D. ~ (bnd_r2_hidden D B & bnd_r2_hidden D C)))));
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A B.
% 150.28/149.26 (B = bnd_k3_tarski A) =
% 150.28/149.26 (ALL C.
% 150.28/149.26 bnd_r2_hidden C B =
% 150.28/149.26 (EX D. bnd_r2_hidden C D & bnd_r2_hidden D A));
% 150.28/149.26 ALL A B.
% 150.28/149.26 bnd_r1_tarski A B = (ALL C. bnd_r2_hidden C A --> bnd_r2_hidden C B);
% 150.28/149.26 True; True;
% 150.28/149.26 ALL A B C.
% 150.28/149.26 (C = bnd_k2_tarski A B) =
% 150.28/149.26 (ALL D. bnd_r2_hidden D C = (D = A | D = B));
% 150.28/149.26 ALL A B. (B = bnd_k1_tarski A) = (ALL C. bnd_r2_hidden C B = (C = A));
% 150.28/149.26 ALL A B. (ALL C. bnd_r2_hidden C A = bnd_r2_hidden C B) --> A = B; True;
% 150.28/149.26 ALL A B. bnd_r2_hidden A B --> ~ bnd_r2_hidden B A |]
% 150.28/149.26 ==> (((~ bnd_v3_struct_0 A & bnd_v1_group_1 A) & bnd_v3_group_1 A) &
% 150.28/149.26 bnd_v4_group_1 A) &
% 150.28/149.26 bnd_l1_group_1 A -->
% 150.28/149.26 bnd_r2_group_6 (bnd_k5_autgroup A)
% 150.28/149.26 (bnd_k6_group_6 A (bnd_k10_group_5 A))
% 150.28/149.26 Adding axioms...
% 150.28/149.26 Typedef.type_definition_def
% 300.05/298.22 /export/starexec/sandbox2/solver/lib/scripts/run-polyml-5.5.2: line 82: 4375 CPU time limit exceeded (core dumped) "$ISABELLE_HOME/lib/scripts/feeder" -p -h "$MLTEXT" -t "$MLEXIT" $FEEDER_OPTS
% 300.05/298.22 4376 (core dumped) | { read FPID; "$POLY" -q -i $ML_OPTIONS; RC="$?"; kill -TERM "$FPID"; exit "$RC"; }
% 300.05/298.23 /export/starexec/sandbox2/solver/src/HOL/TPTP/lib/Tools/tptp_refute: line 26: 4321 Exit 152 "$ISABELLE_PROCESS" -q -e "use_thy \"/tmp/$SCRATCH\"; exit 1;" HOL-TPTP
% 300.05/298.23 4322 CPU time limit exceeded (core dumped) | grep --line-buffered -v "^###\|^PROOF FAILED for depth\|^Failure node\|inferences so far. Searching to depth\|^val \|^Loading theory\|^Warning-The type of\|^ monotype.$"
%------------------------------------------------------------------------------